Cpg Products Corporation

Marvin Glass & Associates

Kenner Parker Toys Inc.

Stuart A Cook

John F Mayer

Phillip G Reed

Nick H Langdon

William N Smith

Harvey G Springer

John R Belcher

Michael C Scarpa

Harry Disko

Ralph J Kulesza

Robert K Allen

Mark D Boudreaux

Lewis Ray Dyson

Timothy A Effler

Earl M Wood, Jr

Barry Fichter

Philip M Baerenwald

Jean M Newton

Raymond J Drake

L Todd Nicholson

Dan B Young

David W Tucker

Various patterns of receptor holes formed in the torso, arms and legs of a plastic toy action figure permit various accessories, also of plastic, having compliant press-in pins to be selectively added to and removed from the toy figure. Additionally, a rotatable coupling mechanism extends through the torso, the coupling mechanism having a receptor hole at each end thereof, the holes in the coupling mechanism being in a predetermined relation with respect to prearranged patterns of receptor holes in the front and rear of the torso. In this way, accessories can be plugged into the ends of the coupling mechanism. The coupling mechanism is provided with two sets of facial teeth or serrations that are normally resiliently urged into engagement but which disengage if the coupling mechanism is subjected to an excessive amount of twisting force, thereby avoiding breakage. Associated with the coupling mechanism is a sound creating device that produces an audible clicking as the coupling mechanism is rotated in either direction.

Toy action figure with accessory-attaching capability

The toy action figure has a pair of arms mounted for movement in a wing-like manner and one leg mounted for rocking movement relative to the figure's other leg. An actuating mechanism contained within the hollow torso transmits the rocking leg movement to the arms so that the wind-like movement is achieved. The actuating mechanism includes an arcuate gear rack associated with each of the arms and said one leg, there being several idler gears so that two of the idler are engaged with the two arcuate racks for the arms and the remaining idler gear is engaged with the gear rack for the one leg. The idler gear for one of the arms is additionally engaged with the idler gear for the other arm and also with the idler gear for the one leg.

Figure wherein leg movement produces wing-like movement of arms

The toy action figures includes upper and lower hollow torso portions. An actuating mechanism is contained in the upper torso and acts through a helical gear mechanism to rotate the lower torso portion and the legs attached thereto about a longitudinal axis when one of the figure's arms is swung from a diverging relation toward one side of the figure. A spring is used to return the actuating mechanism and the limbs associated therewith back to their normal or unactuated positions. Another spring releases or disconnects the lower torso portion from the actuating mechanism should the child attempt to twist the two torso portions relative to each other by using too much force.

Action figure in which manipulation of one arm produces rotation of both

A toy action figure has its arms mounted for swinging movement about laterally spaced vertical axes, and has one leg mounted for rocking movement toward the figure's other leg. The mounting assembly for each arm includes an arm cup and an arm ball, the arm ball having a crank extending through a horizontal slot in its arm cup. An actuating mechanism interconnects the rockable leg with the two cranks, the actuating mechanism including a transmission link connected at its lower end to the rockable leg so that its upper end, which is forked, acts against an angled cam strip that is part of a lever unit provided with two upstanding pins which project into slots formed in the two cranks.

Action figure in which manipulation of one leg produces a horizontal

The action figure includes two pivotally mounted arms and one leg that can be rocked about a perpendicular axis. In one embodiment, the arms are mounted for pivotal movement about a common horizontal axis, whereas in a second embodiment the arms are mounted for pivotal movement about inclined axes. In either event, an actuating mechanism transmits motion from the leg that is rocked to either or both arms, doing so via either a single or double rotatable cam arrangement. The cam or cams have spiral ribs thereon by which a laterally moved follower converts its lateral movement into rotary movement for either or both arms. Where the arm axes are inclined, a cog arrangement is used which engages in a cruciformly-shaped recess on the arm mounting units so that rotation of the cam about a horizontal axis is transmitted to the arms along their inclined axes.

Action figure with arm movement derived from leg movement

The action figure includes two arms mounted to the figure's torso for rocking movement toward the torso about laterally spaced axes, the action figure also including two legs that are mounted for pivotal movement to the torso in a scissors-like fashion. Integral with the rockable mounting means for each arm is an inwardly extending shank, the shanks projecting into end portions of a coil spring. When either arm is moved laterally toward the side of the torso, the spring is flexed into a V-shaped configuration. A link extends downwardly from the center of the spring so that the flexing action imparted to the spring causes the link to move downwardly or upwardly. Each unit for pivotally mounting the legs includes a crank pin that is receivable in forwardly and rearwardly located slots at the lower end of the link. The arms can be independently swung from a position adjacent the sides of the figure to overhead or outstretched positions without affecting their ability to oscillate the legs in a scissors-like manner and thereby simulate running, swimming and kicking movements.

Action figure with leg movement derived from arm movement

The toy action figure includes a torso having a pair of pivotally mounted wings and a pair of legs, the legs being mounted to the torso for both pivotal and rocking movement. A pair of actuating mechanisms within the torso convert the rocking movement to a pivotal movement so that the wings are moved in a flapping manner. A spring returns the legs and wings to their normal or unactuated positions whenever the child stops pressing the legs together.

Action figure with wing movement derived from leg movement

An impact responsive toy vehicle in which two separable halves each carrying surface engaging wheels are connected together to provide a vehicle supported on the surface engaging wheels. A torsion spring biases the joinable ends of the two halves to separate and each flip over. The parts are retained together by a connecting latch that is disengageable by a slidable lever that moves in reponse to a force on an extending front bumper. One half carries a rotatable lock including a lug that cooperates with an abutment on the lever to lock the trigger lever against sliding movement in response to impact on the bumper. Fail-safe combination of the two parts rendering the impact responsive feature totally inoperative is accomplished by assembling the parts together with the arm of the torsion spring received in a recess on the underside of the chassis of the other half.

Impact responsive toy vehicle

The doll illustrating the toy figure includes an ingestion system having an inlet opening and an outlet opening. A resilient or flexible tube connects the inlet opening to the outlet opening. The resilient tube includes a straight longitudinal section within the doll's body. A carriage unit is constrained for rectilinear movement relative to the straight section, a roller movable with said carriage unit performing a persistalic pumping action as it is progressively moved downwardly along the straight section of the tube. A manually actuated lever connected to the carriage unit permits a child to move the carriage unit downwardly, the lever projecting through a slot in the back of the doll's body. Provision is made for only partially collapsing the tube as the carriage unit is returned to its initial position by means of a roll spring. The head of the doll is made of deformable resilient material, a cam link unit coupled to the carriage unit acting on a jaw lever unit to close the doll's normally open mouth as the child moves the actuating lever downwardly.

Toy figure with manually operable ingestion system

The toy vehicle launcher includes lower and upper casing units, the upper unit being slidable in a rectilinear direction relative to the lower unit. Rubber feet on the lower unit frictionally engage the playing surface onto which the toy vehicle is launched. The vehicle is acted upon by a ram having a gear rack in mesh with a relatively large circular gear. Two relatively small circular gears are in mesh with a gear rack on the lower casing unit. All three gears are mounted for rotation in unison on a shaft journaled in bearing plates integral with the upper unit. Manual actuation of the upper casing unit in one axial direction relative to the lower casing unit causes the ram to push the toy vehicle, thereby launching the vehicle.

Growing community of inventors

New Richmond, OH, United States of America

Stuart A Cook