A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building stand column structure with good damping effect
The invention provides a building stand column structure with a good damping effect, and relates to the field of building stand columns. The building stand column structure comprises a stand column body and a cross beam; and a buffer pad making contact with a connecting block is vertically arranged at the end, away from a second connecting rod, of a supporting rod. Through telescopic rods at the bottom of a connecting plate, in case of shaking, the cross beam drives a connecting block to press downwards, so that the telescopic rods and first buffer springs perform first buffering, damping is performed on the structure, and then a rack plate is pressed downwards through the connecting plate, so that the rack plate is engaged with a third gear to drive a rotating rod to rotate; then, a moving plate moves through threads, a supporting rod drives a buffering cushion to be tightly attached to the connecting block, meanwhile, the second connecting rod is deformed, the supporting force of a second buffering spring on a moving rod is increased, and secondary buffering is performed; and the damping effect is improved, connection looseness between a stand column and a transverse plate is avoided, meanwhile, vibration under different conditions can be coped with, and potential safety hazards are reduced while the stability is improved.
本发明提供一种减震效果好的建筑立柱结构，涉及建筑立柱领域，包括立柱本体和横梁，所述支撑杆远离第二连接杆的一端竖向设置有与所述连接块相接触的缓冲垫。本发明通过通过连接板底部的伸缩杆，可当晃动时，横梁带动连接块下压使得伸缩杆与第一缓冲弹簧进行第一次缓冲，对其进行减震，随后齿条板通过连接板下压使得齿条板与第三齿轮进行啮合带动转动杆转动，随后移动板通过螺纹进行移动，支撑杆带动缓冲垫紧密贴合连接块的同时，使得第二连接杆进行形变，增大第二缓弹簧对移动杆的支撑力，进行二次缓冲，增加减震的效果，避免了立柱与横板之间的连接松动的同时可应对不同状况的震动，增加稳定性的同时减少安全隐患。
Building stand column structure with good damping effect
The invention provides a building stand column structure with a good damping effect, and relates to the field of building stand columns. The building stand column structure comprises a stand column body and a cross beam; and a buffer pad making contact with a connecting block is vertically arranged at the end, away from a second connecting rod, of a supporting rod. Through telescopic rods at the bottom of a connecting plate, in case of shaking, the cross beam drives a connecting block to press downwards, so that the telescopic rods and first buffer springs perform first buffering, damping is performed on the structure, and then a rack plate is pressed downwards through the connecting plate, so that the rack plate is engaged with a third gear to drive a rotating rod to rotate; then, a moving plate moves through threads, a supporting rod drives a buffering cushion to be tightly attached to the connecting block, meanwhile, the second connecting rod is deformed, the supporting force of a second buffering spring on a moving rod is increased, and secondary buffering is performed; and the damping effect is improved, connection looseness between a stand column and a transverse plate is avoided, meanwhile, vibration under different conditions can be coped with, and potential safety hazards are reduced while the stability is improved.
本发明提供一种减震效果好的建筑立柱结构，涉及建筑立柱领域，包括立柱本体和横梁，所述支撑杆远离第二连接杆的一端竖向设置有与所述连接块相接触的缓冲垫。本发明通过通过连接板底部的伸缩杆，可当晃动时，横梁带动连接块下压使得伸缩杆与第一缓冲弹簧进行第一次缓冲，对其进行减震，随后齿条板通过连接板下压使得齿条板与第三齿轮进行啮合带动转动杆转动，随后移动板通过螺纹进行移动，支撑杆带动缓冲垫紧密贴合连接块的同时，使得第二连接杆进行形变，增大第二缓弹簧对移动杆的支撑力，进行二次缓冲，增加减震的效果，避免了立柱与横板之间的连接松动的同时可应对不同状况的震动，增加稳定性的同时减少安全隐患。
Building stand column structure with good damping effect
一种减震效果好的建筑立柱结构
LI TIAN'EN (author)
2021-06-01
Patent
Electronic Resource
Chinese