US3272299A

US3272299A - Token dispensing apparatus for parking meters

Info

Publication number: US3272299A
Application number: US404816A
Authority: US
Inventors: Lester D Sollenberger
Original assignee: Duncan Parking Meter Corp
Current assignee: Duncan Parking Meter Corp
Priority date: 1964-10-19
Filing date: 1964-10-19
Publication date: 1966-09-13
Anticipated expiration: 1983-09-13

Description

l 13, 1966 L. D. SOLLENBERGER 3,

TOKEN DISPENSING APPARATUS FOR PARKING METERS 2 Sheets-Sheet 1 Filed Oct. 19, 1964 INVENTOQ Lesier D. Salienbwyer (Wigs p 13, 1966 L. D. SOLLENBERGER 3, 7 9

TOKEN DISPENSING APPARATUS FOR PARKING METERS Filed Oct. 19, 1964 2 Sheets-Sheet 2 luvs/wo Lesier D Sollerzbezyer Wk/9 MM M7 2mm United States Patent 3,272,299 TOKEN DISPENSING APPARATUS FOR PARKING IVETERS Lester D. Sollenherger, Oak Park, Ill., assignor to Duncan Parking Meter Corporation, Chicago, Iii., a corporation of New York Filed Oct. 19, 1964, Ser. No. 404,816 7 Claims. (Cl. 194--2) This invention relates to a parking meter, and in particular, to parking meters of a type adapted to dispense tokens.

Means for dispensing of tokens from parking meters have previously been disclosed. Thus, United States Patent No. 2,070,445 provides a parking meter construction wherein tokens in the form of tickets were dispensed when money was inserted in the meter and time set thereon. In the particular structure described in this patent, the tokens were in the form of a small tickets, and the tickets were designed to provide a receipt for the money inserted in the meter. Such receipts were then redeemable in cash or trade at a store adjacent the location of the meter. In addition, it was contemplated that the tickets could be employed for safety slogans, advertising, or for purely informational purposes.

One difiiculty involved with such meters concerned the inability of the meters to store a suflicient number of token within a reasonably small space. Thus, it is desirable to provide a large number of tokens to minimize the maintenance necessary for the meter operation. On the other hand, it is desirable to maintain the meters as small as possible to hold costs down and to maintain as neat an appearance as possible.

Constructions are available which permit the storing of substantial numbers of tokens within a relatively small space. In one such construction, a design not developed by the instant inventor, a magazine defining a plurality of vertical bores about its periphery is employed. All of the bores can be filled with tokens and a dispensing disc along with a plate comprising a shut-01f for the bores is associated with the construction whereby tokens can be removed successively from the bores. With this arrangement, the dispensing discs will be continuously replenished with tokens as long as some tokens remain in the magazine.

'In available token dispensing meters, the tokens are dispensed when the meter is operated to initially set time on the meter. It is important, however, to provide an operation wherein tokens will also be dispensed even when unelapsed time remains on the meter, but the individual parking his car wishes to add time to the meter. Thus, if only part of the time originally set remains, such an individual may wish to add time and receive a token, but it would be inconvenient if the individual had to wait for the meter to run down to a certain level before a token could be dispensed.

The general object of the instant invention is to provide a token dispensing parking meter which embodies previously discovered means for the holding of tokens and which includes a dispensing operation capable of dispensing tokens whenever time corresponding to the value of the coin inserted is set on the meter.

The general object of the instant invention is to provide a means for dispensing tokens which is directly operable by the mechanisms which set time on the meter and which will, therefore, provide for dispensing of tokens even irrespective of the amount of unelapsed time displayed by the meter.

These and other objects of this invention will appear hereinafter, and for purposes of illustration but not of limitation, specific embodiments of this invention are shown in the accompanying drawings in which:

FIGURE 1 is a detail plan view of the token dispensing mechanisms of this invention;

FIGURE 2 is an elevational view partly in section of the mechanisms of FIGURE 1;

FIGURE 3 is a vertical sectional view illustrating the token magazine and dispensing discs;

FIGURE 4 is a detail illustration of the dispensing discs of the token magazine;

FIGURE 5 is a cross-sectional view taken about the line 55 of FIGURE 3;

FIGURE 6 is a crosssectional view taken about the line 6-6 of FIGURE 3; and,

FIGURE 7 is a detail view of the dispensing discs and actuating pawl used for moving the discs during a dispensing cycle.

The token dispensing means of this invention is designed for association with a parking meter of conventional design. Specifically, in such meters, time is usually set on the meter after insertion of a coin through rotation of a wheel associated with the time indicator. The coin will effect setting of the time in various ways, however, the instant invention will be described with reference to a meter of the type wherein the coin displaces a setting pawl upon rotation of an operating handle. The setting pawl will engage a ratchet wheel at some point during movement of the operating handle, and the ratchet wheel provides for actual setting of time on the indicator. It will be appreciated that the operation of the dispensing mechanisms to be described will be applicable to other conventional meter operations.

The means for effecting token dispensing in accordance with this invention involve lever means located for movement in response to movement of the wheel which effects setting of time on the meter. These movements are tied directly together so that the dispensing lever will operate each time a coin is inserted even if unelapsed time is on the meter. Means are attached to the lever whereby movement of the lever will drive the dispensing mechanisms associated with the magazine holding the tokens.

The accompanying drawings illustrate an example of the instant invention as applied to a conventional parking meter construction and to a particular magazine arrangement for holding of tokens. It will be appreciated that the parking meter operation and the particular token magazine do not comprise contributions of the instant inventor insofar as this application is concerned. As previously explained, the object of the instant invention is to provide a particular means for tying in setting of time on the meter with the token dispensing operation. In addition, the design and operation of the means adapted to actuate token dispensing are believed to be novel.

FIGURE 1 illustrates certain elements employed in the parking meter structure with which the instant invention is associated. These elements comprise a stationary ratchet member 10 having ratchet teeth 12. Mounted coaxially with the stationary ratchet member is a rotary ratchet wheel 14 defining ratchet teeth 16. A pivotally mounted pawl 18 is shown in position adjacent the respective ratchet elements.

The meter operation involved herein is described in detail in United States Patent Nos. 1,799,056 and 2,070,445. In such an operation, a coin is adapted to be inserted in the meter and thereafter, an operating handle is rotated to initiate the time setting operation. The coin inserted is rotated along with the handle and this coin directly engages a spring loaded pawl (not shown). The insertion of a coin moves the pawl a distance suflicient to provide engagement with the teeth 12 of the ratchet 10. This arrangement is provided so that the handle will not return to its initial position even if the handle is released before the coin is removed. At a certain point, the coin operates to displace the second pawl 18 for engagement with the teeth 16 of the rotary wheel 14 whereby continued rotation of the handle will provide simultaneous rotation of the wheel 14.

There are provided a plurality of points for displacement of the pawl 18 with each point being spaced apart from the other and with each being in linewith the travel of a different coin. Thus, a meter may have separate coin slots for a nickel and a dime. The dime will cause displacement of the pawl 18 to effect a turn of greater distance for the ratchet wheel 14 thus providing more time on the meter.

The specific improvement of this invention involves the provision of a lever 20 mounted coaxially with respect to the ratchet wheel 14. This lever defines spacedapart ratchet teeth 22 and 24 on an arm portion 26. A second arm portion 28 is bent upwardly at 30 and extends over the peripheral extent of the respective ratchets. A rod 32 is tied to the end of the arm 28. In the embodiment shown, the arm defines an eyelet 36 at its end which is movably held in place around threaded pin 34 by means of nut 38.

The other end of the rod 32 defines an in-turned portion 40 which is received in an opening defined in the element 42. This element is movably positioned around a shaft 44, and it will be noted when considering FIG- URE 1 that the extension 46 of the element which holds the end 40, extends a substantial distance away from the shaft 44. A second element 48, defining an extension 50, is held in spaced-apart relationship from the element 42 by means of a sleeve 52. The

elements

42 and 48 are secured to the sleeve at 54 and 56, respectively, whereby movement of the element 42 will impart corresponding movement to the element 48.

A pawl member 58 is secured to the extension 50, and this pawl member is positioned for engagement with the down-turned portions 60 defined by a rotary disc 62. The disc 62 in turn defines a plurality of circular openings 64 which are located about its periphery. The openings 64 correspond in size with the size of bores 66 defined in a token magazine 68 and they are evenly spaced and positioned whereby direct communication is provided. It will be noted, however, that the magazine 68 does not have a bore in the location adjacent a token discharge chute 70.

The token discharge chute comprises a member secured to a plate 72 which closes off each of the bores 66. The plate 72 defines a cut out portion 74 which is dimensioned whereby a token held in an opening 64 will drop through the cut out 74 when the opening holding the token is moved into position over this cut out portion. The magazine 68 and the plate 72 are held in stationary positions with respect to the shaft 44. Accordingly, the discharge chute is adapted to communicate with the outside of the meter so that an individual can retrieve tokens dispensed by the meter.

In describing the operation of the above structure, it will first be assumed that a nickel is the lowest denomination acepted by the meter and that one token is to be dispensed for the nickel. When the operating handle of the meter is turned after insertion of the nickel, the nickel will cause the pawl 18 to be displaced to the ratchet wheel operating position after a certain distance of travel. In the disclosed construction, this will result in engage ment of the ratchet wheel at a point 76 adjacent the ratchet tooth 24 on the arm 26 of the lever 20. As suggested by FIGURE 1, the displacement of the pawl will also result in the engagement by the pawl with the tooth 24 whereby continued rotation of the operating handle will move the lever 20 simultaneously with the movement of the ratchet wheel 14. It will be appreciated that the ratchet wheel 14 is essentially a winding wheel for the timer mechanism. Other winding means, engageable by coin actuated mechanisms could also obviously be used in combination with the features of this invention.

The distance of movement of the lever 20 is shown at 78 in FIGURE 2. This movement results in transmission of movement to the pawl 58 through rod 32 and

elements

42 and 48. Accordingly, the pawl 58 will displace the disc 62. The structures are designed whereby the movement imparted to the disc will index the openings 64 one position.

A plurality of tokens 80 are disposed in each of the bores 66 and the openings 64 are dimensioned whereby a single token will be easily received therein. The disc 62, is however, dimensioned whereby two tokens cannot be received and, therefore, the individual tokens in the openings 64 will index one position along with the disc movement. It will be appreciated that the token in the opening 64 immediately adjacent the opening 74 in the plate 72 will be displaced into the chute 70 by the described action.

The magazine 68 is designed whereby a large number of tokens can be stored for dispensing purposes, and these tokens will be automatically displaced to dispensing position by means of the discs 64. Thus, it will be noted that initially the most remote bore 66 (the bore to the left of the opening 74 in FIGURE 1) will be emptied of tokens before tokens begin to be removed from the next succeeding bore. The tokens will be progressively removed until the last bore 66 has been emptied.

The pawl 58 is designed whereby the lever 20 can be readily returned to its original position at the end of each cycle of oscillation. A spring 82 is wrapped around the sleeve 84 positioned below the element 42 and the end 86 of this spring is attached at the point of connection between the rod 32 and the extension 46. The rod 32 is thus automatically forced back as soon as the pawl 18 releases the ratchet teeth upon removal of the coin into the cash box. The operation involving the coin removal and return movement of the pawl 18 is fully described in the aforementioned patents.

The operation involving the insertion of a dime is essentially the same with the exception that pawl 18 engages the forward tooth 22 on the lever 20. Accordingly, the lever moves through a distance shown at 88 which is twice the distance of movement imparted after insertion of a nickel. Two tokens will, of course, be dispensed with this arrangement since two openings 64 will successively be moved into position over the opening 74, and a token will be dispensed from each opening.

It will be appreciated when considering the foregoing description and the following claims that the reference made to a coin contemplates the use of other coin-like devices which are provided by municipalities or the like for use in parking meters.

It will also *be understood that various changes and modifications may 'be made in the constructions described which provide the characteristics of this invention without departing from the spirit thereof particularly as defined in the following claims.

That which is claimed is:

1. In a token dispensing parking meter device wherein tokens are dispensed by the meter after the insertion of a coin for setting of time on the meter, and wherein setting of the time is effected through engagement of pawl means with a rotary ratchet wheel, the improvement in means for carrying out dispensing of the tokens comprising a lever mounted for oscillating movement, said lever being mounted coaxially with said ratchet wheel and being connected to said wheel for movement therewith, a dispenser operating extension operatively connected to said lever at a point on the lever remote from the axis thereof whereby oscillation of said lever effects movement of said extension and operation of said dispenser, and including ratchet teeth formed in said lever, said pawl engaging said ratchet teeth for movement of said lever simultaneously with the rotation of said ratchet wheel for dispensing of tokens when a coin is inserted.

2. In a token dispensing parking meter device wherein coins inserted operatively engage pawl means and wherein rotation of an operating handle results in displacing of the pawl means to a position for engagement of the pawl means with a ratchet'wheel, and wherein continued rotation of the handle causes rotation of the ratchet wheel for setting of time on the meter, the improvement in means for carrying out dispensing of tokens comprising a lever mounted for oscillating movement, said lever being mounted coaxially with said ratchet wheel, a token dispenser operating extension operatively connected to said lever whereby oscillation of said lever efiects operation of said dispenser, said lever "being positioned for engagement with said pawl when the pawl is displaced for engagement with said ratchet wheel, and including ratchet teeth formed in said lever, said pawl engaging said ratchet teeth of said lever for movement of said lever with said ratchet wheel, and the forward stroke of oscillating movement of said lever taking place simultaneously with the rotation of said ratchet wheel whereby said dispenser is adapted to be operated each time setting of time on the meter takes place, and wherein the token dispensing means includes a rotating disc having ratchet teeth formed therein and including a pawl for driving said disc, said dispenser operating extension comprising an elongated rod having one end tied to said lever and the other end tied to means for driving said last mentioned pawl, the forward stroke of said lever effecting rotation of said disc for dispensing of tokens.

3. A device in accordance with claim 1 wherein the token dispensing means includes a rotating disc having ratchet teeth formed therein and including a pawl for driving said disc, said dispenser operating extension com prising an elongated rod having one end tied to said lever and the other end to means for driving said last mentioned pawl, movement of said lever in one direction eifecting rotation of said disc for dispensing of tokens and return movement of said lever operating to reset said last mentioned pawl with respect to said disc.

4. A device in accordance with claim 1 wherein said meter is of a type adapted to set time responsive to the insertion of a plurality of difierent coins into the meter, and wherein said lever includes a plurality of ratchet teeth adapted to :be selectively engaged depending on the coin inserted whereby difierent numbers of tokens can be dispensed for different coins.

5. A device in accordance with claim 2 wherein the pawl for driving said disc is attached to one end of a first arm with the other end of said arm being mounted for movement about an axis, a second arm tied to the first arm and extending from said axis for attachment to the other end of said elongated rod, and resilient means associated with said second arm adapted to oppose the forward stroke of said lever to thereby force the return movement of said lever.

6. A device in accordance with claim 5 wherein said meter is of a type adapted to set time responsive to the insertion of a plurality of difierent coins into the meter, and wherein said lever includes a plurality of ratchet teeth adapted to be selectively engaged depending on the coin inserted whereby different numbers of tokens can be dispensed for different coins.

7. In a token dispensing parking meter device wherein tokens are dispensed by the meter after the insertion of a coin for setting of time on the meter, and wherein Winding wheel means are provided for setting of the timer mechanism of the meter, the setting of the time being effected through engagement of a coin actuated element with drive mechanisms for said winding wheel, and wherein the winding wheel is adapted to be actuated for different winding distances depending upon the type of coin inserted in the meter, the improvement in means for carrying out dispensing of the tokens comprising a lever mounted for oscillating movement, a dispenser operating extension operatively connected to said lever whereby oscillation of said lever etfects operation of said dispenser, and wherein said lever is oscillated simultaneously with the rotation of said winding wheel for dispensing of tokens when a coin is inserted, the distance of movement of said lever being proportional to the distance of movement of said winding wheel whereby one or more tokens are adapted to be dispensed depending upon the coin inserted, said dispenser comprising a cylindrical magazine defining a plurality of bores about its periphery, and wherein said disepnsing means comprises a rotary disc having openings communicating with said bores for receiving of tokens in said openings, pawl means operatively connected to said lever for engagement with said discs whereby the distance of rotation of said discs is directly dependent upon the forward portion of the oscillating cycle of said lever.

References Cited by the Examiner UNITED STATES PATENTS 2,070,445 2/ 1937 Miller et al 194-72 2,691,379 10/1954 Foushee 1335 3,208,573 9/1965 Carrol et al. 1942 ROBERT B. REEVES, Primary Examiner. STANLEY H. TOLLBERG, Examiner.

Claims

1. IN A TOKEN DISPENSING PARKING METER DEVICE WHEREIN TOKENS ARE DISPENSED BY THE METER AFTER THE INSERTION OF A COIN FOR SETTING OF TIMED ON THE METER, AND WHEREIN SETTING OF THE TIME IS EFFECTED THROUGH ENGAGEMENT OF PAWL MEANS WITH A ROTARY RATCHET WHEEL, THE IMPROVEMENT IN MEANS FOR CARRYING OUT DISPENSING OF THE TOKENS COMPRISING A LEVER MOUNTED FOR OSCILLATING MOVEMENT, SAID LEVER BEING MOUNTED COAXIALLY WITH SAID RATCHET WHEEL AND BEING CONNECTED TO SAID WHEEL FOR MOVEMENT THEREWITH, A DISPENSER OPERATING EXTENSION OPERATIVELY CONNECTED TO SAID LEVER AT A POINT ON THE LEVER REMOTE FROM THE AXIS THEREOF WHEREBY OSCILLATION OF SAID LEVER EFFECTS MOVEMENT OF SAID EXTENSION AND OPERATION OF SAID DISPENSER, AND INCLUDING RATCHET TEETH FORMED IN SAID LEVER, SAID PAWL ENGAGING SAID RATCHET TEETH FOR MOVEMENT OF SAID LEVER SIMULTANEOUSLY WITH THE ROTATION OF SAID RATCHET WHEEL FOR DISPENSING OF TOKENS WHEN A COIN IS INSERTED.