20results about "Movable targets" patented technology

This invention relates to a multi-functional target machine, belonging to the technical field of light weapons shooting training equipment. It includes a target surface, a transmission assembly, a rotation assembly, a tilting assembly, and a lifting assembly. The target surface is transmittedly connected to the rotation assembly, tilting assembly, and lifting assembly. The transmission assembly includes three sets of worm gear units driven by the same power source. The worms of the three sets of worm gear units are located on the same straight line. The power source can move along the straight line, and each movement drives only one set of worm gear units. The three sets of worm gear units are transmittedly connected to the rotation assembly, tilting assembly, and lifting assembly, respectively, realizing the rotation, tilting, and lifting operations of the target surface. This invention can solve the technical problems of existing multi-functional target machines, such as numerous drive motors, large drive component sizes, complex control, heavy weight, and low shooting training efficiency.

To provide a technology that enables high-speed projection of target images.SOLUTION: As one of solutions, a target system comprises a target device having a screen, a first projector projecting a target on the screen and a control device controlling the first projector. The first projector comprises a light source of a single light, a condenser lens collecting an irradiated light of the light source, a projection lens and shadow picture forming means or a diffractive optical element provided in the projection lens that projects a target image onto the screen. The control device is configured to control ON / OFF of the light source.SELECTED DRAWING: Figure 4

The utility model discloses a kind of robot target machine of high-speed movement, it is related to robot target machine technical field, including robot platform and target body, the inside of the robot platform is provided with chamber, the downside of the robot platform is symmetrically provided with wheel, the inside of the chamber is provided with drive module, the side of the drive module is provided with power supply battery, positioning navigation module, environmental perception sensing module and robot control device, the drive module, positioning navigation module, environmental perception sensing module are electrically connected with robot control device, the top of the robot platform is provided with adjusting mechanism for adjusting target body position and direction. The utility model has multidimensional dynamic simulation ability, the robot target machine can be flexibly adjusted in horizontal, offset and vertical direction by the synergistic effect of adjusting mechanism, can simulate the complex motion trajectory of enemy target in actual combat, improve dynamic shooting ability.

A sport and game device for a throwing or shooting game includes a target disc with a circular target surface that is divided in the circumferential direction into a number n of circle sectors of the same size. At least part of the target disc is mounted in a rotational manner. An actuator is in operative connection with the target disc to generate a rotation of at least part of the target disc about an angle step α<360°. A control unit is in operative connection with the actuator for controlling the actuator. At least one sensor is in operative connection with the control unit and is designed to detect a hit on the target surface and to transmit a signal to the control unit.

This utility model discloses a floating target for target practice, comprising an inflatable float and a target. A triangular support is mounted on the top of the inflatable float, and a middle triangular support plate is installed between the triangular supports. A top triangular support plate is provided between the top ends of the triangular supports. An electric telescopic rod is fixedly mounted on the top triangular support plate. The target for target practice is installed at the output end of the electric telescopic rod. This utility model employs a shooting method where the target height can be adjusted vertically, allowing for adjustments to meet shooting requirements. Simultaneously, the electric telescopic rod can move the target up and down, increasing the training difficulty. At night, a lighting system can be turned on to illuminate the target, meeting nighttime training needs.

The application provides a target projectile and an aircraft. The target projectile comprises a head part in a conical shape, a projectile body comprising at least one engine body section, a first engine body section close to the head part being connected to the head part, a tail part arranged at an end of the engine body section away from the head part and comprising at least two tail wings distributed around an axis of the engine body section, and a rudder part arranged at an end of the first engine body section close to the head part and comprising at least two rudder wings distributed around an axis of the first engine body section, wherein in a first plane perpendicular to the axis of the engine body section, the orthographic projection of the at least two rudder wings is staggered with the orthographic projection of the at least two tail wings. The application realizes controllable supersonic flight of the target projectile in a large airspace and a wide speed range, with a flight height of 0.1-20 km and a flight speed of 0.3-2.4 Ma.

An electronic shooting target throwing system includes throwers configured to launch shooting targets into the air. The throwers are communicatively connected to one another to form a mesh network. A first subgroup of one or more of the throwers is located within a communication range of a remote control (RC) and a second subgroup of one or more of the throwers is outside of the communication range. In response to a first thrower of the first subgroup receiving a command message communicated from the RC that identifies at least a second throwers that is in the second subgroup as an intended recipient of the command message, the first thrower is configured to communicate the command message to at least the second thrower, effectively extending the communication range of the RC.

A clay target range monitoring system configured to monitor various aspects of one or more clays throwers and related devices and systems is disclosed. The clay target range monitoring system may be configured to monitor operation of one or more clay throwers, such as on a sporting clays course, five stand course, skeet field, trap field and the like. The clay target range monitoring system may be configured to deliver real-time, or near real-time, data to managers and related staff to address issues before they become problems negatively affecting the experience of the shooters, which may result in lost revenue. The clay target range monitoring system may be configured to predict events, such as but not limited to, when a clay thrower will run out of clay targets, when preventive maintenance is needed, when a battery requires maintenance, predictions based on user data and the like.

A shooting target launcher, associated components and methods. The launcher spins one or more helicopter-like shooting targets to launch the targets. A target connector receives the targets. The target connector is rotated about an axis of rotation to rotate the targets about the axis of rotation. The targets have fan blades that, when rotated, propel the target through the air.

This invention relates to the field of military training equipment technology, and in particular to a portable intelligent sensing and countermeasure automatic target reporting system. The system includes a target drone host, which houses a sensing device, a data processing computer, a tilting control structure, and communication equipment. It carries a sensing sensor for wireless signal interaction with the sensing device. The sensing device receives signals from the sensor, and when it determines that the shooter has reached a preset distance threshold, the data processing computer controls the tilting control structure to tilt the target. The data processing computer also has a preset logic program; if no hit signal is detected within a preset time window, the shooter is determined to have been killed. This invention effectively solves the technical problem that existing light weapons shooting target reporting systems only have static target reporting and simple target movement functions, lacking intelligent sensing and countermeasure capabilities, and thus unable to achieve realistic human-machine combat training.

The utility model discloses a target box with reset folding, comprising main frame, by a plurality of metal pipe detachable type sleeve joint is formed, and the frame structure of the outer contour is four square. The target box passes through the design of detachable metal pipe main frame and the vice frame of ribbon or rope or magic tape fixed, has improved portability and assembly efficiency obviously. Main frame is by a plurality of metal pipe detachable type sleeve joint is formed, and the frame structure of the outer contour is four square, and the weight is light and dismounts simple and easy, is suitable for field training or quick deployment scene. The vice frame is connected with the main frame diagonally through the ribbon or rope or magic tape, and the installation is flexible, and the space is small after dismounting. The cloth cover is wrapped frame and is fixed through the ribbon or rope or magic tape, and the compactness of overall structure is further enhanced, and transportation and storage are convenient.

The application discloses a mobile target for sea combat training, which comprises a bottom plate, a floating raft arranged at the bottom of the bottom plate, and a target body arranged on the top surface of the bottom plate, wherein the top of the target body is provided with a driving mechanism, and a detection unit is further arranged on the bottom plate and used for detecting a real-time wind direction; the target body comprises a frame and a target plate; the frame is a conical structure composed of a plurality of mounting rods, each mounting rod is located at a corner of the conical structure; the driving mechanism comprises a driving unit and a driving rod; the driving rod is rotationally arranged on the mounting rod; the target plate is fixedly arranged on the driving rod in one-to-one correspondence; and the driving unit drives the driving rod to rotate according to the real-time wind direction, so that the target plate is rotated to a direction parallel to the real-time wind direction. The target plate structure is rotatable; when there is a sea wind at sea, the target plate is timely rotated to an angle parallel to the real-time wind direction, so that the windward area is reduced as much as possible, and the influence of the sea wind on the stability of the target is reduced.

A portable, dynamic, and wireless reactive target system designed for firearms training. The system features electromechanical targets that dynamically present themselves and record performance metrics, enhancing shooter training through varied target presentations. The targets communicate wirelessly with a central controller application on a tablet, offering flexible deployment and rapid setup. Performance data is analyzed and displayed in customizable reports, enabling targeted skill improvement. The system includes features like LED illumination for specialized drills and competitive scenarios, ensuring a comprehensive and realistic training experience.

Disclosed is a method for extended reality (XR)-based ultra-realistic combat training using a real firearm with an XR controller. The method comprises: transmitting XR content from a service providing server to a splitter of an XR environment, and transmitting the XR content from the splitter to projectors of the XR environment so that a plurality of projectors project the XR content onto the XR environment; detecting, by sensors of the XR environment, positions of a plurality of XR controller and transmitting the detected positions to the service providing server; receiving, by the service providing server, interactions between the XR controller and the real firearm from the plurality of XR controller; correcting, by the service providing server, the XR content according to the interactions between the XR controller and the real firearm and the positions of the XR controller, and transmitting the corrected XR content to the splitter of the XR environment; and transmitting the corrected XR content from the splitter to the projectors and projecting the corrected XR content onto the XR environment by the plurality of projectors. The interactions between the XR controller and the real firearm include at least one recognized by the XR controller of whether a trigger of the real firearm with the XR controller attached is pulled, and whether a magazine is replaced.

This invention provides a fixing device for launching a target drone. The fixing device includes a tailstock assembly, a clamping assembly, an anti-rebound assembly, and a launch frame assembly. The tailstock assembly and launch frame assembly work together to support and fix the booster. The tailstock assembly utilizes a tailstock ring, a longitudinal fine-tuning part, a first lateral fine-tuning part, and a second lateral fine-tuning part to adjust the booster's attitude. After the booster's attitude is adjusted, the clamping assembly clamps the tailstock assembly, keeping the booster's attitude unchanged until the launch mission is completed. After the launch mission, the tailstock assembly and launch frame assembly work together to rotate and fall, preventing interference with the booster. Simultaneously, the anti-rebound assembly prevents the tailstock assembly from rebounding after the target drone is launched. This fixing device has advantages such as reliable performance and convenient operation, and can significantly shorten launch preparation time.

The utility model relates to the field of ejection target drones, and provides an ejection target drone which comprises a base and a target car, and an ejection seat on the base is slidably arranged on an ejection rail and is releasably locked at the starting end of the ejection rail through a lock catch assembly; the elastic energy storage assembly comprises a tension spring and a traction rope, the tension spring is arranged below the ejection rail, one end of the tension spring is fixedly connected with the base, one end of the traction rope is connected with the ejection seat, and the other end of the traction rope turns around the tail end of the ejection rail and then is connected to the movable end of the tension spring. And the target vehicle is ejected out along the axis direction of the ejection track by the released ejection seat. The target vehicle is driven by the ejection base to eject in the axis direction of the ejection rail, the ejection base can be pulled again to complete ejection preparation again without resetting the target vehicle, and the continuous operation efficiency is higher; the tension spring is arranged below the ejection rail, the movable end of the tension spring is connected with the ejection seat through the traction rope, the stored energy release process of the tension spring is physically isolated, and the safety of stored energy release is effectively enhanced.

The utility model belongs to target bullet design technical field, specifically provides a kind of device of enhancing target bullet radiation intensity, including pneumatic shell, flare tube and base;The base is installed in the open end of the pneumatic shell;The flare tube is fixed in the pneumatic shell;Multiple light transmission holes are opened in the pneumatic shell;First threading hole is opened in the connecting place of the pneumatic shell and the base.The device of enhancing target bullet radiation intensity provided by the utility model is simple in structure, and low in cost.The flare tube is installed inside the pneumatic shell, and the flare tube ignition wire is guided through threading hole, and the influence on the aerodynamic characteristics of target bullet is small.The pneumatic shell not only can reduce the effect of aerodynamic drag, but also can ensure that the flare tube can work normally under the supersonic flight of target bullet, and the energy of flare tube is diffused to the outside of target bullet through light transmission hole, and target is stably supplied.

The utility model discloses a kind of interference bomb's delivery structure, it is related to unmanned target drone equipment technical field, including shell bin cover plate, control circuit board and shell bin pipe body;The shell bin pipe body is used to accommodate interference bomb, shell bin pipe body is equipped with shell bin pipe body sunken, interference bomb is inserted into shell bin pipe body and is limited by shell bin pipe body sunken;The control circuit board is fixed by screw and shell bin cover plate connection, shell bin cover plate is connected with shell bin pipe body by screw, and the positive pole of circuit board and the negative pole of circuit board respectively with the positive pole of interference bomb and the negative pole of interference bomb of interference bomb alignment contact.The utility model can be used in weapon test, military training and the like scene, realize the accurate delivery of unmanned target drone to interference bomb, simulate the confrontation situation under real combat environment.

A dual-purpose multi-axis target shooting machine steering device includes an operation box, the first mode control unit, the second mode control unit and a target shooting mode switching unit. The first and second mode control units are located on two adjacent sides of the operation box respectively, the first mode control unit comprises the first power module, the first target stand and the first target board, and the second mode control unit comprises the second power module, the second target stand and the second target board. The first target board can fall sideway, fall sideway and then rotate, and rotate relative to the operation box, and the second target board can fall backward relative to the operation box. The target shooting mode switching unit can quickly switch between the first and second mode control units.

This application relates to the field of shooting target technology, and provides a swinging and windmilling target machine, including a target machine base, a target rod transmission assembly on the target machine base, a target rod swinging assembly and a target rod rotating assembly on the target rod transmission assembly, the target rod rotating assembly being disposed above the output end of the target rod transmission assembly, and driving the target on the target rod rotating assembly to rotate when the target rod transmission assembly rotates; the target rod swinging assembly is tractively connected to the output end of the target rod transmission assembly, and the target rod transmission assembly can drive the target on the target rod swinging assembly to swing back and forth. The swinging and windmilling target machine of this application has a target rod transmission assembly with a swinging mode and a windmill mode; in swinging mode, the target on the target rod swinging assembly swings back and forth, and in windmill mode, the target on the target rod rotating assembly rotates, allowing the same target machine to meet multiple training scenarios, and enabling free switching of training scenarios according to specific training requirements. The switching process is time-saving and labor-saving, and there is no need to frequently change target machines, resulting in lower costs.