Abstract: An alternative dart tip device comprising first and second impact plates, the impact plates being positioned parallel to each other and the second impact plate being attached to a dart; a connecting means for connecting the impact plates and allowing the impact plates to be moved between a contact position and a non-contact position; a cap attachable to a top surface of the bottom impact plate; and a shaft having a first end attached to a bottom surface of the first impact plate and a second end extending downwardly toward the cap; wherein when the dart is thrown and impacts an object, the shaft penetrates the cap which causes the cap to explode.

Abstract: The present invention is a totally new children‘s’ toy unlike any of its predecessors; and is based on a novel structural relationship and unique pairing of a replenishable power supply cache of direct electric current in the toy construct with an independent supporting assembly having a hand-operable mechanical dynamo and commutator structure. This relationship and pairing is able to provide newly generated electrical energy at will mechanically, by electrical induction; convert the newly generated electrical energy into direct current; and then transfer the newly generated direct current of the supporting assembly on-demand as replenishment energy to the power supply cache of the toy construct for storage. The replenishment direct current stored within the power supply cache is the immediate and sole reservoir of electric energy for powering and operating the functional component(s) of the toy.

Abstract: A control and motor arrangement in accordance with the present invention includes a motor configured to generate a locomotive force for propelling the model train. The control and motor arrangement further includes a command control interface configured to receive commands from a command control unit wherein the commands correspond to a desired speed. The control and motor arrangement still further includes a plurality of detectors configured to detect speed information of the motor, and a process control arrangement configured to receive the speed information from the sensors. The process control arrangement is further configured and arranged to generate a plurality of motor control signals based on the speed information for controlling the speed of said motor. The control and motor arrangement yet still further includes a motor control arrangement configured to cause power to be applied to the motor at different times in response to the motor control signals.

Abstract: A launching device is disclosed which launches snap caps against a hard surface, such as a wall or ceiling, with sufficient force so as to “pop” the caps like tiny firecrackers. In one embodiment, the launcher simultaneously launches confetti into the air so as to create an effect of both sight and sound.

Abstract: A projectile toy includes an outer projectile member made of foam. A cap mechanism is contained inside the projectile member. A foam shaft and fin structures may extend from an end portion of the foam projectile member.

Abstract: A mobile object with circuitry which transmits a signal upon impact of the object. The signal is received by a receiver which generates a sound in accordance with the signal. The occurrence of an impact can be detected by the contacting of conductive layers caused by the temporary deformation of the object or acoustically.

Abstract: A firing post is generally positioned at the center of the top end of the body of a toy projectile to receive a percussion cap cartridge. The toy projectile has a soft outer body made of light-weight, pliable, compressible material such as polystyrene. The firing post and cartridge are covered with a nose of compressible material which generally houses a hammer and firing pin in alignment with the firing post. A spring-loaded hammer and firing pin is cocked by sliding the hammer through a housing for the hammer until a notch in the stem of the hammer is engaged by the top of the hammer housing. The trigger is a lever which is movable against the inclined top end of the hammer stem. The hammer and trigger assembly may be rotated with respect to a firing chamber placed over a multiple-cartridge mount to successively fire caps on the mount. A spring-loaded index helps facilitate alignment of the trigger-hammer assembly and holes in the firing chamber.

Abstract: A toy ball, preferably a football, that emits light and bomb-emulating sounds when spiraled. It comprises a foam body defining a central bore with open ends, conical end caps associated with the ends, and an electronic circuit responsive to a centrifugal switch. The circuit and its battery are fitted within a tubular canister, preferably coaxially disposed in the bore. Rubber tethers suspend the canister between the end caps. A D-ring bracket flexibly connects one end of each tether to the canister. An S-hook connects the other tether end to an end cap. When the ball spirals during flight, a sound simulating a bomb dropped from an aircraft is emitted from piezoceramic transducers mounted on the lids of the canister. Sound horns extend from the transducers to the end caps to conduct the sound. Radially spaced apart light emitting diodes mounted in recesses in the outer surface of the ball are activated by the circuit.

Abstract: A method for applying a scent to a hunting or other desired location without approaching the area or contaminating it with human scent. The desired scent is placed in a carrying projectile means such as a pellet for a projectile delivery means such as a carbon dioxide operated gun and fired from a distance to the desired location.