A first game apparatus for inside or outdoor use comprising an elongated runway having a front end and a rear end with a ramp positioned at the front end, a target supported above the runway at the back of the ramp, said ramp having a curvature such that a projectile propelled along the runway from the rear end, passing under the target, and sliding up the ramp is given an upward trajectory curving towards a target of a second game apparatus. In one embodiment, the target is mounted on a U-shaped frame with ends forming a dogleg out of the plane of the frame for positioning the target at an incline or vertically. In most embodiments the target includes at least one aperture for receipt of a projectile such as bean bag.

A first game apparatus for inside or outdoor use comprising an elongated runway having a front end and a rear end with a ramp positioned at the front end, a target supported above the runway at the back of the ramp, said ramp having a curvature such that a projectile propelled along the runway from the rear end, passing under the target, and sliding up the ramp is given an upward trajectory curving towards a target of a second game apparatus. In one embodiment, the target is mounted on a U-shaped frame with ends forming a dogleg out of the plane of the frame for positioning the target at an incline or vertically. In most embodiments the target includes at least one aperture for receipt of a projectile such as bean bag.

An arrangement for aligning a pair of game boards as used in a tossing game such as cornhole, the arrangement including alignment fiducials located along a center line of each game board and an alignment system that uses a marking line that uses the fiducials to achieve alignment (and perhaps also proper spacing) between the pair of game boards. The marking line of the alignment system may be either a laser-based source or a non-elastic weighted string source.

An arrangement for aligning a pair of game boards as used in a tossing game such as cornhole, the arrangement including alignment fiducials located along a center line of each game board and an alignment system that uses a marking line that uses the fiducials to achieve alignment (and perhaps also proper spacing) between the pair of game boards. The marking line of the alignment system may be either a laser-based source or a non-elastic weighted string source.

The present invention relates to a device and a method associated with the device. With respect to the device, it is a set of game equipment, which is used to play an interactive athletic game. This device can be used to allow two teams of players to compete with the intent to score more points than the opposing team.

The core components of the invention are a ball and blocks, which, generally speaking, are configured as follows: cone-like blocks that can be assembled at the narrow ends and stacked into one column and a cushioned ball for throwing and striking.

With respect to the associated method, in order to carry out the method the following core steps are followed: begin the game by stacking all the blocks, then the offensive team will attempt to knock down the blocks and reassemble them.

Meanwhile, the opposing team attempts to eliminate the opposing team players by striking them with the ball. Ultimately, at the conclusion of these steps, if the offensive team is successful in stacking the blocks before the opposing team eliminates the members, they have scored a point.

The present invention relates to a new and inventive combination game combining aspects of ball and/or bowling games. The invention further relates to a game set comprising all elements necessary to perform the game and to a method of playing a combined game.

A game assembly is configured to be used in a target throwing game. The game assembly has a target further comprising a three-dimensional polygon having twenty-six sides. A game surface is attached to at least one side on the three-dimensional polygon. A mounting bracket is attached to the target and to vertical surface joined to a ground surface. At least one ball has an attachment surface configured to detachably join to the game surface. Throwing the at least one ball at the game surface can score points for a user of the game assembly.

A game assembly is configured to be used in a target throwing game. The game assembly has a target further comprising a three-dimensional polygon having twenty-six sides. A game surface is attached to at least one side on the three-dimensional polygon. A mounting bracket is attached to the target and to vertical surface joined to a ground surface. At least one ball has an attachment surface configured to detachably join to the game surface. Throwing the at least one ball at the game surface can score points for a user of the game assembly.

This present application pertains to a toss game consisting of at least two angled boards with a geometrically shaped cut out for the tossed item to fall through. It also consists of a mechanism that will move the geometrically shaped cut out, or opening, in an oscillating geometric motion, thus increasing the skill required to play said toss game.

This present application pertains to a toss game consisting of at least two angled boards with a geometrically shaped cut out for the tossed item to fall through. It also consists of a mechanism that will move the geometrically shaped cut out, or opening, in an oscillating geometric motion, thus increasing the skill required to play said toss game.