Plug taking and placing mechanism and socket insertion and extraction force detection device

Abstract

The invention discloses a plug taking and placing mechanism and a socket insertion and extraction force detection device, relates to the field of socket manufacturing technology and aims to improve socket insertion and extraction force detection efficiency. The plug taking and placing mechanism comprises a tapered end, a plug installing base, a tapered end insertion and extraction switching pieceand a pushing piece, wherein the plug installing base is used for installing a plug, and a jack for insertion of the tapered end is formed in the plug installing base; the tapered end insertion and extraction switching piece is installed in the plug installing base and used for clamping the tapered end into the jack or detaching the tapered end from the jack; and the pushing piece is arranged at one side of the plug installing base. The plug taking and placing mechanism and the socket insertion and extraction force detection device are used for improving insertion and extraction force detection efficiency and standardizing detection operation.

Description

technical field [0001] The invention relates to the technical field of socket manufacturing, in particular to a plug pick-and-place mechanism and a socket insertion force detection device. Background technique [0002] At present, the insertion and withdrawal force detection of the converter socket is measured by a manual push-pull force gauge, because the converter socket generally has 10A two-jack, 10A three-jack, 10A round jack, and 16A three-jack. When using a manual hand-operated push-pull gauge to measure the insertion and withdrawal force, first install the plug on one end of the push-pull gauge, and manually shake down and up the push-pull gauge for each hole position to test the insertion force and pull-out force respectively. The time required to measure each jack is generally 20s~25s, and when measuring jacks of different specifications and models, the corresponding plugs need to be replaced manually, and the detection efficiency is low, especially for a large num...

AI Technical Summary

Problems solved by technology

When using a manual hand-operated push-pull gauge to measure the insertion and withdrawal force, first install the plug on one end of the push-pull gauge, and manually shake down and up the push-pull gauge for each hole position to test the insertion force and pull-out force respectively. The time required to measure each jack is generally 20s~25s, and when measuring jacks of different specifications and models, the corresponding plugs need to be replaced manually, and the detection efficiency is low, especially for a large number of jacks to be tested When the amount of detection is large, the use of the above detection methods can lead to high labor intensity, long time consumption, lack of certain accuracy of test data, detection accuracy is greatly affected by manual detection methods, poor stability, and no unified detection process standard has been formed.

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