A flipping and pressing mechanism

Abstract

The invention relates to a rotary pressing mechanism. A product is positioned on a faceplate, and the left upper portion of the faceplate is provided with a support block, which is provided with a vertical fixing block through a horizontal fixing block; the vertical fixing block is connected with a Y-type connecting rod a through a rotating shaft a, and one end of the Y-type connecting rod a is connected with a Y-type connecting rod b through a rotating shaft b; the Y-type connecting rod a is provided with a fixing shaft a, the Y-type connecting rod b is provided with a fixing shaft b, and the fixing shafts a and b are connected through a spring; the rear end of the rotating shaft a is connected with a handle; one end of the Y-type connecting rod B is connected with a connecting block a through a rotating shaft B; the faceplate is connected with an adjusting seat through two springs a; a slot hole is formed inside the adjusting seat; the adjusting seat is connected with a rotating plate through a rotating shaft d, and the rotating plate is arranged inside the slot hole; the connecting block a is fixedly mounted on the front upper portion of the rotating plate; the front of the connecting block is connected with a connecting block b, and the lower end of the connecting block b is connected with a pressing plate. The rotary pressing mechanism is mainly applied to pressing and testing products.

Description

Technical field: [0001] The invention relates to the field of press-fit mechanism equipment, in particular to a press-fit mechanism for press-fitting parts. Background technique: [0002] The pressing mechanism of the prior art generally uses linear motion to press the parts onto the product. In the IT industry, sometimes a pressing test is performed on some parts, and only the pressing plate is needed to press some parts. The joint mechanism cannot meet the requirements. Generally, the pressing or testing of some parts in the product is manual operation, which has many shortcomings: inaccurate pressing position, uncontrollable pressing force, high labor intensity, and low work efficiency. Invention content: [0003] The purpose of the present invention is to address the deficiencies of the prior art, to provide a turning and pressing mechanism, which can perform both turning and linear movements, and is mainly used for pressing and testing products, which can reduce the l...

AI Technical Summary

Problems solved by technology

[0002] The pressing mechanism of the prior art generally uses linear motion to press the parts onto the product. In the IT industry, sometimes a pressing test is performed on some parts, and only the pressing plate is needed to press some parts. Generally, the pressing or testing of some parts in the product is manual operation, which has many shortcomings: inaccurate pressing position, uncontrollable pressing force, high labor intensity, low work efficiency and other defects

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