A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a novel well-shaped damping device for buildings, which belongs to the field of building construction and comprises a stress frame, a central ring, a stress dispersion rod, a ring core stress pipe, an oil buffer, an upper buffer component, a bearing plate, two connecting blocks and a plurality of accommodating columns. The novel damping device for the well-shaped building has the advantages that impact and shaking force borne by the building beam can be better offset, the shaking force is dispersed more uniformly, vertical force of the well-shaped building beam is dispersed more uniformly, and stress buffering is more stable; the damping device for the well-shaped building solves the problems that an existing damping device for the well-shaped building difficultly buffers and disperses shaking force borne by the whole well-shaped building, energy dissipation and shock absorption cannot be well conducted on all beam structures of the well-shaped building, and the existing damping device for the well-shaped building can only buffer and damp left-right stress and torsion of the well-shaped building, so that the damping effect is poor. And the vertical angle of the well-shaped building beam is lack of a reinforcing and buffering structure, so that the stress performance of the vertical angle of the well-shaped building beam is poor.
本发明公开了一种新型井状建筑用阻尼装置，属于建筑施工领域，包括包括受力框架、中心环、受力分散杆、环芯受力管、油压缓冲器、上部缓冲组件、承重板、两连接块、若干容纳柱。本发明的新型井状建筑用阻尼装置，具有可更好的抵消建筑梁受到的撞击与震动力、震动力分散更均匀、井状建筑梁垂直力分散更均匀、受力缓冲更稳定的优点，解决了目前的井状建筑阻尼装置难以将井状建筑物整体所受到的震动力进行缓冲和分散，不能很好的对井状建筑的各个组成梁结构进行耗能减震，并且，现有的井状建筑用阻尼装置只能对井状建筑的左右应力和扭力进行缓冲阻尼，而对于井字形建筑梁的垂直角处缺乏加固与缓冲结构，使得井状建筑梁的垂直角处受力性较差的问题。
The invention discloses a novel well-shaped damping device for buildings, which belongs to the field of building construction and comprises a stress frame, a central ring, a stress dispersion rod, a ring core stress pipe, an oil buffer, an upper buffer component, a bearing plate, two connecting blocks and a plurality of accommodating columns. The novel damping device for the well-shaped building has the advantages that impact and shaking force borne by the building beam can be better offset, the shaking force is dispersed more uniformly, vertical force of the well-shaped building beam is dispersed more uniformly, and stress buffering is more stable; the damping device for the well-shaped building solves the problems that an existing damping device for the well-shaped building difficultly buffers and disperses shaking force borne by the whole well-shaped building, energy dissipation and shock absorption cannot be well conducted on all beam structures of the well-shaped building, and the existing damping device for the well-shaped building can only buffer and damp left-right stress and torsion of the well-shaped building, so that the damping effect is poor. And the vertical angle of the well-shaped building beam is lack of a reinforcing and buffering structure, so that the stress performance of the vertical angle of the well-shaped building beam is poor.
本发明公开了一种新型井状建筑用阻尼装置，属于建筑施工领域，包括包括受力框架、中心环、受力分散杆、环芯受力管、油压缓冲器、上部缓冲组件、承重板、两连接块、若干容纳柱。本发明的新型井状建筑用阻尼装置，具有可更好的抵消建筑梁受到的撞击与震动力、震动力分散更均匀、井状建筑梁垂直力分散更均匀、受力缓冲更稳定的优点，解决了目前的井状建筑阻尼装置难以将井状建筑物整体所受到的震动力进行缓冲和分散，不能很好的对井状建筑的各个组成梁结构进行耗能减震，并且，现有的井状建筑用阻尼装置只能对井状建筑的左右应力和扭力进行缓冲阻尼，而对于井字形建筑梁的垂直角处缺乏加固与缓冲结构，使得井状建筑梁的垂直角处受力性较差的问题。
Novel well-shaped damping device for building
一种新型井状建筑用阻尼装置
WANG TING (author)
2023-07-25
Patent
Electronic Resource
Chinese