10results about "Electromagnetic launchers" patented technology

This invention provides a UAV defense and interception system, including a launching unit and a capture unit. The capture unit includes a ferromagnetic projectile, and the launching unit includes a housing. Inside the housing is a cannon barrel and a circuit circuit composed of n acceleration coils, n touch switches, n energy storage capacitors, n timing controllers, n power distribution diodes, and multiple power continuation diodes. Each acceleration coil also has a front sensor and a rear sensor at its front and rear ends, respectively. Using the technical solution of this invention, the timing controller controls the activation or deactivation of the acceleration coils. When the ferromagnetic projectile is in the transition phase between two adjacent acceleration coil stages, the preceding acceleration coil is de-energized in time, avoiding the electromagnetic force generated by the preceding acceleration coil from causing a reverse pull effect on the ferromagnetic projectile and preventing deceleration. This allows the ferromagnetic projectile to continuously accelerate, resulting in advantages such as a large interception range, long interception distance, high interception accuracy, and easy deployment of the interception net in the air.

The application discloses a kind of intelligent handheld electromagnetic lifesaving throwers, belong to emergency lifesaving equipment technical field, the present application aims at solving the problems of existing handheld electromagnetic thrower circuit complexity, low energy efficiency, insufficient projection distance and inaccurate control. Multi-stage electromagnetic coil is driven by single switch tube energy recovery topology, integrated inclination sensor and display screen real-time display elevation, and the number of turns on of coil is controlled by gear selection to achieve fixed-distance projection. The application realizes circuit simplification, energy efficient recovery, projection distance exceeding 80 meters and accurate and intuitive operation, and is mainly used for long-distance lifesaving equipment delivery in water area, mountainous area and other scenes.

The application provides a conversion device for converting lightning electric energy into kinetic energy, and relates to the technical field of electric energy conversion devices.The device comprises an artificial lightning attraction system, which is used for inducing lightning in a thunderstorm environment and leading out the generated lightning current; a pulse energy storage and conversion system, which is connected with the artificial lightning attraction system, is used for receiving the lightning current led out by the artificial lightning attraction system and storing energy, and outputs the energy after pulse shaping and power amplification as pulse electric energy; and an electromagnetic track launching system, which is connected with the pulse energy storage and conversion system, is used for receiving the pulse electric energy for pulse discharge to generate an electromagnetic field to provide electromagnetic propulsion force, so as to launch a load.The application solves the problems that the existing technology causes the loss of artificial lightning attraction energy directly led into the ground, and the electromagnetic track launching device highly depends on a conventional power grid, thereby causing the great power supply pressure of the power grid.

The application discloses a flywheel vortex paddle laminated canister for an electromagnetic defense system and ammunition, and belongs to the technical field of short-range defense weapon systems. The canister comprises a core, a center rod and a shell, and the core is composed of multiple flywheel vortex paddle plates which are coaxially laminated on the center rod. The paddle plates form a parameterized sequence, in which at least one parameter of the blade installation angle and the mass eccentricity changes in a preset gradient in the sequence. After being launched, the core rotates under the driving of the airflow, and the paddle plates generate differential axial tension and precession drift due to the above-mentioned gradient difference, so that two-dimensional controllable diffusion is realized in the airspace in a programmed manner, and high-efficiency interception of the barrage is formed in a predetermined shape and density. The application combines the low-cost advantage of electromagnetic emission, avoids the bottleneck of serious ablation and expensive guidance, overcomes the defect of disordered dispersion of traditional canisters, and realizes "super-saturation counterattack" on high-performance-price-ratio targets such as unmanned aerial vehicle swarms.

A stacked projectile launcher system is disclosed. The system includes: a first projectile engaged with a second projectile to define a projectile column having a central axis, the second projectile located at a distal end of the projectile column. A propulsion mechanism is connected to the first projectile or the second projectile, or to both projectiles, for sequentially propelling each projectile from the projectile column. A guide assembly provides directional guidance to the second projectile during launch, and the guide assembly comprises a guide surface of the first projectile and a guide surface of the second projectile, wherein the guide surface of the first projectile and the guide surface of the second projectile slidably engage each other and are parallel to the central axis. A controller operatively is connected to the propulsion mechanism.

The electromagnetic launcher bullet supply mechanism comprises a base frame, a magazine and a bullet feeding mechanism, the base frame is of a hollow structure, the bottom of the base frame is open downwards, a notch is formed in the side wall of the rear end of the top of the base frame, a gun barrel hole is formed in the side wall of the front end of the top of the base frame, and guide rails are arranged on the two sides of an opening of the rear section of the top; the bullet feeding mechanism is arranged on the upper portion of the base frame and can move relative to the base frame and the magazine generating mechanism. The magazine is at least partially located in the base frame and comprises a magazine shell, a magazine base, a magazine support and a telescopic supporting piece. The magazine shell is of a hollow structure, the bottom is open downwards, the top is open upwards, notches are formed in the side walls of the two ends, and the opening edge of the front section with the top open upwards is provided with a blocking edge for preventing the rotor from disengaging. The magazine base is connected to the bottom of the magazine shell; the telescopic supporting piece is located on the lower portion of the sabot and used for driving the sabot and the rotor to ascend and descend. Smooth continuous ammunition feeding can be achieved, and the pre-firing position of the rotor at the starting end of the gun barrel can be flexibly adjusted according to needs.

The present application relates to a kind of electromagnetic emission systems, belong to fire-fighting technical field, solve the problem that it is difficult to realize long-distance fire extinguishing in prior art, the flight distance of fire extinguishing bomb is difficult to control when launching fire extinguishing bomb.The present application includes: launch turret, electromagnetic launcher, detection device;The launch turret includes: pitch transmission mechanism, azimuth transmission mechanism and cradle;The pitch transmission mechanism is used to adjust the pitch angle of cradle;The azimuth transmission mechanism is used to adjust the circumferential direction of cradle;The electromagnetic launcher and detection device are all installed on the cradle;The detection device is used to detect target position;The electromagnetic launcher includes: drive coil and launch armature;The drive coil can drive the launch armature displacement by electromagnetic induction;The launch armature and load are arranged side by side, for launching load.The present application realizes the adjustment of launch direction and distance, realizes long-distance launch.

The application relates to the security technology field and provides a kind of intelligent net catching equipment, system, control method and medium, wherein the equipment comprises: a quadruped robot provided with a moving mechanism; an electromagnetic net catching module arranged on the quadruped robot; a visual perception module arranged on the quadruped robot; a distance perception module arranged on the quadruped robot; an interaction module arranged on the quadruped robot, the interaction module is used for receiving and feeding back information; a control processing module arranged on the quadruped robot, the control processing module is connected with the moving mechanism, the electromagnetic net catching module, the visual perception module, the distance perception module and the interaction module respectively. Based on the moving ability of the quadruped robot, the visual perception and distance perception are integrated, the identification, tracking and aiming of the captured target can be realized, and then the captured target is captured by launching the capture net autonomously or semi-autonomously, the effect of intelligent net catching is achieved, the operator does not need to approach the captured target, and the safety of the capture is improved.

The application discloses a magnetic suspension magnetic resistance type coil gun, a magnetic suspension method of a projectile and a control system. The control system comprises a control circuit, a power circuit and a sensor. The control circuit controls the conduction of the coil through the power circuit based on the information collected by the sensor or the preconfigured conduction time, so that the total impulse of the centering force received by the projectile in a first area is greater than the total impulse of the side force received in a second area, and the total angular impulse of the stable torque received by the projectile in the first area is greater than the total angular impulse of the unstable torque received in the second area. The control system can be used in cooperation with other projectile launchers. The power circuit is connected to the last-stage coil. The application can suspend the projectile in the middle of the barrel, improves the shooting accuracy, reduces the requirements for the material strength and mechanical accuracy, and enables the projectile to maintain the stable posture for a period of time after being fired.

This invention relates to the field of electromagnetic gun technology and discloses a multifunctional electromagnetic gun for firing tranquilizer darts, comprising a gun mount, an electromagnetic coil, a tranquilizer dart, and a propulsion assembly. The electromagnetic coil includes a first coil and a second coil fixedly connected to the top of the gun mount and horizontally arranged. The tranquilizer dart is installed inside the first coil, and the propulsion assembly slides through the second coil. The tranquilizer dart includes a hollow shell, a needle, a check plug, and a piston. The needle is fixedly connected to one end of the hollow shell, and the check plug is fixedly connected to the end away from the needle. The piston slides inside the hollow shell, and the piston and needle are filled with anesthetic. In this invention, the first and second coils, coaxially arranged and with the same magnetic direction, form a dual electromagnetic drive structure. After being energized, they can simultaneously generate electromagnetic thrust on the tranquilizer dart and the propulsion assembly, significantly increasing the initial velocity and kinetic energy of the tranquilizer dart and effectively extending the effective range of the device.