Abstract: A toy, as for instance a simulated toy computer, has a housing with a window formed in the housing. Behind the window is an indicia strip or carrier which has indicia located on its surface. Positioned in front of the indicia strip is a lenticular screen. The lenticular screen is connected to a mechanism which mechanically moves the lenticular screen with respect to the indicia. Movement of the lenticular screen in front of the indicia gives the appearance that the indicia, in fact, is moving. Actuator keys are provided on the housing for advancing the indicia strip and for activating the movement of the lenticular screen.

Abstract: An automated game panel providing manual and automatic movement of player dolls so as to simulate realistic player movement. An operational handle enables a game player to manually rotate the player dolls, and to initiate automatic forward and reverse motion of the player doll.

Abstract: A toy is constructed to include two unique linkages with the first linkage including a series of links located in a sequential array with each link pivotally connected to its next immediate adjacent neighbor and every other link operatively connected such that each link can pivot with respect to its neighbor and motion of a link pivotally connected to one side of a link is communicated to the link pivotally connected to the other side of that same link. This allows the linkage to propagate motion along the totality of the sequence in response to movement of any one link. The second linkage includes a first member which is pivotally connected to a rotating crank pin and connected at its upper end to a second lever which is pivotally connected to a body on which the crank pin rotates.

Abstract: A toy vehicle is provided, including: a body; a spring, power generating unit connected to the body; a plurality of driving wheels connected to the spring, power generating unit through a transmission; a pair of legs mechanically connected to the spring, power generating unit through the transmission; a crank mechanism connected to the legs; a speed control gear mechanism capable of being connected to or disconnected from the transmission by automatic switching motion of a planetary gear meshing with a first gear of the transmission; and a movable actuating member, one end of which contacts the ground when the driving wheels contact the ground, thus moving the other end of the actuating member which disengages the planetary gear from the speed control gear mechanism.

Abstract: A robot-like toy vehicle is provided, including: a self-propelled base having a power source; a housing for reciprocally rotating relative to the base; a pair of arms mounted on opposite sides of the housing for swinging movement; a support attached to the base within the housing; a head mounted on the support for inclining and returning movement; an elevation member mounted for upward and downward movement along the support to incline and return the head; a rotary lever for raising and lowering the elevation member; and a cam for rotating the rotary lever. During operation, the housing of the toy vehicle rotates while the left and right arms swing so as to represent playful walking. In addition, the cam moves to rotate the rotary lever so as to raise and lower the elevation member and incline and return the head so as to represent the robot-like toy vehicle hanging or nodding its head.

Abstract: A toy suitable for attaching to infant furniture has an elongated track having ends with connecting members positioned on the ends of the track for connecting to an appropriate portion of the infant furniture, such as the side rails of a crib. A housing is mounted along the track. The housing includes a motor and associated components which drive the housing along the track. A stop member is located on each of the ends of the track. The housing includes a sensing lever which is engaged against the stop members on the respective ends of the track, so as to switch the direction of travel of the housing along the track. The housing also includes a musical device and a gear train driven by the motor for producing a constant output to drive the musical device.

Abstract: A remote control toy includes a remote housing and a main housing. The remote housing has a transmitter and a signal generator associated with the transmitter. A plurality of function switches govern the signal generator. The transmitter outputs a signal which is encoded by the signal generator to reflect which switch or switches is activated on the remote housing. The main module includes a receiver to receive the signal from the transmitter. The receiver removes the encoded signal and outputs it to a decoder. Depending upon the signal received, the decoder outputs to one or more of its output ports which are connected to appropriate output devices located on the main module. One of these includes a tape drive which carries a tape therein, and which is capable of recording a sequence of control functions transmitted by the remote module to the main module.

Abstract: A toy vehicle and track utilizes a track which is formed of a plurality of sections which are connectable together. At least some of the track sections are round tubular elements. The vehicle has only two wheels. When positioned over the track, the vehicle is supported by the two wheels and, at most, a further contact point between the underside of the vehicle and the track.

Abstract: A toy has a housing with a surface therein. Located underneath the surface is a pivot member which carries a carriage member thereon. The pivot member rotates about an axis of rotation, and the carriage member slides on the pivot member so as to move radially inwardly and outwardly from the axis of rotation. The carriage member carries a first magnet. An object carrying a second magnet is located on the top of the surface. Movement of the first magnet underneath the surface is communicated to the object on top of the surface via magnetic coupling between the two magnets. The combination of the rotational movement of the pivot member and the linear radial movement of the carriage member, results in complex movement of the object on the surface of the housing.

Abstract: A toy construction set has a variety of component parts including bases, houses, and auxiliary members. Male and female connecting elements attached to the respective components allow for assembly of the components in a variety of configurations. To connect the components, one or more of a first male connector which is formed as a truncated cone and a first female connector which is formed as a corresponding truncated boss, are frictionally fit to one another. The first male and female connectors are appropriately formed on the bases, housings, and auxiliary members. Further, a second connecting system utilizing a second female connector formed as a cylindrical opening and an elongated cylindrical element can be utilized to connect other of these components together. Utilizing the components of the invention, a variety of spacial configurations can be made, such as forming vehicle like trucks, helicopters, and construction equipment such as backhoes, forklifts, bulldozers, and the like.

Abstract: A moveable toy which includes a motor for producing motion. Associated with the motor is a motor controller for accelerating and deaccelerating the motor. A rotary element is driven by the motor. Associated with the rotary element is a flywheel which is capable of being rotated by the rotary element, but is also capable of independent rotation. The flywheel is further associated with a switch which governs the output of the motor to several moving elements located on the toy. The flywheel interacts with the switch to shift the output to the individual moving elements each time the speed of the flywheel differs from that of the rotating element. The motor controller deaccelerates the motor which in turn deaccelerates the rotating element upon command of the operator of the toy.

Abstract: A construction toy has a first module which includes a bellows and a bulb with a tube connecting the two. The bellows includes a connector on each of its ends. Second modules each having connectors which mate with the connectors on the bellows, attached to the respective ends of the bellows. Third modules, each having an axle having wheels located thereon, are connected to the second modules utilizing mating connectors. The wheels on the third module include a ratchet mechanism allowing for rotation in only one direction. Upon each compression of the bulb, fluid pressure is transmitted to the bellows to elongate it, and in so doing, one of the third modules is moved away from the other; and upon release of the bulb, the bellows shortens bringing the other of the third modules back toward the first.

Abstract: An amusement toy includes a first member which is cylindrical in shape and is located within a housing. This first member is capable of rotating on the housing. A second elongated member is located within the center of the cylindrical shaped first member and moves up and down within the first member. A first gear located on the first member engages a connecting gear which in turn engages a gear located on the second member so as to transfer linear motion of the second member into rotational motion of the first member. Rotation of the first member transferred to at least one output member whereby the output member is rotated ultimately in response to linear motion of the second member.

Abstract: A remote control toy has a main housing and a remote housing. A radio receiver is located in the main housing for receiving transmitted radio signals. The main housing includes a plurality of elements moveably mounted thereon which are set in motion by a motor in response to receipt of transmitted radio signals by the radio receiver. The remote housing incorporates a radio transmitter. The transmitter includes an electrical circuit having an antenna, a piezoelectric element for generating a current and an electrical component which is capable of generating a radio frequency signal in response to current flow through the electrical circuit. The remote housing further includes a moving member which is moved by the operator of the toy. The moving member is associated with the piezoelectric element to impact a mechanical force on the piezoelectric element for generation of an electrical current in the electrical circuit.