5results about "Electric shock equipments" patented technology

The invention relates to an electrode (3) for a stunning tong (100) for electrically stunning livestock, wherein the electrode (3) is designed without a bottom, with a hollow cylindrical electrode wall (6) surrounding an electrode opening (9) and with a toothing (10) provided on a first end face (25) with a plurality of toothed projections (11).

The invention relates to an electroshock circuit that provides both muscle locking and pain / ache formation, allowing shocking to be performed without the need for a certain distance.

The invention relates to an electrical pulse incapacitating device (100), comprising first electrodes (111) for neutralizing a target at a distance from the device, and second electrodes (120) for neutralizing a target in contact with the device, and further comprising: - a low voltage electrical energy source (131), - a high voltage electrical transformation module (133), configured to transform the low voltage direct current into a so-called high voltage differential voltage, - a first discharge module (140), configured to generate an incapacitating electrical signal from said high voltage differential voltage, and to deliver said incapacitating electrical signal to said first electrodes;- a second discharge module (141), configured to transform the high-voltage differential voltage into an alternating voltage, referred to as very high voltage, and to deliver a very high-voltage electric current to said second electrodes. Figure for the abbreviation: Figure 2;

This utility model discloses a bird repeller circuit and a bird repeller, relating to the field of bird repeller technology. The bird repeller circuit includes an infrared sensing circuit, a light driving circuit, a frequency modulation circuit, a solar charging circuit, and a main control circuit. The solar charging circuit converts light energy into electrical energy and outputs a voltage signal corresponding to the light intensity. The infrared sensing circuit detects whether birds are approaching a preset area and outputs a corresponding sensing signal. When the main control circuit detects birds approaching the preset area based on the sensing signal and detects daytime based on the voltage signal, it controls the frequency modulation circuit to drive the player to play different styles of sounds to repel birds. When the system detects birds approaching the preset area based on the sensing signal and detects nighttime based on the voltage signal, it controls the light driving circuit to drive the LED light to flash and repel birds. This utility model aims to improve the bird repeling effect and its sustainability.

A fence tester for testing the voltage in an electric fence comprises a handle member and a blade member pivotally coupled to the handle member between an open state extending from the handle member and a closed state partly recessed into the handle member. The handle member defines a hollow interior region, and comprises a printed circuit board having an electronic monitoring circuit therein. An antenna coupled to the electronic monitoring circuit is configured to conduct an electrical current induced therein by an electric field generated by a pulsating voltage in the electric fence when the fence tester is located adjacent the electric fence. A latching element located in the handle member operated by a manually operated operating element in the handle member latches the blade member in the open state and the closed state.