Full-automatic alignment and assembly machine

Abstract

The invention relates to a full-automatic alignment and assembly machine which comprises a base plate, a manipulator mechanism, a feeding mechanism, a photographing and capturing mechanism, a jacking mechanism, a carrier mechanism and a finished product moving-out mechanism. Firstly, a worker puts an adhesive-dispensed watch case and film-stripped watch glass in a feeding carrier of the feeding mechanism. A clamping jaw of the photographing and capturing mechanism grabs the watch case and puts the watch case in a carrier of the carrier mechanism to be positioned, meanwhile a manipulator sucks the watch glass, a CCD on the photographing and capturing mechanism photographs the position of the watch case, the manipulator moves the watch glass to the position under the CCD, and the approximate position of the watch glass is photographed. The watch glass is obliquely inserted into the watch case, the CCD accurately positions the watch glass, multiple-time alignment is performed till the circle centers and angles of the watch case and the watch glass coincide, and the watch glass is attached to the watch case. A pressure maintaining suction disc ascends to suck the watch case, a watch glass profiling suction disc leaves, and the pressure maintaining suction disc descends under the effect of a spring to perform pressure maintaining. The manipulator grabs a product, puts the product onto the finished product moving-out mechanism and delivers the finished product to a standard position. The full-automatic alignment and assembly machine can achieve automatic alignment and is high in assembly accuracy.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for efficient handling and improving production efficacy while minimizing costs associated therewith. Its technical features include an easy-to-use carrying device that includes various components like a charging machine, a camera lens mounter, a load carriage, and other related parts such as a holding stop piece, a push rod mechanism, and a yawning mechanism. These devices work together efficiently without any errors during installation process. They have multiple ways to improve their performance, including adding extra support structures (such as rails) to stabilize them against tension). Overall, this innovation simplifies the design and makes it easier to install these systems at different locations within industrial settings.

Problems solved by technology

The technical problem addressed in this patented technology relates to manually assembling an electronic device (such as a phone) display with a special type that can be easily aligned accurately without requiring excessive effort or skill level for accurate placement. This process requires high-quality adhesives like epoxy resin to ensure proper bonding during manufacturing processes while also ensures good performance over long periods under harsh conditions such as temperature changes.

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