Clamp mechanism

Abstract

A clamp mechanism for fixing a semi-finished product comprises a surface, a groove and a cover plate. The groove is arranged on the surface for accomplishing the semi-finished product, wherein the groove has a space on a side. The cover plate is actively arranged on the surface and slides between a first position and a second position to selectively cover the space. Wherein the cover plate covers the space to prevent foreign matter dropping therein when it is at the second position.

Description

technical field [0001] The invention relates to a clamp mechanism, in particular to a clamp mechanism for fixing a semi-finished electronic device and preventing screws or foreign objects from interfering with the semi-finished electronic device. Background technique [0002] Generally speaking, in the process of assembling electronic products, it must be fixed on a fixture table, so as to facilitate the assembly of various spare parts. First refer to figure 1 , which shows a schematic view of assembling an electronic product using a known fixture mechanism. Taking the assembly of a digital camera as an example, when it is necessary to lock a screw S element on a digital camera semi-finished product 10, it must first be placed in a corresponding groove 10' on a clamp mechanism J so as to fix the semi-finished product 10 , so as to avoid shaking during assembly, and then the screw S can be locked on the semi-finished product 10 by a general tool or an electric screwdriver D...

AI Technical Summary

Problems solved by technology

[0003] It is well known that there are a plurality of fragile precision components 101 on the digital camera semi-finished product 10, such as photodiodes in the optical detector unit (OPU), although these precision components 101 can be firmly located in the groove 10' during the assembly process ( figure 1 position shown in the middle space 101'), but because part of the precision components 101 are still exposed, it is inevitable to encounter situations such as accidental collisions with foreign objects (such as falling screws S), which will not only affect the progress of the assembly process, but also tend to be easily caused by The collision causes damage to some components, which may further lead to adverse consequences such as damage to the overall performance of the product

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