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Energy-saving thermal insulation partition wall based on BIM technology
The energy-saving thermal insulation partition wall based on the BIM technology comprises a partition wall body, expansion foam cotton is fixedly installed at the position, close to the left end, in the partition wall body, a foam thermal insulation layer is bonded to the right side of the expansion foam cotton, and asbestos is bonded to the right side of the foam thermal insulation layer. When the heat preservation partition wall is used, the aluminum alloy heat conduction rods can rapidly absorb external heat and then transmit the heat into the expansion foam cotton, the expansion foam cotton can store the transmitted heat, then the stored heat is released when the temperature is low at night, the temperature is increased, and meanwhile, the heat preservation partition wall is convenient to use. The foam heat preservation layer can preserve the internal temperature so that the temperature can not be dissipated easily, the heat transfer property of the vacuum heat insulation plate is low, the internal temperature can be locked in the partition wall body, rapid dissipation of the temperature is avoided, and when the temperature is preserved, the heat transfer property is good. And external noise can be absorbed and counteracted through the sound absorption plate and the sound insulation pad.
本发明公开了一种基于BIM技术的节能保温隔墙，包括隔墙主体，所述隔墙主体内部靠左端的位置固定安装有膨胀泡沫棉，所述膨胀泡沫棉的右侧粘合有泡沫保温层，所述泡沫保温层的右侧粘合有石棉。该保温隔墙在使用时，铝合金导热棒可以对外部的热量进行快速的吸收，然后将热量传递至膨胀泡沫棉的内部，膨胀泡沫棉可以对传递来的热量进行保存，然后在夜晚温度较低的时候，再将存储的温度释放出来，提高温度，同时，泡沫保温层可以对内部的温度进行保存，使温度不会轻易的消散，而且真空隔热板的热传递性质较低，可以将内部温度锁在隔墙主体的内部，避免温度快速消散，在对温度进行保存时，还可以通过吸音板和隔音垫对外部的杂音进行吸收和抵消。
Energy-saving thermal insulation partition wall based on BIM technology
The energy-saving thermal insulation partition wall based on the BIM technology comprises a partition wall body, expansion foam cotton is fixedly installed at the position, close to the left end, in the partition wall body, a foam thermal insulation layer is bonded to the right side of the expansion foam cotton, and asbestos is bonded to the right side of the foam thermal insulation layer. When the heat preservation partition wall is used, the aluminum alloy heat conduction rods can rapidly absorb external heat and then transmit the heat into the expansion foam cotton, the expansion foam cotton can store the transmitted heat, then the stored heat is released when the temperature is low at night, the temperature is increased, and meanwhile, the heat preservation partition wall is convenient to use. The foam heat preservation layer can preserve the internal temperature so that the temperature can not be dissipated easily, the heat transfer property of the vacuum heat insulation plate is low, the internal temperature can be locked in the partition wall body, rapid dissipation of the temperature is avoided, and when the temperature is preserved, the heat transfer property is good. And external noise can be absorbed and counteracted through the sound absorption plate and the sound insulation pad.
本发明公开了一种基于BIM技术的节能保温隔墙，包括隔墙主体，所述隔墙主体内部靠左端的位置固定安装有膨胀泡沫棉，所述膨胀泡沫棉的右侧粘合有泡沫保温层，所述泡沫保温层的右侧粘合有石棉。该保温隔墙在使用时，铝合金导热棒可以对外部的热量进行快速的吸收，然后将热量传递至膨胀泡沫棉的内部，膨胀泡沫棉可以对传递来的热量进行保存，然后在夜晚温度较低的时候，再将存储的温度释放出来，提高温度，同时，泡沫保温层可以对内部的温度进行保存，使温度不会轻易的消散，而且真空隔热板的热传递性质较低，可以将内部温度锁在隔墙主体的内部，避免温度快速消散，在对温度进行保存时，还可以通过吸音板和隔音垫对外部的杂音进行吸收和抵消。
Energy-saving thermal insulation partition wall based on BIM technology
一种基于BIM技术的节能保温隔墙
QIN YUHUAN (author) / LIU WEI (author) / YE SHENGJUN (author)
2023-04-07
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
B32B
LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
,
Schichtkörper, d.h. aus Ebenen oder gewölbten Schichten, z.B. mit zell- oder wabenförmiger Form, aufgebaute Erzeugnisse
/
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
| European Patent Office | 2022