A hollow glass inert gas inflator

Abstract

The invention provides a hollow glass inert glass inflator, including a base. The top surface of the base is symmetrically and fixedly provided with metal plates in a left and right mode, side edge frames are symmetrically and slidably installed between the two metal plates in a left and right mode, the lower parts of the side edge frames are fixedly provided with lower edge frames, the upper parts of the side edge frames are fixedly provided with upper edge frames, and gaps are formed between the lower edge frames, the lower edge frames and the side edge frames. According to the hollow glassinert gas inflator, hollow glass can be filled with inert gases, glue is used for sealing the hollow glass, the modularity degree of the device is high, parts can be adjusted and replaced at will, flexibility and variability are achieved, operation is simple and clear, at the same time, the side edge frames are precooled by a cooling mechanism, solidification of the glue can be accelerated by thecooling mechanism at the same time, production time is reduced, reaction of the device is sensitive, the function is rich, in addition, the glue cannot overflow while blocking the gaps, and the quality of the hollow glass with the inert gases is high.

Description

technical field [0001] The invention relates to the field of hollow glass production, in particular to an inert gas inflator for hollow glass. Background technique [0002] As we all know, hollow glass is a kind of good heat insulation, sound insulation and beautiful building material. It is generally produced by filling two pieces of glass with inert gas and sealing them with adhesive such as glue; the traditional production process of hollow glass is complicated, especially It is in the link of inert gas filling. In order to keep no air in the insulating glass, it is often necessary to complete the production in a larger inert air, which will result in higher costs for the production of insulating glass, and external operators manually operate the space. It is too small to carry out small-batch production; in addition, the traditional insulating glass is sealed as a separate production process, and the insulating glass needs to be transferred as a whole when sealing, which...

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Problems solved by technology

[0002] As we all know, hollow glass is a kind of good heat insulation, sound insulation and beautiful building material. It is generally produced by filling two pieces of glass with inert gas and sealing them with adhesive such as glue; the traditional production process of hollow glass is complicated, especially It is in the link of inert gas filling. In order to keep no air in the insulating glass, it is often necessary to complete the production in a larger inert air, which will result in higher costs for the production of insulating glass, and external operators manually operate the space. It is too small to carry out small-batch production; in addition, the traditional insulating glass is sealed as a separate production process, and the insulating glass needs to be transferred as a whole when sealing, which increases the damage to the insulating glass during transportation. There is a large production interval between the process of filling inert gas and sealing, and the production efficiency is low; therefore, it is necessary to design an inert gas inflator for insulating glass to solve the above problems

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