Clamp structure

Abstract

The invention provides a clamp structure. The clamp structure comprises a first connection block, a second connection block, a third connection, a third connection block and at least two support columns. One side surface of the first connection block is provided with multiple first grooves. The bottom surface of the first connection block is provided with two second grooves. The second connection block is arranged on one side, where the side surfaces of the first grooves are located. The second connection block is connected with the first connection block. The third connection block is arranged below the first connection block in a relatively movable mode. The top surface of the third connection block is provided with two third grooves corresponding to the second groove one by one. On ends of the at least two support columns are arranged correspondingly in the second grooves and the other ends of the at least two support columns are correspondingly in the third grooves. The clamp structure has following beneficial effects: the clamp structure is capable of clamping multiple circular PIN needles and correcting the vertical placement of the PIN needles at one time so that clamping and correction time on the spot are reduced and working efficiency is increased; multiple kinds of PIN needles can be machined by one electrode at one time; and the number of electrodes is decreased and cost is saved.

Description

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AI Technical Summary

Benefits of technology

The current method for attaching or correcting pins used in electronic devices involves several steps that require manual labor: firstly it requires each pin individually to be attached before being fixed into place by screws; secondly there needs to be an accurate measurement of how well they fit together during operation (the distance between them). This makes this procedure slow down because many times more workers have had their hands busy working alongside other tasks than carrying out these measurements themselves.

Problems solved by technology

This patented technical problem addressed in the current process involves prolonged time required to machine circular pins into specific configurations that can only fit certain types or sizes of materials with limited flexibility due to their geometry. Additionally, there may also exist other issues such as wasted material during manufacturing processes caused by excessive wear and tear over multiple parts.

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