Safety protection apparatus of elastic-plastic steel structure
Abstract
A safety protection apparatus of elastic-plastic steel structure is disclosed. The apparatus includes an outer protecting layer ( 4 ) and buffering assemblies arranged in a layered manner along the vertical direction and fixed within the outer protecting layer ( 4 ). Each buffering assembly includes stiffening beams ( 3 ) distributed in a layered manner along the horizontal direction and buffer members ( 2 ) uniformly bridging between adjacent stiffening beams ( 3 ), and each of said buffer members ( 2 ) comprises a pair of arc-shaped damping spokes ( 1 ). Shock absorbing rubber elements ( 5 ) are provided between vertically adjacent stiffening beams ( 3 ). The apparatus has high safety, good durability, and it is convenient to be installed and maintained.
Claims
exact text as granted — not AI-modified1 . A safety protection apparatus of elastic-plastic steel structure, including an outer protecting layer ( 4 ) and buffering assemblies arranged in a layered manner along the vertical direction and fixed within the outer protecting layer ( 4 ),
wherein each buffering assembly includes stiffening beams ( 3 ) distributed in a layered manner along the horizontal direction and buffer members ( 2 ) uniformly bridging between adjacent stiffening beams ( 3 ), each of said buffer members ( 2 ) comprises a pair of arc-shaped damping spokes ( 1 ) fastened to each other, one end of one of the damping spokes is crossed with one end of the other damping spoke; said buffer members ( 2 ) of adjacent buffering assemblies are arranged in a stagger manner with each other along the vertical direction, and shock absorbing rubber elements ( 5 ) are provided between vertically adjacent stiffening beams ( 3 ), wherein vertically adjacent shock absorbing rubber elements ( 5 ) are arranged in a stagger manner with each other.
2 . The safety protection apparatus of elastic-plastic steel structure according to claim 1 , wherein said buffer members ( 2 ) are provided on both the upper side and the lower side of said stiffening beam ( 3 ), and the buffer members ( 2 ) on the upper side are arranged in a stagger manner along the vertical direction relative to those on the lower side.
3 . The safety protection apparatus of elastic-plastic steel structure according to claim 1 , wherein the crossed ends of said pair of damping spokes ( 1 ) are connected with outer horizontal stiffening beam ( 2 ), while the other ends are connected with adjacent inner horizontal stiffening beam ( 3 ).
4 . The safety protection apparatus of elastic-plastic steel structure according to claim 1 , wherein a dustproof cover board ( 7 ) is provided on the top of said outer protecting layer ( 4 ).
5 . The safety protection apparatus of elastic-plastic steel structure according to claim 1 , wherein suspended draglines ( 6 ) are provided on the outer horizontal stiffening beam ( 3 ) of top buffering assembly.
6 . The safety protection apparatus of elastic-plastic steel structure according to claim 3 , wherein said damping spoke ( 1 ) is made from elastic-plastic mild steel.
7 . The safety protection apparatus of elastic-plastic steel structure according to claim 6 , wherein said damping spoke ( 1 ) has a longitudinal cross section of C shape, semi-ellipse shape, or nonlinear arc shape.
8 . The safety protection apparatus of elastic-plastic steel structure according to claim 7 , wherein said stiffening beam ( 3 ) is connected with the damping spoke ( 1 ) via pins or rivets.
9 . The safety protection apparatus of elastic-plastic steel structure according to claim 3 , wherein said outer protecting layer ( 4 ) is made by high-ductile steel plate with vulcanized rubber thereon.
10 . The safety protection apparatus of elastic-plastic steel structure according to claim 8 , wherein the transverse cross section of the outer protecting layer ( 4 ) is of a closed shape or a linear shape.
11 . The safety protection apparatus of elastic-plastic steel structure according to claim 2 , wherein the crossed ends of said pair of damping spokes ( 1 ) are connected with outer horizontal stiffening beam ( 2 ), while the other ends are connected with adjacent inner horizontal stiffening beam ( 3 ).Join the waitlist — get patent alerts
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