Disclosed is a method of providing a dart game image, performed by a dart game device. The method includes: receiving second play-related data from a plurality of other devices; determining, based at least in part on the second play-related data, a display attribute for a second object related to the plurality of other devices; and displaying the second object, based on the determined display attribute. A representative figure is FIG. 13.

An object toss game has a ball connected to an elastic cord. The ball has a surface with fasteners. Two board assemblies are positioned at a distance apart. Pads are arranged on a top panel of each board assembly. Players toss the ball toward a pad on the board to remove the pad from the top panel. The ball then bounces from the top panel to remove the pad from the top panel. The first player to remove the pads from a board positioned opposite to the player wins the game. Alternately, players take turns tossing darts at regions on the board assemblies that are assigned points.

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 method for calculating a position of a dart pin attached to a dart board divided into a plurality of segments in an apparatus for calculating a position of a dart pin is provided. The method includes obtaining a plurality of optical data from a plurality of optical devices corresponding to at least one of a plurality of holes formed in each segment and installed on the rear surface of the dart board; and calculating a position of a dart pin attached to the dart board using the plurality of optical data.

In order to achieve the object, disclosed is a dart game apparatus for recording a moving picture of a part during a dart game. The dart game apparatus includes: a camera unit for recording the dart game; a touch unit for sensing that a dart game player is ready for throwing a dart; and a controller for controlling the camera unit, wherein the controller allows the camera unit to start recording at the time when the touch unit senses that the dart game player is ready for throwing the dart. An object of the present invention is to store or transmit only small-capacity data by recording only a part of a dart game or selecting and storing or transmitting only a part of an image of an entire dart game to reduce a burden in storing and transmitting data and remarkably reduce a time for verifying the data.

Disclosed is a method for providing a dart game image, which is performed by a dart game device for participating in a play session assigning a play time constraint to two or more devices according to some embodiments of the present disclosure. The method for providing a dart game image may include determining a valid play time period of the play session based on the play time constraint assigned to the play session, wherein the valid play time period at least partially corresponds to a valid play time period of another device participating in the play session; and displaying information related to the valid play time period.

In order to achieve the object, disclosed is a dart game apparatus for recording a moving picture of a part during a dart game. The dart game apparatus includes: a camera unit for recording the dart game; a touch unit for sensing that a dart game player is ready for throwing a dart; and a controller for controlling the camera unit, wherein the controller allows the camera unit to start recording at the time when the touch unit senses that the dart game player is ready for throwing the dart. An object of the present invention is to store or transmit only small-capacity data by recording only a part of a dart game or selecting and storing or transmitting only a part of an image of an entire dart game to reduce a burden in storing and transmitting data and remarkably reduce a time for verifying the data.

An improved game of darts provides challenging new rules for making dart games more interesting, which provides a way of including the principles of the dice game, LCR, with popular dart games, like Cricket and 301. A special 6-sided dice is needed when playing these new versions of dart games.

Disclosed is a dart game apparatus according to an embodiment of the present invention in order to implement the aforementioned object. The dart game apparatus includes: a dart target having a plurality of score areas; a sensing module configured to sense an electrical signal changed as a dart pin hits the dart target; a controller configured to control an overall operation of the dart game apparatus; and a camera module configured to include a plurality of camera units, wherein the camera module includes a first camera unit configured to photograph a throw line which is a location where a player throws a dart and a whole body of the player, a second camera unit configured to photograph at least a part of a body for identifying the player, a third camera unit configured to photograph the entirety of the dart target, and a fourth camera unit configured to photograph at least a partial area in an area formed between the throw line and the dart game apparatus in order to photograph a blind zone which is not photographed by the first camera unit, the second camera unit, and the third camera unit.

The present invention features a dart board comprising a digital target display ring (DTDR) surrounding a target area. The DTDR is operatively connected to a controller with a microprocessor, wherein said microprocessor is configured to (a) receive an input signal from an input device when the input device is actuated, and (b) generate an output signal to the DTDR for the DTDR to display a unique graphic according to pre-programmed commands for the actuated input device.