Flexible zoom molded glasses detection device

Abstract

The invention discloses a flexible zoom molded glasses detection device which comprises a detection jig, a camera support, a camera B, a camera A, a sorting manipulator, a base, a conveying belt A, a conveying belt B, a labeling machine and a controller, the detection jig, the camera support and the sorting manipulator are fixed to the base, the camera A is installed at the upper end of the camera support, the camera B is installed at the lower end of the camera support, and the labeling machine is installed on the base. The conveyor belt A and the conveyor belt B are installed on one side of the base in parallel and are parallel to the upper plane of the base, the labeling machine is arranged above the conveyor belt A, and the controller is installed in the base. The detection jig is provided with the brackets suitable for placing injection molding glasses, the brackets respectively support the two glasses legs and the two ends of the glasses frame, and the brackets are provided with chamfers, so that the glasses are easy to place and convenient to position. According to the flexible zoom molded glasses detection device, automatic defect detection can be realized by adopting machine vision, the detection efficiency is high, and in addition, classification and automatic labeling can be carried out according to different lens curvatures.

Description

technical field [0001] This patent relates to the field of non-contact measurement and sorting, in particular to a detection device for injection molding glasses. Background technique [0002] Injection molding is a typical representative of 3D printing technology, especially suitable for large-scale, low-cost production of high-precision plastic parts. The optical lenses produced by it have many advantages such as low cost, high production efficiency and high repeatability. [0003] A utility model with the authorized announcement number CN212288481U discloses a flexible zoom molded glasses 3D copy intelligent manufacturing device. The basic structure includes a fixed mold and a moving mold. The fixed mold substrate and the punch, the movable mold includes a movable mold fixed plate, a movable mold support, a movable mold substrate and a concave mold, the convex mold adopts a raised metal diaphragm, and the back side of the metal diaphragm is injected through the oil injec...

AI Technical Summary

Problems solved by technology

[0004] In the production process of the above-mentioned glasses, quality inspection and product classification are indispensable processes, but traditional manual inspection methods have many shortcomings: 1. The inspection efficiency is low and cannot match the high-speed injection molding production process; 2. Unable to complete full product inspection, the coverage of inspection is limited, and problems in the production process cannot be found in time; 3. The consistency of inspection standards cannot be guaranteed, which restricts the quality stability of injection molded products; 4. Restricts the development of fully automated production lines, Increase the production cost of the enterprise, etc.

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