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Publication numberUS1589020 A
Publication typeGrant
Publication dateJun 15, 1926
Filing dateApr 15, 1925
Priority dateApr 15, 1925
Publication numberUS 1589020 A, US 1589020A, US-A-1589020, US1589020 A, US1589020A
InventorsSiebenhaar Christian J
Original AssigneeVincent Barber
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Figure toy
US 1589020 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

`lune 15 1926. 1,589,020

c. J. SIEBENHAAR FIGURE TOY Filed April l5. 1925 s sheets-sheet 1 www June. 15, 192s.. 1,589,020

C. J. SEBNHAAR FIGURE TOY Filed April l5 1925 3 Sheets-Sheet 2 Z f6 .Z :gjm 75 FIGURE TOY Filed April 15, 1925 3 sheets-sheet s A if Patented June 15, 1926.




Application filed April' 15, 1925.

This invention relates to figured toys and has for its object the production of a toy which will simulate the efforts of a cat toV capture a mouse and which will operate automatically. The invention seeks to provide a toy of the type stated which will be compact and simple in the construction and arrangement of its parts whereby it may be produced at a low cost.V One embodiment of the invention is illustrated in the accompanying drawings and will be hereinafter fully described, the novel features being particularly pointed out in the appended claims.

In the drawings:

Figure 1 is a perspective view of my improved toy;

Fig. 2 is a longitudinal section of the same;

Fig. 3 is a bottom plan view thereof;

Fig. Il is a View similar to Fig. 2 but showing the parts in a different position;

Fig. 5 is an enlarged detail section on the line 5-5 of Fig. 2;

Fig. 6 is an enlarged detail section on the line 6 6 of Fig. 3;

Fig. 7 is a detail view on the line 7-7 of Fig. 3, and

Fig. 8 is a horizontal section on the line 3-8 of Fig. 2.

The toy constructed in accordance with my invention comprises a supporting frame 1 which may be an open skeleton frame if so desired but is illustrated as of a box-like structure. This main supporting frame is carried by wheels 2 which are mounted upon axles 3 extending transversely through the frame adjacent its ends and the wheels may be located outside the frame, as shown in the drawings or withinI the lines of the frame as may be preferred. structure, the frame includes a top plate 4l having longitudinal slots 5, 6 and 7 there through, and upon one end of the frame is erected a superstructure 8 resembling a house or cabin having door openings 9 in its inner wall. i

lVithin the frame or box-like body 1 is a central longitudinal partition 10 which terminates at its lower edge above the axles 3, as clearly shown in Figs. 2 and 4. Supported by this partition and one side wall is atrain of gearing 11 which includes a master gear 12 fitted upon a motor shaft 13 and adapted to be operatively connected with In the illustrated Serial No. 23,293.

the motor shaft through a pawl and ratchet mechanism, indicated at 14, and operating in a well-known manner. The motor illustrated is a spring 15 attached at one end to the motor shaft andV at its opposite end to the supporting structure whereby rotation of the shaft in one direction, through the manipulation of a key 16, will wind the spring, and release of the key will permit the spring to unwind, and, in unwinding, itwill, of course, rotate the shaft so that the motion will be imparted through the ratchet to the master gear. The employment ofthe spring motor is,vhowever, merely a matter of convenience and a small electric motor may be employe-d where the facilities for operating the same exist.

The wheels 2 are preferably loose upon their respective axles so that they will rotate independently of the axles and the rear axle is angular' in cross section, as 4shown clearly in Figs. 2 and 4i, whereby it may be utilized to aetuate cams 17 which are fitted thereon, a gear 18 being also secured upon said axle so that motion may be imparted thereto from the master gear, as will be readily understood. A lifter 19 has its lower' end disposed between the cams 17 and is provided in its lower extremity with a slot 20 extending in the direction of the length of the lifter yso that it may span the raxle 3 and ride past the same in the operation of the toy. The lower end of the slot 2O is closed by a cap 21 and a spring 22 is housed within the slot and bears against the said cap to hold the lift-er'normally in its lowered position, the .spring being retained in its proper place by a guide pin 23 which is hung upon the axle and extends through an open ing provided therefor in the cap 21 and also extends axially through the spring, as shown clearly in Fig. 5. The guide pin is provided at its upper end with an eye 2st loosely en-1 circling the axle 3 and an abutment or collar 25 is carried by the pin immediately below said eye to receive the upward thrust of the spring 22. The lifter is provided on its sides .with projections 26 which may conveniently be the ends of a pin inserted transversely through the lifter, as shown in Fig. 5, and the workingedges of the cams 17 ride against the said projections. It will be noted that the cams are provided in a pair with one memberA of the pair at each side of the lifter and they work in unison, of course,

so that the lifting force will be applied to `lthe lifter evenly and lateral rocking of the lifter will te thereby avoided. lt will be readily noted, upon reference to Figs. 2 and Je more pa; imilarly, that the cams are duplicates and each consists of a pair of fingers extending radially from the axle at diainetrically opposite points thereof so that during each complete rotation of the axle the lifter will be twice caused to rise. The upper end the lifter 19 extends through the longitudinal slot in the top plate i and engages within a longitudinal recess 27 in the under side of a body 28 which simulates a eat. rllhe cat body is connected with the frame or top plate l by links 29 which simulate the legs of the animal and are each pivoted at one end to the top plate or to a short platform 30 secured thereon and at their opposite ends to the body of the cat. A retracting and withdrawing pin or rod 31 is attached to the cat body 28 near the rear end thereof and extends through the slot 5 and a keeper plate 32 secured on the under side of the top plate 4, a spring 33 being coiled around thel said retracting pin between the said keeper plate 32 and a stop Si on the extremity of the pin. The spring 33 tends constantly to expand, as shown in Fig.

2, and thereby noi'inally holds the cat in a crouching position upon the top of the frame or inain body of t-he toy. One forepaw 35 of the cat is disposed horizontally and is not attached to the body but is supported thereon by a pin 36 on the body extending through a longitudinal slot 37 in the paw, the forward end of this paw being free while the rear end thereof is pivoted to the upper end of the lifter 19. Near the upper end of the lifter an ogee or cani slot 38 is formed therein and engages with a pin 39 secured in the Walls of the slot 5, as clearly shown in Figs. 2 and t. lt will now be understood that, when the motor is operating, the cams 1'? on the rear axle will be continuously rotated and will ride against the projections 26 so as to raise the lifter 19, the spring 22 returning the lifter to its lowered position as the said projections clear the ends of the cams. YVhen the lifter 19 rises, it will, of course, impart an upward movement to the cat body and this will be translated partly into a forward horizontal movement through the medium of the links 29. The ogee cam slot in the upper portion of the lifter by its engagement with the pin 39 will cause the upper end of the lifter to also move forwardly and thereby impart a forward movement to the forepaw which will be caused to simulate the action of a cat in striking at a mouse or other object The portion of the train of gearing 11 which extends forwardly from the master gear 12 terminates in a gear 4.0 which is secured on a shaft i-l mounted in the main framev a point above the front axle. Se-

cured the shaft l1 below the slot (S a diei-. n which will obviously be caused to rotate lith the shaft, and upon the pe inheiy ef this dish a body t3 simulating .a mous the direction of rotation of the dil 42 being such that the inouee body will at lar intervals rise through the slot G ininiediately in front of the cat body and then pass through the alined door oj'iening 9 to T5 disappear within the cabin 8. The inovement of the mouse body is continuons with the disk l2 and, after the mouse d' within the cabin 8, it turns dowiii follow the circular path described bymthe rotating disk 42 so that, when the disk makes a complete turn, the mouse body will again appear at the outer end of the slot land again disappear through the dooriv y t). The parts are eo timed that, as the mouse Si', rises to view in front of the uit, the cat will be actuated through the operation ot the lifter l) to move toward the mouse and reach after him with the movable forepaw 85.

The shaft il extends through t 'i f the iat or pendulum b. l that the excess of its the shaft. this wei. i upon its strip lwhereby the desireil greater portion of its wei on one side of this wei calin outline and normally lies s 'be .l horizontal with respect to the sh ing in opposite directions i Upon the upper edge of the ilum is provided a body el. a mouse and is disposed no below the slot Y. ln rear o with the shaft 41 a counters1 ed in the partition 10 and th. adjacent; of the main frame or body, and this sl is continuously rotated by an intermediate pinion i9 forming a part of the train of gearing. Secured upon the conntershatt 48 iii the vertical plane of the rib is a cam block 50 which is adapted to impinge against the under side of the adjacent end of the said rib i6 and thereby impart a rocking movenent to the pendulum and the mouse bot y l? thereon whereby the said mouse body will be caused to move through the slot i and represent the action of a mouse peeping through a hole and then immediately witlidrawing.

From the foregoing description, taken in connection with the accon'ipanying drawings, it will be seen that I have provided a very simple and inexpensive toy which will represent the natural movements of a mouse escaping from a cat and also the movements of a mouse making observations to determine whether he may safely enter upon a marauding expedition, as well as the movements of a cat springing after a mouse. The movements of the several bodies will very closely simulate the natural movements of the animals represented by them and will afford considerable amusement to young children. rlfhe device is set upon a floor or ther smooth surface after the motor spring has been wound and when released it may then move forward under its own power and the same power will be utilized to attuate the several animal bodies.

Having thus described the invention, I claim:

l. A toy comprising a supporting structure, a cat body mounted thereon, yieldable restraining means for normally holding the cat body in a Crouching position, means within the supporting structure acting in opposition to the yieldable restraining means for imparting an upward and forward springing motion to the cat body, a mouse body mounted in the supporting structure, and means within the supporting structure for imparting motion through a vertical orbital path to said mouse body whereby it will rise through the supporting structure and simulate a mouse running from a cat.

2. In a toy of the class described, the combination of a supporting structure, a cat body resting on the supporting structure, a

' restraining pin secured to the cat body and extending therefrom into the supporting structure, a stop on said restraining pin, a spring carried by said restraining pin and acting between the stop thereon and the supporting structure whereby to hold the cat body normally in a Crouching positiona lifter mounted within the supporting structure and engaging the under side of the cat body, and means for imparting vertical movement to the said lifter whereby to i1npart springing movement to the catbody.

In a toy of the class described, the combination of a supporting structure, a catbody arranged at the top of the supporting structure, swinging links connecting the cat body with the supporting structure, means for yieldably holding the cat body normally against the supporting structure, a lifter mounted within the supporting structure, and means within the supporting structure for imparting vertical movement to the lifter whereby to effect springing movement of the cat body.

e. In a toy of the class described, the combination of a supporting structure, a cat body disposed above the supporting structure, means for yieldably holding the cat body to the supporting structure in a Crouching position, a lifter mounted within the supporting structure and having its upper end bearing against the cat body, a forepaw pivotally attached to the upper end of said lifter and movably supported upon the cat body, and means for imparting a. vertical oscillatory movement to the lifter Whereby to effect springing movement of the cat body and reaching movement of the said forepaw.

5. In a toy of the class described, the combination of a supporting structure, a cat body mounted above the supporting structure, means for yieldably holding the cat body normally in a crouching position, a lifter mounted within the supporting strucsi ture and having its upper end in engagement with the cat body, projections on said lifter, cams mounted within the supporting structure and arranged to ride against and under said projections, yieldable means for holding the projections in the path of the cam, and means for rotating the cam whereby to impart vertical movement to the lifter and effect springing movement of the cat body.

In testimony whereof I affix my signature.


Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US4764146 *Apr 27, 1987Aug 16, 1988Buddy L CorporationToy puppy pickup truck having dog house
US5845913 *Mar 3, 1997Dec 8, 1998Santarsiero; PaulSkate with animated figures or features
U.S. Classification446/288, 446/464, 446/282
International ClassificationA63H13/02, A63H13/00
Cooperative ClassificationA63H13/02
European ClassificationA63H13/02