Glass bracket for high-pressure kettle

Abstract

The invention discloses a glass bracket for a high-pressure kettle. The glass bracket comprises wheels which are matched with rails in the high-pressure kettle and a base arranged on the wheels, wherein the base is provided with a frame; two backrest inclined plates are further arranged between the frame and the base; the two backrest inclined plates are arranged at two sides of the frame respectively in an inclined state; supporting plates are further arranged at two sides of the base; a plurality of U-shaped grooves are formed in the supporting plates; and stopping blocks are arranged at endparts of the supporting plates. By adopting the glass bracket for the high-pressure kettle, provided by the invention, the supporting plates with a retractable multi-section type structure are arranged at two sides of the base, and the U-shaped grooves are formed in the supporting plates, so that a glass loading amount can be improved; a space in the high-pressure kettle can be sufficiently utilized in a glass production process and energy is saved, so that the production period is shortened; and meanwhile, the wheels are matched with the rails in the high-pressure kettle, so that the turnover transportation is convenient to realize.

Description

technical field [0001] The invention relates to the technical field of glass production equipment, in particular to a glass bracket used in an autoclave. Background technique [0002] Glass autoclave is the key equipment for deep processing of glass. Through heat treatment methods such as pressurization and heating, the laminated glass can meet the safety requirements. This equipment has been widely used in the automotive industry, aerospace, national defense, architectural decoration, etc. industry. In glass processing, glass needs to be placed in a glass rack and placed in an autoclave for processing. The glass autoclave raises the temperature and pressure evenly, and after a period of balanced heat preservation and pressure maintenance in the autoclave, it is then maintained at a constant speed. Cool down to about 45 degrees to exhaust, so that the products in the autoclave can achieve good adhesion and good permeability. The glass frit rack in the existing glass autocla...

AI Technical Summary

Problems solved by technology

In glass processing, glass needs to be placed in a glass rack and placed in an autoclave for processing. The glass autoclave raises the temperature and pressure evenly, and after a period of balanced heat preservation and pressure maintenance in the autoclave, it is then maintained at a constant speed. Cool down to about 45 degrees to exhaust, so that the products in the autoclave can achieve good adhesion and good permeability. The glass frit rack in the existing glass autoclave is generally a single-layer design, and there is less glass placed. When the length of the glass to be produced is short, the quantity is small or the height is short, the free space in the glass autoclave is too large, and the autoclave still needs to heat the air to waste energy, resulting in a long operating cycle of the glass autoclave and low heating efficiency. When it is necessary to produce different glasses, the existing glass racks cannot place glasses of different sizes at the same time, which is not convenient enough to use

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