An energy-saving automatic impurity removal device for farmland canals

Abstract

The invention provides an automatic energy-saving impurity removing device for a farmland water channel. The automatic energy-saving impurity removing device comprises a draining mechanism, a splicingmechanism, a feculence clearing mechanism and fixed mechanisms, wherein the splicing mechanism is fixedly connected to the bottom of the draining mechanism; the feculence clearing mechanism is arranged at the middle of the draining mechanism; the fixed mechanisms are fixedly connected to two sides of the draining mechanism; the draining mechanism comprises water channel fixing plates, limiting plates and inclined support plates; the water channel fixing plates are fixedly connected to the side faces of the inclined support plate; the limiting plates are fixedly arranged on the inclined planesof the inclined support plates; the splicing mechanism comprises a water channel splicing plate and a sliding limit block. Filter screens and reflux plates are arranged and can be used for distributing and intercepting trashes making contact with the filter screens toward two sides, so that the floating trashes enter collecting screen frames for stacking; in addition, the trashes are continuouslycollected to a trash recycling bin by collection conveying belts, so that the technical problem that the trashes are stacked into a pile and are easy to block in a traditional method are improved; the automatic energy-saving impurity removing device is applied to the field of clearing of the farmland water channel to the trashes.

Description

technical field [0001] The invention relates to the technical field of farmland canals, in particular to a farmland canal device for automatically removing impurities. Background technique [0002] Farmland canals are mainly used for irrigation between farmland and nourishment of crops on both sides of the canal. Small and medium-sized pumping stations and small hydropower stations are common water conservancy and hydropower facilities in rural areas. They are all equipped with long canals. Agricultural canals in some townships The plant residues and household garbage accumulated on both sides of the canal will easily form accumulations and block the canal for a long time, causing the canal to overflow, which will seriously affect the downstream and the crops on both sides of the canal, and the existing treatment and interception of the accumulated debris in the canal is not timely. Blockage occurs frequently, causing garbage to be attached to both sides of the canal, which ...

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Problems solved by technology

[0002] Farmland canals are mainly used for irrigation between farmlands and nourishment of crops on both sides of the canals. Small and medium-sized pump stations and small hydropower stations are common water conservancy and hydropower facilities in rural areas. They are all equipped with long canals. Agricultural canals in some townships The plant residues and household garbage accumulated on both sides of the canal will easily form accumulations for a long time to block the canal, causing the canal to overflow, which will seriously affect the downstream and the crops on both sides of the canal, and the existing treatment and interception of the accumulated debris in the canal is not timely. Blockage occurs frequently, causing garbage to be attached to both sides of the canal, which makes it difficult to clean up and salvage in the later stage. At the same time, most of the canals are made of concrete masonry, which is time-consuming, labor-intensive and consumable

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