The invention relates to high performance sport and can be used for carrying out training events and competitions. The technical result consists in the creation of a simple shooting range for developing and consolidating proper skills for combined running and shooting races using a laser pistol and laser targets. The present shooting range comprises a mobile modular disassemblable structure consisting of a firing line, a target line, and a system for video recording shots fired, wherein the firing line is configured from a set of individual modules joined to form a single linear structure and being a disassemblable modular structure consisting of a frame with a roof and protective side walls for each module, the side pieces of the frame being connected to one another by two cross-pieces arranged in two tiers.

The invention relates to high performance sport and can be used for carrying out training events and competitions. The technical result consists in the creation of a simple shooting range for developing and consolidating proper skills for combined running and shooting races using a laser pistol and laser targets. The present shooting range comprises a mobile modular disassemblable structure consisting of a firing line, a target line, and a system for video recording shots fired, wherein the firing line is configured from a set of individual modules joined to form a single linear structure and being a disassemblable modular structure consisting of a frame with a roof and protective side walls for each module, the side pieces of the frame being connected to one another by two cross-pieces arranged in two tiers.

A method for determining an impact location of an object on a vehicle including reading in a first sensor signal value of a first sensor of the vehicle at a predefined first point in time, a second sensor signal value of the first sensor at a predefined second point in time following the first point in time, and a sample value of a second sensor of the vehicle at a third point in time following the second point in time. Additionally, an interpolation point is calculated from the first sensor signal value and the second sensor signal value by using the sample value, at least one component of the interpolation point corresponding to the sample value. A time lag between an interpolation instant assigned to the interpolation point, and the third point in time takes place. Finally, the time lag is used for determining the impact location of the object.

A target system can detect the location of a projectile disposed within a target and subsequently alter an image being displayed on the target in response to the location of the detected projectile. The target system can include a sensor, an image source, a portable electronic device, and a computing device. The sensor can be positioned on the target to detect the location of the projectile on a face of the target. The image source can project an image onto the face of the target. The portable electronic device can receive input from a user to dictate the image(s) displayed on the target. The computing device can be communicatively coupled to the sensor, the image source, and the portable electronic device and cause the target system to detect the location of the projectile and subsequently alter the image displayed on the target in response to the location.

A bullet hit detecting target panel which is configured with at least one calibration trace having a resistance that is set, and/or adjusted, to meet the characteristics of the target panel, such as panel type, zone arrangement and resistance characteristics of the conductive layers. When the target is physically and electrically connected to a target controller, then a calibration procedure is entered by applying a conductor to one or more resistive calibration structures on the target panel. Electrical characteristics of the resistive calibration structures are measured, and used for setting a hit threshold for target zones on the target panel. After which the conductor may be removed and the target is ready to accurately register hits based on the established hit threshold.

The invention features methods and devices for controlling bleeding from blood vessels that may be damaged as a result of trauma or impact with an object, such as a bullet or shrapnel. The device may be wearable by a user and include one or more components, such as wound sealant and multiple inflatable balloons/bladders. The device may be integrated into a garment, e.g., a vest, jacket, trousers, or full body suit. Once triggered (automatically or manually), the device may be used to deliver wound sealant to a wound site and/or pressure to the wound site by selective inflation of one or more balloons over exsanguinating blood vessels that may be damaged, thereby stopping or minimizing the bleeding. Alternatively, or in addition, the device may be used to stabilize a wounded wearer for, e.g., transportation purposes, or to provide buoyancy. Devices of the invention may also be used as a blood pressure monitor, as a massaging device, and as a breast pump. Devices and methods of the invention may also be used for repairing or stabilizing machines, such as vehicles (e.g., automobiles and boats).

A system and method for detecting hits to a target carrier and taking corrective measures and/or for detecting hits to a target carried by the target carrier may include one or more sensors or cameras disposed in conjunction with the target carrier. The target carrier may be provided with a processor in communication with a sensor, and the processor may also be in communication with a motor and/or actuator of the target carrier. The sensor may be able to sense hits to the target carrier and send a strike signal to the processor in response to such hits. The processor may then take corrective action, such as causing the target carrier to return to a home position, cause the target actuator to turn or edge the target, and/or send a signal to the range operators that the target carrier has been hit. The target carrier may also be provided with a camera for visualizing a target carried by the target carrier.

A system and method for detecting hits to a target carrier and taking corrective measures and/or for detecting hits to a target carried by the target carrier may include one or more sensors or cameras disposed in conjunction with the target carrier. The target carrier may be provided with a processor in communication with a sensor, and the processor may also be in communication with a motor and/or actuator of the target carrier. The sensor may be able to sense hits to the target carrier and send a strike signal to the processor in response to such hits. The processor may then take corrective action, such as causing the target carrier to return to a home position, cause the target actuator to turn or edge the target, and/or send a signal to the range operators that the target carrier has been hit. The target carrier may also be provided with a camera for visualizing a target carried by the target carrier.

The present disclosure relates to a dart game device interworking with at least one external device. The dart game device includes a dart target having a plurality of point regions, a sensing unit configured to sense a hit to the dart target by a dart, a light source unit configured to output light in a light pattern, a sound source unit configured to output sound in a sound pattern, and a communication unit configured to communicate with the external device and control the external device to output light in the light pattern or to output sound in the sound pattern. The light and sound patterns depend on an occurrence of an event.

The present disclosure relates to a dart game device interworking with at least one external device. The dart game device includes a dart target having a plurality of point regions, a sensing unit configured to sense a hit to the dart target by a dart, a light source unit configured to output light in a light pattern, a sound source unit configured to output sound in a sound pattern, and a communication unit configured to communicate with the external device and control the external device to output light in the light pattern or to output sound in the sound pattern. The light and sound patterns depend on an occurrence of an event.