Glass warehousing system and control method

Abstract

The invention discloses a glass warehousing system and a control method thereof. The glass warehousing system comprises a warehousing cabinet, a portal frame, a glass taking and sending mechanism anda conveying platform. The warehousing cabinet is arranged on ground guide rails and moves relative to the ground guide rails. The ground guide rails are arranged parallel to the conveying platform. The portal frame is fixed to the position, between the ground guide rails and the conveying platform, on the ground. Lifting guide rails are arranged on the two sides of the interior of the portal frame, and a containing cavity used for being matched with the glass taking and sending mechanism is formed in the conveying platform. The two sides of one end of the glass taking and sending mechanism areconnected with the lifting guide rails, and the other end of the glass taking and conveying mechanism is suspended above the conveying platform or descends into the containing cavity along the lifting guide rails. By means of the glass warehousing system and the control method thereof, the occupied space of a glass edge polishing production line can be definitely reduced, the glass edge polishingefficiency is optimized, meanwhile, the labor proportion occupied by people in the edge polishing process is reduced, the labor cost is saved, and meanwhile the equipment service life is prolonged.

Description

technical field [0001] The invention relates to the technical field of glass storage equipment, in particular to a glass storage system and a control method. Background technique [0002] In the glass production process, after the glass comes off the cutting table, the size and shape of the glass are different. If these glasses of different sizes and shapes are allowed to enter the double-sided machine, the double-sided machine needs to be frequently opened and closed to change parameters, which will cause excessive wear and tear on the machine and reduce work efficiency. Due to scattered orders, various types and specifications of glass, and different processing techniques and procedures, the production sequence of the previous process and the production sequence of the next process are often inconsistent, which easily leads to production confusion. When the original glass sheet is stored, it takes up a lot of space, and it is difficult to access and classify the glass, whi...

AI Technical Summary

Problems solved by technology

[0002] In the glass production process, after the glass comes off the cutting table, the size and shape of the glass are different. If these glasses of different sizes and shapes are allowed to enter the double-sided machine, the double-sided machine needs to be frequently opened and closed to change parameters, which will cause excessive wear and tear on the machine and reduce work efficiency. Due to scattered orders, various types and specifications of glass, and different processing techniques and procedures, the production sequence of the previous process and the production sequence of the next process are often inconsistent, which easily leads to production confusion. When the original glass is stored, it takes up a lot of space, and it is difficult to access and classify the glass, which is time-consuming and laborious; after the glass comes off the cutting table, it is often necessary to make a 20-meter-long transmission platform to ensure the efficiency of the bilateral machine.

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