Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Unequal-height unequal-span arc-shaped steel structure atrium connecting assembly and construction method thereof
The invention discloses an unequal-height unequal-span arc-shaped steel structure atrium connecting assembly and a construction method thereof, and relates to the field of steel structure connecting pieces, the unequal-height unequal-span arc-shaped steel structure atrium connecting assembly comprises an L-shaped support aligned to the end of a roof steel beam, the bottom face of the L-shaped support is symmetrically provided with vertically-extending embedded screws, and a long pull rod is horizontally arranged on the side face of the L-shaped support in a penetrating mode; the device further comprises an inclined plane cushion block flatly placed on the surface of the L-shaped support, an inclined plane sliding block capable of sliding in the inclined direction is arranged above the inclined plane cushion block, and a supporting table is flatly attached to the top of the inclined plane sliding block. The slope sliding block is driven to slide relative to the slope cushion block and the supporting table by rotating the nut, abutting against the clamping piece, on the surface of the long pull rod, the height of the supporting table for supporting the roof steel beam is adjusted, the assembling height of the roof steel beam is rapidly adjusted, then the roof steel beam can be rapidly assembled and fixed by fastening the long pull rod and the embedded screw, and the height adjusting and assembling process is simple and rapid.
本发明公开了不等高不等跨弧形钢结构中庭连接组件及其施工方法，涉及钢结构连接件领域，包括对位屋面钢梁端部的L形支座，L形支座的底面对称设置有竖直延伸的预埋螺杆，L形支座的侧面水平贯穿设置长拉杆，还包括平放在L形支座表面的斜面垫块，斜面垫块上方设置有可斜向滑动的斜面滑块，斜面滑块的顶部平贴有支台，本发明通过贯穿的预埋螺杆锁定屋面钢梁端部的平面位置，通过旋转长拉杆表面抵触卡持件的螺帽驱动斜面滑块相对斜面垫块、支台滑动，用于调整支台支撑屋面钢梁的高度，实现对屋面钢梁装配高度快速调节，再将长拉杆、预埋螺杆紧固即可实现对屋面钢梁快速装配固定，调高装配过程简单、快速。
Unequal-height unequal-span arc-shaped steel structure atrium connecting assembly and construction method thereof
The invention discloses an unequal-height unequal-span arc-shaped steel structure atrium connecting assembly and a construction method thereof, and relates to the field of steel structure connecting pieces, the unequal-height unequal-span arc-shaped steel structure atrium connecting assembly comprises an L-shaped support aligned to the end of a roof steel beam, the bottom face of the L-shaped support is symmetrically provided with vertically-extending embedded screws, and a long pull rod is horizontally arranged on the side face of the L-shaped support in a penetrating mode; the device further comprises an inclined plane cushion block flatly placed on the surface of the L-shaped support, an inclined plane sliding block capable of sliding in the inclined direction is arranged above the inclined plane cushion block, and a supporting table is flatly attached to the top of the inclined plane sliding block. The slope sliding block is driven to slide relative to the slope cushion block and the supporting table by rotating the nut, abutting against the clamping piece, on the surface of the long pull rod, the height of the supporting table for supporting the roof steel beam is adjusted, the assembling height of the roof steel beam is rapidly adjusted, then the roof steel beam can be rapidly assembled and fixed by fastening the long pull rod and the embedded screw, and the height adjusting and assembling process is simple and rapid.
本发明公开了不等高不等跨弧形钢结构中庭连接组件及其施工方法，涉及钢结构连接件领域，包括对位屋面钢梁端部的L形支座，L形支座的底面对称设置有竖直延伸的预埋螺杆，L形支座的侧面水平贯穿设置长拉杆，还包括平放在L形支座表面的斜面垫块，斜面垫块上方设置有可斜向滑动的斜面滑块，斜面滑块的顶部平贴有支台，本发明通过贯穿的预埋螺杆锁定屋面钢梁端部的平面位置，通过旋转长拉杆表面抵触卡持件的螺帽驱动斜面滑块相对斜面垫块、支台滑动，用于调整支台支撑屋面钢梁的高度，实现对屋面钢梁装配高度快速调节，再将长拉杆、预埋螺杆紧固即可实现对屋面钢梁快速装配固定，调高装配过程简单、快速。
Unequal-height unequal-span arc-shaped steel structure atrium connecting assembly and construction method thereof
不等高不等跨弧形钢结构中庭连接组件及其施工方法
JIANG SHOUFENG (Autor:in) / DONG ZHEWU (Autor:in) / ZHANG RUNSHENG (Autor:in) / GUO QUANQUAN (Autor:in) / WANG MAOSHAN (Autor:in) / SONG PING'AN (Autor:in)
14.01.2025
Patent
Elektronische Ressource
Chinesisch
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