electrical circulation soundproof glass

Abstract

The invention relates to electrical circulating sound-insulating glass. A pressure monitor is installed on a fixing frame, and an air guiding pipe is further installed on the fixing frame. Heating lines are arranged in an air interlayer in an equal distance mode and are electrically coupled to a heating seat. A one-way exhausting valve is further fixedly installed on one side of the fixing frame and only permits air to flow towards the outside from the air interlayer. A separation slide stirp is further installed in the air interlayer and is made from a permanent magnet material. The separation slide stirp is parallel to the side the one-way exhausting valve is located. The side wall of the separation slide stirp is in contact with glass plates on two sides in an airtight mode. one-way air holes are formed in the separation slide stirp. The electrical circulating sound-insulating glass is novel in structure and has longer service life. Even if the phenomenon of air inlet or sound-insulating effect reduction occurs in the using process, rapid repair can be also performed, the usage effect can be improved, and the service life can be prolonged.

Description

technical field [0001] The invention relates to a building decoration material, in particular to a sound-insulating glass. Background technique [0002] Sound-proof glass is to seal the surroundings of two pieces of flat glass, vacuumize the gap and seal the exhaust holes, so that the air between the two layers of glass is thin, and the heat transfer of the gas is negligible; at the same time, the vacuum layer can effectively block the sound. Conduction plays the role of sound insulation; however, the traditional sound-proof glass is made with low precision. After a period of use, the airtightness between the glasses decreases, the vacuum layer enters the air, and the heat preservation and noise reduction functions of the sound-proof glass will be greatly reduced; at the same time , There is a large gap between the frames of the fixed sound-proof glass, and the sound and heat are transmitted through the gap between the frames. This structure greatly affects the effect betwee...

AI Technical Summary

Problems solved by technology

[0002] Sound-proof glass is to seal the surroundings of two pieces of flat glass, vacuumize the gap and seal the exhaust holes, so that the air between the two layers of glass is thin, and the heat transfer of the gas is negligible; at the same time, the vacuum layer can effectively block the sound. Conduction plays the role of sound insulation; however, the traditional sound-proof glass is made with low precision. After a period of use, the airtightness between the glasses decreases, the vacuum layer enters the air, and the heat preservation and noise reduction functions of the sound-proof glass will be greatly reduced; at the same time , There is a large gap between the frames of the fixed sound-proof glass, and the sound and heat are transmitted through the gap between the frames. This structure greatly affects the effect between the sound-proof glass wall and the door; making the vacuum glass unable to reflect its own advantages

Images