134results about "Projectile" patented technology

A bug killing gun includes a compressed gas source fluidly connected to a chamber connected to a barrel. A compressed gas release mechanism is connected to the compressed gas source. A projectile storage magazine stores particulate projectiles and is located adjacent the chamber. A projectile loading mechanism moves the projectiles into the chamber from the magazine. A cocking mechanism is mechanically connected to the compressed gas source, the compressed gas release mechanism, and the projectile loading mechanism. A stock houses and supports the compressed gas source, the compressed gas release mechanism, the barrel, the chamber, the projectile storage magazine, the cocking mechanism and the projectile loading mechanism. When the gun is cocked, the projectile loading mechanism loads a predetermined quantity of the particulate projectiles into the chamber. When the compressed gas release mechanism is activated the projectiles are ejected from the chamber into the barrel and expelled from the gun.

A bug killing gun includes a compressed gas source fluidly connected to a chamber connected to a barrel. A compressed gas release mechanism is connected to the compressed gas source. A projectile storage magazine stores particulate projectiles and is located adjacent the chamber. A projectile loading mechanism moves the projectiles into the chamber from the magazine. A cocking mechanism is mechanically connected to the compressed gas source, the compressed gas release mechanism, and the projectile loading mechanism. A stock houses and supports the compressed gas source, the compressed gas release mechanism, the barrel, the chamber, the projectile storage magazine, the cocking mechanism and the projectile loading mechanism. When the gun is cocked, the projectile loading mechanism loads a predetermined quantity of the particulate projectiles into the chamber. When the compressed gas release mechanism is activated the projectiles are ejected from the chamber into the barrel and expelled from the gun.

A new type of animal control system and a new method of use of the animal control system is presented for controlling small, wild animals and rodents without killing or maiming. The control system is in the form of a portable kit that includes a launching device, a plurality of thermoplastic hollow projectiles, a supply of a natural animal control agent for loading into the projectiles, and a means for transferring and storing the control agent. The method of use of the control system involves filling the projectiles with the control agent and then sealing the projectiles prior to loading the projectiles into the launching device. The launching device is then aimed at an area that is being controlled by the animal and then the projectiles are discharged from the gun so as to disperse the control agent about the area being controlled. The control agent causes a biological reaction in the animals and rodents when they detect the scent of the control agent. The biological reaction causes a fear and intimidation response in the brain of the animals and rodents, such that they will voluntarily and permanently vacate the nest out of fear for its life and of its young. The control agent is a urine, marking gland oil or a combination of oil and urine, from a known predator of the animal or rodent.

The mole trap includes a base assembly and an upper movable frame. Two vertical guide rods are attached to the base assembly and pass through the bores through the upper movable frame. Springs urge the movable frame away from the base. Two U-shaped rods are attached to the movable frame and extend under the base. An upper horizontal pin is fixed to the movable frame. A lower horizontal pin is fixed to the base. A tension link connected to the upper pin. A recess in the link receives the lower pin and holds both springs in loaded condition. A bracket with a tension link recess is pivotally mounted on the lower pin. A tension link release surface on the bracket releases the tension link when a mole sensor pivots the bracket.

A mole trap includes a steel rod frame having parallel spaced legs adapted to penetrate the ground on opposite sides of a mole hill or tunnel. The legs are integrally connected by a handle portion and also by a stop bar, and a spike plate having depending spikes is preloaded against the stop bar by compression springs mounted on the legs. An L-shaped latch lever is pivotally supported by the stop bar and supports a trip plate adapted to contact the ground where the mole tunnel has been depressed. The spike plate and spikes are retracted upwardly against the springs to a set position by pulling a flexible strap extending from the handle portion around a roller supported by the spike plate for rotation on an eccentric axis to provide a mechanical advantage. A roller on the latch lever automatically blocks the spike plate when elevated to the set position.

An animal trap may include a source of compressed gas; a trigger mechanism configured to be actuated by an animal, and a kill mechanism powered by compressed gas. The trap may include two or more trigger valves connected in series. At least one trigger valve may include an opening, a valve seat surrounding the opening, a valve member having a sealing surface, and an O-ring arranged to seal between the sealing surface and the valve seat. One or more flow paths may allow gas to flow along at least part of an internal periphery of the O-ring. The trigger may include a trigger rod extending in a rest position from a mount at or near a first end thereof. The trigger rod may be mounted for pivoting movement about the mount, and may have two rotational degrees of freedom. Pivoting movement of the trigger rod in any direction away from the rest position may result in actuation of the trigger.

A prepackaged bug gun magazine for a gas powered weapon includes a body adapted to fit within an opening in the weapon. The magazine has a first surface, a second surface and at least one chamber. The length of the chambers extends from the first surface to the second surface. A first frangible sealing membrane is removably affixed to the first surface of the body and seals the first end of the chamber. A second frangible sealing membrane is removably affixed to the second surface of the body and seals the second end of the chamber. Particulate projectiles are located within the chambers and sealed in place by the sealing membranes. An indexing system aligns the chamber with a barrel of the weapon. Discharge causes pressurized gas to breach the first membrane and impact of the particulate projectiles will breach the second membrane, permitting the projectiles to enter the barrel.

A new type of animal control system and a new method of use of the animal control system is presented for controlling small, wild animals and rodents without killing or maiming. The control system is in the form of a portable kit that includes a launching device, a plurality of thermoplastic hollow projectiles, a supply of a natural animal control agent for loading into the projectiles, and a means for transferring and storing the control agent. The method of use of the control system involves filling the projectiles with the control agent and then sealing the projectiles prior to loading the projectiles into the launching device. The launching device is then aimed at an area that is being controlled by the animal and then the projectiles are discharged from the gun so as to disperse the control agent about the area being controlled. The control agent causes a biological reaction in the animals and rodents when they detect the scent of the control agent. The biological reaction causes a fear and intimidation response in the brain of the animals and rodents, such that they will voluntarily and permanently vacate the nest out of fear for its life and of its young. The control agent is a urine, marking gland oil or a combination of oil and urine, from a known predator of the animal or rodent.

The present invention relates to an automatic rechargeable trap comprising a spring driven and / or gas pressure driven killing means; and species monitoring means configured for determining the species by monitoring the degree of advancement of the killing means during an individual triggering.

A device for exterminating molds that is arranged to fire a projectile into a mole as the mole moves within mole tunnel. The device holds an explosive charge and a projectile and is arranged in a location about the mole tunnel. The device includes a trigger that detects the presence of a mole. When the presence of a mole is detected, the explosive charge is ignited or released forcing the projectile into the mole. The device can be self-contained or include parts for adapting a spear mole trap to include a barrel assembly including an explosive charge and a projectile, and associated structures.

The invention discloses an unmanned plane having the anaesthesia function and belongs to the field of an unmanned plane. The unmanned plane comprises a control system, an infrared system and an image system, wherein the control system is electrically connected with the infrared system and the image system, an anaesthesia gun electrically connected with the control system is further comprised, the infrared system is used for acquiring infrared characteristics of a traced object, the image system is used for acquiring image characteristics of the traced object, and the control system is used for controlling the anaesthesia gun to realize the anaesthesia effect on the traced object according to the infrared characteristics and the image characteristics. The invention further discloses a remote tracing system comprising a ground control platform and at least one unmanned plane having the anaesthesia function. The unmanned plane having the anaesthesia function is advantaged in that the function of analyzing physiological characteristics of the traced object is realized, the remote anaesthesia effect on the traced object can be realized, and high intelligence level and easy control are realized.

A mechanical device with automatic reset capabilities that injects compressed air or other gases into the heart and lung cavities of Order Rodentia pest which results in death by delayed air embolism or cardiac arrest. This method allows the target time to vacate the premise saving time on carcass removal and clean up. This new technology can replace the poison bait traps and other environmental pollutants currently in use.

A mole trap has a tough plastic base with downwardly extending fixed blades. Movable plastic blades are pivotably connected to the base and urged into a sprung condition by springs. A two-segment lever extends between the base and a catch which is pivotably mounted to the base. A trigger extends through a central opening in the catch and has a post which protrudes beneath the catch where it can be actuated by the targeted mole. Operation of the trigger post causes the lever to release from its engagement with the catch so that the movable blades close on and strike the mole positioned beneath the trap. The trigger has a release tab extending from the lever, allowing convenient release from the set position, and an upwardly protruding set arm allowing trigger depression from a point exterior to the handle into its desired set configuration.

The invention relates to a trap, which may be a self-setting trap comprising a lockout system configured to prevent the actuation system of the trap from activating a strike member when an energy level of the power supply is below a predetermined threshold. In this way, the trap may be configured to kill an animal quickly, strongly and therefore as humanely as possible. In one embodiment, the trap may comprise a shock absorbing system to protect sensitive components of the trap when the strike member is activated.

The invention discloses an agricultural all-terrain vehicle for animal killing. A mechanical arm, a camera, an infrared detection device, an ultrasonic detection device, a pesticide injection device and a solar panel are all connected with a control system. The camera, the infrared detection device and the ultrasonic detection device arranged on a vehicle frame detect existence and positions of forest animals in real time, and moving and navigation of the all-terrain vehicle are completed through the control system. The all-terrain vehicle kills nearby animals under instructions of the controlsystem by poison needles of the pesticide injection device, dead animal body images and forest species growth images acquired by the camera are transmitted to the control system, the control system instructs the mechanical arm to collect dead animal blood sample tissues through a syringe at the front end of the mechanical arm, and conditions are provided for further study on species and physicalstates. The agricultural all-terrain vehicle is simple in structural design, environmental friendliness and energy saving are realized, and an effective solution to kill animals endangering agricultural and forest growth is provided.

The invention relates to the field of pest control, and discloses a pest driving method, device, equipment and system. The driving device is applied to the driving equipment. The method comprises thesteps that an image of a target area is obtained, the pest type and target position are detected according to the image of the target area, the driving equipment is controlled to move to the preset range of the target position, and then pests are effectively drive out.

The invention discloses a deratization robot based on mode recognition and big data technology. The deratization robot based on mode recognition and big data technology comprises a mobile platform, further comprises a driving device, an electric storage system, an animal sound simulation device, a control device, a GPS positioning device, a rat processing system, an information collection system and a deratization system, all of which are arranged on the mobile platform; the control device is connected with control input ends of the driving device, the animal sound simulation device, the GPS positioning device, the rat processing device, the information collection system and the deratization system, the GPS positioning device is wirelessly connected with the an operation device, and a motion path extracting and analysis system, the operation device is wirelessly connected with the control device, the deratization system and the motion path extracting and analysis system, and the deratization system is wirelessly connected with the motion path extracting and analysis system. Mode recognition is carried out on characteristics on rats, the movable paths of the rats can be subjected tobig data analysis, the robot can be moved to the proper position at the proper time, the rats are killed, the deratization efficiency is improved, and meanwhile, the deratization safety is improved.

An animal trap may include a source of compressed gas; a trigger mechanism configured to be actuated by an animal, and a kill mechanism powered by compressed gas. The trap may include two or more trigger valves connected in series. At least one trigger valve may include an opening, a valve seat surrounding the opening, a valve member having a sealing surface, and an O-ring arranged to seal between the sealing surface and the valve seat. One or more flow paths may allow gas to flow along at least part of an internal periphery of the O-ring. The trigger may include a trigger rod extending in a rest position from a mount at or near a first end thereof. The trigger rod may be mounted for pivoting movement about the mount, and may have two rotational degrees of freedom. Pivoting movement of the trigger rod in any direction away from the rest position may result in actuation of the trigger.

A system for identifying targets wherein a projectile includes one or more sensors that gather sensor data about the environment and send the gathered data to a computing device. The computing device identifies the target by comparing the gathered sensor data to digital sensor signatures known to correspond to different types of objects. The system is also capable of identifying changes in a status of a target based on a change in the sensor data.

A trap comprising an apparatus to trap a target creature and a test activation system configured to initiate a test activation of the trap, wherein the test activation system comprises an electric power supply and an electronic control system powered by the electric power supply, wherein the electronic control system is configured to activate the trap to test the operation of the trap, and wherein the electronic control system is configured to activate the trap automatically according to a timer, programmed instructions or upon receipt of instructions from a user interface.

An improved bug killing gun includes a compressed gas source fluidly connected to a chamber connected to a barrel. A compressed gas release mechanism is connected to the compressed gas source. A projectile storage magazine stores particulate projectiles and is located adjacent the chamber. A projectile loading mechanism moves the projectiles into the chamber from the magazine. A cocking mechanism is mechanically connected to the compressed gas source, the compressed gas release mechanism, and the projectile loading mechanism. When the gun is cocked, the projectile loading mechanism loads a quantity of the particulate projectiles into the chamber. When the compressed gas release mechanism is activated the projectiles are ejected from the chamber into the barrel and expelled from the gun. The gun optionally includes a laser sighting mechanism. The battery operated laser sighting mechanism may be removably attached to the barrel or permanently attached with an integral, trigger operated switch.

Pyrotechnic device (1) intended for the destruction of animals digging tunnels, such as moles by the firing of a pyrotechnic charge (2), comprising means (3) for detecting the animal and an electrical firing circuit (4) comprising a firing contactor (5) driven by the detection means (3). The pyrotechnic device (1) comprises:a first housing (6) intended to be installed on the ground (28), electrically connected to the pyrotechnic charge (2), and comprising the detection means (3),a second housing (7) intended to be installed on the ground at a distance from the first housing (6) to which it is linked via wired connection means (8), and comprising first means (9) for breaking the electrical firing circuit (4) making it possible to selectively break or establish the continuity of a first section (10) of the electrical firing circuit (4).

The invention relates to a sound and image information-based target detection and tracking system and method, belongs to the technical field of target detection, and aims at solving the detection andtracking problems of harmful flying creatures which are capable of emitting special audios. The system comprises an audio perception unit, a target detection unit and a comprehensive control unit, wherein the audio perception unit is used for omni-directionally acquiring an indoor audio signal; the target detection unit is used for adjusting the detection orientation and acquiring image information comprising a target; and the comprehensive control unit is used for capturing a target audio according to the indoor audio signal so as to carry out rough audio tracking on the target, controlling the detection orientation of the target detection unit to point to a target area, acquiring the image information comprising the target, capturing a target image according to the image information so as to carry out fine video tracking on the target, controlling the detection orientation of the target detection unit to align the target, and outputting a fine tracking result. According to the systemand method, the accurate detection and tracking for the harmful flying creatures which are capable of emitting special audios are realized via an active manner by combining the audio and image technologies, and then the harmful flying creatures are eliminated.