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Publication numberUS3463355 A
Publication typeGrant
Publication dateAug 26, 1969
Filing dateFeb 16, 1968
Priority dateFeb 16, 1968
Publication numberUS 3463355 A, US 3463355A, US-A-3463355, US3463355 A, US3463355A
InventorsUral William E
Original AssigneeDixie Narco Inc
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Can and bottle vender
US 3463355 A
Images(3)
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Description  (OCR text may contain errors)

Aug. 26, 1969 w. E. URAL CAN AND BOTTLE VENDER 5 Sheets-Sheet 1 Filed Feb. 16, 1968 INVI'IN'IOR. WILLIAM E URAL MW ATTORNEYS Aug. 26, 1969 w. E. URAL 3,463,355

CAN AND BOTTLE VENDER Filed Feb. 16, 1968 3 Sheets-Sheet 2 :E IHJ:

INVfC/VIUR.

' WILL/HM E. (/RHL Aug. 26, 1969 w. E. URAL cmmn BOTTLE VENDER 5 Sheets-Sheet :5

Filed Feb. 16, 1968 INVI'IEV'I'OR. WILLIAM E URHL u. H5. (i

United States Patent ABSTRACT OF THE DISCLOSURE A vending machine selective-1y adjustable to vend either cans or bottles. When cans are vended they are arranged in two columns, both supported by a single swinging bail. When the bail is swung only par-t way the lower can of one column can pass the bail by entering -a pocket in a side wall of the compartment while the lower can of the other column is retained by the bail, for subsequent release upon further bail movement. The compartment confines at least two vertically staggered columns of articles with a swingable bail below each column. Each bail is separately latched in its upper position and the bails are further held in that position by a common control member. When a vending cycle starts one latch is released and the control member is then moved, at a controlled rate, to permit only one bail to swing. When the next vending cycle starts the other latch is released to alternate release of articles from the columns.

Background of the invention This invention is in the field of vending machines and particularly machines for vending cans or bottles of beverages by dispesing a single container in response to the deposit of a coin or in response to some other initiating action.

In recent years it has become customary to package beverages in metal cans, which are usually considerably shorter than conventional glass bottles, for dispensing equal volumes of the beverage. It is also desirable to be able to vend the cans in vending machines of the general type heretofore used for bottles only. However, it has previously been necessary to build separately designed machines for bottles or for cans and this involved considerable cost and did not permit the selective use of a single vending machine for either bottles or cans. Also, the problem of theft from vending machines has always been a serious problem and much time and money has been spent in seeking to design a vending mechanism to prevent such unauthorized removal of containers from the machine.

Summary of the invention The present invention discloses a vending machine which by simple adjustment of uncomplicated parts will adapt the machine to vend either cans or bottles. In general, the machine is provided with an upstanding compartment to confine and guide the containers and a swinging bail at the bottom of the column of articles to release the bottom article upon deposit of a proper coin or coins in a control mechanism. The rear wall of the compartment is adjustable so as to regulate the front ,to rear depth to accommodate either single bottles or a pair of cans in end-to-end relation. Removable ribs are provided for mounting on the side walls to axially separate and guide the cans when cans are dispensed but which can be removed to adapt the machine for bottles.

The arrangement is such that when bottles are being dispensed a motor driven actuating means operates through r. CC

a complete cycle to permit swinging of a supporting bail out of the way, by the weight of the articles thereon, and then back up to a column-supporting position at each cycle of operation. When cans are being dispensed the actuator mechanism is adjustable to permit swinging of the bail through only a portion of a cycle of operation and a side wall of the compartment is formed with an opening near its lower end so that lowering the two columns of cans will permit the can from one column to enter the opening and drop past the bail while the latter retains the cans of the other column there-above. Upon deposit of a subsequent coin, the bail is caused to swing through the remainder of its cycle and thus dispense the can from the other column and return to an upper position to retain all of the cans following cyclic operation of an adjacent bail. The invention contemplates a compartment adapted to support at least two vertical columns of articles in staggered relation, so that support of the bottom article of one column will support all the articles of both columns thereabove, which is a conventional arrangement.

Brief description of the drawings FIG. 1 is a top plan view of a mechanism embodying the present invention;

FIG. 2 is a side elevational view partly in section of the mechanism shown in FIG. 1;

FIG. 3 is an end elevational view as viewed from the left of FIG. 1, the drive motor being shown in phantom lines for purposes of clarity;

FIG. 4 is a staggered vertical sectional view taken on the line 4-4 of FIG. 2;

FIG. 5 is a staggered vertical sectional View taken on the line '5-5 of FIG. 1;

FIG. 6 is a fragmentary vertical sectional view taken on the line 6-46 of FIG. 2 showing the configuration of the motor control cam;

FIG. 7 is a fragmentary perspective view of one of the bails and its associated mechanism;

FIG. 8 is a fragmentary top plan view partly in section similar to FIG. 1 showing a modification of the magazine when adapted for releasing bottles; and

FIG. 9 is a fragmentary vertical sectional view similar to FIG. 6 taken on the line 9- 9 of FIG. 8 showing the motor control cam readjusted for releasing bottles.

Description of a preferred embodiment As shown in the drawings, a unit of the mechanism of the present invention comprises sheet metal means defining an article compartment having side walls 2 and 4, an adjustable rear wall 6, and a stationary or fixed front wall 8. As shown in FIG. 5, the walls are so dimensioned and arranged as to confine stacks of generally cylindrical articles 10 in laterally spaced columns 12 and 14, with the articles of one column vertically staggered relative to those in the other and bearing against their respective side walls. As shown in FIGS. 1 to 5, the articles I!) are metal cans of beverages or the like and the invention will first be described with reference to an arrangement for sequentially dispensing such cans. As also shown in FIG. 5, a pair of longitudinally extending rod or bails 16 and 18 are arranged in the compartment so that, when in the positions shown, there is one bail beneath each of the columns 12 and 14. Since the articles of the respective columns are staggered, only the lowermost articles of one of the columns will be in position to rest on one of the bails, and it will be supported thereby, which in turn supports all of the articles of both columns thereabove, as clearly shown in FIG. 5 in full lines and which in itself is conventional in the art. The bail 16 is supported by curved arms 20 for swinging movement about the axis of 3 front stub shaft 22 and rear stub shaft 23 whereas bail 18 is supported by curved arms 24 fixed to front and rear stub shafts 26 and 27, respectively, defining an axis about which bail 18 can swing. The rearmost stub shafts 23 and 27 are pivotally mounted in a stationary rear wall structure 28 (see FIG. 2) and the forward stub shafts 22 and 26 are journalled in the front wall 8 of the compartment and extend forwardly therefrom through an auxiliary front wall 38. As is apparent from FIG. 5, the curved shape of the arms 20 and 24 permits either bail to swing downwardly and inwardly without interfering with the other bail.

Referring now particularly to FIGS. 2 and 7, the stub shafts 22 and 26 extend forwardly out of the compartment previously described and are provided at their outermost ends with restraining arms 32 and 34 (see FIG. 3). Only one of the bails and its associated mechanism is shown in FIG. 7 for clarity of illustration, it being under stood that the other is identical thereto but reversed as to hand. Also fixed to each stub shaft 22 and 26 are latch collars 35 and 36 (see also FIG. 4). Pivotally supported on brackets 184 secured to the auxiliary wall 30 is a pair of latch elements 38 and 40, each latch element being spring-biased, by springs 42 and 44, to project its latching shoulder 46 or 48 into a latching notch 50 or 52 on the corresponding latch collars previously described. Thus, with the bails 16 and 18 in their upper positions, as shown in FIGS. 4 and 5, their respective latches secure those bails in such upper position and since the latches cannot be reached by any person inserting his hand or arm into the dispensing opening of the machine, the latches serve as a security feature preventing unauthorized release of the bails. A latch release member 54 is swingably mounted on a pivot 56 extending through a bracket 58 (see FIGS. 1 and 4) secured to the front wall 8 and auxiliary wall 30. The pivot 56 is substantially midway between the latches 38 and 40 but somewhat thereabove. The pivot 56 extends through and is guided by a vertical slot 60 (FIG. 4) in bracket 58 and is secured at its forward end to a link 62 having a longitudinal slot 64 at its upper end. A further lever 66 is pivotally supported on bracket 58 by pivot pin 68 and is provided with a longitudinal slot 74 intermediate its ends. A suitable electric motor 72 (FIGS. 1 and 2) is mounted on the front face of auxiliary wall 30 and is provided with an output shaft 74 on which a disc 76 is fixed and which carries an eccentric crank pin 78 which extends through the slot 70 in lever 66. The output shaft 74 is driven by motor 72 through a reducing gear box 75 to produce relatively high torque at fairly low speed. Also fixed to the output shaft 74 is a cam disc 80 (see also FIGS. 6 and 9) having a pair of peripheral notches 82 and 84 therein. An adjustment or masking element 86 is positioned against one face of the cam disc 80 to be selectively rotated about the shaft 74 and which can be held in adjusted position by a suitable screw 87 threaded into the cam disc 80 through a slot 88 in the adjustment element.

When the apparatus is adjusted and set up for dispensing cans, which will be described first, the element 86 is fixed in the position shown in FIG. 6 wherein both notches 82 and 84 are exposed. A suitable switch 90 is mounted in fixed position adjacent the cam disc 80 and is provided with an actuating lever 92 having a cam follower roller 94 in position to ride on the periphery of the cam disc 80. While no electrical circuits are shown herein, it is contemplated that control circuits be provided so that upon deposit of a proper coin or coins in a conventional slot, a switch will be closed by the coin to energize motor 72. A suitable holding circuit is provided for holding the motor energizing circuit closed even after the coin operated switch is opened and the switch 90, previously referred to, is in that holding circuit and will hold the motor circuit closed until the roller 94 enters one of the notches 82 or 84. It is to be understood that, upon deposit of a proper coin, the motor 72 will be started and will immediately rotate the cam disc sufficiently to cause roller 94 to ride out of notch 82 and thus close the switch to continue the motor in operation until the roller 94 again drops into a notch. Referring again to FIG. 7, the latch release member 54 is shown as having a loop or yoke portion 96 at its lower end embracing a nose 98 on the latch element 38. A tension spring 160 (see also FIG. 4) holds the latch release member 54 in the described position. The lower end of the spring 100 is secured to a pivoted arm 102 which is pivoted at its upper end to the bracket 104 (see FIG. 2) mounted on the auxiliary wall 30. The arm 102 is freely swingable in a lateral direction, but it is apparent that with the parts in the position shown in full lines in FIG. 4, they will stay in the illustrated position until moved therefrom. Also fixed to latch collar 35 is a generally radial finger 106 arranged to engage the arm 102 when stub shaft 22 swings clockwise from the position shown in FIG. 4.

Referring now to FIG. 3, the crank pin 78, previously described, pivotally supports one end of a further link 108, which is pivotally joined at its lower end to a swingable cam plate 110. The plate 110 is pivotally supported on the auxiliary wall 30, at 112 and is provided with a cam slot 114 extending along but inwardly of its lower edge. The auxiliary wall 30 is provided with a vertical central guide slot 116 (see FIG. 3) along which control member 118 is slidably guided. The control member 118 is in the form of a pin or cylinder extending forwardly below the restraining arms 32 and 34, previously referred to. The control member 118 is carried by a link 120 extending upwardly therefrom and which is provided with a cam follower 122 extending inwardly through slot 116 into the cam track or groove 114 in cam plate 110.

Referring to FIGS. 1 and 2, the apparatus is shown as set up for vending cans 10 as previously described, and it will be noted that each side of the compartment defined by the side walls confines two columns of cans, the two columns comprising forward or front cans 124 and rear cans 125 axially aligned with the corresponding front cans and at the same level in the compartment. The cans 124 and 125 are axially separated by removable ribs 126 removably secured to the side walls 2 and 4, respectively. The ribs 126 are substantially midway between the front wall and rear wall 6 when the latter is adjusted to the position shown in FIGS. 1 and 2 so that the cans 124 and 125 are confined to substantially vertical columns but free to slide vertically therein. A similar pair of columns of cans bear against the opposite side wall 4, in the conventional manner, and as indicated in FIG. 5.

The rear wall 6 is removably supported between side walls 2 and 4 by screws 128 and brackets 130 (FIGS. 1 and 5) so that its forward face will bear against the rear ends of the cans 125.

Still referring to FIGS. 1, 2 and also FIG. 5, the side walls 2 and 4 are provided adjacent their bottom portions and opposite the rear column of cans 125, with out- Wardly offset wall portions 132 defining pockets or wide regions in the compartment and which cover openings 133 in the side walls 2 and 4. By referring to FIG. 5 and the full line showing therein, it will be seen that bails 16 and 18 are both in their upper or locked positions with bail 16 extending beneath both right hand columns of cans 124 and 125 and bail 16 supports both those columns. Since the columns on opposite sides of the compartment are laterally overlapped as shown, the bail 16 supports the entire stack of cans in the compartment and no cans or weight bear on the bail 18 at this time. When a purchaser deposits a proper coin in the usual coin control mechanism (not shown) it will be effective to close a circuit through motor 72 and start the same in operation. As soon as the motor starts to turn, it also turns cam disc 80 sufficiently to cause roller 94 to rise out of groove 82 and thus close the holding circuit which includes switch 90. As shown in FIG. 3, wherein the parts are illustrated in their stopped position between complete cycles, the crank pin 78 is somewhat below its uppermost position, that is it is somewhat to the left of motor output shaft 74 and rotation of the motor causes the shaft 74 to rotate clockwise, as seen in FIG. 3, and as indicated by the arrow thereon. The initial portion of rotation of the shaft 74 causes crank pin 78 to also rotate clockwise and during this initial movement the crank pin 78 moves upwardly from the positions of FIGS. 3 and 4. This initial upward movement of crank pin 78 acts through link 108 to swing cam plate 110 slightly counterclockwise, but due to the shape of the cam groove 114, the control member 118 rises only slightly and securely holds both restraining arms 32 and 34 against downward swinging movement. Also, during initial upward movement of crank pin 78 (FIG. 4) that crank pin causes link 66 to swing upwardly or counterclockwise and this pulls upwardly on link 62 and latch release member 54. The loop or yoke 96 of release member 54 is shown as positioned under the nose portion of latch means 38 and so the described upward movement of the latch release member lifts the shoulder 46 and latch 38 out of engagement with notch 50 of collar 35 and thus releases shaft 22 for clockwise rotation. It is to be noted that shaft 22 has supporting bail 16 fixed relative thereto. However, even though latch 38 has been released, shaft 22 cannot yet swing clockwise because of the restraining eifect of control member 118 on restraining arms 32 and 34. Continued rotation of shaft 34 causes crank pin 78 to reach the uppermost point in its circle of travel, after which it begins to move downwardly and starts to lower the latch release member 54 and latch 38. However, at the same time link 108 and cam plate 110 also swing to move the cam plate clockwise and due to the shape of the cam groove 114, the control member slide 120 and control member 118 start to move downwardly and thus remove restraint from restraining arm 32 whereupon the weight of the cans on bail 16 causes that bail to swing downwardly and inwardly and to rotate shaft 22 clockwise. The shaft 22 rotates clockwise sufiiciently to remove notch 50 in collar 35 from beneath the shoulder 46 of latch means 38 so that when the latter comes down with latch release member 54, it can no longer engage the notch 50 but hits the collar behind that notch without interfering with con tinued clockwise rotation of shaft 22. The motor 72 con tinues to rotate at a controlled rate and causes control member 118 to move downwardly at a rate which controls the rate of swinging movement of the bail 16.

When dispensing cans arranged as described, the control cam is set or adjusted in the manner shown in FIG. 6 wherein both notches 82 and 84 are open. Thus, the cam plate 80 will rotate as the bail 16 is being lowered until roller 94 enters notch 84, at which time the motor is stopped and bail 16 is held in its partially lowered position. This partially lowered position is shown by dotted lines at 134 in FIG. 5 and is so chosen that the spacing between the bail 16 when at position 134 and the inner face of the outwardly offset wall portion 132 (the pocket) is slightly greater than the diameter of the cans 10. Thus, since the pocket 132 is offset only opposite the rear column of cans, the rear can 125 can drop past the bail 16 by moving outwardly through opening 133 and into the pocket 132 and drop to a delivery station. When the bail 16 is in the position at 134, the forward can 124 cannot drop therepast since the bail 16 is not far enough from the side wall 2 and thus the front can is retained in the compartment and supports all the cans in both front columns. When the rear can drops past bail 16 both rear columns of cans move downwardly until the lowermost can of the left hand rear column (as viewed in FIG. 5) rests on bail 18 and all of the cans of the rear columns are then supported and retained. Thus, only a part of a complete cycle of operation of the shaft 74 has been dispensed and all parts are brought to rest. Even though the control member 118 is in a lower position, it restrains the shaft 122 and holds the bail 16 in its position at 134. The stub shaft 26 and bail 18 cannot swing downwardly because latch 40 locks them in the upper position shown in FIGS. 3 and 4. Upon deposit of the next proper coin in the mechanism referred to, the motor 72 is again started to continue and complete a cycle of operation. During the completion of this cycle the control member is lowered farther by the cam groove 114 and permits bail 16 to swing from its position at 134 to a terminal position shown at 136. In this terminal position the forward can 124 can drop past the bail to the delivery station since that bail is now sufficiently far from side wall 2. During this release of the forward can 124, all of the cans in front columns will be lowered until they, too, rest on the bail 18. The crank pin 78 then continues from its lowermost position up to the final position shown in FIGS. 3 and 4, at which time roller 94 again enters notch 82 and the motor is stopped, having completed one full cycle of operation. During upward movement of the crank pin 78, the control member 118 is pulled upwardly and forcibly swings restraining arm 32 counterclockwise until the motor is stopped if there is any attempt to hold bail 16 down. However, a return spring 138 is provided and normally causes shaft 22 to rotate counterclockwise to return bail 16 to its upper and latched position as soon as the weight of the cans is removed therefrom.

During the previously described downward swinging movement of bail 16, the latch collar 35 and finger 106 secured thereon also swing clockwise. At some point during that swinging movement the finger 106 engages the toggle member 102 and forces it to swing from the full line position of FIG. 4 to the dotted line position shown. The toggle member 102, spring and latch release member 54 define a toggle linkage and it is clear that when 102 is in the dotted line position, its lower end is off-center and spring 100 then forcibly swings the yoke 96 of latch release member 54 to the dotted line position wherein it is under the nose 98 of the right hand latch 40 controlling shaft 26 and hail 18. It is immaterial whether the latch release member 54 is swung to the right during the first portion of the previously described cycle of operation or during the second portion. However, it is swung over to this new position by the time bail 16 reaches its terminal position at 136. After return of the bail 16 to its upper position, as already described, both shafts 22 and 26 are locked by their respective latches and are both subject to restraint by control member 118 and when another or third coin is placed in the machine, and motor 72 is again started, the latch release member .54 is again raised before the control member 18 is lowered but this time it will lift latch 40 and release bail 18 for lowering and dispensing movements in exactly the same manner as already described for bail 16. During this cycle of operation the rearmost can on the other side of the compartment is first released by entering pocket 132 on the left hand side of the apparatus, as seen in the figures, after which the front can of that other side is released.

As stated previously, the present invention is adapted to selectively vend either cans or bottles. The arrangement and adjustments for dispensing cans has been described. When it is desired to dispense bottles from the machine, the ribs 126 are removed from both side walls 2 and 4 and rear wall 6 is readjusted and reversed to the position shown in FIG. 8 wherein flanged edges. thereof and return-bent flanges 142 extend into the compartment in position to engage and guide neck portion 144 of bottles 146. The bottles 146 are likewise arranged in two adjacent columns that are vertically staggered and laterally overlapping as is more or less conventional in the art. Means are preferably provided on the side walls 2 and 4 for supporting the rear wall 6 in a plurality of different positions spaced differently from the front wall 8 to accommodate bottles of any desired length. When bottles are dispensed, the motor control cam is adjusted to appear as shown in FIG. 9, wherein masking plate 86 is swung to a position to cover notch 84 and provide a continuous edge thereover. Thus, when the motor 72 is started the cam plate 80 will turn through a complete revolution before the motor is stopped. This causes the mechanism previously described to swing continuously so that bail 16, for example, will move continuously through its intermediate position 134, to its terminal position 136 and then will move back to its upper position. Obviously, each bail must move through a complete cycle of operation since only a single bottle is dispensed from each side of the compartment for each complete cycle of operation.

It is to be noted from FIG. 8 that the outwardly ofiset pockets 132 are completely ineffective when bottles are being dispensed since the downward movement of the bottle is controlled by the main portions of the side walls 2 and 4.

It is not necessary that the so-called pockets 132 have a laterally displaced side wall portion as shown. The pocket structure 132. may be omitted, leaving only the opening 133 in side wall 2 and when the bail 16 lowers the bottom can to a point where its contact with wall 2 passes the upper edge of opening 133, that can may then fall out through the opening 133 onto any suitable receiving device.

As an alternative arrangement, the openings 133 and pockets 132 can be omitted leaving side walls 2 and 4 planar throughout their areas. The bails 16 and 18 would be so shaped and configured that when the bail swings to an intermediate position one portion thereof is spaced from the side wall a greater distance than the other portion.

While a single specific embodiment of the invention has been shown and described in detail herein, it is to be understood that the same is merely illustrative of the principles involved.

What is claimed is:

1. In a vending apparatus having opposed longitudinal side walls, a rear wall, and a front wall defining a compartment for holding separate columns of generally cylindrical articles with at least one column against each side wall and with the articles of the respective columns being vertically staggered and horizontally overlapping so that supporting one article of one column will support all articles of all columns thereabove, and a movable bail below each column mounted for downward and inward gravitating swinging movement, the improvement comprising: a restraining arm fixed relative to each bail; a single control means engaging both said restraining arms to hold said bails against swinging movement by the weight of articles thereon; separate latch means locking each bail against such swinging movement; cyclically operable actuating means arranged to release one of said latch means, at the start of a cycle of operation, then to move said control means away from said restraining arms to permit article releasing movement of the one bail associated with said release latch.

2. Apparatus as defined in claim 1 wherein said actuating means moves said control means at a predetermined rate to limit the rate of swinging of said one bail.

3. Apparatus as defined in claim 1 wherein said actuating means includes a latch release member; and means responsive to a predetermined article releasing movement of each bail to move said latch release member into perative relation to the latch means associated with the other bail.

4. Apparatus as defined in claim 3 including a resilient toggle device for holding said latch release member in operative relation to that latch means to which it is moved.

5. Apparatus as defined in claim 1 wherein said bails are mounted for swinging movement on laterally spaced shafts, said restraining arms being fixed to said shafts and converging upwardly, said control means being vertically movable below said arms; said actuating means including a cam device for moving said control means.

6. Apparatus as defined in claim ll wherein said cyclically operable actuating means comprises a rotary crank pin; driving means connecting said crank pin to means for releasing said one latch means; and further driving means connecting said crank pin to said control means.

7. Apparatus as defined in claim 6 wherein said control means comprises a swingable member actuated by said further driving means; a cam slot in said member; and a slidably mounted restraining-arm-engaging member having a cam follower portion in said cam slot.

8. Apparatus as defined in claim 1 wherein said actuating means comprises a rotary drive member; a motor for driving said rotary drive member; and means responsive to completion of one revolution of said rotary drive member for stopping said motor.

9. Apparatus as defined in claim 8 wherein said rotary drive member is provided with selectively adjustable means whereby said rotary drive member may be caused to stop said motor after completion of only a predetermined portion of one revolution.

10. In a vending apparatus having opposed longitudinal side walls, a rear wall and a front wall defining a compartment for containing and confining at least two columns of generally cylindrical articles with articles of one column axially displaced from articles of the other column, in a front to rear direction, and a longitudinally extending bail extending below both columns in supporting relation thereto and being mounted for lateral movement from a first position supporting said columns to a terminal position sufiiciently spaced from one side wall to permit downward passage of an article therebetween, the improvement comprising; a lower portion of said one side wall, opposite only one of said columns and adjacent said bail, being provided with an opening large enough to receive one of said articles, whereby to permit outward assage of an article from only said one column, outwardly said bail, when said bail is in an intermediate position between said first and terminal positions.

11. Apparatus as defined in claim 10 including cyclically operable means for causing and controlling movement of said hail from said first position to said terminal position and back to said first position; said cyclically operable means including means for stopping the same when said bail is in said intermediate position.

12. Apparatus as defined in claim 10 wherein said bail is mounted for swinging movement downwardly from said first position and laterally away from said one side wall by the weight of articles thereon, said cyclically operable means including means for limiting the rate of swinging movement of said bail.

13. Apparatus as defined in claim 10 wherein the articles of one column are axially aligned with corresponding articles of the other column and wherein said opening in said one side wall is in only a lower portion thereof below the region of contact of said one side wall with the lowermost article of said one column when said bail is in said first position.

14. In a vending apparatus having opposed longitudinal side walls, a rear wall, and a front wall defining a compartment for holding at least one column of generally cylindrical articles stacked therein against one of said side walls, and cyclically operable release means supporting said column and being movable to release the lowermost article therefrom, the improvement comprising: means releasably supporting said rear wall for selective mounting thereof at different distances from said front wall; and removable upstanding rib means mounted on one of said side walls between said front and rear walls serving to separate and guide separate front and rear columns of articles whereby said apparatus may be selectively modified, by removing said rib means and selectively positioning said rear wall, to accommodate a single column of articles of greater length than the articles of said front and rear columns.

15. Apparatus as defined in claim 14 wherein the lower portion of said one side wall, between said rib means and one of said front and rear walls is cut away to permit passage of an article therethrough.

16. In a vending apparatus having opposed longitudinal side walls, a rear wall and a front wall defining a compartment for containing and confining at least two columns of generally cylindrical articles with articles of one column axially displaced from articles of the other column, in a front to rear direction, and a longitudinally extending bail extending below both columns in supporting relation thereto and being mounted for lateral movement from a first position supporting said columns to a terminal position wherein all portions thereof are sufficiently spaced from one side wall to permit downward passage of said articles therebetween, the improvement comprising: a portion of said one side wall and a portion of said bail op-= posite said side wall portion and opposite only one of said columns, being so relatively shaped that the space therebetween is greater than the space between the remainder of said bail and said side wall when said bail moves from said first position toward said terminal position to thereby release an artcle from said one column while retaining the articles of the other column.

References Cited UNITED STATES PATENTS 2,459,715 1/ 1949 Newman 221-295 2,511,099 6/1950 Case 221-295 X 2,836,326 5/ 1958 Childers 22167 3,158,247 11/1964 Gale 22167 X 3,326,412 6/1967 Newberry 22167 3,379,342 4/ 1968 Newberry 22167 STANLEY H. TOLLBERG, Primary Examiner US. Cl. X.R. 221-295

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US2459715 *Jul 14, 1947Jan 18, 1949Newman Lewis TVending apparatus
US2511099 *Mar 1, 1946Jun 13, 1950Case CoMeans for guiding objects through dispensing machines
US2836326 *Feb 21, 1955May 27, 1958Vendo CoMagazine for the storage of articles
US3158247 *Apr 28, 1961Nov 24, 1964Victor Products CorpDispensing machine for beverages in bottles or cans
US3326412 *Oct 23, 1965Jun 20, 1967Westinghouse Electric CorpVending machine with ice breaking apparatus
US3379342 *Feb 13, 1967Apr 23, 1968Westinghouse Electric CorpMultiple column vending machine
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US4460107 *Feb 8, 1982Jul 17, 1984Cavalier CorporationPlural mode multi-column dispensing machine
US4511059 *May 26, 1983Apr 16, 1985Cavalier CorporationVending machine with side mounted escrows
US4511060 *Jun 9, 1983Apr 16, 1985Cavalier CorporationAntitheft side mounted escrows for vending machine
US5967364 *Nov 11, 1997Oct 19, 1999Dixie-Narco, Inc.Large product vending system
Classifications
U.S. Classification221/67, 221/295
International ClassificationG07F11/16, G07F11/24
Cooperative ClassificationG07F11/24
European ClassificationG07F11/24