A mobile entertainment trailer, including at least one video game system disposed within the mobile entertainment trailer, at least one light disposed within the mobile entertainment trailer, a jukebox to play music within the mobile entertainment trailer, and a control panel disposed within the mobile entertainment trailer to control operation of the at least one light and the jukebox.

The martial arts training apparatus of the present invention is an easy to use, safe, re-usable and cost effective martial arts target. It includes a first mat having an opening, a second mat having an opening, the second mat being hinged to the first mat for movement between an open position and a closed position, in the closed position, the openings in the first and second mats being aligned, and a target mounted between the first and second mats when in the closed position, blocking the openings in the first and second mats.

Provided is a dart game apparatus including: a body part in which a dart target is installed on a front surface; a support unit including a coupling unit coupled to an upper side of the body part and an extension unit formed to extend toward a front surface of the coupling unit; and a lid unit rotatably coupled to the support unit through at least one hinge.

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 gaming system comprised of an elongated projectile and a target for said projectile to be projected into. The system includes a projectile and a target. The projectile has a head, an elongated shaft coupled to the head, and a tail coupled to a rear end of the shaft. The tail has a mechanical adapter for coupling the projectile to a projecting device. The head has a shock absorber coupled to a penetration prevention device. The head prevents the projectile from penetrating into a target. The target has at least one aperture located on the external surface of the target and an immobilizer for immobilizing a projectile which has entered the aperture.

An outdoor dart tossing game includes a target board that is positionable on a support surface. The target board has a plurality of target spaces therein. A plurality of canisters is included and each of the canisters contains a pressurized fluid. Each of the canisters is inserted into a respective one of the target spaces and each of the canisters is comprised of a rigid material. A plurality of darts is included and each of the darts is assigned to a respective player. Each of the darts is thrown towards the target board in the attempt of striking one of the canisters with the dart. Additionally, each of the canisters is pierced by the dart when the dart strikes the canister thereby releasing the pressurized fluid from the canister. In this way each of the canisters communicates a visual alert to the players that one of the canisters has been struck.

Disclosed are a method and an apparatus for providing a live-fire simulation game. The present invention relates to a method for providing a shooting simulation by using live rounds and an apparatus for the same, wherein: a simulation image is output on each of image screens installed in a live-fire exercise room; and the impact point of a live round fired by a shooter according to the output simulation image is calculated by sensing the position of the live round and is compared with the position of a target included in the simulation image, so as to generate shooting result information.

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.

Methods and systems for aided target shooting are disclosed, including providing a lighted target aide having a target aide body having a light source; a power source at least partially disposed within the target aide body and switchably coupled to the light source; and an insertion member coupled to the target aide body, wherein the insertion member is configured to removably couple the lighted target aide to a target; placing the lighted target aide in an illuminated state; attaching the lighted target aide to the target by inserting the insertion member into the target or attaching the insertion member to the target; and using light emitted from the lighted target aide as a guide when shooting an arrow or ammunition to the target. Other embodiments are described and claimed.

A target apparatus including a post having a point on a first end, and an opposing second end; a plurality of support members, each having a first end connected to the second end of the post, and an opposing second end; and a central deflector having a point; and wherein each of the second ends of each of the plurality of support members is spaced apart from each of the other second ends of the plurality of support members; and wherein the central deflector is located within a perimeter defined by second ends of the plurality of support members. The target apparatus may further include a ring, which may be connected to the second ends of the plurality of support members.