Glass cutting treatment system

Abstract

The invention belongs to the technical field of glass processing equipment, and particularly relates to a glass cutting processing system which comprises a sheet feeding table, a transition conveyingtable, a cutting table, a sheet breaking table and a sheet discharging table, conveying mechanisms are arranged on the sheet feeding table, the cutting table, the sheet breaking table and the sheet discharging table and used for conveying glass, and the glass to be processed is fed from the sheet feeding table and then conveyed to the transition conveying table. The angle is adjusted by the transition conveying table, and the glass is cut by the cutting table, broken by the sheet breaking table, sequentially conveyed to the sheet discharging table for temporary storage, grabbed by the discharging manipulator beside the sheet discharging table and placed on the glass frame beside the sheet discharging table; according to the glass cutting treatment system provided by the invention, the transition conveying table is arranged in front of the cutting table, the rotating frame is arranged on the transition conveying table, and the angle of the raw glass sheet is adjusted by utilizing the rotating frame, so that the raw glass sheet enters the cutting table according to different angles, different cutting schemes of the raw glass sheet are realized, and a relatively high utilization rateof the raw glass sheet is achieved; and the loss of the raw glass sheet is reduced.

Description

technical field [0001] The invention belongs to the technical field of glass processing equipment, and in particular relates to a glass cutting and processing system. Background technique [0002] At present, in order to facilitate mass production, transportation and warehousing, flat glass factories produce glass of fixed size, and the size is usually based on some conventional British data, such as 12 inches (3660mm), 11 inches (3300mm), 8 inches (2440mm), 7 inches (2134mm), etc., but the glass sizes required by end customers are various, so the original glass sheets produced by flat glass factories basically cannot be used directly, but need to be modified. Only after cutting can enter the subsequent processing. Glass cutting machine is a processing machine dedicated to glass processing and blanking. In the prior art, the usual operation is to use the robot to grab the glass and place it on the conveyor line, and then convey it. However, based on the wide variety of back...

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Problems solved by technology

[0002] At present, in order to facilitate mass production, transportation and warehousing, flat glass factories produce glass of fixed size, and the size is usually based on some conventional British data, such as 12 inches (3660mm), 11 inches (3300mm), 8 inches (2440mm), 7 inches (2134mm), etc., but the glass sizes required by end customers are various, so the original glass sheets produced by flat glass factories basically cannot be used directly, but need to be modified. Only after cutting can enter the subsequent processing. Glass cutting machine is a processing machine dedicated to glass processing and blanking. In the prior art, the usual operation is to use the robot to grab the glass and place it on the conveyor line, and then convey it. However, based on the wide variety of back-end glass specifications, changing the original glass sheet in different directions can often get a higher yield and reduce glass loss; in addition, when the When the original glass sheet is cut to form glass sheets of different specifications and sizes, if the glass sheets are all stacked on the same glass shelf, it will inevitably cause troubles in taking the glass sheets, and the prior art lacks effective equipment and mechanisms to Reasonable placement of glass pieces

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