25results about "Target ranges" patented technology

A system and method for recovery of undamaged frangible aerial targets at shooting ranges includes a net positioned horizontally above ground level to cover a target fall zone. The net has mesh openings sized to retain undamaged frangible aerial targets while allowing damaged targets to pass through. The net forms a closed loop around parallel elongated front and rear rollers supported above ground by a plurality of fixed caster assemblies. A motor operatively coupled to at least one roller drives the net in a conveyor-like motion. Undamaged targets landing on the net are transported by the net to a collection area positioned adjacent to the front roller. The system may include friction strips on the rollers to enhance traction and a protective barrier shielding the collection area from stray shotgun pellets, thereby enabling recovery and reuse of targets that would otherwise break upon ground impact.

The invention is a training system (1) for using a firearm comprising : - a training region (2) which comprises fixed or movable targets (20); -a firearm ( 3 ); - user detection means (4) suitable for detecting user physical status data; - firearm detection means (5) suitable for detecting firearm status data; - target detection means (6) suitable for detecting target data; - a data management and analysis unit (9) operatively connected to the user detection means (4), to the firearm detection means (5) and to the target detection means (6), suitable for receiving the user physical status data, the firearm status data and the target data. The data management and analysis unit (9) is configured to create a virtual training model, as a function of set / stored user features, e. g. coming from theoretical models resulting from scientific studies, as a function of set / stored environmental features, as a function of set / stored training session features, and as a function of the expected results, to compare the user physical status data, the firearm status data and the target data with the virtual training model.

A system is configured for interactive, video-based, live-fire and / or dry-fire firearms training by projecting a target image onto a target screen, capturing video images of the target screen, synchronizing locations on the target screen with the target projected onto the target screen, detecting impacts on the target screen and correlating the location of the impacts on the target screen with locations in the projected target. The system may update the target images over time, in response to detected hits, or in response to a timer. A video image may be used as a target image to simulate moving targets or other advanced scenarios to allow a shooter to practice shooting at moving targets even while using a live-fire firearm.

The utility model discloses a multifunctional intelligent target shooting and scoring system which comprises a gun cabinet, a target cabinet, a shooting workbench, a target surface workbench and a target surface display workbench, the gun cabinet and the target cabinet are arranged on one side side by side and are both provided with an operation computer, and a plurality of electronic simulation guns and shooting guns are arranged in the gun cabinet. A plurality of target surfaces with induction coils in different postures are placed in the target cabinet, the shooting workbench and the target surface workbench are arranged on the inner side of the gun cabinet face to face, multi-joint manipulators are arranged on the shooting workbench and the target surface workbench, and a target surface display screen is arranged on the target surface display workbench and is in signal communication with the target surfaces with the induction coils; shooting actions and target surfaces of different postures are provided through driving of the multi-joint mechanical arm, target surface information is displayed in real time, firearms and target surface information can be automatically and rapidly replaced and set, operation is convenient, simple and intelligent, shooting can be simulated, real-person real-gun shooting can be achieved, the functions are diversified, the shooting effect is good, and the training and using requirements are effectively met.

In order to deal with suspicious aircraft, which are unmanned aircraft that are not authorized to fly in a surveillance airspace, while preventing adverse effects on authorized aircraft, which are unmanned aircraft that are authorized to fly in the surveillance airspace, this device for dealing with suspicious aircraft includes a detection unit and an instruction unit. The detection unit detects the intrusion of a suspicious aircraft into the surveillance airspace. When the intrusion of a suspicious aircraft into the surveillance airspace is detected, the instruction unit outputs an evacuation command to evacuate the authorized aircraft from an area where the suspicious aircraft is dealt with, containing the suspicious aircraft. The instruction unit also outputs a command to deal with the suspicious aircraft in the surveillance airspace after the authorized aircraft has evacuated from the area where the suspicious aircraft is dealt with.

The present application relates to the technical field of automatic control and sensing data processing, in particular to a wisdom target range cooperative control system based on multi-modal perception, the system comprises a cooperative control module, which generates cluster cooperative instructions based on tactical logic and issues them to target nodes; a multi-modal perception execution module, which drives target actions in response to the instructions, and generates accurate impact point coordinates by multi-modal fusion calculation of acoustic shock time difference signals, taking the on-off signal of the target surface medium as the trigger reference; and a state feedback module, which receives hit data and renders local or global battle damage views of the target site; the present application solves the problems of poor anti-interference and inability of dynamic cooperation of single target reporting by multi-modal feature fusion calculation and wireless ad hoc network node scheduling, and has the beneficial effects of high target reporting accuracy, strong anti-interference and support for large-scale high-fidelity tactical exercises.

A training system includes shoot house walls (10) connected to each other, each of the walls (10) being constructed of a ballistic penetration-resistant material. The wall (10) includes front and back surfaces (12, 14) extending from first and second edge connective structures (16, 18). The first and second edge connective structures (16, 18) include an upright projection (20) received in a crevice (22) that allows for relative vertical motion between adjoining walls (10).

A target shooting method which includes composing a first shooting team and assigning a first set of shooters to the first shooting team, composing a second shooting team and assigning a second set of shooters to the second shooting team, allocating weapons to the first and second set of shooters, defining and conducting a shooting challenge, deciding a winning team for the shooting challenge, issuing a reward to for the winning team for example an immunity reward, and recording and broadcasting of the target shooting method.

This utility model provides a target embankment structure for civilian shooting ranges. Installed behind the shooting target, it provides a mounting foundation for the wall via a base, enhancing the overall stability of the wall and the site adaptability of the device, reducing the footprint, and providing good protection through the combined action of the upper and lower projectile receiving parts. The drainage channel prevents the upper and lower projectile receiving parts from being soaked by water after rain, thus affecting their performance. Furthermore, the detachable connection of both the upper and lower projectile receiving parts to the wall makes the device easy to maintain and durable, thus promoting the construction and development of civilian shooting ranges.

The invention relates to the technical field of weapon equipment management, and particularly provides a safety management method and system for guns used in a training range, and the method comprises the steps: S1, arranging at the top and the periphery of the training range, and collecting a monitoring video stream containing the guns and personnel in real time; s2, training a target detection model and a posture analysis algorithm for performing real-time processing on monitoring video streams of guns and personnel; s3, a gun safe use rule base is preset and comprises a muzzle allowed pointing area, a gun holding posture standard and a human-gun interaction safe distance; and S4, linkage control is carried out through an audible and visual alarm and a network notification interface. According to the invention, through real-time monitoring and intelligent analysis, automatic supervision of use safety of the guns in the training field is realized, and the safety management efficiency is effectively improved.

An open field game arrangement comprising a playing field including one or more unmanned vehicles that serve as ground or air targets, one or more display projectors that generate holographic targets, and a control system that determines whether a particular target was struck and generates one or more responses, such as a sound effect, a smoke effect, a scoring event, or other preprogrammed responses to a particular event.

A system and method for recovery of undamaged frangible aerial targets at shooting ranges includes a net positioned horizontally above ground level to cover a target fall zone. The net has mesh openings sized to retain undamaged frangible aerial targets while allowing damaged targets to pass through. The net forms a closed loop around parallel elongated front and rear rollers supported above ground by a plurality of fixed caster assemblies. A motor operatively coupled to at least one roller drives the net in a conveyor-like motion. Undamaged targets landing on the net are transported by the net to a collection area positioned adjacent to the front roller. The system may include friction strips on the rollers to enhance traction and a protective barrier shielding the collection area from stray shotgun pellets, thereby enabling recovery and reuse of targets that would otherwise break upon ground impact.

An entertainment system including at least one support pole, at least one attachment cord, a motor, wherein the motor is associated with the support pole and the attachment cord and a target, wherein the target is connected to the attachment cord, and wherein the motor is operable to cause the target to move in at least one of a vertical direction, a horizontal direction and a circular direction relative to the at least one support pole via the attachment cord.

The invention discloses an automatic pairing debugging method and system for a photoelectric shooting gun and a target surface. The method comprises the steps of a, system initialization, b, signal excitation and acquisition, c, pairing state recognition, d, automatic adjustment and adaptation and e, dynamic monitoring and maintenance. The system comprises a photoelectric shooting gun (1), a target surface unit (2), a control unit (3), a photoelectric sensor module (4), a driving unit (5) and a display unit (6). The invention relates to the technical field of photoelectric shooting training equipment.

Arrangement of shooting ranges, characterized in that the individual shooting ranges consist of a variable substructure and a suitable, inert surface (1), wherein the substructure is erected in accordance with regulations at a specific height and horizontally, wherein the surface is detachably connected to the substructure, wherein various technical devices, such as transponders, can be integrated into the substructure, and wherein the individual shooting ranges are set up separately so that no vibrations are transmitted.

Systems and methods for providing a virtual window may include a projector, which projects an image upon a projection surface. The projection surface can be arranged at a distance of separation from a user. The system can further comprise a plurality of sensors forming a field of detection with respect to an area of space encompassing the distance of separation between the projection surface and the user. The plurality of sensors can capture position data for the user representing a current position of the user within the field of detection. The system can also include at least one processor rendering a computer simulated environment as the projected image, wherein the at least one processor processes the captured position data such for the user such that the computer simulated environment is generated in a perspective relative to the current position of the user within the field of detection.

The invention discloses a target spot positioning evaluation system based on intelligent light-sensitive tracking, and relates to the technical field of target range shooting, the system comprises five core modules: a system construction and hardware deployment module, a physical target plate with a miniature light-sensitive positioning beacon, a binocular vision camera, a high-speed light-sensitive camera and the like are deployed in a target range, and the target spot positioning evaluation system is used for evaluating target spot positioning. An industrial-grade server is matched to form a complete hardware architecture; space synchronization of virtual and real target spots less than or equal to 1mm is realized; the shooting data acquisition and index calculation module is used for acquiring shooting data and calculating and standardizing technical indexes and tactical indexes; the evaluation report generation module is used for judging'no short board ''technology / tactical / comprehensive short board' 'according to an index threshold value, and matching a targeted training scheme; and the virtual and real target point optimization module is used for adjusting the virtual target point track according to the type of the short plate, so that personalized training adaptation is realized, and the shooting training precision and efficiency are improved.

The application provides a high-speed target machine multi-piece full-moving tail fin relative position inspection method and tool, and the method comprises the following steps: S1: assembling an upper scale plate and an upper follow-up plate to form an upper test assembly, and assembling a lower scale plate and a lower follow-up plate to form a lower test assembly; S2: attaching the upper test assembly and the lower test assembly to the outer side of the skin of the machine body structure, and aligning with the reference line; S3: assembling the base of each piece of full-moving tail fin to the machine body structure; S4: determining whether the control surface of the multi-piece full-moving tail fin is in the correct position; S5: adjusting the position of the base corresponding to the control surface, or rotating the control surface to the preset angle and recalibrating the zero position of the driving rudder; and S6: separating the upper test assembly and the lower test assembly from each other. Compared with the prior art, the high-speed target machine multi-piece full-moving tail fin relative position inspection method can realize the rapid inspection of the control surface position of the full-moving tail fin, the manufacturing of the inspection tool is convenient, the disassembly and assembly are easy, and the inspection structure is relatively accurate.

The application discloses a soil target structure suitable for rainy areas, which comprises a lower base layer arranged on the upside of the ground and an upper base layer arranged on the top of the lower base layer, the lower base layer and the upper base layer are divided into multiple layers and are subjected to laying and compacting operations, and a wide geogrid is arranged between each layer; each layer of the lower base layer and the upper base layer is evenly divided into multiple layers, and a narrow geogrid is arranged between the multiple layers in the range of the slope; the slope ratio of the upper base layer is smaller than that of the lower base layer, so that a connecting platform is formed between the upper base layer and the lower base layer; the slope of the lower base layer and the upper base layer is fully paved with plant bags, and the plant bags are connected together through connecting buckles between the plant bags and at the connecting positions of the plant bags and the narrow geogrid; a drainage side ditch and a water interception ditch are arranged at the slope foot of the lower base layer and the upper base layer respectively. The application can not only satisfy the rainwater erosion prevention of the high slope of the target structure, improve the stability of the target structure, but also save the cost, and is economic and safe.

The present presentation relates to a projectile braking and recovery device, comprising: - a support from which several braking tubes or strips are suspended, the braking tubes or strips being suspended by one of their ends on the support; - a motor driving the support in rotation around an axis of rotation; the braking tubes or strips hanging from the support, by gravity so as to absorb the energy of a projectile impacting a braking tube or strip.

The invention relates to a laser ground target radiation dangerous area prediction method and device. The method comprises the following steps: determining spatial positions of a laser emission point and a target hitting point, and obtaining laser parameters, test area environmental parameters and target distribution parameters; according to the spatial positions, the laser parameters and the environmental parameters corresponding to the emission point and the target point, the laser target point power is obtained; acquiring the radius of a light beam radiation area according to the laser targeting point power; according to the distance between the laser targeting point and the target surface reflected light absorbing material, the radius of the targeting area is obtained; and according to the beam radiation area radius and the target area radius, acquiring the laser radiation area dangerous area radius. Through the spatial position, the laser parameter, the environment parameter and the target arrangement parameter, the radius of the dangerous area of the laser radiation area is accurately calculated, the area possibly threatening the safety is divided, reference is provided for safety protection in the test process, and the safety of the laser targeting test is guaranteed.