A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the field of wall bodies, in particular to a combined heat preservation wall body and a construction method thereof.The combined heat preservation wall body comprises a heat preservation layer, a base layer wall body and a fixing assembly, the fixing assembly comprises a fixing column, a power piston and a locking column, the fixing column is connected to the surface of the heat preservation layer, and a power cavity for the power piston to slide is formed in the surface of the base layer wall body; the fixing columns can be embedded into the sliding cavities and drive the power pistons to slide, the sliding cavities allowing the locking columns to slide are formed in the surface of the base layer wall and communicate with the power cavities, and locking cavities allowing the ends of the locking columns to be embedded are formed in the surface of the heat preservation layer. According to the combined type heat preservation wall, the fixing columns, the power pistons and the locking columns are arranged, the circumferential outer walls of the locking columns abut against the inner walls of the locking cavities to achieve fixation, the adhesive force between the heat preservation layer and the base layer wall is improved, cracks between the heat preservation layer and the base layer wall are reduced, the combined type heat preservation wall is not prone to cracking along with rainwater erosion, the use safety of the wall is guaranteed, and the service life of the wall is prolonged. And therefore, the service life of the combined thermal insulation wall body is prolonged.
本申请涉及墙体的领域，尤其是一种组合式保温墙体及其施工方法，包括保温层、基层墙体和固定组件，固定组件包括固定柱、动力活塞和锁定柱，固定柱连接在保温层层面，基层墙体表面开设有供动力活塞滑移的动力腔，固定柱能够嵌入滑移腔内并驱使动力活塞滑移，基层墙体表面开设有供锁定柱滑移的滑移腔，滑移腔连通动力腔，保温层层面开设有供锁定柱端部嵌入的锁定腔。本申请中固定柱、动力活塞和锁定柱的设置，锁定柱周向外壁抵紧锁定腔内壁实现固定，提高保温层与基层墙体之间的附着力，减少保温层与基层墙体之间的裂缝，使组合式保温墙体不易随雨水的侵蚀产生裂纹，保证墙体使用的安全性，从而延长对组合式保温墙体的使用寿命。
The invention relates to the field of wall bodies, in particular to a combined heat preservation wall body and a construction method thereof.The combined heat preservation wall body comprises a heat preservation layer, a base layer wall body and a fixing assembly, the fixing assembly comprises a fixing column, a power piston and a locking column, the fixing column is connected to the surface of the heat preservation layer, and a power cavity for the power piston to slide is formed in the surface of the base layer wall body; the fixing columns can be embedded into the sliding cavities and drive the power pistons to slide, the sliding cavities allowing the locking columns to slide are formed in the surface of the base layer wall and communicate with the power cavities, and locking cavities allowing the ends of the locking columns to be embedded are formed in the surface of the heat preservation layer. According to the combined type heat preservation wall, the fixing columns, the power pistons and the locking columns are arranged, the circumferential outer walls of the locking columns abut against the inner walls of the locking cavities to achieve fixation, the adhesive force between the heat preservation layer and the base layer wall is improved, cracks between the heat preservation layer and the base layer wall are reduced, the combined type heat preservation wall is not prone to cracking along with rainwater erosion, the use safety of the wall is guaranteed, and the service life of the wall is prolonged. And therefore, the service life of the combined thermal insulation wall body is prolonged.
本申请涉及墙体的领域，尤其是一种组合式保温墙体及其施工方法，包括保温层、基层墙体和固定组件，固定组件包括固定柱、动力活塞和锁定柱，固定柱连接在保温层层面，基层墙体表面开设有供动力活塞滑移的动力腔，固定柱能够嵌入滑移腔内并驱使动力活塞滑移，基层墙体表面开设有供锁定柱滑移的滑移腔，滑移腔连通动力腔，保温层层面开设有供锁定柱端部嵌入的锁定腔。本申请中固定柱、动力活塞和锁定柱的设置，锁定柱周向外壁抵紧锁定腔内壁实现固定，提高保温层与基层墙体之间的附着力，减少保温层与基层墙体之间的裂缝，使组合式保温墙体不易随雨水的侵蚀产生裂纹，保证墙体使用的安全性，从而延长对组合式保温墙体的使用寿命。
Combined thermal insulation wall and construction method thereof
一种组合式保温墙体及其施工方法
WU FUJUN (author)
2024-08-02
Patent
Electronic Resource
Chinese
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