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A platform for research: civil engineering, architecture and urbanism
Aluminum alloy door and window reinforcing system and reinforcing method
The invention relates to the technical field of door and window reinforcement, and discloses an aluminum alloy door and window reinforcement system and a reinforcement method.The aluminum alloy door and window reinforcement system comprises a longitudinal hollow structure, and a pressure cavity for gas to move from the center to the two ends is formed in the longitudinal hollow structure. According to the aluminum alloy door and window reinforcing system and method, the door frame and the pressure structure providing pressure resistance are connected in a bendable mode through the connecting rod, the movement range of the connecting structure can be effectively reduced, when pressure acting on the door frame exerts pressure on the connecting rod, the connecting rod is forced to generate the rotating trend, the trend further acts on the threaded structure, and therefore the effect of reinforcing the door and window is achieved. Under the action of the threaded structure, the external threaded column is forced to drive the piston plate to tend to move towards the center, and due to the pressure action of the high-pressure gas, the air pressure can resist the downward pressing trend of the piston plate on the premise that the buffering function is achieved, so that the radial pressure resistance of the door and window is enhanced; the downward pressing stroke of the piston plate is linked with the opening angle of the movable door and window, and therefore the continuous reinforcing effect can be achieved.
本发明涉及门窗加固技术领域，且公开了一种铝合金门窗加固系统及加固方法，包括纵向空心结构，内部设置有用于气体由中心向两端运动的压力腔。该铝合金门窗加固系统及加固方法，利用连杆实现门框与提供抗压的压力结构实现可弯曲的连接，能够有效减小连接结构的活动范围，当作用于门框的压力对连杆产生压力时，会迫使连杆产生旋转的趋势，该趋势进一步作用至螺纹结构中，在螺纹结构的作用下，迫使外螺纹柱带动活塞板产生向中心运动趋势，而由于高压气体的压强作用，气压能够以具备缓冲功能的前提，对活塞板的下压趋势产生抵抗，从而增强门窗的径向抗压能力，并且，活塞板的下压行程与活动门窗的打开角度联动，因此，能够实现持续性的加固效果。
Aluminum alloy door and window reinforcing system and reinforcing method
The invention relates to the technical field of door and window reinforcement, and discloses an aluminum alloy door and window reinforcement system and a reinforcement method.The aluminum alloy door and window reinforcement system comprises a longitudinal hollow structure, and a pressure cavity for gas to move from the center to the two ends is formed in the longitudinal hollow structure. According to the aluminum alloy door and window reinforcing system and method, the door frame and the pressure structure providing pressure resistance are connected in a bendable mode through the connecting rod, the movement range of the connecting structure can be effectively reduced, when pressure acting on the door frame exerts pressure on the connecting rod, the connecting rod is forced to generate the rotating trend, the trend further acts on the threaded structure, and therefore the effect of reinforcing the door and window is achieved. Under the action of the threaded structure, the external threaded column is forced to drive the piston plate to tend to move towards the center, and due to the pressure action of the high-pressure gas, the air pressure can resist the downward pressing trend of the piston plate on the premise that the buffering function is achieved, so that the radial pressure resistance of the door and window is enhanced; the downward pressing stroke of the piston plate is linked with the opening angle of the movable door and window, and therefore the continuous reinforcing effect can be achieved.
本发明涉及门窗加固技术领域，且公开了一种铝合金门窗加固系统及加固方法，包括纵向空心结构，内部设置有用于气体由中心向两端运动的压力腔。该铝合金门窗加固系统及加固方法，利用连杆实现门框与提供抗压的压力结构实现可弯曲的连接，能够有效减小连接结构的活动范围，当作用于门框的压力对连杆产生压力时，会迫使连杆产生旋转的趋势，该趋势进一步作用至螺纹结构中，在螺纹结构的作用下，迫使外螺纹柱带动活塞板产生向中心运动趋势，而由于高压气体的压强作用，气压能够以具备缓冲功能的前提，对活塞板的下压趋势产生抵抗，从而增强门窗的径向抗压能力，并且，活塞板的下压行程与活动门窗的打开角度联动，因此，能够实现持续性的加固效果。
Aluminum alloy door and window reinforcing system and reinforcing method
一种铝合金门窗加固系统及加固方法
CUI YANJIAO (author) / SUN FEIQUN (author)
2023-03-28
Patent
Electronic Resource
Chinese
IPC:
E05F
DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION
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Vorrichtungen zum Bewegen der Flügel in die Offen- oder Schließstellung
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