The present invention relates to an electronic dart machine for displaying a point of a corresponding part in an area hit by a dart, using an LED. The present invention provides an electronic dart machine including: a dart target part, which has the shape of a board having multiple divided target areas and includes a sensor means for detecting the location of a target area hit by a dart; an LED display part positioned at a location corresponding to each target area along the periphery of the dart target part; and a controller for controlling an output display of each LED module by preset control logic, recognizing the location of the target area hit by the dart, through the sensor means, and producing a dart hitting result by linking a content of the output display of the LED module with the location of the target area hit by the dart.

A Powder Dispersal Target Impact Indication System (PDS) includes a body configured to contain a powdered substance for dispersing into air external to the body on impact of a target by a firearm projectile. A mounting structure is used to mount the body to the target. A securing cap is configured to retain the powdered substance within the body. A dispersal aperture is configured to disperse the powdered substance.

A target shooting system is described. The system can include at least one target signal/sensor assembly, the target signal/sensor assembly including an active target signal, an active target signal actuator, at least one hit sensor, and a target signal/sensor transceiver. The system can also include a round counter configured to be attached to a weapon and to sense firing of a projectile from the weapon, the round counter including a projectile firing sensor, a round counter processor and a round counter transceiver. The system can further include a computing device configured to communicate with the at least one target signal/sensor assembly and the round counter.

A target shooting system is described. The system can include at least one target signal/sensor assembly, the target signal/sensor assembly including an active target signal, an active target signal actuator, at least one hit sensor, and a target signal/sensor transceiver. The system can also include a round counter configured to be attached to a weapon and to sense firing of a projectile from the weapon, the round counter including a projectile firing sensor, a round counter processor and a round counter transceiver. The system can further include a computing device configured to communicate with the at least one target signal/sensor assembly and the round counter.

An armor plate includes am armor shell and a plate body mounted to the armor shell. The plate body includes a display screen and a resistive screen configured to detect a position of a shot point. The display screen is disposed between the resistive screen and the armor shell and is configured to display the shot point corresponding to the position.

Various embodiments provide systems and methods for live action gaming.

Various embodiments provide systems and methods for live action gaming.

A computerized shooting target system comprising a pivotal target, electromagnet, sensors, optional portable power supply and transceiver. Sensors on the target register a hit and transmit data to a computer. The computer processes hit information and sends instructions back to the target.

A computerized shooting target system comprising a pivotal target, electromagnet, sensors, optional portable power supply and transceiver. Sensors on the target register a hit and transmit data to a computer. The computer processes hit information and sends instructions back to the target.

The present disclosure provides a novel bulletproof material, manufacture method thereof and a bulletproof backpack. The bulletproof material comprises a plurality of layers of bulletproof fiber cloths and shock-absorption layers, wherein each layer of bulletproof fiber cloth has a plurality of diamond-shaped reinforcing units, and an included angle is formed between two neighboring diamond-shaped reinforcing units of the adjacent bulletproof fiber cloths; a carbon nano layer is provided on the front side of each layer of bulletproof fiber cloth; the carbon nano layer comprises a plurality of diamond-shaped integrated carbon nano tube units; and the plurality of diamond-shaped integrated carbon nano tube units correspond to the plurality of diamond-shaped reinforcing units at positions.