A fully automatic submersible pump used in paddy fields and fish ponds

Abstract

A full-automatic submersible pump applied to a rice field and a fishpond comprises a detecting mechanism, a receiving mechanism and a pump body. The detecting mechanism comprises a plastic shell, a voltage stabilizing circuit, a first probe, a first control unit, a second probe, a second control unit and a wireless transmission circuit, wherein the voltage stabilizing circuit, the first control unit, the second control unit and the wireless transmission circuit are connected by leads and mounted in the plastic shell, the first probe and the second probe are arranged outside the plastic shell and are connected with the voltage stabilizing circuit, the first control unit and the second control unit through leads, the receiving mechanism comprises a plastic shell, a voltage stabilizing circuit and a receiving unit, the voltage stabilizing circuit and the wireless receiving unit are connected through leads and mounted inside the plastic shell, and the wireless receiving unit and the pump body are connected through leads. The full-automatic submersible pump is capable of automatically controlling the operating modes of the pump body, certain water can be kept in the rice field or the fishpond, and the defect of death of crops or fishes due to water shortage in the rice field or the fishpond is overcome.

Description

technical field [0001] The invention relates to a submersible pump, especially when the water level in a paddy field or a fish pond is lower than the minimum set position, under the action of a detection mechanism and a receiving mechanism, the pump body can be powered automatically to pump the water at a low place to the In the paddy field or fish pond, when the water pumped into the paddy field or fish pond reaches the highest water level setting position, under the action of the detection mechanism and the receiving mechanism, the pump body can automatically stop working, thus achieving a kind of automatic control Fully automatic submersible pumps for rice fields and fish ponds. Background technique [0002] At present, when known submersible pumps are used, they are all manually controlled. When the water level in the paddy field or fish pond is low, the user opens the submersible pump to pump the low water into the paddy field or fish pond. When the water level is suff...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the fact that the existing submersible pumps are used through manual control, someone must take care of the rice fields or fish ponds at ordinary times. In order to avoid the disadvantages of reduced production or even death of fish raised inside, the present invention provides a pump body that can automatically work with electricity under the action of the detection mechanism and the receiving mechanism when the water level in the rice field or fish pond is lower than the minimum set position. The water located in the low place is pumped into the paddy field or fish pond. When the water pumped into the paddy field or fish pond reaches the highest setting position of the water level, the pump body can automatically stop working under the action of the detection mechanism and the receiving mechanism. A fully automatic submersible pump used in rice fields and fish ponds with automatic control

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