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恒华水准计算与管理软件说明书

恒华测绘软件系列恒华水准计算与管理软件Version 4.0北京恒华集团2008.3前言 (4)第一章 HLevel概述 (5)1.1 系统简介 (5)1.2 安装及运行 (5)1.3 快速入门 (6)第二章计算、平差 (10)2.1 测站数据输入 (10)2.2 平差、求高程 (11)2.3 参数设置 (11)第三章工具 (15)3.1 按两种方式平差 (15)3.2观测数据乘系数 (15)3.3 统计分析 (16)3.4 解除平差 (16)3.5 分析错误 (16)3.6 楼号编辑器 (16)3.7 查看现有楼号 (17)3.8 电子水准数据转换 (17)第四章 HLevelManager概述 (18)4.1 系统简介 (18)4.2 安装及运行 (18)4.3 快速入门 (19)第五章计算沉降 (25)5.1 导入数据 (25)5.2 计算沉降 (25)5.3 搜索变化最大点 (25)第六章报表、图形输出 (27)6.1 单点数据报表 (27)6.2 日期数据报表 (29)6.3 最后统计分析数据 (30)第七章编辑功能 (39)7.1 单点复制功能 (39)7.2 日期复制功能 (39)7.3 批量修改点名 (39)7.4 批量修改日期 (39)7.5 直接快速修改数据 (39)7.6 相邻表编辑功能 (39)7.7 数据库备份/还原功能 (40)7.8 重新布点功能 (40)7.9 部分日期导出功能 (40)7.10 文本文件导入功能 (40)7.11 批量删除点 (40)7.12 批量删除日期 (41)第八章设置 (42)8.1 显示设置 (42)8.2 页眉页脚设置 (42)8.3 项目设置 (43)8.4 图形输出设置 (43)附录1 HLevel的文件组织 (45)1 HLevel (45)2 HLevelManager (45)附录2 所附实例文件目录 (45)附录3 回归分析函数原型 (45)前言“恒华水准计算与管理软件”简称(HLevel计算部分/HLevelManager管理部分)。

哈德威录波器规约使用说明

哈德威录波器规约一．规约简介使用范围：9793接入哈德威录波器、北京电研录波器、浪拜迪录波器。

只用于CPU3。

通讯通讯介质:网络二．规约转换内容●当前功能本规约具有FTP方式读录波器波形数据功能。

●修改记录三．TCP连接配置端口号= 0000 ：没有使用服务器IP = 000.000.000.000 ：录波器的IP地址前三位。

最低位由装置的映射地址（1.00）、可变相关信息决定（2.00,3.00）。

四．规约相关信息●当前信息用户名:STRING="replay":FTP登录时的用户名口令:STRING="hathaway":FTP登录时的口令FTP路径:STRING="DFR_Comtrade/":波形文件所在的目录故障记录文件名:STRING="message":故障记录表的文件名●修改记录五．装置相关信息●当前信息●修改记录六．可变装置相关信息●当前信息IP=8：该装置对应的ip地址最低位。

文件目录=VI_11：指定装置的波形文件存储位置。

波形间延时=120：需要经过多长时间的延时再要下一个。

●修改记录V2.66版新增：波形间延时=120：需要经过多长时间的延时再要下一个。

七．需要注意的问题1.用户名:STRING="replay" FTP登录时的用户名口令:STRING="hathaway" FTP登录时的口令FTP路径:STRING="DFR_Comtrade/" 波形文件所在的目录故障记录文件名:STRING="message" 故障记录表的文件名2.录波器V1.00的ip地址＝添加TCP规约时设置的高三个字节和装置的影射地址组成。

例：添加TCP端口时ip设置为：198.87.120.0添加装置时设置的映射地址为121录波器的ip地址＝198.87.120.1213.录波器V2.00用于将HA THAW AY的每一个单元作为一个装置。

Hart 菜单中英文对照

1. PROCESS VARIABLES 过程变量(只看) 1.Press过程变量 2. %range百分比量程 3. AO1 out模拟输出 4. Snsr tempe传感器温度 5. static 6.engr unit7.engr disp1. TEST DEVICE 测试设备1. Seft 自检2. Statics 状态2. DIAG/ SERVICE 2. LOOP TEST 回路测试1. 4mA2. 20mA3. Other4. END诊断和维修1.RE-RANGE 重设量程 ( 1.Keypad input 键区输入2.Apply values 实际输入 )3.CALIBRATION 校准 2.Trim analog output 修整模拟输出 ( 1.D/A trim 数/模刻度修整 2. Scaled D/A trim数/模刻度修整)3.Sensor trim 传感器修整 1. ZeroTrim 零点微调 2. Press过程变量 3. Lower Sensor Trim传感器下限微调1.Tag 位号4. Upper Sensor Trim传感器上限微调5. Sensor Trim Points传感器微调点6.clear snsr trim2.Unit 单位3.RE-RANGE 重设量程( 1.Keypad input 键区输入 2.Apply values 实际输入 )3. BASIC SETUP4. Device information 设备信息基本设置 5.Transfer function 变送器特性 Linear/Sq root线性/开方6.Damp 阻尼7.Low cut 1. %range百分比量程8.cut mode 2. Press过程变量1.PRES SENSOR压力传感器 3. Unit 1. ZeroTrim 零点微调2. Press过程变量3. Lower Sensor Trim传感器下限微调1. DEVICE SETUP 设备设置 1. SENSORS传感器4. Sensor trim 传感器修整 4. Upper Sensor Trim传感器上限微调5. Sensor Trim Points传感器微调点6.clear snsr trim1.offline 离线2. Pres 压力2. TEMP SENSOR传感器温度 (1.Sensor Temp 传感器温度 2. Amp temp3.snsr temp unit )2.online 在线3. AO1 out 模拟输出4. DETAILED SETUP 3.Statics pres Sensor (1.Statics pres 2.Statics pres unit )3.utility4. LRV 量程下限详细设置1.Process variables 过程变量2. RE-RANGE 重设量程3. Unit 单位4. Transfer function 变送器特性 Linear/Sq root线性/开方4.Hart Diagnostics 诊断5. URV 量程上限 2. SIGNAL CONDITION信号条件 5. Damp 阻尼 6. Low cut 7. cut mode 8.Bi-dir mode 9.H2Ocutliselect1. PROCESS VARIABLES (1. Press过程变量2. %range百分比量程3. AO1 out模拟输出4. Snsr tempe传感器温度 5. static 6.engr unit 7.engr disp)过程变量3. OUTPUT CONDITION输出条件 2. ANALOG OUTPUT 1.Loop test回路测试(4mA 20mA Other END) 2. D/A trim 数/模刻度修整 3.Scaled D/A trim数/模刻度修整(1.proceed 2.change )模拟输出 4.Auto recover 5.AO Lower Limit% 5.AO Upper Limit%3. AO1 Alarm type 模拟输出报警类型4. HART OUTPUT Hart 输出 (1.Poll Address波尔地址 2.Number request preambles 需求号码 3. Burst mode突发模式 4.Burst option突发选项)1.Display mode (1.Normal% er set 3. User set ＆% 4.Input press 5.Input press＆% )4.Display condition 2.Display fnctn3.Engr disp range1. FIELD DEVICE INFO现场设备信息 1.Tag位号2.Date日期3.Descriptor描述4.Message信息5.Model型号6.Write protect写保护5. DEVICE INFORMATION7.Local Keys 本机键（ENABLE-允许 DISABLE-禁止） 8.Revision 9.Final assy #--Device ID设备信息1. Measurement Type 测量类型2. mod. Config. Type 模块组态类型3 .Isolator Material 隔离器材质 4. Fill Type 法兰类型2.SENSOR INFO传感器信息 5 .Proc. Conn. Type 过程连接类型 6. Proc. Conn. Materia 过程连接材质.O-Ring Material 模片材质 8. Drain/Vent Material 排液/排气材质3. SELF TEST 自检1.Manufacturer2.Model3.Unit4.LSL5. USL5. Review审核6.Min span7.LRV 8.URV。

海伯核采样器操作手册说明书

After obtaining enough samples, remove the bag from the steel cup, press the excessive air out from the plastic bag and secure it tightly. Add necessary markings (date, bale, crop, name, number) and store it properly. [cool place with non-fluctuating temperature]
Tests have shown that Hay Core Sampler’s cutting tip stays sharp for about 500 full depth core samples taken from dense round hay bale. You can also use drill to sharpen the cutting tip but use special care when sharpening the tip with the help of drill.
Cleaning and Storage After use clean the hay core sampler with a damp cloth and rub it dry. Store in dry place, preferably inside where the temperature stays above 32°F / 0°C and doesn’t fluctuate much.
USA
Do not wear any loose clothing when using Hay Core Sampler. Be aware that the cutting tip is very sharp, especially when using the cleaning rod. Use the rubber tip cover to protect the user and the tip when not using the item.

朗达尔医疗通信系统产品说明书

GESecurity Sound and Communicationsimagination at workProduct GuideTelligence ™Voice-over-IPPatient-Staff Communication SystemTelligence BridgeFacility LANTelligence LAN Hallway Network Room NetworkRoom Network Peripheral NetworkPeripheral NetworkStaff ConsoleAnnunciatorDomeLights Smart Station Smart StationPresence stations and lavatory stations PowerSwitchStation GatewayDesigned to meet the needs of your facility...ColorTouch ™ User Interface Patient-staff communications at your fingertips.HearingAid ™ AudioFor crystal clear voice communication.Choice ™ Programming You control system operation – it doesn’t control you.NiteLite ™ Station Illumination No more fumbling in the dark.Infinity ™ Dome Lights One light. Infinite possibilities.PC Connect ™ SoftwareA powerful software suite that takes system usability to a new level.••••••™HearingAid™ audiofor crystal clear conversation...Only Telligence has HearingAid technology, which allows staff to adjust talk and listen volume levels for each patient conversation. This ensures that conversations are understandable and productive. In addition to manual volume controls, HearingAid technology also incorporates automatic noise and echo cancellation, which suppresses non-essential noise to provide crystal clear voice communication with little background noise.ColorTouch ™ VoIP Staff ConsoleData Sheet 85100-0103The ColorTouch ™ VoIP Staff Consolevisually displays incoming calls fromstations and connected healthcareequipment, and provides a meansfor the operator to prioritize andrespond to selected events. As anintercom device, it provides audiblesignaling functions and facilitatestwo-way full-duplex staff/patient andstaff/staff communications.HC-CONSOLE ColorTouch ™ VoIP Staff Console ColorTouch ™ VoIP AnnunciatorData Sheet 85100-0110The ColorTouch ™ VoIP Annunciator of-fers all the performance-rich featuresof the Staff Console in a convenientwall-mounted configuration. Ideallysuited for hallways and staffrooms,it provides a bright, easy-to-see Col-orTouch LCD screen for one-touchcall answering, audible signalingfunctions, and two-way full-duplexcommunications. The annunciatormay be set to filter calls by type, soonly the most appropriate messagesreach its installed location.HC-ANNUN ColorTouch ™ VoIP Annunciator Adjustable viewing angle Compact desktop design Hands-free speakerphone Privacy handset HearingAid ™ audio featuresFull duplex speaker and microphone Hands-free audio Large LCD touchscreen HearingAid ™ audio features Call filteringprovide NiteLite™ on-board lighting, darkened rooms.Smart Patient and Staff/Duty StationsData Sheet 85100-0104Smart Patient Stations provide sepa-rate 18-pin receptacles for the con-nection of DuraPin ™ pillow speakersand two ¼" (0.64 mm) receptaclesthat can be programmed to accepteither an input from auxiliary equip-ment, or a bed call cord. Smart Staff/Duty Stations (HC-DUTY) have no bedconnections or call cord jacks.HC-PSTN1Single Smart Patient Station HC-PSTN2Dual Smart Patient Station HC-DUTY Smart Staff/Duty Station Smart Patient Stations with BedConnect ™Data Sheet 85100-0105Smart Patient Stations with Bed-Connect ™ provide convenient on-board 37-pin connectors for side-railcommunications with compatibleelectronic beds such as those manu-factured by Hill-Rom ® and Stryker ®.These stations have separate 18-pinreceptacles for the connection ofDuraPin ™ pillow speakers and two¼" (0.64 mm) receptacles that can beconfigured to accept an input fromauxiliary equipment, or a call cord.HC-PSTN1-BED Single Smart Patient Station with BedConnect ™HC-PSTN2-BED Dual Smart Patient Station with BedConnect™HearingAid ™ noise and echo cancellation Choice ™ configurable buttons NiteLite ™ on-board lighting Cleaning mode reduces accidental calls HearingAid ™ noise and echo cancellation Choice ™ configurable buttons NiteLite ™ on-board lighting Cleaning mode reducesaccidental callsPeripheral Stations Data Sheet 85100-0107Peripheral Stations are available in two types, push/pull stations (HC-PP series) and pushbutton stations(HC-PB). These Peripheral Stations are supervised initiating devices that provide patient room call-for-assis-tance indication to the patient-staff communications system. When aPeripheral Station is activated, vi-sual indication of the call displays atthe dome light associated with the patient room, and an appropriate call indication registers on the Col-orTouch ™ VoIP Staff Console, as well as any installed ColorTouch ™ VoIP Annunciators. An LED also illuminates on the front of the station until the call is canceled.Models come with field-configurablebuttons used for placing patient calls,requesting staff assistance, indicat-ing staff presence, or signaling asentinel event. There are also mod-els that include a relay for externalequipment, or an input for a roomsmoke detector. Peripheral Stationsmay also be fitted with optional pullcords, which can be used to operatethe devices.HC-PP3-PRES 3-Button Push/Pull Station, PresenceHC-PB2-CALLIN 2-Button Station, Staff Normal Call w/Smoke Input HC-PB2-CALLR 2-Button Station, Staff Normal Call w/Relay HC-PB3-CANCEL 3-Button Station, Remote CancelHC-PB2-CODE 2-Button Station, Code BlueHC-PB2-EMERG 2-Button Station, Staff EmergencyHC-PP2-LAV 2-Button Push/Pull Station, LavatoryChoice ™ configurable buttons NiteLite ™ on-board lighting Optional pull cord operation Dedicated LEDindicators Relay models available Optional two-level call priority on lavatory stationsAuxiliary Input & Call Cord StationsData Sheet 85100-0109Auxiliary Input and Call Cord Stations are addressable initiating devices that provide bedside call-for-assis-tance indication to the patient-staff communications system. When an Auxiliary Input or Call Cord Station is activated, visual indication of the call displays at the dome light associated with the patient room, and an ap-propriate call indication registers on the ColorTouch ™ VoIP Staff Console, as well as any installed ColorTouch ™ VoIP Annunciators. An LED also il-luminates on the front of the station until the call is canceled.Auxiliary Input Stations are typically used for the connection of medical equipment. Each device provides two inputs at dedicated ¼" jacks. Call Cord Stations provide one ¼" jack input to support a single call cord. They include a dedicated CANCEL button for each cord.HC-AUX2 Dual Auxiliary Input StationHC-AUX2-ISO Isolated Dual Auxiliary Input Station HC-CCSTN Single Call Cord StationChoice ™ configurable buttons NiteLite ™ on-board lighting Call cord connectors Dedicated LED indicators Isolated model available Supports up to 20 uniquenameable inputsOnly Telligence unleashes the power of Choice ™ Programmable Technology, putting you in control of each room with fully customizable station buttons and patient monitor alarms. The revolution-ary Infinity ™ Dome Light, with its exclu-sive multicolor LED design, lets you decide how each nurse call event is dis-played, making it easy to distin-guish between sentinel events and routine calls.Normal bed call Emergency Staff assist Monitor alarm Code Blue (flashing)Infinity ™ Series LED dome lights provide bright, easy-to-see visual annunciation that speeds response time and increases caregiver ef-ficiency. These devices are typically installed in corridors and outside pa-tient rooms to provide staff with visual cues as to the origin of calls placed on the system. The light color and flash rate indicates the type and priority of the call. Models are available with one, two, or four light sections.Thanks to advanced LED technology, each light section of Infinity Series LED dome lights are software-con-figurable to illuminate seven colors. This breakthrough capability means that one device model can serve many different purposes. For audible annunciation, a model is also avail-able with an integrated buzzer. This too may be programmed to signal at different rates depending on the nature of the call.HC-CL1-REDLED Dome/Zone Light, 1 Section HC-CL2Infinity ™ LED Dome/Zone Light, 2 Sections HC-CL4Infinity ™ LED Dome/Zone Light, 4 Sections HC-CL4-SUPV LED Supervision Module w/BuzzerSeven colors from a single light section Fully programmable Configurable flash rates and patterns Integrated buzzer available Advanced LED technologyGE Security call cords and DuraPin ™ pillow speakers are sturdy, resilient momentary contact devices used toinitiate calls from patient stations. Call cords plug into the patient sta-tion with a ¼-inch connector. Simple pushbutton operation places a call on the system. DuraPin ™ Pillow speak-ers feature patient-staff communica-tions as well as television control, and room lighting operation. Consult the data sheet for available models.Bed Receptacle, Single 37-Pin The Bed Receptacle-Single 37-Pin connector acts as an interface be-tween compatible GE Security pa-tient-staff communications systems and Hill-Rom ® or Stryker ® electronicbeds. It is specifically used to en-able side-rail communications with the patient-staff communications system.HC-BID-SS37 Bed Receptacle-Single 37-PinOptional numeric keypad available TV controls compatible with all major brands Compatible with Hill-Rom ® and Stryker ® beds Compatible with Hill-Rom ® and Stryker ® bedsPowerSwitch ™Data Sheet 85100-0101The Telligence PowerSwitch ™ is an Ethernet ® communication interface and power supply for all IP devices residing on the Telligence ™ patient-staff communications network. It interconnects with system compo-nents by means of standard network wiring, cabling, and connectors. An AC power source is required.HC-IPSWITCH8 Telligence PowerSwitch ™ Station Gateway ™Data Sheet 85100-0100The Telligence Station Gateway ™ facilitates the use of non-IP address-able stations on the Telligence ™ IP network. Each gateway supports up to 16 Smart Stations, including single and dual patient stations, and staff stations. Device wiring is via industry standard Cat 5/5e/6 cable. An AC power source is required.HC-GTWY1 Telligence Station Gateway ™Supports up to 16 smart stations Standard snap-in connectors 19" Rack mountableSupplies power and interconnection for all IP devices Eight 100 Mps Ethernet switch ports available Standard Cat 5/5e/6 cabling 19" Rack mountableSoftwareTelligence supports a powerful suite of software applications that offer centralized system management and comprehensive reporting. Allapplications can share data through a common database and interface. This interface represents a single integrated platform for communicat-ing with wireless devices, generating management reports, and providing a wide range of valuable features, tools, and utilities.PC Assignments provides easy assign-ment of staff, wireless devices, and patientbeds so patient calls are automatically delivered to the right caregivers.MapView ™ and ListView ™ provide con-venient graphical and list-based details concerning Telligence system Board ™ is an electronic whiteboard that displays real-time staff and patient information.PC Reporting measures response times to patient calls and other system activ-ity, and can even schedule reports forautomatic email delivery.PC Messaging provides convenient text messaging to mobile devices like pag-ers, wireless telephones and Vocera ™ pendantsMobility Suite delivers wireless system connectivity plus PC Assignments and PC Messaging , for a convenient all-in-onesolution.ADT Bridge allows HL7 import of key pa-tient information to the SQL database for display with Telligence applications.Innovative Clients Intuitive browser screens Powerful system connectivity Centralizedsystemmanagement,comprehensivereporting.GESecuritySound and CommunicationsU.S.T 888 GE SECURITYF 800 483 2495CanadaT 519 376 2430F 519 376 7258© 2006 General Electric CompanyAll Rights ReservedTelligence, ColorTouch, Station Gateway,PowerSwitch, HearingAid, Choice, NiteLite,Infinity, MapView, NetBoard, DuraPin, andBedConnect are trademarks of GE Security,Inc. Hill-Rom is a trademark of HillenbrandIndustries. Vocera is a trademark ofVocera Communications. Stryker is atrademark of Stryker Corporation. Ethernetis a trademark of Xerox Corporation.imagination at workP/N: 85100-0217。

harmonized charls documentation

harmonized charls documentation Harmonized Charles Documentation: Ensuring Standardization and Efficiency in Global TradeIntroduction:In today's interconnected global economy, international trade plays a vital role in driving economic growth and development. However, conducting cross-border trade can be a complex and challenging process due to various legal and regulatory requirements. To address these challenges and promote standardization and efficiency in global trade, the concept of harmonized Charles documentation has emerged. In this article, we will explore the importance of harmonized Charles documentation, its benefits, and the step-by-step process of implementing it.1. The Need for Harmonized Charles Documentation:International trade involves multiple parties, including exporters, importers, customs officials, and shipping companies. Each party needs to exchange information and documents accurately and efficiently to facilitate the smooth movement of goods acrossborders. Harmonized Charles documentation serves as a global standard for documenting trade transactions, ensuring consistency, transparency, and interoperability in the exchange of information.2. Benefits of Harmonized Charles Documentation:2.1 Standardization:Harmonized Charles documentation provides a standardized format for documenting trade transactions, including order details, product descriptions, quantities, values, and shipping instructions. The standardized format ensures consistency across different countries and enables seamless data exchange between trading partners, reducing errors and delays.2.2 Efficiency:By standardizing trade documentation, the process becomes more streamlined, reducing the time and effort required for data entry, verification, and processing. This increased efficiency benefits all parties involved, resulting in quicker customs clearance and faster delivery of goods.2.3 Reduced Costs:Efficient documentation processes lead to cost savings in terms of time, labor, and resources. By eliminating manual data entry and reducing errors, the need for costly rework and delays is minimized. Harmonized Charles documentation also reduces the risk of penalties and fines resulting from non-compliance with trade regulations.3. Implementing Harmonized Charles Documentation:Implementing harmonized Charles documentation involves a step-by-step process that requires collaboration between different stakeholders in the trade ecosystem. Here are the key steps involved:3.1 Stakeholder Engagement:Bringing all relevant stakeholders on board is essential for successful implementation. This includes exporters, importers, freight forwarders, customs authorities, and trade facilitation organizations. Engaging these stakeholders from the beginning ensures their understanding and commitment to the harmonization process.3.2 Training and Capacity Building:To effectively implement harmonized Charles documentation, adequate training and capacity building programs are crucial. This includes educating the stakeholders on the standardized formats, data fields, and procedures required for trade documentation. Training programs can be conducted by trade associations, customs authorities, or specialized training institutes.3.3 Integration of Systems:To enable seamless data exchange, various IT systems used by the stakeholders need to be integrated. This involves developing interfaces and protocols for data transmission, ensuring compatibility and interoperability among different systems. Trade facilitation organizations often play a key role in coordinating this integration process.3.4 Compliance and Adoption:Successful implementation of harmonized Charles documentation requires widespread adoption and compliance by all stakeholders. Customs authorities need to update their regulations and procedures to align with the standardized documentation requirements. Ensuring awareness and compliance among thetrading community is crucial for reaping the full benefits of harmonized Charles documentation.Conclusion:Harmonized Charles documentation undeniably plays a significant role in promoting standardization and efficiency in global trade. By providing a standardized format for trade documentation, it enhances transparency, reduces errors, and improves efficiency in the exchange of information. The step-by-step process of its implementation involves stakeholder engagement, training, system integration, and compliance. These efforts collectively contribute to smoother trade transactions, cost savings, and faster delivery of goods. As international trade continues to evolve, the importance of harmonized Charles documentation will only grow, enabling countries and businesses to fully realize the benefits of global trade.。

高速手 charity 操作指令与部件说明书

PLEASE CAREFULLY READ THROUGH THIS MANUAL BEFORE USING THE PRODUCT. OBSERVING ALL SAFETY INFORMATION, WARNINGS AND CAUTIONS WILL PROTECTYOURSELF AND OTHERS. PLEASE KEEP INSTRUCTIONS FOR FUTURE REFERENCE.AMERICAN SPECIALTIES, INC.441 Saw Mill River Road, Yonkers, NY 10701 (914) 476-9000Patented(DIM’Sinch(mm)Recommended Mounting Heights45-9/32"42-33/64" 30-45/64" 34-41/64"37-63/64" 42-33/64" 35-7/16"(1150)(1080)(780)(880)(965)(1080)(900)(710)(640)(340)(440)(525)(640)(460)27-61/64"25-13/64" 13-25/64" 17-21/64"20-43/64" 25-13/64" 18-7/64”(622)(552)(252)(352)(437)(552)(372)24-31/64"21-47/64" 9-59/64" 13-55/64"17-13/64" 21-47/64" 14-41/64”AMen WomenChildren 4-7 years Children 8-10 years Children 11-13 years Children 14-16 years HandicappedFrom Top of Hand Drying ChamberBFrom Datum PointCFrom Bottom of DryerAbove Finished Floor (AFF)Socket LocationT he dryer is supplied with a power cord. The power cord entry position is in the rear, right side bottom of dryer. The length of the power cord is 39-3/8 (1M). The power cord can reach to the right side within the distance of 21-21/32(550) and reach to the left side within the distance of 17-23/32 (450). Alternatively the unit may be hard wired """to a terminal block through a rear panel KO.FloorPower Cord Reach Range (PCRR)See Mounting Template on Installation Guide 1203270822MotorHeaterTotalModelInputDIM’S inch(mm)PatentedDetail A Unit Rear(37)")222-17/64(57.5)"ofWall Plate(fig. 1)(fig. 2)(fig. 3)(fig. 4)(fig. 5)VIEW SSECURITY SCREW1. Make sure power supply breaker is switched off. Installation must be carried out in accordance with the current edition of the local wiring regulations code having jurisdiction. Installation requiring hard wiring should be performed only by a qualified electrician.2. Place template against wall at desired height (see mounting height recommendations) and mark locations of eight (8) mounting holes and wire service entry at knockout (KO) location.Note: For two or more dryers, dryers should be no closer than 24 inches (610 mm) on center.3. Use L-Key (supplied) to unlock security hex socket screw and withdraw filter access drawer.4. a. Drill eight (8) holes at locations marked of Ø9/32" (Ø7) x 1-3/8" (35) deep if using wall anchors supplied with unit (fig.1)b. Remove template and Insert eight (8) plastic anchors (supplied) into drilled holes (fig. 2).Install supplied anchors flush with wall face, or install other fastening system suitable for wall conditions (not supplied).nserting eight (8) screws (supplied) to fix backplate into plastic c. Attach base plate to wall by i anchors (fig. 3). For wood wall/studs use Ø1/4 inch (M6) screws at length that will ensure 1 inch (25) min. stud penetration. For masonry walls use expansion bolts or anchors for Ø1/4 inch (M6) screws to ensure penetration 1/4 inch (6) deeper than anchor. Shim if necessary to ensure base plate is flat against wall.5. a. Hang the dryer on the base plate (fig. 4). b. For in-wall (concealed) power supply -Provide supply wire to KO location according to local code and attach securely to chassis at KO with strain relief connector (supplied).c. For Surface Mounted Conduit (exposed) power supply or using power cord (supplied) - Provide appropriate conduit to entry location according to local code and attach securely to chassis with correct strain relief connector (not supplied) or install unit on wall within PCRR to duplex outlet.d. Install locking screw (supplied) into wall plate through the hole at backplate center bottom. (fig. 5)6. a. Connect hard wired power provided at KO location to terminal block behind cover panel (RH-bottom) behind filter drawer. Turn on circuit breaker to initiate ‘stand by- ready to operate’ status. A . Connect the live wire (colored Brown, Red or Black) to the terminal block marked "L".B . Connect the neutral wire (colored Black, Blue, White or Grey) or connect the second live wire (colored Red or Orange) to the terminal block marked "N".C . Connect the ground wire to the terminal block marked " " . Bare grounding (earth) wires should be sleeved with green and yellow or green tubing. Colors of live and neutral wires depend on voltage of supply service and requirements of Building and Electrical Code having jurisdiction. b. Connect power cord to initiate ‘stand by- ready to operate’ status.7. Replace the filter access drawer, being careful to not over-tighten the security screw.8. See separate sections for owner options on heater operation and air speed adjustment.See Installation Guide 1203270822Connections:Put your hands into the opening.Rub hands together to speed dry.Remove hands and dryer will stop automatically.Dryer maintains operation for 1 second after last sensor activation to evaporate droplets.1.2.3.Cleaning and MaintenanceWipe the cover with a damp cloth and mild cleaning solution. Do not Soak, Do not hose down.Never use abrasives to clean the cover. Caustic chemicals may damage unit finish. No internal parts need any regular cleaning.Periodic cleaning of the unit is recommended to ensure optimum performance.4.PatentedDisconnect power at the service breaker before installing or servicing.This product is intended for installation by a qualified service person. Select wire ga to suit unit model ratings. All units must be supplied with a 3-wire service. The ground wire must be connected to the dryer's ground terminal.Failure to properly ground unit could result in severe electrical shock and/or death.1. Self-Threading pan head screws №10 x 1-1/4" (M5 x 32) x 8 pcs2. Plastic expansion anchor Ø9/32" x 1-3/8" (Ø7 x 35) x 8 pcsL-Key Security hex driver 4 mm x 1 pcs (5/32" pin-hex will work if tool is lost)Deep C-socket Wrench (for Cord Strain Relief Nut) PatentedPlease unpack the unit and check the quantityof the tools and kit.Sound volume during operation may be modified by adjusting the motor speed. When lowering the motor speed, the drying time will increase. The factory setting for dryer motor speed is high. 1. (fig. 1).Use L-Key (supplied) to unlock and withdraw filter access drawer. 2. Use small flat blade screwdriver, gently turn adjustment control shaft clock-wise [CW] to (fig. 2) increase power to maximum (shaft will hard stop; DO NOT OVERTURN!). Turn tool gently CCW to reduce power as required (shaft will hard stop; DO NOT OVERTURN!). Note that at minimum power the unit may not start if low line Voltage condition exists.3. Replace the filter access drawer and lock the security screw, being careful to not over tighten screw.SpeedControl3. Replace the filter access drawer and lock the security screw, being careful to not over tighten screw.Dryer has a switch that can turn the heater ON or OFF . The heater switch doesn't affect the drying time. In cold climates, it may be more comfortable if it is on when drying hands. However, it will save half of the energy if it is off. This function can be adjusted depending on the needs of the owner. The factory setting for the heater is ON.To turn the heater ON/OFF:1. (fig. 1).Use L-Key (supplied) to unlock and withdraw the filter access drawer. 2. Switch it to the right to turn ON the heater. Switch it to the left to turn OFF the heater (fig. 2).PatentedPatentedOFF ONTo adjust the dryer motor speed:1. (fig. 1).Use L-Key (supplied) to unlock and withdraw the filter access drawer. 2. Change the SUPER filter (fig. 2) by lifting up out of the drawer by lifting tabs. Dispose of the old filter appropriately and replace with a new filter, HEPA side (white) up. See P/L for replacement P/N.3. Replace the filter access drawer and lock the security screw, being careful to not over tighten screw.SUPER Filter-In general use (normal indoor washrooms), it's recommended to change the SUPER filter every six (6) months.In dusty environments (factories, outdoor washrooms), it's recommended to change it every three(3) months.The absorbent ceramic can absorb 70g of water, and has the capacity to take a full load approximately 280 times per day. The ceramic also can evaporate water. During normal use, water will be evaporated continuously and maintain the absorbent function.Maintenance simply requires clearing its surface. Normally, its lifetime will be the same as the machine. Improper use or maintenance could result in breakage; see below for replacement instructions.PatentedLIFTING TAB (TYP)HEPA Filter (white corrugated)Antibacterial Filter (green)Carbon Filter (black)Antibacterial FilterCarbon FilterHEPA FilterGasketReuse)MAKE SURE POWER IS OFF PRIOR TO STEP Fig. 2SEE PAGE 9.1. Use the L-Key to loosen the security screw and remove the filter access drawer. (fig. 1)2. Use the L-Key to remove and retain the security screw from the base plate and remove the dryer. (Fig. 2)3. Use a Philips screwdriver to loosen the two (2) screws on the ceramic, and replace it with a new one, making sure to use the washers and being careful to not over tighten the screws. (fig. 3)4. Rehang the dryer back on the wall plate and secure the security screw into the base plate.5. Reconnect in-wall power cord, if so equipped. Replace terminal cover.6. Replace the filter drawer and lock the security screw, being careful to not over tighten the screw.7. Restore power for operation.(fig. 3)PatentedHANDLE(BY OTHERS)Generally, the remaining water following usage will evaporate from the absorbent ceramic plate. During high usage frequency events excessive water will flow automatically to the drain tray. The capacity of the drain tray is 8 oz (240 ml). It is recommended that the drain tray be cleaned every three (3) months under heavy usage conditions and every four to six (4 ~ 6) months under light usage conditions in indoor washrooms. The drain tray is retained on tracks molded into the bottom opening of the filter access drawer. It is important that the wide end of the drain tray be inserted first and be positioned fully at the back of the track. The bottom center recess is to be used as a finger grip handle to assist in removing and reinstalling the drain tray. Water will flow through the overflow drain port if the drain tray is full. A drain tube (not included) may be added as required by owner preference. The size of the drain tubing (by others) is I.D. 15/64" (Ø6), O.D. 25/64" (Ø10), length is determined per installation to suit REUSE (TYP)(REUSE EXISTING)All of our dryers are designed and manufactured to provide years of dependable performance. Component parts are guaranteed to be free of defects in material and workmanship for a period of Five (5) years. This guarantee will be honored provided that the dryer is installed and maintained in accordance with the instructions. Parts damaged during the Installation are the purchaser's responsibility. ASI's warranty covers defects exclusively, and only liability for the replacement of defective parts will be accepted. This warranty does not cover wear and tear, or misuse and abuse. Transportation, freight costs and labor are also excluded. Defective parts must be returned prepaid, accompanied by the unit serial number, to the point of purchase. This warranty is granted solely to the original purchaser of the unit and is subject to registration.Motor Replacement-Brush Replacement-Common First Disassembly StepsFirst , Make sure power is OFF before starting step fig. 2. Second , Either unplug power cord or disconnect in-wall power connections behind terminal cover (item 6) prior to starting step fig. 2.(fig. 3)(Item 12)Start with steps fig’s 1-3(Item 63)Heater assembly Item # 14Heater Replacement-(Item 14)Start with steps fig’s 1-3. Remove blower housingupper (Item 9) see step fig. 4 under motor replacement.Start with steps fig’s 1-3. Remove blower housingupper (Item 9) see step fig. 4 under motor replacement.CBM Replacement-Heater ON/OFF - Speed Control - CBM Replacement-(Item 26)Start with steps fig’s 1-3Retain and Reuse Item # 51 x 2(Item 34)Start with steps fig’s 1-3Item # 33Plug in SocketSensor Module Replacement-Start with steps fig’s 1-3(Item 19)Nozzle M anifold Replacement-Start with steps fig’s 1-3. Remove blower housing’ upper (Item 9)see step fig. 4 under motor replacement.(Item 16, 17)Item # 17CBMCircuit Board Modulethe sensing range(-)Chamber Replacement-(Item 18)Start with steps fig’s 1-3. Remove blower housing’ upper (Item 9)see step fig. 4 under motor replacement.N-Chamber Item # 18screwdriverConversion from power cord (as supplied) to in-wall power supply (by others)-See also installation guide 1203270822.Start with steps fig’s 1-3. Make sure power is OFF before starting.Remove power cord (item # 60) from terminal block and strain relief using C-socket wrench. Provide power supply (by others) in appropriate voltage for model selected at location per diagram in detail A (pg 2 this manual) and step 5.b. (pg 3 this manual). Feed power cord into cord-grip strain relief (item # 36) and follow step 6.a. Connections A-C (pg 3 this manual). Insertion of 16AWG ~ 14AWG stranded wires into terminal block (item # 35) receptacles will be easier and provide better results if crimp-on wire tips (item # 64) are installed on wire ends prior to feeding cable through cord-grip (item # 36). If solid wire power cable is provided, tips are not required.(37)"Datum(by others)(5)ofSTUBKey Part #Description Qty Key Part #Description Qty。

马尔斯顿原点 5 合成器用户手册说明书

The tone of the Origin 5 combo amplifier is unmistakeably Marshall using 2x ECC83 preamp valves and 1x EL84 power valve to generate rich harmonics and exceptional tone. While the amplifier itself is a single channel unit, the design of the tone circuit means it offers two very distinctive voices. Accessing your preferred sound can be easily achieved using the inbuilt tilt control which when turned fully counter clockwise will access a subtler tonal structure. Dialling the tilt control fully clockwise will increase the brightness of sound for a more cutting tone.
VALVES
2x ECC83 + 1x EL84
SPEAKER
Celestion Eight-15 8”
POWER CONTROL
2 way switchable High and low
TILT CONTROL
Single channel control Adjust between normal and high treble
2. Connect the supplied mains (power) lead into the mains input on the rear panel first (rear panel function 4.1) and then into an electricity outlet.

瀚斯宝丽使用说明

第 3 章：输入文本 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
文本输入方法 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 使用 (QWERTY) 键盘输入文本 . . . . . . . . . . . . . . . . . . . . . . . . . . 18 使用符号 / 数字模式 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
硬件连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 电脑连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 存储卡 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 附件连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 软件连接 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 浏览器 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Wi-Fi . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 蓝牙 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 虚拟专用网 (VPN) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 27 27 28 29 29 30 30 30

2019年新版回弹数据处理软件V20用户手册精品文档10页

目录修订记录 (2)阅读历史记录 (2)排版规范 (3)第1章前言 (3)编写目的 (3)读者对象 (3)述语和编写解释 (3)参考资料 (3)环境要求 (3)第2章软件安装及配置 (4)2.1软件安装 (4)2.2参数设置 (4)第3章软件综述 (4)3.1系统简介 (4)3.2系统特色 (5)第4章单位注册操作说明 (5)4.1单位注册功能说明 (5)4.2操作方法 (5)第5章系统登录及主系统介绍 (6)5.1系统登录及界面介绍 (6)5.2系统功能介绍 (6)第6章常用操作及示例演示 (7)6.1检测管理操作 (7)6.2表单参数管理 (8)6.3统计查询 (9)6.4人员权限管理 (9)6.5系统设置 (9)6.6切换用户 (10)6.7修改密码 ...................................................................................................... 错误！未定义书签。

修订记录阅读历史记录排版规范在本手册中使用以下的排版规范：1、2、3黑体的数字用来标识操作步骤-> 横线加上向右的尖括号用来标识菜单项，例如：系统设置->密码修改，表示点击菜单栏中系统管理下的密码修改项【】括号用于标识要点击的按钮，例如【保存】表示点击保存按钮第1章前言编写目的本手册对“回弹数据处理器软件V2.0”的使用做说明，按照功能模块划分章节。

通过本手册的学习，用户能够掌握本系统的日常操作方法。

授权用户通过客户端即可方便快捷处理日常工作。

读者对象“回弹数据处理器软件V2.0”授权用户，系统技术人员。

述语和编写解释参考资料《回弹法检测混凝土抗压强度技术规程》（JGJ/T23-2019）环境要求本软件对计算机的配置要求不高，适合于现今流行的各种台式与笔记本式电脑使用。

硬件要求：1. 最低奔腾II级计算机配置。

winRHIZO说明书

2.介绍
此部分介绍 WinRHIZO 以及如何去分析图像和获得数据。在联系技术支持前请读这部分。
2.1WinRHIZO 展示
通过双击它的图标运行 WinRHIZO 软件当 WinRHIZO 启动时，如果安装了兼容的扫描仪或照相机驱动，选择的资源窗口显示（更多的信息将在以下的操作中显示），这个视窗允许你去选择一个扫描仪或一个高精度的数码摄像机。通过它来获得图像。在这个指导中，我们将从硬盘中分析一个示范图像，因此点击取消键。
鼠标单击或选择后, WinRHIZO 显示样本标记窗口用来输入样品的信息。您输入样本信息并如下一节中所述那样单击确定，分析的区域就会被分析。
1.4SCANNER.CAL 校准文件
你应该把 SCANNER.CAL 校准文件保存在安全的地方。当你安装更新和升级时，你应该复制 scanner.cal 到 WinRHIZO 文件夹内。小心，不要更改文件名，否则校准是无效的。
1.5 下一步
如果你购买了扫描仪，安装扫描仪和照相机程序。扫描仪驱动是唯一的软件组成部分，它对于 WinRHIZO 直接从扫描装置获取图像是必须的。
区域形状选择。选择分析和不被包含的区域
长方形圆自由形式（套索）
图像选择器是去选择展示的图像初始图像像素分类图像框架图像色阶图像
一些内容仅仅在分析之后显现。
信息给操作者和部分分析数据。更多的数据在 WinRHIZO 的数据文件。品质的大小在图像上面显示/信息选择。在小屏幕（640*480）可能有更大的空间来展示所有的信息。
这个窗口改变可见
示图像形态的文件夹。Rhiz200.tif 是
的文件类型和选择
一个简单的根和 Root.tif 是一个更复杂

仲巴赫测径仪详细说明(7)

USYS 10113 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countriesSELECT-CODEfor Unit Parameter InputUSYS 10 - Software UxxS10..INSTRUCTION MANUALUSYS.011.0007.EDocumentidentification >>>Thi s document, i ts contents, and the technology descri bed are stri ctly confi denti al. It i sprovided for assistance to ZUMBACH customers only. It may not be copied, reproduced orpassed on to third parties without express, written permission from ZUMBACH Electronics.2USYS 1013 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries Z77ContentsSELECT -CODE FOR UNIT PARAMETER INPUT 3GROUP 0X: LED DISPLAY (3)GROUP 1X: DISTANCES / CONTROL PARAMETERS (4)GROUP 2X: CONTROL PARAMETERS (5)GROUP 3X: ANALOGUE OUTPUT (7)GROUP 4X: TOLERANCE MONITORING (7)GROUP 5X: SERIAL INTERFACE "RS 1" (8)GROUP 6X: SERIAL INTERFACE "RS 2" (9)GROUP 7X: STATISTICS (10)GROUP 9X: SYSTEM AND MEASURING HEAD PARAMETERS.......................11INDEX 13USYS 10313 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries 7For a description of how to enter the following parameters, see Section 5.5"PARAMETER ENTRY".Group 0x: LED display00Averaging time or Actual value-recording time(according to the Measuring mode, Select code 98)Format:XX.XUnit:sRange:0.4 – 99.501LED value0=Average (X or RMS* value of XY or XYZ)1=X 2=Y 3=Smallest value of X and Y (or XYZ)4=Largest value of X and Y (or XYZ)5=Ovality (difference between the largest and smallest value of XY or XYZ)6=Z 7=Controlled value (according to Select-Code 29)02Resolution(The measurement unit "Metric/Inch" is set with parameter 90)0=0.1mm or 0.005in.1=0.05mm 0.002in.2=0.02mm 0.001in.3=0.01mm 0.0005in.4=0.005mm 0.0002in.5=0.002mm 0.0001in.6=0.001mm 0.00005in.7=0.0005mm 0.00002in.8=0.0002mm 0.00001in.9=0.0001mm 0.000005in.03Range of the LED-Bar displayFormat according to selected measuring unit (90) and resolution (02)Remarks:• For a description of how the LED bar works, see Section 5.3 "DISPLAY"• The LED bar display can be switched off by setting this value to 004Parameter-input protection0=No protection1=Security Code is required to access any Select Code2=Security Code is required to access any Select Code, and to access"Nominal" and "Tolerance" keys on front panel3=Security Code is required to access any Select Code, and to access"Nominal", "Tolerance" and "Offset" keys on front panel* RMS = root mean square4USYS 1013 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries 05LED-additonal display, output selection0=Average (X or RMS* value of XY or XYZ), on unit address 1and ovality (difference between the largest and smallest valueof XY or XYZ), on unit address 21=X, on unit address 1 andY, on unit address 2 andZ, on unit address 32=Average (X or RMS* value of XY or XYZ), on unit address 1and position of the object in the measuring field (only for single axismeasuring head), on unit address 23=Control value (value according Select-code 29), on unit address 1and ovality (difference between the largest and smallest value of XYor XYZ) on unit address 209Change of the Security CodeInput of a 6 digit number. The basic factory setting is 954728* RMS = root mean squareGroup 1x: Distances / Control Parameters10Measurement unit for distances and length detection0=Length detection in meters (m)1=Length detection in Feet (ft)11Distance between 2 pulsesFormat:X.XXXUnit:m or ft (according to Select-Code 10)Range:0.04 – 9.995 m0.1 – 9.995 ft12Distance between extruder and measuring headFormat:XXX.XXUnit:m oder ft (according to Select-Code 10)Range:0.1 – 999.95 m0.5 – 999.95 ft14Distance between the measuring head and the capstan or the cutting deviceFormat:XXX.XXUnit:m or ft (according to Select-Code 10)Range:0.1 – 999.95 m0.5 – 999.95 ft15Distance between the event source (e.g. sparker, lump detector KW) andthe capstan or the cutting device.Format:XXX.XXUnit:m or ft (according to Select-Code 10)Range:0.1 – 999.95 m0.5 – 999.95 ftUSYS 10513 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries 17Input mode for Deadband0 =The Deadband is entred in percent of wall1 =The Deadband is entred as an absolute value18Reaction of the control0=The control reacts to the cross-section of the insulation (e.g. jacketing extrusion)1=The control reacts to the diameter (e.g. Centerless grinding)19Controller mode0=Length based control (Select-Code 27 must be set to 1)1=Time based control (deadtime is set with Select-Code 24 and thecontroller damping with Select-Code 23)Group 2x: Control Parameters20Product inner diameter (conductor)Format according to selected measurement unit (90) and resolution (02)21DeadbandWith Select-Code 17 on 0: Input in % of wallFormat:X.XXUnit:%Range:0 – 9.95With Select-Code 17 on 1: Input as an absolute valueFormat according to selected measurement unit (90) and resolution (02)Range:0 – 9.9522Control limitsFormat:XX.XUnit:%Range: 1 – 99.56USYS 1013 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries 23Minimum controller damping when control by lengthor controller damping when control by timeFormat:XX.XUnit:sRange:0.1 – 99.524Minimum deadtime when control by lengthor deadtime when control by timeFormat:XXX.XUnit:sRange:0 – 999.525Correction factorFormat:XXXUnit:%Range: 1 – 20026Correction factor of the regulating unitFormat:XX.XUnit:%Range:0.2 – 99.527Length detection funciton0=switched off1=switched onRemark: See also Parameter 19 (Length-based control) above28Control via relay or optocoupler0=Control via relay (active when pulse)1=Control via optocoupler (pulse conductive)29Selection of the controlled value0=Average (X or RMS value of X or XYZ)1=X2=Y3=The smallest value of X and Y (or XYZ)4=The largest value of X and Y (or XYZ)5=ZUSYS 10713 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries Group 3x: Analogue output30Operation mode0=Deviation (actual – nominal value)1=Absolute value (actual value)31RangeFormat according to the selected measurement unit (90) and the resolution (02)32Update Rate0=Normal (after expiration of the averaging time)1=Fast (100 ms)33Output value0=Average (X or RMS value of XY or XYZ)1=X2=Y3=The smallest value of X and Y (or XYZ)4=The largest value of X and Y (or XYZ)5=Ovality (Difference between the largest andsmallest value of XY or XYZ)6=Position of the object in the measuring field(only for single axis measuring head)7=Z8=Controlled value (according to Select-Code 29)Group 4x: Tolerance Monitoring40Update Rate0=Normal (after expiration of the averaging time)1=Fast (100 ms, resp. 200 ms for XY measuring heads)42Mode for tolerance monitoring0=Monitoring of the average (X or RMS value of XY or XYZ)1=The values of each axis are monitored separately43Alarm by an empty measuring field0=The tolerance is suppressed by an empty measuring field 1=The tolerance is monitored by an empty measuring field 44Input of the Tolerance limits0=Absolute value1=Relative value (as a difference from the nominal value "Nominal")46General Alarm Relay Mode0=Output of the system alarms (measuring head, controller andlength counter)1=Output of the system alarms and tolerance alarms(only main alarms)8USYS 1013 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries Group 5x: Serial interface "RS 1"49Transmission Mode RS10=RS-485, Half-Duplex (Multidrop), with RTS signal1=RS-422, Full-Duplex (Point to Point), set RTS signal to zero 2=RS-232, Full-Duplex (Point to Point) set RTS signal to zero3=RS-323, with RTS signal, specially for use with converter N6.IA.10050Baudrate0=___1=3002=6003=1'2004=2'4005=4'8006=9'6007=19'20051Number of data bits0=61=72=853Parity check 0=Even1=Odd2=None54XON–XOFF protocol0=Switched Off1=Switched On55Use of the data0=Interface out of use1=Output to printer: statistical values after "Start/Stop"2=Output for additional display (FA3, NP6155)3=Output for printer: Configuration protocol USYS 10(after "Start/Stop")56Final character0=[CR] (carriage return)1=[CR][LF] (carriage return and line feed)57Language for printout protocols0=English1=French2=German3=Spanish4=Italian58Printer initialisation string (input)Input of up to 6 decimal codes ASCII(The input of each code must be confirmed by "+/-" key).USYS 10913 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries Group 6x: Serial interface "RS 2"60Baudrate0= ___1= 3002= 6003= 1'2004= 2'4005= 4'8006= 9'6007=19'20061Number of data bits0=61=72=863Parity check0=Even1=Odd2=None64XON-XOFF protocol0=Switched Off1=Switched On65Use of the data0=Interface out of use1=Host-Computer, Up/Download2=Output for additonal display (FA3, NP6155)3=Cyclical output of the actual values (100 ms)66Final character of a line0=[CR] (carriage return)1=[CR][LF] (carriage return and line feed)67Selection of the host protocol (when Select-Code 65 is set to 1)0=ZUMBACH-ASCII (RS-232, point to point)1=ANSI X3.28 (RS-485, Multidrop protocol)59Number of line feeds [LF] after each printing cycleFormat:XXRange:0 – 9910USYS 1013 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries Group 7x: Statistics70Selection of the value for the evaluation of the statistics0=Average (X or RMS value of XY or XYZ)1=X2=Y3=The smallest value of X and Y (or XYZ)4=The largest value of X and Y (or XYZ)5=Ovality (difference between the largest andsmallest value of XY or XYZ)6=Z7=Controlled value (according to Select-Code 29)72Selection of the averaging time for the statistics0=Undamped values (100 ms)1=Damped values (averaging time, parameter 01)73Mode of the "Pause" function0=The pause only interrupts the recording of the measured values 1=The pause interrupts the recording of the measured values,length pulses and the events74Order number for reel reportInput of a 6-digit numberThe printout of the line "Order number xxxxxx" can be suppressed by resetting it to zero (basic setting).75Reel numberInput of a 3-digit number. Thanks to this input it is possible to set the number of the current statistics period to any value76Selection, if the CpK value should be printed0=The CpK value will not be printed1=The CpK value will be printed79Choice of wether a product number can be entered or not0=No product number1= A product number can be entered with the "Nominal" key 68USYS 10 unit address for ANSI protocol (Select-Code 67 on 1)Format:XXRange:0 – 99 (basic setting = 10)69Transmission Mode RS20=RS-485, Half-Duplex (Multidrop), with RTS signal1=RS-422, Full-Duplex (Point to Point), set RTS signal to zero 2=RS-232, Full-Duplex (Point to Point) set RTS signal to zeroUSYS 101113 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries Group 9x: System and measuring head parameters90Measurement units for diameter measurement0=Metric (mm)1=Inch (in.)91Type of measuring head0=ODAC 2J / 16J / 24J / 81J1=ODAC 146 / 1502=ODAC 250J3=ODAC 35XY J4=ODAC 148XY5=ODAC 75XY J6=ODAC 30J7=ODAC 32XY J8=ODAC 82J:measuring distance 100 mm9=ODAC 82J:measuring distance 200 mm10=ODAC 82J:measuring distance 300 mm11=ODAC 82J:measuring distance 400 mm12=ODAC 15XY J13=ODAC 82J.DT14=–––––15=ODAC 76 XY J16=ODAC 151 J17=ODAC 152XY J18=ODAC 18-34-64-110XY J19=ODAC 31020=ODAC 33-63TRIO40=ODAC 60J 41=ODAC 100J 92Calibration of the measuring headFormat according to selected measurement unit (90) and the resolution (02)93Glass logic0=Switched off1=Switched on94Relative monitoring0=No monitoring1=± 50%2=± 25%3=± 12.5%4=± 6.25% (default value)5=± 3.13%6=± 1.56%Remark:For a description of how the Relative monitoring works,see Section 5.9 "OPTIMIZATION OF DATA RECORDING"12USYS 1013 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries 95Error suppressionFormat:XXRange:0 – 99 (default value = 15)Remark:For a description of how the Error suppression works,see Section 5.9 "OPTIMIZATION OF DATA RECORDING"96Absolute monitoringFormat according to selected measurement unit (90) and the resolution (02)Default value:0.0Remark:For a description of how the Absolute monitoring works,see Section 5.9 "OPTIMIZATION OF DATA RECORDING"97Position monitoringFormat according to selected measurement unit (90) and the resolution (02)Default value:0.0Remark:For a description of how the Position monitoring works,see Section 5.9 "OPTIMIZATION OF DATA RECORDING"98Measuring mode0=The actual value is the average over the time set with Select-Code 001=The actual value is the minimum during the set time (Select-Code 00)2=The actual value is the maximum during the set time (Select-Code 00)USYS 101313 ZUMBACH owned companies in Switzerland (H.Q.), Argentina, Belgium, Brazil, China, France,Germany, India, Italy, Spain, Taiwan, UK and USA, plus agents and service in more than 40 countries Z7CContents ..........................................................................................................................................................2GGroup 0x: LED display (3)Group 1x: Distances / Control Parameters (4)Group 2x: Control Parameters (5)Group 3x: Analogue output (7)Group 4x: Tolerance Monitoring (7)Group 5x: Serial interface "RS 1" (8)Group 6x: Serial interface "RS 2" (9)Group 7x: Statistics (10)Group 9x: System and measuring head parameters.....................................................................................11SSelect-Code for unit parameter input (3)。

HLRe 基础培训

HLRe概述 HLRe 的业务功能 HLRe 的组成结构
8
存储数据

归属用户的数据库

记录归属用户的静态信息

用户的基本信息用户的签约信息用户的位置信息用户的业务信息

记录归属用户的动态信息

归属用户的鉴权数据库

静态鉴权数据

用户标识MIN, ESN, …… 用户的AKey 用户的SSD数据、COUNT数据、…… 鉴权指示的状态信息
2. SSD共享方式则VLR或MSCe 负责基站查询结果的计算 3. SSD更新成功后由VLR或 MSCe发起独特查询
1. 根据需要发起SSD更新，可以采用SSD共享或不共享方式
26
鉴权的主要流程(3)：独特查询
Serving MSC/VLR/MSCe
authreq/AUTHDIR/asreport/afreport [RANDU， AUTHU] ASREPROT [UniChallRpt] asreport HLRe
14
移动性管理功能(1)：开机登记
REGNOT HLRe
BSS
regnot Serving MSC/VLR/MSCe
1. 2. 3. 4. 5. 6.
检查用户是否合法检查用户是否已经登记是否允许漫游到该系统是否需要发送REGCANC 是否允许用户接入系统装配用户的业务资格信息
1. 修改用户的位置信息 2. 修改用户的状态信息
6
HLRe和其他网元之间的接口

C接口：与MSCe/MSC之间的接口，协议栈如下：
MAP TCAP SCCP MTP3 MTP2 PCM M3UA SCTP IP DataLink Layer

解说混合式自动重送请求重点技术

解说混合式自动重送祈求技术在前两期杂志中，已分别为各位简介了上下行实体频道架构，及传播时所波及旳调变、编码及资料速率等技术，这一期则是重要简介HARQ(混合式自动重送祈求)，此外尚有MAC 层旳封包排程功能、HSDPA旳测试模型与参照频道等，最后，展望Release6及Release7，点出HSDPA旳下一步发展。

混合式自动重送祈求(混合式ARQ，HARQ)是一种结合了前馈式错误修正(Feed-forward Error Correction，FEC)与ARQ措施旳技术，可以由前一种失败旳尝试中存下有用旳资讯，供之后旳解码使用。

HARQ是一种隐含旳连结调适技术，相对于AMC 使用明确旳C/I或类似旳量测成果来设定调变与编码旳格式，HARQ则是使用连结层旳确认机制(ACK/NACK)来决定与否要重送。

换个方式来说，AMC会提供粗略旳资料速率选择，而HARQ则会根据频道旳状况，提供较精细旳资料速率调节(图1)。

HARQ重新传送重新传送旳时候，HARQ会使用与初次传送相似旳传播区块集来进行，因此具有同样旳资讯位元数，但是也许会使用不同旳调变措施、频道码集(涉及频道码集旳大小)或发射功率。

如此一来，重送时可以使用旳频道位元数也许会与初次传送旳不同(频道位元数就是实际在空中介面上传送旳位元数)。

此外，虽然频道位元数不变，频道位元集(Channel-Bit Set)也也许会不相似。

为了将额外重送祈求旳次数降到最低，HARQ会使用两种「Soft-combining」措施旳其中一种来保证讯息可以被顺利地解码：‧Chase Combining(CC)：做法是送出一种与侦测出错误旳封包完全相似旳封包；解码器在解码之前会先将所有收到旳封包合在一起。

‧递增冗余(IR)：做法是渐进地送出不同组旳位元，以便与原始旳那一组位元合在一起，如此一来就可以增长冗余旳资料量，也就比较也许可以回復因无线传播所导致旳错误。

使用递增冗余法图15阐明了IR措施是如何运作旳，为了简化起见，这个例子中假设理论上旳IR缓冲区大小为每个程序10个位元，且只有一种程序。

charls数据使用方法

charls数据使用方法Charls是一个用于编码和解码医学影像数据的C++库。

它支持JPEG-LS标准，该标准是一种无损和有损的压缩技术，可以压缩医学影像数据并保持数据完整性。

这篇文章将介绍Charls的数据使用方法。

Step 1:安装CharlsCharls可以从官方网站下载并进行安装，也可以使用软件包管理器进行安装。

在Linux系统中，可以使用下面的命令进行安装：sudo apt-get install charls在Windows系统中，可以从Charls官方网站下载Charls的预编译二进制文件，并将其添加到系统路径中。

Step 2:加载医学影像数据Charls支持多种医学影像数据格式，包括RAW、DICOM、JPEG、BMP和PNG等。

在Charls中，可以使用ImageContainer类来加载和存储医学影像数据。

下面是加载DICOM格式文件的示例代码：#include "charls/charls.h"#include "charls/charls.hpp"#include <vector>using namespace charls;int main(){std::vector<unsigned char> buffer;// Load DICOM file into buffer.ImageContainer image = JpegLsReadHeader(buffer);return 0;}在以上示例代码中，加载DICOM格式文件时，将DICOM文件数据读取到了一个缓冲区中，然后使用JpegLsReadHeader()函数加载DICOM文件的头部信息，并生成ImageContainer对象来存储医学影像数据。

Step 3:压缩医学影像数据使用Charls进行医学影像数据压缩，只需要调用JpegLsEncode()函数即可。

harmonization system code -回复

harmonization system code -回复《音调系统代码》音调系统代码，是音乐理论中的一个重要概念，它是指在音乐作品中为了达到和声和谐的效果，对不同声部的音符所赋予的音高。

音调系统代码是一种组织音符的方式，通过它可以有效地组织和管理音符，使得音乐作品具有内在的统一和和谐。

音调系统代码的核心思想是将音乐作品中的所有音符按照一定的规则进行编码，通过这种编码方式可以将音符进行高低排序，形成一个有序的音高序列。

在音调系统代码中，每一个音符都被赋予一个特定的代码，这个代码决定了音符在音调系统中的位置和作用。

首先，音调系统代码的第一步是确定音调系统的基础元素。

音调系统的基础元素是音符。

音符是音乐中最小的音高单位，它可以是空音符，也可以是有音高的音符。

在音调系统代码中，空音符通常用特定的符号或者数字来表示，有音高的音符则需要根据音调系统的规则进行编码。

其次，音调系统代码的第二步是确定音调系统的组成规则。

不同的音调系统具有不同的组成规则，这种规则通常由调式和调式约束两个方面决定。

调式是音调系统中一组音符按照一定的音程关系进行组织的结果，它可以是主音调，也可以是副音调。

调式约束则是对调式中音符的使用规则进行限制，限制的方式可以是音程、和弦、旋律等等。

然后，音调系统代码的第三步是确定音调系统的编码方式。

音调系统的编码方式可以是符号、数字或者其他表达形式，它可以直接表示音符的音高，也可以表示音符在其它音符中的相对位置。

编码方式的选择很大程度上取决于音调系统的特点和使用的目的。

最后，音调系统代码的第四步是应用和运用。

一旦建立了音调系统代码，就可以将其应用到音乐作品的创作和演奏中。

通过音调系统代码，音乐作品可以更加有序地组织和安排，使得不同声部之间的和谐更加明确和稳定。

在演奏过程中，演奏者可以根据音调系统代码的编码方式准确地演奏出各个音符的音高，保证音乐作品的和声效果。

总而言之，音调系统代码是一种组织音符的方式，它通过给予音符特定的代码，使得音乐作品具有内在的统一和和谐。

照料史、隔代照料对我国中老年人健康的影响——基于Harmonized CHARLS的研究

The Health Consequences of Grandparenting and History among Chinese:Evidence from Harmonized
CHARLS Data
作者：陈英姿[1];孙伟[1]
作者机构： [1]吉林大学东北亚研究中心,吉林长春130012
出版物刊名：人口学刊
页码： 45-56页
年卷期： 2019年第5期
主题词：隔代照料;照料史;虚弱指数;Harmonized CHARLS
摘要：现代社会家庭规模以小型化和核心化为主,但不论农村还是城市,孩子的生养教化等功能仍由家庭承担,很多祖辈依然承担着照料孙辈的任务,隔代照料在现代社会仍发挥重要作用。

隔代照料对照料者的健康会产生一定的影响,这种影响因“居住安排”而异,同时照料状态的转变,即照料角色的获取或退出、持续或中断等不同“照料史”的变化对照料者的健康也有影响。

本文采用南加州大学经济与社会研究中心提供的Harmonized CHARLS 2013-2015年追踪数据,选取45-80岁的中老年人为研究对象,以虚弱指数表征健康结果,运用滞后变量回归模型,从“居住安排”和“照料史”两个维度研究隔代照料行为对照料者健康的影响。

研究发现:与子女同住且提供隔代照料对老年人的健康有改善作用;照料史的动态变化影响照料者健康,新进入照料角色对照料者的健康有改善作用;在照料孙辈的同时,祖辈出于利他主义动机为成年子女提供经济支持能显著改善其健康状况;男性在提供隔代照料过程中更容易经历健康的亏损,尤其是单身的男性照料者;以上结论仅适用于70岁以下的照料者,对于70岁及以上的老年群体,长期提供隔代照料会加重健康负担。