A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention belongs to the field of building construction, and particularly relates to a damp-proof reflective roof for a heat island effect and a damp-proof method thereof. The roof comprises a supporting layer and a refraction layer. The supporting layer serves as a framework of the roof to support the roof. The refraction layer covers the outer side of the supporting layer and is composed ofa fixing plate and refraction rollers. The fixing plate is fixedly connected with the supporting layer, a plurality of grooves are formed in the end, away from the supporting layer, of the fixing plate, the refraction rollers are rotationally connected with the interiors of the grooves, and a control mechanism is arranged inside the fixing plate. According to the damp-proof reflective roof for theheat island effect and the damp-proof method thereof, reflection can be achieved through the refraction rollers at high temperature, absorption of sunlight and heat radiation by a building is reduced, and then the heat island effect caused by heat absorption of the building can be relieved; and refraction is achieved at low temperature through the refraction rollers, so that sunlight and heat radiation absorption of the building is enhanced, temperature rise of the building is achieved, and then the situations of high humidity, heavy moisture and the like caused by low building temperature can be effectively avoided.
本发明属于房屋建筑领域，尤其是涉及一种防潮式热岛效应用反光屋顶及其防潮方法，包括支撑层以及折光层，所述支撑层作为屋顶的骨架对于屋顶进行支撑，所述折光层覆盖在支撑层外侧，所述折光层由固定板以及折光滚筒组成，所述固定板与支撑层固定连接，所述固定板远离支撑层的一端设有多个凹槽，所述折光滚筒转动连接在凹槽内，所述固定板内设有控制机构。本发明能够在高温下通过折光滚筒实现反光，减小建筑对于阳光热辐射的吸收，进而能够缓解建筑吸热导致的热岛效应；低温通过折光滚筒实现折光，增强建筑对于阳光热辐射的吸收实现建筑的升温，进而能够有效避免建筑温度低导致的湿度高、潮气重等情况。
The invention belongs to the field of building construction, and particularly relates to a damp-proof reflective roof for a heat island effect and a damp-proof method thereof. The roof comprises a supporting layer and a refraction layer. The supporting layer serves as a framework of the roof to support the roof. The refraction layer covers the outer side of the supporting layer and is composed ofa fixing plate and refraction rollers. The fixing plate is fixedly connected with the supporting layer, a plurality of grooves are formed in the end, away from the supporting layer, of the fixing plate, the refraction rollers are rotationally connected with the interiors of the grooves, and a control mechanism is arranged inside the fixing plate. According to the damp-proof reflective roof for theheat island effect and the damp-proof method thereof, reflection can be achieved through the refraction rollers at high temperature, absorption of sunlight and heat radiation by a building is reduced, and then the heat island effect caused by heat absorption of the building can be relieved; and refraction is achieved at low temperature through the refraction rollers, so that sunlight and heat radiation absorption of the building is enhanced, temperature rise of the building is achieved, and then the situations of high humidity, heavy moisture and the like caused by low building temperature can be effectively avoided.
本发明属于房屋建筑领域，尤其是涉及一种防潮式热岛效应用反光屋顶及其防潮方法，包括支撑层以及折光层，所述支撑层作为屋顶的骨架对于屋顶进行支撑，所述折光层覆盖在支撑层外侧，所述折光层由固定板以及折光滚筒组成，所述固定板与支撑层固定连接，所述固定板远离支撑层的一端设有多个凹槽，所述折光滚筒转动连接在凹槽内，所述固定板内设有控制机构。本发明能够在高温下通过折光滚筒实现反光，减小建筑对于阳光热辐射的吸收，进而能够缓解建筑吸热导致的热岛效应；低温通过折光滚筒实现折光，增强建筑对于阳光热辐射的吸收实现建筑的升温，进而能够有效避免建筑温度低导致的湿度高、潮气重等情况。
Damp-proof reflective roof for heat island effect and damp-proof method thereof
一种防潮式热岛效应用反光屋顶及其防潮方法
MA WENQUN (author)
2020-12-01
Patent
Electronic Resource
Chinese
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