结合实际的汽车行李箱盖开闭设计，简述连杆平衡铰链机构设计的模仿、借鉴思路。
This paper Outlines how to borrow ideas from the real - world automobile trunk lid opening and closing design to perform the connecting - rod -balanced hinge mechanism design.
通过这种行李箱盖翻转机构，能够方便地使行李箱盖前翻和后翻，满足行李箱盖的特定需要。
Through the trunk cover turnover mechanism, a trunk cover can be conveniently forwards and backwards turned over, and the specific requirements of the trunk cover are satisfied.
介绍了在上海桑塔纳2000型轿车开发过程中，为解决行李箱盖铰链断裂问题而进行的一种试验方法。
The paper presents a test process performed for solving the problem of luggage chamber cover hinge breakage during development of the Shanghai Santana 2000 car.
行李箱盖外板冲压拉延成形的工艺参数优化是一个多因素多目标问题，针对该问题的特点，采用本文的稳健优化设计方法。
The parameters optimization of the stamping drawing process of the outer panel of trunk lid is a multifactor and multiobjective problem. The robust optimal design was adopted for this characteristic.
汽车覆盖件主要指覆盖汽车发动机和底盘、构成驾驶室和车身的一些零件，如挡泥板、顶盖、车门外板、发动机盖、水箱盖、行李箱盖等。
Auto body parts mainly include covers of the engine and chassis, parts of cab and body, such as mudguard, roof, car door panel, engine cover, radiator cover and trunk cover.
采用自由尺寸与拓扑优化组合方式，得到该行李箱盖内板总成料厚和防震胶材料的最佳分布，并在此基础上设计出新的行李箱盖内板与铰链加强板结构。
Based on the combination method of free size and topology optimization, the best thickness distribution of the trunk lid inner panel assembly and the glue distribution are obtained.
采用自由尺寸与拓扑优化组合方式，得到该行李箱盖内板总成料厚和防震胶材料的最佳分布，并在此基础上设计出新的行李箱盖内板与铰链加强板结构。
Based on the combination method of free size and topology optimization, the best thickness distribution of the trunk lid inner panel assembly and the glue distribution are obtained.
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