A bus seat backrest installation consistency detection tool and working method

By designing a fixture for testing the consistency of bus seat back installation, and using a frame and motion drive components combined with sensors to achieve simultaneous detection of seat height and tilt angle, the problem of low detection efficiency and insufficient accuracy in existing technologies is solved. This enables online detection and adaptability to multiple specifications, and features an automatic alarm function.

CN122409207APending Publication Date: 2026-07-17SHANDONG TONGSUN REFRIGERATION EQUIP
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
SHANDONG TONGSUN REFRIGERATION EQUIP
Filing Date
2026-04-29
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In existing technologies, the consistency detection of bus seat back height and tilt angle is inefficient, the measurement accuracy is greatly affected by human factors, and online detection cannot be achieved. In particular, there is a lack of effective means for synchronous and accurate measurement and consistency comparison of double seats.

Method used

A fixture for testing the consistency of bus seat back installation was designed. It uses a frame with wheels at the bottom and multiple detection units, combined with horizontal and vertical motion drive components, and is equipped with tilt sensors and distance sensors to achieve synchronous detection of seat back height and tilt angle. The fixture fits the seat with a contour block and uses a control system and alarm device to achieve automated detection.

Benefits of technology

It enables online detection of the consistency of seat back height and tilt angle, with accurate and comprehensive detection results. The operation is convenient and quick, does not affect the production schedule, adapts to various seat specifications, and has an automatic alarm function.

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Abstract

本发明涉及一种客车座椅靠背安装一致性检测工装及工作方法,包括架体,架体底部设有多个行走轮,架体设置有与座椅数量相匹配的多个检测单元,检测单元包括固定在架体的水平运动驱动件和竖向运动驱动件,水平运动驱动件与用于与座椅靠背背面接触的第一仿形块铰接,竖向运动驱动件与用于与座椅靠背顶面接触的第二仿形块连接,第一仿形块设有倾角传感器以检测第一仿形块的倾斜角度,竖向运动驱动件设置有测距传感器以检测与第二仿形块之间的距离,本发明的工装能够实现座椅的在线检测。
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