A pumping mechanism and dispatching device for flood risk control

Abstract

The invention discloses a pumping mechanism and a dispatching device for flood risk control. The vortex mechanism is installed on a mounting seat, the filter mechanism is fixed at the output end of the vortex mechanism, and the power mechanism is connected to the vortex mechanism and installed on the mounting seat. Above, the movable tube group is connected to the eddy current mechanism and installed on the mounting base, the swing assembly is connected to the power mechanism and the movable tube group, the telescopic mechanism is connected to the swing component and the movable tube group, and the cutting and crushing mechanism is installed on the telescopic mechanism When the power mechanism is working, it drives the action of the vortex mechanism and the swing of the swing component respectively. The vortex mechanism generates a vortex to pump the accumulated water upward to realize flood discharge. The filter mechanism filters the sundries and sediment in the flood, and the swing component Swing adjusts the inclination angle of the movable pipe group, so that the pipe connected to the vortex mechanism automatically adjusts the angle, the swing component drives the telescopic structure to adjust the length of the movable pipe group under the action of gravity, and the cutting and crushing mechanism cuts and crushes debris in the flood.

Description

Technical field [0001] The present invention relates to a safe prevention device, which is specifically a scheduling device for pumping mechanism and flood risk control. Background technique [0002] A large amount of property losses and casualties have been caused by disasters every year, therefore, the risk factors of regional floods have important theory and practical significance. Regional flood formation process includes flood risk factors, flood risk space, flood risk receiving. [0003] When a rainstorm or a snow generates runoff in the basin, it is brought into the export section of the river in its far nearly. When the rapid runoff is reached, the river water flow has begun, and the water level has risen accordingly. At this time, the flood will rise. [0004] For floods, the risk control of floods is mostly transferred to other places by scheduling. At present, most of the existing pumping scheduling devices are fixed settings, and they are very easy to interfere with t...

AI Technical Summary

Problems solved by technology

[0004] For flood risk control, most of the water is transferred to other places through dispatching. At present, most of the existing pumping dispatching devices are fixed, which is very easy to interfere with the dam side, and the sediment in the flood is easy to deposit to the bottom. Clean up, even if the debris is sucked into the pipeline during the pumping process, the larger debris will easily cause the failure of the pumping equipment, and the debris and sediment discharged into the river will pollute the environment

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