Double-component glue spreading machine applied to hollow glass production

Abstract

The invention discloses a double-component glue spreading machine applied to hollow glass production. The double-component glue spreading machine comprises a frame and a middle workbench, wherein the middle workbench is located on the frame and provided with a support frame and a Y-direction conveying device, a crossbeam is disposed on the support frame, an X-direction moving device is disposed at the front end of the crossbeam and connected with a glue spreading trolley, the glue spreading trolley comprises a vertical connecting seat and a horizontal baffle, the vertical connecting seat is connected with the horizontal baffle, a Z-direction moving device and a glue spreading device are disposed on the vertical connecting seat, a connecting plate is disposed at the upper end of the vertical connecting seat and connected with a glue mixing device, the glue mixing device is connected with an A-type glue supply device and a B-type glue supply device, an air inlet system is disposed at the bottom of the frame, the left side of the air inlet system is connected with the A-type glue supply device, and the right side of the air inlet system is connected with the B-type glue supply device. The double-component glue spreading machine is simple in structure, scientific and convenient, high in pertinence, high in automation level and capable of well solving the glue spreading problems of hollow glass.

Description

technical field [0001] The invention relates to a two-component gluing machine used in the production of insulating glass. Background technique [0002] Insulating glass is a sunrise product that has only been developed in my country in recent years, and its key construction process is the application of two-component sealant. The existing technology adopts manual construction from weighing proportioning, glue mixing, and glue application. There is a problem that air bubbles are likely to be generated in manual glue mixing, which affects the bonding strength of the glue, and there is no pressure in manual glue application, and it is not easy to fill the gaps with glue. Therefore, the quality of glue mixing largely depends on the skills of the workers. The quality of the insulating glass produced in this way is unstable, and the work efficiency is low, which seriously affects the long-term development of insulating glass. Contents of the invention [0003] The purpose of t...

AI Technical Summary

Problems solved by technology

The existing technology adopts manual construction from weighing ratio, glue mixing, and glue application. There are air bubbles in manual glue mixing, which affects the bonding strength of glue, and there is no pressure in manual glue application, and it is not easy to fill the gaps with glue.

Therefore, the quality of glue mixing largely depends on the skills of the workers. The quality of the insulating glass produced in this way is unstable, and the work efficiency is low, which seriously affects the long-term development of insulating glass.

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