Continuous machining device for vacuum glass component

Abstract

The invention discloses a continuous machining device for a vacuum glass component. The continuous machining device comprises a piece placing platform, a front-end auxiliary vacuum chamber, a main vacuum chamber, a rear-end auxiliary vacuum chamber and a piece taking platform in sequence along a glass forwarding direction, and further comprises a glass plate conveying structure and an electrical control system, wherein the glass plate conveying mechanism is used for conveying glass plates in the machining device, all the vacuum chambers are independent from one another and respectively provided with a vacuum acquisition system and a vacuum detection device, the vacuum degree of the front-end auxiliary vacuum chamber and the vacuum degree of the rear-end auxiliary vacuum chamber are equal to or lower than that of the main vacuum chamber, the two auxiliary vacuum chambers respectively provide a transitional vacuum space at the front end and the rear end of the main vacuum chamber, a piece combining device and a sealing-in device are arranged in the main vacuum chamber, piece combining and packaging operations can be carried out on the glass plates in the main vacuum chamber by virtue of the two devices, and the electrical control system is used for system control in the vacuum sealing-in technological process and equipment action process.

Description

technical field [0001] The invention relates to a device capable of continuously processing vacuum glass components. Background technique [0002] Vacuum glass components composed of two or more glass plates have attracted more and more attention due to their excellent sound insulation and heat insulation properties. Therefore, various vacuum glass production methods and corresponding methods have been proposed. vacuum glass products. The structure of the vacuum glass invented by the applicant earlier is as follows: Figure 1-3 shown. In the figure, 14a is an upper glass plate, 14b is a lower glass plate, 14c is an intermediate support, and 14d is a sealing object. The intermediate support 14c is preset on the lower glass plate 14b, and the sealant 14d can be formed by directly brazing the metal layers preset on the upper and lower glass plates, or it can be low glass powder, or it can be a cross section of The U-shaped metal sealing sheet is brazed with the metal lay...

AI Technical Summary

Problems solved by technology

[0003] For the above two manufacturing methods of vacuum glass components, since the distance between the adjacent glass plates after assembly is relatively small, some even have only tens of microns, it will not only take a long time to draw a vacuum in such a narrow space, but also requires a lot of time. Difficult to obtain high vacuum

Moreover, neither of the above two methods can achieve continuous production

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