Toyota seeks damage control, in public and private

合集下载

丰田召回事件分析(英文版)

丰田召回事件分析(英文版)

Toyota to recall vehiclesGood afternoon, everyone. I am very glad to stand here and share our group’s topic with all of you. Today our topic is Toyota to recall vehicles. Now let’s start.As we all know, Toyota is one of most famous auto-brand and had optimum quality. But since 2009, its continuous recall issues had a big effect on its reputation. Three recalls of automobiles by Toyota Motor Corporation occurred at the end of 2009 and start of 2010.(ppt2&p3)The first extensive recall, on December 25, 2009,was to correct a possible incursion of an incorrect or out-of-place front driver's side floor mat(脚垫)into the foot pedal(踏板). The second large-scale recall, on January 21, 2010, was caused by accelerator pedals becoming stuck open.(ppt5&6)On January 28, 2010, Toyota had announced recalls of approximately 5.2 million vehicles for the pedal entrapment/floor mat problem, and an additional 2.3 million vehicles for the accelerator pedal problem. Approximately 1.7 million vehicles are subject to both. Its Lexus and Pontiac models were also affected. By then, the worldwide total number of cars recalled by Toyota was amount to more than 8 million vehicles.(ppt9)On January 2010, 21 deaths had been alleged due to the pedal problem since 2000, and the number of alleged victims and reportedproblems sharply increased following the recall announcements. Different parties attributed unintended acceleration to mechanical, electric, and driver error. But Some of US owners still reported the reason of repairing the recalled vehicles was accelerator pedal, leading to investigations of NHTSA.On February 8, 2011, the NHTSA, in collaboration with NASA, released its investigation on the Toyota drive-by-wire throttle system. After a 10-month search, NASA and NHTSA scientists found no electronic defect in Toyota vehicles. But Driver error or pedal misapplication was related to the incidents.We can learn many things from Toyota’s recall issues.(ppt11)First one is keep balance between expansion and cost control. Toyota had ever achieved significant success, but at the same time, Toyota took measures to control its cost. To save cost, the new car did not have match parts. And it directly leads many security risks. So Chinese automobile industry should learn to make right comment on self development potentiality. And obviously, strategy of low cost is not a good development way for our automobile industry. What we need to do is Industrial restructuring and finds a suitable way to develop.Second one is Improve electronic safety of domestic car. The Toyota “recalls" incident was mainly due to problems caused by the pedal. To address this problem, Toyota announced “before the end of 2010 brakeoverride system (BOS)刹车优先系统will become the standard for all Toyota cars made in China.” And then t he U.S. General said, also install BOS systems on all new cars, but there is no domestic car companies have any action.Third one is consummate Recall system. Toyota recalled cars was amount to 9 million, is one of the largest ever defect product recall car. In 2004, china started to use recall system in a small range of vehicle types, it was general expanded to all motor vehicles until 2009. Marketing people found that recall is not fundamental to destroy brand strength, everything is not perfect. Has courage to make up for self mistakes, dare to responsible behavior, the company will eventually win highly support.Fourth one is crisis management. Since the 1970 s, Japanese auto enjoyed a reputation in the world with high technology content and high quality. But its reputation was lower than before, especially when the Prius had brake problem. And at the beginning of the crisis of Toyota, they did not pay enough attention on their mistakes. Because Toyota dealt with in this crisis improperly, it lead to the escalation of the crisis itself and transformation: from the quality of the products to the brand crisis, from Toyota’s crisis to Japan’s automobile industry and even crisis of the whole Japanese manufacturing credibility.So when the product has problems, our industry should deal with it timely and put forward solutions, restore reputation.。

NORMA 4000 5000 Power Analyzer 用户说明手册说明书

NORMA 4000 5000 Power Analyzer 用户说明手册说明书

Since some countries or states do not allow limitation of the term of an implied warranty, or exclusion or limitation of incidental or consequential damages, the limitations and exclusions of this warranty may not apply to every buyer. If any provision of this Warranty is held invalid or unenforceable by a court or other decision-maker of competent jurisdiction, such holding will not affect the validity or enforceability of any other provision.
BEGRENZTE GEWÄHRLEISTUNG UND HAFTUNGSBESCHRÄNKUNG
Fluke gewährleistet, daß jedes Fluke-Produkt unter normalem Gebrauch und Service frei von Material- und Fertigungsdefekten ist. Die Garantiedauer beträgt 2 Jahre ab Versanddatum. Die Garantiedauer für Teile, Produktreparaturen und Service beträgt 90 Tage. Diese Garantie wird ausschließlich dem Erster

世界十大产品召回案

世界十大产品召回案

世界十大产品召回案Toyota has said it will recall more than 9 million cars to fix faulty gas pedals and floor mats that can cause unintended acceleration. TIME r ecaps 10 of the largest —and most disquieting —recalls to date丰田宣布将会召回至少900万辆车,对车辆显现咨询题的油门踏板和可能会无意识导致加速的地毯进行修理。

《时代》总结了迄今为止十项最大规模也是最让人懊恼的召回。

Toyota's Faulty PedalsToyota is having problems. On Jan. 21 the world's largest automaker issued a recall —its second in three months —on 4.1 million vehicles sold in the U.S. and Europe to fix faulty gas pedals that have a tendenc y to get stuck, causing unintended acceleration. This is on top of a Nove mber recall of 5.3 million cars (and counting) believed to have ill-fitting floor mats that have a tendency to trap pedals. In total, more than 9 mill ion Toyota cars worldwide have been pulled back for pedal-related flaws. That's a lot of cars. In fact, it's nearly the same amount as the total num ber vehicles all carmakers sold in the U.S. in 2009. The House Oversight and Government Reform Committee announced plans to investigate the r ecall, and whether the Japanese-based automaker needlessly put the public at risk.Honda drivers have no room to gloat: 646,000 Honda Fits, Jazzes an d Cities (including 140,000 cars sold in the U.S.) have been recalled to f ix a faulty window switch known to accidentally catch fire.丰田宣布将会召回至少900万辆车,对车辆显现咨询题的油门踏板和可能会无意识导致加速的地毯进行修理。

TOYOTA丰田车系保险丝中英文对照---精品管理资料

TOYOTA丰田车系保险丝中英文对照---精品管理资料

TOYOTA丰田车系保险丝中英文对照1 FUSE 保险丝2 DOME 室内灯系统3 STOP 停车灯系统4 HORN 喇叭5 ST 起动马达6 DEFOG 除雾器系统7 TURN 转向信号灯系统8 PANEL 仪表板9 GAUGE 组合仪表10 ENGINE 引擎控制11 RADIO 音响系统12 CHARGE 充电系统13 IGN 点火系统14 FOG 雾灯系统15 WIPER 雨刷和清洗器系统16 CIG 点烟器17 TAIL 尾灯18 A/C 空调系统19 EFI 电子控制燃油喷射系20 AIR SUS 空气悬挂系统21 ABS 防锁死煞车系统22 SRS 辅助乘员保护系统23 ECU 电子控制单元24 HAZ-HORN 危险警告灯-——喇叭25 POWER 电动窗控制系统26 CB DOOR 电动门锁控制系统27 FL RAD FAN 水箱散热器风扇28 HTR 加热器系统29 HEAD RH-LWR 右前灯近光30 HEAD LH—LWR 左前灯近光31 HEAD RH—UPR 右前灯远光32 HEAD LH—UPR 左前灯远光33 TEMP 温度34 O/D 超速35 A/T 自动变速箱36 TDCL 故障诊断联接器37 RR A/C 后空调38 TEL 车载电话39 RR SEAT-HTR 后座加热40 SEAT-HTR 前座加热41 ECU –IG 巡行控制系统/ 电动倾斜和伸缩控制/ ABS系统42 ECU—B 安全气囊警告灯43DOME CLOCK 车内照明系统/ 液晶车内后视镜/ 电子钟TOYOTA丰田车系保险丝中英文对照1、FUSE 保险丝2 、DOME 室内灯系统3 、STOP 停车灯系统4、HORN 喇叭5 、ST 起动马达6 、DEFOG 除雾器系统7 、TURN 转向信号灯系统8、PANEL 仪表板9 、GAUGE 组合仪表10 、ENGINE 引擎控制11 、RADIO 音响系统12 、CHARGE 充电系统13、IGN 点火系统14、FOG 雾灯系统15 、WIPER 雨刷和清洗器系统16 、CIG 点烟器17 、TAIL 尾灯18 、A/C 空调系统19 、EFI 电子控制燃油喷射系20 、AIR SUS 空气悬挂系统21 、ABS 防锁死煞车系统22 、SRS 辅助乘员保护系统23 、ECU 电子控制单元24 、HAZ—HORN 危险警告灯---喇叭25 、POWER 电动窗控制系统26 、CB DOOR 电动门锁控制系统27 、FL RADFAN 水箱散热器风扇28、HTR 加热器系统29 、HEADRH-LWR 右前灯近光30 、HEADLH—LWR 左前灯近光31 、HEADRH—UPR 右前灯远光32 、HEADLH—UPR 左前灯远光33 、TEMP 温度34 、O/D 超速35 、A/T 自动变速箱36 、TDCL 故障诊断联接器37 、RR A/C 后空调38 、TEL 车载电话39 、RRSEA T—HTR 后座加热40 、SEAT-HTR 前座加热41、ECU –IG 巡行控制系统/ 电动倾斜和伸缩控制/ ABS系统42 、ECU—B 安全气囊警告灯43、DOMECLOCK 车内照明系统/ 液晶车内后视镜/ 电子钟。

F3型发动机零件目录图册说明书

F3型发动机零件目录图册说明书
Workmate Engine Manual
零件目录图册
PARTS CATALOGUE
F3型发动机
Workmate Engine Manual
Workmate Engine Manual
▲▲
▲▲


编制说明 本册为F3发动机零部件目录图册,零部件目录图册是根据摩托车的安装配置顺序进行编辑,用于客户订购零件时参考。 欲知某零件的名称、件号或装配关系,可按零件形状,在有关的插图中查找,即可知名称、数量、状态、是否维修(“Y”为是,“N”为否)、重 量、属性(零件材质):Metal-金属(合金钢)、Aluminium-铝、Rubber-橡胶、Plastic-塑料、Asbestos-石棉、备注(该零件安装的位置或其他)。 索引由件号和图号组成,件号按照A、B、C、D……顺序排列。根据件号可查找其图号。 温馨提示:此图册中的图形仅供参考,一切以实物为准。如有零件变动,不另行通知。
Compilation This book for the F3Atlas engine parts catalog Atlas, spare parts inventory atlas is based on motorcycles in order to edit the installation conguration for the customer order parts reference. For a parts name, parts number or assembly relationship, according to part shape, in the illustrations in the search, you can know the name, number, status, whether the maintenance ( "Y" is yes, "N" for no), weight , property (part material): Metal-metal (alloy steel), Aluminium-Aluminum, Rubber-Rubber, Plastic-Plastic, Asbestosasbestos, Notes (the parts installed location or other). Index numbers and drawing numbers from the pieces of the composition, piece number in accordance with A, B, C, D ... ... order. According to its plan to nd pieces of ID numbers can be. Warm Tip: The graphics in this atlas for reference only, and all kind prevail. If spare parts to change without ▲

汽车体系缩写

汽车体系缩写

Abbreciation........Note........Chinese........Remark........8D........8.Discipline.Report........8D.报告prehensive.team-based.corrective.action.plan.for.objectively.identifying,.qua ntifying.and.resolving.process.and.product.quality.issuesA........ABS........Anti-lock.Break.System........防抱死制动系统................ABS+T................防抱死制动系统+循迹系统................ACI........Automatic.Car.Identification.System........汽车自动识别系统........ ........APQP........Advanced.Product.Quality.Planning........产品质量先期策划........ ........AQL........Approval.Quality.Level........品质允收水准........C=0/AQL=04 ........APQP........Advanced.Product.and..Quality.Planning.........先期质量策划........ ........ASC................加速防滑控制品................ASD........Approval.Supplier.Database........合格供应商名录................ASES........Alliance.Supplier.Evaluation.Standard........................ASM................动态稳定系统................ASN........Advance.Shipping.Notification........................ASR................加速防滑系统................ASSY........Assembly........装配................A-TRC................车身主动循迹控制系统................AVL........Approved.Vendor.List........被Intier客户和Intier批准的供应商名单........ ........AYC................主动偏行系统........B........BAS................制动辅助系统................BDAR........Business.Development.Activity.Request........................BOM........Bill.Of.Material........材料清单........C........CAputer.Aided.Design........计算机辅助设计................CAPEX........SCAPital.Expenditure................"ed.for.controlling.progra m.budget.during.and.after.an.APQP.program"'s........Critical.Characteristics........关键特性................CDL........Control.Door.Lock........控制门锁................CER........Capital.Expenditure.Request...固定资产投资申请........"CER.is.a.capital.expenditure.application.package.that.alldivisions.of.Intier.Group.are.requested.to.fill.out.when.there.is.a.new.program.and/or.capi tal.investment"........CFT........Cross.Functional.Team........跨部门小组................CFR................成本加运费(……指定目的港)................CIF........Cost.Insurance&Freight........到岸价................CIP................运费、保险费付至(……指定目的港)................CMK........Capability.of.Machine.Index........设备能力指数................Change.Notice........更改通知........pany.Operating.Procedure........公司营运程序................CP.........Control.Plan........控制计划................CPK........Capability.of.Process.Index........工序能力指数................CPT................运费付至(……指定目的港)........D........DAF................边境交货(……指定地点)................DCC........Document.Control.Coordinator........文件控制协调员........ ........DDP........Delivery.with.Duty.Paid........完税交货价................DDU........Delivery.with.Duty.Unpaid........未完税交货价................DES........Delivered.Ex.Ship........目的港船上交货价................DEQ........Delivered.Ex.Quay........目的港码头交货价................DFM........Design.For.Manufacturing................bor........直接员工................DMN........Defect.Material.Notice........不合格品控制单................DOS........Days.Of.Stock........存货天数................DSC/VSC................车身稳定控制系统................DV........Design.Verification.........设计验证........DV.are.tests,.inspections,.and.procedures.that.must.be.accomplished.before.produ ctions.starts.to.verify.design.intentE........EBA................紧急制动辅助系统................EBD................电子制动力分配系统................ECN........Engineering.Change.Notice........工程变更通知................ECR........Engineering.Change.Request.........工程变更申请........ECR.is.a.request.for.a.change.to.the.product........ECU........Engineering.Change.Utilization........工程变更实施................EDI........Electronic.Data.Infrastructrue........电子数据信息................EDS................电子差速锁................EES................座椅自动调节系统................EHS........Environment,.Health&Safety........环境、健康、安全........ ........EIC........Carbon.Emission.Index........碳排放量指数................EOL........End.of.Line........终检........"ed.at.the.end.of.theassembly.line.to.ensure.that.all.products.meet.specific.requirements"........EOS........Employee.Opinion.Survey........员工意见调查................EPS........Expanded.Polystyrenes........改良聚苯乙烯................ERP........Enterprise.Resources.Planning........企业资源计划................ESP................电子稳定程序系统................EV........Equipment.Variation........设备变差................EXW................厂内交货........F........FAI........First.Article.Inspection........首次检验................FAQ‘s........Frequently.Ask.Question........常见问题................FAS................船边交货(……指定装运港)................FCA................货交承运人(……指定地点)................FF................前轮驱动................FIFO........First.In.First.Out........先进先出标签................FMEA........Failure.Mode.and.Effects.Analysis........失效模式及后果分析........ ........FOB........Free.on.board........离岸价................FQC........Finial.Quality.Control........最终出货检验................FR................后轮驱动................FSP........Ford.Supplier.Portal........................F-W-D.Car................前轮驱动轿车........G........GAGE........gage........量具................GD&T........Geometric.Dimensioning&Tolerancing........形状与位置公差........ ........GIS................地理信息管理系统................GPS........Global.Postioning.System........全球卫星定位系统................GP12........General.Motor.Process.12........通用遏制计划................GT................跑车........I........IATF........International.Automotive.Task.Force........国际汽车工作组........ bor........间接员工................IMDS........International.Material.Data.System........................IRR........Incoming.Reject.Report.........进料拒收报告........anization........国际标准化组织........ J........JD........Job.Description........工作描述................JIT.........Just.In.Time........及时生产........K........KC........key.characteristics........关键特性................KOI........Key.Operating.Index........主要绩效考核指标........L........LOT........lot........批次........M........MAR........Manufacturing.Action.Request.Form........特采单........ ........MES........Manufacturing.Execution.System................"ed. to.describe.manufacturing.systems.that.perform.tracking,.process.monitoring.and.control.of.automated.manufactuing.processes"........MFG........Manufacturing........................MPV........Multi.Purpose.Vehicles........多功能汽车................MOQ........Min.Order.Quatity........................MPS........Master.Production.Schedule........................MRB........Material.Review.Board........材料审核小组........Consist.Quality,.Material,.ME,.Production........MRO........Maintenance.Repair.and.Others........非原材料采购........ ........MSA........Measure.System.Analysis........测量系统分析........N........NCRs........Nonconformance.Reports........不符合项报告........O........ODS........Operator.Description.Sheet................"ed.to.describe.and/or.ill ustrate.what.anplete.his/her.job.properly"........OEE........Overall.Equipment.Effectiveness........全面设备效率........ ........OEM........Original.Equipment.manufacturers........原始设备制造商(主机厂)........ ........OGP........ogp(公司名)........光学测量仪................OIL........Open.Issue.List........开口问题清单........"ed.for.recording.review.and.disposition.of.concerns.from.customers,.internal.and.supplier.concerns"........OQC........Output.Quality.Control........出货检验................OTS........Off.Tooling.Sample........工装样件........"Off.tool.samples.are.the.initial.samples.that.supplierssubmit.for.assessment.of.tlloing.and.functions"P........PCL........Powered.Child.Lock........电动儿童门锁................PCN........Process.Change.Notice........工艺变更通知........PCN.is.a.request.for.a.change.to.the.process........PCN................................PDP........Product.Delievery.Process........................PEP........Program.Execution.Process........................PFMEA........Process.Failure.Mode.and.Effects.Analysis........过程失效模式及后果分析................PM........Program.Manager........................PP................................PPAP........Production.Parts.Approval.Process........生产件批准程序........ ........PPK........primary.Process.Capability........短期过程能力........lion.quality.metrics........百万分之概率................PSO........Process.Sign-Off........................PSW........Part.Submit.Warranty........零件提交保证................PV.Test........Production.Validation.Test........工艺生产验证........"ed.to.validate.a.product.or.process.forvolume.production"Q........QC........Quality.Control........质量控制................QIP................过程检验规程................QMS........Quality.Management.System........质量管理体系................QOS................................QSA........Quality.System.Audit........质量体系评定................Quattro................全时四轮驱动系统........rmation........信息申请表................RFQ........Request.For.Quote........报价申请........"Request.from.Customer(S)rmation.on.a.product.or.a.proposal"........RPN........Risk.Priority.Number........风险系数................RSP................电子稳定程序.................RTV........Return.To.Vendor........退回供应商................Run#Rate................节拍生产........"A.systematic.tool.to.qualify.the.output.of.manufacturing.process.interms.of.documentation.and.implementation"S........SC's........Special.Characteristics........特殊特性........"Are.specifications.which.require.special.manufacuring.control.toernment.requirements"........SIM........Supplier.Improvement.Metrics........供应商改进数据........"Supplier.performance.measurements.available.through.FSP(Ford.Supplier.Portal"........SLL........Skip.Lot.List........免检清单................SOP.........Start.Of.Production........批量生产........"estone.date.that.a.product/assembly.line.stars.its.volume.production.after.PV.test.passes.and.PPAP.is.approved.by.the.customer" ........SOP's........Standard.Operation.Procedure........标准作业程序................SPC........Statistical.Process.Control,........统计过程控制........"e.of.statistical.techniques.such.as.control.charts.to.analyze.a.process.or.its.outputs.so.as.to.take.appropriate.actions.to.achieve.and.a.state .of.statistical.control.and.to.improve.the.process.capability,"........SQA........Supplier.Quality.Assurance........................SREA........Supplier.Request.for.Engineering.Approval........................SRS................双安全气囊................STA........Supplier.Technical.Assistance........供应商技术支持........"pany's.team.dedicated.to.assist.in.the.development.of.supplier.processes"T........TRC/TCS................牵引力控制系统........V........VDA........Verdand.Dor.Automobiliudustrie.ev........德国汽车工业联合会........W........WGQ................外高桥........ ........WI........Work.Instruction。

DNV GL 船级社规范2014-01

DNV GL 船级社规范2014-01

DET NORSKE VERITAS AS
Rules for Ships / High Speed, Light Craft and Naval Surface Craft, January 2014 Pt.2 Ch.2 Contents – Page 4
Metallic Materials
JANUARY 2014
The electronic pdf version of this document found through is the officially binding version
The content of this service document is the subject of intellectual property rights reserved by Det Norske Veritas AS (DNV). The user accepts that it is prohibited by anyone else but DNV and/or its licensees to offer and/or perform classification, certification and/or verification services, including the issuance of certificates and/or declarations of conformity, wholly or partly, on the basis of and/or pursuant to this document whether free of charge or chargeable, without DNV's prior written consent. DNV is not responsible for the consequences arising from any use of this document by others.

TCSAE 53-2017国内V2X应用层标准

TCSAE 53-2017国内V2X应用层标准
中国汽车工程学会标准
T/CSAE 53-2017
合作式智能运输系统 车用通信系统 应用层及应用数据交互标准
Cooperative intelligent transportation system; vehicular communication; apa exchange standard
(报批稿)
在提交反馈意见时,请将知道的该标准所涉及必要专利信息连同支持性文件一并附上。
20××-××-×× 发布
20××-××-×× 实施
中国汽车工程学会 发布
由中国汽车工程学会发布的本标准,旨在提升产品研发、制造等的水平。 标准的采用完全自愿,其对于任何特定用途的可用性和适用性,包括可能 的其他风险,由采用者自行负责。
5.2.2.1 应用定义和预期效果................................................... 6 5.2.2.2 主要场景............................................................. 6 5.2.2.3 系统基本原理......................................................... 7 5.2.2.4 通信方式............................................................. 8 5.2.2.5 基本性能要求......................................................... 8 5.2.2.6 数据交互需求......................................................... 8 5.2.3 交叉路口碰撞预警......................................................... 9 5.2.3.1 应用定义和预期效果................................................... 9 5.2.2.2 主要场景............................................................. 9 5.2.3.3 系统基本原理........................................................ 10 5.2.3.4 通信方式............................................................ 10 5.2.3.5 基本性能要求........................................................ 11 5.2.3.6 数据交互需求........................................................ 11 5.2.4 左转辅助................................................................ 11 5.2.4.1 应用定义和预期效果.................................................. 11 5.2.4.2 主要场景............................................................ 11 5.2.4.3 系统基本原理........................................................ 12 5.2.4.4 通信方式............................................................ 13 5.2.4.5 基本性能要求........................................................ 13 5.2.4.6 数据交互需求........................................................ 13 5.2.5 盲区预警 / 变道预警...................................................... 13

2020年12月份丰田车辆安全系统(Toyota Vehicle Security System,T

2020年12月份丰田车辆安全系统(Toyota Vehicle Security System,T
1.2 Compliance
● ECE 116 Certification ● UK Thatcham Equivalent ● Standards and Industrial Research Institute of Malaysia (SIRIM)
Please read this manual for proper operation and keep it for future reference.
3.4
Auto Relock Function
3.5
Replacing Battery in Transmitter
3.6
Activate Alarm System
3.7
Deactivate Alarm System
3.8
Invalidity of Invasion and Tilt Sensor
3.9
Operating Toyota Vehicle Security System (TVSS)
3.4 Auto Relock Function
Operation ● Alarm unset by pressed Unlock button at transmitter. ● Auto relock will not occur when : 1) Any door is not fully closed. 2) Push Start Button remain ON.
Result ● All doors turn lock & signal light flash once after 30 secs.
3.5 Replacing Battery in Transmitter
Operation You will need the following items: ● Small flathead screwdriver or coin ● Lithium battery CR2032 ( Please refer to vehicle owner manual )

基坑规范英文版

基坑规范英文版

基坑规范英文版篇一:行业标准中英对照44项工程建设标准(英文版)目录123篇二:地下室设计深基坑中英文对照外文翻译文献中英文对照外文翻译(文档含英文原文和中文翻译)Deep ExcavationsABSTRACT :All major topics in the design of in-situ retaining systems for deep excavations in urban areas are outlined. Type of wall, water related problems and water pressures, lateral earth pressures, type of support, solution to earth retaining walls, types of failure, internal and external stability problems.KEYWORDS: deep excavation; retaining wall; earth pressure;INTRODUCTIONNumbers of deep excavation pits in city centers are increasing every year. Buildings, streets surroundingexcavation locations and design of very deep basements make excavations formidable projects. This chapter has been organized in such a way that subjects related to deep excavation projects are summarized in several sections in the order of design routine. These are types of in-situ walls, water pressures and water related problems. Earth pressures in cohesionless and cohesive soils are presented in two different categories. Ground anchors, struts and nails as supporting elements are explained. Anchors are given more emphasis pared to others due to widespread use observed in the recent years. Stability of retaining systems are discussed as internal and external stability. Solution of walls for shears, moments, displacements and support reactions under earth and water pressures are obtained making use of different methods of analysis. A pile wall supported by anchors is solved by three methods and the results are pared. Type of wall failures, observed wall movements and instrumentation of deep excavation projects are summarized.1. TYPES OF EARTH RETAINING WALLS1.1 IntroductionMore than several types of in-situ walls are used to support excavations. The criteria for the selection of type of wall are size of excavation, ground conditions, groundwater level, vertical and horizontal displacements of adjacent ground and limitations of various structures, availability of construction, cost,speed of work and others. One of the main decisions is the water-tightness of wall. The following types ofin-situ walls will be summarized below;1. Braced walls, soldier pile and lagging walls2. Sheet-piling or sheet pile walls3. Pile walls (contiguous, secant)4. Diaphragm walls or slurry trench walls5. Reinforced concrete (cast-in-situ or prefabricated) retaining walls6. Soil nail walls7. Cofferdams8. Jet-grout and deep mixed walls9. Top-down construction10. Partial excavation or island method1.1.1 Braced WallsExcavation proceeds step by step after placement of soldier piles or so called king posts around the excavation at about 2 to 3 m intervals. These may be steel H, I or WF sections. Rail sections and timber are also used. At each level horizontal waling beams and supporting elements (struts, anchors,nails) are constructed. Soldier piles are driven or monly placed in bored holes in urban areas, and timberlagging is placed between soldier piles during the excavation. Various details of placement of lagging are available, however(来自: 小龙文档网:基坑规范英文版), precast units, in-situ concrete or shotcrete may also be used as alternative to timber. Depending on ground conditions no lagging may be provided in relatively shallow pits.Historically braced walls are strut supported. They had been used extensively before the ground anchor technology was developed in 1970?s. Soils with some cohesion and without water table are usually suitable for this type of construction or dewatering is acpanied if required and allowed. Strut support is monly preferred in narrow excavations for pipe laying or similar works but also used in deep and large excavations (See Fig 1.1). Ground anchor support is increasingly used and preferred due to access for construction works and machinery. Waling beams may be used or anchors may be placed directly on soldierpiles without any beams.1.1.2 Sheet-piling or Sheet Pile WallsSheet pile is a thin steel section (7-30 mm thick)400-500 mm wide. It is manufactured in different lengths and shapes like U, Z and straight line sections (Fig. 1.2). There are interlocking watertight grooves at the sides, and they are driven into soil by hammering or vibrating. Their use is often restricted in urbanized areas due to environmental problems likenoise and vibrations. New generation hammers generate minimum vibration anddisturbance, and static pushing of sections have been recently possible. In soft ground several sections may be driven using a template. The end product is a watertight steel wall in soil. One side (inner) of wall is excavated step by step and support is given by struts or anchor. Waling beams (walers) are frequently used. They are usually constructed in water bearing soils.Steel sheet piles are the most mon but sometimes reinforced concrete precast sheet pile sections are preferred in soft soils if driving difficulties are not expected. Steel piles may also encounter driving difficulties in very dense, stiff soils or in soils with boulders. Jetting may be acpanied during the process to ease penetration. Steel sheet pile sections used in such difficult driving conditions are selected according to the driving resistance rather than the design moments in the project. Another frequently faced problem is the flaws in interlocking during driving which result in leakages under water table. Sheet pile walls are monly used for temporary purposes but permanent cases are also abundant. In temporary works sections are extracted after their service is over, and they are reused after maintenance. This process may not be suitable in dense urban environment.1.1.3 Pile WallsIn-situ pile retaining walls are very popular due to their availability and practicability. There are different types of pile walls (Fig. 1.3). In contiguous (intermittent) bored pile construction, spacing between the piles is greater篇三:基坑开挖换填施工方案英文版Sokoto Cement Factory Project of the 17 Bureau, Chinese Railway ConstructionCompanythConstruction Schemes for Foundation pit ExcavationAnd ReplacementComposed by:Editor:Chief editor:Fifth division of 17th Bureau of CRCC, manager department of theSokoto Cement Factory Project, Nigeria23th November 2104Contents1Introduction ......................................... ...................................................... ............................. 11.1 Basis for theposition ............................................. ............................................... 11.2 Principles for theposition ............................................. ........................................ 12.1Location ............................................. ...................................................... .................... 12.2 Geographicreport ............................................... ...................................................... ... 22.3 Ground water and undergroundwater. ............................................... ......................... 2 Construction techniques andmethods .............................................. ...................................... 23.1 Excavation of the foundationpit .................................................. ................................ 23.1.13.1.23.1.33.1.43.1.53.1.63.23.2.13.2.23.2.33.2.44 Gradient of the foundationpit .................................................. ......................... 3 The stability of the side slope ................................................ ............................ 3 The form ofexcavation ........................................... .......................................... 4Preparation for theexcavation ........................................... ................................ 5 Construction procedures ........................................... ......................................... 6Methods .............................................. ...................................................... ......... 6 Constructionmaterial ............................................. ........................................... 7Constructionpreparation .......................................... ......................................... 8Techniques and constructionalprocedure. ........................................... ............. 8Methods .............................................. ...................................................... ......... 9 3 Gravelreplacement .......................................... ...................................................... ...... 7 Organization of construction and logistic work ................................................. ................ 114.1 The managing system for construction organization. ........................................ ...... 114.2 Human resources for theconstruction ......................................... ............................ 114.3 Logisticwork ................................................. ...................................................... .... 124.4 Technicalguarantee ............................................ ..................................................... 124.5 Quality and techniques standard andregulation ........................................... ........... 124.5.14.5.24.5.34.5.44.64.6.14.6.24.6.34.74.8 Qualitystandard ............................................. ............................................... 12Quality monitoringorganization ......................................... .......................... 13 Raising awareness for the importance of quality and professional skills. .... 13 Establishing quality managementcode. ................................................ ........ 13 Safety regulations for mechanical construction ......................................... ... 14 Trafficregulations ......................................................................................... 15Safety regulations for fillingconstruction. ........................................ ............ 15 Safety techniquesmeasures ............................................. ........................................ 14Environment protectionmeasures ............................................. .............................. 16 Construction during the rainseason ............................................... ......................... 164.8.14.8.2 Collecting weatherdata ................................................. ................................ 16 Technical measures fordrainage ............................................. ...................... 164.9 Technical measures for sandstorm ................................................ .......................... 174.10 Contingencyplan ................................................. .................................................... 17Construction Schemes for Foundation pitExcavation And Replacement1 Introduction1.1 Basis for the position1.1.1 1.1.21.1.3 Drawings submitted by the Owner (GB50300-2001)。

TOYOTA 汽车防盗系统手册说明书

TOYOTA 汽车防盗系统手册说明书

S4.1 CarProg TOYOTA immobiliser manualToyota Model Year Transponder type Instruction 4 RUNNER 1999-2003 TEX S4.1.12003- TEX/CRARISTO 1998- TEX S4.1.1 AURIS TEXAVALON 1998-2003 TEX S4.1.12003- TEX/CRAVENSIS 1998-1999 TEX 68HC05E62000-2003 TEX/CR 68HC05E62003- TEX/CRAYGO 2005- TEX/CRCAMRY 1997-2003 TEX S4.1.12003- TEX/CR IC601 93C56 CARINA 1996- PHIPHITEXCELICA 1996-1999 PHI2000- TEXCELSIOR 1998- TEX S4.1.1 COLORADA 1997- TEX S4.1.1 COROLLA 1996-1999 TEX S4.1.11999-2002 TEX S4.1.21999-2002 TEX 24C02 ECU1999-2002 TEX 95080 ECU2002- TEX/CR 95080 ECU2002- TEX/CR 24C02 ECU ECHO 1999- TEX S4.1.1 ESTIMA (J) 1997- PHIGAIA (J) 1999- TEX S4.1.1 HIACE 1997- TEX S4.1.1 HIGHLANDER 2001-2003 TEX S4.1.12004- TEX/CRHILUX (J) 1999- TEX S4.1.1 IPSUM (J) 1999- TEX S4.1.1 LANDCRUISER, 100 1996-2000 TEX S4.1.1 LANDCRUISER, 100 2000-2003 TEX S4.1.22003- TEX/CR IC601 93C56 MATRIX 2004- TEX/CR S4.1.3MR2 1997- TEX S4.1.1 PASEO 1997- PHI 24C04 PICNIC 1996- TEX S4.1.1 PLAZ (J) 1999- TEX S4.1.1 PRADO 1996- TEX S4.1.1 PREVIA 1997- PHI 24C042003- TEX/CR S4.1.3 PRIUS 2001-2003 TEX2003- TEX/CRPROGRESS NC300 1998- TEX S4.1.1RAV 4 1996-2004 TEX S4.1.12005- TEX/CR 25080 ECU SEQUOIA 2001-2003 TEX S4.1.12003- TEX/CR S4.1.3 SIENNA 1999-2003 TEX S4.1.12004- TEX/CR S4.1.3SCION 2004- TEX/CR S4.1.3 SOLARA 1999-2003 TEX S4.1.12004- TEX/CR S4.1.3 STARLET 1997- PHITACOMA TEX S4.1.1 TARAGO 2003- TEX/CRTUNDRA TEX S4.1.1YARIS 1999-2002 TEX 25020 ECU1999-2002 TEX 25080 ECU2003- TEX/CR 95080 ECUS4.1.1 Older Toyota immobiliser system with separated immo box and Texas transponder (4D by Silca). Immobiliser box are located near to ignition key. Usually this is black or brown box marked “immobilizer” or “134.2 kHz”.Remove immobiliser ECU from the car and open it. Find 93CL66 EEPROM in DIP package. Use A5 or A4 adapter and follow CarProg instruction to program transponder key. Short quartz resonator for in-circuit EEPROM programming or remove 93C66 from immobiliser board.S4.1.2 Toyota immobiliser system with transponder antenna and AMP unit on the ignition key and motor ECU. Used in 1999 – 2003 Toyota/Lexus cars.Transponder information is stored in motor ECU. Remove motor ECU from the car, open it and find 93C56 EEPROM marked IC900.Use A6 or A4 adapter and follow CarProg instruction to program transponder key. Remove 93C56 from ECU board, in-circuit programming is not stable.S4.1.3 Toyota cars with Texas Crypto transponder (4D by Silca). Transponder key is stored in separated immobiliser unit marked “ECU IMMOBILIZER”. Remove immobiliser ECU from the car, open it and find 93LC66 SMD EEPROM.Use only original factory key. With Silca 4D transponder car will not start.Use A6 or A4 adapter and follow CarProg instruction to program transponder key.Short quartz resonator for in-circuit EEPROM programming or remove 93C66 from immobiliser board.S4.1.4. European Toyota immobiliser system used in small engines ECU like Yaris or Corolla. Remove motor ECU (made by Bosch) from car and open it. Find 25040 or 25020 EEPROM in SMD package.Use A6 or A4 adapter and follow CarProg instruction to program transponder key. Short quartz resonator for in-circuit EEPROM programming or remove EEPROM from ECU board.S4.1.5. European Toyota immobiliser system used from 2003 in small engines ECU like Yaris or Corolla. Used key is Texas 4C transponder.Remove motor ECU (made by Bosch) from car and open it. Find 95080 or 25080 EEPROM in SMD package.Use A6 or A4 adapter and follow CarProg instruction to program transponder key. Short quartz resonator for in-circuit EEPROM programming or remove EEPROM from ECU board.S4.1.6. European Toyota immobiliser system used in small engines ECU like 1.4 VVT Corolla. Remove motor ECU (made by Bosch) from car and open it. Find 24C02 EEPROM in SMD package.Use A6 or A4 adapter and follow CarProg instruction to program transponder key.S4.1.7 Older Toyota immobiliser system with separated immo box and Philips PCF7931 transponder. Immobiliser box are located under dash panel. Usually this is brown box marked “immobilizer” or “125 kHz”.Remove immobiliser ECU from the car and open it. Find 24C04 EEPROM in DIP package. Use A5 or A4 adapter and follow CarProg instruction to program transponder key. Short quartz resonator for in-circuit EEPROM programming or remove 24C04 from immobiliser board.S4.1.8 Toyota immobiliser system with transponder antenna and AMP unit on the ignition key and motor ECU. Used in 2001 – 2003 Toyota/Lexus cars.Transponder information is stored in motor ECU. Remove motor ECU from the car, open it and find 93C56 EEPROM marked IC601Use A6 or A4 adapter and follow CarProg instruction to program transponder key. Remove 93C56 from immobiliser board.S4.1.9 Toyota Avensis or Corolla immobiliser system with transponder antenna and AMP unit (on the ignition key lock) and motor ECU. Transponder 4C. Are two very similar immobiliser types – with Texas transponder and with Texas Crypto transponder. Different is only processor inside immobiliser:•Texas 4C: (immobiliser unit: 89730-05010) – works only this system!•Texas Crypto with “Valeo” mark on the blade (immobiliser unit: 89780-02010; Key blank: 89785-02050, key with remote: 89070-05020)Use A9 adapter, connect like in picture ( pull up pins 1, 2 and 15 and connect white, blue, green, yellow, orange, black and red wires) and follow CarProg instruction to program transponder key.。

汽车维修手册.pdf_1702093083.1311035说明书

汽车维修手册.pdf_1702093083.1311035说明书

IndexAccessoriesInstallation.................................. 105ACCESSORY (Ignition KeyPosition)........................................ 50AddingAutomatic TransmissionFluid........................................ 149Brake Fluid................................. 151Clutch Fluid................................ 153Engine Coolant........................... 144Engine Oil................................... 138Manual Transmission Fluid..... 150Power Steering Fluid................. 153Windshield Washer Fluid......... 148Additional Safety Information........ 16Door Locks................................... 16Driving with Pets......................... 17Seat-back Position........................ 16Storing Cargo Safely................... 17Additives, Engine Oil..................... 140AdjustmentsMirrors.......................................... 61Seats.............................................. 53Steering Wheel. (45)Airbag (SRS)...................................... 9Air Cleaner..................................... 154Air Conditioning............................... 74Maintenance............................... 162Usage............................................. 72Air Outlets (Vents).......................... 72Air Pressure, Tires........................ 164Alcohol and Drugs........................... 24Alcohol in Gasoline.......................... 98Antenna, Cleaning......................... 178Antifreeze....................................... 140Anti-lock Brakes (ABS)Description................................. 216Indicator Light..................... 34, 119Operation.................................... 118Anti-theft Steering ColumnLock............................................... 50Appearance Care........................... 181Ashtray.............................................. 66Audio System................................... 79Automatic Speed Control................ 46Automatic Transmission............... 113Capacity, Fluid........................... 215Checking Fluid Level................ 149Shifting........................................ 113Shift Lever Positions.. (113)Shift Lock Release (116)BatteryCharging System Light............... 33Jump Starting............................. 197Maintenance............................... 157Specifications............................. 215Before Driving................................. 97Belts, Seat........................................... 5Body Repair.................................... 187BrakesAnti-lock System (ABS)............ 118Break-in, New Linings................. 98Fluid............................................ 151Light, Burned-out...................... 174Parking.......................................... 63System Indicator.......................... 33Wear Indicators......................... 117Brakes, ABSDescription................................. 216Operation.................................... 118System Indicator.................. 34, 119CONTINUEDIndexBraking System.............................. 117Break-in, New Car........................... 98Brightness Control,Instruments.................................. 43Brights, Headlights......................... 42Bulb ReplacementBack-up Lights........................... 174Brake Lights............................... 174Front Parking Lights................. 170Front Side Marker Lights......... 171Headlights.................................. 169High-mount Brake Light.......... 173License Plate Lights.................. 176Rear Side Marker Lights.......... 175Specifications............................. 215Turn Signal Lights..................... 172Bulbs, Halogen. (169)Cables, Jump Starting With.......... 198Capacities Chart............................. 214Carbon Monoxide Hazard.............. 25Cargo, Loading............................... 106Cassette PlayerCare (94)Operation...................................... 87CAUTION, Explanation of............... ii Certification Label......................... 212Chains............................................. 168Change OilHow to......................................... 141When to....................................... 132Changing a Flat Tire..................... 191Changing Engine Coolant............. 146Charging System Indicator.... 33, 202Check Engine Light................ 34, 203CheckingAutomatic TransmissionFluid........................................ 149Battery Condition...................... 157Brake Fluid................................. 151Clutch Fluid................................ 153Drive Belts.................................. 163Engine Coolant........................... 144Engine Oil................................... 138Fuses........................................... 205Manual Transmission Fluid..... 150Power Steering Fluid................. 153Checklist, Before Driving............. 108Child Safety...................................... 18Cigarette Lighter.. (65)Cleaner, Air.................................... 154CleaningAluminum Wheels..................... 183Antenna....................................... 182Carpeting.................................... 185Exterior....................................... 182Fabric.......................................... 185Interior........................................ 185Leather........................................ 185Seat Belts.................................... 185Vinyl............................................ 185Washing...................................... 182Waxing........................................ 183Windows..................................... 186CLEAN Light................................... 94Clock, Setting the............................ 64Clutch Fluid.................................... 153CO in the Exhaust......................... 221Cold Weather, Starting in............. 110Compact Spare............................... 190Consumer Information.................. 227Controls, Instruments and.............. 29CoolantAdding......................................... 144Checking..................................... 144Proper Solution..........................144IndexTemperature Gauge.................... 40Corrosion Protection..................... 186Crankcase Emission ControlSystem......................................... 221Cruise Control Operation............... 46Customer Relations Office.. (227)DANGER, Explanation of................. ii Dashboard........................................ 30Daytime Running Lights................. 42Dead Battery, What to Do............ 197Defects, Reporting Safety............... 26Defogger, Rear Window................. 58Defrosting the Windows................. 78DEXRON ® II AutomaticTransmission Fluid.................... 150Dimensions..................................... 214Dimming the Headlights................ 42DipstickAutomatic Transmission........... 149Engine Oil................................... 138Directional Signals........................... 43Disabled, Towing Your Car If...... 210Disc Brake Wear Indicators (117)Disposal of Used Oil...................... 143DoorsLocking and Unlocking............... 51Power Door Locks....................... 51DOT Tire Quality Grading........... 219Downshifting, 5-speed ManualTransmission.............................. 111Drive Belts...................................... 163Driving............................................ 107Economy..................................... 104In Bad Weather.......................... 120In Foreign Countries. (99)Economy, Fuel............................... 104Emergencies on the Road............. 189Battery, Jump Starting.............. 197Changing a Flat Tire................. 191Charging System Indicator...... 202Check Engine Light.................. 203Checking the Fuses................... 206Low Oil Pressure Indicator...... 201Malfunction Indicator Lamp.... 203Manually Closing Sunroof........ 204Overheated Engine. (199)Emergency Brake............................ 63Emergency Flashers....................... 58Emission Controls......................... 221EngineBelts............................................. 163Check Light.......................... 34, 203Coolant Temperature Gauge ..... 40Malfunction IndicatorLamp................................. 34, 203Oil Pressure Indicator......... 33, 201Oil, What Kind to Use............... 139Overheating................................ 199Specifications............................. 214Ethanol in Gasoline ......................... 99Evaporative Emission Controls.... 221Exhaust Fumes................................ 25Expectant Mothers, Use of SeatBelts by........................................... 8Exterior, Cleaning the. (182)Fabric, Cleaning............................. 185Fan, Interior.. (74)CONTINUEDIndexFan, Radiator.................................... 27Features, Comfort andConvenience................................. 71Filling the Fuel Tank..................... 100FiltersFuel.............................................. 155Oil................................................ 141First Gear, Shifting........................ 1115-speed Manual Transmission,Checking Fluid Level................ 150Shifting the................................. 111Flashers, Hazard Warning.............. 58Flat Tire, Changing a.................... 191FluidsAutomatic Transmission........... 149Brake........................................... 151Clutch.......................................... 153Manual Transmission............... 150Power Steering........................... 153Windshield Washer................... 148FM Stereo RadioReception...................................... 81Folding Rear Seat............................ 57Foreign Countries, Driving in........ 99Four-way Flashers (58)Four Wheel Steering (4WS)Description................................. 217Indicator Light............................. 35Operation.................................... 119Front End, Towing byEmergency Wrecker................. 210Fuel.................................................... 98Fill Door and Cap....................... 100Filter............................................ 155Gauge............................................ 38Octane Requirement................... 98Oxygenated.................................. 98Tank, Filling the......................... 100Fuses, Checking the. (205)Gas Mileage, Improving................ 104Gasohol............................................. 98Gasoline............................................ 98Filter............................................ 155Gauge............................................ 40Octane Requirement................... 98Tank, Filling the......................... 100Gas Station Procedures.. (100)GaugesEngine Coolant Temperature .... 40Fuel................................................ 40Gearshift Lever PositionsAutomatic Transmission........... 1135-speed ManualTransmission.................... 111Glass Cleaning............................... 186Glove Box.. (64)Halogen Headlight Bulbs.............. 169Hazard Warning Flashers............... 58HeadlightsDaytime Running Lights............. 42High Beam Indicator................... 36High Beams, Turning on............ 42Low Beams, Turning on............. 42Reminder Chime.......................... 42Replacing Halogen Bulbs......... 169Turning on.................................... 42Heating and Cooling........................ 72High Altitude, Starting at.............. 110High-Low Beam Switch.................. 42Hood, Opening the........................101IndexHorn................................................... 49Hot Coolant, Warning about........ 144Hydraulic Clutch............................ 153Hydroplaning. (121)Identification Number,Vehicle........................................ 212If Your Car Has to be Towed....... 210IgnitionKeys............................................... 49Switch............................................ 50Timing Control System............. 222Indicator Lights, InstrumentPanel.............................................. 31Infant Restraint................................ 19Inflation, Proper Tire .................... 164Inside Mirror.................................... 61Inspection, Tire.............................. 165Instrument Panel............................. 30Instrument Panel Brightness......... 43Interior Cleaning............................ 185Interior Lights.................................. 68Introduction.........................................iJacking up the Car......................... 193Jack, Tire........................................ 191Jump Starting.................................197Keys...................................................49Label, Certification........................ 212Lane Change, Signaling.................. 43Lap/Shoulder Belts........................... 6Leaking of Exhaust into Car.......... 25Lighter, Cigarette............................ 65LightsBulb Replacement..................... 169Indicator........................................ 31Parking.......................................... 42Turn Signal................................... 43Loading Cargo................................ 106LOCK (Ignition Key Position)....... 50LocksAnti-theft Steering Column (50)Fuel Fill Door............................. 100Glove Box..................................... 64Power Door.................................. 51Trunk............................................ 52Low Coolant Level......................... 144Lower Gear, Downshifting to a.... 111Low Oil Pressure Indicator.... 33, 201Lubricant Specifications Chart.... 214Luggage (106)Maintenance................................... 127Periodic Items............................ 136Record................................. 134 - 135Schedule.............................. 130 - 133Manual Transmission.................... 111Manual Transmission Fluid......... 150Maximum Shift Speeds......... 112, 115Meters, Gauges................................ 38Methanol in Gasoline...................... 98Mirrors, Adjusting (61)CONTINUED。

ECE R85 第5次修订

ECE R85 第5次修订

GE.10-AGREEMENTCONCERNING THE ADOPTION OF UNIFORM TECHNICAL PRESCRIPTIONSFOR WHEELED VEHICLES, EQUIPMENT AND PARTS WHICH CAN BE FITTED AND/OR BE USED ON WHEELED VEHICLES AND THE CONDITIONS FOR RECIPROCAL RECOGNITION OF APPROVALS GRANTED ON THE BASIS OF THESE PRESCRIPTIONS *(Revision 2, including the amendments which entered into force on 16 October 1995)Addendum 84: Regulation No. 85Revision 1 - Amendment 5Supplement 5 to the original version of the Regulation: Date of entry into force: 17 March 2010UNIFORM PROVISIONS CONCERNING THE APPROVAL OF INTERNAL COMBUSTION ENGINES OR ELECTRIC DRIVE TRAINS INTENDED FOR THE PROPULSION OF MOTOR VEHICLES OF CATEGORIES M AND N WITH REGARD TO THE MEASUREMENT OF THE NET POWER AND THE MAXIMUM 30 MINUTES POWER OF ELECTRIC DRIVE TRAINS_________UNITED NATIONS* Former title of the Agreement: Agreement Concerning the Adoption of Uniform Conditions of Approval and Reciprocal Recognition of Approval for Motor Vehicle Equipment and Parts, done at Geneva on 20 March 1958.E /ECE/324/Rev.1/Add.84/Amend.5−E /ECE/TRANS/505/Rev.1/Add.84/Amend.510 May 2010E/ECE/324/Rev.1/Add.84/Amend.5E/ECE/TRANS/505/Rev.1/Add.84/Amend.52Content - Annexes, amend to read:"Annex 1 - Essential characteristics of the internal combustion engine and information concerning the conduct of testsAnnex 2 - Essential characteristics of the electric drive train and information concerning the conduct of testsAnnex 3a - Communication concerning the approval or extension or refusal or withdrawal of approval or production definitely discontinued of a drive train type pursuant to Regulation No. 85Annex 3b - Communication concerning the approval or extension or refusal or withdrawal of approval or production definitely discontinued of a vehicle type with regard to the drive train type pursuant to Regulation No. 85Annex 4 - Arrangements of approval marksAnnex 5 - Method for measuring internal combustion engine net powerAnnex 6 - Method for measuring net power and the maximum 30 minutes power of electric drive trainsAnnex 7 - Checks on conformity of production"The text of the Regulation,Paragraph 1.2., amend to read:"1.2. The internal combustion engines belong to one of the following categories:Reciprocating piston engines (positive-ignition or compression-ignition),but excluding free piston engines;Rotary piston engines (positive-ignition or compression ignition).Naturally aspirated or supercharged engines."Insert new paragraph 2.4., to read:"2.4. "Maximum net power" means the maximum value of the net power measured at full engine load."Paragraphs 2.4. to 2.5.3. (former), renumber as paragraphs 2.5. to 2.6.3.Insert a new paragraph 2.7., to read:"2.7. "Standard-production equipment" means equipment provided by the manufacturer for a particular application."Paragraph 4.3., amend to read:"4.3. Notice of approval or of extension or of refusal of approval of a drive train type pursuant to this Regulation shall be communicated to the Partiesto the 1958 Agreement applying this Regulation by means of a formconforming to the model in Annex 3a to this Regulation."Insert a new paragraph 4.4., to read:"4.4. Notice of approval or of extension or of refusal of approval of vehicle type with regard to the drive train type pursuant to this Regulation shall becommunicated to the Contracting Parties to the 1958 Agreement applyingthis Regulation by means of a form conforming to the model in Annex 3bto this Regulation."E/ECE/324/Rev.1/Add.84/Amend.5E/ECE/TRANS/505/Rev.1/Add.84/Amend.5Paragraphs 4.4. to 4.8. (former), renumber as paragraphs 4.5. to 4.9.Paragraph 5.2.2., amend to read:"5.2.2. Measurements shall be taken at a sufficient number of engine speeds todefine correctly the power curve between the lowest and the highestengine speeds recommended by the manufacturer. This range of speedsshall include the speeds of revolution at which the engine produces itsmaximum power and its maximum torque. For each speed, the average ofat least two stabilized measurements is to be determined."Paragraph 5.2.3.3.2., amend to read:"5.2.3.3.2. In the case of an engine without self-adaptive fuelling:The fuel used shall be the one available on the market with a Wobbeindex at least 52.6 MJm-3(4°C, 101.3 kPa). In case of dispute the fuelused shall be the reference fuel G20 specified in Annex 8, i.e. the fuelwith the highest Wobbe Index, or"Paragraph 5.2.3.3.3., amend to read:"5.2.3.3.3. In the case of an engine labelled for a specific range of fuels:The fuel used shall be the one available on the market with a Wobbeindex at least 52.6 MJm-3 (4°C, 101.3 kPa) if the engine is labelled for theH-range of gases, or at least 47.2 MJm-3 (4°C, 101.3 kPa) if the engine islabelled for the L-range of gases. In case of dispute the fuel used shall bethe reference fuel G20 specified in Annex 8 if the engine is labelled forthe H-range of gases, or the reference fuel G23 if the engine is labelled forthe L-range of gases, i.e. the fuel with the highest Wobbe Index for therelevant range, or"Insert a new paragraph 5.2.3.5., to read:"5.2.3.5. Positive ignition engines of vehicles that can run either on petrol or on agaseous fuel, are to be tested with both fuels, in accordance with theprovisions in paragraphs 5.2.3.1. to 5.2.3.3. The vehicles that can befuelled with both petrol and a gaseous fuel, but where the petrol system isfitted for emergency purposes or starting only and of which the petroltank cannot contain more than 15 liters of petrol will be regarded for thetest as vehicles that can only run a gaseous fuel."Paragraph 5.2.5., amend to read:"5.2.5. The test report shall contain the results and all the calculations required tofind the net power, as listed in the appendix to Annex 5 to this Regulationtogether with the characteristics of the engine listed in Annex 1 to thisRegulation. In order to draw up this document, the competent authoritymay use the report prepared by an approved or recognized laboratorypursuant to the provisions of this Regulation."3E/ECE/324/Rev.1/Add.84/Amend.5E/ECE/TRANS/505/Rev.1/Add.84/Amend.54Annex 1, amend to read:"Annex 1Essential characteristics of the internal combustion engine and information concerning the conduct of testsThe following information, if applicable, shall be supplied in triplicate and include a list of contents. Any drawings shall be supplied in appropriate scale and in sufficient detail on size A4 or on a folder of A4 format. Photographs, if any, shall show sufficient detail. If the systems, components or separate technical units have electronic controls, information concerning their performance shall be supplied.0. GENERAL IDENTIFICATION OF THE VEHICLE...............................................................................0.1. Make (trade name of manufacturer): ........................................................................................................0.2. Type and general commercial description(s): ..........................................................................................0.3. Means of identification of type, if marked on the vehicle: .......................................................................0.3.1. Location of that marking: .........................................................................................................................0.4. Category of vehicle: .................................................................................................................................0.5. Name and address of manufacturer: .........................................................................................................0.8. Address(es) of assembly plant(s): ............................................................................................................1. GENERAL CONSTRUCTION CHARACTERISTICS OF THE VEHICLE1.1. Photographs and/or drawings of a representative vehicle: .......................................................................1.2. Hand of drive: left/right: 1 ........................................................................................................................2.0. POWER PLANT2.1. Manufacturer: ...........................................................................................................................................2.2. Manufacturer's engine code (as marked on the engine, or other means of identification): ......................2.3. Working principle: positive ignition/compression ignition, four stroke/two stroke 12.4. Number and arrangement of cylinders: ....................................................................................................2.5. Bore: ………… mm2.6. Stroke: …………mm2.7. Firing order: .............................................................................................................................................2.8. Engine capacity: ………… cm32.9. Volumetric compression ratio: .................................................................................................................2.10. Drawings of combustion chamber, piston crown and, in the case of positive ignition engines, pistonrings:2.11. Maximum net power: …………kW at ………… min-1(manufacturer's declared value)2.12. Maximum permitted engine speed as prescribed by the manufacturer: …………min-12.13. Maximum net torque 1: …………Nm at …………min-1(manufacturer's declared value)3.0. Fuel: diesel oil/petrol/LPG/NG 13.1. RON, leaded: ............................................................................................................................................3.2. RON, unleaded: ........................................................................................................................................3.3. Fuel feed3.3.1. By carburettor(s): yes/no 13.3.1.1. Make(s): ...................................................................................................................................................3.3.1.2. Type(s): ....................................................................................................................................................3.3.1.3. Number fitted: ..........................................................................................................................................E/ECE/324/Rev.1/Add.84/Amend.5E/ECE/TRANS/505/Rev.1/Add.84/Amend.5 3.3.1.4. Adjustments3.3.1.4.1. Jets: ........................................................................................................................................................... 3.3.1.4.2. Venturis: ................................................................................................................................................... 3.3.1.4.3. Float-chamber level: ................................................................................................................................. 3.3.1.4.4. Mass of float: ............................................................................................................................................ 3.3.1.4.5. Float needle: .............................................................................................................................................Or the curve of fuel delivery plotted against the air flow and settings requiredto keep to the curve3.3.1.5. Cold start system: manual/automatic 13.3.1.5.1. Operating principle(s): ............................................................................................................................. 3.3.1.5.2. Operating limits/settings: 1 ....................................................................................................................... 3.3.2. By fuel injection (compression ignition only): yes/no 13.3.2.1. System description: .................................................................................................................................. 3.3.2.2. Working principle: direct injection/pre-chamber/swirl chamber 13.3.2.3. Injection pump3.3.2.3.1. Make(s): ................................................................................................................................................... 3.3.2.3.2. Type(s): .................................................................................................................................................... 3.3.2.3.3. Maximum fuel delivery: 1………… mm3/stroke or cycle at a pump speed of: ………… min-1 or,alternatively, a characteristic diagram: …………3.3.2.3.4. Injection timing: ....................................................................................................................................... 3.3.2.3.5. Injection advance curve: ........................................................................................................................... 3.3.2.3.6. Calibration procedure: test bench/engine 13.3.2.4. Governor3.3.2.4.1. Type: ........................................................................................................................................................ 3.3.2.4.2. Make: ....................................................................................................................................................... 3.3.2.4.3. Cut-off point3.3.2.4.3.1. Cut-off point under load: ………… min-13.3.2.4.3.2. Cut-off point without load: ………… min-13.3.2.4.4. Maximum speed without load: …………min-13.3.2.4.5. Idle speed: ................................................................................................................................................ 3.3.2.5. Injection piping3.3.2.5.1. Length: ………… mm3.3.2.5.2. Internal diameter: ………… mm3.3.2.6. Injector(s)3.3.2.6.1. Make(s): ................................................................................................................................................... 3.3.2.6.2. Type(s): .................................................................................................................................................... 3.3.2.6.3. Opening pressure: ………… kPa or characteristic diagram: …………3.3.2.7. Cold start system3.3.2.7.1. Make(s): ................................................................................................................................................... 3.3.2.7.2. Type(s): .................................................................................................................................................... 3.3.2.7.3. Description: .............................................................................................................................................. 3.3.2.8. Electronic control unit3.3.2.8.1. Make(s): ................................................................................................................................................... 3.3.2.8.2. Description of the system: ........................................................................................................................ 3.3.3. By fuel injection (positive ignition only): yes/no 13.3.3.1. Working principle: intake manifold (single-/multi-point 1) direct injection/other (specify): 1 ................. 3.3.3.2. Make(s): ................................................................................................................................................... 3.3.3.3. Type(s): .................................................................................................................................................... 3.3.3.4. System description3.3.3.4.1. Type or number of the control unit: ......................................................................................................... 3.3.3.4.2. Type of fuel regulator: .............................................................................................................................. 3.3.3.4.3. Type of air-flow sensor: ........................................................................................................................... 3.3.3.4.4. Type of fuel distributor: ...........................................................................................................................5E/ECE/324/Rev.1/Add.84/Amend.5E/ECE/TRANS/505/Rev.1/Add.84/Amend.53.3.3.4.5. Type of pressure regulator: ......................................................................................................................3.3.3.4.6. Type of throttle housing: ..........................................................................................................................In the case of systems other than continuous injection give equivalent details.3.3.3.5. Injectors: opening pressure: ……… kPa or characteristic diagram: …………3.3.3.6. Injection timing: .......................................................................................................................................3.3.3.7. Cold start system3.3.3.7.1. Operating principle(s): .............................................................................................................................3.3.3.7.2. Operating limits/settings: 1........................................................................................................................4.0. Feed pump4.1. Pressure: ………… kPa or characteristic diagram: …………5.0. Electrical system5.1. Rated voltage: ………… V, positive/negative ground 15.2. Generator5.2.1. Type: ........................................................................................................................................................5.2.2. Nominal output: ………… VA6.0. Ignition6.1. Make(s): ...................................................................................................................................................6.2. Type(s): ....................................................................................................................................................6.3. Working principle: ...................................................................................................................................6.4. Ignition advance curve: ............................................................................................................................6.5. Static ignition timing ………… degrees before TDC6.6. Contact-point gap: ………… mm6.7. Dwell-angle: ………… degrees7.0. Cooling system (liquid/air) 17.1. Nominal setting of the engine temperature control mechanism: ..............................................................7.2. Liquid7.2.1. Nature of liquid: .......................................................................................................................................7.2.2. Circulating pump(s): yes/no 17.2.3. Characteristics ………………………………, or7.2.3.1. Make(s): ...................................................................................................................................................7.2.3.2. Type(s): ....................................................................................................................................................7.2.4. Drive ratio(s): ...........................................................................................................................................7.2.5. Description of the fan and its drive mechanism: ......................................................................................7.3. Air7.3.1. Blower: yes/no 17.3.2. Characteristics: …………, or7.3.2.1. Make(s): ...................................................................................................................................................7.3.2.2. Type(s): ....................................................................................................................................................7.3.3. Drive ratio(s): ...........................................................................................................................................8.0. Intake system8.1. Pressure charger: yes/no 18.1.1. Make(s): ...................................................................................................................................................8.1.2. Type(s): ....................................................................................................................................................8.1.3. Description of the system (e.g. maximum charge pressure: ………… kPa, wastegate if applicable): ....8.2. Intercooler: yes/no 18.3. Description and drawings of inlet pipes and their accessories (plenum chamber, heating device,additional air intakes, etc.): ......................................................................................................................8.3.1. Intake manifold description (include drawings and/or photos): (6)E/ECE/324/Rev.1/Add.84/Amend.5E/ECE/TRANS/505/Rev.1/Add.84/Amend.5 8.3.2. Air filter, drawings: …………, or8.3.2.1. Make(s): ................................................................................................................................................... 8.3.2.2. Type(s): .................................................................................................................................................... 8.3.3. Intake silencer, drawings: …………, or8.3.3.1. Make(s): ...................................................................................................................................................8.3.3.2. Type(s): ....................................................................................................................................................9.0. Exhaust system9.1. Description and/or drawing of the exhaust manifold: .............................................................................. 9.2. Description and/or drawing of the exhaust system: ..................................................................................9.3. Maximum allowable exhaust back pressure at rated engine speed and at 100 per cent load: ……… kPa10.0. Minimum cross-sectional areas of inlet and outlet ports: .........................................................................11.0. Valve timing or equivalent data11.1. Maximum lift of valves, angles of opening and closing, or timing details of alternative distributionsystems, in relation to dead-centres: .........................................................................................................11.2. Reference and/or setting ranges: 1 ............................................................................................................12.0. Measures taken against air pollution12.1. Additional anti-pollution devices (if any, and if not covered by another heading)12.2. Catalytic converter: yes/no 112.2.1. Number of catalytic converters and elements: ......................................................................................... 12.2.2. Dimensions, shape and volume of the catalytic converter(s): .................................................................. 12.3. Oxygen sensor: yes/no 112.4. Air injection: yes/no 112.5. Exhaust gas recirculation: yes/no 112.6. Particulate trap: yes/no 112.6.1. Dimensions, shape and capacity of the particulate trap: ...........................................................................12.7. Other systems (description and operation): ..............................................................................................13.0. LPG fuelling system: yes/no 113.1. Approval number according Regulation No. 67: ...................................................................................... 13.2. Electronic engine management control unit for LPG fuelling:13.2.1. Make(s): ................................................................................................................................................... 13.2.2. Type(s): .................................................................................................................................................... 13.2.3. Emission-related adjustment possibilities: ............................................................................................... 13.3. Further documentation: ............................................................................................................................ 13.3.1. Description of the safeguarding of the catalyst at switch-over from petrol to LPG or back: ................... 13.3.2. System lay-out (electrical connections, vacuum connections compensation hoses, etc.): ........................13.3.3. Drawing of the symbol: ............................................................................................................................14.0. NG fuelling system: yes/no 114.1. Approval number according to Regulation No. 110: ............................................................................... 14.2. Electronic engine management control unit for NG fuelling:14.2.1. Make(s): ................................................................................................................................................... 14.2.2. Type(s): .................................................................................................................................................... 14.2.3. Emission-related adjustment possibilities: ............................................................................................... 14.3. Further documentations: ........................................................................................................................... 14.3.1. Description of the safeguarding of the catalyst at switch-over from petrol to NG or back: ..................... 14.3.2. System lay-out (electrical connections, vacuum connections compensation hoses, etc.): ........................ 14.3.3. Drawing of the symbol: ............................................................................................................................7E/ECE/324/Rev.1/Add.84/Amend.5E/ECE/TRANS/505/Rev.1/Add.84/Amend.515.0. Temperatures permitted by the manufacturer15.1. Cooling system15.1.1. Liquid coolingMaximum temperature at outlet: ………… °C15.1.2. Air cooling15.1.2.1. Reference point: .......................................................................................................................................15.1.2.2. Maximum temperature at reference point: ………… °C15.2. Maximum outlet temperature of the inlet intercooler: ………… °C15.3. Maximum exhaust temperature at the point in the exhaust pipe(s) adjacent to the outer flange(s) of theexhaust manifold: …………°C15.4. Fuel temperatureminimum: …………°Cmaximum: …………°C15.5. Lubricant temperatureminimum: …………°Cmaximum: …………°C16.0. Lubrication system16.1. Description of the system16.1.1. Position of the lubricant reservoir: ...........................................................................................................16.1.2. Feed system (by pump/injection into intake/mixing with fuel, etc.) 1: .....................................................16.2. Lubricating pump16.2.1. Make(s): ...................................................................................................................................................16.2.2. Type(s): ....................................................................................................................................................16.3. Mixture with fuel16.3.1. Percentage: ...............................................................................................................................................16.4. Oil cooler: yes/no 116.4.1. Drawing(s): …………, or16.4.1.1. Make(s): ...................................................................................................................................................16.4.1.2. Type(s): ....................................................................................................................................................Other auxiliary equipment driven by the engine (as per item 2.3.2. of Annex 5) (list and briefdescription if necessary): …………17.0. Additional information on test conditions (for positive ignition engines only)17.1. Spark plugs17.1.1. Make: .......................................................................................................................................................17.1.2. Type: ........................................................................................................................................................17.1.3. Spark-gap setting: .....................................................................................................................................17.2. Ignition coil17.2.1. Make: .......................................................................................................................................................17.2.2. Type: ........................................................................................................................................................17.3. Ignition condenser17.3.1. Make: .......................................................................................................................................................17.3.2. Type: ........................................................................................................................................................17.4. Radio interference suppression equipment17.4.1. Make: .......................................................................................................................................................17.4.2. Type: ........................................................................................................................................................………………………………(Date, file) 1Delete where not applicable."8。

丰田TSS-3.0(Toyota Safety Sense 3.0)说明书

丰田TSS-3.0(Toyota Safety Sense 3.0)说明书

Pre-Collision System,2 or PCS, is designed to help drivers mitigate or avoid frontal collisions by detecting a vehicle, pedestrian, or bicyclist and providing an audio and/or visual forward collision warning and brake assist under certain circumstances.Enhanced intersection support with improved detection range capability, including (in certain circumstances), oncoming vehicles in more than one lane while turning and vehicles approaching from a lateral directionAlong with a vehicle, a bicyclist, or a pedestrian, now capable ofdetecting a motorcyclist in certain circumstancesTOYOTA SAFETY SENSE ™ 3.0Lane Departure Alert,3 or LDA, is designed to detect inadvertent lane departure at speeds above 30 miles per hour and issue an audio and visual warning. If the driver does not take corrective action, the system will provide gentle corrective steering to help keep the vehicle in the lane.Lane Departure Alert now provides enhanced lane recognition to detect certain three-dimensional objects used to define the lane, like certain types of guard railsToyota Safety Sense ™,1 or TSS, is a suite of active safety technologies and advanced driver assistance systems. Toyota Safety Sense™3.0 (TSS 3.0) introduces several enhancements over the previous generation, including an upgraded forward-facing camera with higher resolution and wider angles, and an improved radar sensor for a longer and wider field of view.As a result, these updates help enhance some of the features that make up TSS 3.0.Additionally, this latest safety suite includes the capability of over-the-air (OTA) software updates to TSS 3.0 systems on certain vehicles that can bring future improvements and functionalities, without needing a trip to the dealer.Here is a quick look at TSS 3.0’s systems and what’s new.PRE-COLLISION SYSTEMLANE DEPARTURE ALERTPLAY VIDEOWHAT’S NEWWHAT’S NEWLANE TRACING ASSISTLane Tracing Assist,5 or LTA, is designed to help the driver keep the vehicle centered in its lane. LTA functions when DRCC is activated, and detects lane markings, as well as the path of the vehicle ahead, and is designed to actively provide steering inputs that help keep the vehicle centered in its lane.Capable of steering the vehicle within its lane to offset the vehicle’s driving path to help provide more space between objects being passed in an adjacent laneEmergency Driving Stop System (EDSS)6 on vehicles equipped with a driver monitor camera is designed to also confirm the driver’s eyes are attentive to the road aheadIf the system determines the driver is not attentive, and the driver does not respond to prompts to resume control of the vehicle, itcan bring the vehicle to a stop under certain conditionsWHAT’S NEWDYNAMIC RADAR CRUISE CONTROLDynamic Radar Cruise Control,4 or DRCC, is an adaptive cruise control system that uses vehicle-to-vehicle distance control to help maintain a preset distance from the vehicle ahead of the driver at cruising speeds set above 20 miles per hour.Update from three to four cruise distance settingsEnhanced vehicle detection that enables the system to help provide smoother, more natural speed adjustments WHAT’S NEWROAD SIGN ASSISTRoad Sign Assist,7 or RSA, is designed to help detect speed limit signs, stop signs, do not enter signs, and yield signs, and display an icon of the sign on the vehicle’s Multi-Information Display. The system is designed to help provide the driver with additional awareness of posted road signs and can also provide alerts, like if the vehicle’s speed exceeds the posted speed limit.RSA is now capable of detecting a wider variety of road signs, suchas warning signs like pedestrian crossing WHAT’S NEWAUTOMATIC HIGH BEAMSAutomatic High Beams,8 or AHB, are designed to help drivers see more clearly at night, while also reducing glare for surrounding drivers.DISCLOSURES1. Toyota Safety Sense effectiveness depends on many factors including road, weather and vehicle conditions. Drivers are responsible for their own safe driving. Always pay attention to your surroundings and drive safely. See Owner’s Manual for limitations.2. The Pre-Collision System (PCS) with Pedestrian Detection (PD) is designed to help reduce the crash speed and damage in certain frontal collisions involving a vehicle, a pedestrian, bicyclist or motorcyclist. PCS w/PD is not a substitute for safe and attentive driving. System effectiveness depends on many factors, such as speed, size and position of vehicle, pedestrian, bicyclist or motorcyclist and weather, light and road conditions. See Owner’s Manual for limitations.3. Lane Departure Alert with Steering Assist is designed to read visible lane markers under certain conditions. It provides a visual/audible alert and slight steering force when lane departure is detected. It is not a collision-avoidance system or substitute for safe and attentive driving. Effectiveness depends on many factors including road, weather and vehicle conditions. See Owner’s Manual for limitations.4. Dynamic Radar Cruise Control is not a substitute for safe and attentive driving. See Owner’s Manual for instructions and limitations.5. The Lane Tracing Assist (LTA) lane centering function is designed to read visible lane markers and detect other vehicles under certain conditions. It is only operational when DRCC is engaged. Not available on vehicles with manual transmissions. See Owner’s Manual for limitations.6. Emergency Driving Stop System will not detect all emergency situations and only operates when Dynamic Radar Cruise Control and Lane Tracing Assist are active. See Owner’s Manual for additional limitations.7. Road Sign Assist only recognizes certain road signs. See Owner’s Manual for limitations.8. Automatic high beams operate at speeds above 25 mph. See Owner’s Manual for instructions and limitations.9. Proactive Driving Assist (PDA) is designed to detect certain objects or curves in the road and provide gentle braking and/or steering support. PDA is not a substitute for safe and attentive driving. System effectiveness depends on many factors, such as speed, size and position of detected objects and weather, light and road conditions. See Owner’s Manual for additional limitations and details.Published 01.18.23Proactive Driving Assist,9 or PDA, is an all-new feature on certain vehicles equipped with TSS 3.0. When conditions are met, PDA can provide gentle braking when driving into curves or gentle braking and/or steering to help support driving tasks, such as distance control between the driver’s vehicle and a preceding vehicle, pedestrian, or bicyclist.The PDA feature set includes Obstacle Anticipation Assist , which is designed to detect vehicles parked on the side of the road, or pedestrians or bicyclists either on the side of the road or crossing the roadPDA also features Deceleration Assist , which is designed to provide gentle braking to gradually reduce vehicle speed when the system detects preceding vehicles, motorcycles, or certain upcoming curves in the roadSteering Assist is another feature of PDA and is designed to detect the lines of the roadway and vary the assistance from the power steering to help the driver stay within the lanePROACTIVE DRIVING ASSIST WHAT’S NEW。

to ots 汽车用语

to ots 汽车用语

to ots 汽车用语
“OTS”在汽车行业中通常指的是“Over the Shoulder”(OTS)或者“Out of Sight”(OTS)。

这些术语通常用于描述汽车设计和
工程中的可见性和视野问题。

“Over the Shoulder”通常用于描述驾驶员在驾驶过程中通过
肩膀后方的视线来观察周围环境的能力。

这对于判断车辆周围的情
况以及进行安全转弯和变道非常重要。

汽车制造商和设计师会努力
优化车辆的OTS视野,以确保驾驶员在驾驶过程中能够清晰地观察
到车辆周围的情况。

另一方面,“Out of Sight”通常用于描述驾驶员在驾驶过程
中无法直接看到的区域。

这可能涉及到车辆某些部件或者设计上的
盲点,这些盲点可能会影响驾驶员对周围环境的感知。

汽车制造商
会努力通过设计和技术手段来减少车辆的“Out of Sight”区域,
以提高驾驶员的全面视野和安全性。

除了以上两个术语,还有一些其他与汽车相关的“OTS”缩写,
例如“On the Spot(现场)”或者“Off the Shelf(现成的)”,这些术语通常与汽车维修、采购或者销售等方面有关。

总的来说,“OTS”在汽车用语中涵盖了多个方面,包括驾驶员视野、车辆设计和维修等内容。

汽车行业对于OTS视野和盲点的关注,旨在提高驾驶员的安全感和驾驶体验。

政府限制汽车的英语作文

政府限制汽车的英语作文

文章标题**The Necessity and Challenges of Governmental Automobile Restrictions**In the era of rapid urbanization and industrialization, the issue of automobile congestion has become a pressing concern for many cities worldwide. The unchecked growth of vehicles on roads has led to traffic jams, air pollution, and numerous other challenges, prompting governments to consider implementing restrictions on automobiles. This essay explores the necessity and challenges associated with such restrictions, highlighting the need for balanced policies that address the underlying issues while minimizing the impact on citizens.Firstly, the necessity of governmental automobile restrictions is evident from the perspective of environmental protection. The exponential growth of the automotive industry has resulted in increased carbon emissions, contributing significantly to global warming and climate change. Automobile restrictions, such as limiting the number of vehicles on the road or promoting the use ofelectric vehicles, can help reduce greenhouse gas emissions and mitigate the impact of climate change.Moreover, automobile restrictions can also improve the quality of life for urban residents. Congestion and traffic jams not only waste valuable time but also lead toincreased stress levels and decreased overall well-being.By limiting the number of vehicles on the road, governments can help reduce traffic congestion, improve air quality,and enhance the overall quality of life for urban dwellers. However, implementing automobile restrictions is not without its challenges. One of the primary concerns is the potential impact on individual freedoms and economic growth. Automobiles have become a symbol of personal freedom and an essential part of modern life. Restricting their use could be seen as an infringement on individual rights, especially in societies that value personal freedom highly. Additionally, the automotive industry is a significant contributor to economic growth and employment, and restrictions could potentially hamper its development.To address these challenges, governments need to adopta balanced approach that combines restrictions withalternative solutions. For instance, instead of outright banning certain vehicles, governments could encourage the adoption of alternative modes of transportation such as public transportation, cycling, or walking. This can be achieved through various measures such as investing in public transport infrastructure, providing incentives for the use of alternative modes, or creating pedestrian-friendly urban spaces.Furthermore, governments could also promote the development of sustainable and eco-friendly automotive technologies. This includes investing in research and development to create more efficient and less polluting vehicles, as well as promoting the use of renewable energy sources to power these vehicles. By doing so, governments can strike a balance between environmental protection and economic growth, ensuring that automobile restrictions do not unduly hinder economic development.In conclusion, the need for governmental automobile restrictions is clear given the environmental and quality of life challenges posed by unchecked vehicle growth. However, implementing such restrictions is not without itschallenges, and governments need to adopt a balanced approach that combines restrictions with alternative solutions. By doing so, they can effectively address the underlying issues while minimizing the impact on individual freedoms and economic growth.**政府限制汽车的必要性与挑战**在快速城市化和工业化的时代,汽车拥堵问题已成为全球许多城市面临的紧迫问题。

找到被偷的汽车英语作文

找到被偷的汽车英语作文

找到被偷的汽车英语作文Title: The Stolen Car。

In the hustle and bustle of modern life, thetranquility of one's own space, symbolized by one's car, is often taken for granted. However, the reality of theft can shatter this illusion in an instant, leaving one feeling violated and vulnerable. In this narrative, we delve into the aftermath of a stolen car, exploring the emotions, actions, and consequences that follow.It was a typical Tuesday morning when I stepped out of my house to embark on my daily commute. As I approached the spot where my car should have been parked, a sinkingfeeling washed over me. My beloved vehicle, a faithful companion through many journeys, was nowhere to be seen. Panic surged through my veins as I frantically scanned the area, hoping against hope that it was a mere oversight on my part. But alas, reality struck hard – my car had been stolen.The initial shock soon gave way to a whirlwind of emotions. Anger, frustration, and disbelief mingled within me as I grappled with the enormity of the situation. How could someone violate my privacy and snatch away something so essential to my daily life? Questions swirled in my mind, each one more pressing than the last. 。

本田雅阁汽车英文翻译词典(可编辑)

本田雅阁汽车英文翻译词典(可编辑)

本田雅阁汽车英文翻译词典英文翻译英文翻译备注spare fuses 备用保险丝POWET WINDOW WOTOR 联合wotor窗口居民除霜器HEATER MOTOR TELAY telay暖风电机喇叭继电器保险丝冷凝器风扇继电器动漫的冷却风扇继电器停止毫克离合器摩擦片继电器危险的 bagk风机调光reiay 电池等左前灯主要的电动座椅冷却风扇暖风电动机wotor腹肌本田雅阁汽车英文翻译词典丰田佳美汽车保险英文翻译英文翻译英文翻译英文翻译英文翻译备注ECU-B 欧洲货币单位圆顶电子烟欧洲货币单位的行政协调会拉德一号雨刮器AM 1FOG 雾太阳阴影判断压水堆4压水堆NO 2车载诊断系统座高温气冷堆停止燃料puen门2放大器拉德no2l洗衣机电源点压水堆座高温气冷堆压水堆NO 3 和平号的高温气冷堆压水堆核电站1号面板风扇继电器尾巴高清洗衣机门电喷角催化裂解零素零风扇激光头相对湿度1 MIR DEFG 车外后视镜除雾器6 T/SIG 驻车/空挡位置及倒车灯开关,转向信号灯闪烁器7 EBTCM/TPS 电子制动及引力控制模块,节气门位置传感器接口模块8 ERAP WPR 元件中央 RAP雨刮继电器9 RADIO 音响接收器10 WIPER 风挡雨刮/清洗器开关11 I/PINDC 气囊诊断模块带传感器 ,组合仪表12 ELCIGN1 自动水平控制传感器13 CHIME 警报,巡航控制释放开关,内后视镜,后窗除雾继电器,催化转化器,温度警报只用于日本14 CCMIGN1 中央控制模块15 AIR BAG 气囊模块带传感器16 GEN 发动机电气发电机,次级发电机冷却风扇继电器17 MEM SEAT 驾驶员座椅调节器存贮模块,加热驾驶员座椅控制模块,加热乘客座椅控制模块18 CCM IGN3 中央控制模块遥控门锁接收器及防盗模块19 RAP PWR 辅助延时切断继电器20 A/C COMP A/C压缩机继电器,主发动机冷却风扇继电器21 RAP BATT 元件中央 RAP雨刮继电器22 HVAC MDL 鼓风机马达控制模块23 TRK REL 后室盖释放开关24 STARTER 防盗继电器,气囊诊断带传感器模块25 HVAC IGN 组合仪表,鼓风机马达控制模块26 ELC SENS 自动水平控制传感器,后室礼貌灯27 D/INT LTS 元件中央继电器28 FRT CIG 前香烟点火器29 RR CIG 后香烟点火器30 EBTCM 电子制动及牵引力控制模块31 PARK LTS 前灯线束继电器32 HORN 喇叭继电器33 HVAC BAT 警报,加热器-A/C控制,组合仪表,发动机油位指示器控制模块,大灯开关,音响接收器华夏汽车装饰技术网34 CCM BAT 中控模块35 PWR MIR 门锁开关,外后视镜,电动座椅靠后控制36 TRK PDWN 后室盖拉下装置37 HAZARD LTS 危险警告灯闪烁器39 PWR LUMB 电动座椅气动控制模块,音响电动天线继电器40 HTD SEAT 加热驾驶员座椅控制模块,加热乘客座椅控制模块41 CORNR LTS 组合仪表,音响控制,角灯,转向信号开关,前驻车灯42 I/P DIM LTS 大灯开关,车内灯,变光43 TAIL LTS 后尾灯,后侧示宽灯,牌照灯44 STOP LTS 刹车灯开关45 PWRLK 门锁继电器2 RAP RLY 辅助延时切断继电器3 PWR SEAT 驾驶员电动座椅开关,乘客电动座椅开关,驾驶员电动座椅存储模块4 RR DEFG 后除雾继电器5 HDLTS 大灯继电器,日行灯模块5 ABS/TC 60A至ABS/TC制动压力调节阀6 EMPTY7 SCNDRY CLG FAN 40A至次级发动机冷却风扇马达控制继电器8 PRIMRY CLG FAN 40A至主发动机冷却风扇控制继电器9 LEVEL CONTROL 30A至自动水平控制空气压缩机10 ENGINE 30A至U/H电气中心,#13-PCM/燃油泵15A,#14-空气泵20A11 HEADLIGHTS/HORNS 50A至I/P保险丝盒断电器,#5-HDLTS 20A,保险丝#31-驻车LTS20A,#32-喇叭25A 华夏汽车装饰技术网12 EMPTY13 PCM/FUEL PUMP 15A至燃油泵继电器,燃油泵/发动机机油压力指示开关,PCM14 AIR PUMP 20A至二次空气喷射泵继电器15 PCM/IGN 10A至PCM,自动变速箱点火线圈16 INJ 1 10A至燃油喷嘴气缸1-4-6-717 EMISSIONS 10A至EGR,真空控制信号电磁阀,二次空气喷射泵继电器,空气流量传感器,列1 左加热氧传感器,列2 右加热氧传感器,蒸发排放碳罐净化电磁阀18 INJ 2 10A至燃油喷嘴气缸2-3-5-8A A/C COMP RELAY A/C压缩机继电器C AIR PUMP RELAY 二次空气喷射泵继电器。

保护我们的车英语作文

保护我们的车英语作文

Protecting our vehicles is an essential aspect of car ownership that many people often overlook.Here are some detailed steps and measures that can be taken to ensure the longevity and safety of our cars:1.Regular Maintenance:Keeping up with regular maintenance schedules is crucial.This includes oil changes,tire rotations,and checking fluid levels.Regular maintenance helps prevent minor issues from becoming major problems.2.Washing and Cleaning:Regularly washing your car not only keeps it looking good but also prevents dirt and grime from causing damage to the paintwork.Its also important to clean the interior to maintain a healthy environment.3.Parking:Always try to park in a safe and secure location to avoid potential damage from other vehicles or weather conditions.Covered parking or garages are ideal to protect against sun damage and other elements.e of Protective Covers:When parking outdoors for extended periods,using a car cover can protect your vehicle from dust,bird droppings,and other environmental factors.5.Security Measures:Installing an alarm system,immobilizer,or GPS tracking can deter theft and help recover your vehicle if its stolen.Also,never leave valuables in plain sight as this can attract thieves.6.Driving Habits:Adopting safe and considerate driving habits can prevent accidents and reduce wear and tear on your vehicle.Avoid aggressive driving,sudden braking,and excessive speed.7.Fuel Quality:Using the recommended fuel type for your car can improve performance and reduce the risk of engine damage.8.Tire Care:Regularly check tire pressure and condition.Underinflated or overinflated tires can lead to poor handling and increased fuel consumption.Also,consider rotating tires to ensure even wear.9.Battery Care:Keep the battery clean and free from corrosion.Regularly check the battery terminals and ensure they are tightly connected.Avoid leaving electrical devices on when the car is not in use to prevent draining the battery.10.Brake System:Regularly inspect the brake system for wear and tear.Replace brake pads and shoes as needed to ensure safe braking.11.Windshield and Wiper Care:Keep the windshield clean and clear for good visibility. Replace wiper blades regularly to ensure they effectively remove water and debris from the windshield.12.Insurance:Having comprehensive car insurance can protect you financially in case of accidents or theft.cate Yourself:Stay informed about your cars features and how to use them properly.Understanding your vehicles manual can help you identify potential issues early on.14.Professional Help:When in doubt,consult a professional mechanic.They can provide expert advice and perform necessary repairs to keep your car in top condition.By following these steps,you can significantly extend the life of your vehicle and ensure that it remains a reliable mode of transportation for years to come.。

  1. 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
  2. 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
  3. 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。

WASHINGTON (AP) — In public, Toyota is running apologetic TV ads and vowing to win back customers’ trust. Behind the scenes, the besieged carmaker is trying to learn all it can about congressional investigations, maybe even steer them if it can.It’s part of an all-out drive by the world’s biggest auto manufacturer to redeem its once unassailable brand — hit anew on Tuesday as Toyota’s global recall ballooned to 8.5 million cars and trucks. The day’s safety recall of 440,000 of its flagship Prius and other hybrids, plus a Tokyo news conference where the company’s president read a statement in English pledging to “regain the confidence of our customers,” underscored a determination to keep buyers’ faith from sinking to unrecoverable depths.In Washington, facing congressional inquiries and government investigations, Toyota through its lawyers and lobbyists is working full-speed to salvage its reputation. The confidential strategy —Toyota will say little publicly about its efforts — includes efforts to sway upcoming hearings on Capitol Hill and is based on experiences by companies that have survived similar consumer and political crises —and those that haven’t.Rep. Bart Stupak, D-Mich, said Toyota representatives visited his offices seeking to learn all they could.“They’re probing us. ’What are you going to ask us, where are you going with this whole thing?”’ said Stupak, who is chairman of a House subcommittee looking into Toyota’s problems.Toyota, which reported spending more than $4 million on lobbying last year, declined to discuss details of its plans. The company has “beefed up our team” by hiring additional lobbyists, lawyers and public relations experts to “work with regulators and lawmakers collaboratively towards a successful recall effort, ensuring proper, diligent compliance,” spokeswoman Cindy Knight said in an e-mail to The Associated Press.Rough headlines for Toyota continued Tuesday. In other developments:—State Farm, the largest U.S. auto insurer, said it had informed federal regulators late in 2007 about growing reports of unexpected acceleration in Toyotas. That disclosure raised newquestions about whether the government missed clues about problems. Reps. Henry Waxman, D-Calif., and Stupak wrote insurance executives on Tuesday seeking information on any warnings they may have provided the government about unintended acceleration in Toyotas.—Congressional investigators cited growing evidence that not all the causes of Toyota’s acceleration problems have been identified.A staff memo from the House Oversight and Government Reform Committee, which had planned an oversight hearing for Wednesday, said there was substantial evidence that remedies such as redesigned floor mats have failed to solve problems. The hearing was postponed until Feb. 24 due to snow in Washington. —Toyota said it is also recalling about 7,300 of its 2010 Camrys to check a power-steering hose that may be in contact with a brake tube. The contact could create a hole in the tube, leading to loss of brake fluid and longer stopping distances, Toyota said. Federal safety officials also said they are examining complaints from Toyota Corolla owners about steering problemsToyota faces at least two congressional hearings besides Stupak’s, including the one delayed by snow. Sen. Jay Rockefeller, D-W.Va., chairman of the Senate Commerce, Science and Transportation Committee and a longtime supporter of Toyota, said his panel will hold a hearing on March 2 after the two by the House.Their focus: floor mats that get caught under accelerators, sticky gas pedals and brake problems, and what the company and federal regulators knew about them.Professionals who have waged major damage-control struggles say the best strategy for Toyota mixes apology, openness, details about a specific fix — plus a little help from friends on Capitol Hill. In recent days, American TV viewers have seen ads in which asoft-spoken announcer talks about Toyota’s dedication to safety and its customers.“We’re working around t he clock to ensure we build vehicles of the highest quality, to restore your faith in our company,” one spot says.Toyota is expected to turn to its natural allies — lawmakers fromstates with Toyota plants or offices, which include Texas, Missouri, Indiana, Mississippi, Alabama, Kentucky and West Virginia. Republicans are considered especially likely to back the company, whose workers are not unionized.Toyota has been encouraging dealers to contact local members of Congress, according to Bailey Wood, spokesman for the National Automobile Dealers Association. About 60 of the 1,200 U.S. Toyota dealers planned to visit Washington this week, weather permitting, said Cody Lusk, president of the American International Automobile Dealers Association. Their message: Toyota employs 34,000 people in the U.S. and accounts for 164,000 other jobs at dealerships and parts suppliers.“They provide a lot of jobs, a lot of the tax base, and they want members to know,” Lusk said.Toyota also flew 23 workers from plants around the country to Capitol Hill to meet with lawmakers’ staffs, emphasizing that the people who make the parts and build the vehicles care about quality.One worker who tests cars and trucks said he takes it personally that he never found the gas pedal problem.“I feel that I failed customers by not finding this issue,” said Jim Shuker, who works at Toyota’s Arizona Proving Grounds in Wittmann, Ariz. “We were not able to duplicate it.”Friendly legislators can limit the duration of congressional hearings and ask favorable questions that would give Toyota officials a chance to tell their side of the story. Their goal would compress unfavorable news stories about the hearings to as few days as possible, while making sure the company avoids being confrontational.“You’re being called up there so Congress can beat you up a little bit,” said Gene Grabowski, who chairs Levick Strategic Communications’ crisis and litigation practice. “By the time it gets to a hearing, you’re there to take some punishment, to li sten to their concerns.”In the meantime, Akio Toyoda, Toyota president, wrote an opinioncolumn in Tuesday’s Washington Post in which he promised an outside review of company operations, better responses to customer complaints and improved communication with federal officials.The Toyota recalls are the highest-profile congressional probe of the auto industry since a slew of deadly accidents prompted the Firestone tire recall in 2000. Most of the tires were on popular Ford Explorer sport utility vehicles.Both companies suffered damage to their reputations, but both bounced back. Ford was proactive, briefing officials with the National Highway Traffic Safety Administration and Congress and stressing that the safety of their customers was paramount. Firestone offered to replace its tires for free.Things didn’t go as well for the manufacturer at the center of a salmonella scare, Peanut Corporation of America. The company’s products were linked to nine deaths and hundreds of cases of food poisoning, and it badly mishandled congressional hearings that showed the company shipped its products even after tests revealed they were tainted with bacteria.。

相关文档
最新文档