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Publication numberUS1809693 A
Publication typeGrant
Publication dateJun 9, 1931
Filing dateNov 4, 1929
Priority dateNov 4, 1929
Publication numberUS 1809693 A, US 1809693A, US-A-1809693, US1809693 A, US1809693A
InventorsCharles Hahling
Original AssigneeCharles Hahling
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Bottle vending machine
US 1809693 A
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Description  (OCR text may contain errors)

June 9-, 1931. i c, HAHUNG 1,809,693

BOTTLE VENDING MACHINE Filed Nov. 4, 1929 3 Sheets-Sheet 1 I 1 h a I I] a 6 3 1 I" 16 55 2 6 ii 61 60 85 70 78 7f i /f INVENT R gf/Amcs AHA/N6 i I v I u I 5 2 i i i i I f. v I i .1

ATTORNEY June 9, 1931. c. HAHLING BOTTLE VENDING MACHINE Filed Nov. 4, 1929 3 Sheets-Sheet 2 June 9, 1931. Q HAHUNG BOTTLE VENDING MACHINE Filed Nov. 4, 1929 5 Sheets-Sheet 3 WIS RH n 0? N 0 E T VF T trolled operating mechanism.

Patented June 9, 1931 PATENT OFFICE CHARLE$ HAI-ILING, OF ROCHESTER, NEW YORK Bor'rLE VENDING MAcHiNE Application filed November This invention relates to bottle vending machines and has for its object to provide a mechanism which not only operates to eject a filled bottle for a predetermined number of coins but which also receives the empty'bottle and refunds part of the coins placed into the machine when purchasing the bottle;

' These and other objects of this invention will be'apparent from the drawings, the speci- 3 fication and the appended claims forming a.

part thereof.

In the accompanying drawings: Figure 1 is a front elevation of the vending machine with a portion of the front cover broken away to illustrate the working mechanism of the'machine. g r v Figure 2 is an enlarged detail view of the bottle release mechanism which is operated by the control knob after the coins are de- 99 posited in the machine.

Figure 3 is a vertical sectional View of the vending machine, the section being taken on the line 3m3x of Figure 1. 7

Figure 4 is a horizontal sectional View of a portion of the machine, the section being taken on the line 402-450 of Figure 3 and il lustrating part of the bottle receiving mechanism.

Figure 5 is a detail view of the coin con Figure 6 is a vertical sectional View of the coin controlledmechanism, the section being taken on the line 6m6.7c of Figure 5.

Figure 7 isa detail sectional view of oneof the followers which operate to lock part of the mechanism after all the bottles in one sec- 'tion have been delivered. I Q

' Figure 8 is a detail top plan viewof the operating mechanism foreiecting the coins on 40 thereceipt of the empty bottles.

In the several figures of the drawings like reference numerals indicate like parts.

The vending machine, forming thes ubject matter of my present invention, is designed to make the vending of bottlespractical."

Heretofore bottles have'beens'old thru vendmachines'b'ut if the purchaser did not return the bottle, practically all of the profit or at least a large share of it was lost due to the loss of the bottle to the vender.- On the 4, 1929. Serial No. 404,672.

other hand if the purchaser is asked to pay more for the bottle when purchasing it from a vending machine in order to make up for the loss of the bottle, the general publicwill not patronize such a machine. In my present machine the purchaser of a bottle is asked to deposit in the machine a small amount of money covering the cost of the bottle in addition to the purchase price for the contentsof the bottle. Thus in order to receive a bottle from the vending machine the purchaser deposits a five cent piece for the contents of the bottle and two extra one cent pieces for the bottle. After the bottle has, been emptied of its contents, it is returned to the machine and placed into it and on the receipt of the empty bottle the two one cent pieces are returned to the original purchaser of the bottle. All the purchaser paid for the contents of the bottle is thus but five cents.

The mechanism with which this is done is illustrated inthe several figures of the drawings and comprises the casing l which is supported by the legs'2, 2. This casing is divided into an upper compartment 3 and a lower compartment 4. The upper compartment is divided into suitable smaller compartments used for the storage of the bottles and the ice necessary to keep the bottles cool. The bottle compartments are divided into vertical sections in each of which are stored a series of bottles, one on top of the other. Each vertical row' of bottles has difierent flavored contents so that the selector mechanism hereinafter descrlbed can operate to 3 select a bottle having the desired flavor.

The retaining mechanism with which each row of bottles is held in itsparticular vertical section isillustrated in Figure 2 and comprises a lever 6 which is pivoted at- This -lever isnormally held in the full line position by means of the spring 8 which is I anchored at 9 anddraw's the upper portion, of the lever against the stop pin 10. The lower portion of the lever 6 is slightly curved and extends partially under-the last bottle to prevent its dropping out'therctrom. On a the lever-6 mountedthe spring pressed latch 11 which is'normally forced downwardly so as to engage behind the stationary lug 12 projecting from the casing of the machine. The engagement of the latch 11 behind the lug 12 normally locks the lever against a movement to the left so that the lever cannot swing to permit the bottle to drop out of its section. To release the boltle the latch 11 is operated by means of a cable 13 which passes over the pulley 14 carried at the upper end of the lever 6 and is attached to the end of the latch 11. \Vhen this cable is pulled to the left the latch 11 is pulled up on the lever 6 and out of engagement with the lug 12 after which the upper portion of the lever 6 is rocked to the left to swing the lower end of the lever out from under the bottle to release it and allow it to drop out of the storage section. To prevent more than one bottle from dropping out, the lever 6 is provided with an arm 15 which projects to the left thereof and swings therewith. As the lever 6 is swung to release the lowermost bottle the arm 15 swings into the path of the next succeeding bottle and stops it so that it also cannot drop out of its storage section. After the both has been released and the spring 8 is allowed to swing the lever 6 back to its normal position, the arm 15 is withdrawn from the bottle which it arrested in its downward movement and allows this bottle to drop further until it is again arrested by the lower portion of the lever 6 which by this time again projects to the left to hold the lowermost bottle in place ready to be released on the next pull of the cable 13. \Vhen the cable is released after its operation the latch 11 engages behind the lug 12 and locks the lever against movement until operated by the cable 13.

In order to prevent the operation of the selector mechanism of a section in which the bottles have all been taken out a follower 38 is located in each of the sections and normally rests on the uppermost bottle located therein. As the bottles are taken out of the section the follower moves down with the bottles until the last of the bottles has been taken out of the machine. Vith all of the bottles taken out of the sec ion the follower drops into the position illustrated in Figure 7. In this position one side of the follower is located directly opposite \he arm 15 carried by the lever 6 so that the lever is prevented from swinging; in fact it cannot be operated. If therefore a certain boitle cannot be purchased but the money has been deposited in the machine the operator instead of losing his money will be able to select a bottle from one of the other sections.

The selector mechanism with which the cables for each of the bottle release arms is operated is illustrated in Figures 5 and 6 and comprises a drum 16 which is carried on the shaft 17 that is mounted to rotate in suitable bearings provided in the housing. A knob 18 is fastened to the outer end of tire shaft 17 on the out-side of the housing by means of which the drum can be rotated as will hereinafter be described.

Surrounding a portion of the outer end of the shaft is a sleeve 19 which carries on the inside of the housing the cam lever 20 and on the outside of the housing the indicator 21. In this way the indicator 21 can be independently rotated from the knob 18 and the cam lever moved so that on the operation of the knob the desired bottle is ejected from the machine.

Around the drum 16 are grouped a series of studs 22 to 27 inclusive which are suitably anchored in the wall of the casing and on each of which is mounted to freely rocate a pulley 28. Alongside each of the studs 22 to 27 inclusive are provided the slotted brackets 29 in which the dogs 30 are mounted to slide. These dogs are normally held in their extreme outer position by means of the spring 31 in order to overhang the edge of the drum 16. In the edge of the drum are provided the slots 16A, one for each of the dogs 30. These slots are adapted to receive the dogs which are pushed into them by the cam arm 20. The machine illustrated is designed to vend six different flavored soft drinks so that six different sections, each containing a vertical row of bottles are provided in the machine. Each of these rows of bottles is controlled by one of the ejecting levers 6 heretofore described. Each of the ejecting levers in turn is operated by a cable 13 and each of the cables is directed over the pulleys 28 to a predetermined position with relation to the drum 16 where one of the dogs 30 is attached thereto. When it is desired to operate the ejecting lever of a certain row of bottles the indicator 21 on the outside of the machine is turned to a position where the arm 20 operates the dog attached to the cable which operates the ejecting lever of the particular row of levers from which one of the bottles is to be ejected. The

dog is forced into the slot 16A in the drum against the pressure of the spring 31 by the selector arm. Having selected the particularflavored soft drink in the manner above de scribed the knob 18 is rotated to bring about the ejection of the bottle thus selected. When the knob is rotated after one of the dogs has been forced into engagement with one of the slots 16A, the cable carrying the particular dog is pulled on the rotation of the drum and in turn operates the ejecting lever of the particular row of bottles that has been selected. After the bottle has been ejected the operating knob is released and allowed to return to its normal starting position ready to have the pointer rotated to select another bottle from the machine. As soon as the pointer is turned away from the particular position in which it caused the engagement of the dog with the slot in the drum, the dog is forced out of the slot by the spring 31 which will now be described. This mechanism is controlled by three coins of which one may be a five cent piece which covers the cost of the contents of the bottle,fWh1le the other two coins are one cent pieces and cover the cost of the bottle. the machine are the slots 40,41 and 42' of which the slot is adapted to receive the five cent coin and the slots 41 and 42, the

one cent coins. From the slots lead suitable tubes 43, 44 and '45 which direct the coins to a position behind the drum l6as1llustrat ed in Figures 5 and 6. x a

Three locking levers 46, '47 and 48 are niountedto swing alongside each of the tubes 43 to 45 inclusive and each of these levers I is provided with a lug 49 Whichoverha'ngs its lever and normally projects into an opening in the top of the tube near which it is located. The lugs of the levers thus obstruct the free passage of the coins thru the tubes at a predetermined point in the tubes. On the shaft 17 are also carried the arms 50, 51 and 52 one for each of the locking levers from the shaft 17 and their movement is normally arrested .by the ends of the locking levers which project into their paths as illustrated in Figures 5 and 6. Each of the arms 46 47 and 48 is provided with a lug 53 which projects into the side of the tube alongside,

of which the arm is located. The lugs of these arms are adapted to engage behind the coin that is placed into the tube so'that on the movement of the arm the coin is forced along the tube past the lug 49 carried by the levers 46, 47 and 48. As the coins are forced past these lugsthe levers are raised so that the outer free ends thereof no longerproject into the path of the arms 51, 52 and 53 and allow these arms to be rotated. In this way the coins inserted into the machine serve to release the locking levers and permit the rotation of the shaft 17 by means of the knob 18. a

After the coins have been moved past the lugs 49 they are allowed to continue in suitable chutes which direct the fi've cent coin into the box 54 where the five cent pieces are.

retained. The one cent pieces are directed into the vertical tube where they auto-matically stack themselves on the bottom of it so that two of them can be ejected from the tube later on when the bottle has been returned empty and placed back into the machine as will hereinafter be described.

After one of the bottles has been released In the face of from: its section it drops onto the inclined platform 60 from where it rolls down into the drawer 61. This drawer is mounted to slide in and out of the machine so that the bottle when deposited in the drawer can be readily taken out therefroma With the bottle astraw is deposited in the drawer and this straw 62 is fed from the straw reservoir which is controlled by the valve 63 so that on the operation ofthe knob 18 the straw is dropped intothe drawer at the same time a bottle is released to roll into the drawer. Suitable meansmay be provided to pull the drawer back to-'its norm'al position after the bottle and [straw have been withdrawn from it. 1

The sections'containi-ng the bottles are surrounded with suitable compartments in which its'placed' the ice for the cooling of the bot-ties. The top of l'zl'ie'machine isclosed b a cover'and o-n the removal of this cover the ice bottles can beplaced into the machine;

After the bottle purchasedfrom the ma chine has been emptied, it is returned to the machine'iand forced into the'duc't 65 provided for this purpose'. In pushing the empty bottle into the opening of'the duct 65 a d0or'66 located on the inside-of the duct is swung upwardly into the positionillustrated in Figure 3. The upwardmotion'of this door operates the lever '67 andswings it up to operate the clutch 68: This clutch is provided on the ventical shaft 69 which issuitably mounted in bearings-located on the inside of the machine. Atthe lower-end the Vertical shaft '69c'arries the: bevel gear 70 which meshes with the bevel-pinion 71- carried on the horizontal shaft 72; On theshaft 72 is provided a roller'73 on which thebelt 74 isadapted to be wound up thereon. The belt extends from the roller. over the pulley 75 to the supporting bar 76 located at the 611d of the belt. The supporting bar extends the full width of the machine and is guided and supported between suitable guide rails 78 and 79 provided at. thefront and back on the inside of the compartment4. springpressed hip; 80 is carried at each end of the supportingbar 1 and serves to cre'a'te sufiicient frictional contact betweenthe supporting bar and its guide rails sothatthi's bar' will not move unless forced-to do soon the winding up of the belt 74.

Onthe vertical shaft, at a point adjacent to the duct 65; is mounted the arm 81 in such a manner that on'thero'tation of the shaft any bottle'locate'd' in the duct will be pushed further intotheduct and out of the other end thereof ont'o th'e team. Asthe belt is slightlyincline'd a' bottle'that is pushed onto the beltwill :quickly roll down on the belt and. drop off-"the end of it into the compartment 4. I The Vertical shaft 69 which carries thearni 81, pinion 70 andclutch 68 is operof the inner end thereof. At the same time the bevel gear is rotated to roll up the belt 74 on the roller 73. The belt is of course but slightly rolled up on the roller on the rotation of the hand wheel because as soon as the bottle is pushed out of the duct the arm 67 can drop back to its normal position and disengage the clutch from the hand wheel and prevent a further rotation of the shaft by the hand wheel until the next bottle is inserted into the duct. The movement of the belt is governed so that as the'empty bottles stack themselves at one end of the compartment the belt is withdrawn to allow the bottles to stack up in front of the bottles already stacked until all of the space is finally occupied in the compartment and the belt wound up on its roller.

On the vertical shaft 69 is also mounted a cam which rotates with the shaft when the same is rotated by the hand wheel 82. Against this cam is yieldingly held the push rod 86 which is mounted to slide in suitable bearings and is yieldingly forced in one direction against the cam by means of the spring 87. The opposite end of the push rod is located so as to pass thru an opening in the side of the tube 55 when the push rod is moved by the cam 85. In passing thru the tube two of the one cent pieces that have been dropped into the machine in conjunction with the five cent piece, are pushed out of the tube into the receptacle 88 from which they may be taken out. In this way the two cents which were paid extra when the bottle was purchased are returned to the purchaser on the return of the empty bottle.

I claim:

1. In a bottle vending and receiving machine the combination of means for ejecting a filled bottle, a plurality of coin controlled means for locking said ejecting mechanism, means for receiving an empty bottle and means controlled by said receiving mechanism to eject part of the coins used for operating said ejecting mechanism.

2. In a bottle vending and receiving machine the combination of means for ejecting a filled bottle, a plurality of coin controlled means for locking said ejecting mechanism, means for receiving an empty bottle and means controlled by said receiving mechanism to eject part of the coins used for operating said ejecting mechanism and means for automatically stacking the empty bottles on the receipt thereof.

3. In combination with a bottle vending machine having a bottle ejecting mechanism for ejecting filled bottles and a bottle receiving mechanism for receiving empty bot tles, of a plurality of coin chutes adapted to receive a coin in each chute, means for moving the coins in said chutes, releasing means for said ejecting mechanism operated by the movement of the coins in said chutes, means for depositing said coins in separate coin receptacles and means operated by said bottle receiving mechanism to eject a coin from one of said coin receptacles.

. 4. In combination with a bottle vending machine having a bottle ejecting mechanism for ejecting filled bottles and a bottle receiving mechanism for receiving empty bottles, of a plurality of coin chutes adapted to receive a coin in each chute, means for moving said coins in said chutes, releasing means for said ejecting mechanism operated by the movement of said coins thru said coin chutes, means for stacking part of said coins in a coin magazine, and means operated by said bottle receiving mechanism for ejecting a coin from said coin magazine.

In testimony whereof I affix my signature.

CHARLES HAHLING.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US4300040 *Nov 13, 1979Nov 10, 1981Video Corporation Of AmericaOrdering terminal
US4510857 *Dec 8, 1983Apr 16, 1985Aluminum Company Of AmericaContainer recycling apparatus having shock mounted manually rotatable carrier
US4510860 *Dec 8, 1983Apr 16, 1985Aluminum Company Of AmericaLatching mechanism for manually rotatable carrier in apparatus for processing recyclable containers
US4512253 *Dec 8, 1983Apr 23, 1985Aluminum Company Of AmericaApparatus for processing recyclable containers
US4519306 *Dec 8, 1983May 28, 1985Aluminum Company Of AmericaProcess for recycling containers
US4519307 *Dec 8, 1983May 28, 1985Aluminum Company Of AmericaContainer recycling apparatus using scanning means to read code markings on containers
US4526096 *Dec 8, 1983Jul 2, 1985Aluminum Company Of AmericaApparatus for processing used containers having improved crusher means
US4558775 *Dec 8, 1983Dec 17, 1985Aluminum Company Of AmericaApparatus for passive analysis of containers to determine acceptability for recycling
US5007518 *Feb 13, 1989Apr 16, 1991Sam CrivelloApparatus for renting articles
US5143193 *May 14, 1991Sep 1, 1992Ronald GeraciAutomated library article terminal
Classifications
U.S. Classification194/212, 194/247, 194/234, 194/346
International ClassificationG07F7/00, G07F17/00, G07F7/06
Cooperative ClassificationG07F17/00, G07F7/0609
European ClassificationG07F17/00, G07F7/06B