Quick switching module device for automobile gauge tool

Abstract

The invention relates to the technical field of automobile gauges, and discloses a quick switching module device for an automobile gauge tool, which comprises a heightening seat, a dismounting modulemounting seat and a dismounting seat arranged on a bottom plate. The dismounting module mounting seat comprises a lower base and an upper base, an anti-rotating pin is arranged between the lower baseand the upper base, the lower base comprises a lower base body and a rotating sleeve in rotating fit with the lower base, a driving part used for driving the rotating sleeve to rotate is arranged on the rotating sleeve, and a lock pin is arranged in the rotating sleeve; the upper base comprises an upper base body and a positioning column mounted on the upper base body, and a locking groove in sliding fit with the lock pin is formed in the positioning column. According to the quick switching module device for the automobile gauge tool, a lock pin positioning and locking mode is adopted, each switching module does not need to be screwed up independently, operation time is saved, tool installation efficiency is improved, repeatability and reproducibility are improved, and structural stabilityis also improved.

Description

technical field [0001] The invention relates to the technical field of automobile inspection tools, in particular to a fast switching module device for automobile inspection tools. Background technique [0002] The current inspection tool switching module is installed on the bottom plate, and the base surface is the bottom plate when disassembled, and the locking method is to manually tighten the bolts. It takes time to disassemble. When the sheet part has a large drop, the overall height of the module will increase, and the rigidity and stability of the base will deteriorate. At the same time, it affects the accuracy of the tooling detection module, and the repeatability and reproducibility cannot be guaranteed. [0003] Specifically, such as figure 1 , figure 2 As shown, the structure of the traditional automotive inspection tooling includes a mounting seat 3', which is fixed on the bottom plate 1', and the height dimension of the mounting seat 3' is designed according ...

AI Technical Summary

Problems solved by technology

[0002] The current inspection tool switching module is installed on the bottom plate, and the base surface is the bottom plate when disassembled, and the locking method is to manually tighten the bolts. It takes time to disassemble. When the sheet part has a large drop, the overall height of the module will increase, and the rigidity and stability of the base will deteriorate. At the same time, it affects the accuracy of the tooling detection module, and the repeatability and reproducibility cannot be guaranteed

[0003] Specifically, such as figure 1 , figure 2 As shown, the structure of the traditional automobile inspection tooling includes a mounting seat 3', which is fixed on the bottom plate 1', and the height dimension of the mounting seat 3' is designed according to the drop of the sheet metal part 6'. 5' is fixed on the mounting base 3' by bolts, and the bolts cannot be loosened after the locked state, and then the locked detection module group 5' is close to the positioning pin 2', and then the bolt 4' is manually locked, and finally the data measurement is performed , through the feasibility analysis of the data, the stability will be reduced when the height of the mounting seat 3' is relatively high, which will affect the measurement results. During the assembly process, the bolt 4' needs to be manually locked, resulting in a long installation time. Reduced efficiency

Images