Automatic desilting water conservancy project system for solar power supply water way

Abstract

The invention provides an automatic desilting water conservancy project system for a solar power supply water way and belongs to the technical field of water conservancy projects. The automatic desilting water conservancy project system for the solar power supply water way is composed of the water way, a connection frame, a water return pipe, a water return pipe frame, connection frame expansion joints, solar panels, an anti-disengaging wheel support, a wheel frame, a telescopic pipe, dynamic wheels, water inlet pipes, an anti-disengaging wheel, a suction pump flow dividing device, a stirring head handle, a stirring head, a sediment releasing device, auxiliary wheels and an outertrigger. The automatic desilting water conservancy project system is characterized in that bearings are fixed outside the upper end and the lower end of a stirring head center pipe, and a rotating pipe is movably connected to the stirring head center pipe through the bearings so that the rotating pipe can rotate with the center pipe as the axis; a rotating pipe gear is fixed outside the upper portion of the rotating pipe, and a stirring head disc is fixed to the lower end of the rotating pipe; two stirring head whips are fixed to the peripheral edge of the stirring head disc, and two circles of tapered stirring head teeth and one filtering screen cleaning rod are fixed to the lower surface. Devices used in the automatic desilting water conservancy project system are easy to manufacture, and the system is high in operability, low in cost and obvious in effect.

Description

technical field [0001] The invention relates to a water conservancy engineering system for automatically dredging waterways powered by solar energy, and belongs to the technical field of water conservancy engineering. Background technique [0002] Known waterways include river courses and canals, etc., which are mainly used in the technical field of farmland water conservancy engineering to meet the water required for crop growth. However, after many waterways have been used for a period of time, due to the deposition of silt, etc., the bottom of the waterway will be silted up, thereby hindering the normal use of the waterway. For dredging, a lot of people have designed many structures, most of them are very efficient, but all these known dredging equipment and methods all need to use more manpower, spend bigger material and financial resources. Therefore, how to find a hydraulic engineering system that can automatically desilt and reduce the cost of use by using clean ener...

AI Technical Summary

Problems solved by technology

However, after many waterways have been used for a period of time, due to the deposition of silt, etc., the bottom of the waterway will be silted up, thereby hindering the normal use of the waterway.

For dredging, many people have designed many structures, most of which are very efficient, but all these known dredging equipment and methods need to use more manpower, and spend a lot of material and financial resources

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