Energy-saving electrically-controlled hard hose traveler

Abstract

The invention discloses an energy-saving electrically-controlled hard hose traveler. The energy-saving electrically-controlled hard hose traveler comprises a rack, a front support, a travelling wheel, a reel and a water inlet and is characterized by further comprising a solar panel, a storage battery, an electromotor, a control cabinet, a touch control interface, a speed reducer, an electromagnetic brake, a shaft encoder and an electromagnetic valve. The solar panel, the storage battery, the control cabinet and the speed reducer are connected with the rack, the electromotor is connected with an input shaft of the speed reducer, the electromagnetic brake is arranged on the speed reducer, the reel is driven by an output shaft of the speed reducer through a transmission mechanism, the touch control interface is arranged on the control cabinet, the shaft encoder is connected with the reel, and the electromagnetic valve is connected with the water inlet. The storage battery is powered by solar energy, and the reel is driven by the electromotor, so that energy is saved. The rotating speed of the electromotor is regulated by the control cabinet so as to control the reclaiming speed of a sprinkler truck. When spray irrigation is finished, the electromagnetic valve is closed, and the energy is saved. Energy-saving electric control can be realized, mechanical devices are reduced, automation degree is improved, and the work efficiency is improved.

Description

technical field [0001] The invention relates to a reel type sprinkling irrigation machine, in particular to an energy-saving electric control reel type sprinkling irrigation machine suitable for agricultural sprinkling irrigation. Background technique [0002] With the development of modern agricultural technology, the reel sprinkler irrigation machine has gradually become a convenient, efficient and widely used sprinkler irrigation equipment. Existing reel sprinkler irrigation machines mainly use the high-pressure water supplied by the water pump to drive the water turbine, and then drive the reel through the transmission device. However, the current water turbine has low work efficiency and high energy consumption. Generally, a 13Kw-22Kw water supply pump is required as a power source. ; And, the speed regulating device and the gear-off device of the existing reel type sprinkler are through the mechanical linkage mechanism, that is, when the sprinkler car sprays, it acts o...

AI Technical Summary

Problems solved by technology

Existing reel sprinkler irrigation machines mainly use the high-pressure water supplied by the water pump to drive the water turbine, and then drive the reel through the transmission device. However, the current water turbine has low work efficiency and high energy consumption. Generally, a 13Kw-22Kw water supply pump is required as a power source. ; And, the speed regulating device and the gear-off device of the existing reel type sprinkler are through the mechanical linkage mechanism, that is, when the sprinkler car sprays, it acts on the front end of the sprinkler frame, and the opening of the water turbine tongue is adjusted by the linkage mechanism. speed to achieve speed regulation, and at the same time, through the linkage mechanism, the meshing gear in the gearbox is cut off to realize disengagement. The structure is complicated, and the length of some connecting rods reaches more than 1m. With the long-term use of the mechanism, the reliability of the action will be affected. Can achieve a certain degree of automation, but make the structure complex and low reliability

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