A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Connecting device for framework plate building bearing body joint
The invention discloses a connecting device for a framework plate building bearing body joint, and belongs to the field of buildings. A sleeve is connected to a bearing column body in a sleeving mode,a mounting plate at the top is fixed to a bearing beam or a floor slab above the mounting plate, and thus the mounting plate is connected between two bearing bodies to serve as the joint; external force acts on a connecting rod, thus the connecting rod rotates, and a spring B at the bottom of the connecting rod is driven to deform; meanwhile, the connecting rod rotates to drive a sliding rod movably connected with the connecting rod to move, thus the sliding rod is indirectly pushed to move in a barrel body, the external force is transmitted to a spring A in the barrel body to enable the spring A to deform and convert to absorb part of vibration force, the borne vibration twisting force is effectively decomposed, damage of the external force to a building is reduced, and the anti-seismiceffect of the building is effectively improved; and hot air formed by heating of an electric heating wire is continuously blown into the sleeve, the situation that all parts in the sleeve are affectedwith damp, thus oxidation damage occurs, and normal work of the parts is affected is effectively prevented, and the situation that the service life is shortened is avoided while the anti-seismic effect is improved.
本发明公开了一种用于骨架板材建筑承重体节点的连接装置，属于建筑领域。通过套筒套接在承重柱体上，顶部的安装板与上方承重梁或楼板进行固定，从而衔接在两个承重体之间作为节点，外力作用在连杆上，使得连杆发生转动，带动其底部的弹簧B发生形变，同时连杆转动带动与其活动连接的滑杆发生移动，从而间接推动滑杆在筒体内运动，将外力传递到筒体内的弹簧A上使其发生形变转化吸收一部分振动力，将所受到的振动扭曲力进行有效的分解，减小外力对建筑物的伤害，有效提高建筑抗震效果；并经过电热丝加热所形成的热风不断吹向套筒内部，有效防止了套筒内各部件受潮发生氧化破损影响其正常工作，提高抗振效果的同时避免降低使用寿命。
Connecting device for framework plate building bearing body joint
The invention discloses a connecting device for a framework plate building bearing body joint, and belongs to the field of buildings. A sleeve is connected to a bearing column body in a sleeving mode,a mounting plate at the top is fixed to a bearing beam or a floor slab above the mounting plate, and thus the mounting plate is connected between two bearing bodies to serve as the joint; external force acts on a connecting rod, thus the connecting rod rotates, and a spring B at the bottom of the connecting rod is driven to deform; meanwhile, the connecting rod rotates to drive a sliding rod movably connected with the connecting rod to move, thus the sliding rod is indirectly pushed to move in a barrel body, the external force is transmitted to a spring A in the barrel body to enable the spring A to deform and convert to absorb part of vibration force, the borne vibration twisting force is effectively decomposed, damage of the external force to a building is reduced, and the anti-seismiceffect of the building is effectively improved; and hot air formed by heating of an electric heating wire is continuously blown into the sleeve, the situation that all parts in the sleeve are affectedwith damp, thus oxidation damage occurs, and normal work of the parts is affected is effectively prevented, and the situation that the service life is shortened is avoided while the anti-seismic effect is improved.
本发明公开了一种用于骨架板材建筑承重体节点的连接装置，属于建筑领域。通过套筒套接在承重柱体上，顶部的安装板与上方承重梁或楼板进行固定，从而衔接在两个承重体之间作为节点，外力作用在连杆上，使得连杆发生转动，带动其底部的弹簧B发生形变，同时连杆转动带动与其活动连接的滑杆发生移动，从而间接推动滑杆在筒体内运动，将外力传递到筒体内的弹簧A上使其发生形变转化吸收一部分振动力，将所受到的振动扭曲力进行有效的分解，减小外力对建筑物的伤害，有效提高建筑抗震效果；并经过电热丝加热所形成的热风不断吹向套筒内部，有效防止了套筒内各部件受潮发生氧化破损影响其正常工作，提高抗振效果的同时避免降低使用寿命。
Connecting device for framework plate building bearing body joint
一种用于骨架板材建筑承重体节点的连接装置
LEI HONGJIN (author)
2020-12-18
Patent
Electronic Resource
Chinese
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