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A platform for research: civil engineering, architecture and urbanism
Micro pillar for vacuum glass and vacuum glass
The invention provides a micro strut for vacuum glass and the vacuum glass. The micro pillar comprises a plurality of fiber layers, and each fiber layer is composed of a plurality of metal fibers and/or alloy fibers. The invention also provides vacuum glass, and a plurality of the micro pillars are arranged in a vacuum cavity of the vacuum glass. According to the innovatively developed novel micro-strut material and structure, the flexible tiny supporting object made of the metal fibers and/or the alloy fibers is used, so that the novel micro-strut can greatly reduce heat transfer, improve the sound insulation efficiency and effectively improve the heat insulation and sound insulation effects; meanwhile, the micro-supporting column can support a vacuum layer, when the glass is impacted, the micro-supporting column needs to be overcome to do work, kinetic energy can be converted into internal energy of the supporting column through the compression performance of the micro-supporting column, an instantly-increased stress concentration point is not formed, and the risk of glass breakage can be effectively reduced.
本发明提供了一种真空玻璃用微支柱及真空玻璃。该微支柱包括若干纤维层，每一纤维层由若干金属纤维和/或合金纤维组成。本发明还提供了一种真空玻璃，其中，该真空玻璃的真空腔内设有若干所述微支柱。本发明创新研制出的新的微支柱材料与结构使用金属纤维和/或合金纤维制成的柔性微小支撑物，使得这种新的微支柱可以大幅降低热传、提高隔声效能，有效提升隔热与隔声的效果；同时，该微支柱还能够支撑真空层，而且，当玻璃受到冲击时，需克服微支柱做功，利用本发明的微支柱的压缩性能，能够把动能转化成支柱的内能，不形成瞬间增大的应力集中点，能够有效降低玻璃破裂的风险。
Micro pillar for vacuum glass and vacuum glass
The invention provides a micro strut for vacuum glass and the vacuum glass. The micro pillar comprises a plurality of fiber layers, and each fiber layer is composed of a plurality of metal fibers and/or alloy fibers. The invention also provides vacuum glass, and a plurality of the micro pillars are arranged in a vacuum cavity of the vacuum glass. According to the innovatively developed novel micro-strut material and structure, the flexible tiny supporting object made of the metal fibers and/or the alloy fibers is used, so that the novel micro-strut can greatly reduce heat transfer, improve the sound insulation efficiency and effectively improve the heat insulation and sound insulation effects; meanwhile, the micro-supporting column can support a vacuum layer, when the glass is impacted, the micro-supporting column needs to be overcome to do work, kinetic energy can be converted into internal energy of the supporting column through the compression performance of the micro-supporting column, an instantly-increased stress concentration point is not formed, and the risk of glass breakage can be effectively reduced.
本发明提供了一种真空玻璃用微支柱及真空玻璃。该微支柱包括若干纤维层，每一纤维层由若干金属纤维和/或合金纤维组成。本发明还提供了一种真空玻璃，其中，该真空玻璃的真空腔内设有若干所述微支柱。本发明创新研制出的新的微支柱材料与结构使用金属纤维和/或合金纤维制成的柔性微小支撑物，使得这种新的微支柱可以大幅降低热传、提高隔声效能，有效提升隔热与隔声的效果；同时，该微支柱还能够支撑真空层，而且，当玻璃受到冲击时，需克服微支柱做功，利用本发明的微支柱的压缩性能，能够把动能转化成支柱的内能，不形成瞬间增大的应力集中点，能够有效降低玻璃破裂的风险。
Micro pillar for vacuum glass and vacuum glass
一种真空玻璃用微支柱及真空玻璃
ZENG XINCHANG (author) / DING YUANJIE (author) / CHEN QI (author) / CAI ZHIQIANG (author)
2023-03-28
Patent
Electronic Resource
Chinese
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
FLEXIBLE MICRO SUPPORT PILLAR FOR VACUUM INSULATING GLASS AND VACUUM INSULATING GLASS
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