Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Composite self-insulation building block for building
The invention is suitable for the technical field of buildings, and provides a composite self-insulation building block for buildings. The building block comprises building block bodies, a heat preservation layer, a telescopic connecting mechanism and a pushing mechanism, wherein filling holes are formed in the building block bodies, the heat preservation layer is filled between the building block bodies and used for achieving heat preservation, the heat preservation layer and the building block bodies are connected in a clamped mode through inserting pieces and notches, the telescopic connecting mechanism is mounted on the thermal insulation layer and is used for connecting the building block bodies and movably separating the heat preservation layer from the building block bodies, and the pushing mechanism is connected with the heat preservation layer and acts on the heat preservation layer to drive the heat preservation layer to be separated from the building block bodies. According to the building block, the telescopic connecting mechanism is arranged, when the heat preservation layer is damaged and needs to be replaced or the building block bodies is broken and recycled, the telescopic connecting mechanism can be started to be retracted into the heat preservation layer, and the heat preservation layer and the building block body are conveniently separated; and the pushing mechanism is arranged, a pushing force can be applied to the heat preservation layer, the separation of the heat preservation layer and the building block bodies is accelerated.
本发明适用于建筑技术领域，提供了一种建筑用复合自保温砌块，所述砌块包括：砌块本体，所述砌块本体内开设有填充孔；填充在砌块本体之间的保温层，用于实现保温，所述保温层和砌块本体通过安插件和槽口卡合连接；还包括：可伸缩连接机构，安装在保温层上，用于连接砌块本体和保温层可从砌块本体内活动分离；以及推动机构，与所述保温层相连，作用在保温层上带动保温层与砌块本体分离。本发明设置有可伸缩连接机构，当保温层发生破损需要更换或是对砌块本体进行破碎回收时，可启动可伸缩连接机构收回在保温层内，便于保温层和砌块本体分离，设置有推动机构，能在保温层上施加一个推动力，加快保温层与砌块本体分离。
Composite self-insulation building block for building
The invention is suitable for the technical field of buildings, and provides a composite self-insulation building block for buildings. The building block comprises building block bodies, a heat preservation layer, a telescopic connecting mechanism and a pushing mechanism, wherein filling holes are formed in the building block bodies, the heat preservation layer is filled between the building block bodies and used for achieving heat preservation, the heat preservation layer and the building block bodies are connected in a clamped mode through inserting pieces and notches, the telescopic connecting mechanism is mounted on the thermal insulation layer and is used for connecting the building block bodies and movably separating the heat preservation layer from the building block bodies, and the pushing mechanism is connected with the heat preservation layer and acts on the heat preservation layer to drive the heat preservation layer to be separated from the building block bodies. According to the building block, the telescopic connecting mechanism is arranged, when the heat preservation layer is damaged and needs to be replaced or the building block bodies is broken and recycled, the telescopic connecting mechanism can be started to be retracted into the heat preservation layer, and the heat preservation layer and the building block body are conveniently separated; and the pushing mechanism is arranged, a pushing force can be applied to the heat preservation layer, the separation of the heat preservation layer and the building block bodies is accelerated.
本发明适用于建筑技术领域，提供了一种建筑用复合自保温砌块，所述砌块包括：砌块本体，所述砌块本体内开设有填充孔；填充在砌块本体之间的保温层，用于实现保温，所述保温层和砌块本体通过安插件和槽口卡合连接；还包括：可伸缩连接机构，安装在保温层上，用于连接砌块本体和保温层可从砌块本体内活动分离；以及推动机构，与所述保温层相连，作用在保温层上带动保温层与砌块本体分离。本发明设置有可伸缩连接机构，当保温层发生破损需要更换或是对砌块本体进行破碎回收时，可启动可伸缩连接机构收回在保温层内，便于保温层和砌块本体分离，设置有推动机构，能在保温层上施加一个推动力，加快保温层与砌块本体分离。
Composite self-insulation building block for building
一种建筑用复合自保温砌块
ZHANG HAO (Autor:in) / LONG JIANFANG (Autor:in) / LIU YAXIN (Autor:in)
10.09.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
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