Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Arc-shaped environment-friendly telescopic device and mounting method thereof
The invention discloses an arc-shaped environment-friendly telescopic device and a mounting method thereof, and belongs to the technical field of bridge engineering, the arc-shaped environment-friendly telescopic device comprises arc-shaped steel arranged in parallel and flush with a bridge deck, and a collecting tank with a stainless steel sliding rail is arranged between every two adjacent arc-shaped steel. The arc-shaped steel is made of high-manganese abrasion-resistant alloy steel, an anti-corrosion protection layer is automatically formed, and corrosion prevention can be achieved; anti-corrosion conventional manufacturing processes of galvanizing, coating and the like required by all telescopic devices with traditional structural forms in the past are changed. The section of the arc-shaped steel is of a curve-shaped structure, the contact area with concrete can be increased, direct impact of a vehicle on the telescopic device is reduced, stress concentration points cannot occur, and the structural service life of the telescopic device is prolonged. By the adoption of the super-durable unique design of the collecting tank with the stainless steel sliding rail, the waterproof or drainage vulnerability design structures of all telescopic devices of traditional structural forms are thoroughly overturned, garbage cleaning operation of the collecting tank is achieved under the condition that traffic is not interrupted, and the management and maintenance cost of the telescopic devices in the whole life cycle is saved.
本发明公开了弧形环保伸缩装置及其安装方法，属于桥梁工程技术领域，包括平行设置且与桥面齐平的弧形钢，在相邻的弧形钢之间设置带不锈钢滑轨的收集槽。弧形钢材质为高锰耐磨合金钢，自动形成抗防腐保护层，可做到免防腐；改变过去所有传统结构形式伸缩装置必需镀锌、涂装等防腐常规制造工艺。弧形钢截面采用曲线形构造，可增大与砼的接触面积，减小了车辆对伸缩装置的直接冲击，且不会出现应力集中点，延长了伸缩装置的结构寿命。通过采用带不锈钢滑轨的收集槽的超耐久独特设计，彻底颠覆了所有传统结构形式伸缩装置防水或排水的易损性设计结构，实现了无需中断交通的情况下，对收集槽的垃圾清理作业，节约了伸缩装置全寿命周期内管养成本。
Arc-shaped environment-friendly telescopic device and mounting method thereof
The invention discloses an arc-shaped environment-friendly telescopic device and a mounting method thereof, and belongs to the technical field of bridge engineering, the arc-shaped environment-friendly telescopic device comprises arc-shaped steel arranged in parallel and flush with a bridge deck, and a collecting tank with a stainless steel sliding rail is arranged between every two adjacent arc-shaped steel. The arc-shaped steel is made of high-manganese abrasion-resistant alloy steel, an anti-corrosion protection layer is automatically formed, and corrosion prevention can be achieved; anti-corrosion conventional manufacturing processes of galvanizing, coating and the like required by all telescopic devices with traditional structural forms in the past are changed. The section of the arc-shaped steel is of a curve-shaped structure, the contact area with concrete can be increased, direct impact of a vehicle on the telescopic device is reduced, stress concentration points cannot occur, and the structural service life of the telescopic device is prolonged. By the adoption of the super-durable unique design of the collecting tank with the stainless steel sliding rail, the waterproof or drainage vulnerability design structures of all telescopic devices of traditional structural forms are thoroughly overturned, garbage cleaning operation of the collecting tank is achieved under the condition that traffic is not interrupted, and the management and maintenance cost of the telescopic devices in the whole life cycle is saved.
本发明公开了弧形环保伸缩装置及其安装方法，属于桥梁工程技术领域，包括平行设置且与桥面齐平的弧形钢，在相邻的弧形钢之间设置带不锈钢滑轨的收集槽。弧形钢材质为高锰耐磨合金钢，自动形成抗防腐保护层，可做到免防腐；改变过去所有传统结构形式伸缩装置必需镀锌、涂装等防腐常规制造工艺。弧形钢截面采用曲线形构造，可增大与砼的接触面积，减小了车辆对伸缩装置的直接冲击，且不会出现应力集中点，延长了伸缩装置的结构寿命。通过采用带不锈钢滑轨的收集槽的超耐久独特设计，彻底颠覆了所有传统结构形式伸缩装置防水或排水的易损性设计结构，实现了无需中断交通的情况下，对收集槽的垃圾清理作业，节约了伸缩装置全寿命周期内管养成本。
Arc-shaped environment-friendly telescopic device and mounting method thereof
弧形环保伸缩装置及其安装方法
GONG ZONGMING (Autor:in) / TIAN XUEFENG (Autor:in) / CHENG XIAODAN (Autor:in) / JIAO MINGQIAN (Autor:in) / LU JING (Autor:in) / XU WUYANG (Autor:in)
23.04.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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