Polaroid pasting production line for pasting polaroid on glass workpiece

Abstract

The invention discloses a polaroid pasting production line for pasting polaroid on a glass workpiece. The production line comprises a rack, a box body is fixed on the rack, a feeding mechanism, a material distributing mechanism and polaroid pasting equipment are arranged in the box body, the feeding mechanism comprises a plurality of parallel inserting plate frames, a feeding mechanical arm and afeeding conveying belt, a plurality of fins are formed at the two sides of each inserting plate frame respectively, a polaroid inserting opening is formed between every two adjacent fins, the glass workpiece is vertically inserted into the polaroid inserting openings in every two adjacent inserting plate frames, a rotating arm is arranged at the driving end of the feeding mechanical arm, and a feeding supporting rod is fixed to a rotating shaft of the rotating arm. A feeding suction nozzle is arranged at the side portion of the feeding supporting rod. The material distributing mechanism is used for picking up the glass workpiece on the feeding conveying belt and conveying the glass workpiece to the polaroid pasting equipment; and the polaroid pasting equipment is used for pasting the polaroid to the glass workpiece. Accurate material taking of the feeding part can be guaranteed through the production line, and then the production efficiency is improved.

Description

technical field [0001] The invention relates to glass workpiece processing equipment, in particular to a patch production line for attaching polarizers to glass workpieces. Background technique [0002] Many processes are involved in the processing of glass products, including the process of attaching polarizers to glass workpieces. In the prior art, the process of attaching polarizers generally includes steps such as retrieving, cleaning, and patching. If double-sided In the above process, each step is realized by independent equipment. The manufacturer needs to configure corresponding transmission, picking, robot and many other equipment according to the process flow. Since each equipment is independent of each other, As a result, the structure of the entire production line is complicated. At the same time, the coordination performance between various devices is not good, and it is difficult to achieve unified control. In addition, this combined production line not only oc...

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Problems solved by technology

[0002] Many processes are involved in the processing of glass products, including the process of attaching polarizers to glass workpieces. In the prior art, the process of attaching polarizers generally includes steps such as retrieving, cleaning, and patching. If double-sided In the above process, each step is realized by independent equipment. The manufacturer needs to configure corresponding transmission, picking, robot and many other equipment according to the process flow. Since each equipment is independent of each other, As a result, the structure of the entire production line is complicated. At the same time, the coordination performance between various devices is not good, and it is difficult to achieve unified control. In addition, this combined production line not only occupies a large space, but also has high construction costs, making it difficult to meet production requirements.

[0003] In addition, in the prior art, glass workpieces are usually stacked in multiple pieces before loading, and the glass pieces are often affected by static electricity and other factors, and adhesion often occurs, which makes it difficult to ensure that each time the glass is loaded. Only one piece of material is taken out, so it can be seen that whether the material can be accurately divided and taken out in the feeding link is an important condition to ensure the orderly and smooth progress of the placement process

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