A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-transverse-pulling anti-seismic building block
The invention discloses a self-transverse-pulling anti-seismic building block which comprises a building block body, first clamping parts are arranged on the two sides of the top of the building block body, a first joint part is arranged at the bottom of the building block body, and during assembling, the two adjacent first clamping parts of the building block bodies on the two sides are clamped to the first joint part of the building block body in the middle; therefore, transverse tensioning force is formed among the plurality of building block bodies. Through clamping of the two first clamping parts and the first joint parts, the self-transverse-pulling assembly effect between the multiple building block bodies can be achieved. Therefore, the building blocks do not need to be bonded into a whole through cement mortar, and transverse tensioning between the building blocks does not need to be achieved through steel bars. Obviously, the building construction speed of the building block is higher, the building block does not need to depend on the construction experience of constructors, and the manpower investment is reduced to a great extent. Meanwhile, no extra cement mortar material is needed, so that a building constructed by using the building block disclosed by the invention is more environment-friendly.
本发明公开了一种自横拉抗震砌块，包括砌块本体，砌块本体的顶部两侧设置有第一卡合部，砌块本体的底部设置有第一接合部，装配时，两侧的砌块本体相邻的两个第一卡合部卡紧于中间的砌块本体的第一接合部，从而在若干砌块本体之间形成横向拉紧力。通过两个第一卡合部与第一接合部的卡紧能够实现若干砌块本体之间的自横拉装配效果。因此，砌块之间无需依靠水泥砂浆粘结为一体，也无需依靠钢筋来实现砌块之间的横向拉紧。显然，通过本发明的砌块建造建筑的速度更快，且无需依赖于施工人员的施工经验，在极大程度上减少了人力的投入。同时，由于无需额外的水泥砂浆材料，使用本发明的砌块建造出的建筑更具绿色环保性。
Self-transverse-pulling anti-seismic building block
The invention discloses a self-transverse-pulling anti-seismic building block which comprises a building block body, first clamping parts are arranged on the two sides of the top of the building block body, a first joint part is arranged at the bottom of the building block body, and during assembling, the two adjacent first clamping parts of the building block bodies on the two sides are clamped to the first joint part of the building block body in the middle; therefore, transverse tensioning force is formed among the plurality of building block bodies. Through clamping of the two first clamping parts and the first joint parts, the self-transverse-pulling assembly effect between the multiple building block bodies can be achieved. Therefore, the building blocks do not need to be bonded into a whole through cement mortar, and transverse tensioning between the building blocks does not need to be achieved through steel bars. Obviously, the building construction speed of the building block is higher, the building block does not need to depend on the construction experience of constructors, and the manpower investment is reduced to a great extent. Meanwhile, no extra cement mortar material is needed, so that a building constructed by using the building block disclosed by the invention is more environment-friendly.
本发明公开了一种自横拉抗震砌块，包括砌块本体，砌块本体的顶部两侧设置有第一卡合部，砌块本体的底部设置有第一接合部，装配时，两侧的砌块本体相邻的两个第一卡合部卡紧于中间的砌块本体的第一接合部，从而在若干砌块本体之间形成横向拉紧力。通过两个第一卡合部与第一接合部的卡紧能够实现若干砌块本体之间的自横拉装配效果。因此，砌块之间无需依靠水泥砂浆粘结为一体，也无需依靠钢筋来实现砌块之间的横向拉紧。显然，通过本发明的砌块建造建筑的速度更快，且无需依赖于施工人员的施工经验，在极大程度上减少了人力的投入。同时，由于无需额外的水泥砂浆材料，使用本发明的砌块建造出的建筑更具绿色环保性。
Self-transverse-pulling anti-seismic building block
一种自横拉抗震砌块
YE DINGCHENG (author) / XIE CHENGLEI (author)
2023-09-01
Patent
Electronic Resource
Chinese
Anti-pulling device and seismic isolation protection method
| European Patent Office | 2020