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A platform for research: civil engineering, architecture and urbanism
Telescopic adjustable structure of bridge expansion joint
The invention provides a telescopic adjustable structure of a bridge expansion joint, which comprises a control mechanism and a bearing mechanism, the bearing mechanism comprises two control cavities used for communication, the two end heads of the cavity bodies of the control cavities are provided with sleeving cylinders used for sleeving, and the four corners of the cylinder bodies of the sleeving cylinders are provided with specified screw holes; connecting screws are arranged on the surfaces of the hole positions of the screw holes, and the surfaces of screw bodies of the connecting screws are fastened to the four corners of the built-in control cavity through connecting pins. According to the telescopic adjustable structure of the bridge expansion joint provided by the invention, the electromagnetic adsorption line and the control storage tank are arranged for realizing the access of the control storage tank in the aspect of the structure, and the adopted linking seat and the sleeving ring piece are expanded in the aspect of the structure, so that the splicing of the internal structure of the sleeving ring piece is realized; and the fastening nut and the U-shaped shifting handle are matched with each other, so that the pressure-bearing telescopic adjustable efficiency of the bearing structure is improved.
本发明提供一种桥梁伸缩缝的伸缩可调式结构，包括一控制机构和承载机构，该承载机构包括用于连通的两控制腔，该控制腔的腔体两端头位置均设有用于套接设置的套接缸，该套接缸的缸体四边角位置均开设有指定的螺钉孔，该螺钉孔的孔位表面均设有连接螺钉，连接螺钉的钉体表面通过所设的连接销钉与内置的控制腔的四边角位置紧固设置。本发明提供一种桥梁伸缩缝的伸缩可调式结构，通过设有的电磁吸附线和控制储罐，用于实现对于控制储罐结构方面上的接入，采用的链接座和套接环环件方面上的扩展，进而达成了对于套接环环件内部结构上的拼接，采用的紧固螺母和U型拨动手柄之间的相互配合，提高了承载结构的承压伸缩可调的效率。
Telescopic adjustable structure of bridge expansion joint
The invention provides a telescopic adjustable structure of a bridge expansion joint, which comprises a control mechanism and a bearing mechanism, the bearing mechanism comprises two control cavities used for communication, the two end heads of the cavity bodies of the control cavities are provided with sleeving cylinders used for sleeving, and the four corners of the cylinder bodies of the sleeving cylinders are provided with specified screw holes; connecting screws are arranged on the surfaces of the hole positions of the screw holes, and the surfaces of screw bodies of the connecting screws are fastened to the four corners of the built-in control cavity through connecting pins. According to the telescopic adjustable structure of the bridge expansion joint provided by the invention, the electromagnetic adsorption line and the control storage tank are arranged for realizing the access of the control storage tank in the aspect of the structure, and the adopted linking seat and the sleeving ring piece are expanded in the aspect of the structure, so that the splicing of the internal structure of the sleeving ring piece is realized; and the fastening nut and the U-shaped shifting handle are matched with each other, so that the pressure-bearing telescopic adjustable efficiency of the bearing structure is improved.
本发明提供一种桥梁伸缩缝的伸缩可调式结构，包括一控制机构和承载机构，该承载机构包括用于连通的两控制腔，该控制腔的腔体两端头位置均设有用于套接设置的套接缸，该套接缸的缸体四边角位置均开设有指定的螺钉孔，该螺钉孔的孔位表面均设有连接螺钉，连接螺钉的钉体表面通过所设的连接销钉与内置的控制腔的四边角位置紧固设置。本发明提供一种桥梁伸缩缝的伸缩可调式结构，通过设有的电磁吸附线和控制储罐，用于实现对于控制储罐结构方面上的接入，采用的链接座和套接环环件方面上的扩展，进而达成了对于套接环环件内部结构上的拼接，采用的紧固螺母和U型拨动手柄之间的相互配合，提高了承载结构的承压伸缩可调的效率。
Telescopic adjustable structure of bridge expansion joint
一种桥梁伸缩缝的伸缩可调式结构
SONG HAOYU (author) / LI BANGTONG (author) / ZHENG YU (author)
2023-09-19
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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