Conveying and layered taking and placing device for achieving multi-specification glass solidification

Abstract

The invention relates to a conveying and layered taking and placing device for achieving multi-specification glass solidification. The device comprises a transmission rack assembly, a conveying assembly, a servo lifting and transferring assembly, a lifting and supporting assembly, a power assembly, a detection assembly and a taking and placing assembly, wherein the transmission rack assembly bears the servo lifting and transferring assembly, the lifting and supporting assembly and the taking assembly. In order to provide a guiding and transmission reference to a moving part, the servo lifting and transferring assembly provides the material taking assembly with lifting power and guidance, so that the material taking and placing assembly takes and places materials layer by layer on a four-layered sheet storage vehicle of a solidification cabinet. The lifting and supporting assembly supports the material taking assembly, the power assembly is connected with the conveying assembly, and the detection assembly is connected with the power assembly to detect position information of a glass product on the conveying assembly. By adopting the conveying and layered taking and placing device for achieving multi-specification glass solidification, full-automatic operation of a solidification station of a glass production line is achieved; and the operation efficiency of glass solidification is greatly improved, and production of glass of various different sizes and specifications is also compatible.

Description

technical field [0001] The invention relates to the field of machinery, in particular to the field of automatic pick-and-place and conveying of glass curing cabinets, and specifically refers to a conveying and layered pick-and-place device for realizing multi-standard glass solidification. Background technique [0002] With the rapid development of engineering and housing construction, and people's demand for architectural appearance aesthetics, the production and use of glass products have grown rapidly. The traditional semi-automatic operation mode can no longer meet the market's requirements for product quality and output. Fully automatic Glass production line will become the future development direction. The curing process of traditional semi-automatic equipment is mostly manual work, and the main disadvantages are as follows: (1) high labor intensity, lack of protective measures, and poor working environment; (2) work efficiency cannot meet the needs of on-site producti...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of engineering and housing construction, and people's demand for architectural appearance aesthetics, the production and use of glass products have grown rapidly. The traditional semi-automatic operation mode can no longer meet the market's requirements for product quality and output. Fully automatic Glass product production line will become the future development direction

The curing process of traditional semi-automatic equipment is mostly manual work, and the main disadvantages are as follows: (1) high labor intensity, lack of protective measures, and poor working environment; (2) work efficiency cannot meet the needs of on-site production; (3) defective products higher rate

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