A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel ultrahigh bearing aluminum alloy invisible hinge
The invention provides a novel ultrahigh bearing aluminum alloy invisible hinge, and belongs to the technical field of hinges. The hinge comprises a hinge body, the hinge body comprises a frame hinge with a first high-load-bearing connecting structure and a leaf hinge with a second high-load-bearing connecting structure, a cavity used for containing the leaf hinge is formed in the frame hinge, the leaf hinge is arranged in a bent mode, one end of the leaf hinge is rotationally connected with the frame hinge through a connecting shaft, and the other end of the leaf hinge is rotationally connected with the frame hinge through the connecting shaft. And the connecting shaft is arranged in the cavity. The adjusting assembly can adjust the distance between the frame hinge and the leaf hinge in the hinge body, assembly can still be completed when errors exist between the frame body and the leaf body, the cavity used for containing the leaf hinge in the frame hinge can achieve hidden design of the hinge body, leather strip cutting is not needed, the sealing performance is good, and assembly is convenient. The first high-load-bearing connecting structure on the frame hinge and the second high-load-bearing connecting structure on the sash hinge can improve load bearing of the hinge body so as to adapt to a large-load-bearing window.
本发明提供了一种新型超高承重铝合金隐形合页，属于合页技术领域。它包括合页主体，所述的合页主体包括具有一号高承重连接结构的框合页和具有二号高承重连接结构的扇合页，所述的框合页内设有用于容纳扇合页的空腔，所述的扇合页折弯设置且所述的扇合页一端通过连接轴和框合页转动连接，所述的连接轴设置于空腔内。调节组件能够调节合页主体内的框合页和扇合页之间的间距，使框体和扇体存在误差时仍能够完成装配，框合页内用于容纳扇合页的空腔能实现合页主体的隐藏式设计，无需切割皮条，密封性好，框合页上的一号高承重连接结构和扇合页上的二号高承重连接结构能够提高合页主体的承重，以适配大承重的窗户。
Novel ultrahigh bearing aluminum alloy invisible hinge
The invention provides a novel ultrahigh bearing aluminum alloy invisible hinge, and belongs to the technical field of hinges. The hinge comprises a hinge body, the hinge body comprises a frame hinge with a first high-load-bearing connecting structure and a leaf hinge with a second high-load-bearing connecting structure, a cavity used for containing the leaf hinge is formed in the frame hinge, the leaf hinge is arranged in a bent mode, one end of the leaf hinge is rotationally connected with the frame hinge through a connecting shaft, and the other end of the leaf hinge is rotationally connected with the frame hinge through the connecting shaft. And the connecting shaft is arranged in the cavity. The adjusting assembly can adjust the distance between the frame hinge and the leaf hinge in the hinge body, assembly can still be completed when errors exist between the frame body and the leaf body, the cavity used for containing the leaf hinge in the frame hinge can achieve hidden design of the hinge body, leather strip cutting is not needed, the sealing performance is good, and assembly is convenient. The first high-load-bearing connecting structure on the frame hinge and the second high-load-bearing connecting structure on the sash hinge can improve load bearing of the hinge body so as to adapt to a large-load-bearing window.
本发明提供了一种新型超高承重铝合金隐形合页，属于合页技术领域。它包括合页主体，所述的合页主体包括具有一号高承重连接结构的框合页和具有二号高承重连接结构的扇合页，所述的框合页内设有用于容纳扇合页的空腔，所述的扇合页折弯设置且所述的扇合页一端通过连接轴和框合页转动连接，所述的连接轴设置于空腔内。调节组件能够调节合页主体内的框合页和扇合页之间的间距，使框体和扇体存在误差时仍能够完成装配，框合页内用于容纳扇合页的空腔能实现合页主体的隐藏式设计，无需切割皮条，密封性好，框合页上的一号高承重连接结构和扇合页上的二号高承重连接结构能够提高合页主体的承重，以适配大承重的窗户。
Novel ultrahigh bearing aluminum alloy invisible hinge
新型超高承重铝合金隐形合页
TAI ZHIQIANG (author) / ZHANG HAILIN (author) / GONG CHAOYANG (author) / LI CHENGGUANG (author) / HAN DONGSHENG (author)
2023-11-10
Patent
Electronic Resource
Chinese
IPC:
E05D
Scharniere oder andere Aufhängevorrichtungen für Türen, Fenster oder Flügel
,
HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS, OR WINGS
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