33 results about "Taser" patented technology

A hunting sport game is played in an interactive arena. The game is played by two or more sides of any size, one side having at least one human player in the arena, and the other side(s) having at least one electromechanical player. The players are provided with projection shooting weapons with which to attack opponents, which may include paintball discharging means, laser targeting means, low-voltage taser means, combinations thereof, and the like. Players, both human and electromechanical, that have been struck by a shot from an opponent's weapon are made known to the human players and are immediately disqualified from further participation in the game for at least a predetermined time.

This invention provides a handheld imaging system for use by law enforcement that has an infrared camera disposed at a lower portion of a housing and a display on an upper portion of the housing. A color CCD camera is also provided for surveillance situations that are not in low light. The imaging system contains tactical flashlights that operate in a programmable multimode fashion. Images captured by the handheld imaging system may be transmitted wirelessly to a remote location or stored in a memory contained within the housing. Finally, a series of detachable accessories are provided that may include a siren, taser or a pepper spray device.

A TASER® and a vertical grip are combined to be attached to the stud post under the forend or the barrel of a conventional long arm. A TASER® may also be combined with the forend or barrel of a conventional long arm itself. Stud posts come standard on certain long arms like the M-16 rifle. Stud posts can be installed on single shot and pump action shotgun forends as well. The TASER® power supply can serve as a power source for a strobe lamp, which may be sighted by rescuers either visually or with infrared night viewing or other special viewing equipment for miles. The optical signal could be produced in the infrared, visible light and ultraviolet light regions of the electromagnetic spectrum. The signal lamp is inserted into a TASER®'s firing chamber in lieu of an ammunition cartridge.

A TASER and a vertical grip are combined to be attached to the stud post under the forend or the barrel of a conventional long arm. A TASER may also be combined with the forend or barrel of a conventional long arm itself. Stud posts come standard on certain long arms like the M-16 rifle. Stud posts can be installed on single shot and pump action shotgun forends as well. The TASER power supply can serve as a power source for a strobe lamp, which may be sighted by rescuers either visually or with infrared night viewing or other special viewing equipment for miles. The optical signal could be produced in the infrared, visible light and ultraviolet light regions of the electromagnetic spectrum. The signal lamp is inserted into a TASER's firing chamber in lieu of an ammunition cartridge.

A system, apparatus and method may simulate the operation of a demobilization instrument such as a taser, using, for example, a taser launching device with a cartridge to enable generation and firing of a plurality of simulated projectile probes. A plurality of laser events may be emitted at a simulated target. The events may be validated as valid laser pulses, the simulated projectile probe strike locations and identities may be determined, and an automated reaction may be generated. A laser system may be contained in a cartridge separable from a taser launching device or other holder.

The present invention comprises a pistol-shaped Taser™-type weapon wherein the cartridge containing a pair of the wire-tethered darts is loaded into the cartridge receiving chamber from beneath the weapon, that is, in an upward movement of the cartridge with the weapon pointed toward the target. This type of loading is referred to herein as a “bottom loading” mechanism or system. The bottom loading mechanism of the present invention has significant advantages over conventional cartridge loading designs. One advantage is reduced reload time.

A holster assembly for integral attachment to a garment of the type typically worn by individuals engaged in law enforcement and related activities. The holster assembly comprising a flexible backing member having an outer mountable surface for sewningly attaching thereto an intermediate backing member, which is capable of supporting and mounting thereon a pocket for receiving and accepting therein a rigid sleeve fitted interiorly with a Taser® device. The pocket is fabricated from a unified piece of material and shaped accordingly to distinctly define a frontal tapered member bounded by a right side member and a left side member integrally incorporating an outer extending flange. The pocket is further supported by and fitted with a base member connected along its leading edge to a bottom end of each side member, along a leading edge of the frontal tapered member, and to a lowermost portion of the intermediate backing member. A shortened sleeve strap is connected to a top end of the right side member, while a second end is connected to a portion of the rigid sleeve to assist in securing its position within the pocket. A lengthened strap member, which comprises an end mounted to the outer mountable surface and a second end temporally connected to an apex section of the outer mountable surface, slippingly engages over a lower handle portion of the Taser® device to further retain its position within the rigid sleeve.

A holder for attaching a firearm, such as a Taser™ gun, to a Remote Mobile Investigator (RMI) robot equipped with a firing interface is disclosed. The holder comprises a housing portion defining a cavity portion for receiving the firearm, the housing portion having a first opening aligned with the barrel of the firearm, thereby allowing the firearm to be fired when housed in the holder and attached to the robot. The housing portion also includes a second opening for establishing an operable connection between the firearm and the firing interface of the robot. A plate member is hingedly attached to the housing portion, the plate member having an open position providing access to the cavity portion, and a closed position sealing the cavity portion. First and second locking devices are provided for releaseably securing the plate member in the closed position and for locking the holder on to the robot.

A personal protective device is combined with a cellular telephone. Activation of either device causes activation of the other device. Activation is achieved by a switch or voice command. Upon activation, a message asking for assistance at the present location is sent to a previously agreed upon emergency contact. The smartphone also starts both audio and video recording, which are also part of the data sent to the emergency contact person or service. Additionally, the personal protective devices are integrated into a unit that may combine such items as a protective spray, Taser, strobe light, dye pack, siren and other deterrent technologies to ward off would-be attackers. These devices are integrated into a hand held unit that can be unobtrusively worn or carried in a purse or pocket or in the user's hand. An optical safety device is included to protect the user from a potential assailant approaching from rearward.

The invention discloses a single-beam jet flow electric shock device based on distribution parameter coupling. The single-beam jet flow electric shock device comprises a pulse high-voltage generator, a spraying nozzle and electrification jet flow liquid. The pulse high-voltage generator is arranged inside a body device, a plurality of lines are arranged on the pulse high-voltage generator, a closed switch is arranged on the first line, a battery is arranged on the second line, a trigger outside the body device is respectively connected with the closed switch and a mechanical device on a spraying nozzle pipe, the third line serves as a high voltage output end, the fourth line serves as a low voltage output end, the high voltage output end is connected with the spraying nozzle, the electrification jet flow liquid guided by protection gas is jetted out from the spraying nozzle to hit a living target object, a distributed capacitor between the living target object and the ground is coupled with a distributed capacitor between the ground and the low voltage output end, and a closed serial discharging circuit is formed. Strong but non-fatal-wound electric shock is generated to the living target object. The single-beam jet flow electric shock device is small in size, light in weight and capable of being held with one person, close-range continuous jetting within 7 m is achieved, a criminal suspect can be effectively subdued, or disorderly crowns can be effectively driven, and the single-beam jet flow electric shock device can serve as an updating substitute product of a Taser.

The invention discloses a ferroelectric electric shock bullet. The ferroelectric electric shock bullet comprises a shell, a pressure generation unit, an electric pulse generation unit and an energy output unit, and the pressure generation unit, the electric pulse generation unit and the energy output unit are arranged in the shell; specified pressure is generated by the pressure generation unit and used for shooting the bullet, and a polarized ferroelectric material in the electric pulse generation unit is subjected to depolarization effect so that electric pulses can be generated; and when alive target is shot by the bullet, the electric pulses enable the live target to get an electric shock after being adjusted by the energy output unit. According to the ferroelectric electric shock bullet, based on the depolarization effect induced by ferroelectric material stress, the electric pulses are generated through the ferroelectric material, bullets can be shot continuously through an existing gun and also can serve as a surrogate product of Taser electric shock bullets, and after the electric pulses are adjusted, the target cannot be critically injured by the electric pulses.

The invention relates to the security equipment technical field, and refers to an emergency defensive emission electric shock device for civil emergency events; the emergency defensive emission electric shock device comprises a mount cylinder, an electric wire, a power supply, an electrode tip, an alarm processing unit, a fixed cylinder, a first microswitch and a second microswitch; the first and second microswitches and an energy storage device are respectively electrically connected with the alarm processing unit. The emergency defensive emission electric shock device can solve the problems that police equipment can only be manually used by the police; a Taser gun is set in a place with no duty security personnel and police; when police monitoring equipment detects danger people invade or make illegal activieies, the field Taser gun can be remotely started to attach the danger people or lawless persons, thus real time protecting people life and property safety in the crime scenes.

A taser protection garment that provides a wearer with protection in the event that they are attacked or mugged. The taser protection garment includes a protective vest having an interior surface and an exterior surface, the protective vest is adapted to be worn by a wearer, a plurality of taser electrodes disposed on the exterior surface of the protective vest and a hand-held trigger in electrical communication with the taser electrodes that is adapted to activate the taser electrodes, thereby producing a taser beam to taser an attacker attacking the wearer. The protective vest is lightweight and includes an interior liner disposed on the interior surface of the protective vest to protect the wearer of the protective vest from electrical shock.