Glass window for observing high-pressure vessel

Abstract

The invention provides a glass window for observing a high-pressure vessel. The glass window comprises a base connected with the high-pressure vessel in a sealing way, a glass window body and a fixing cover, wherein the glass window body is mounted on the base; the fixing cover is tightly pressed against the glass window body; the glass window body is provided with double layers of glass, namely first glass and second glass; the space between the first glass and the second glass is filled with clear liquid; the glass window further comprises a pressurization device; the pressurization device is used for pressurizing the liquid between the first glass and the second glass to manyfold improve the compressive capacity of the glass window; the glass window can be used for observing the conditions in the high-pressure vessel; the glass window further comprises lighting systems; the conditions in the high-pressure vessel can be observed more clearly through additional arrangement of the lighting systems; and the lighting systems can rotate, and the lighting directions of the lighting systems can be adjusted optionally according to the needs during use, so that the pertinence of an observation port and the practicability of the lighting systems are improved.

Description

technical field [0001] The invention relates to the technical field of chemical equipment accessories, in particular to a glass window for observing high-pressure containers. Background technique [0002] The window is a common chemical equipment accessory, and it is a necessary device for observing various chemical processes. It is widely used in chemical equipment. The window is generally composed of transparent parts and sealing parts. In the process, the window is not difficult to realize. The transparent part can be made of ordinary inorganic glass or plexiglass, and the sealing part can be made of rubber and other elastic materials. However, under the conditions of high temperature and high pressure, the realization of the window is difficult. There are certain difficulties. For example, we need to observe the process under the pressure of 20-60MPa in the scientific research experiment, such as the simulation experiment to observe the process of the growth and reproduc...

AI Technical Summary

Problems solved by technology

[0005] In order to overcome the problems existing in the prior art that the window bears too little pressure and the objects observed through the window are not clear, the present invention provides a glass window for observing high-pressure containers

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