A bridge culvert rainwater collection and utilization device

Abstract

The invention relates to the field of bridges, in particular to a bridge culvert rainwater collection and utilization apparatus, comprising water inlets, collection funnels, fixing rings, a mounting mechanism, a connection mechanism, a sliding mechanism, a tank fixing plate, at least two inflow pipes, an overflow pipe, a collection mechanism, thin tubes, a spray pipe, water outlets, lamp tubes, ahousing, a circulating tube and a base plate. The at least two inflow pipes are connected to the two sides of the collection mechanism; each inflow pipe is connected with one collection funnel; each collection funnel is internally provided with one water inlet; each collection funnel is sleeved with one fixing ring; the sidewall of the collection mechanism is provided with the overflow pipe; the tank fixing plate is fixed to the back of the collection mechanism; the sliding mechanism is connected to the top end of the tank fixing plate and is slidably connected with the connection mechanism; the connection mechanism is rotationally connected to the mounting mechanism. The bridge culvert rainwater collection and utilization apparatus allows rainwater in bridge culvert to be collected and utilized and can provide cooling for the lamp tubes.

Description

technical field [0001] The invention relates to the field of bridges, in particular to a device for collecting and utilizing rainwater in bridge culverts. Background technique [0002] Where the water channel passes through the road, in order not to hinder the traffic, the culverts are built under the road surface to allow water to flow from the bottom of the road and then turn to the ground. The shapes are tubular, box-shaped, and arched. It is based on the principle of a connector, and is often built with materials such as bricks, stones, concrete and reinforced concrete. It is a small surface drainage structure set across the roadbed when the embankment passes through a depression or crosses a ditch, or when the water flow above the roadbed is released to the bottom. [0003] With the development of roads and bridges and the rapid construction of roads and bridges, there are still many deficiencies in the rainwater collection and utilization devices for bridges and culve...

AI Technical Summary

Problems solved by technology

[0003] With the development of roads and bridges and the rapid construction of roads and bridges, there are still many deficiencies in the rainwater collection and utilization devices for bridges and culverts. Bridges and culverts cannot collect rainwater for use, and cannot convert rainwater into other uses for use, and The lamp tubes located under the bridge culverts are often damaged due to the heat generated by the lamp tubes due to long-term use, and when roads are laid under the bridge culverts, the lamps usually installed under the bridge culverts have only one direction or no lights are installed, causing drivers to drive while driving. When going out of the culvert, the light is not clear, which is likely to cause traffic accidents

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