Mechanism for moving an upper appendage of a toy figure

• US 3,955,311 A
• Filed: 09/23/1974
• Issued: 05/11/1976
• Est. Priority Date: 09/23/1974
• Status: Expired due to Term

• Current Assignee: Lesney Products & Co. Ltd.
• Original Assignee: Lesney Products & Co. Ltd.
• Inventors: Clark, William Frederick, Lyons, Paul Anthony
• Primary Examiner(s): Mancene, Louis G.
• Assistant Examiner(s): Cutting, Robert F.
• Application Number:
  US05/508,032
• Time in Patent Office: 596 Days
• Field of Search: 46/119, 46/120, 46/163, 46/173
• US Class Current: 446/335
• CPC Class Codes: A63H 3/20 with parts moved due to movements of other parts, e.g. limbs

Abstract

A push button in the upper side of the torso of a toy figure is hand operated. By pushing the button this motion is transmitted to a lever which is rotated upwardly. The upward motion of the lever is translated into a rotary motion of a ball joint which is connected to an upper arm of the toy figure. By movement of the push button the arm of the toy figure is thus moved from a preselected position into an upward position. A connection between the upper and lower arm portions permits the lower arm portion to continue movement after the upper arm portion has stopped thereby imparting a life-like movement to the figure.

Claims

1. In a doll figure having a body and limbs, a limb animating mechanism, comprising:

a. operating means pivotally mounted in said body for rotation about a first axis;

b. a shaft rotatably mounted in said body and connected at one end to one of said limbs for rotating said limb about a second axis substantially perpendicular to said first axis;

c. and connecting means comprising a member connected to said shaft and having an opening therein receiving said operating means whereby pivoting of said operating means causes concomitant rotation of said shaft;

said operating means comprising a plate pivotally connected to said body, and a lever having one end connected to said plate and the other end received in said member opening, and a pivot pin pivotally mounting said lever within said body at a point intermediate its ends for rotation about said first axis.

2. A limb animating mechanism as in claim 1, in which said lever is provided with an opening rotatably receiving said pivot pin therethrough, the distance between said end of said lever connected to said shaft, and said opening being substantially greater than the distance between said opening and said end connected to said plate, whereby the moment arm of said lever is greater at said end connected to said shaft.

3. A limb animating mechanism as in claim 1, at least a radially extending ear on said members, said opening comprising an elongated opening in said ear receiving said end of said lever therethrough, whereby said lever moves radially in said slot as said shaft is rotated.

4. A limb animating mechanism as in claim 1, in which said operating means further comprises biasing means for biasing said lever to a normal position wherein said plate assumes a position lying in the plane of the outer surface of said body.

5. A limb animating mechanism as in claim 1, wherein said connecting means and said shaft are provided with complementary formed positioning means for selectively rotating said shaft to a selected one of a plurality of different positions with respect to said connecting means.

6. A limb animating mechanism as in claim 1, in which said member comprises a hollow boss having teeth about the inner periphery thereof to provide an internal gear, said shaft comprising a compressible pin extending through said body and said boss, and spaced facets on said pin engagable with selected ones of said teeth to orient said pin in a selected position, said facets being compressed together as said pin is rotated relative to said boss to permit said relative rotation.

7. In a doll figure having a body and limbs, a limb animating mechanism, comprising:

a. operating means comprising a lever pivotally mounted in said body for rotation about a first axis;

b. a shaft rotatably mounted in said body and connected at one end to one of said limbs for rotating said limb about a second axis substantially perpendicular to said first axis;

c. and connecting means comprising a member connected to said shaft and having an opening therein receiving said lever whereby pivoting of said lever causes concomitant rotation of said shaft;

said body comprising at least two segments, a member having a cup-shaped upper portion and an inverted cup-shaped lower portion, and a socket in each of said segments engaging a respective one of said cup-shaped portions to provide a universal connection between said segments.

8. In a doll figure having a body and limbs, a limb animating mechanism, comprising:

a. a lever pivotally mounted in said body for rotation about a first axis;

b. a shaft rotatably mounted in said body and connected at one end to one of said limbs for rotating said limb about a second axis substantially perpendicular to said first axis;

c. and connecting means comprising a member connected to said shaft and having an opening therein receiving said lever whereby pivoting of said lever causes concomitant rotation of said shaft;

said one limb comprising at least an upper and a lower section, said shaft being connected to said upper section, and joining means for connecting said upper and lower sections whereby said lower section is free to rotate about said upper section.

9. In the doll figure of claim 8, in which said limb comprises an arm, and said joining means is positioned at the elbow area of said arm, and stop means on said arm to prevent rearward rotation of said lower section relative to said upper section.

10. In the doll figure of claim 9, said joining means comprising a T-shaped member affixed to one of said sections and having a cross-bar extending outwardly therefrom, and spaced supports in the other of said sections rotatably receiving said cross-bar therein.