Heat-insulation communication glass

Abstract

The invention discloses a building material, particularly relates to a highly heat-insulation window body, and provides communication glass. The communication glass comprises a group of pieces of heat-insulation glass which are spliced with one another; an inner cavity used for being filled with an inertial gas is formed in each piece of heat-insulation glass; a steel piece used for positioning corresponding pieces of heat-insulation glass is arranged at each joint of the pieces of heat-insulation glass; a communication pipe communicating the inner cavities of two corresponding pieces of heat-insulation glass is arranged between each two adjacent pieces of heat-insulation glass, and spans the corresponding steel piece; an opening butted with the corresponding pipe mouth of the corresponding communication pipe is formed in each piece of heat-insulation glass; a cover plate connected to the corresponding pipe mouth of the corresponding communication pipe is arranged in each inner cavity; the outer diameter of each cover plate is larger than the inner diameter of each opening; a gap used for ventilation is reserved between each cover plate and the corresponding pipe mouth of the corresponding communication pipe. The heat-insulation communication glass has the advantages that the technical defect of poor structural stability in the prior art is solved; adjacent pieces of glass are communicated into a whole body under the premise that the stability of the steel pieces is maintained.

Description

technical field [0001] The invention relates to the field of building materials, in particular to a high temperature insulation window. Background technique [0002] The design of doors and windows in modern buildings is very popular among consumers because of their large window area, good lighting, and elegant appearance. However, the larger the window type, the more heat will be lost through the doors and windows, especially in winter, the more coal and electricity will be consumed, and the emission of sulfur dioxide will also increase relatively. At the same time, in the hot summer, the thermal radiation and ultraviolet rays generated by sunlight directly irradiate the room through the door and window glass, which makes the indoor temperature rise rapidly and increases the power load of the air conditioner. Therefore, the temperature loss of building doors and windows in winter and the problem of solar heat radiation in summer are urgent problems to be solved. [0003] ...

AI Technical Summary

Problems solved by technology

If you want to connect the heat insulating glass into one (to facilitate one-time filling of inert gas), you need to open ventilation holes on the steel parts, which will reduce the structural stability of the steel parts, that is, the frame of the greenhouse glass house

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