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Publication numberUS409806 A
Publication typeGrant
Publication dateAug 27, 1889
Filing dateDec 15, 1888
Publication numberUS 409806 A, US 409806A, US-A-409806, US409806 A, US409806A
InventorsHoward B. Schureman
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Motor for toys
US 409806 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

(No Model.)

H. B. SGHUREMAN.- MOTOR POR TOYS.

No. 408,808. Patentedmg. 27, 1888.

UNITED STATES PATENT OFFICE.

HOV ARD B. SCHUREMAN, 0F NElVARK, NEXV JERSEY.

MOTOR FOR TOYS.

SPECIFICATION forming part of Letters Patent No. 409,806, dated August 27, 1889.

Application filed December 15, 1888. Serial No. 293,674. (No model.)

To all whom it may concern.-

Be it known that l, HOWARD B. SCHUBE- MAN, a citizen of the United States, residing at Newark, Essex'eounty, New Jersey, have invented certain new and useful Improvements in Motors for Toys, fully described and represented in the following specitication and the accompanying drawings, forming a part of the same.

The object of this invention is to furnish a motor for use in operating a variety of toys; and the construction consists in a combina tion of pivoted troughs with certain guides or guide-troughs adapted to lead aseries of balls one by one into the upper ends of such troughs, the weight of the ball operating, in each movable trough, to reverse a lever upon the motor and thus adapting it to transmit a reciprocating or oscillating motion. Such motion may be used to actuate toys of various kinds; but as such oscillating or reciproeating toys are already well known,y and the means of connecting the same with the lever upon my motorI may be varied indenitely, l have not shown any of such toys in my present application.

In the annexed drawings, Figure l is a front elevation of the motor; Fig. 2, a vertil cal edge view of the same; Fig. 3, a plan of the motor. Fig. 4 is a rear elevation of the motor, with the rear sides of the hollow posts removed; and Fig'. 5 is a vertical section on line @c :r in Fig. +L. Fig. 6 is a section ofthe troughs e and c upon line y 1/ in Fig. l, showing the inclined passage from one trough to the other.

The device may be modified in its external appearance, but is shown in its simplest form herein, with base n, and two hollow posts a and l), connected near the top and bottom by two fixed troughs c and d, inclined in opposite directions. An inclined feeding-trough e is applied to the top of the posts, with its lower end adapted to discharge balls e upon the upper end of the trough c; but the upper end of such trough is formed with a hollow or bevel c', to retain each ball at such point until pushed forward into the descending portion of the trough.

fand g are two pivoted troughs arranged between the troughs c and d and adapted to conduct the balls from the lower end of the trough c to the upper end of the trough d.

The ends of the troughs are inclosed within the walls of the posts a and Z), which operate as guides to direct the balls in moving from one trough to another, and the lower end of each trough is shortened sufliciently to discharge the ball upon the upper end ot the trough beneath it. The trough f is pivoted at its lower end with its upper end movable to and from the lower end ot the trough c, and the trough g is pivoted in like manner with its lower end adjacent to the higher end of the trough (l, and its upper end movable to and from the lower end of the trough f. The oscillating lever h is pivoted at its middle, and connected at opposite sides of its fulcrum by links 'L' and with the troughs and g. The connecting-rods operate to move the .troughsf and g in opposite directions, and the weight of the trough f thus balances the weight of the trough g, so that the lever and troughs would be held in equilibrium in all positions unless they were overbalaneed by a weight 7tapplied to the lever 7L to hold the trough f normally in its highest position. Such normal position of the parts is shown in Fig. l, with a series of balls e in the trough e, and one ball rolling down the trough c to tall upon the upper en-d of the trough f. v

In Fig. et the opposite side of the apparaf tus is shown with the rear sides of thehollow posts, which serve as vertical guides in directing the balls from one trough to the other, removed to expose the ends of all the troughs. Stops l are provided in the posts to arrest the movable ends of the troughs f and ig at a suitable inclination, and in Fig. Ll the ball is shown traversed from the trough c to the upper end of the trough f, with such end of the trough depressed by the weight of the ball into contact with the stop l., thus reversing the positien of the lever 7L and lifting the movable end of the trough g upward into proximity with the pivoted end of the trough f. It is obvious that the delivery of the ball upon the upper end of the trough g would depress it and operate immediately to reverse the lever into the position shown in Fig. l. Then thus depressed, as shown in the trough f in Fig. 4 and the trough g in Fig. l, the movable troughs are prevented by the stops Z from falling too low to discharge the ball by gravity from their lower ends to the succeeding trough,

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and the ball is thus discharged 'into the upper end of the trough d, from whence it rolls to the lower end, and is thence delivered outside of the apparatus by a spout m upon the bed-plate n. The trough d is considerably inclined to give the ball a eert-ain meinentum, and the end of the trough is arranged to deliver the ball against the lower end of an arm o, pivoted at its middle upon the post b, and having its upper end extended adja- .cent to the top of the trough c, where the ball 1s retained prior to its descent by the incline c. The momentum of the ball thus operates to push the bottom of the arm outward and its top end inward, thus shoving the ball over the incline c into the descending portion of the trough c, which sets the ball into motion through the entire apparatus. The ball which strikes the lower end of the arm drops therefrom upon the bed n, and is guided outside of the same by the spout m, so that the operator may again place it in the feedingtrough e. The upper end of the arm o is formed, as shown in Fig. 3, with a sloping surface o', inclined toward the sloping passage e2, which delivers the balls from the trough Ie, and the downward movement of the balls in such passage, under the influence of gravity, after the ball lying upon the incline c has been displaced, operates against the sloping surface 0, as shown in Fig. 3, to push the upper end of the arm o outward, as shown in Figs. 3 and 4, and replaces a fresh ball upon the incline c', as shown in Figs. 3 and 4. Such movement of the upper end of the arm also resets the lower end of the lever in position to receive the impact of the ball from the trough d. In Figs. 3 and 4 the arm `o is shown reset in such position and receiving t-he impact of the ball which has traversed the troughs c, f, g, and d, and by its operation upon the lower end of the arm o would shift the ball e lying upon the incline c' into the upper end of the trough c.

In Fig. l the trough f is shown pressed upward by the normal action of the weight k upon the lever h; but in Fig. 4, in order to illustrate the opposite positions of the balls,the trough fis shown depressed, as it would be by the dropping of one of the balls upon its higher end. The normal action of the weight k would, as soon as the ball rolled from the trough f, shift the position of all the troughs to that shown in Fig. l. The lever h is shown provided with a crank-arm 7L', having a crank-pin h2 adapted to transmit the oscillating motion of thelever 7L to any other mechanism, and the motor is thus adapted to produce vibratory or reciprocating motion, so long as the balls are supplied to the trough e. The upper end of the arm o is beveled upon the side adjacent to the trough c, and the passage e2 from the trough e to the head of the trough o is sloped downward, as indicated in Fig. 6, sufficiently for the weight of the ball to operate effectively in pushing the arm outward, as shown in Fig. 3. As each ball is retained in the top of the trough c and not discharged therefrom until the preceding ball has reached the lowest point in the machine and operates the lever o, it is obvious that the machine will work automatically so long as the supply of balls remains in the feeding-trough c.

The essential part of the invention is t-he combination, with suitable guides, of the oppositely-pivoted movable troughs f and g, counterbalanced by their connection at opposite sides of their pivot with the oscillating lever 7L; and it is therefore obvious that the movable troughs may be duplicated two, three, or four times in the same apparatus, if desired, without departing from the principle of the invention. The oscillatinglever h may be arranged in any convenient position in relation to the movable troughs and connected therewith in any suitablel manner, to operate them in opposite directions, as desired, the

weight upon the lever also operating to automatically set the trough f in its working position before the first ball is fed to the apparatus.

Having thus set forth my invention, whatI claim herein is- 1. In a toy motor, the combination, with suitable guides for leading the balls thereto, of the troughs fand g, inclined in opposite directions and pivoted at opposite ends, as described ,the oscillating lever h, and the links t' and j, Connecting the troughs with the lever at opposite sides of its fulcrum, as and for the purpose set forth.

2. In a toy motor, the combination, with the iixed troughs c and d, ot' the movable troughs f and g, pivoted at opposite ends between the troughs c and d and inclined in opposite directions, guides to lead the ball from one trough to another, as set forth, the

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lever 7L, the links connecting the movable troughs with such lever at opposite sides of its fulcrum, and a weight upon the lever to normally raise the free end of the upper trough, substantially as herein shown and described.

3. In a toy motor, the combination, with the bed n and posts a and b, forming guides for the balls, as setforth, of the troughs c, d, and e, arranged as described, the latter having an inclined passage e2, connecting the troughs e and c, and said trough c having the incline c to retain the ball at the head thereof, the movable troughs f and g, pivoted as described, the lever h, linked to the troughs f and g, and the arm 0, arranged as set forth, and operated to push the balls successively into the trough c, as and for the purpose set forth.

In testimony whereof I have hereunto set my hand in the presence of two subscribing witnesses.

IAIOVARD B. SCHUREMAN.

IV itn esses:

L. LEE, H. J. MILLER.

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Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2420181 *Nov 6, 1944May 6, 1947Long Sidney LToy
US2522133 *May 18, 1944Sep 12, 1950Walter J SandersGravity type rolling ball game device
US4795394 *May 14, 1987Jan 3, 1989Thompson James WMarble toy
US5111963 *May 24, 1991May 12, 1992Frederick J. StingelContainer storage and dispensing apparatus
US5236104 *May 1, 1992Aug 17, 1993Frederick J. Stingel, Jr.Multiple pressure container storage and retrieval apparatus
US5285928 *May 12, 1992Feb 15, 1994Frederick J. Stingel, Jr.Fluid-operated container storage and dispensing system
US5779094 *Jan 22, 1996Jul 14, 1998Stingel, Jr.; Frederick J.Article reception system for storage and dispensing apparatus
US6557724Aug 30, 2000May 6, 2003Jervis B. Webb CompanyVertical conveyor
Classifications
Cooperative ClassificationF03G3/00, Y10S185/01