An Anti-shaking hop-up vertical pressing mechanism

Abstract

This utility model discloses an anti-shaking upward rotating vertical downward pressing mechanism, relating to the field of air gun assembly and debugging technology. It includes a base and a pressing block, with the pressing block inserted into the upper end of the base. Guide components for assisting the vertical lifting and lowering of the pressing block are installed on both the base and the pressing block. This utility model improves assembly efficiency through the cooperation of the base and the pressing block, thereby achieving a preliminary lateral limiting function at the bottom of the pressing block. Furthermore, the sliding contact between the two sides of the pressing block and the inner side of the first limiting plate improves the stability of the pressing block during lifting and lowering, thereby achieving a secondary limiting function in the horizontal direction. Finally, the multi-faceted sliding contact between the guide plate and the first and second limiting plates improves the accuracy of the vertical movement of the pressing block, thereby achieving a multi-dimensional precise limiting function. Ultimately, this solves the problem of assembly accuracy errors or debugging inconvenience caused by the shaking of the upward rotating pressing block during air gun assembly and debugging.