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A platform for research: civil engineering, architecture and urbanism
Carbon ceramic cabin door hinge mechanism
A carbon ceramic cabin door hinge mechanism comprises a door frame support, a cabin door support and a moving assembly. The door frame support is provided with a sliding groove set. A cabin door sliding groove is formed in the cabin door support. A first rotating shaft is also arranged on the cabin door bracket; the moving assembly comprises a first moving part and a second moving part; one end of the first moving part is connected to the first rotating shaft, and the other end of the first moving part is connected into the sliding groove set. One end of the second moving part is connected to the cabin door sliding groove, and the other end of the second moving part is connected into the sliding groove set. The moving assembly moves along the sliding grooves in the sliding groove set, the cabin door can be away from the door frame conveniently, interference between the cabin door and the door frame during rotation is avoided, the moving assembly slides in an arc shape along the sliding grooves of the sliding groove set, a certain angle is opened for the first time, and a certain angle is opened again along the sliding grooves of the cabin door, so that the cabin door is opened by a needed angle. A worker can formulate the length of each sliding chute in the sliding chute group and the cabin door sliding chute according to requirements, so that cabin doors with different thicknesses can be conveniently opened by different angles.
一种碳陶瓷舱门铰链机构，包括门框支架、舱门支架和移动组件；门框支架上设有滑槽组；舱门支架上设有舱门滑槽；舱门支架上还设有第一转轴；移动组件包括第一移动件和第二移动件；第一移动件的一端连接在第一转轴，第一移动件的另一端连接在滑槽组内；第二移动件的一端连接在舱门滑槽上，第二移动件的另一端连接在滑槽组内。移动组件沿着滑槽组内的滑槽移动，便于舱门远离门框，避免舱门转动时与门框发生干涉，且移动组件沿着滑槽组的滑槽弧形滑动，首次打开一定角度，沿着舱门滑槽再次打开一定角度，使得舱门打开需要的角度，工人可根据需求制定滑槽组内的各个滑槽和舱门滑槽的长度，方便不同厚度的舱门打开不同的角度。
Carbon ceramic cabin door hinge mechanism
A carbon ceramic cabin door hinge mechanism comprises a door frame support, a cabin door support and a moving assembly. The door frame support is provided with a sliding groove set. A cabin door sliding groove is formed in the cabin door support. A first rotating shaft is also arranged on the cabin door bracket; the moving assembly comprises a first moving part and a second moving part; one end of the first moving part is connected to the first rotating shaft, and the other end of the first moving part is connected into the sliding groove set. One end of the second moving part is connected to the cabin door sliding groove, and the other end of the second moving part is connected into the sliding groove set. The moving assembly moves along the sliding grooves in the sliding groove set, the cabin door can be away from the door frame conveniently, interference between the cabin door and the door frame during rotation is avoided, the moving assembly slides in an arc shape along the sliding grooves of the sliding groove set, a certain angle is opened for the first time, and a certain angle is opened again along the sliding grooves of the cabin door, so that the cabin door is opened by a needed angle. A worker can formulate the length of each sliding chute in the sliding chute group and the cabin door sliding chute according to requirements, so that cabin doors with different thicknesses can be conveniently opened by different angles.
一种碳陶瓷舱门铰链机构，包括门框支架、舱门支架和移动组件；门框支架上设有滑槽组；舱门支架上设有舱门滑槽；舱门支架上还设有第一转轴；移动组件包括第一移动件和第二移动件；第一移动件的一端连接在第一转轴，第一移动件的另一端连接在滑槽组内；第二移动件的一端连接在舱门滑槽上，第二移动件的另一端连接在滑槽组内。移动组件沿着滑槽组内的滑槽移动，便于舱门远离门框，避免舱门转动时与门框发生干涉，且移动组件沿着滑槽组的滑槽弧形滑动，首次打开一定角度，沿着舱门滑槽再次打开一定角度，使得舱门打开需要的角度，工人可根据需求制定滑槽组内的各个滑槽和舱门滑槽的长度，方便不同厚度的舱门打开不同的角度。
Carbon ceramic cabin door hinge mechanism
碳陶瓷舱门铰链机构
AN MENGLEI (author) / ZHANG LIANG (author) / WANG PENG (author) / JI BAOFENG (author) / GENG ZHONGHANG (author)
2023-08-15
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
Cabin door hinge structure and installation method of cabin door hinge
| European Patent Office | 2022