US2618486A - Electrical indicating pin ball device - Google Patents

Description

NOV. 18, 1952 I bu 2,618,486

ELECTRICAL INDICATING PIN BALL DEVICE Filed- July 28, 1951 2 SHEETS-SHEET l INVEN TOR.

.1529 iffy/0% Nov. 18, 1952 L. A. DURANT 2,618,486

ELECTRICAL INDICATING PIN BALL DEVICE Filed July 28, 1951 2 SHEETS-SHEET 2 o a O o o 0 & I0 0 o o o 0 ii; I 0 @EE m O o 0 s N m c: 0 0 o \N o Q Q o o 0 Q PO 3 F m :w

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Patented Nov. 18, 1952 UNITED d'iENT OFFICE Lyndon A. Durant, Chicago, 111., assignor to General Patent Corporation, Chicago, 111-, a corporation of Illinois Application July 28, 1951, Serial No. 239,053

2 Claims.

This invention relates to amusement game apparatus and more particularly to a game apparatus which embodies a plurality of electrical indicatcrspreferably in the form of incandescent lamps and arranged in a manner such that certain groups or sets of indicators must be energized in order to entitle the player to an award which, in the present instance, is the privilege of the player to replay the game without additional cost to him.

It is the object of this invention to provide a game apparatus of the character described and embodying the above characteristics, in a manner such that the maximum amusement will be afforded to the player while permitting the game apparatus to be manufactured at an economical cost.

Another object of the invention is to provide an amusement game apparatus having a plurality of units of indicators, with the indicators of each unit arranged in a group and corresponding in number with ball pockets of each having a ballactuated switch electrically connected with a scanning device, whereby when certain indicators which are adjacent to each other are energized by the closing of their respective ball switches, such switches will in turn effect energization of secondary relays, which, when energized, will close their respective switches and in turn effect ener ization of a master relay for purposes more fully herein set forth.

Another and equally important object of this invention is the provision in an amusement game apparatus of a plurality of indicators in an electric circuit including a scanning motor, controlling a game conditioning circuit and effective to energize the game conditioning circuit when certain of the indicators which are arranged in adjacent relation with respect to each other are ener ized.

Other objects will appear hereinafter.

The invention consists in the novel combination and arrangement of parts to be hereinafter described and claimed.

The invention will be best understood by reference to the accompanying drawings showing the preferred form of construction, and in which:

Fig. 1 is a perspective view of a game apparatus embodying my invention;

Fig. 2 is a top plan'view of the same;

Fig. 3 is a fragmentary sectional detail view taken, substantiallyon line. 3-3 of Fig, 2;

Flg. 4 is a symbolic. circuitem-bodied in the invention.

While my inventionmay beembodied in amusement game apparatuses of a form other than that shown in the drawings, it is to be understood that the form shown in the drawings is substantially for illustrative purposes.

In this connection, the amusement game apparatus includes a vertical cabinet l0 within which are arranged the instruments for effecting operation and score indicating of the game. This cabinet Ill has a front wall H, the greater area of which is opaque. The areas defined by the squares l2 are translucent and are each divided intosquares 53, with each square designated by a number M. To the rear of these squares are arranged indicators it. In the present instance these indicators l5 are in the form of incandescent lamps. Each square l2 comprises a unit consisting of a group of such indicators.

Extending from this cabinet I0 is a horizontal cabinet [5 including, beneath a transparent top H, a play orgame board 18 having a runway l9 through which balls are projected by a projector is of any conventional construction. The runway Is terminates into a bowl 2i having abottom wall 22 provided with a plurality ofopenings 23 arranged circumferentially with respect to each other. In each of theseopenings 23 is aswitch 26. comprising an actuatingpin 25 which closes the switch when a ball is positioned thereon. Theseopenings 23 correspond in number to the number of indicators in each of theunits 12, and the openings are indicated by numerals corresponding to the numerals indicating the indicators of each unit [2.

Asuitable coin chute 26 of any approved construotion is associated with the cabinet l6 and is adapted to deliver a coin for closing a coin switch 2'! of any approved construction and which coin switch is symbolically illustrated in Fig. 4.

In Fig. 4, I have illustrated a circuit embodying the invention. For the purpose of brevity and clarity I have illustrated the upper row of indicators [5 and the left-hand row of such indicators in the circuit, it being understood that the remaining rows of indicators are connected in circuit with a scanning motor to be hereinafter described and their respective ball switches, in the same manner as the upper row and the left-hand row ofindicators 15.

As before indicated, each indicator has a corresponding ball-actuatedswitch 26. Each of these switches has oneside 28 connected by aconductor wire 28 to thenegative side 29 of a power source-3t; The other side 3! of each switch is connected to'one side of-its respective indicator, the'other'side of such indicator-being connected by conductors 3! to thepositive side 32 of thepower source 30.

The sides 3| of each of the ball switches of the indicators A, B, C, D and E of the indicators l5 byconductors 34, 35, 36, 31 and 38 are connected respectively to contacts A, B, C, D and E of a scanning device symbolically indicated and generally indicated at 39 in Fig. 4 of the drawings.

These indicators A to E inclusive are arranged respectively to the rear of the squares designated bynumerals 1, 8, 22, "18 and 6. Theside 40 of each of the ball switches for the indicators F, G, H and I of the indicators I5 is connected by theconductor wire 28 to thenegative side 29 of the power source. Theother side 4! of each of these switches by theconductors 42, 43, 44 and 45 are connected to the contacts B to E, respectively, through theconductors 35 to 38, respectively.

A group ofsecondary relays 46, d1, d8, 49 and 50 are included in the circuit illustrated in Fig. 4. Each of these relays includes a coil 51 and a switch 52 actuated thereby. Each of the coils of therelays 56 to 50 byconductor wires 53 to 51 inclusive is connected to contacts 53' to 57' inelusive of the scanning device 39. The opposite sides of these relays byconductors 58 are connected to thepositive side 32 of thepower source 38.

The switches ofrelays 46, 41 and 58 are connected in series with one side of the switch 52 by aconductor 59 connected to thenegative side 29 of thepower source 30. The side 50 of the relay switch 52 of therelay 48 is connected to a master relay (H in turn connected by a conductor 82 to thepositive side 32 of the power source 3B.

One side of the relay switch 63 of therelay 49 is connected byconductors 6 and 59 to thenegative side 29 of the power source. By aconductor 65 the other side of thisrelay switch 53 is connected to the corresponding side of the switch of therelay 46. This side of the switch 63 is connected to one side 66 of therelay switch 61 of therelay 59. The other side of thisrelay switch 61 by aconductor 68 is connected to the side 69 of the switch of therelay 41. p

The scanning device 39 includes amotor 18 connected by conductors 'H to agame conditioning circuit 12 symbolically illustrated in Fig. 4. This scanning device 39 includes two groups J and K of contacts. The number of contacts in group J corresponds to the number of indicators of each unit l2, as do the contacts of group K.

The motor '10, which is continuously operated during the playing of the game, includes a scanning arm having a group ofwiper contacts 13 and a second group ofwiper contacts 14, with the contacts ofgroup 13 connected by conductors with the contacts of group Hi. These contacts are adapted to engage the stationary contacts comprising the group of contacts J and K.

Theswitch 76 of themaster relay 8| has one side connected by a conductor I? to the coil is of a solenoid, theplunger 19 of which operates a step-updog 80 of aratchet wheel 81. The opposite side of thiscoil 18 is connected by a con ductOr 82 to thenegative side 29 of thepower source 30. The other side of theswitch 15 by 4 with theshaft 84, the latter being connected by a conductor 88 to thenegative side 29 of the power source. The coin controlledswitch 27 has one side connected byconductor 89 to the conductor 88, while the other side of this switch is by a conductor 86 connected to theconductor 81.

The operation of the game apparatus is as follows:

Assuming that a ball is projected through the runway l9 and finds lodgment in the hole opposite thenumeral 1, such ball will close the ball-actuated switch within that hole and thereby erfect energization of the indicator A which bears the numeral 1 (Fig. 1). This ball-actuated switch will remain closed until the game is completely played. Assuming that the next two balls projected lodge in holes bearing thenumbers 7 and 13, the closing of their respective ball-actuated switches will energize the indicators F and G, respectively bearing thenumbers 7 and 13.

Themotor 10, which is continuously operating by reason of the game conditioning circuit, havll'lg been energized by thecoin switch 27, will move the scanning arm T8 into contact with contacts A, B, and C and thereby, through the conductor 75, connect these contacts with thecontacts 53, 5 and 55. When this takes place, therelays 4E, 41 and 43 will be energized to close their respective switches 52. Upon closing of these switches 52, themaster relay 6! will be energized and close its switch 78. The closing of thisswitch 76 will energize the coil E3 to effect advancing the ratchet wheel one step, moving thewiper arm 85 into contact with thefirst contact 85. When this takes place, thegame conditioning circuit 12 is automatically conditioned for replay without the necessity of closing the coin-actuatedswitch 27. The game may be replayed as long as thewiper finger 85 is in contact with one of thecontacts 85. Assuming that a ball instead of lodging in the opening bearing thenumeral 1, lodges in the opening bearing the numeral 5: In this case the ball will close the switch within the opening bearing the numeral 5 and energize the indicator light having a like numeral. Under this assumption, the balls now are lodged in the openings bearing the numerals '7 and 13 and 5. As these openings are not arranged adjacent to each other, the secondary relay switches will not complete a circuit to the master relay BI, and therefore theratchet wheel 8| will not be advanced one step.

In other words, in order for themaster relay 6| to be energized, it is necessary that three adj acent ball-actuatedswitches 24 be closed by balls entering the openings within which the switches are located. If this does not take place, the secondary relays will not effect energization of themaster relay 8 I. By this arrangement, an award of a free play of the game may be efiected by the closing of three adjacent openings in any one horizontal or vertical row of indicators.

Thus, the object in the playing of the game is to deposit the ball in openings bearing numerals which appear adjacent to each other in anyunit conductor 83 is connected to thepositive side 32 of the power source. Theshaft 84 of theratchet wheel 8| carries awiper arm 85 adapted to successively engage contacts'BG. These contacts 86 by aconducter 81 are connected in circuit with the game conditioning circuit E2.

Thewiper arm 85 has electrical connection of the squares 5? bearing those numerals. Unless this takes place, the game conditioning circuit will not be conditioned for the playing of a free game.

While I have shown in each row of indicators, five indicators, it is to be understood that there may be more than five in each row, and while'I have illustrated three units of indicators, it is to be understood that there may be any number of such units.

While I have illustrated and described the preferred form of construction for carrying my invention into eiiect, this is capable of variation and modification without departing from the spirit of the invention. I, therefore, do not wish to be limited to the precise details of construction set forth, but desire to avail myself of such variations and modifications as come within the scope of the appended claims.

Having thus described my invention, what I claim as new and desire to protect by Letters Patent is:

1. An amusement game apparatus in which there is a plurality of lamps, a power source, a circuit connecting the lamps in parallel with respect to each other and with the power source, a ball-actuated switch in said circuit for each of said lamps, a scanning motor, a scanning arm rotatable by the motor, a plurality of stationary contacts, a plurality of contacts on said arm and movable by said arm into contact with said stationary contacts, a circuit connection between the stationary contacts and one side of said ball switches, a master relay including a coil and a switch actuated by said coil, one side of said master relay coil connected with one side of the power source, a plurality of secondary relays, each having a coil and a switch actuated by said coil, the coils of said secondary relays connected to said secondary contacts and to said power source, certain of said secondary relay switches being connected in series to the other side of said master relay coil, the remaining secondary relay switches being connected in series with each other and each in series with certain of said first-mentioned certain secondary relay switches,

a game conditioning circuit in circuit with said 2. An amusement game apparatus in which there is a plurality of lamps, a power source, a circuit connecting the lamps in parallel with respect to each other and with the power source, a ball-actuated switch in said circuit for each of said lamps, a rotatable scanning arm, means for rotating said arm, a plurality of stationary contacts, a plurality of contacts on said arm and movable by said arm into contact with said first contacts, a circuit connection between the stationary contacts and one side of said ball switches, a master relay including a coil and a switch actuated by said coil, one side of said master relay coil connected with one side of the power source, a plurality of secondary relays, each having a coil and a switch actuated by said coil, the coils of said secondary relays connected to said secondary contacts and to said power source, certain of said secondary relay switches being connected in series to the other side of said master relay coil, the remaining secondary relay switches being connected in series with each other and each in series with certain of said first-mentioned certain secondary relay switches, a game conditioning circuit in circuit with said motor, and a circuit connection between the game conditioning circuit and the switch of said master relay.

LYNDON A. DURANT.

REFERENCES CITED The following references are of record in the file of this patent:

UNITED STATES PATENTS Number Name Date 1,906,260 Gibbs May 2, 1933 2,077,684 Gensburg Apr. 20, 1937 2,127,396 Faber Aug. 16, 1938 2,197,520 Ebert Apr. 16, 1940 2,491,888 Baker Dec. 20, 1949

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