Full-automatic double-station multi-group AA equipment for cameras

Abstract

The full-automatic double-station multi-group AA equipment comprises two AA devices which are arranged in parallel, a first feeding device used for feeding a first material to the AA devices, a secondfeeding device used for feeding a second material to the AA devices, and a third feeding device used for feeding a third material to the AA devices, each AA device comprises a first positioning and clamping mechanism, a second positioning and clamping mechanism and a jig platform mechanism, the jig platform mechanism, the first positioning and clamping mechanism and the second positioning and clamping mechanism are matched with one another to achieve AA operation of the first material, the second material and the third material. According to the invention, precise focusing can be carried outon a plurality of camera parts at the same time, and double stations are arranged during use so as to improve the actual capacity of the equipment.

Description

Technical field[0001]The invention relates to the technical field of camera assembly, in particular to a fully automatic double-station multi-group AA device for cameras.Background technique[0002]The past decade has been the prime time for the development of smart phones, and the mobile phone camera market has grown rapidly with the growth of terminals. The camera has also been upgraded from the original pixel to the rear function upgrade; single-camera changed to multi-camera, ultra-wide-angle, and large aperture are constantly emerging; these changes have brought different high-quality experiences to the majority of mobile phone users, adding more Even so, it is still impossible to stop the majority of users from constantly pursuing camera functions.[0003]In the environment of this market demand, "digital zoom" and "optical zoom" quietly appeared in many smart phone brand conferences, attracting a large wave of users. The biggest change is to achieve digital or optical zoom throug...

AI Technical Summary

Problems solved by technology

[0006] The current camera AA process is to precisely focus a lens part and a Sensor part. However, due to the complex optical path and compact structural design of the periscope camera, there are further requirements for its AA process. Compared with conventional cameras, more Only one AA process can complete the assembly process of the entire camera

During multiple AA manufacturing processes, due to excessive turnover and process conversion, the finished camera cannot meet the expected design requirements

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