Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Self-resetting support adopting truncated cone volute spiral spring and manufacturing method
The invention discloses a self-resetting support adopting a truncated cone volute spiral spring and a manufacturing method, and the device comprises a lower support plate assembly for supporting the whole self-resetting support, and the lower support plate assembly comprises a lower support plate, a first plane stainless steel plate and a plane stainless steel strip; the spring assembly is arranged on the inner wall of the lower support plate assembly and comprises a truncated cone volute spiral spring and a spring shoe; the piston assembly is arranged in the center of the lower support plate and comprises a piston, a second plane wear-resisting plate and a spherical wear-resisting plate; the upper support plate assembly is arranged above the piston assembly and comprises an upper support plate and a second plane stainless steel plate; and the spherical crown assembly is arranged between the piston assembly and the upper support plate assembly for connecting the piston assembly and the upper support plate assembly, and comprises a spherical crown, a spherical stainless steel plate and a third plane wear-resisting plate. It is guaranteed that the self-resetting support has a good parallel resetting function and a wide-angle rotating function at the same time, the deformation resistance of a bridge is improved, and deformation caused by external loads and environmental factors is effectively resisted.
本发明公开了一种采用截锥涡卷弹簧的自复位支座及制造方法，装置包括：对整个自复位支座起支撑作用的下支座板组件，包括下支座板、第一平面不锈钢板以及平面不锈钢条；设于所述下支座板组件内壁的弹簧组件，包括截锥涡卷弹簧以及弹簧靴；设于所述下支座板中心的活塞组件，包括活塞、第二平面耐磨板以及球面耐磨板；设于所述活塞组件上方的上支座板组件，包括上支座板及第二平面不锈钢板；以及设于所述活塞组件与上支座板组件之间连接二者的球冠组件，包括球冠、球面不锈钢板以及第三平面耐磨板。保证该自复位支座具备良好的平行复位功能的同时具备大角度旋转功能，提高了桥梁的抗变能力，有效地抵抗了外部荷载和环境因素引起的变形。
Self-resetting support adopting truncated cone volute spiral spring and manufacturing method
The invention discloses a self-resetting support adopting a truncated cone volute spiral spring and a manufacturing method, and the device comprises a lower support plate assembly for supporting the whole self-resetting support, and the lower support plate assembly comprises a lower support plate, a first plane stainless steel plate and a plane stainless steel strip; the spring assembly is arranged on the inner wall of the lower support plate assembly and comprises a truncated cone volute spiral spring and a spring shoe; the piston assembly is arranged in the center of the lower support plate and comprises a piston, a second plane wear-resisting plate and a spherical wear-resisting plate; the upper support plate assembly is arranged above the piston assembly and comprises an upper support plate and a second plane stainless steel plate; and the spherical crown assembly is arranged between the piston assembly and the upper support plate assembly for connecting the piston assembly and the upper support plate assembly, and comprises a spherical crown, a spherical stainless steel plate and a third plane wear-resisting plate. It is guaranteed that the self-resetting support has a good parallel resetting function and a wide-angle rotating function at the same time, the deformation resistance of a bridge is improved, and deformation caused by external loads and environmental factors is effectively resisted.
本发明公开了一种采用截锥涡卷弹簧的自复位支座及制造方法，装置包括：对整个自复位支座起支撑作用的下支座板组件，包括下支座板、第一平面不锈钢板以及平面不锈钢条；设于所述下支座板组件内壁的弹簧组件，包括截锥涡卷弹簧以及弹簧靴；设于所述下支座板中心的活塞组件，包括活塞、第二平面耐磨板以及球面耐磨板；设于所述活塞组件上方的上支座板组件，包括上支座板及第二平面不锈钢板；以及设于所述活塞组件与上支座板组件之间连接二者的球冠组件，包括球冠、球面不锈钢板以及第三平面耐磨板。保证该自复位支座具备良好的平行复位功能的同时具备大角度旋转功能，提高了桥梁的抗变能力，有效地抵抗了外部荷载和环境因素引起的变形。
Self-resetting support adopting truncated cone volute spiral spring and manufacturing method
一种采用截锥涡卷弹簧的自复位支座及制造方法
23.01.2024
Patent
Elektronische Ressource
Chinesisch
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