Car door hinge arrangement methods

Abstract

The invention relates to car door hinges, in particular to car door hinge arrangement methods. The internal rotation type car door hinge arrangement method includes the steps of hinge position determination, hinge axis dip angle determination and hinge extreme motion correction. The external rotation type car door hinge arrangement method includes the steps of hinge position determination, hinge axis dip angle determination and hinge extreme motion correction. The methods have the advantages that the hinges can be precisely positioned, the car door hinges of different dimensions can be rapidly positioned, hinge axis dip angles are determined, hinge extreme motion is corrected, and it is guaranteed that the car door hinges are precisely installed.

Description

technical field [0001] The invention relates to a vehicle door hinge, in particular to a method for arranging the vehicle door hinge. Background technique [0002] For the motion verification of the door hinge axis, major OEMs at home and abroad have their own standards. The motion calibration method and principle are basically the same, and a preliminary axis position is found through multiple tedious motion calibrations. Then according to the design experience, increase the inclination angle, and then obtain the axis position through continuous fine-tuning, and finally perform limit check to ensure the accuracy of the axis position. The hinge axis obtained in this way can satisfy the movement of the car door, but the process is very cumbersome and time-consuming. And there are following disadvantages in installing hinges in the prior art: [0003] 1. The traditional door hinge layout method is basically to find a reasonable position based on the experience of engineers ...

AI Technical Summary

Problems solved by technology

[0003] 1. The traditional door hinge layout method is basically to find a reasonable position based on the experience of engineers and continuous motion checks, which is a heavy and cumbersome workload

[0004] 2. The inclination angle of the traditional hinge axis basically gives an adjustment range based on the convenience of door operation, and does not explain and analyze the significance of the hinge inclination angle from the principle and data

[0005] 3. The limit check of the traditional door hinge is based on the motion analysis of the extreme working conditions of the door during use, without considering the motion error caused by the inaccurate theoretical position of the hinge axis

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