Well and water collection well

Abstract

The invention discloses a well and a water collection well. The well comprises a bottom plate, a well chamber, a well cylinder adjustment block, a well ring and a well lid which are connected in sequence from bottom to top, wherein the lower parts of the bottom plate and the well chamber are integrally formed by pouring; and a water inlet is formed in a side wall of the well chamber. The water collection well comprises a sand sediment well and a water intake well which adopt the well, wherein a first water collection well chamber is connected between the sand sediment well and the water intake well; the sand sediment well is communicated with the first water collection well chamber through an upper water-passing hole; the first water collection well chamber is communicated with the water intake well through a lower water-passing hole and the water inlet of the water intake well; and vent holes are formed in the sand sediment well, the water intake well and the side walls at the upper part of the first water collection well chamber. The well and the water collection well are connected with a drainage pipeline of a drainage system, so that rainwater can be collected on a rainy day and urban water logging is avoided; and when the soil is droughty, the rainwater stored in the well can be pumped out for irrigating greenbelts to relieve the drought, so that wastes are turned into wealth and water resources are saved for cities.

Description

technical field [0001] The invention relates to the field of municipal drainage, in particular to a well and a water collection well. Background technique [0002] With the development of cities, on the one hand, people's domestic and industrial water consumption is increasing, resulting in a continuous decline in groundwater levels and serious water shortages. On the other hand, a large number of buildings in urban construction have hardened the ground, which hinders the rainwater from directly penetrating back to the earth. The precious rainwater directly enters the rivers through the drainage system, and cannot be effectively used. The groundwater cannot be effectively replenished in time, resulting in urban The soil in the country is often in a state of water shortage, aggravating the urban heat island effect. Moreover, because the drainage system is often in the state of excessive deposition of sediment and sundries, it will cause poor drainage during the rainy season,...

AI Technical Summary

Problems solved by technology

On the other hand, a large number of buildings in urban construction have hardened the ground, which hinders the rainwater from directly penetrating back to the earth. The precious rainwater directly enters the rivers through the drainage system, and cannot be effectively used. The groundwater cannot be effectively replenished in time, resulting in urban The soil in the country is often in a state of water shortage, aggravating the urban heat island effect

Moreover, because the drainage system is often in the state of excessive deposition of sediment and sundries, it will cause poor drainage during the rainy season, resulting in serious water accumulation on the road, which brings a lot of inconvenience to people's travel; when the city encounters heavy rain, the drainage is not timely, which will cause urban Internal floods, life-threatening

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