22results about "Electric shock equipments" patented technology

A conducted electrical weapon (“CEW”) comprises one or more switch devices and a charge storage circuit for delivering a stimulus signal via a deployed electrode. A charge may be stored in the charge storage circuit. A first switch device of the one or more switch devices may be selectively turned on according to the charge of the charge storage circuit. The stimulus signal may be delivered via a current flow path comprising the first switch device and the deployed electrode according to the charge of the charge storage circuit.

Systems and methods for virtual fencing are provided herein. A virtual fencing device may include an electrode configured to perform electrical muscle stimulation (EMS). The device may include a positioning system configured to determine a position of the device. The device may include a microcontroller engaged with the electrode and the positioning system. The microcontroller may be configured to activate the electrode in response to the position of the device relative to one or more virtual boundaries.

A conducted electrical weapon (“CEW”) launches wire-tethered electrodes from multiple cartridges to provide a stimulus signal through a human or animal target to impede locomotion of the target. The CEW may detect the quality of the electrical coupling (e.g., connection) of pairs of electrodes with the target. In accordance with the quality of the connections, the CEW may provide pulses of a stimulus signal to the various connections between electrode pairs in accordance with a sequence. The sequence may provide pulses at a first maximum pulse rate to any one connection to increase the likelihood of inducing neuromuscular incapacitation (“NMI”) and to save energy. The sequence may provide pulses to all connections at a second maximum pulse rate to increase the likelihood of inducing NMI and to save energy.

A portable electric fence energizer is described, having a housing and an electric pulse generating circuit located within the housing. The energizer further includes a post securing mechanism configured to secure the housing relative to an electrically conductive post. The post securing mechanism includes at least one electrical contact configured to contact the post when secured by the post securing mechanism. A conductive link between the electrical contact and the electric pulse generating circuit may be used to provide an earth connection for the energiser, or an output connection between the electric pulse generating circuit and a wire of the electric fence.

The present invention relates to a device for the control of pests of fruit trees and the like, which prevents the tree from being affected by crawling pests, and comprises a rectangular sheet (1-1') of electrically insulating material, which can adopt an inverted truncated cone shape or a cylindrical configuration around the trunk of the tree; a band of low-density foam (3) below the sheet (1-1'), which adapts to the appearance of the bark and deforms as the trunk grows, while the sheet (1-1') comprises portions superimposed on it and sliding on it to adapt to said growth; a pair of parallel wires (5-5'), spaced apart by a distance according to the size of the pests to be exterminated, and subjected to a high potential difference by means of a power supply circuit (6), so that when an insect tries to cross them, it is automatically electrocuted.

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;

The present invention relates to a system of autonomous towers for exterminating and monitoring insects that comprises a main tower and at least one slave tower, wherein the main tower comprises: a self-sustaining power supply system composed of a solar panel; a solar charge controller, and a storage battery, configured to provide continuous power, independently of an external source of electricity; a centralized control device through a microcomputer (Raspberry Pi) that manages the operation of the system and collects data from the slave towers through a LoRa communication network; a camera coupled to capture images of the eliminated insects, connected to a 4G module for transmitting the images to a remote server, where an artificial intelligence algorithm processes and identifies the species and quantity of insects; a high-voltage grid composed of a Positive Voltage Network (+) and a Negative Voltage Network (−) configured to release an electric discharge upon contact with insects, eliminating them instantly, wherein each slave tower comprises: a power supply system composed of a solar panel, solar controller, and battery, ensuring independent operation from an external source of electricity; a Lora communication module configured to connect to the main tower and transmit monitoring data, in addition to receiving commands, allowing for expansion of the coverage area and auxiliary action in the extermination of insects

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 a method for heating a battery (1) of a vehicle (2), wherein the battery (1) is periodically supplied with a discharge current and a charging current by controlling a pulse inverter (3) connected to the battery (1) by means of a predetermined first pulse pattern (4), wherein a first frequency of the first pulse pattern (4) is between 10 kHz and 100 kHz.

The invention presents a system for managing cattle movement through virtual fencing technology. It involves identifying unique areas within new designated zones, directing cattle towards these areas using wearable devices, and updating virtual fencing regions once specific conditions are met. This streamlined approach enhances efficiency in cattle management, reducing manual intervention while maintaining control over their movement, and allowing cattle access to previous areas such as for access to water or shade.

Disclosed is a gas-insulated surge arrester. The gas-insulated surge arrester includes: a tank having a longitudinal direction and including an end cover adapted to be grounded; and a core assembly arranged inside the tank and extending along the longitudinal direction. The core assembly includes a first end fitting and a second end fitting at opposite ends thereof and a plurality of blocks arranged along the longitudinal direction and held between the first end fitting and the second end fitting. The plurality of blocks at least include a plurality of varistor blocks. The second end fitting is closer to the end cover than the first end fitting, and the second end fitting is connected to the end cover. The core assembly further includes an insulating member, and the insulating member is arranged between one of the plurality of varistor blocks closest to the second end fitting and the second end fitting in the longitudinal direction. The gas-insulated surge arrester has a simplified manufacturing process, reduced manufacturing cost, and reduced longitudinal dimension.

The present invention relates to an animal deterrent device (1) intended to prevent animals such as birds, dogs, cats, rats and others from resting or urinating on façades, ledges or other areas of buildings and monuments. The invention comprises a control unit to which at least one modular lamellar circuit is linked which, upon being closed, transmits a very low-intensity electric current, either due to one of the legs of the animal coming into direct contact with the two poles, or due to direct urination on the lamellar circuit in the case of dogs or cats.

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.

The invention relates to a method for heating a battery (1) of a vehicle (2), wherein the battery (1) is periodically supplied with a discharge current and a charging current by controlling a pulse inverter (3) connected to the battery (1) by means of a predetermined first pulse pattern (4), wherein a first frequency of the first pulse pattern (4) is between 10 kHz and 100 kHz.

A conducted electrical weapon ("CEW") launches wire-tethered electrodes from multiple cartridges to provide a stimulus signal through a human or animal target to impede locomotion of the target. The CEW may detect the quality of the electrical coupling (e.g., connection) of pairs of electrodes with the target. In accordance with the quality of the connections, the CEW may provide pulses of a stimulus signal to the various connections between electrode pairs in accordance with a sequence. The sequence may provide pulses at a first maximum pulse rate to any one connection to increase the likelihood of inducing neuromuscular incapacitation ("NMI") and to save energy. The sequence may provide pulses to all connections at a second maximum pulse rate to increase the likelihood of inducing NMI and to save energy.

An electrostatic therapeutic device and a method of therapeutic treatment are disclosed. The electrotherapy device includes a charge generation module, at least one therapeutic electrode and an electrical drive. The charge generation module contains at least one closed loop dielectric belt, put on at least one pair of dielectric pulleys and a set of charging and discharging electrodes. Rotation of the dielectric pulleys generates an electric charge of a predetermined polarity on the at least one therapeutic electrode. The reversed rotation reverses the polarity. The device is intended for patient's body exposure to an alternating electric field.

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.

A Mobile Telephone Case with Fence Tester is a protective case for a smart phone with an integrated electric fence tester. At the rear of the case, below the typical cameral location, is a recessed electrode that runs the entire width of the case. This electrode is connected to internal circuitry which measures the high voltage output of an electric fence, used to contain livestock, when the electrode is held against the fence wire. The electronics are powered by its own internal battery, and the output from the internal circuitry is connected to a Bluetooth® transmitter which allows the voltage to be displayed on the phone screen via a specialized app. In such a manner, no direct electrical connection is made between the tester and the smart phone. An alternate version may also have a dedicated LCD screen on the rear of the case. The use of the Mobile Telephone Case with Fence Tester provides farmers and ranchers the ability to test electric fences at almost any time.

A conducted electrical weapon (“CEW”) impedes locomotion of a human or animal target by providing a stimulus signal through one or more electrodes and through the target. The CEW includes a handle and one or more removable deployment units coupled to the handle. A deployment unit may include a wad, a tensioner, a guide, and posts to improve accuracy of launch of electrodes form the deployment unit.