Electric shock deratization device

Abstract

The invention discloses an electric shock deratization device and relates to a mechatronic device capable of deratizing automatically and repeatedly. The electric shock deratization device comprises a case body (001), a top cover (002), a transverse plate (002a), a control circuit (050) and a power module (052). The electric shock deratization device also comprises a spindle (012), an electric shock plate (013) and an actuator motor (014); a rectangular through hole is arranged in the bottom of the case body (001); the spindle (012) is arranged between the centers of the two opposite sides of the rectangular through hole; the electric shock plate (013) is arranged on the spindle (012); the size of the electric shock plate (013) is in correspondence with the size of the rectangular through hole; one end of the spindle (012) is in fixed connection with an output shaft of the actuator motor (014); the actuator motor (014) is arranged at the bottom of the case body (001); and the actuator motor (014) can drive the electric shock plate (013) to rotate in the rectangular through hole controlled by the control circuit (050). The invention aims at providing a mechatronic device which is simple in structure, low in cost and convenient to operate and capable of deratizing automatically and repeatedly by placing for one time.

Description

technical field [0001] The invention relates to an electromechanical device, in particular to an electromechanical device capable of automatically eradicating rats many times. Background technique [0002] The methods of killing mice that are widely used at present mainly contain physical methods such as mouse traps, mouse cages, and sticky mouse boards, which can only kill a single mouse at a time, with low efficiency and unsafe; Environment, easy to accidentally injure other rodent natural enemies; adopt the biological method of rodent natural enemies such as eagles, snakes, cats, etc., the cost is high, and it is easy to cause ecological imbalance. In addition, the existing various equipment for killing mice can only be placed once and killed individually, and cannot cut off the information source between mice and kill mice continuously. Inconvenient and easy to cause problems such as bacterial contamination. Also do not have the device that kills mice efficiently and c...

AI Technical Summary

Problems solved by technology

[0002] The methods of killing mice that are widely used at present mainly contain physical methods such as mouse traps, mouse cages, and sticky mouse boards, which can only kill a single mouse at a time, with low efficiency and unsafe; environment, it is easy to accidentally injure other rodent natural enemies; adopting the biological method of rodent natural enemies such as eagles, snakes, cats, etc., the cost is high and it is easy to cause ecological imbalance

In addition, the existing various rat-killing equipment can only be placed once and killed individually, and cannot cut off the information source between rats and kill rats continuously. Inconvenient and easy to cause problems such as bacterial contamination

At present, there is no device that can efficiently and continuously kill rats in warehouses, fields, etc.

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