Anti-clogging water-saving irrigation equipment for water conservancy projects

Abstract

The invention relates to anti-clogging water-saving irrigation equipment for water conservancy projects. The anti-clogging water-saving irrigation equipment includes a base, a fixed pipe, a collectionbox, a processor, a collection mechanism, a photovoltaic mechanism and an irrigation mechanism. The collection mechanism includes a fixed frame, a frame, a disc, filter cloth, a drive assembly and aplurality of connecting rods, the photovoltaic mechanism includes a lifting plate, a lifting assembly and two photovoltaic assemblies, and each of the photovoltaic assemblies includes a vertical rod,a transmission unit, a photovoltaic panel, a rotating shaft, a horizontal rod and two casing pipes. According to the anti-clogging water-saving irrigation equipment for water conservancy projects, filtering of rainwater is facilitated through the collection mechanism, remaining impurities can be conveniently thrown out of the collection box by centrifugal force, dredging of the filter cloth is ensured, clogging is prevented, more than that, the photovoltaic mechanism generates electricity on sunny days in a photovoltaic mode, the equipment can conveniently operate independently from a power grid, the collection area is expanded on rainy days, the collection amount of rainwater is increased, and the practicality of the equipment is improved.

Description

technical field [0001] The invention relates to the field of water conservancy projects, in particular to an anti-clogging water-saving irrigation equipment for water conservancy projects. Background technique [0002] Due to the constraints of natural geography and meteorological conditions, different regions of the world have great differences in rainfall and runoff, resulting in different water conservancy problems. When planting crops, in order to ensure the growth of crops, it is necessary to protect the crops under drought conditions. Crops are irrigated. Most of the existing irrigation equipment pumps groundwater or surface water for irrigation, but there are few water sources that can be directly used. Long-term pumping of groundwater and surface water for irrigation will cause a lot of waste of water resources. In order to make full and reasonable use of natural water resources, people develop Various types of water-saving irrigation equipment have been installed t...

AI Technical Summary

Problems solved by technology

Most of the existing irrigation equipment pumps groundwater or surface water for irrigation, but there are few water sources that can be directly used. Long-term pumping of groundwater and surface water for irrigation will cause a lot of waste of water resources. In order to make full and reasonable use of natural water resources, people develop Various types of water-saving irrigation equipment have been installed to irrigate crops by collecting rainwater

[0003] However, during the process of collecting rainwater, these water-saving irrigation equipment that collect rainwater contain some impurities such as sediment and dust in the rainwater. During irrigation, these impurities are likely to remain in the water delivery pipes or nozzles of the equipment, causing blockage and affecting the equipment. Not only that, but most of these irrigation equipment rely on the external power grid to transmit electricity. In some remote areas, the power network cannot cover, or when the power system fails, this type of irrigation equipment cannot operate normally, and the crops are irrigated. Reduce the practicality of existing water-saving irrigation equipment

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