A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of building steel structures, in particular to a self-adaptive supporting strength building steel structure which comprises a first supporting plate, a supporting base, a second supporting plate, a supporting movable block, a fixing ring, a guide sliding block, a supporting rod and an abutting linkage piece. The supporting device has the beneficial effects that the supporting friction force is greatly enhanced through cooperation of the multiple sets of jacking damping blocks and the damping pad, the friction force between the supporting damping blocks is increased through the first damping strips arranged on the surfaces of the supporting damping blocks, the jacking damping blocks are pressed towards the supporting base, and therefore the elastic force of jacking springs is increased; and therefore, when the weight above the building steel structure body is changed, self-adaptive adjustment is conducted, vibration can be absorbed through multiple sets of friction force, the supporting force can be adjusted when the weight is increased, and therefore the supporting strength is adjusted.
本发明涉及建筑钢结构技术领域，具体为一种自适应支撑强度的建筑钢结构，所述自适应支撑强度的建筑钢结构包括：第一支撑板、支撑底座、第二支撑板、支撑活动块、固定环、导向滑块、支撑杆及抵持连动件；有益效果为：通过多组顶持阻尼块与阻尼垫配合，大大加强支撑摩擦力，通过支撑阻尼块表面设置的第一阻尼条增大了支撑阻尼块与顶持阻尼块的摩擦力，并且将顶持阻尼块朝向支撑底座压持，从而增大顶持弹簧的弹力，进而增大支撑阻尼块与顶持阻尼块的摩擦力，从而在建筑钢结构本体上方重量改变时，进行自适应调节，通过多组摩擦力，不仅可以吸收振动，还可以在重量增加时调整支撑力，从而调整支撑强度。
The invention relates to the technical field of building steel structures, in particular to a self-adaptive supporting strength building steel structure which comprises a first supporting plate, a supporting base, a second supporting plate, a supporting movable block, a fixing ring, a guide sliding block, a supporting rod and an abutting linkage piece. The supporting device has the beneficial effects that the supporting friction force is greatly enhanced through cooperation of the multiple sets of jacking damping blocks and the damping pad, the friction force between the supporting damping blocks is increased through the first damping strips arranged on the surfaces of the supporting damping blocks, the jacking damping blocks are pressed towards the supporting base, and therefore the elastic force of jacking springs is increased; and therefore, when the weight above the building steel structure body is changed, self-adaptive adjustment is conducted, vibration can be absorbed through multiple sets of friction force, the supporting force can be adjusted when the weight is increased, and therefore the supporting strength is adjusted.
本发明涉及建筑钢结构技术领域，具体为一种自适应支撑强度的建筑钢结构，所述自适应支撑强度的建筑钢结构包括：第一支撑板、支撑底座、第二支撑板、支撑活动块、固定环、导向滑块、支撑杆及抵持连动件；有益效果为：通过多组顶持阻尼块与阻尼垫配合，大大加强支撑摩擦力，通过支撑阻尼块表面设置的第一阻尼条增大了支撑阻尼块与顶持阻尼块的摩擦力，并且将顶持阻尼块朝向支撑底座压持，从而增大顶持弹簧的弹力，进而增大支撑阻尼块与顶持阻尼块的摩擦力，从而在建筑钢结构本体上方重量改变时，进行自适应调节，通过多组摩擦力，不仅可以吸收振动，还可以在重量增加时调整支撑力，从而调整支撑强度。
Building steel structure with self-adaptive supporting strength
一种自适应支撑强度的建筑钢结构
ZHANG YU (author)
2023-03-31
Patent
Electronic Resource
Chinese