高精度的车身检具--三坐标测量机外文翻译

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检具英文词汇总结

检具英文词汇总结

检具:Checking fixture Gauge /gage机器:线切割Wire cutters磨床grinder铣床milling machine车床lathe钻床drill press刨床planer锯床saw三坐标测量机COORD3 CMM零件:销pin销子dowel插销stab pin止通规Go/no Go pins夹钳clamp衬套bushing卡扣clip金属卡扣metallic clip百分表dial indicator = comparator = caliber 打表点dial point磁铁magnet塞尺feeler吊环lift rings把手handle / grip/hand knobs垫片shim螺钉screw螺纹screw thread导轨guide rail滑块slide block小车movable table /cart热处理Heat treatment:调质aging淬火quench发黑nigrescence blackening 镀铬chromeplate阳极氧化anodic oxidation喷漆painting镀锌zinc-coated术语数模math data3维 3 dimension (3 D)基准datum定位面net pads/ support surface/ locating surface定位点RPS points模拟块mask / module block平齐面Flushness支撑面support surface检测块:Checking block坐标系coordinate system校准calibrate孔位position of pins法线normal观察孔sight hole倒角切面chamfering斜角chamfer angle马蹄形clevis干涉conflictive /interference菱形diamond / lozenge锥形taper /圆锥形的conical椭圆形ellipse /长方形oblong环境件Neighboring parts插入insert into车内部零件径rip板金sheetmetal仪表板instrument panel (IP)盖子lid副仪表板console门板door panel (DP)白车身body in white (BIW)C 柱 C Pillar发动机罩hood上体发泡件Top Cover foamed注塑骨架检测:milled CHO (injection substrate)整车测量样架whole vehicle inspection frame samples车顶饰顶decoration roof天窗clerestory挡风玻璃windshield仪表板骨架framework of instrument panel 自动油管automatic vitta油箱oil box车灯light of automobile轮毂wheel /hub仪表盘meter tray保险防撞杆collision bumper仪表盘上饰板plaque in meter tray焊接板筋Blackstraps jointing衣帽架coatrack导航饰框decoration frame for navigation 方向盘steering wheel测试工装test accessorial tools地毯carpet各类管道conduit of every sort and kind饰条decoration strip脚踏板pedal仪表台装饰板plaque in meter platform气囊门铰链airbag door gemel外测出风口总成outer vent assembly中间出风口总成mid vent assembly气囊门支架airbag door support驾驶侧下挡板本体drive side baffle (lower) boarding /carrier(载体)仪表盒骨架测量支架instrument box CCB measurement support手套箱总成glove box assembly转向柱上护盖column cover upper转向柱下护盖olumn cover lower挡风板检具weather panel饰条本体decoration strip boarding /carrier(载体)前围后上板总成—左驾检具cowl panel assembly rear—left drive后门框饰条doorframe decoration strip rear 驾驶侧端drive side骨架armature / CCB内饰、外饰零件Exterior and interior parts 出风口vent杯托拉门Tambour Door臂托Armrest控制开关面板 Switch Bezel把手盖板 Grab Handle Bezel 检具出货Gauge releasefirst gear 一档second gear 二档reverse 倒车档two-stroke engine 二冲程发动机diesel 柴油机limousine 豪华轿车drophead活动车篷汽车racing car赛车saloon轿车roadster 敞蓬车wecker, beat-up car, jalopy 老爷车notchback 客货两用车four-wheel drive 四轮驱动front-wheel drive 前轮驱动trailer 拖车station wagon 小旅行车truck 卡车compact car 小型汽车light-van 小型货车garbage truck 垃圾车automobile carrier 货运卡车fire engine 消防车tractor 牵引车ambulance 救护车taxi 出租车, 计程车trailer truck 拖车sports car 跑车formula car 方程式赛车, 方程式汽车mail car 邮车jeep 吉普车bloodmobile 血浆车bumper car 碰撞用汽车camper 露营车police car 警车wrecker 清障车ambulance 急救车汽车外设front wheel 前轮rear wheel 后轮tread 轮距chassis 底盘bodywork, body 车身rear window 后窗玻璃windscreen 挡风玻璃] windscreen wiper 雨刮器fender, wing, mudguard 挡泥板radiator grille 水箱wing mirror 后视镜bonnet 发动机盖boot 行李箱roof rack, luggage rack 行李架license plate, number plate 车号牌wing 前翼子板hubcap 轮毂罩bumper 保险杠front blinker 前信号灯taillight, tail lamp 尾灯backup light, reversing light 倒车灯stoplight, stop lamp 刹车灯rear blinker 转弯指示灯trunk, boot 行李箱bumper 保险杠tailpipe 排气管汽车内部back seat, rear seat 后座driver's seat, driving seat 驾驶席passenger seat 旅客席steering wheel, wheel 方向盘rear-view mirror, driving mirror 后视镜horn, hooter 喇叭choke 熄火装置gear stick, gear change 变速杆gearbox 变速箱[starter, self-starter 起动器,起动钮brake pedal 刹车踏板clutch pedal 离合器踏板hand brake 手制动器foot brake 脚制动器dashboard 仪表板milometer 里程表speedometer, clock 速度表transmission 传动piston 活塞radiator 散热器fan belt 风扇皮带shaft 传动轴inner tube 内胎drain tap 排气阀门silencer 消音器tank 油箱overflow 溢流孔valve 阀门exhaust pipe 排气管spare wheel 备胎,备用轮胎carburettor 汽化器保险杠bumper引擎盖hood前灯headlight转向灯indicator侧灯parking light也有叫sidelight的。

三坐标测量原理及流程的英文

三坐标测量原理及流程的英文

三坐标测量原理及流程的英文The Principle and Process of Three-Coordinate Measurement.Three-coordinate measuring machines (CMMs) are precision measuring devices that enable the accurate measurement of the geometric characteristics of objects in three dimensions. They are widely used in manufacturing, quality control, and reverse engineering applications to ensure the accuracy and conformity of parts and components.Principle of Three-Coordinate Measurement:The principle of three-coordinate measurement is based on the concept of Cartesian coordinates. It involves the use of three perpendicular axes (X, Y, and Z) to locate any point in a three-dimensional space. By combining the measurements along these axes, the exact position of any point on the object's surface can be determined.CMMs typically employ either contact or non-contact probes to acquire these measurements. Contact probes, such as touch triggers or scanning probes, physically touch the object's surface to acquire data. On the other hand, non-contact probes, such as laser scanners or video probes, measure the object's surface without physically touching it.Process of Three-Coordinate Measurement:The process of three-coordinate measurement typically involves the following steps:1. Setup and Calibration: Before measurements can be taken, the CMM must be properly set up and calibrated. This ensures the accuracy and reliability of the measurements. Calibration involves the use of known standards orartifacts to verify the machine's accuracy along all axes.2. Object Placement: The object to be measured is securely placed on the CMM's table or fixture. The object must be positioned such that it can be accessed by theprobe and all features of interest can be measured.3. Probe Selection and Alignment: Depending on the nature of the object and the required measurement accuracy, an appropriate probe is selected. The probe is then aligned with the CMM to ensure accurate data acquisition.4. Measurement Acquisition: Once the probe is aligned, the measurement process begins. The operator moves the probe along the object's surface, acquiring data points at specific intervals. The CMM's software records the coordinates of these data points in real-time.5. Data Processing and Analysis: After the measurement data is acquired, it is processed and analyzed using the CMM's software. This software typically allows for the generation of reports, comparisons with CAD data, and other advanced analysis features.6. Results Interpretation: The final step involves the interpretation of the measurement results. The operator compares the measured data with the specified requirements or design intent to assess the object's conformity andaccuracy.In conclusion, three-coordinate measurement is a crucial process in ensuring the quality and accuracy of manufactured parts and components. By understanding the principle and process of three-coordinate measurement, manufacturers can leverage the technology to improve production efficiency, reduce costs, and ensure product compliance.。

测量工具中英文对照表大全

测量工具中英文对照表大全

测量工具中英文对照表大全测量工具中英文对照表heodolite 经纬仪Water Level 水位仪Level Ruler 水平尺Casing gradienterCoating thicknessMeasurer 涂层测厚仪Ultrasonic thicknessmeasurer 超声波测厚仪Ultrasonic crackdetector 超声波裂纹测试仪Digital thermometer 数字温度计radiation thermometer 辐射温度计Gradient Reader 坡度读数器Volometer 万用表MegaOhmmeter 兆欧表Earthing resistanceReader 接地电阻读数表Plug gauge 圆柱塞规Magnifying glass 放大镜Plummet 铅锤Profile projector 投影仪Pin Gauge 针规(不知道和plug gauge 的区别在哪里,知道的请指正) Gauge block 块规Bore gauge 百分表A vernier caliper 游标卡尺Coordinate MeasureingMachine(CMM)三尺元Pressure gague寸压力计电度厚度测试仪(Electroplating THK.Tester)转(扭)力仪(Twisting Meter)螺纹规(Thread Gauge)块规(Block Gauge)环规(Ring Gauge)力矩计(Torque Meter)塞规(Plug gage)高度仪(Altitude gauge)塞尺/间隙规(Clearance gauge)千分卡尺(Micrometer Calipers ) “过” —- “不过" 验规(通—止规) [go-no-go gauge]游标卡尺(Vernier Caliper)电子卡尺(Digital caliper)深度千分尺(Depth Micrometer)销(针)规(Pin Gauge)投影仪(Projector )数字高度测量仪(Digital Height Gauge)表面处理测试仪(Surface Finish Tester)内/外径千分尺(Inside/outer Micrometer)洛(威)氏硬度仪[(HRC/HV) Hardness Tester)]温度计(Thermometer)孔规(Bore Gauge)电子称(Electric/digital Balance)三坐标测试仪 (CMM)万用表(Multimeter)1。

检测仪器中英文对照表

检测仪器中英文对照表
电子称
Electric/digital Balance
测头的测量范围
transmission function for the sine waves
仪器的测量范围
measuring range of the instrument
工作量规
Working gauge
模数转换器的量化步距
quantification step of the ADC
控制计划
Control plan
百分表
Dial indicator
失效模式与影响分析
Failure mode&effect analysis (FMEA)
拉力计
Tension gauge
进料检验
Incoming material quality control(IQer
铸铁平尺
cast iron straigjht edge
数字温度计
Digital thermometer
钢平尺和岩石平尺
steel and granite straigjht edge
辐射温度计
Radiation thermometer
圆度仪
roundness measuring instrument
抛光粉
polishing powder
套筒
nut driver
护镜液
lens coating liquid
量具
calipers
切削液
grinding ccoolant
粘片
adhesive tape
平形砂轮
diamod plain wheels
厚度表
thickness apparatus

三坐标测量

三坐标测量

三坐标测量机外文翻译在线诊断的移动空间坐标测量系统(MScMS )Fiorenzo Franceschini∗, Maurizio Galetto, Domenico Maisano, Luca Mastrogiacom (都灵理工大学,部的生产系统和经济学(DISPEA),高碌街公爵教堂阿布拉兹24 ,101 29-都灵,意大利)摘要:移动空间坐标测量系统(MScMS)是一个由意大利都灵大学生产系统与商务经济系的工业测量与质量工程实验室的实验基础之上发展起来的无线传感器主导网络。

它的功能是用来实现简单和快速地进行大规模室内三维测量。

该系统由三个基本部分组成:一个无线传感器设备群(称为“蟋蟀”),一个移动的嗅探器和一台用于储存和计算数据的PC机。

蟋蟀和移动嗅探器利用了超声波收发器(US)以计算相互之间的距离。

这个系统以空间坐标的方式使位置计算成为了可能,这种方式是通过物体的尖端与嗅探器的“接触”实现的。

为了避免这个系统发生错误,如超声波的衍射和发射、外界因素(例如钥匙碰撞产生的响声、氖光闪烁等)对超声波的干扰、软件不兼容的解决方案等,MScMS系统运用了统计学试验来进行在线诊断。

这篇文章对“基于模型的能源诊断学”、“基于模型的距离诊断学”、和“传感器物理诊断学” 这三个问题进行了详细的论述。

对于每个测量,如果所有这些试验都通过了,则测量的结果会被认为是一个确实可信的特定系数,否则,测量结果会被拒绝。

本文对MSCcMC系统进行总体的介绍之后将会着重介绍这三个三线诊断工具和一些由该系统原型获得的初步结果。

关键词:移动测量系统,坐标测量,三维测量,大规模测量,无线传感器网络,定位算法,在线诊断1.引言:在许多工业领域(如汽车工业和航空工业)里面,对大型物体的三维测量需要很方便和快捷地实现。

现在,这些问题可以利用许多基于不同技术(如光学技术、机械技术、电磁技术等)的测量系统来解决。

根据测量条件、用户经验和技术、费用、精确度和可移植性等的不同,这些系统用于测量或多或少都是足够的。

数控三坐标测量机

数控三坐标测量机

数控三坐标测量机什么是数控三坐标测量机?数控三坐标测量机(Coordinate Measuring Machine,简称CMM)是一种高精度的测量设备。

它通过三个互相垂直的坐标轴来定位测量工件的三维坐标,并且可以附加旋转轴增加其测量能力。

相比手测工具或者传统的测量设备,数控三坐标测量机具有更高的测量精度和测量范围,并且可以自动进行测量,大大提高了生产效率和测量准确度。

数控三坐标测量机的组成与工作原理数控三坐标测量机通常由测头、控制系统、工作平台和零件夹持装置组成。

其中测头是测量的关键部件,它可以根据测量需求进行不同类型、不同尺寸的测量。

控制系统则负责接受并处理测量数据,同时控制工作平台的运动,达到测量的目的。

在工作时,待测零件被固定在工作平台上,并由零件夹持装置保持稳定。

测头从各个角度接触或者扫描工件表面,记录其坐标,生成点云数据。

控制系统会对这些数据进行分析、处理、拟合,最终得出零件表面的形状、尺寸、偏差等信息。

数控三坐标测量机的应用数控三坐标测量机可以广泛应用于制造业的各个领域,例如汽车、航空、航天、电子、医疗器械等。

具体应用包括但不限于以下几个方面:零件检测数控三坐标测量机可以对待测零件的尺寸、形状、位置等进行全面的测量和检查,发现其潜在的问题,以避免因零部件失配或者尺寸不符合要求等问题导致的生产事故和质量问题。

质量控制数控三坐标测量机可以对产品进行定量的测量和评测,以保证产品符合质量标准和要求。

通过对零件的测量和数据分析,不但可以快速发现产生质量问题的原因,还能对生产过程的优化提供指导和建议。

工艺改进数控三坐标测量机可以进行关键零件的形状和大小的测量,以帮助企业进行工艺流程的改进和优化,从而提高产品的质量和生产效率。

数控三坐标测量机的发展趋势随着制造业的数字化发展和自动化程度的提高,数控三坐标测量机也在不断地发展和进步。

一些激光扫描、显微镜等高技术手段的引入,使得数控三坐标测量机可以更加精准地进行形状测量和表面检测。

汽车检具行业英文词汇总结概要

汽车检具行业英文词汇总结概要

检具:Checking fixtureGauge /gage机器:线切割Wire cutters磨床grinder铣床milling machine车床lathe钻床drill press刨床planer锯床saw三坐标测量机COORD3 CMM 零件:销pin销子dowel插销stab pin止通规Go/no Go pins夹钳clamp衬套bushing卡扣clip 金属卡扣metallic clip百分表dial indicator = comparator = caliber打表点dial point磁铁magnet塞尺feeler吊环lift rings把手handle / grip/hand knobs垫片shim螺钉screw螺纹screw thread导轨guide rail滑块slide block小车movable table /cart热处理Heat treatment:调质aging 淬火quench发黑nigrescence blackening 镀铬chromeplate 阳极氧化anodic oxidation 喷漆painting 镀锌zinc-coated术语数模math data3围 3 dimension (3 D基准datum定位面net pads/ support surface/ locating surface 定位点RPS points 模拟块mask / module block平齐面Flushness支撑面support surface检测块:Checking block坐标系coordinate system校准calibrate孔位position of pins法线normal观察孔sight hole倒角切面chamfering斜角chamfer angle马蹄形clevis干涉conflictive /interference菱形diamond / lozenge锥形taper / 圆锥形的conical椭圆形ellipse / 长方形oblong环境件Neighboring parts插入insert into车内部零件径rip板金sheetmetal仪表板instrument panel (IP盖子lid副仪表板console门板door panel (DP白车身body in white (BIWC 柱 C Pillar发动机罩hood上体发泡件Top Cover foamed注塑骨架检测:milled CHO (injection substrate整车测量样架whole vehicle inspection frame samples 车顶饰顶decoration roof 天窗clerestory moon roof 移动天窗挡风玻璃windshield仪表板骨架framework of instrument panel自动油管automatic vitta油箱oil box车灯light of automobile轮毂wheel /hub仪表盘meter tray保险防撞杆collision bumper仪表盘上饰板plaque in meter tray焊接板筋Blackstraps jointing衣帽架coatrack导航饰框decoration frame for navigation方向盘steering wheel测试工装test accessorial tools地毯carpet各类管道conduit of every sort and kind饰条decoration strip脚踏板pedal仪表台装饰板plaque in meter platform气囊门铰链airbag door gemel 外测出风口总成outer vent assembly 中间出风口总成mid vent assembly气囊门支架驾驶侧下挡板本体 airbag door support drive side baffle (lower boarding /carrier(载体仪表盒骨架测量支架 instrument box CCB measurement support 手套箱总成转向柱上护盖转向柱下护盖挡风板检具饰条本体 glove box assemblycolumn cover upper column cover lower weather panel decoration strip boarding/carrier(载体前围后上板总成—左驾检具 cowl panel assembly rear—left drive 后门框饰条驾驶侧端骨架 armature / CCB 内饰、外饰零件出风口 vent Exterior and interior parts doorframe decoration strip rear drive side 杯托拉门 Tambour Door 臂托 Armrest 控制开关面板把手盖板检具出货 Switch Bezel Grab Handle Bezel Gauge release。

三坐标 英语

三坐标 英语
允许探测误差
Maximum Permissible Probing Error
允许万向探测系统形状误差
Maximum Permissible Articulated Probing System Form Error
允许万向探测系统位置误差
Maximum Permissible Articulated Probing System Location Error
谐振
Resonance
(坐标测量机)的复检检测
Reverification Test(Of A CMM)
逆向工程
Reverse Engineering
自转
Roll
转台
Rotary Table
转台设置
Rotary Table Setup
采点策略
Sampling Strategy
计算机辅助设计
Computer-Aided Design (CAD)
接触式探测系统
Contacting Probing System
连续轨迹控制
Continuous Path Control
转换规则
Conversion Rule
转换检测参数
Converted Test Parameter Values
平均失效时间
Mean Time Between Failure (MTBF)
平均修复时间
Mean Time For Repair (MTFR)
测量空间
Measuring Volume
千分尺
Micrometer
微型应变片
Micro-Strain Gage
外接圆
Minimum Circumscribed Circle

三维坐标测量技术在汽车车身检测中的应用

三维坐标测量技术在汽车车身检测中的应用

2
主动测量系统分析
图 2 所示为某直升机螺旋桨桨叶表面贴附碳纤 维的自动拉制设备, 技术要求为碳纤维的每毫米质 量差不超过 0.01g, 直径变化量不超过 0.005mm, 任 意截面圆度误差不超过 0.002mm。
图1
主动测量系统作为整个加工设备的基础单元, 初始测量单元对被加工工件进行动态测量, 收集工 件任一时刻的状态参数 (尺寸、 转速、 温度、 应力等) , 测量子单元分别依据各自既定的数学模型对各传感 器采集数据进行采样、 过滤、 分频、 放大、 编码, 最后 传输到中央控制计算机。根据测得数据与预设数据 的比较, 计算机自动调整加工设备的相应参数, 将调 整后的参数传输到其他测量子单元, 对工件进行后 续的跟踪测量, 在采集设备里调整参数后, 将加工中 的数据与原数据和预设参数进行对照, 比较机床调 整的效果, 使加工—测量—分析—调整—加工, 实现
Zheng Jun Zhu Jigui Ye Shenghua
Abstract:The 3D coordinate measuring principle and application of 3D coordinate, vision examining system and measuring robot are discussed by taking three examine means of automobile online measuring technology as examples. Keywords: 3D coordinate measuring, vision examining, robot, bodywork
参考文献 1 2 3 熊有伦等 . 机器人学 . 机械工业出版社 王植槐等 . 汽车制造检测技术 . 北京理工大学出版社 熊春宝 . 经纬仪工业测量系统的模型研究 . 武汉测绘科技 大学学报, (9) 1998

机械工程专业英语教程第2版Lesson35

机械工程专业英语教程第2版Lesson35

2020/5/28
《机械工程专业英语教程》
4
CMMs are manual or automatic. In manual mode, the CMM is moved by the user. An automatic CMM is typically actuated by
electric drives (using ballscrews or linear motors).[2]
part in three dimensions. However, it is often used to make 2-D
measurements such as measuring the center and radius of a
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量具中英文对照

量具中英文对照

量具Measuring Tools 计量Gauging卡尺――Caliper 0。

02游标卡尺-――Vernier Caliper数显卡尺――Digital Caliper带表卡尺――Digital Slide CaliperCA=Calipers卡尺深度尺――depth gauge 0。

02数显深度尺――Digital depth gauge 外径深度尺――depth micrometerDI=Depth Indicator深度测试仪千分尺micrometer 0.01外径千分尺――external micrometer, 外径千分尺outside micrometer内径千分尺――Internal micrometer内径千分尺micrometer inside caliper;inside micrometer 深度千分尺micrometer depth gauge;depth micrometer卡钳式内径千分尺-Internal quick caliper dial gauge外径千分尺标准棒――micrometer standard外径千分尺架子――micrometer stand带表外径千分尺――Indicator dial micrometer MI=Micrometer千分尺千分表-Dial indicator数显千分表—Digital indicator千分表外径规―――Dial indicator snap gauges平面规surface gauge磁性吸座--Magnetic stand孔的轮廓量规-Bore profile gauge KT点接触杠杆千分表—-—Lever dial indicator point contact length可调的磁力架-—--Magnetic stand with fine adjustment高度尺height gauge 0。

02游标高度尺—-—Vernier height gauge数显游标高度尺Digital height gaugeMH=Height tester高度测试仪尺规\刀规-Straight edge板规plate gauge中心规centre gauge锥度规taper gauge比例规proportional dividers标准规standard gauge齿轮规gear tooth gauge分线规divider;dividers工作量规working gauge厚薄规feeler(gauge)角规angle gauge块规gauge(block)量规gauge螺距规screw pitch gauge螺纹千分尺screw micrometer内卡钳inside caliper外卡钳outside caliper圆规compasses椭圆规ellipsograph隙规gap(/clearance)gauge线规wire gauge斜角规bevel square折尺folding pocket measure(/ruler)曲尺carpenter’s square钢尺――steel rule刻度尺graduation ruler丁字尺T—square三角尺set square直尺straight edge皮尺tape(/measure)卷尺Locking tape measure金属卷尺metallic tape角尺――angle square组合角尺combination set花岗岩平台(精度1极)Granite table, accuracy 1装有T型槽的平台-Tenon and T-slot incl。

意大利coord3三坐标

意大利coord3三坐标

意大利coord3三坐标公司历史:Coord3成立于1973。

公司的使命曾经是为汽车工业制造者生产划线仪器。

从70年代到80年代:本公司生产安装了400多台划线仪器。

在80年代末期:公司产品范围进一步扩大,包括不同架构的机器:桥式,龙门式,水平臂式。

1992年:Coord3开发了基于Windows TM平台的手动及数控三坐标测量机的软件。

1999年:新股东投入资金并为公司管理走上快速成长道路作出贡献。

2004年:Coord3和卡尔蔡司公司宣布了在开发和销售Coord3龙门式测量设备反面的合作关系。

2007年:Coord3加入了高度创新,快速增长的测量机解决方案提供商Metris公司。

2009年:Metris公司分拆意大利三坐标测量机的运作,成立新的公司,名称为:Coord3 Industries有限责任公司。

当今:Coord3 Industries有限责任公司总部设在Bruzolo,意大利都灵。

公司使命:1.为三维测量提供整体解决方案。

2.制造高品质的机器以及最先进的软件和控制器设备。

Coord3 Industries是在意大利的三坐标测量机领军企业之一,拥有全球安装基础(超过3,000套,50%应用于意大利)的铝制桥式和大型龙门式三坐标测量机而且在不同高科技行业都有很多重要客户。

Coord3 Industries在全球市场范围内设有三坐标测量机的代理和服务中心网络。

Coord3 Industries仍然是Metris公司独家分销商(意大利),产品包括激光传感器,雷达/GPS系统和手动关节壁。

首页 >>> 产品目录 >>> 意大利COORD3三坐标测量机产品[水平臂测量机,水平臂测量仪,双悬臂测量机]资料点击看大图如果您对该产品感兴趣的话,可以产品名称: 水平臂测量机,水平臂测量仪,双悬臂测量机产品型号:产品展商: 昆山科德三测量仪器有限公司关注指数:62产品文档: 无相关文档简单介绍水平臂测量机,水平臂测量仪,双悬臂测量机水平臂测量机,水平臂测量仪,双悬臂测量机的详细介绍品牌Coord3 型号SWAN SI类型水平臂式三坐标测量机定位精度 0.001(mm)外形尺寸 1000*1860*2155(mm)水平臂型测量机:SWAN SISWAN SI系列的主要特点是承载运动主滑架的导航直接固定在地面上(“轨道”式结构),“轨道”式结构设计,充分保障待测工件无阻碍进出。

有关三坐标测量机的相关术语

有关三坐标测量机的相关术语

1.与测量机的精度评定标准ISO 10360相关术语1.1坐标测量机(CMM)是通过移动测头为测量手段的测量系统,有决定工件表面上的空间坐标的功能。

三坐标测量机: 有求取相互垂直的轴和轴移动量的光栅尺和测头,能从各个移动量中求取测头的三维坐标值的测量机。

1.2坐标测量依靠CMM实行对空间坐标的测量1.3工件坐标系统对工件固定的坐标系统,一般简称作PCS(Part Coordinate System)1.4机械坐标系统对CMM的物理的或计算轴固定的坐标系统,一般简称为MCS(Machine Coordinate System)1.5测头系统存在测头的情况下,由测头加长杆,测头交换系统,测针,测针交换系统和测针加长杆构成的系统。

测头:作为测量被测物的坐标位置工具,可以分为接触式测头和非接触式测头。

1.6测量有决定坐标数值的作用测量: 利用三坐标测量机,把测头碰到被测物后读取该位置的坐标值1.7对大小测量CMM 标示的最大允许示值误差根据CMM的规格,规定等对允许的测量大小CMM标示误差的最大数值E备注:对大小测量误差CMM标示的最大允许误差MPEE,,表示为三种形式中的一个。

1.8测头误差检测球的材料的大小标准的半径范围,是由CMM能决定的示值误差。

测量是在检测球上实行利用一个测针的离散点测量(标示的测量点的记录,经过中间点后直接算定的特定的测量)方式。

1.9检测球对合格判定测试用和复检测试中使用的检测球的大小标准。

1.10分辨率有意义的分辨在可能的标示设备示值之间的最小差异。

在数码标示设备中,最小有效数字变换一个阶段时示值的变化。

2与测量有关术的术语2.1测量学与测量有关的科学无论其不确定度是什么,以及无论在科学或技术的哪个领域中能实现,测量学包括与测量有关的理论和实际的两个观点等2.2测量和以某种量(测量量)作为单位来使用的相同种类的其他量相比较为了决定量的值进行的一系列的工作2..3检查决定是否满足特定规定2.4正确度偏重一边的程度测量结果和测量量的真实值相一致的程度2.5精密度测量值的离散(散布)的程度2.6互换性与需互相组装的零件或者与要素无关,任意选择独立制造的零件进行组装也能发挥正常功能的性质(能维持功能或适合性,把设备或机器的零件之类的构成要素与其他机器的要素互换也能使用的性质)2.7重复性在同一测量条件(反复性条件)下,连续测量同一测定量所得到的结果之间相一致的程度。

车身三坐标测量技术 ppt课件

车身三坐标测量技术  ppt课件

1. 三坐标测量机的作用
(1) 对复杂形状表面轮廓尺寸进行测量,例如箱体零件
的孔径与孔位、叶片与齿轮、汽车与飞机等的外廓尺 寸检测等。
(2) 提高三维测量的测量精度。目前高精度三坐标测量 机的单轴精度,每米长度在1μm以内,三维空间精度 达到1-2μm 。对于车间检测用的三坐标测量机,每米 测量精度单轴也达到3-4μm 。
中等精度的三坐标测量机的单轴最大测量不确定度 大 约 为 l×10-5L , 空 间 的 最 大 测 量 不 确 定 度 在 (2~3) ×10-5L之间。
高精度三坐标测量机多称为精密型或计量型测量机, 主要在计量室使用,单轴的最大测量不确定度大 约 为 1×10-6L , 空 间 的 最 大 测 量 不 确 定 度 在 (2~3)×10-6L之间。
(2) 球形测头容易因接触力造成磨损,所以,为了维持一定的精度,需要经 常校正球形测头的直径。
(3) 不当的操作容易损害被测件某些重要部位的表面精度,也会使测头损坏。 (4) 接触式触发测头是以逐点进出方式进行测量的,所以测量速度慢。 (5) 检测一些内部元件有先天的限制,如测量内圆直径,触发测头的直径必
ppt课件
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5.2.2 应用特点 接触式三坐标测量机的精度的表示方法主
要有3种:
(1) 测量机本身的精度:主要是指坐标位置的点 位精度。
(2) 重复精度:是测量机重复测量某一尺寸时测 量结果的变动范围。
(3) 示值精度:是测量机测量任何已知尺寸所得 测量结果的误差范围。
ppt课件
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接触式三坐标测量的优点:
(5) 磁共振成像(Magnetic Resonance Imaging,MRI) 也称为核磁共振,该技术的理论基础是核物理学的磁 共振理论,是20世纪70年代末以后发展的一种新式影 像技术。

高精度的车身检具--三坐标测量机外文翻译

高精度的车身检具--三坐标测量机外文翻译

The high accuracy automobile body examines has -- Three coordinates measuringenginesThe automobile body examination is in the automobile industry about the spare part examination important part, this examination directly is relating the entire vehicle outward appearance and the quality Three coordinates measuring engines generally have the high accuracy, the high velocity, the very good flexibility, the very strong dataprocessing and adapt the scene environment ability, is inparticularrich the software function which, unceasingly expands, at present moreand more applications in automobile body examination.The automobile body examines characteristicAutomobile body in processing and in craft assembly process, becauseeach kind of host objective factor can have various error, besidesoperator itself skill and experience and so on subjective factorinfluence, but also has some becausexamination method itself createsinfluence. Some two kind of quite typical situations: First, theautomobile body and its composition each kind of spare part mostly forthe plate work, the work piece rigidity is generally worse, Also on automobile body surface each kind of hole and the relativesize are been at the earth gravity influence the strained condition,if the use tradition survey way and the jig method often are unable tothis kind of nature distortion to survey and the appraisal, even ifsurvey and appraisal, also can appear a bigger deviation. Its two, theautomobile body is the multi- kinds of work in a factory jobassembly system, is very difficult avoids when the single unitexamination to have the deviation.In view of the fact that the above reason, the request which examinesto the automobile body mainly has: Locates reasonably; The holeexamination contains two contents: Aperture size, hole position;Contour inspection: Because this kind of components outline generallyassumes the free curved surface, not characteristic and so on rule,needs to adopt the many kinds of ways according to the specialdetails; Draws a line the way inspection work piece outline, thesituation is similar with the inspection hole; Treats measured thecomponents need to clamp.The tradition examines has generally only aims at a parameterexamination, are many is the manual operation, the working efficiencyis not high. Moreover, the tradition examines has and the examinationhas many insufficiencies with the jig, does not have monitors on theproduction line to move the situation ability, therefore in theautomobile body and so on in the large-scale weldment examination andthe survey application, the tradition examines has has gradually lostthe dominant position, displaces is the high accuracy threecoordinates measuring engine.Three coordinates measuring engines in automobile body examinationapplicationThree coordinates measuring engines are through poke head in thesystem and the work piece relative migration, surveys the work piecetable flour dim sum three dimensional coordinates the measurementsystem. Besides the measuring engine main body part, the system alsoincludes the transportation, the attire clamps and so on to assist thelink, and must in survey software under the coordination to be able tocomplete the request the survey duty. Three coordinates measuring enginesgenerally have the high accuracy,the high velocity, the very good flexibility, the very strong dataprocessing and adapt the scene environment ability, is in particularrich the software function which, unceasingly expands, all theseenabled CMM to play the increasingly major role in the automobile bodyquality control. Especially in today passenger vehicle productionworkshop, three coordinates measuring engines has used on theproduction line, but is not the use in is far away the scene thesurvey in. In the pressing part production workshop, uses the proportion whichthree coordinates measuring engines examines to cross one half, somelarge-scale complex work pieces are examined the proportion to behigher. The weldment certainly is not each kind all needs to carry onthe examination, but in must receive these automobile bodies’ whichcontrols always to become, uses three coordinates measuring engines tocarry on the inspection the proportion even to achieve 2/3. Uses inthree coordinate measurement system which in the production processexamines to become the technological process in fact a constituent.Three coordinates measuring engines type and characteristicAt present, in the world provides the specialized examination plan forthe automobile profession automobile body examination the mostwell-known factory family belongings to be Italian DEA Corporation,and in impetus automobile body research and "white automobile body"the size examination aspect has made the prominent contribution. Theapplication characteristic examines which in view of the automobilebody, DEA developed adapted the automobile to examine each link eachkind of design, added aims at the software function which the platework characteristic established, Can for the automobile body development, the trial manufacturing,thepart/sub-assembly/always become the examination, the on-lineexamination as well as the quality control provides the safeguard.The commonly used three coordinates measuring engine mainly has thehorizontal arm measuring engine, the bascule bridge type measuringengine and fixes the Dragon Gate measuring engine. Horizontal armmeasuring engine divides the double horizontal arm and the listhorizontal arm two kinds, mainly uses in to the automobile body andthe large-scale plate work survey, also observable center small. Thebascule bridge type measuring engine precision is higher, mainly usesin to the shape complex thin wall work piece, Specially is suitable to is producing the scene carries on theon-linesurvey to the middle and small scale pressing part and the weldment.Fixes the Dragon Gate measuring engine the precision to be higher thanthe horizontal arm measuring engine, mainly uses in like the aviation,the automobile and so on the tall and slender survey.The examination uses the flexible jigaccording to surveys the request, formulateseach kind of localization and clamps the plan, meets must manufacturesome jigs, then according to the existing plan, in three coordinatesmeasuring engines work floor, locates these and the clamp builds,establishes behind the survey coordinate system in this foundation tobe possible to survey. This traditional procedure existence deliverycycle long, the deficient flexibility, the change expense high, thestorage expense is big and so on the shortcoming.The modernization large-scale, the multi- varieties automobileproduction request flexible jig system may use in any measuring engine(bracket or vertical arm); Moreover it does not need and theexamination supposes has special electrical and the software joint.This kind of jig system maintenance convenient, the use is simple. The commonly used flexible jig system has two kinds, the first kind isthe programmable column promotion, the second kind is mechanical typemodule joining together. Also has in the first kind entire isautomatic and the manual division, but the second kind also has thedifferent structural style.The entire automatic flexible attire clamps the systemEntire automatic flexible attire clamps the system take DEA theproduction FIVE (like chart 3) as an example, its main body part isgroup of circular cylinders, in sufficient compressed air, if turns onthe air valve, the base namely forms the air cushion, the columnphysical ability livelily moves in the platform, also highly variables, the height of lift biggest one kind is 500mm; The peak matches the standardized strut, with by load bearing work piece. Underthe shut-down condition, these circular cylinders neatly set to coordinates measuring engine platform behind. This system when movement, consummates software and the automatic operation function with the aid of FIVE moves one by one the circularcylinder to platform in some establishes in advance the position;After the circular cylinder according to is definite X, Y, the Zcoordinates stops supposes the fixed point in the platform, measured a manipulator starts upwardly, namely along the Z axis migration, promotes the column in vivo piston to the stipulation altitude; Procedure beforehand establishes which through the execution, X, Y,the Z coordinates on have established in the coordinates measuringengine survey space. So long as in view of the different work piece establishment corresponding procedure, the FIVE system can satisfy each kind of work piece the strut, the attire clamps the request, has demonstrated theenormous flexibility, namely flexibility.The manual flexible attire clamps the systemThe FIVE automatic systems also have the obvious insufficiency, one isthe user investment big, two is although the operating process for entire is automatic, but the working efficiency is not certainly high. In recent years promoted the manual flexible attire to clamp thesystem, was similar to the FIVE system, according to was measured the work piece the different situation first established the correspondingprocedure, The measuring engine measured gradually enters ,the operator then artificially moves the circular cylinder to measured under, the manual promotion to aims at survey on to assign the position again, then installs the modular strut cartridge, this kind of system compared to entire automatic jig system working efficiency high, the efficiency is also good.On servosystem and so on yummy treatsOn yummy treats system including conveyer belt, axle vehicle and power department classification. Installs on the yummy treats system inmeasuring engine around, the reference and the assembly line position,on the yummy treats may carry on in any side. Thus, the down time, namely the spatial running time reduces to few, enhanced the working efficiency. When treats measured the thin wall when surveysthe location examines, the next thin wall is installed in 上料 the location load bearing platform, but completes after the survey circulation, this on automatically emigrates surveys the region, installs the new workpiece second platform to move in. According to surveys the duty the need, in the load bearing platform also may establish measures astorehouse, also may in examine in a complex work piece process to measure the head through the replacement, time completes the task.General surveys software and special-purpose survey softwarePreliminary survey software is the coordinates measuring engine necessary slightly disposes software. It responsibly completes the entire measurement system the management, adjusts, the coordinate system establishment and the transformation, the input output management, the basic geometry essential factor size and the shape position common difference appraisal as well as the element constitution basic function including the probe. (The shape position common difference includes: The straight dimension, flatness, roundness, the column, the line outline, the surface outline, the parallelism, the verticality, the gradient, position, coaxial (heart), the symmetry, the circle beat, all beats)Special-purpose survey software is aims at some kind software which has the specific use the spare part survey question to develop, for example: Gear, thread, free curve and free curved surface and so on. Generally also has some attached software modules, for example: The statistical analysis, the error examine, compensates, CAD and so on.The advanced measurement and examination software may need to provide the perfect solution for the measurement, is highly effective correctly completes the examination function the key aspect. If thick-DMIS survey software operation contact surface is succinct, may instruct the user to carry on the components programming, the parameter establishment and the work piece examination; At the same time, its integrated graph function, can examine the data production visible graph report; Also may transplant traditional survey software, and provides ties up software and so on plan like MM4, TUTOR. In addition also includes each kind of plate work and the plastic glass and the fitting completeset survey procedure, as well as automatically seeks the surveyelement, real-time three dimensional measured compensates, the automatic compensation distortion work piece superficial position andthe direction and so on; And distorts the big work piece hole search function to the plate work, Namely controls the measuring engine the region to seek several effective geometries shapes nearby the theory hole center, has had the intellectualized characteristic. This software also has the formidable CAD graph function, the permission user uses the three dimensional CAD data, off-line or on-line production work piece examination procedure, simultaneously completes the graph work piece model and the survey way simulation, produces the computer digital-analog to complete the reversion project.高精度的车身检具--三坐标测量机车身检测是汽车工业中关于零部件检测的重要部分,该项检测直接关系着整车的外观和质量。

机械专业英语词汇

机械专业英语词汇
hot mark 热斑 hot stamping 烫印
injection nozzle 射出喷嘴 injection plunger 射出柱塞
injection ram 射出冲柱 isomer 同分异构物
kneader 混合机 leveling agent 匀涂剂
lubricant 润滑剂 matched die method 配合成形法
radius 半径 ring gauge 环规
sine bar 正弦量规 snap gauge 卡模
square master 直角尺 stylus 触针
telescopic gauge 伸缩性量规 working gauge 工作量规
品质、生产名称类
QC quality control 品质管理人员
TQC total quality control 全面质量管理
POC passage quality control 段检人员
QA quality assurance 质量保证人员
OQA output quality assurance 出货质量保证人员
QE quality engineering 品质工程人员
mil 千分之一寸 monometer 压力计
morse taper gauge 莫氏锥度量规 nonius 游标卡尺
optical flat 光学平晶 optical parallel 光学平行
passimeter 内径仪 position scale 位置刻度
profile projector 轮廓光学投影仪 protractor 分角器
take out device 取料装置 tie bar 拉杆

计量器具中英文对照

计量器具中英文对照

计量器具中英文对照量具类1. 量块gaugeblock2. 光滑极限量规plainlimit gauge3. 塞规pluggauge4. 环规ringgauge卡规snap gauge5. 塞尺feelergauge6. 钢直尺steelgauge7. 精密玻璃线纹尺precision glass linear scale8. 精密金属线纹尺precision metal linear scale9. 半径样板radiustemplate卡尺类1. 游标卡尺verniercaliper2. 带表卡尺dialcaliper3. 电子数显卡尺calliperwith electronic digital display4. 深度标游卡尺depthvernier caliper5. 电子数显深度卡尺depthcaliper with electronic digital display6. 带表高度卡尺dialheight calliper7. 高度游标卡尺heightvernier caliper8. 电子数显高度卡尺heightcaliper with electronic digital display9. 焊接检验尺calliperfor welding inspection千分尺类1. 测微头micrometerhead2. 外径千分尺externalmicrometer3. 杠杆千分尺micrometer with dial comparator4. 带计数器千分尺micrometer with counter5. 电子数显外径千分尺micrometer with electronic digital display6. 小测头千分尺smallanvil micrometer7. 尖头千分尺pointmicrometer8. 板厚千分尺sheetmetal micrometer9. 壁厚千分尺tubemicrometer10. 叶片千分尺blademicrometer11. 奇数沟千分尺oddfluted micrometer12. 深度千分尺depthmicrometer13. 内径千分尺internalmicrometer14. 单杆式内径千分尺single-body internal micrometer15. 表式内径千分尺dailinternal micrometer16. 三爪式内径千分尺threepoint internal micrometer17. 电子数显三爪式内径千分尺three point internal micrometer18. 内测千分尺insidemicrometer指示表类1. 指示表dialindicator2. 深度只是表depthdialindicator3. 杠杆指示表dialtestindicator4. 内径指示表boredialindicator5. 涨弹簧式指示表expanding head bore dial indicator6. 钢球式内径指示表balltype bore dial indicator7. 电子数显指示表dialindicator with electronic digital display8. 杠杆卡规indicatingsnap gauge9. 带表卡规dialsnapgauge10. 带表外卡规outsidedial snap gauge11. 带表内卡规insidedial snap gauge12. 测厚规thicknessgauge13. 扭簧比较仪microcator14. 杠杆齿轮比较仪mechanical dial comparator15. 电子量规electronicgauge16. 电感式传感器inductance type transducer17. 指示装置indicatingdevice18. 电感测微仪inductance micrometer19. 峰值电感测微仪peakinductance micrometer20. 电感内径比较仪inductance bore comparator21. 瞄准传感器aimingtransducer角度测量器具1. 角度块angleblockgauge2. 正多面棱体regularpolygon mirror3. 刀具角度样板cutterangular template4. 直角尺square5. 平行直角尺parallelsquare6. 宽座直角尺wide-stand square7. 刀口形直角尺edgesquare8. 矩形直角尺squaresquare9. 三角形直角尺threeangle square10. 圆柱直角尺cylindersquare11. 方形角尺squareguage12. 万能角度尺universalbevel protractor13. 游标式万能角度尺vernier universal bevel protractor14. 表式万能角度尺dialuniversal bevel protractor15. 光学分度头opticaldividing head16. 目镜式光学分度头optical dividing head with microscope reading17. 投影式光学分度尺optical dividing head with projection reading18. 光电分度头optical-electronic dividing head19. 多齿分度台multi-tooth division table20. 分度转台divisionrotary table21. 正炫规sinebar22. 普通正炫规generalsine bar23. 铰链式正炫规hingetype sine bar24. 双向正炫规dual-directional sine bar25. 圆锥量规conegauge26. 圆锥塞规plugconegauge27. 圆锥环规ringconegauge28. 直角尺测量仪squaremeasuring instrument 计量器具中英文对照汇总表-形位误差测量器具1. 平晶opticalflat2. 单面平晶opticalflat3. 双面平晶paralleloptical flat4. 刀口形直尺knifestraight edge5. 刀口尺knifestraight edge6. 三棱尺threeedgesstraight edge7. 四棱尺fouredgesstraight edge8. 平尺straightedge9. 矩形平尺squarestraight edge10. 工字形平尺i-beamstraight edge11. 角形平尺anglestraight edge12. 桥形平尺bridgetypestraight edge13. 平板surfaceplate14. 铸铁平板castironsurface plate15. 岩石平板granitesurface plate16. 方箱squarebox17. 水准器式水平仪levelmeter18. 条式水平仪barlevelmeter19. 框式水平仪framelevel meter20. 合像水平仪imaginglevel meter21. 光学倾斜仪opticalinclinometer22. 电子水平仪electronic level meter23. 指针式电子水平仪electronic level meter with indicator24. 数显式电子水平仪electronic level meter with digital display25. 平直度测量仪straightness measuring instrument26. 光学式平直度测量仪optical straightness measuring instrument27. 光电式平直度测量仪photoelectrical straightnessmeasuringinstrument28. 圆度测量仪roundnessmeasuring instrument29. 转轴式圆度测量仪spindle-rotating type roundnessmeasuringinstrument30. 转台式圆度测量仪table-rotating type roundnessmeasuringinstrument计量器具中英文对照汇总表1.刀口型直尺:knifestraigjht edge2.刀口尺: knife straigjht edge3.三棱尺three edges straigjht edge4.四棱尺four edges straigjht edge5.条式和框式水平仪bar form and square levels6.合像水平仪imaging level meter7铸铁平板cast iron surface plate8.岩石平板granite surface plate9.铸铁平尺cast iron straigjht edge10.钢平尺和岩石平尺steel and granite straigjht edge11.圆度仪roundness measuring instrument12.电子水平仪electronic level meter13.表面粗糙度比较样块铸造表面roughness comparisonspecimens castsurf ace14.表面粗糙度比较样块磨、车、铣、插及刨加工表面roughness comparison specimens-ground,turned,bored,milled,shapeandpla ned15.表面粗糙度比较样块电火花加工表面roughness comparison specimens spark-erostion machiningsurfaces16.表面粗糙度比较样块抛光加工表面roughness comparison specimens pollshed surfaces17.接触式仪器的标称特性18.轮廓profiles19.轨迹轮廓traced profile20.基准轮廓reference profile21.总轮廓total profile22.原始轮廓primary profile23.残余轮廓residual profile24.触针式仪器stylus instrument25.感应位移数字存储触针式量仪displacement sensitive,digitally storin gstylusinstrument26.触针式仪器的部件stylus instrument components27.测量环measurement loop28.导向基准renfence guide29.驱动器drive unit30.测头(传感器)probe(pick-up)31.拾取单元tracing element32.针尖stylus tip33.转换器transducer34.放大器amplifier35.模/数转换器analog-to-digital converter36.数据输入data input37.数据输出data output38.轮廓滤波和评定profile filtering and evaluation39.轮廓记录器profile recorder40.仪器的计量特性metrological characteristics of the instrument41.静测力的变化change of static measuring force42.静态测力static measuring force43.动态测量力dynamic measuring force44.滞后hysteresis45.测头的测量范围transmission function for the sine waves46.仪器的测量范围measuring range of the instrument47.模数转换器的量化步距quantization step of the ADC48.仪器分辨力instrument resolution49.量程分辨力比range-to-resolution ratio50.测头线性偏差probe linearity deviation51.短波传输界限short-wave transmission limitation52.轮廓垂直成分传输vertical profile component transmission53表面粗糙度比较样块抛丸、喷砂加工表面roughness comparison specimens shot blasted and blastedsurfaces54产品结构几何量计术规范(GPS)geometricalproduct specifications(GPS) 55表面结构surface texture56接触式仪器的标称特性nominal characteristics of contact instruments57公法线千分尺micrometer for mearsuring root tangent lenghths of gear teeth58最大允许误差maximum permissible error59圆柱直齿渐开线花键量规gauges for straight cylindricalinvolute splines60齿厚游标卡尺Gear tooth verniercalipers61齿轮渐开线样板the involute master of gear62齿轮螺旋线样板the helix master of gear63矩形花键量规gauges for straight –sided splines64测量蜗杆master worm65万能测齿仪universal gear measuring instrument66万能渐开线检查仪universal involute measuring instrument 67齿轮齿距测量仪gear circular pictch measuring instrument 68万能齿轮测量机Universal gear measuring machine69齿轮螺旋线测量仪gear helix measuring instrument70便携式齿轮齿距测量仪manual gear circular pitch measuring instrument 71便携式齿轮基节测量仪manual gear base pitch measuring instrument72立式滚刀测量仪vertical hob measuring instrument73齿轮双面啮合综合测量仪Gear dual-flank measuring instrument74齿轮单面啮合整体误差测量仪Gear single-flank meshing integratederrormeasuring instrument75梯形螺纹量规gauges for metric trapezoidal screw threads 76工作螺纹量规work gauges for metric trapezoidal screw threads77校对螺纹量规check gauges for metric trapezoidal screw threads78.梯形螺纹量规型式与尺寸Types and dimensions of metric trapezoidalscrewthreads79.普通螺纹量规型式与尺寸Types and dimensions of gauges purposescrewthreads80.非螺纹密封的管螺纹量规Gauges for pipe threadsprcessure-tight joints arenot made on the threads81.螺纹千分尺Screw thread micrometer82.最大允许误差maximum permissible error83.间隙螺纹量规Clearance screw gauge84.量针Bar gauge85.螺纹样板Screw thread template86.用螺纹密封的管螺纹量规Gauges for pipe threads where pressure-tight joints are made onthethreads 87.刀具预调测量仪精度Accuracy of the presetting instrument88.薄膜式气动量仪Membrane type pneumatic measuring instrument89.光栅线位移测量系统Grating linear displacement measuring system90.光栅角位移测量系统Grating angular displacement measuring system91.磁栅线位移测量系统Magnet-grid linear displacement measuring system92.量块附件Accessories for gauge blocks93.V形架Vee blocks94.比较仪座Comparator stand95.磁性表座Magnetic stand96.万能表座Universal stand for dial indicator计量器具中英文对照汇总表一般术语:1. 几何测量geometrical product2. 量值value(ofaquantity)3. 真值truevalue(ofa quantity)4. 约定真值conventional true value(of aquantity)5. 单位unit(ofmeasurement)6. 测量measurement7. 测试measurementand test8. 检验inspecte9. 静态测量staticmeasurement10. 动态测量dynamicmeasurement11. 测量原理principleof measurement12. 测量方法methodofmeasurement13. 测量程序measurement procedure14. 被测量measurand15. 影响量influencequantity16. 变换值transformedvalue(of a measurand)17. 测量信号measurement signal18. 直接测量法directmethod of measurement19. 间接测量法indirectmethod of measurement20. 定义测量法definitive method of measurement21. 直接比较测量法direct-comparison method of measurement22. 替代测量法substitution method of measurement23. 微差测量法differential method of measurement24. 零位测量法nulllmethod of measurement25. 测量结果result ofameasurement26. 测得值measuredvalue27. 实际值actualvalue28. 未修正结果uncorrected result(ofameasurement)29. 已修正结果correctedresult(of a measurement)30. 测量的准确度accuracyof measurement31. 测量的重复性repeatability of measurement32. 测量复现性reproducibility of measurements33. 实验标准偏差experimental standard deviation34. 测量不确定度uncertainty of measurement35. 测量绝对误差absoluteerror of measurement36. 相对误差relativeerror37. 随机误差randomerror38. 系统误差systematicerror39. 修正值correction40. 修正系数correctionfactor41. 人员误差personalerror42. 环境误差environmental error43. 方法误差errorofmethod44. 调整误差adjustmenterror45. 读数误差readingerror46. 视差parallaxerror47. 估读误差interpolation error48. 粗大误差parasiticerror49. 检定verification50. 校准calibration51. 调准gauging52. 调整adjustment计量器具中英文对照汇总表-几何量测量器具术语1. 几何量具测量器具dimensional measuring instruments2. 长度测量器具lengthmeasuring instruments3. 角度测量器具anglemeasuring instruments4. 坐标测量机coordinate measuring machine5. 形状和位置误差测量器具form and position error measuring instruments6. 表面质量测量器具surface quality measuring instruments7. 齿轮测量器具gearmeasuring instruments8. 实物量具(简称“量具”)materialmeasure9. 测量仪器(简称“量仪”)measuringinstruments10. 测量链measuringchain11. 测量装置measuringsystem12. 指示式测量仪器indicating(measuring )instrument13. 记录式测量仪器recording(measuring)instrument14. 累计式测量仪器totalizing(measuring)instrument15. 积分式测量仪器integrating(measuring)instrument16. 模拟式测量仪器analogue(measuring)instrument17. 数字式测量仪器digital(measuring)instrument18. 测量变换器measuringtransducer19. 传感器sensor20. 指示装置indicatingdevice21. 记录装置recordingdevice22. 记录载体recordingmedium23. 标尺标记scalemark24. 指示器index25. 标尺scale26. 度盘dail计量器具中英文对照汇总表-测量器具术语1. 标称值nominalvalue2. 示值indication(of a measuring instrument)3. 标尺范围scalerange4. 标称范围nominalrange5. 标尺长度scalelength6. 标尺分度scaledivision7. 分度值value ofascale division8. 标尺间距scalespacing9. 线性标尺linearscale10. 非线性标尺non-linear scale11. 标尺标数scalenumbering12. 测量仪器的零位zeroofa measuring instrument13. 量程span14. 测量范围measuringrange15. 额定工作条件vatedoperating conditions16. 极限条件referencecondition17. 标准条件referencecondition18. 仪器常数instrumentconstant19. 响应特性responsecharacteristic20. 灵敏度senstivity21. 鉴别力discrimination22. 分辨力resolution(ofanindicating device)23. 死区deadband24. 准确度accuracyofa measuring instruments25. 准确度等级accuracyclass26. 重复性repeatability of a measuring instrument27. 示值变动性varationof indication28. 稳定度stability29. 可靠性reliability30. 回程hysteresis31. 漂移drift32. 响应时间responsetime33. 测量力(简称“测力”)measuringforce计量器具中英文对照汇总表-测量器具术语1. 实物量具示值误差errorof indication of a material measure2. 测量仪器示值误差errorof indication of a measuring instrument3. 重复性误差repeatability error of a measuring instrument4. 回程误差hysteresiserror5. 测量力变化variationof measuring force6. 测量力落差hysteresis of measuring force7. 偏移误差biaserror(of a measuring instrument)8. 允许误差maximumpermissible errors(of measuringinstruments)9. 跟踪误差trackingerror (of a measuring instrument)10. 响应率误差response-law error (of a measuring instrument)11. 量化误差quantization error (of a measuring instrument)12. 基值误差datumerror(of a measuring instrument)13. 零值误差zeroerror(of a measuring instrument)14. 影响误差influenceerror15. 引用误差fiducialerror16. 位置误差positionerror17. 线性误差linearerror18. 响应特性曲线responsecharacteristic curve19. 误差曲线errorcurve20. 校准曲线calibration curve21. 修正曲线correctioncurve计量器具中英文对照汇总表-表面质量测量器具表面粗糙度比较样块surface roughness comparison specimen 铸造表面粗糙度比较样块surface roughness comparison specimen forcastsurface磨、车、镗、铣、插及刨加工表面粗糙度比较样块surface roughness comparison specimenforground,turned,bored,milled,shaped andplanedsurface电火花加工表面粗糙度比较样块surface roughness comparison specimenforspark-erosion machined surface抛(喷)丸、喷砂加工表面粗糙度比较样块surface roughness comparison specimen forshotblasted and grit blasted surface 抛光加工表面粗糙度测量仪portable surface roughnesscomparison specimenforpolished surface便携式表面粗糙度测量仪portable surface roughessmeasuringinstrument驱动箱drivingbox台式表面粗糙度测量仪bench type surface roughnessmeasuringinstrument。

三坐标测量机英语

三坐标测量机英语

1.polar['pəulə]adj.(南, 北)极的, 靠近地极的(电池的)正负极的;【化】碰极的, 极性的;【数】配极的, 极的, 极坐标的两种性质相反的; 两个方向相反的中心的, (象北极星一样的)有向导意义的【航空】极地(轨道)的polar bear北极熊Love and hatred are polar feelings.爱与恨是完全相反的感情。

词性变化polar['pəulə]n.【数】极线, 极面; 极性; (火星表面的)极冠继承用法polarsensitiveadj.极向灵敏的, 对电流方向灵敏的, 极化的polar-symmetricadj.极对称的特殊用法conic polar极二次曲线cubic polar极三次曲线dynamic polar动态极坐标mixed polar混合极线two polar2.resolution[,rezə'lju:ʃən]n.决心, 坚定[决], 果断, 刚毅决定, 决议(案);【律】[罕]判决; (疑问等的)解答[决]分解, 溶解; 解析; 变形; 转化消除;【医】(疮肿等的)消散; [罕]松弛清晰度, 析象;【机】分解力;【自】分辨力【音】由不谐和音转变为谐和音; [诗]用二短音节代替一长音节变[转]化, 转变, 变形(into)show great resolution表示极大的决心a man of great resolution极其果断的人resolution of doubt疑团的清除visual resolution目力分辨率继承用法resolutionern.附议人, 支持决议案的人习惯用语adopt [carry, pass] a resolution通过决议, 作出决议come to a resolution (=form [make, take] a resolution) 决心, 拿定主意joint resolution(议会两院的)共同决议特殊用法angular resolution角分辨, 角分辨率apparent resolution可见分辨率, 清晰度appropriation resolution拔款决议azimuth resolution方位角分辨bearing resolution方位分辨率centre resolution中心分解力[清晰度]chromatic resolution彩色分解力[清晰度]chromatographic resolution色谱分离close-target resolution近目标分解度colour resolution彩色分解力[清晰度]command resolution命令分辨能力, 控制信号分辨能力complete free resolution完备自由分解complex spectral resolution复谱分解control resolution控制分辨能力controlled resolution可控分辨率, 控制精度copy resolution副本清晰度corner resolution(光栅)角分解力, 角清晰度depth resolution深度分辨率device resolution设备确定distance resolution距离分辨能力draft resolution决议草案edge resolution光栅边缘分辨能力[率] elevation resolution高度分辨能力, 仰角分辨能力energy resolution能量分辨率fine resolution高分辨能力fine detail resolution(图象)细节分解力[清晰度] force resolution力的分解fractional range resolution距离分辨率free resolution自由分解frequency resolution频率分解geometric-limited resolution 几何限制分辨率[分解力] grey level resolution灰度级分辨率image resolution图象清晰度; 图象分解力image converter resolution变象管分辨率injective resolution内射分解, 单射分解input resolution输入分辨力instrumental resolution仪器的鉴别力intrinsic resolution内在分辨率left projective resolution左射影分解limiting resolution极限分解力[分辨率], 极限清晰度limiting horizontal resolution极限[最高]水平分解力limiting vertical resolution极限垂直分解力; 最高垂直分解力line resolution行分解力, 行清晰度linear resolution线形分解, 线形归结lock resolution锁分解, 锁归结loop input resolution环路输入分辨率loop output resolution环路输出分辨率luminance resolution亮度信号分解力[清晰度]mass resolution质量分辨measuring resolution测试分解力[清晰度]minimal injective resolution极小内射分解minimum resolution最低分解力; 最低清晰度modular resolution模分解moving-area resolution活动面清晰度nominal resolution标称分辨度optical resolution旋光拆开, 光学离析; 光学分辨率, 光分辨能力optimum resolution最佳分解力[清晰度]ouput resolution输出分辨能力peak resolution峰分辨度phase resolution相位分辨能力picture resolution图象分解力; 图象清晰度plane-wave resolution平面波的分解potentiometer resolution电位器分辨率proposed resolution建议的决议pulse height resolution脉冲振幅清晰度range resolution距离分辨能力reproduced image resolution重显图象分解力[清晰度]right injective resolution右内射分解semantic resolution语义分解, 语义归结skirt resolution边缘分辨力[清晰度]spatial resolution空间分辨率special high resolution特高清晰度spectral resolution谱分解, 光谱分辨率spot(-size) resolution光点(大小)分辨率strain resolution应变分解structural resolution(屏幕)结构(所限的)分解力, (屏幕)结构(所限的)清晰度submicron resolution亚微米分辨率temporal resolution瞬时清晰度temporal resolution of moving objects 运动物体的瞬时清晰度thermal resolution热分辨率time measuring resolution测时分辨度tripartite draft resolution三国决议草案ultrahigh resolution超高分辨率uniform resolution均匀的分解力[清晰度]vector resolution向量分解velocity resolution速度分解vertical resolution垂直析象能力; 垂直分解度[清晰度] visual resolution目力分辨率resolution of lens镜头解象力resolution of lines线路分解resolution of operator运算子的分解, 算符的分解resolution of polar to cartesian极坐标-直角坐标转换[换算] resolution of the identity单位分解。

车身三坐标测量技术

车身三坐标测量技术

越来越多的工件需要进行空间三维测量,而传统的测量 方法不能满足生产的需要。
越来越多的工件需要进行空间三维测量,而传统的测量 方法不能满足生产的需要。
随着生产规模日益扩大,加工精度不断提高,除了需要 高精度三坐标测量机在计量室检测外,为了便于直接检 测工件,测量往往需要在加工车间进行,或将测量机直 接串联到生产线上。
实现逆向工程的需要,例如随着汽车工业的发展,车身 改型换代加快,往往要按已有的零件模型去仿制改型, 所以需要测量出零件的三维形状数据。根据这些数据建 模,再编制加工程序,然后将程序输入到数控机床加工 模具。因此,需要与“数控机床”或“加工中心”相配 合的三维检测技术。
5.1 三坐标测量机的作用与类型
5.2.1 测量机原理与基本结构
1.测量机原理
接触式三坐标测量机的原理是:将被测件置于 三坐标的测量空间之内,测出接触点处的坐 标位置,根据这些点的空间坐标值,经过计 算可以求出被测件的几何尺寸、形状及位置。
2.基本结构
接触式三坐标测量机的基本结构可分为主机、 测头、电气系统三大部分,如图5-5所示。
车身三坐标测量技术
三坐标测量机(Coordinate Measuring Machines,CMM)是20世纪60年代发展起来 的一种高效的精密测量设备。它广泛应用于 机械制造、电子、汽车和航空航天等工业中。 它可以进行零部件的尺寸、形状及相对位置 的检测,例如轿车车身、箱体、导轨、涡轮、 叶片、凸轮、缸体、齿轮等空间形面的测量。 此外,还可以用于划线、定中心孔、光刻集 成线路等,并可以对连续曲面进行扫描及制 备数控机床的加工程序等。由于它的通用性 强、测量范围大、精度高、效率高、性能好、 能与柔性制造系统相连接,已成为一类大型 的精密仪器。
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The high accuracy automobile body examines has -- Three coordinates measuringenginesThe automobile body examination is in the automobile industry about the spare part examination important part, this examination directly is relating the entire vehicle outward appearance and the quality Three coordinates measuring engines generally have the high accuracy, the high velocity, the very good flexibility, the very strong dataprocessing and adapt the scene environment ability, is inparticularrich the software function which, unceasingly expands, at present moreand more applications in automobile body examination.The automobile body examines characteristicAutomobile body in processing and in craft assembly process, becauseeach kind of host objective factor can have various error, besidesoperator itself skill and experience and so on subjective factorinfluence, but also has some becausexamination method itself createsinfluence. Some two kind of quite typical situations: First, theautomobile body and its composition each kind of spare part mostly forthe plate work, the work piece rigidity is generally worse, Also on automobile body surface each kind of hole and the relativesize are been at the earth gravity influence the strained condition,if the use tradition survey way and the jig method often are unable tothis kind of nature distortion to survey and the appraisal, even ifsurvey and appraisal, also can appear a bigger deviation. Its two, theautomobile body is the multi- kinds of work in a factory jobassembly system, is very difficult avoids when the single unitexamination to have the deviation.In view of the fact that the above reason, the request which examinesto the automobile body mainly has: Locates reasonably; The holeexamination contains two contents: Aperture size, hole position;Contour inspection: Because this kind of components outline generallyassumes the free curved surface, not characteristic and so on rule,needs to adopt the many kinds of ways according to the specialdetails; Draws a line the way inspection work piece outline, thesituation is similar with the inspection hole; Treats measured thecomponents need to clamp.The tradition examines has generally only aims at a parameterexamination, are many is the manual operation, the working efficiencyis not high. Moreover, the tradition examines has and the examinationhas many insufficiencies with the jig, does not have monitors on theproduction line to move the situation ability, therefore in theautomobile body and so on in the large-scale weldment examination andthe survey application, the tradition examines has has gradually lostthe dominant position, displaces is the high accuracy threecoordinates measuring engine.Three coordinates measuring engines in automobile body examinationapplicationThree coordinates measuring engines are through poke head in thesystem and the work piece relative migration, surveys the work piecetable flour dim sum three dimensional coordinates the measurementsystem. Besides the measuring engine main body part, the system alsoincludes the transportation, the attire clamps and so on to assist thelink, and must in survey software under the coordination to be able tocomplete the request the survey duty. Three coordinates measuring enginesgenerally have the high accuracy,the high velocity, the very good flexibility, the very strong dataprocessing and adapt the scene environment ability, is in particularrich the software function which, unceasingly expands, all theseenabled CMM to play the increasingly major role in the automobile bodyquality control. Especially in today passenger vehicle productionworkshop, three coordinates measuring engines has used on theproduction line, but is not the use in is far away the scene thesurvey in. In the pressing part production workshop, uses the proportion whichthree coordinates measuring engines examines to cross one half, somelarge-scale complex work pieces are examined the proportion to behigher. The weldment certainly is not each kind all needs to carry onthe examination, but in must receive these automobile bodies’ whichcontrols always to become, uses three coordinates measuring engines tocarry on the inspection the proportion even to achieve 2/3. Uses inthree coordinate measurement system which in the production processexamines to become the technological process in fact a constituent.Three coordinates measuring engines type and characteristicAt present, in the world provides the specialized examination plan forthe automobile profession automobile body examination the mostwell-known factory family belongings to be Italian DEA Corporation,and in impetus automobile body research and "white automobile body"the size examination aspect has made the prominent contribution. Theapplication characteristic examines which in view of the automobilebody, DEA developed adapted the automobile to examine each link eachkind of design, added aims at the software function which the platework characteristic established, Can for the automobile body development, the trial manufacturing,thepart/sub-assembly/always become the examination, the on-lineexamination as well as the quality control provides the safeguard.The commonly used three coordinates measuring engine mainly has thehorizontal arm measuring engine, the bascule bridge type measuringengine and fixes the Dragon Gate measuring engine. Horizontal armmeasuring engine divides the double horizontal arm and the listhorizontal arm two kinds, mainly uses in to the automobile body andthe large-scale plate work survey, also observable center small. Thebascule bridge type measuring engine precision is higher, mainly usesin to the shape complex thin wall work piece, Specially is suitable to is producing the scene carries on theon-linesurvey to the middle and small scale pressing part and the weldment.Fixes the Dragon Gate measuring engine the precision to be higher thanthe horizontal arm measuring engine, mainly uses in like the aviation,the automobile and so on the tall and slender survey.The examination uses the flexible jigaccording to surveys the request, formulateseach kind of localization and clamps the plan, meets must manufacturesome jigs, then according to the existing plan, in three coordinatesmeasuring engines work floor, locates these and the clamp builds,establishes behind the survey coordinate system in this foundation tobe possible to survey. This traditional procedure existence deliverycycle long, the deficient flexibility, the change expense high, thestorage expense is big and so on the shortcoming.The modernization large-scale, the multi- varieties automobileproduction request flexible jig system may use in any measuring engine(bracket or vertical arm); Moreover it does not need and theexamination supposes has special electrical and the software joint.This kind of jig system maintenance convenient, the use is simple. The commonly used flexible jig system has two kinds, the first kind isthe programmable column promotion, the second kind is mechanical typemodule joining together. Also has in the first kind entire isautomatic and the manual division, but the second kind also has thedifferent structural style.The entire automatic flexible attire clamps the systemEntire automatic flexible attire clamps the system take DEA theproduction FIVE (like chart 3) as an example, its main body part isgroup of circular cylinders, in sufficient compressed air, if turns onthe air valve, the base namely forms the air cushion, the columnphysical ability livelily moves in the platform, also highly variables, the height of lift biggest one kind is 500mm; The peak matches the standardized strut, with by load bearing work piece. Underthe shut-down condition, these circular cylinders neatly set to coordinates measuring engine platform behind. This system when movement, consummates software and the automatic operation function with the aid of FIVE moves one by one the circularcylinder to platform in some establishes in advance the position;After the circular cylinder according to is definite X, Y, the Zcoordinates stops supposes the fixed point in the platform, measured a manipulator starts upwardly, namely along the Z axis migration, promotes the column in vivo piston to the stipulation altitude; Procedure beforehand establishes which through the execution, X, Y,the Z coordinates on have established in the coordinates measuringengine survey space. So long as in view of the different work piece establishment corresponding procedure, the FIVE system can satisfy each kind of work piece the strut, the attire clamps the request, has demonstrated theenormous flexibility, namely flexibility.The manual flexible attire clamps the systemThe FIVE automatic systems also have the obvious insufficiency, one isthe user investment big, two is although the operating process for entire is automatic, but the working efficiency is not certainly high. In recent years promoted the manual flexible attire to clamp thesystem, was similar to the FIVE system, according to was measured the work piece the different situation first established the correspondingprocedure, The measuring engine measured gradually enters ,the operator then artificially moves the circular cylinder to measured under, the manual promotion to aims at survey on to assign the position again, then installs the modular strut cartridge, this kind of system compared to entire automatic jig system working efficiency high, the efficiency is also good.On servosystem and so on yummy treatsOn yummy treats system including conveyer belt, axle vehicle and power department classification. Installs on the yummy treats system inmeasuring engine around, the reference and the assembly line position,on the yummy treats may carry on in any side. Thus, the down time, namely the spatial running time reduces to few, enhanced the working efficiency. When treats measured the thin wall when surveysthe location examines, the next thin wall is installed in 上料 the location load bearing platform, but completes after the survey circulation, this on automatically emigrates surveys the region, installs the new workpiece second platform to move in. According to surveys the duty the need, in the load bearing platform also may establish measures astorehouse, also may in examine in a complex work piece process to measure the head through the replacement, time completes the task.General surveys software and special-purpose survey softwarePreliminary survey software is the coordinates measuring engine necessary slightly disposes software. It responsibly completes the entire measurement system the management, adjusts, the coordinate system establishment and the transformation, the input output management, the basic geometry essential factor size and the shape position common difference appraisal as well as the element constitution basic function including the probe. (The shape position common difference includes: The straight dimension, flatness, roundness, the column, the line outline, the surface outline, the parallelism, the verticality, the gradient, position, coaxial (heart), the symmetry, the circle beat, all beats)Special-purpose survey software is aims at some kind software which has the specific use the spare part survey question to develop, for example: Gear, thread, free curve and free curved surface and so on. Generally also has some attached software modules, for example: The statistical analysis, the error examine, compensates, CAD and so on.The advanced measurement and examination software may need to provide the perfect solution for the measurement, is highly effective correctly completes the examination function the key aspect. If thick-DMIS survey software operation contact surface is succinct, may instruct the user to carry on the components programming, the parameter establishment and the work piece examination; At the same time, its integrated graph function, can examine the data production visible graph report; Also may transplant traditional survey software, and provides ties up software and so on plan like MM4, TUTOR. In addition also includes each kind of plate work and the plastic glass and the fitting completeset survey procedure, as well as automatically seeks the surveyelement, real-time three dimensional measured compensates, the automatic compensation distortion work piece superficial position andthe direction and so on; And distorts the big work piece hole search function to the plate work, Namely controls the measuring engine the region to seek several effective geometries shapes nearby the theory hole center, has had the intellectualized characteristic. This software also has the formidable CAD graph function, the permission user uses the three dimensional CAD data, off-line or on-line production work piece examination procedure, simultaneously completes the graph work piece model and the survey way simulation, produces the computer digital-analog to complete the reversion project.高精度的车身检具--三坐标测量机车身检测是汽车工业中关于零部件检测的重要部分,该项检测直接关系着整车的外观和质量。

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