A terminal base and its terminal push-pull force detection component

Abstract

The invention discloses a push-pull force detection assembly of a terminal seat and a terminal of the terminal seat. The push-pull force detection assembly comprises a base, a left support is arranged at one end of the base, a slot is arranged on an upper end face of the left support, a guide seat is slidingly installed in the slot, a rack is installed on a lower end face of the guide seat, a gear matched with the rack is arranged on an inner support of the left support, rotation of the gear is driven by a handle on one side of the gear, a terminal seat chuck is fixedly installed at the upper end of the guide seat, a right support corresponding to the left support is further arranged on the base, a pull-and-push dynamometer fixing seat is installed on the right support, a pull-and-push dynamometer is fixedly installed on the pull-and-push dynamometer fixing seat, and a terminal chuck is respectively installed on the end portions of a push rod and a pull rod of the pull-and-push dynamometer. The push-pull force detection assembly uses mechanical semi-automation to detect terminal push-pull force, pulls in a chunk clamping mode, greatly reduces artificial factors, improves automation degree and detection accuracy, simultaneously lightens labor strength of workers and improves work efficiency.

Description

technical field [0001] The invention relates to a detection component, in particular to a terminal seat and a terminal push-pull force detection component thereof. Background technique [0002] The terminal block and its terminals are mainly power or signal connectors, which are widely used in automobiles or various electrical appliances, because after it is processed and formed, it is necessary to conduct sampling tests on the pulling force and thrust of the terminal block and its terminals after mating to ensure that each Improve the quality of batch products so that their performance meets the requirements or remind people who buy or use them to improve their service life. In the prior art, the push-pull force measurement of the terminal block and its terminals is mostly done manually through the cooperation of the push-pull force gauge. Due to human factors, it is difficult to ensure the level of its running direction when the hand-held method is used, which affects the ...

AI Technical Summary

Problems solved by technology

In the prior art, the push-pull force measurement of the terminal base and its terminals is mostly carried out manually with the cooperation of the push-pull force gauge. Due to human factors, it is difficult to ensure the horizontal running direction of the hand-held method, which affects the test results and makes the There are certain errors and inaccuracies in the detected values, which cannot guarantee whether the product must be qualified. At the same time, the automation intensity is low, the manual labor intensity is high, time-consuming and labor-intensive, and the work efficiency is low, which cannot meet mass production.

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