US1180504A - Vending-machine. - Google Patents

Description

S. J. KELLY, J. A. WEBSTER & H. V. LOUGH.

VENDING MACHINE. AFELICAUON F|LED1uLY24,1915.

Patented Apr. 25, 1916.

2 SHEETS-SHEET www@ "\`llllllllllllllllll lllll J. KELLY, l. A. WEBSTER & H. V. LOUGH.

` VENDING MACHINE.

APPLICATION FILED IuLY 24. I9I5.

l 9 @U Patented Apr. 25, 1916.

2 SHEETS-SHEET 2.

II' 1,' I

IMIIIIIIIIIIHIII!! E III All my coin will not be received 10 of the disk to prevent reverse rotation of the disk. Arm 17 is also fulcrumed on the frame 1, pin 21, being provided therefor, and it isspring pressed into engagement with the disk by spring 22. This arm is provided with suitable detents on each end, indicated at 24-25. Through suitable connections to be described the movement imparted to the actuating member, and the disk, is transmitted to the delivery mechanism.

As illustrated the frame 2 is suitably counter-sunk or recessed to leave a space between it and the inner surface of the casing sufficient for accommodating the coin of proper width. The insertion of a proper coin through the opening 28 of the casing into the slot 9 of the coin disk Will displace the stop pins 14 and 14'; the coin as it is being inserted pressing these pins back, by engaging their upper inclined surfaces, thereby releasing the stop shoulder 11 to permit rotation of the disk. If the coin is of insufficient thickness it will be unable to sufficiently depress these stop pins 14 and 14 to effect this release. 1f too thick the within the slot. 1f a washer of the proper size and thickness is inserted the second or right hand pin 14 of Fig. 3 will engage the washer within the perforation thereof as will be readily understood and thereby prevent further ro`,

tation. When so released by a coin of the proper thickness the disk may be rotated in the direction of the arrow and if the coin is of the proper diameter it will force the detent 20 outwardly and prevent it from engaging the stop shoulder 11 of the disk. If the coin is of lesser diameter the engagement of shoulder 11 with the detent 2O will prevent further movement of the disk and y reason of the inclined surfaces of the pins 14 and 14 the disk may be returned to lnitial position of Fig. 3 and the improper coin removed. The coin slot 23 determines the maximum diameter and thickness of the coin which can be inserted in the machine. The proper release of the detent 20 from engagement with shoulder 11 by a coin of proper diameter permits of the further rotation of the disk for delivery of the coin into the machine and the actuating member may then be given a full revolution until the stop pins 14 and 14 again register with the coin slot 8. It is designed that when so revolved it will e'ect the delivery of one article as hereinafter described.

Immediately after the coin has been prop erly tested as to diameter by the detent 20 further advance rotation of the disk will advance the rear edge of shoulder 11 beyond the detent 20 which will then co-act therewith to prevent reverse rotation of the disk .and thereafter the detent will similarly coact with the teeth 10 for the same purpose. The detent 24 is adapted to supplement the detent 2O in preventing reverse movement `by coaction with the teeth 10 and shoulder 11 as will be readily seen. When the coin disk has made one-half revolution the slot thereof will be in inverted position so that the coin can drop to either side of platc38 into the bottom of the casing. If, however, a coin of dished or indented form tends, by frictional engagement with the sides of the coin passageway, to remain within the coinslot and continue to revolve the double detent arm 17 will come into action in the manner shown in Fig. S. As there indicated in its progress toward completing a revolution the coin will engage and force outwardly the detent 24v thereby moving the detent 25 into position for engagement with a tooth 10 which will effectively lock the machine against continued operation until the defective coin is removed. When so locked and during the operation with one coin the edge of the coin disk will prevent the insertion of additional coins until the slot again assumes its initial position.

Delivery mechanism. The actuating mechanism is positively connected for operating the delivery mechanism for deliv ering the articles as now to be described. The pinion 4 of the actuating member meshes with an annular intermediate gear member 30 journaled upon an enlarged stud bearing portion 31 of the frame 1 and the gear 30 in turn meshes with a pinion 32 of a delivery member. The pinion 32 is here shown again as large as the pinion 4 and is aiiiXed to a turntable member 34 suitably journaled in the frame. As shown the frame 1 is formed with an annular bearing recess 35 for the turn table 34 which is clamped in position by a flanged bearing collar 36 itself secured in position by screw stud 37 threaded to a supporting and coin defiecting plate 38 as shown; the latter plate being secured to the frame by screws 39-39. The pinion 32 and the turntable are locked together by inwardly extending pins 40 carried by the former. As here shown three of the pins 40 are provided and a further purpose of these pins is to support and position the delivery carrier or drum 43 which is provided with apertures ,at one side to receive the pins and thereby couple the drum to the turntable, to rotate therewith. The frame plate, as shown, is provided with a flange 45 at the top and sides thereof, thereby forming a magazine for the articles above Ithe carrier-drum which closes the bottom thereof. The lower part of the flange 45 is curved substantially concentric with the delivery drum so as to coact therewith in forming a delivery way for the articles which terminates in a side delivery opening 46 through the casing. For closin 'the back of the magazine a thin metal bac plate 48 1s provided with a key slot fitted to the carrier and side flange 45. This tendency headed .inner end ofthe stud 37 whereby it is held in place in a manner permitting usual flat cake form. As is Areadily understood the cakes will drop into the recesses bygravity andas the carrier is rotated they will be delivered therefrom through the delivery opening 46. 1n the double recess carrier shown a single article will be delivered for eaehhalf turncf tlrercarrier and the connections will impart a half turn to the carrier for each complete revolution ofthe actuating member and coin disk described.

A valuable feature of our improved ma chine consists in the arrangement here shown of a double compartment magazine from which there. results an increase in the capacity of the machine. As shown,` thereA is provided acentral. vertical'division wall 52 arranged to be inserted in suitable holding, recesses in the frame l for dividing the magazine intothe -two compartments. Tn operation the articles will be emptied from the right hand compartment of Fig. 1

before any of the articles lwill bey removed from the left hand compartment. This action necessarily occurs by reason of the nearest cake entering therecesses 50 and supporting the succeeding cakes as they pass thereunder. However, to successfully operate in this manner we have arranged for insuring against the cakes within the left hand chute assuming an interfering position with respect to the carrier. Aswill be appreciated, there will bea tendency for the cakes in each of the chutes to tilt into a position vapproaching a tangent to the pev riphery of the carrier and this tendency as associated with the left hand chute tends toward excessive tilting of the cakes into a wedging position in the angle between the to excessive tilting is particularly manifest during the removal of the lowermost cake owing to the action of its flat upper surface upon the cakes above it. This we have overcome by providing a spring pressed suppleinental'side plate 54 for said chute, fulcrumed at 55 and pressed inwardly by a fiat spring 56 bearing against the side flange of the frame. The supporting pressure thus )reduced tends to sustain the pile of cakes 1n substantially horizontal position within this left hand chute during the removal of the lowermost cake. The vaction of the plate is vcontrolled by its' engagement withv the drum which is operative to pressback the side plate for releasing the lowermost cake at the proper time to permit it to enter the recesses 50 for delivery5 and is cut away at 58 to permit gripping of the remaining cakes thereby during the intervalv of removal from beneath the column of cakes above. This arrangement thus effectively prevents the described wedging of the cakes and permits of the double chute arrangement shown.

As indicated the plate 54 is formed with a seat or shoulder at 60 adapted to engage with the corner shoulder 61 of the carrier ywhen the machine is empty thereby to lock the machine against operation without delivery. When so locked the coin disk will not have advanced beyond possibility of reverse movement thereby permitting return of the coin. The presence of the cakes within the recesses during their delivery normally withholds the plate from so en gaging the carrier. This additional locking :function performedby the plate 54 thus makes it essential to the operations of the machine that the article -be delivered.

Our improved arrangement for attaching the machine to seats is particularly effective in securing the machine against unauthorized removal and in permitting rapid detaching of the machine entire for inspection and recharging. To this end there is provided a chair plate 65 Ihaving' perforatedbosses 66 to offset the plate 65 from the surfaceto which it is attached and to receive the usual securing screws 67 whereby it is permanentlysecured `in position.- The machine is securedv to this chair plate in a manner so as to inclose it thereby giving access to the securing screws only upon removal of the machine. As shown the casing flange 69 is fitted over a small turned over flange of the plate and the bottom rear edge of the ,casing flange is formed with upturned lips 70 which are inserted from beneath to underlie the chair plate when fitting the casing over the plate as shown. When so positioned a suitable locking element 76 is arranged to engage apertures Y2-72 in the chair plate so as to positively lock it in position.

An advertising plate 93 is shown attached tothe top of the casing and in accorda-nce with our invention this lplate is extended rearwardly to close the space behind the chair plate thereby to prevent getting at the locking hooks from above with a View to forcing the lock'. As indicated the plate 93 is provided with suitable headed pins to enter key slots therefor in the top flanges of the casing whereby it is clamped thereto by a sliding movement. A small shoulder is formed on the under side of the plate to be engaged by alug 94 struck up from the casing flange thereby to lock the plate against removal when moved into its clamping position.

A further desirable feature is here. shown in Fig. 2 wherein the means for attaching the frame and casing together consists of screw studs 97 and nuts 98 thereon, the studs ybeing provided with squared shoulders 99 fitted to similar apertures in the casing to prevent their being turned from without.

The arrangement as described permits of readily detaching the machine in its entirety which is decidedlyadvantageous for conveniently reloading the machines when `positioned upon the backs of theater seats where owing to limitation of room. and poor light great difficulties would attend this operation particularly in the handling of quantities of the small one cent articles as here contemplated. The arrangement described likewise provides for convenience in removal of the frame and parts thereon for inspection of the coin control mechanism as the coin release mechanism andthe delivery mechanismv are self contained upon the frame member and separable from the actuating member similarly carried. by the and not in a limiting sense.

Having described our invention we claim,

' 1. A coin controlled vending machine comprising a suitable frame and casing, a ro-` tatable-disk journaled in the frame and having a slot to receive the coin, means engaging in said slot to prevent rotation of the disk said meansI being adapted to be displaced by a coin of proper thickness, second means to engage irregularities of the disk to prevent forward rotation thereof, said second means being adapted to be'displaced by a coin of proper diameter and said second means being also adapted to lock the disk against backward rotation, third means engaging with irregularities on the disk to prevent backward rotation thereof, and fourth means to engage with -irregularities on disk' and lock the same against forward rotation, said fourth means being connected to said. third means Yand being moved into locking position by the engagement with the third means of'a coin carried around in said slot.

2. Acoin controlled vending machine comprising a suitable frame and casing, a rotatable disk having a slot for the coin and journaled between two -walls'spaced to re-A ceive an unbent and unmutilated` coin of normal thickness and a double detent arm adapted to engage with engaging portions of the disk, the Vfirst end of said detent arm being adapted to preventV backward rotation of the disk, and the second end being adapted to be moved into engaging position by an irregularly formed coin being carried around against the first end to lock the disk against continued rotation. Y l

3. A coin controlled vending machine comprising a rotatable disk provided with a coin receiving slot, a shoulder on one edge of the slot, stops projecting into the slot normally to engage with the edges thereof and prevent rotation but adapted to be pressed out of engaging position by a coin of normal thickness and continuous unmutilated center and a detent engaging the edge of the disk and adapted to be moved by a coin of normal diameter, out of the path of the shoulder as the disk is rotated.

t; Acoin controlled vending machine comprising a suitable easing provided with an opening Vjust large enough to receive the coin of fixed value, a rotatable ydisk journaled between two frame plates within said casing and formed with a slot of a size to receive the coin of the fixed value to be inserted through the opening and also formed with 'a shoulder adjacent the slot and with peripheral teeth, means arranged to extend into said opening and to prevent rotation of the disk, said means being adapted to be displaced by a coin of normal thickness permitting rotation of the disk, a single nosed detent forced against the periphery of the i disk and adapted to engage with the teeth to prevent backward rotation of the disk and alsoy adapted to engage with the shoulder andI prevent forward rotation of the disk, said detent being moved out of said engagement to permit such forward rotation by engagement therewith of a coin of normal diameter, and a double nosed detent, one nose being adapted to engage with the teeth and prevent backward rotation of the disk and the other being adapted to be swung into engagement with the teeth by engagement of a coin in the slot with the iirst nose to lock the disk against rotation.

5. A coin controlled vending machine comprising a suitable frame casing, frame plates thereon spaced tol receive between lthem a coin of normal thickness and 0f unmutilated condition, said casing being provided with an opening of a size suitable for receiving the coin of desired size, a rotatable disk journaled between said plates, said disk being formed with a coin slot initially upwardly arranged and just below said opening and being provided with a shoulder extending out from the periphery adjacent the secondary wall of the slot and with other projections or teeth on the peripheryv of the disk, an outwardly extending knob or handle and connections therefrom to the disk to rotate the latter, fiat springs supported on one of the frame plates, pins on `said springs having beveled ends extending toward the coin as it enters v meegaat the opening but abrupt rear surfaces to engage with the walls of the slot, said pins extending through the saidplate into saidd the advance face of the nose ofsaid arm` being adapted'to engage with said shoulder to prevent forward rotation of the disk and tov be moved out of the path of said shoulder by the engagement of a lcoin of proper diameter and the rearward face of said nose being adapted to engage 'with said Vteeth to prevent rearward rotation ofthe disk, a double detent'yhavg its iirst end forced against the periphery of the disk by a spring and adapted-to engage with said teeth-to preventbackward rotation of the disk, and the second end depressed yto-engage' with said teeth and lock the disk against rotation when the first end is raised by engagement of a mutilated coin, the same being held in the disk slot by frictional engagement with the walls' and being carried around by the rotation of the disk.

' 6'. A coin controlled vending machine comprising a hand rotatable disk provided with a coin receiving slot, means engaging the disk within the slot and operative to prevent forward rotation thereof unless dis placed by a coin of proper'thic'kness, a detent adapted to engage with an irregularportion of the disk to prevent forward rotation of the disk beyond a determined point unless released Aby a coin of proper diameter, said first engaging means being adapted to permit backward rotation of the disk and said detent being adapted to prevent `reverse movement of the disk `from initial position to prevent return movement of the disk to initial position immediately after v the coin is passed thereby, substantially as described.

7. A' coin 'controlledl vending machine *comprising a hand rotatable disk provlded with a coin receiving slot, means engaglngv the disk within the slot and operative to prevent forward rotation thereof unless disvtt placed by a coin of proper thickness, a second lmeans resiliently supported to enter/ the slot and adapted to be laterally displaced by a proper coin, and positioned to be received within the aperture of a washer', a detent'adapted to engage with an irregular portion of the disk to prevent forward rotation thereof beyond a determined point unless released by a coin of proper diameter,

- said first and second engaging means being tttadapted to permit backward rotation of the disk and said detent being adapted to prevent return movement of the disk to its initial position immediately after the coin is passed thereby, substantially as described.

8. A vending machine comprising a suitable supporting frame, an actuating member journaled thereon said member having -a slotted coin-disk thereon, coin-released `stops associated with the coin-disk to prevent the rotation `thereof by engagement therewith unless released by a proper coin, and astop pawl pivotallyA supported with relation to the coin-disk to/ be operative by engagement with a coin within the -slot for locking the disk when the coins lare advanced beyond the proper discharge position. I

9. A coin controlled vending machine,

comprising a rotatable disk formed with a coin receiving slot, means engaging thedisk while in initial position to prevent forward rotation thereof but arranged to be moved tation thereof unless displaced by a coin of proper thickness andother means extending into Ithe slot and adapted to engage with the aperture in a washer and lock the disk against rotation the washer. 1

. 11. A coin' controlled vending machine comprising a rotatable disk formed with a .coin receiving slot, resilient stops projecting into the slot to engage `with the edgeslthereof and prevent rotation of the dlsk from initial position, but adapted to be pressed out of engaging position by a coin .of normal thickness and non-perforated center. y

' 12. A coin controlled vending machine comprising a suitable inclosing easing having an opening in its top wall for the introduction of the coin, a rotatable disk journaled in the casing and having' a coin receiving slot initially upwardly turned and 'below said opening, resilient pieces secured by engagement with' on the interior of the frame or casing, and

stops on the ends of said resilient pieces projecting 1nto-the slot to engage'with at least one edge thereof and prevent rotation of the disk, but adapted to be pressed out of engaging position by a coin of normal thickness and non-perforated center, said stops having their inner ends upwardly and forwardly beveled to permit introduction of the coin from above and to permit backward rotation ofthe disk.

13. A coin controlled vending machine comprising a rotatable disk having a coin receiving slotto receive a coin, means .engaging the disk and operative to prevent forward rotation thereof unless displaced by a coin of proper thickness, adetent adapted to engage an irregular portion of the disk to prevent forward rotation of the disk beyond a determined point unless released by a coin of proper diameter, said first engaging means having a beveled surface whereby it will be depressed by a coin entering the slot and by a coin returned to its initial position substantially as described.

14. A coin controlled vending machiney by a coin of proper diameter and with stilly other irregularV portions of the disk to pre-v vent backward rotation after the -coin has been carried past said other means in the forward rotation of the disk.

15. A coincontrolled vending machine comprising a hand rotatable disk provided with a coin receiving slot and with at least three projections or irregular portions onits edge, means to prevent rotation thereof, said means being adapted to be moved out of preventive posltion by the insertion in .the slot of a coin of proper thickness, a

pawl or deten-t held by a spring against the edge of the disk and adapted to engage with one of said projections to prevent backward rotation of the disk` with another of said projections to prevent forward rotation thereof, unless moved out of engagement by a coin of proper diameter, and with the third of said projections to prevent backward rotation after the coin has been carried past said detent in the forward rotation of the disk.

16. A coin controlled vending machine comprising a rotatable disk formed with a coin receiving slot,A means engaging the disk within the slot and operativev to prevent forward rotation thereof unless displaced by la coin of proper thickness, a detent adapted to engage with an irregular portion of the disk to prevent forward rotation of the disk beyond a determined point unless released by a coin of proper diameter, said first engaging means being adapted to permit backward rotation of the disk for returning improper coins and lsaid detent being adapted to prevent return movement of the disk to initial position immediately after the coin is passed thereby substantially as described.

17. A coin controlled vending machine comprising .a suitable frame and casing, a rotatable disk journaled in thev frame and having a seat to receive the coin, means engaging with said seat to prevent rotation of the disk, said means being adapted to be moved' out of engaging position by a coin of proper thickness, other means to engage irregularities of the disk to prevent forward rotation thereof unless displaced by a coin of proper diameter, said other means being also adapted to lock the disk against backward rotation, and still other means to engage with irregularities on the disk, also to prevent backward rotation thereof.

InV testimony whereof we have signed our names to this specification.

SAMUEL J. KELLY. JOHN A. WEBSTER. HECTOR V. LOUGH.

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