Abstract: An apparatus that moves a jumping element. The apparatus includes a motorized hub that is attached to a housing. The hub can rotate a jumping element, such as a jump rope, about a horizontal axis and/or a vertical axis. The hub is connected to a motor. The jump rope is coupled to the hub by a crank arm. The crank arm automatically releases from the arm in response to a threshold force. The apparatus includes a deactivation element that deactivates the motor when the jumping element is released from the hub. The jump rope can be coupled to the hub by a strap that limits the movement of the rope when decoupled from the hub. Deactivating the motor terminates rotation of the hub to prevent further movement of the crank arm and rope.

Abstract: A concrete cutting chain saw has heretofore been considered a rugged performing tool demanding high horsepower and unavailable to the homeowner having only single phase electrical power for powering such a tool. This has been addressed and resolved by the reduction of chain speed to thereby increase torque for the lower horsepower capability. Chain width and thereby cutting width is also reduced, and cutting implements per cutter are reduced, all lowering power demands and resulting in a smooth concrete cutting chain saw for homeowner use. Also included is a conversion kit for converting available homeowner power tools, e.g. an angle grinder for use as a concrete cutting chain saw.

Abstract: A toy plane with an inflatable fuselage. The toy plane also has a pair of wings that are coupled to the inflatable fuselage. The toy plane can be powered by a pressurized fluid and/or a motor(s). The motor may be controlled by a wireless radio controlled transmitter. The inflatable fuselage can be 3 to 20 feet long to more accurately simulate the size of an actual airplane. Utilizing a fuselage that is inflatable allows for a large fuselage that can be deflated and stored in a marketable package.

Abstract: An apparatus that moves a jumping element. The apparatus includes a motorized hub that is attached to a housing. The hub can rotate a jumping element, such as a jump rope, about a horizontal axis and/or a vertical axis. The hub is connected to a motor. The jump rope is coupled to the hub by a crank arm. The crank arm automatically releases from the arm in response to a threshold force. The apparatus includes a deactivation element that deactivates the motor when the jumping element is released from the hub. The jump rope can be coupled to the hub by a strap that limits the movement of the rope when decoupled from the hub. Deactivating the motor terminates rotation of the hub to prevent further movement of the crank arm and rope.

Abstract: A toy rocket with an inflatable fuselage that may have a height between 3 to 20 feet. The inflatable fuselage if propelled from a stand by fluid pressure. The fluid pressure is preferably created through both hydraulic and pneumatic pressure to create a relatively high pressure level. The high fluid pressure can lift the relatively large fuselage a considerable distance into the air. Utilizing a fuselage that is inflatable allows for a large fuselage that can be deflated and stored in a marketable package. The liquid/air pressure creates a pressure source that is both safe and sufficient to propel the large fuselage into the air.

Abstract: An electronic paddle that requires a player to strike an object with the paddle in a certain sequence. The electronic paddle includes a paddle that contains a game circuit and a speaker. The game circuit is connected to a first pressure sensor located on a first side of the paddle, and a second pressure sensor located on a second side of the paddle. The pressure sensors provide feedback signals to the game circuit when the paddle strikes the object. The game circuit and speaker generate a first sound when the object strikes the first side of the paddle, and a second sound when the object strikes the second side of the paddle. To play a game the player strikes the object with the first and second sides of the paddle in a pattern that is compared by the game circuit with a predetermined sequence. The game circuit and speaker can emit one sound to indicate a successful matching of the sequence, or another sound to indicate that the player did not strike the object in the correct sequence.

Abstract: An electronic paddle that requires a player to strike an object with the paddle in a certain sequence. The electronic paddle includes a paddle that contains a game circuit and a speaker. The game circuit is connected to a first pressure sensor located on a first side of the paddle, and a second pressure sensor located on a second side of the paddle. The pressure sensors provide feedback signals to the game circuit when the paddle strikes the object. The game circuit and speaker generate a first sound when the object strikes the first side of the paddle, and a second sound when the object strikes the second side of the paddle. To play a game the player strikes the object with the first and second sides of the paddle in a pattern that is compared by the game circuit with a predetermined sequence. The game circuit and speaker can emit one sound to indicate a successful matching of the sequence, or another sound to indicate that the player did not strike the object in the correct sequence.

Abstract: A table top basketball game which has a plurality of player figures that can be manipulated by opposing players and which can project a ball into a hoop. The player figures are attached to rods that extend across a floor. The rods have handles which allow the players to spin and laterally move the figures. The rods and player figures are separated and arranged so that the ball can be "passed" from one player figure to another player figure, while the player figures of the opposing player are manipulated to "steal" the pass. The rods can also be rotated to spin the player figures and project the ball into a hoop. The floor has a plurality of recess areas that cause the ball to roll to the player figures and increase the action of the game. The game may have a pair of "center" player figures that are moved in a vertical direction to impede the projection of the ball into the hoop.

Abstract: An action game whereby the players throw a ball at a plurality of disks so that one of the disks becomes attached to the ball. The ball and disks are covered with hook and loop material, wherein the disks will become attached to the ball when the ball comes into contact with a disk. A variety of games can be played with the game set of the present invention. For example, the disks can all be placed in an area of a playing surface. Each player throws the ball at the disks, trying to get a disk to stick to the ball. The ball is bounced off of the playing surface and caught by the opposing player. If a disk sticks to the ball, the opposing player must keep the disk. When all of the disks have been removed from the playing surface, the player with the least amount of disks wins the game.

Abstract: A ground level water toy that can be connected to a garden hose and releases water when a player pushes down one preselected control member from a number of control members extending from the toy. The toy has a housing with an inlet that can be coupled to the garden hose, an outlet that can splash the players with water, and an inner fluid passage that provides fluid communication between the inlet and the outlet. The flow of water is controlled by a valve within the housing. The toy has a trigger which is coupled to the valve by a shaft assembly. The trigger normally maintains the shaft assembly in a down position, so that the valve is closed. When the trigger is activated, the shaft moves to an up position, which opens the valve and allows water to flow from the housing outlet.The toy has a plurality of control members that extend from the housing and are adapted to be moved between a first position and a second position.