Comprehensive water use system for bridge

Abstract

The invention provides a comprehensive water use system for a bridge. According to the comprehensive water use system for the bridge, a baffle and a grate are arranged on a bridge deck water collecting structure, so that preliminary filtering of the collected water amount is realized; a suitable force receiving system is constructed, so that the safety use performance of the structure can be improved; a partition plate and a slope are arranged in a water collection tank, so that the filtering effect is improved; a bidirectional pipe, a water pump, a hard pipe and a spray head are arranged, sothat comprehensive utilization of the collected water amount is realized, the utilization efficiency of water resources is improved, and the system can be used for new construction and re-constructionengineering of overpasses, thereby realizing environment-friendly and efficient water resource utilization.

Description

technical field [0001] The invention relates to a bridge system device, in particular to a comprehensive water system for bridges, especially for elevated bridges. Background technique [0002] With the rapid development of urban traffic, viaducts have also been widely used, which can realize the rapid passage of traffic and reduce traffic burdens. However, due to the high location of viaducts, the cleaning of viaducts is worse than that of ordinary roads. Currently, watering is often used for cleaning. The car is cleaned by sprinkling water, but the water after sprinkling is often unable to be reused, resulting in a waste of water resources. Along with the rainfall, the viaduct will also generate water, especially when the water is large, the water of the viaduct is often discharged directly through the drainage channel set up, causing water accumulation under the bridge, affecting the traffic under the bridge, and more importantly, it is impossible to drain the excess wate...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of urban traffic, viaducts have also been widely used, which can realize the rapid passage of traffic and reduce traffic burdens. However, due to the high location of viaducts, the cleaning of viaducts is worse than that of ordinary roads. Currently, watering is often used for cleaning. The car is cleaned by sprinkling water, and the water after sprinkling is often unable to be reused, resulting in a waste of water resources

Along with the rainfall, the viaduct will also generate water, especially when the water is large, the water of the viaduct is often discharged directly through the drainage channel set up, causing water accumulation under the bridge, affecting the traffic under the bridge, and more importantly, it is impossible to drain the excess water. Controlling the amount of water, resulting in waste of water resources

[0003] Under the viaduct, there are often green plants according to the needs of the urban landscape. According to the different water demands, regular irrigation is also required. Due to the construction of the viaduct, sprinkler irrigation is carried out through underground pipes, which has construction obstacles and will affect the quality of water under the bridge. Traffic, even affect the viaduct foundation, cause local subsidence, cause damage to the viaduct system, use manual or sprinkler for irrigation, affect traffic, and the cost of manpower and material resources is high

At present, there are also some integrated water systems for elevated bridges, which generally have the following technical problems: 1) In order to save space, the water collecting equipment is often installed on the bridge pier. When the water collecting equipment is set too high, because it is only installed on one side , resulting in an increase in the local load of the pier, and unbalanced and unstable forces on both sides of the pier, which affect the normal use of the pier; 2) Since the water collecting equipment collects the water on the bridge deck, the filter structure is not set properly, resulting in more sewage entering the water collecting tank , and the impurities and sludge produced by the sewage cannot be cleaned up in a timely and effective manner, resulting in inconvenient use of the equipment; 3) When the rainwater is large, it cannot be discharged in time, or it is directly discharged to the road, causing waste. Its skills collect rainwater. When there is no rainwater, Unable to achieve water

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