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A platform for research: civil engineering, architecture and urbanism
Component lifting point position breakage-proof device for steel structure lifting
The invention relates to the technical field of steel structures, and discloses a member hoisting point position damage-proof device for steel structure hoisting, which comprises I-shaped steel and two bases, sinking grooves are formed in the upper surfaces of the bases, the front and rear ends of the sinking grooves extend to the front and rear surfaces of the bases respectively, and the bottoms of two wings of the I-shaped steel are located in the two sinking grooves respectively. Splicing grooves are formed in the lower portions of the opposite sides of the two bases correspondingly, splicing blocks are fixed into the splicing grooves correspondingly, clamping is achieved through the bases, the clamping plates, the rubber plates and other structures, wrapping and clamping are stable by means of the dead weight of an I-shaped steel structure, hoisting can be achieved only by enabling a hoisting hook and a rope to penetrate through the two hoisting rings for hoisting, and the hoisting efficiency is improved. The H-shaped steel is prevented from being damaged due to abrasion, falling and the like, operation such as punching and lifting point welding on the H-shaped steel is not needed, the integrity of the H-shaped steel structure is guaranteed, the lifting point of the steel frame plate cannot be damaged, and the H-shaped steel structure can be safely and stably lifted.
本发明涉及钢结构技术领域，且公开了一种钢结构吊装用构件吊点位置防破坏装置，包括工字钢与两个底座，所述底座上表面开设有沉槽，所述沉槽前后端分别延伸至所述底座前后表面，所述工字钢两翼底部分别位于两个所述沉槽内部，两个所述底座相对侧下方均开设有拼接槽，两个所述拼接槽内部均固定有拼接块，本发明通过底座、夹板、橡胶板等结构夹持，并利用工字钢结构自重，使其包裹夹持稳固，使用只需将吊装挂钩、绳索穿过两个吊环内进行起吊既可，避免工字钢磨损、脱落等原因破坏，也无需再工字钢上打孔、焊接吊点等操作，保障工字钢结构的完整性，本装置不会对钢架板的吊点进行破坏而且还能够安全稳定地吊起工字钢结构。
Component lifting point position breakage-proof device for steel structure lifting
The invention relates to the technical field of steel structures, and discloses a member hoisting point position damage-proof device for steel structure hoisting, which comprises I-shaped steel and two bases, sinking grooves are formed in the upper surfaces of the bases, the front and rear ends of the sinking grooves extend to the front and rear surfaces of the bases respectively, and the bottoms of two wings of the I-shaped steel are located in the two sinking grooves respectively. Splicing grooves are formed in the lower portions of the opposite sides of the two bases correspondingly, splicing blocks are fixed into the splicing grooves correspondingly, clamping is achieved through the bases, the clamping plates, the rubber plates and other structures, wrapping and clamping are stable by means of the dead weight of an I-shaped steel structure, hoisting can be achieved only by enabling a hoisting hook and a rope to penetrate through the two hoisting rings for hoisting, and the hoisting efficiency is improved. The H-shaped steel is prevented from being damaged due to abrasion, falling and the like, operation such as punching and lifting point welding on the H-shaped steel is not needed, the integrity of the H-shaped steel structure is guaranteed, the lifting point of the steel frame plate cannot be damaged, and the H-shaped steel structure can be safely and stably lifted.
本发明涉及钢结构技术领域，且公开了一种钢结构吊装用构件吊点位置防破坏装置，包括工字钢与两个底座，所述底座上表面开设有沉槽，所述沉槽前后端分别延伸至所述底座前后表面，所述工字钢两翼底部分别位于两个所述沉槽内部，两个所述底座相对侧下方均开设有拼接槽，两个所述拼接槽内部均固定有拼接块，本发明通过底座、夹板、橡胶板等结构夹持，并利用工字钢结构自重，使其包裹夹持稳固，使用只需将吊装挂钩、绳索穿过两个吊环内进行起吊既可，避免工字钢磨损、脱落等原因破坏，也无需再工字钢上打孔、焊接吊点等操作，保障工字钢结构的完整性，本装置不会对钢架板的吊点进行破坏而且还能够安全稳定地吊起工字钢结构。
Component lifting point position breakage-proof device for steel structure lifting
一种钢结构吊装用构件吊点位置防破坏装置
ZHAO CHANG (author) / TU MINXIANG (author) / CHEN MING (author) / CHEN HUIHU (author) / SONG SIYUAN (author)
2024-01-26
Patent
Electronic Resource
Chinese
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