A doll is provided having a hollow body with one or more pivotally mounted limbs arranged for movement from a normally retracted position at the side or in front of the body to an actuated position at a higher location or across the body by operating a manual actuator such as a depressible member which is accessible to the rear of the body. In another embodiment, a mechanism subassembly is constructed for selectively operating an arm and leg of a doll. The arm or leg of the doll is frictionally adjustable on its pivot mount permitting selective adjustment of the path through which movement is effected so as to permit the simulation of various human activities. In another embodiment, the limb is bendable on its mount so as to permit the simulation of still further human activities when the limb is actuated.
RELATED APPLICATIONS
This is a continuation of Ser. No. 376,466 filed July 5, 1973 now abandoned as a continuation-in-part of Ser. No. 297,451 filed Oct. 13, 1972 now U.S. Pat. No. 3,758,982.
A doll includes a pair of arms, a pair of legs and a head supported by a doll torso. One of the doll arms is secured to the torso at a shoulder joint which includes the outer end of an arm movement mechanism. The arm movement mechanism includes an arm shaft pivotally supported at the shoulder joint of the doll at one end and having a ball at the interior end thereof. The arm movement mechanism within the doll further includes a slidably supported traveler having a spring urging the traveler toward one end of its motion. The traveler includes a rearwardly extending lever passing through an aperture formed in the doll torso. The traveler defines a socket which receives the ball end of the arm shaft in a pivotal attachment. As the user moves the lever upon the doll torso, the arm shaft is pivoted causing a corresponding pivotal movement of the doll arm.
The action figure disclosed includes a mechanism for rotating an armor other appendage relative to its torso. The arm is activated by pivoting one leg toward another against the bias of a spring to pivot an internal lever that imparts linear movement in a follower. The follower includes a cam for engaging helical ribs on an arm shaft to translate linear motion of the follower to rotary motion in the arm shaft and arm. A ratchet on the follower prevents engagement with the lever while the spring returns the leg and internal lever back to their original positions to permit substantially continuous rotary movement of the follower.
A poseable figure has a spine system that is capable of a wide range of life-like movement and capable of being positioned and maintained in numerous life-like poses. The spine system includes of plurality of mating spine segments engaged, in a friction fit, with one another such that the mating spine segments swivel with respect to one another. A soft body portion, such as a foam, is disposed around the spine system to simulate the flesh of the figure and to allow the spine system to be moved into a wide range of positions. In one embodiment, first and second appendage connectors couple a first and second pair of appendages, such as arms and legs, to the spine system such that the appendages swivel with respect to the spine system and can be moved and held in numerous positions. A resilient member preferably extends through the mating spine segments and engages with the head of the figure to hold the head in swiveling engagement with a neck segment coupled to the spine system. In addition to human figures, the spine system can be used in animals and other living or non-living articulated figures.
A poseable figure has a spine system that is capable of a wide range of life-like movement and capable of being positioned and maintained in numerous life-like poses. The spine system includes a plurality of mating spine segments engaged, in a friction fit, with one another such that the mating spine segments swivel with respect to one another. A soft body portion, such as a foam, is disposed around the spine system to simulate the flesh of the figure and to allow the spine system to be moved into a wide range of positions. In-one embodiment, first and second appendage connectors couple a first and second pair of appendages, such as arms and legs, to the spine system such that the appendages swivel with respect to the spine system and can be moved and held in numerous positions. A resilient member preferably extends through the mating spine segments and engages with the head of the figure to hold the head in swiveling engagement with a neck segment coupled to the spine system. In addition to human figures, the spine system can be used in animals and other living or non-living articulated figures.
A fighting figure game may include a base, a first figure, and a second figure. The first figure may include a body selectively movable relative to the base and a head configured to move upwardly away from the body of the first figure in response to an impact to the first figure. The second figure may include a body selectively movable relative to the base and a head configured to pivot relative to the body of the second figure in response to an impact to the second figure.
