Stream type sealed double-layer glass production method

Abstract

The invention relates to a stream type sealed double-layer glass production method, wherein a sensor capable of automatically recognizing a coated glass-film layer surface is arranged at the tail end of a glass transfer machine, and a bracket for large and small glass are respective arranged at the lower parts of a glass combination machine and a press machine. When the first piece of large glass arrives at the glass combination machine, the first large piece of glass stops at a proper position under the action of signals of a sensor and then is pasted with a frame. When the second piece of small glass arrives, the small glass is combined after being supported up a certain edge distance by a lower bracket and then. After being combined, two pieces of glass are sent to the press machine to be pressed. The invention has advantages that the operation of devices can be monitored at any time, the fault maintenance can be carried out in time; and the circuits of the devices are connected by aviation plugs, which are easy to detect and maintain. The stream type sealed double-layer glass production method saves cost and enhances production efficiency.

Description

technical field [0001] The invention relates to the field of glass machinery and equipment, in particular to a flow-through method for producing sealed double-layer glass. Background technique [0002] The current insulating glass is generally composed of two or more layers of ordinary flat glass. Use high-strength, high-air-tight composite adhesive to bond and seal two or more pieces of glass with sealing strips and glass strips around the hollow glass, fill the middle with dry gas, and fill the frame with desiccant. In order to ensure the dryness of the air between the glass sheets; the hollow glass has a certain cavity, so it has good thermal insulation, heat insulation, sound insulation and other properties, and is mainly used for the outer glass decoration of heating, air conditioning, and noise reduction facilities. Many insulating glass production equipment are mostly horizontal, but they cannot form a production line. Each production equipment is independent of each...

AI Technical Summary

Problems solved by technology

Many insulating glass production equipment are mostly horizontal, but they cannot form a production line. Each production equipment is independent of each other, and additional transfer equipment is required during the processing process, which is not convenient for production management; in addition, in ensuring the normal operation of each link of the equipment It also requires more operators, a large amount of labor, high production costs, and very low production efficiency