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Door shaft device for bridge air-tight door and bridge air-tight door thereof
The invention relates to a door spindle device for a bridge airtight door and the bridge airtight door, the door spindle device comprises a door frame connecting support, a door body connecting support and a connecting arm rod, one end of the connecting arm rod is rotatably connected with the door frame connecting support, and the other end of the connecting arm rod is rotatably connected with the door body connecting support; during use, the door body connecting support is installed on the door body, and when the door body is closed, the connecting line of the door frame connecting support and the door body connecting support is not perpendicular to the door body. According to the invention, when the door body is opened, the connecting arm rod can rotate around the door frame connecting support, so that the door body horizontally moves outdoors, when the outdoor space is small, the outdoor space can be fully utilized to open the door body, and meanwhile, the door body can rotate around the door body connecting support, so that one part of the door body can be placed indoors, and the indoor space is fully utilized; therefore, the door body can be opened and closed in a small space, the installation requirement for the environment is greatly lowered, practicability is high, wide use is facilitated, and economic benefits are high.
本申请涉及一种用于桥梁气密门的门轴装置及其桥梁气密门,其包括:门框连接支座、门体连接支座和连接臂杆,连接臂杆一端与门框连接支座转动连接,另一端与门体连接支座转动连接;使用时,门体连接支座安装于门体上,且当门体闭合时,门框连接支座与门体连接支座连线与门体不垂直。本发明中,门体在打开时,连接臂杆可以绕门框连接支座转动,使门体向室外水平移动,在室外空间较小时,也能充分利用室外的空间进行门体打开操作,同时门体可以绕门体连接支座转动,使门体一部分可以置于室内,充分利用了室内的空间,因此,使门体能在较小的空间进行开合动作,大幅降了对环境的安装要求,实用性强,有利于广泛使用,经济效益高。
Door shaft device for bridge air-tight door and bridge air-tight door thereof
The invention relates to a door spindle device for a bridge airtight door and the bridge airtight door, the door spindle device comprises a door frame connecting support, a door body connecting support and a connecting arm rod, one end of the connecting arm rod is rotatably connected with the door frame connecting support, and the other end of the connecting arm rod is rotatably connected with the door body connecting support; during use, the door body connecting support is installed on the door body, and when the door body is closed, the connecting line of the door frame connecting support and the door body connecting support is not perpendicular to the door body. According to the invention, when the door body is opened, the connecting arm rod can rotate around the door frame connecting support, so that the door body horizontally moves outdoors, when the outdoor space is small, the outdoor space can be fully utilized to open the door body, and meanwhile, the door body can rotate around the door body connecting support, so that one part of the door body can be placed indoors, and the indoor space is fully utilized; therefore, the door body can be opened and closed in a small space, the installation requirement for the environment is greatly lowered, practicability is high, wide use is facilitated, and economic benefits are high.
本申请涉及一种用于桥梁气密门的门轴装置及其桥梁气密门,其包括:门框连接支座、门体连接支座和连接臂杆,连接臂杆一端与门框连接支座转动连接,另一端与门体连接支座转动连接;使用时,门体连接支座安装于门体上,且当门体闭合时,门框连接支座与门体连接支座连线与门体不垂直。本发明中,门体在打开时,连接臂杆可以绕门框连接支座转动,使门体向室外水平移动,在室外空间较小时,也能充分利用室外的空间进行门体打开操作,同时门体可以绕门体连接支座转动,使门体一部分可以置于室内,充分利用了室内的空间,因此,使门体能在较小的空间进行开合动作,大幅降了对环境的安装要求,实用性强,有利于广泛使用,经济效益高。
Door shaft device for bridge air-tight door and bridge air-tight door thereof
一种用于桥梁气密门的门轴装置及其桥梁气密门
LIU KEFENG (Autor:in) / LI LIN (Autor:in) / SHAN QIUWEI (Autor:in) / MANDA TAMOTSU (Autor:in) / YANG GUANGWU (Autor:in) / ZOU MINYONG (Autor:in) / XIE XIN (Autor:in) / ZHANG GUANGYU (Autor:in) / QIU ZHIJIE (Autor:in)
29.03.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E05D
Scharniere oder andere Aufhängevorrichtungen für Türen, Fenster oder Flügel
,
HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS, OR WINGS
AIR-TIGHT DOOR SYSTEM AND AIR-TIGHT DOOR CONTROL METHOD
Europäisches Patentamt | 2017
|Air-tight door system and air-tight door control method
Europäisches Patentamt | 2019
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