US981892A - Coin-controlled vending-machine. - Google Patents

Description

I zZM/ITNE819E8f1 E. is. SPAULDING. COIN GONTRDLLED VENDING MAGHINE.furmuumn 1 11.21) 1119.17. 1910.

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Patented Jan. 17. 1911.

E. F. SPAUL DING, COIN CONTROLLED VENDING MACHINE.

APPI JOATION FILED AUG. 17, 1910.

Patented Jm17,1911.

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NVENTOI? E WITNESSES:

A TTOR/VEY rm: mums PETERS ca. wAsnmGmN, a c,

barren sTArpSjgT @FMQE ELIJ'AH F. fiPAULDING, OF BROOKLYN, NEW YORK.

COIN-CONTROLLED VIE NDING-MACHINE.

Specification of Letters Patent.

Application filed August 17, 1910.

I Patented Jan. 1'7, 1911. Serial No. 577,578.

To all whom it may concern:

Be it known that I, ELIJAH F. SPAULDING, a citizen of the United vStates, and a resident of Brooklyn, in the county of Kings and State of New York, have invented certain new and useful Improvements in (loin- Controllcd Fending-Machines, of which the following is a specification.

The invention relates to improvements in coin-controlled vending machines, and it consists in the novel features, arrangements and combinations of parts hereinafter clescribed, and particularly pointed out in the claims.

The object of the invention is to provide an entirely eflicient and reliable vending macl'linc, capable of ready manufacture and operation and adapted to be operated for ejecting goods only upon the introduction of the proper coins to the machine.

The invention will be fully understood from the detailed description hereinafter presented, reference being had to the accompanying drawings, in which:

Figure l is a front elevation, with the upper portion broken away, of a vending ma chine embodying my invention; Fig. 2 is a front view, of the lower portion of the machine with certain features omitted and other parts in section, the entire front of the cabinet being omitted and the right hand half of the front hinged coin plate down which the coins slide after having passed through the coin slots, being removed, while the left hand half of said plate is shown in position with a coin indicated on the rear face thereof by dotted lines, the top circle inclicating the coin as starting to slide down said plate and the bottom dotted circle denoting the coin in its at rest position in line with the coin ejector; Fig. 8 is a substantially central vertical section through a portion of the machine, the operative mechanism being shown in its normal. initial or inoperated position, but ready to be operated, acoin 15 having attained a proper position to permit the machine to be operated; Fig. 4: is a like view of the same showing the parts in their operated position, with the operating handle pulled outwardly, thecoin 15 released to descend and the lower piece of goods in the vertical. tray ejected ready to descend to the purchaser; 5 is a top view of the stationary supporting plate for the operative mechanism of the machine, the operating handle being partly broken away; Fig. 6

is a detached front edge view of a slidable plate connected with. the operating handle and shown in Fig. 5, by dotted lines, in top elevation; Fig. 7 is a detached side elevation of one complete set of mechanism for acting against the coin when in the position shown in Fig. 3, and for positioning the pivoted goods ejector and effecting during the continued movement of the handle bar the dislodgment of the coin and the ejection of a piece of goods from the tray, in the manner represented in Fig. 4., all of the parts shown in Fig. 7 being carried by an individual plate; Fig. 8 is a front edge view of the plate shown in side elevation in Fig. 7 with the operative parts omitted from said plate.

In the drawings, 16 designates the cabinet as a whole, said cabinet comprising a back 17,sides 18, an upperremovable front 19 behind which the trays for the stacks of confection are located, and a lower front hingedcoin door 20, behind which and between the sides and back of the cabinet is formed a chamber to receive a portion of the operative mechanism of the machine, and also the coins fed to the machine. Theremovable front 19 may be of any suitable character, and the one shown corresponds substantially with the removable front described in Letters Patent No. 935,824 and Number 939,563 heretofore granted to me. Thefront 19 is supported upon the upper edge of aplate 21, as described in the said Letters, Patent, and said plate at its lower portion affords a discharge opening 22 for the pieces of confection sold.

The trays for the stacks of confection are numbered 23 and are of customary character, said trays having below their lower ends base plates at for supporting the stacks of confection orpieces 25 at their end portions, as shown in Fig. 2. below each stack are separated at their facing edges so as to afford space for the passage between them of the goods ejector. Upon the stacks of confection I applyweights 26 which are recessed longitudinally on their lower surfaces, as at 27, so that at no time will said weights interfere with or act against the goods ejectors.

At the front and extending forwardly and downwardly from the trays is the stationarycoin slot plate 28 down which the purchased pieces of confection slide through theopening 22 and which is formed with a coin- Theplates 24 receivingslot 29 for eachtray 23. The coin.slot plate 28 is stationary and its front edge turns downwardly and terminates adjacent to the upper edge of the door.

Below thecoin slot plate 28 is mounted in the-sides of the cabinet ahorizontal plate 30 for the operative mechanism of the machine, said plate being stationary but preferably detachable from the cabinet. Theplate 30 has secured to the lower side of its front oppositeedge portions brackets 31 which extend downwardly and have pivotally secured to them a front coin-plate 32, said plate having at its upper opposite edgessmall flanges 33 through which the screws orpins 34 hinging saidplate 32 to thebrackets 31 pass. At the rear of the coin-plate 32 is secured, to the bed-plate 30, a transverse downwardly and inwardly inclinedrigid plate 35 between which and the hinged front coin-plate 32 the coins fed through the coin-slots 29 necessarily pass. Thehinged plate 32 is given a normal spring tension toward theplate 35 by means of thecoiled spring 36, but said spring permits theplate 32 to be turned downwardly and forwardly from theplate 35 and to the position shown in Fig. 4. The slidable portion of the operative mechanism is connected with a transverse plate 36 (Figs. 5 and 6), which is preferably formed from sheet metal and is slidably mounted on the edges of thestationary plate 30, saidplate 36 having its body portion spaced below theplate 30 and itsends 37 turned upwardly to embrace the edges ofsaid plate 30. The front and rear edges of theends 37 are bent inwardly at right angles and are slotted, as at 38, to pass upon the edges of theplate 30 and slidably support theplate 36 therefrom. Theplate 36 has secured to it theoperating handle bar 39 by which said plate, with the parts carried by it, may be pulled forwardly in operating the machine. Thehandle bar 39 is formed with rack-teeth 40, which are engaged by a gear-wheel 41 around whose shaft is wound a coiled leaf-spring 42, saidspring 42 having constant tension to rotate saidwheel 41 frontwardly and downwardly and toward the rear against the rack-teeth 40 of the handle-bar 39, whereby said spring is enabled to normally hold thebar 39 andplate 36 at their inner rear position shown in Fig. 3 and to return said parts to said position after said bar has been pulled outwardly to the position shown in Fig. 4 and then released. Theplate 30 is formedwit-h anopening 43 to enable the gear-wheel 41 to engage therack 40 on thebar 39.

Upon theplate 30 there is slidably mounted in aslot 44, for eachtray 23, a.vertical plate 45 carrying at its upper end a pivoted goods-ejector 46, at its lower end a rigid coin-ejector 47, and on its side apivoted latch 48 to which is pivoted anarm 49 having a forwardly projectinglip 50. Theplate 45 is preferably formed of sheet metal and has in its front edge arecess 51 and at its front and rear edges laterally turnedlips 52 containinghorizontal slots 53 which receive the edge of theplate 30 along theslot 44 therein and thereby support theplate 45 fromsaid plate 30. Theplate 45 carrying the coin-ejector and goods-ejector may have a sliding movement forwardly and backwardly under the operation of thehandle bar 39 andspring 42 when saidplate 45 is connected with thetransverse plate 36 to which said handle bar is secured. The means for connecting theplate 45 with theplate 36 is thelatch 48, which, in the proper operation of the machine, is engaged with ashoulder 54 formed at the rear edge of aslot 55 insaid plate 36. A spring '56 normally keeps thelatch 48 in engagement with theshoulder 54 so that when theplate 36 is pulled forwardly theplate 45 and parts connected with it will slide forwardly. hen a certain attempt is made to cheat the machine, as hereinafter explained, thelatch 48 will, through thelip 50 andarm 49, be turned downwardly from theshoulder 54, and at such time theplate 36 may slide forwardly with the handle-bar 39 but will not draw with it theplate 45, since the latter will have become unlatched fromsaid plate 36. The coin-ejector-portion 47 of theplate 45 is an integral forwardly projecting part of said plate and it projects into anarrow portion 57 of amain slot 58 in therigid plate 35. Theportion 57 of theslot 58 is made narrow so as to snugly receive thecoinejector 47, as shown in Fig. 3, to aid in stea dying and preventing tilting of theplate 45. When theplate 45 is drawn forwardly it passes bodily into theslot 58, its lower portion being within thenarrow part 57 of said slot and its upper portion, including thelip 50 and forward portion of thearm 49, extending through the upper enlarged portion of said slot.

The goods-ejector 46 is preferably formed of sheet-metal bent to present a broad front surface, as shown in Fig. 5, to the goods to be sold and at its rear portion to straddle the upper end of theplate 45 to which the goods-ejector is pivotally secured, as at 59. The goods-ejector 46 is normally on a plane below the lower piece of goods in thetray 23, as shown in Figs. 2 and 3 and in rear of said tray, while in the active position of the goods-ejector the latter is tilted upwardly, as shown in Fig. 4, in rear of and in line with the lower piece of goods in thetray 23, so that when theplate 36 andplate 45 are drawn frontwardly by thehandle bar 39, the goods-ejector may move against said lower piece of goods and force it frontwardly from the tray to a position at which it may slide down the coin-slot plate 28 to senses the purchaser. On the return movement of theplate 45 to its rear position, the weight of the confections in thetray 23 will turn the goods-ejector 46 downwardly to its ini tial position, the forward portion of the ejector on its return movement being compelled to move against the goods in thetray 23, which goods upon the ejection of the lower piece thereof'will immediately settle to the lower end of the tray. The means for pushing the forward end of the goodsejector 46 upwardly operates in connection with a properly positioned coin 15 (Fig. 3) and comprises a wire-rod 60 which is hooked through the front portion of the ejector and thence extends downwardly through an apertured guidinglip 61 at one side of theplate 45 and then through anotherapertured lip 62 formed on theplate 45 above thecoinejector 47. The guidinglips 61, 62 are clearly shown in Fig. 8. The rear portion of thewire 60 forms aspring latch 63 and extends downwardly along the side of theplate 45 and has a bent or latch portion 64 capable of yieldingly engaging the rear end of the lip Themain wire 60, when it is carried into contact with thecoin 15, is, due to the resistance offered by the coin, forced rearwardly and upwardly and elevates the forward portion of the goods-ejector 46, releasing .during this movement the springlatch 63 from thelip 95. When, during the rear movement of theplate 45 to its initial position thegoodsejector 46 is pressed downwardly by the weight of the stack in thetray 23, thewire 60 andspring latch 63 are moved downwardly by the ejector to their lower initial positions, shown in Fig. 7, and thelatch 63 automatically engages thelip 95 and yieldingly holds theejector 46 in its inoperative position. Thespring latch 63 is employed more particularly for preventing any rattling movement of thegoods ejector 46 and while desirable of use is not an indispensable feature of the structure.

I provide theplate 80 with coin-slots 65 (Fig. one being below each coin-slot 29 of theplate 28, and for each of these slots 65 I provide upon the plate 30 a slidingshutter 66 in the form of a plate resting upon theplate 30 and at its front portion seciiired thereto by ascrew 67 which passes through a slot 68 in the shutter. The rear end of theshutter plate 66 is formed with an upward-bent or offset portion 69 (Fig. 4), which has a shoulder 70 (Fig. and enters an opening 71 in atransverse box 72 secured on the rear end of theplate 30. The shutter-plate 66 is guided at its front end by thescrew 67 and slot 68 and at its rear end by the walls of the opening 71 in thebox 72. Within thebox 72 is secured aleaf spring 73 which normally acts against the rear end. of theshutter 66 to drive the latter forwardly over the coin-slot 65, so that said shutter may close said slot at all times when theplate 45 is away from its initial position and also at all times when the goods-eject0r 46 is in its upper position ready for operation. The means which restrain thespring 73 from causing theshutter 66 to close theslot 65 is awire rod 80 secured to the forward end of thegoodsejector 46 and projecting downwardly through a guidinglip 81 turned laterally from the side of theplate 45, as shown in Fig. 7 The lower end of thewire rod 80 normally stands in front of the shoulder 7 O on theshutter 66 and holds said shutter in its rear position against the stress of thespring 73, this being when theplate 45 is in its rear position and the goods-ejector 46 is in its lower position. After a coin has been introduced to the machine and theplate 45 pulled frontwardly with theplate 86 and handlerod 39 and the goods-ejector 46 has been turned upwardly by the resistance thecoin 15 offers to therod 60, thewire rod 80 is relieved from the shoulder 70 of theshutter 66 andthespring 73 then forces said shutter forwardly to close theslot 65. When, therefore, the machine is started in operation, the goods-ejector 46 turns upwardly to its operative position and in doing so carries therod 80 from the shoulder 70 of theshutter 66 and releases said shutter to be moved to its closure position by thespring 73. During the rearward movement of theplate 45 returning the goods-ejector to its normal initial position, the ejector is turned downwardly as hereinbefore described, by the weight of goods in thetray 23 and the lower end of therod 80 is by this downward movement of the ejector projected downwardly in front of the shoulder 70 on the shutter-plate 66 and during the continued rearward movement of theplate 45 therod 80 acting against the said shoulder 70 forces theshutter plate 66 rearwardly against the stress of thespring 73 and holds said shutter in its rear position with theslot 65 open to receive another coin. When the last piece of goods in atray 23 shall have been sold, the goods-ejector 46 will return to its rear position without becoming turned downwardly against the top of theplate 45, there then being nothing in the tray to act against the said ejector, which on its then rearward movement will travel through therecess 27 in theweight 26 without being acted on by said weight, and under this condition thewire rod 80 will remain in its upper position above the shoulder 70 of theshutter plate 66 and be unable to move the shutter to its rear position, whereby the shutter will be permitted to remain in its forward position closing theslot 65, so to exclude coins therefrom, there then not being any goods in thetray 23 to be delivered.

As hereinbefore described theinclined plate 35 is rigid and theplate 32 down which the coins slide is hinged at its upper end. Theplate 35 is formed in line with theplate 45 with aslot 58 and at its center is formed with anopening 82. Theplates 35, 32 are respectively formed withpins 83, 34 provided, as shown in Fig. 2, to arrest a proper coin in line with the lower portion of theplate 45 and parts carried thereby, thepin 83 being secured to theplate 35 and extending forwardly through an opening in theplate 32, while thepin 84 is secured to theplate 32 and extends rearwardly to theplate 35, said pins 83, 84 thus initially crossing the space normally between theplates 35, 32 when the machine is at rest and being intended to arrest a proper coin, while permitting improper coins, disks and the like to slide downwardly between them without becoming arrested. I also provide on theplate 35, between the upper portions of theslots 58, pins 85 initially crossing the space between theplates 35, 32. Theplate 32 is formed, in line with eachplate 45, with acoin discharge opening 86 and theclownwardly extending slot 87 leading from said opening and provided to admit the lower portion of theplate 45, as shown in Fig. 4. At the front of theplate 32 there is pivotally mounted, on atransverse rod 88, over each opening 86, adeflector 89 which has a lower rearwardly projecting arm extending through the upper portion of thecoin discharge opening 86, as shown in Fig. 3, and an upper curved arm tending by its weight to turn the lower rearwardly projecting arm rearwardly across the space between theplates 32,

Thedeflector 89 is an automatic device for aiding in preventing the cheating of the machine and its lower arm is directly in the path of the coins fed to the machine. If a coin of proper weight is fed to the machine it will pass against the lower arm of the deflector and turning said deflector on itspivot rod 83 pass the same and reach an at rest position against thepins 83, 84, as indicated by dotted lines at the left hand part of Fig. 2. If, however, the coin or disk fed to the machine should be deficient in weight to turn the lower arm of thedeflector 89 clownwardly, said coin or disk will be by said deiiector turned laterally and pass downwardly between the pins 85 (Fig. 2) and thus not reach the position whereby the machine might be operated in connection therewith. Thedeflectors 89 are therefore safety devices to prevent improper use of the machine. I have found that thepins 35 are also useful in restraining a proper coin from taking a lateral course. When a proper coin is fed to the machine and reaches the lower arm of thedeflector 89, 1t meets some resistance, and while overcoming th1s reslstance there is acoin 15 of proper dimensions is fed to the machine through thecoin slot 29 andcoin slot 65 and slides downwardly between theplates 32, 35 until arrested by thepins 83, 84, said coin having on its downward passage moved the lower arm of thedeflector 89 outwardly so as to pass the same. Thereupon the operator will grasp thehandle bar 39 and pull the same outwardly to secure the dislodgment of the lower piece of goods in thetray 23. The first portion of the outer movement of thehandle bar 39 and its 0011- nected parts results in the lower end of thewire rod 60 moving against thecoin 15, and in said rod being thereby pushed upwardly to elevate thegoods ejector 46 into its operative position, and thereupon during the continued outward movement of thehandle bar 39 thecoin ejector 46 passes under thecoin 15. Theplate 32 is pressed forwardly on its hinges by the act-ion of the front end of theplate 45 against the coin and thegoods ejector 46 is carried forwardly against the lower piece of confection in thetray 23 and dislodges the same, said piece descending on theplate 28 to the purchaser, and thecoin slot 65 being kept closed during this movement of the handle bar by means of theshutter 66. In Fig. 4 I illustrate the shutter as closing theslot 65 so as to exclude a coin (numbered 90) from being fed to the machine. Upon the return or inward movement of thehandle bar 39 and its connected parts the coin ejector is turned downwardly by the weight of the goods in thetray 23, the lower end of the rod engages the shut ter 66 and opens theslot 65, and thespring 36 retracts theplate 32 to its position with relation to theplate 35, and thereupon the machine is ready for continued use.

In the construction shown in the drawings the machine is provided with twotrays 23 and the slidingplate 36 is equipped with two sets ofplates 45 and connected parts, one for each tray. The machine may be en larged by employing a greater number of trays and by equipping the slidingplate 36 with a corresponding number ofplates 45 and connected parts, theplates 45 and their connected parts being duplicates of one another.

Thespring latch 48 andarm 49 are used to prevent the cheating of the machine by means of a thin strip of metal or stifi paper which in the absence of provision to the contrary might be passed downwardly through thecoin slots 29, 615 and between theplates 32, 35 so as to stand in front of the coin ejector plate 4E5, above the coin ejector i7, so as to C t istitute an obstruction which, on the pull of thehandle bar 39, would cause the wire rod (it) to move upwardly and set the goods ej ctor it: in operative position. in order to frustrate the employment of the strip of metal or paper for enabling the operating of the machine, I provide the spring latch 4:8 and arm 4:9 whosefront lip 50 projects forwardly in advance of the lower end of the wire rod fit) so that it, on the outward pull of the handle her, would strike against any such strip and, due to the resistance thus offered, turn the spring latch l8 on its pivot to free the same from theshoulder 54 of the 'plate 36, the resulting in theplate 36 moving forwardly with the plate a5 remaining in its rear position, said plate having heome unlatched pin the sliding plate 'cept for prt "ling against the use of a i ip of thin me al or stitl paper for cheating the machine, the latch 418 and arm 4L9 we it. not he made use of, but the plate 4-5 would be permanently connected with the trainer 'seplate 36 so as to always slide therewith. The arm d9 guided on the t re 93 of the plate 4:5 (l ig. 7) and is formed with a bent-finger 9 l- (Figs. 3 and 7) serving to hold said arm against the side of said plate.

I provide my invention with means for inov." theplate 39; outwardly on its hinges each tune thehandle bar 39 is operated reles of whether a 'nj'oper coin has been 5 to the machine, and these .lneans com p rise 'rply an. arm Sl'i (liig. 4:) seemed to the lower central. portion of theplate 36 at l having a forwardly bent lower end upon h is aroller 92. When the handle bar lied forwardly theroller 92passes 1 an opening in the rigid plate 5 and pr sing against the rear face of the hin 'ed plate 322 turns the same :hn'wardly at l assures the freeing of :imything that may have lot l liiaetween said 1 The lnaelret nds serve as stcyis to 1 any undue cndwarr'l ween 'ichinged plate 32.

in the ir n :p ration of the i'nachine,

conn'nejl' M with. the parts shown in F 5 21.5, the coin lo c" "card by the coin ejector is,

linking tln. outi ard movement of the plate 352, on to slide iuawardly on said plate initil. it pass into line with the discharge m en therein at which time the pres s..n'e o. "he coin ejector heing still exerted the coin, the latter will be thrown y throl. saidopening 86 and fall into the genera coin receiving chamber of the machine. In an instance in which the machine might be equipped with a series of trays with a plate 4:5 for each tray, the onehandle bar 39 would be employed for all of said. plates, and if a coin should be inserted through each of the coin slots for the respective trays and thehandle bar 39 pulled outwardly, the machine would eject the lower piece of goods from each of the trays by a sin'iultaneous operation. When, however, only one coin is inserted in one of the slots, only one goods ejector will he rendered operative, and although all of the goods ejectors will move forwardly on the pull of the handle bar, only one piece of goods will be discharged from the machine.

li hat I claim as my invention and desire to secure by Letters Patent, is:

1. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a transverse slide below the tray, a handle-bar for operating the slide, a verticalplate connected with the slide and constituting at its lower portion a coin-ejector and at its upper portion carrying a l'novahle goods-ejector, a hinged c0inplate on which a coin may descend from the coin-slot and having an opening therein of sl'lflicient size to permit a coin to he forced through it when the said opening and coin are in line with each other, means adjacent,

to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will he thereby caused. to turn on its hinge and carry the opening therein in line with said coin and pe mi t the coin to escape through the same; substantially as set forth.

2. In a coil'i-controlled vending machine having a coin-slot plate and a tray for the goods to he sold, a transverse slide below the tray, a handle-bar for operating the 1 o, a vertical. plate connected with the s. and constituting at its lower portion a coin-ejector and at its upper portion carrying a movable goods-ejector, a hinged coinplate on which a coin may descend from the coin-slot and having an opening therein of sufficient size to permit a coin to he forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial position, a spring latch for yieldingly holding the goods-ejector in its inoperative position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hinged-plate, so as to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle tothe path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same; substantially as .set forth.

3. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a transverse slide below the tray, a handle-bar for operating the slide, a vertical plate connected with the slide and constituting at its lower portion a coin-ejector and at its upper portion carrying a movable goods-ejector, a hinged coin-plate on which a coin may descend from the coin-slot and having an opening therein of suflicient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hinged-plate, so as to con tact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goodsejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same, combined with a latch connecting said vertical plate with said slideand means projecting in the path of the coin for freeing said latch by contact with anything occupying the path of the coin on the forward pull of the handle-bar thereby releasing said plate from said slide and allowing the latter to move forwardly without said plate; substantially as set forth.

4. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a transverse slide below the tray, a handle-bar for operating the slide, a vertical plate connected. with the slide and constituting at its lower portion a coin-ejector and at its upper portion carrying a movable goods-ejector, a hinged coin-plate on which a coin may descend from the coin-slot and having an opening therein of suflicient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hinged-plate, so as to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same, combined with a latch pivoted to said vertical plate and connecting the same with said slide, and an arm pivoted to said latch and supported on said plate and projecting in the path of the coin for freeing said latch by contact with anything occupying the path of the coin on the forward pull of the handle-bar, thereby releasing said plate from said slide and allowing the latter to move forwardly without said plate; substantially as set forth.

5. In a coin-controlled vending-machine having a coin-slot plate and a tray for the goods to be sold, a mechanism supporting plate below said tray, a transverse slide mounted on said plate, a handle-bar for operating said slide, a vertical slidable plate mounted in a slot in said supporting-plate and connected with said slide and constituting at its lower portion a coin-ejector and at its upper portion carrying a movable goods-ejector, a hinged coin-plate on which a coin may descend from the coin-slot and having an opening therein of sufficient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hinged-plate, so as to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the to i opening therein in line with said coin and permit the coin to escape through the same; sub iantially as set forth.

6. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a mechanism supporting plate below said tray, a transverse slide mounted on said plate, a handle-bar for operating said slide, a vertical slidable plate mounted in a slot in said supporting-plate and connected with said slide and constituting at its lower portion a coin-ejector andat its upper portion carrying a movable goodsejector, a hinged coin-plate on which a coin may descend from the coin-slot and having an opening therein of sufficient size to permit a coin to be forced through it when the said opening and coin are in line with each other,

n'ieans adjacent to said opening for arresting a proper coin in a plane with the coinejector, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hingedplate, so as to contact with said coin when said. slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation" of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same, combined with a shutterplate mounted on said. supporting plate for closing the entrance for coins when said goods-ejector is in its operative position, a spring normally acting against said shutterplate to move it to its operative position, and means on the goods-ejector in advance of a shoulder on said shutter-plate for maintaining said plate in its inoperative position when said goods ejector is in its inoperative position and in rear of the tray of confections; substantially as set forth.

7. In a coin-controlled vending machine having a coin slot plate and a tray for the-- goods to be sold, a mechanism supporting plate below said tray, a transverse slide mounted on said plate, a handle-bar for op erating said sl' lo, a vertical slidable plate mounted in slot in said supporting-plate and connected with said slide and constituting its lower portion a coin-ejector and at its upper portion carrying a movable goodsejector, a hinged coin-plate on which a coin may descend from the coin-slot and having an opci'iing therein of sufiicient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arrest ing a proper coin in a plane with the coinejector, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and ex tending along said vertical plate to a point in line with the coin held on said hingedplate, so to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path. of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same, combined with a shutterplate mounted on said supporting plate for closing the entrance for coins when said goods-ejector is in its operative position, a spring normally acting against said shutterplate to move it to its operative position, and a rod projecting downwardly from said goods ejector normally in advance of a shoulder on said shutter-plate for maintaining said plate in its inoperative position when said goods-ejector is in its inoperative position and in rear of the tray of confections and freeing said shutter-plate to be acted on by its spring when the goods-ejector is ele vated to its operative position; substantially set forth.

8. In a coincontrolled vending machine having a coin-slot plate and a tray for the goods to be sold, a mechanism supporting plate below said tray, a transverse slide mounted on said plate, a handle-bar for operating said slide, a vertical slidable plate mounted in a slot in said supporting-plate and connected with said slide and consti toting at its lower portion a coin-ejector and at its upper portion carrying a movable goods-ejector, a hinged coin-plate on which a coin may descend from the coin-slot and having an opening therein of suflicient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial position, a spring-latch yieldingly holding the goods-ejector in its inoperative position, and means connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hinged plate, so as to contact with said coin when said slide and. vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused. to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same; substantially as set forth.

9. in a coin-controlled vending machine having a coin-slot plate and a tray for the to be sold, a mechanism supporting plate below said tray, a transverse slide mounted on said plate, a handle-bar for operating said slide, a vertical slidable plate mounted. in a slot in said supporting-plate and connected with said slide and constituting at its lower portion a coinejector and at its upper portion carrying a movable goodsejector, hinged coin-plate on which a coin may descend from the coin-slot and having an opening therein of sufiicient size to permit a coin to be forced through it when the said opening and coin. are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hingedplate, so as to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same, combined with a latch connecting said vertical plate with said slide and means projecting in the path of the coin for freeing said latch by contact with anything occupying the path of the coin on the forward pull of the handle-bar, thereby releasing said plate from said slide and allowing .the latter to move forwardly without said plate; substantially as set forth.

10. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a mechanism supporting plate below said tray, a transverse slide mounted on said plate, a handle-bar for operating said slide, a vertical slidable plate mounted in a slot in said supporting-plate and connected with said slide and constituting at its lower oo-rtion a coin-ejector and at its upper portion carrying a movable goods-ejector, a hinged coin-plate on which a coin may descend from the coin-slot and having an opening therein of suificient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial posi- 'tion, and a rod connected with said goodsejector and extending along said vertical plate to a point in line with the coin held on said hinged-plate, so as to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same, combined with a latch pivoted to said vertical plate and connecting the same with said slide, and an arm pivoted to said latch and supported on said plate and projecting in the path of the coin for freeing said latch by contact with anything occupying the path of the coin on the forward pull of the handle-bar, thereby releasing said plate from said slide and allowing the latter to move forwardly without said plate; substantially as set forth.

11. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a transverse slide below the tray, a handle-bar for operating the slide, a vertical plate connected with the slide and constituting at its lower portion a coin-ejector and at its upper portion carrying a movable goods-ejector, a hinged coinplate on which a coin may descend from the coin-slot and having an opening therein of sufiicient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a. plane with the coin-ejector, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hinged-plate, so as to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle, moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same. combined with a weighted pivoteddeflector 89 carried by said hinged plate and having a lower arm extending through the same in the path of the coin to its arresting means; substantially as set forth.

12. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a slide mounted below the tray, a handle for operating the slide, a goods-ejector carried by the slide, means for positioning the said ejector, on the operation of said handle, to dislodge a piece of goods from said tray, a coin-ejector also carried by the slide, a hinged coin-plate on which a coin may descend from the coin slot and having an opening therein of suflicient size to permit a' coin to be forced through it when said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in line with said coin-ejector, and a spring yieldingly holdwith the coin in the path of the coin-ejector, said hinged plate initially being at an angle to the path of the coinejector so that as said ejector is on the operation of said handle moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to es cape through the same; substantially as set forth.

13. In a coin-controlled vending machine having a coin slot plate and a tray for the goods to be sold, a slide mounted below the tray, a handle for operating the slide, a goods-ejector carried by the slide, means for positioning the said ejector, on the operation of said handle, to dislodge a piece of goods from said tray, a coin-ejector also carried by the slide, "a hinged coin-plate on which a coin may descend from the coin slot and having an opening therein of sufficient size to permit a coin to be forced through it when said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in line with said coinejector, a stationary plate close to said hinged coin-plate for confining the coin to said hinged plate and coin-arresting means located between said plates, and a spring yieldingly holding said hinged plate in its initial position with the coin in the path of the coin-ejector, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is mg said hinged plate in its initial position I on the operation of said handle moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same; substantially as set forth.

14:. In a coin-controlled vending machine having a coin-slot plate and a tray for the goods to be sold, a transverse slide below the tray, a handle-bar for operating the slide, a vertical plate connected with the slide and constituting at its lower portion a coinejector and at its upper portion carrying a movable goods-ejector, a hinged coin-plate on which a coin may descend from the coinslot and having an opening therein of sufficient size to permit a coin to be forced through it when the said opening and coin are in line with each other, means adjacent to said opening for arresting a proper coin in a plane with the coin-ejector, a stationary plate 35 close to said hinged coin-plate for confining the coin against said hinged-plate, a spring yieldingly holding said hinged plate in its initial position, and a rod connected with said goods-ejector and extending along said vertical plate to a point in line with the coin held on said hinged-plate, so as to contact with said coin when said slide and vertical plate are started on their movement and thus be forced to elevate said goods-ejector to its operative position, said hinged plate initially being at an angle to the path of the coin-ejector so that as said ejector is, on the operation of said handle,

moved against the arrested coin said plate will be thereby caused to turn on its hinge and carry the opening therein in line with said coin and permit the coin to escape through the same; substantially as set forth.

Signed at New York city, in the county of New York and State of New York, this 16th day of August A. D. 1910.

CHAs. G. GILL,

ARTHUR MARION.

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