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A platform for research: civil engineering, architecture and urbanism
Foaming ceramic auxiliary frame structure
The invention discloses a foaming ceramic auxiliary frame structure which comprises a foaming ceramic frame and a bonding layer, and the foaming ceramic frame comprises a heat preservation layer and foaming ceramic layers arranged on the two sides of the heat preservation layer. The foamed ceramic frame with the standard size obtained through cutting is fixed to the door and window opening through first bolts, a foamed ceramic auxiliary frame of the door and window opening of the building is formed, and therefore the effects of positioning and sizing of the door and window of the building are achieved; in addition, the bonding layer is matched with the first bolt to fix the foaming ceramic frame to the original door and window opening, and a firm connecting structure is formed. Meanwhile, the heat preservation layer made of efficient heat preservation materials is clamped in the middle of the foaming ceramic frame, the heat conductivity of the heat preservation layer is different from that of the foaming ceramic layer, a heat resistance gradient can be formed in the wall body structure through combination of the low-heat-conduction materials with the different heat conductivity, when heat is transmitted in the wall body, the heat is more evenly dispersed, and the heat bridge effect is remarkably restrained; therefore, the heat preservation effect of the building is further improved.
本发明公开了一种发泡陶瓷副框构造，包括发泡陶瓷框和粘接层，其中，发泡陶瓷框包括保温层和设置于保温层两侧的发泡陶瓷层。将切割获得的标准尺寸的发泡陶瓷框通过第一螺栓固定于门窗洞口上，形成建筑门窗洞口的发泡陶瓷副框，从而对建筑门窗起到定位和定尺寸的作用；此外，粘接层配合第一螺栓将发泡陶瓷框固定在原始门窗洞口上，形成了牢固的连接结构。同时，通过在发泡陶瓷框中间夹入高效保温材料的保温层，该保温层与发泡陶瓷层的热导率不相同，不同热导率的低导热材料组合可以在墙体结构中形成一个热阻梯度，热量在墙体中传递时，热量被更加均匀地分散，热桥效应被显著抑制，从而进一步地提高了建筑的保温效果。
Foaming ceramic auxiliary frame structure
The invention discloses a foaming ceramic auxiliary frame structure which comprises a foaming ceramic frame and a bonding layer, and the foaming ceramic frame comprises a heat preservation layer and foaming ceramic layers arranged on the two sides of the heat preservation layer. The foamed ceramic frame with the standard size obtained through cutting is fixed to the door and window opening through first bolts, a foamed ceramic auxiliary frame of the door and window opening of the building is formed, and therefore the effects of positioning and sizing of the door and window of the building are achieved; in addition, the bonding layer is matched with the first bolt to fix the foaming ceramic frame to the original door and window opening, and a firm connecting structure is formed. Meanwhile, the heat preservation layer made of efficient heat preservation materials is clamped in the middle of the foaming ceramic frame, the heat conductivity of the heat preservation layer is different from that of the foaming ceramic layer, a heat resistance gradient can be formed in the wall body structure through combination of the low-heat-conduction materials with the different heat conductivity, when heat is transmitted in the wall body, the heat is more evenly dispersed, and the heat bridge effect is remarkably restrained; therefore, the heat preservation effect of the building is further improved.
本发明公开了一种发泡陶瓷副框构造，包括发泡陶瓷框和粘接层，其中，发泡陶瓷框包括保温层和设置于保温层两侧的发泡陶瓷层。将切割获得的标准尺寸的发泡陶瓷框通过第一螺栓固定于门窗洞口上，形成建筑门窗洞口的发泡陶瓷副框，从而对建筑门窗起到定位和定尺寸的作用；此外，粘接层配合第一螺栓将发泡陶瓷框固定在原始门窗洞口上，形成了牢固的连接结构。同时，通过在发泡陶瓷框中间夹入高效保温材料的保温层，该保温层与发泡陶瓷层的热导率不相同，不同热导率的低导热材料组合可以在墙体结构中形成一个热阻梯度，热量在墙体中传递时，热量被更加均匀地分散，热桥效应被显著抑制，从而进一步地提高了建筑的保温效果。
Foaming ceramic auxiliary frame structure
一种发泡陶瓷副框构造
TU HUQIANG (author) / KUANG YANG (author) / XIE LIBO (author)
2024-11-22
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
Manufacturing Method of Foaming Ceramic Ball and Foaming Ceramic Ball thereby
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