Press fit jig

Abstract

The invention discloses a press fit jig. The press fit jig comprises a base, a supporting structure, a carrier module and a press fit mechanism, wherein the supporting structure is fixed to the base; the bottom of the carrier module is connected with the base in a sliding manner; a limiting groove used for placing a part to be subjected to press fit is formed in the top of the carrier module; the press fit mechanism comprises a downward pressing mechanism and a lateral pressing mechanism; the downward pressing mechanism is arranged above the carrier module; the lateral pressing mechanism is arranged on the downward pressing mechanism; the downward pressing mechanism vertically and downwards presses the back surface of the part to be subjected to press fit from the top; and the lateral pressing mechanism downwards presses the lateral part of the part to be subjected to press fit in the inclined direction. According to the press fit jig, through the downward pressing mechanism and the lateral pressing mechanism, the vertical downward press fit can be carried out from the upper part of the part to be subjected to press fit, and the inclined downward press fit can be carried out from the lateral part of the part to be subjected to press fit; buckles at the middle part and the lateral part of the part to be subjected to press fit have a quite good press fit effect; and the product quality and production efficiency are improved.

Description

technical field [0001] The invention relates to the technical field of jigs, in particular to a pressing jig. Background technique [0002] At present, the upper shell and the lower shell of many products are fixed by buckle pressing. This method is simple and convenient to assemble. At present, the pressing process of product assembly can be divided into manual pressing and mechanical pressing. Taking the display assembly and pressing as an example, the existing display pressing mainly presses the upper shell and the lower shell of the display shell together by manual pressing to complete the assembly operation. The efficiency of manual pressing is not high, and The assembly accuracy is low, the reliability is poor, and it cannot meet the general manufacturing requirements. Mechanical pressing is generally achieved by jigs, but the current pressing jigs generally press vertically downward from the top of the upper shell, which can better press the buckles located in the mi...

AI Technical Summary

Problems solved by technology

Taking the display assembly and pressing as an example, the existing display pressing mainly presses the upper shell and the lower shell of the display shell together by manual pressing to complete the assembly operation. The efficiency of manual pressing is not high, and The assembly accuracy is low, the reliability is poor, and it cannot meet the general manufacturing requirements

Mechanical pressing is generally achieved by jigs, but the current pressing jigs generally press vertically downward from the top of the upper shell, which can better press the buckles located in the middle of the upper shell and the lower shell, but for the side The buckle pressing effect is not ideal, and further manual correction is still required, and the pressing efficiency is not high

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