负责车身尺寸测量、编程，完成测量任务。
Responsible for CMM measurement, programming, complete the measurement task.
汽车白车身尺寸精度是汽车工业界和学术界关注的重要课题。
BIW dimensional accuracy has been an important point concerned by auto industry and academy.
在造成汽车车身尺寸偏差的原因中，焊装夹具的定位元件磨损是最常见的也是较难发现的影响因素。
Based on the cause of deviation on Body's dimension, the worn out of welding fixture is the most usual and difficult effect to find out.
车身尺寸偏差的大小直接影响到整车的使用性能和外观质量，进而影响到市场竞争力，因此各汽车公司对车身装配质量均予以高度重视。
The dimensional quality of car body directly relates to vehicle performance, appearance and competitive power on market, so automotive companies pay close attention to auto-body assembly quality.
在英国，英国体育的体育巨人的人才鉴定程序一直在寻找离群的车身尺寸-女性超过5英尺11英寸和6英尺3英寸年龄在16岁至25岁的男性。
In Britain, UK Sport's Sporting Giants talent-identification programme has been looking for outliers in body size - females over 5ft 11in and males 6ft 3in aged between 16 and 25.
车身零件翻边前一般有修边工序，需要准确的修边线，否则翻边后零件达不到零件尺寸要求。
Before flanging auto-body panels, a feasible trimming line should be obtained, otherwise the final part shape after flanging cannot meet the dimensional requirement.
由轻合金制成的简单车身面板与非正常尺寸的底盘设计避免了使用配给钢材和复杂而昂贵的压制工具。
Simple body panels made from light alloy and a chassis fabricated from off-cuts avoid the use of rationed steel and the need for complex and expensive press tools.
介绍提高汽车车身焊装质量的方法是通过控制尺寸指标和对产生焊装误差的各方面因素进行合理、综合的控制。
Enhancing the quality of vehicles body welding and fitting method are the control of size indicators and the comprehensive control of all factors leading welding and fitting errors.
提出一种将数据挖掘技术与装配工艺知识相融合的白车身装配尺寸偏差源快速诊断方法。
A rapid diagnosis method synthesized data mining technology and assembly process knowledge for body-in-white assembly dimension error sources is presented.
将后横梁装配到车身将后横梁装配到车身上并使用长腿圆规调节左右两侧的尺寸。用张紧卡箍固定后横梁。
Fitting rear cross member to the bodyfit rear cross member on the body and use a beam compass to adjust to the dimension on the right and left. secure the rear cross member with tensioning clamps.
配合进一步的尺寸优化，得到满足设计性能要求的城市公交客车车身结构。
A further size optimization was subsequently conducted to obtain the satisfactory design body structure of the city bus.
车身的轻量化设计和减重并不总是按重量来决定，它也与要达到的车的尺寸和功能要求密切相关。
The lightweight body design and weight loss are not always determined by weight, it is also the vehicle to achieve the size and functional requirements are closely linked.
车身的轻量化设计和减重并不总是按重量来决定，它也与要达到的车的尺寸和功能要求密切相关。
The lightweight body design and weight loss are not always determined by weight, it is also the vehicle to achieve the size and functional requirements are closely linked.
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