JPH0434197B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a telephone card electric vending machine.

[Conventional technology]

Conventionally, according to Utility Model Publication No. 51-120198, there was a station name code display section that displayed a station name code assigned to each station and encoded the station name, a currency acceptance section that accepted currency, and a currency acceptance section that accepted currency. A deposit amount calculation section that calculates the amount of currency that has been transferred, a number specification section that specifies the desired number of tickets, and a number of tickets that is valid only when the number of tickets is specified in this number specification section. A destination station specification section that specifies the destination station, a fare calculation section that calculates the total fare from the station name code set in the destination station specification section and the number of tickets specified in the number of tickets designation section; a calculation unit that subtracts the total amount of fees calculated by the deposit amount calculation unit from the deposit amount calculated by the deposit amount calculation unit; a change refund machine according to the subtraction result in the calculation unit; An automatic ticket vending device (hereinafter referred to as the first conventional example) characterized in that it is equipped with an issuing machine that issues a ticket according to a station name code set by a destination station designation section is disclosed in Japanese Patent Laid-Open No. 1983-1981. No. 237592 discloses a banknote receiving device (hereinafter referred to as the second conventional example) in which banknotes are stored vertically in an overlapping state, and the overlapping banknotes are alternately stored in an inconsistency state in which they are vertically shifted. According to FIG. 4 of Japanese Patent Application Laid-Open No. 57-73491, there is a bill receiving device (hereinafter referred to as "banknote receiving device") which purposely stacks two or more types of banknotes in an inconsistency manner in order to discriminate between them and distinguish them by type. 2) is referred to as the 3rd conventional example), but according to Fig. 3 of Japanese Patent Application Laid-Open No. 57-73491,
Japanese Patent Application Laid-Open No. 57-73491 discloses a bill receiving device (hereinafter referred to as the 4th conventional example) that distinguishes more than one type of banknotes, separates them into separate upper and lower locations for each type, and receives them in an overlapping state. A banknote receiving device (hereinafter referred to as the 5th conventional example) in which two or more types of banknotes are sent and stacked in an irregular order according to FIG. According to Publication No. 124800, the upper part of the ticket paper receiver consists of a protrusion that supports the center of the end of the ticket paper along the takeout direction, and a rotatable support roller that supports the front and back of both sides of the ticket paper in the takeout direction. A ticket is placed on the paper, and a retractable picker knife that reciprocates with a cylinder with a short stroke is used to slightly feed the ticket to a take-out roll (in the same publication,
It is indicated by the reference numeral 20. According to Japanese Patent Publication No. 44-7572, a ticket take-out device (hereinafter referred to as the 6th conventional example), in which the ticket paper is held in the paper and sent out by a take-out roll in this pinched state, is automatically brought into the closed state by the force of a spring. A vending machine for flaky articles (hereinafter referred to as the seventh conventional example) having a concealing sub-plate that returns to the original surface is disclosed.

The first conventional example has a code display section, a destination station designation section, a total fare calculation section, a subtraction calculation section, and a change dispenser, so that a telephone can be used to insert a specific amount of banknotes of one kind into a telephone that matches the amount of the banknote. A telephone card electric vending machine with a simple structure of dispensing cards is not suitable for providing, and the second conventional example receives banknotes in a vertically stacked state, so there are cases where the banknotes are folded at places where they have a tendency to fold. It is often undesirable that the banknotes are piled up, and in the 3rd to 5th conventional examples, it is possible to use even one type of banknote of a specific amount, but in such a case, there is a lot of unnecessary parts, and it is difficult to use a fixed price telephone It has defects such as being unsuitable for use by incorporating it into a telephone card electric vending machine for selling cards.

In addition, telephone card vending machines are mainly installed in extremely narrow spaces such as inside telephone boxes with small internal volume, and for this reason, it is necessary to use a bill receiving machine that is built into the telephone card vending machine. It goes without saying that it is desirable for the device to have a structure that can accommodate a large number of banknotes despite its small size.Furthermore, in the sixth conventional example, the banknotes placed on the projections and support rollers have concave and convex shapes. Curvature deformation often occurs, and since the ticket is pushed out with a retractable picker knife, inserted into a take-out roll, and then fed out by the take-out roll, the configuration is complicated and the picker knife's retractable operation is complicated. It may not be done smoothly, or the timing of the extrusion speed by the picker knife and the rotational speed of the take-out roll may not be easily adjusted, and if the timing adjustment is not done well, there may be undesirable defects such as damage to the ticket paper. Further, although the seventh conventional example prevents theft by, for example, infiltrating an extremely thin plate-like object from the outside through a delivery slit and a discharge slit under the lowest telephone card on the stacking table, Since the force of the spring always acts in the closing direction, it puts a burden on the drive device for dispensing the card, which is not only undesirable, but also causes the hem edge of the narrow plate to come into strong pressure contact with the surface of the card being ejected due to the force of the spring. It has defects such as rubbing and scratches on the same surface.

[Problems to be Solved by the Invention] The present invention provides a device for inserting a banknote of a specific amount of one type and reliably dispensing a telephone card corresponding to the amount of the banknote, and a device for facilitating the collection of received banknotes. , a device that allows bills to be received in a neat row with the edges aligned, a device that prevents banknotes from being received in a folded state, a device that allows a large amount of banknotes to be received in a small volume, A device that makes it easier to load a telephone card, a device that makes it easier to visually check the remaining amount of a phone card and a visual detection of a normal loading state, a device that prevents a stored phone card from becoming curved, and a method that reduces the need for timing adjustments. measures to prevent theft-prevention plates from placing a burden on the telephone card feeding drive device or scratching the telephone card; and measures to prevent theft-prevention plate-like object from putting a strain on the telephone card delivery drive device or scratching the telephone card; An object of the present invention is to provide a new telephone card electric vending machine that is designed to facilitate the withdrawal of cards and to enable switching between dispensing one banknote of a specific amount and one bill of the same amount as a telephone card. shall be.

[Means to solve the problem]

In order to achieve the above object, a telephone card electric vending machine according to the present invention has a front-opening lid 2 with a slit 5 for inserting a banknote 4 of a specific amount and a slit 7 for dispensing a telephone card 6. Outer casing 3 and outer casing 3
A lateral U-turn path 8 for transporting banknotes 4 with a ticket inspection device and a lateral U-turn path 8 for transporting banknotes 4 received from an insertion slit whose lower side portion is a temporary storage portion 9 for banknotes 4 and An electric timing belt device configured to sandwich and move the banknotes 4 arranged in the same direction, and a top and bottom plate 21 provided continuously below the temporary storage section 9,
21', a front-open book storage section 20 surrounded by left and right side plates 22, 22' and a rear side plate 23 and whose cross-sectional area is the same size as the banknote; A pair of left and right U-shaped members 24 are installed on the lower side of the temporary storage portion 9 on the horizontal line, facing inward.
The banknotes 4 are inserted horizontally into the banknote 4 drop passage 25 formed by fixing the banknotes 24' and at a location below the U-shaped members 24, 24' in the main receiving section 20 so as to be vertically movable. A banknote placement plate 26 having a width wider than the horizontal width of the drop passage 25, and a U-shaped member 24 that connects the left and right edges of the banknote placement plate 26 between the lower surface of the banknote placement plate 26 and the upper surface of the lower surface plate 21. , 24', a conical coil spring 27 with a large diameter inserted in a state of pressure contact with the lower surface of the column 24', a pair of longitudinal columns 28, 28' provided on the outside of the left side plate 22, and
8, 28' via a slider member 30 so that it can move up and down along the left side plate 22, and an electric motor for vertically driving the front and back plate 29 installed below the bottom side plate 21'. The front end is arranged between the crank device, the upper plate 21 and the temporary storage part 9 so as to be able to move up and down in a horizontal direction.
A bill pressing plate 34 is fixed to the front end of the banknote and has a width slightly narrower than the width of the drop passage 25, and a telephone card 6 with a flat top surface is provided in the outer casing 3 at a location corresponding to the sending slit 7. A stacking table 37,
Left and right walls 38, 3 provided on the stacking table 37
8' and a rear wall 39 with an open front enclosure 4
0 and the frame member 76 provided on the front edges of the left and right walls 38, 38', and the left and right sides 50, 50' of the frame member 76, except for the lower end, by providing a border member 41 for delivery. A single telephone card 6 formed to match the slit 7 at the front and back.
A chisel discharge slit 42, a weight plate 43 placed on the telephone cards 6 stacked in the surrounding frame 40, and a sliding groove 44 provided in the stacking table 37.
, a guide rod 45 provided in the sliding groove 44 so as to be parallel to the top surface of the stacking table 37 and facing forward and backward;
A delivery piece 46 whose top surface is at the same height as the top surface of the stacking table 37 slides in the front-rear direction inside the delivery piece 46, and engages with the rear edge of only the lowest telephone card 6 on the top surface of the delivery piece 46. The hooking step 46' provided as a state and the sending piece 4 equipped on the rear side of the surrounding frame 40
6 and the frame member 76.
A pin-shaped shaft 52 integrally bored at the upper end of both left and right edges is freely rotatable in a shaft hole 53 arranged between the left and right sides 50, 50' and bored in both the left and right sides 50, 50'. By fitting, the discharge slit 4
A narrow plate 51 hangs down naturally so that the tip of the telephone card 6 ejected from 2 displaces the hem and is sent out, and a pin 55 is attached to the outside of the front side of the left wall 38'. A vertically movable rod 54 is vertically slidably supported by fitting into an elongated hole 56, and a finger hook 57 is provided at the upper end of the vertically movable rod 54 so as to protrude from above the surrounding frame 40. , a hook part 58 provided at the lower end of the vertical movement rod 54 so as to sneak into the lower surface of the periphery of the lowest telephone card 6 stacked in the surrounding frame 40, and a hook part 58 built in at a predetermined location. A number changeover switch that switches between dispensing one telephone card worth a specific amount of banknotes 4 and dispensing two telephone cards worth two, and a changeover lever 73 for the number changeover switch that swings up and down about a fulcrum 74; It is something that has.

〔Example〕

The embodiment shown in the figure comprises an outer casing 3 equipped with an opening/closing lid 2 that is locked with a key 1, and banknotes 4 of a specific amount (1000 yen in the case of this embodiment) are placed at required locations on the opening/closing lid 2.
The insertion slit 5 and the delivery slit 7 for the telephone card 6 are opened, and a horizontal U-turn passage 8 is formed in the outer casing 3 for transporting the banknotes 4 received from the insertion slit 5. The lower side portion of the U-turn feeding path 8 is used as a temporary storage section 9 for banknotes 4, and the banknote feeding motor 1 is provided along the U-turn feeding path 8.
0, worm gear 11, worm wheel 12,
A timing pulley for feeding 13, a timing belt for feeding 14, a timing pulley for transmission 15, a timing belt for transmission 16, a guide plate 17, a pinch roller 18, and a ticket inspection device (not shown) are provided. The cross-sectional area below 9 is banknote 4.
A book storage section 20 of the same size as the temporary storage section 9 and a book storage section 20 are successively provided, and the temporary storage section 9 and the book storage section 20 are connected to the upper and lower side plates 21, 21', the left and right side plates 22, 22', and the rear side plate 23. A pair of left and right U-shaped members 24, 24' are fixed inwardly on the lower horizontal line of the temporary storage section 9 on the inner surfaces of the left and right side plates 22, 22', and temporarily stored. A banknote dropping passage 25 for the banknotes 4 which is slightly narrower than the width of the banknotes 4 is formed between the part 9 and the main receiving part 20, and a banknote placing plate having a width wider than the width of the dropping passage 25 is provided in the main receiving part 20. 26 is arranged horizontally so as to be movable up and down, and a large diameter coil spring 27 is installed between this banknote placement plate 26 and the lower surface plate 21' of the book accommodating section 20.
are inserted to press the left and right edges of the banknote placement plate 26 against the lower surfaces of the U-shaped members 24, 24', and a pair of front and rear vertical supports are installed on the outside of the left side plate 22 of the book accommodating section 20. 28, 28' are erected, and the relevant support 28,
A front-rear plate 29 that moves up and down along the left side plate 22 is attached to 28' via a slider member 30, and this front-rear plate 29 is connected to a motor 31 and a crank plate 32.
A bill pressing plate 34 having a width slightly narrower than the horizontal width of the drop passage 25 is arranged on the upper side of the temporary storage part 9 so as to be movable up and down in the horizontal direction. Front and back board 2
By fixing the front end of the banknote 9 to the front end of the banknote pressing plate 34 and the front and rear facing plate 29 so as to be able to operate as a unit, the banknote handling section 35 is constructed. slit 7
Stacking stand 3 for telephone cards 6 in the corresponding place
7, and on top of this stacking table 37, left and right walls 38,
38' and the rear wall 39 is attached to the front edges of the left and right walls 38, 38' via a frame member 76 with a border member 41 (the one on the right side is not shown). are fixed respectively and formed so as to coincide front and back with the ejection slit 7 of only one telephone card 6, and a weight plate 43 for weighting the telephone cards 6 stacked in the surrounding frame 40 is placed within the same. The stacking table 37 is provided with a long sliding groove 44 in the front-rear direction, and the card is inserted into the stacking table 37 so as to be removable from above. A feed-out piece 46 with a guide rod 45 having a hook-cutting portion 46' is moved back and forth by a motor 47, a crank plate 48, and a link 49. A width plate 51 is disposed, and horizontal pin-shaped shafts 52 are integrally bored at the upper ends of both left and right edges of the narrow width plate 51, and the pin-shaped shafts 52 are connected to both left and right sides 50, 5 of the frame member 76.
It is fitted into the shaft hole 53 provided at 0' so as to be freely rotatable,
When the telephone card 6 is discharged from the discharge slit 42, the tip of the telephone card 6 touches the narrow plate 5.
1 is pushed away, and the surrounding frame 40
A vertically movable rod 54 is provided on the left wall 38. A pin 55 is provided on the left wall 38, and a vertically oriented long hole 56 is provided on the vertically movable rod 54.
The vertically movable rod 54 has a finger hook 57 at the upper end thereof, and a finger rest 57 at the lower end of the lowermost telephone card 6 stacked in the surrounding frame 40. A telephone card processing section 59 is constructed by folding the hooks 58 that sneak into the lower surface of the edge, and a 1,000 yen telephone card and a 500 yen telephone card are ejected from the side of the telephone card processing section 59. It is equipped with a number selector switch 72 for switching between discharging two cards and a switching lever 73 for the number selector switch 72 that swings up and down about a fulcrum 74, and furthermore, an indicator 61 for displaying the operating state and a sample on the opening/closing lid 2. 62 Inlet section 63 and discharge number display paper 6
A push button switch 66 for testing the operation of the banknote processing section 35, a push button switch 67 for testing the operation of the telephone card processing section 59, and a discharge number counter 68 are provided on the front surface of the lower part of the telephone card processing section 59. and an operation test indicator lamp 69, and a power supply box 70 above the telephone card processing section 59. In addition, 75 in the figure indicates a guide member for banknotes.

Although the above-mentioned embodiment is operated entirely by a sequence-controlled electric circuit, a detailed explanation of the electric circuit will be omitted. It also comes with a security device such as a security buzzer, but this will also be omitted.

[Effect]

Since the present invention has the above-described configuration, the telephone card seller stacks a large number of 1000 yen telephone cards 6 on the stacking stand 37, places the weight plate 43 on top of the stacking table 37, and then opens and closes the cards. After closing the lid 2 and waiting, the purchaser inserts a 1,000 yen bill into the insertion slit 5 in an extended state, and then inserts the 1,000 yen bill from the delivery slit 7.
All you have to do is wait for a yen phone card to appear and pull it out. In addition, when a 500 yen telephone card is set on the stacking table 37, the seller needs to set the switching lever 73 to the 500 yen side.
The purchaser also needs to remove the first 500 yen telephone card that came out of the sending slit 7 and wait for the second one to come out.

As described above, when the 1,000 yen banknote 4 is inserted into the insertion slit 5 and the tip of the banknote 4 reaches the entrance of the U-turn feed path 8, the banknote feed motor 10 starts operating and moves the banknote 4 through the worm gear. 11, worm wheel 12, timing pulley for feeding 13, timing belt for feeding 14, timing pulley for transmission 15, timing belt for transmission 16, guide plate 17 and pinch roller 18 to temporarily receive part 9
, and then transfer the banknotes 4 to the U-shaped members 24, 24'.
A banknote feeding motor 10 is mounted on a bridge in a bridge state.
When the timing belts 14, 16, etc. stop, the banknote pressing member 34 moves to the motor 31, the crank plate 3, etc.
2. The link 33, the slider member 30, and the front-back plate 29 are operated to descend and push down the banknote 4 in the bridge state, and in the middle of this pressing down, both side edge portions of the banknote 4 touch the U-shaped members 24, 24. ' The banknotes 4 are guided by the banknotes 4 and bent into an L-shape, then returned to the original horizontal state and entered the book storage section 20, where the banknotes 4 are placed on the banknote placement plate 26.
The banknote 4 is clamped by the banknote pressing member 34, and after descending to the bottom while being held in this position, the banknote 4 rises again and the upper surface of both side edges of the banknote 4 is pressed against the lower surface of the U-shaped member 24, thereby pressing the U-shaped member 24. The banknote 4 is held by the banknote holding plate 26 and the banknote holding plate 26, and after this holding, the banknote pressing member 34 further rises and stops on the temporary receiving section 9, waiting for the next banknote to come in.

As described above, the U-shaped member 24 and the banknote placement plate 26
When the bill 4 is held, the motor 47, crank plate 48, and link 49 start operating to move the sending piece 46 back and forth, and when the sending piece 46 moves back and forth, the hook stage is The unit 46' pushes the lowest telephone card 6 on the stacking table 37 from behind and discharges it into the discharge slit 42. Number of sheets inserted switch 72
When the switching lever 73 for the card is set to the 1,000 yen side, it moves back and forth once and stops, and when a 500 yen telephone card is inserted, the switching lever 73 for the number selection switch 72 is set to the 500 yen side. In this case, after the first one is removed, it moves back and forth again, making two consecutive back and forth movements, and then stops.

〔Effect of the invention〕

Since the present invention has the above-described configuration, it achieves the following effects. That is, a. As described in the above operation, it is possible to reliably send out the telephone cards 6 one by one only when banknotes of a specific amount are inserted.

b Since the outer casing 3 is of the front-opening type and the main receiving section 20 is of the front-opening type, it is easy to collect the banknotes 4 received in the main receiving section 20.

c The main storage section 20 is continuously provided below the temporary storage section 9, and includes upper and lower side plates 21, 21', left and right side plates 22,
22' and the rear plate 23, and the cross-sectional area is the same size as the banknote, so
The banknotes 4 to be received are received in a neat line with the edges aligned, which is convenient for collecting the banknotes, and d. When the banknotes 4 are pressed down by the banknote push-down plate 34, the U-shaped members 24, 24' Since the upper horizontal part and the lower horizontal part squeeze the left and right edges of the banknote 4 twice, there is very little risk that the banknote 4 will be received in a folded state.

e Since the conical coil spring 27 was used as a spring to push up the banknote placement plate 26, the banknote placement plate 2
6 can be pushed down to a position close to the lower surface plate 21', and a large number of banknotes can be accommodated relative to the volume of the book accommodating section 20.

f Since it is dedicated to a type of specific denomination banknotes, there is no need for a mechanism for overlapping commands or a mechanism for dispensing change as in the above-mentioned conventional systems, and there is an advantage that the structure is simple and can be provided at low cost.

g A timing belt device is used to feed banknotes 4.
Supports 28 and 28' are used to move the bill pressing plate 34 up and down.
Since the slider member 30 and the crank device, which move along the axis, are used, the operation is reliable and highly reliable, and there are few failures.

h Since the outer casing 3 is of the front-opening type and the surrounding frame 40 is of the front-opening type, it is easy to load the telephone cards 6 onto the stacking table 37.

i Since the surrounding frame 40 is of an open front type, it is easy to visually check the remaining amount of the telephone card 6 and to detect whether it is normally loaded.

j The top surface of the stacking table 37 is flat, and there are no protrusions or support rollers as in the above-mentioned conventional example, so there is no risk that the telephone card (equivalent to ticket paper) will be deformed into an uneven shape. It is.

(k) Since the telephone card does not bend, the above-mentioned take-out roll is not required at all, the structure is easy, and the above-mentioned timing adjustment is not required, so there is no fear of damage to the ticket paper.

l The narrow board 51 is located on both left and right sides 5 of the edging member 41.
0,50' and both left and right side parts 50,5
By fitting pin-shaped shafts 52 integrally protruding from the upper ends of both left and right edges into shaft holes 53 bored at 0' so as to freely rotate, telephone cards 6 are discharged from the discharge slit 42. Since the tip is placed vertically so that it hangs down naturally so as to push the hem aside and send it out, the force of the spring as in the above-mentioned conventional example is not acting on this narrow plate 51. This reduces the burden placed on the electric crank device for driving the sending piece 46 back and forth.

(m) Compared to the above-mentioned conventional device in which the narrow plate strongly presses against the surface of the telephone card due to the force of the spring, the contact is extremely soft, so there is no chance of scratches caused by rubbing.

n The remaining capacity of the telephone card 6 can be confirmed by manipulating the vertical movement lever 54 with your fingers to create a space under the lowest telephone card, as described in the above operation. can.

P It is convenient to be able to take out one or two telephone cards by switching.

[Brief explanation of drawings]

The figure shows an embodiment of the present invention.
The figure is an overall perspective view, the second figure is a perspective view with the lid open,
Fig. 3 is a sectional view of the main part along the line A-A in Fig. 1, Fig. 4 is a sectional view of the main part along the line A'-A' in Fig. 1, and Fig. 5 is a sectional view of the main part along the line A'-A' in Fig. 1. FIG. 1...Key, 2...Opening/closing lid, 3...Outer casing, 4...
...Banknote, 5...Slit for insertion, 6...Telephone card, 7...Slit for delivery, 8...Transmission path, 9
... Temporary receiving section, 10 ... Bill feeding motor, 11
... Worm gear, 12 ... Worm wheel,
13... Timing pulley for feeding, 14... Timing belt for feeding, 15... Timing pulley for transmission, 16... Timing belt for transmission, 17
...Guide plate, 18...Pinch roller, 20...
Book storage part, 21, 21'...Upper and lower side plate, 22, 2
2'...Left and right side version, 23...Rear side version, 24,2
4'... U-shaped member, 25... Falling passage, 26...
...Banknote placement plate, 27...Coil spring, 28,2
8'... Support column, 29... Forward-facing plate, 30... Slider member, 31... Motor, 32... Crank plate, 33... Link, 34... Bill pressing plate, 3
5...Banknote processing section, 37...Stacking table, 38,3
8'... Left and right walls, 39... Rear wall, 40... Surrounding frame, 4
1...Edging member, 42...Discharge slit, 43...
...Weight plate, 44...Sliding groove, 45...Guide rod,
46... Sending piece, 46'... Hook step, 47...
Motor, 48... Crank plate, 49... Link,
50, 50'...Both left and right sides, 51...Narrow plate,
52...Pin-shaped shaft, 53...Shaft hole, 54...Vertical moving rod, 55...Pin, 56...Elongated hole, 57...Finger hook portion, 58...Hook portion, 59...Telephone card processing Department, 61...Syndicator, 62...Sample,
63... Insertion section, 64... Paper, 65... Insertion section, 66, 67... Test push button switch, 68
... Discharge number counter, 69 ... Display lamp, 7
0...Power supply box, 72...Number of sheets switching switch, 73...Switching lever, 74...Fully point, 75...
...Guide member, 76...Frame member.

Claims (1)

[Claims] 1. A front-opening type outer casing 3 having an opening/closing lid 2 with a slit 5 for inserting a specific denomination banknote 4 and a slit 7 for sending out a telephone card 6, and a lower side portion formed inside the outer casing 3. Temporary storage section 9 for banknotes 4
A lateral U-turn conveyance path 8 with a ticket inspection device for the banknotes 4 received from the insertion slit, and a lateral U-turn path 8
An electric timing belt device configured to sandwich and move banknotes 4 arranged along a turn feed path, and a top and bottom plate 2 that is continuously provided below the temporary storage section 9.
1, 21', left and right side versions 22, 22' and rear side version 2
3 and a main storage section 20 with an open front whose cross-sectional area is the same size as the banknote, and a horizontal line below the temporary storage section 9 on the inner surfaces of the left and right side plates 22, 22'. A pair of U-shaped members 2 on the left and right facing inward.
4 and 24' are fixed, and a horizontally movable vertically movable part is installed in the main receiving section 20 at a location below the U-shaped members 24 and 24'. The banknote placement plate 26 has a width wider than the horizontal width of the drop passage 25 into which the banknote placement plate 2 is placed, and the banknote placement plate 2 is placed between the lower surface of the banknote placement plate 26 and the upper surface of the lower surface plate 21.
A conical coil spring 27 with a large diameter is inserted with the left and right edges of 6 in pressure contact with the lower surface of the U-shaped members 24, 24', and a pair of front and rear longitudinal springs provided on the outside of the left side plate 22 The pillars 28, 28', a front-rear plate 29 attached to the pillars 28, 28' via a slider member 30 so as to be movable up and down along the left plate 22, and a front-rear plate 29 mounted on the lower side of the lower plate 21'. An electric crank device for vertically driving the facing plate 29 is arranged between the upper plate 21 and the temporary storage part 9 so as to be able to move horizontally up and down, and the front end is connected to the front-backward facing plate 29.
A bill pressing plate 34 is fixed to the front end of the banknote and has a width slightly narrower than the width of the drop passage 25, and a telephone card 6 with a flat top surface is provided in the outer casing 3 at a location corresponding to the sending slit 7. A stacking table 37,
Left and right walls 38, 3 provided on the stacking table 37
8' and a rear wall 39 with an open front enclosure 4
0, and a frame member 76 provided at the front edges of the left and right walls 38, 38', and a border member 41 on both left and right sides 50, 50' of the frame member 76, excluding the lower end, for delivery purposes. A single telephone card 6 formed to match the slit 7 at the front and back.
A chisel discharge slit 42, a weight plate 43 placed on the telephone cards 6 stacked in the surrounding frame 40, and a sliding groove 44 provided in the stacking table 37.
, a guide rod 45 provided in the sliding groove 44 so as to be parallel to the top surface of the stacking table 37 and facing forward and backward;
A delivery piece 46 whose top surface is at the same height as the top surface of the stacking table 37 slides in the front-rear direction inside the delivery piece 46, and engages with the rear edge of only the lowest telephone card 6 on the top surface of the delivery piece 46. The hooking step 46' provided as a state and the sending piece 4 equipped on the rear side of the surrounding frame 40
6 and the frame member 76.
A pin-shaped shaft 52 integrally bored at the upper end of both left and right edges is freely rotatable in a shaft hole 53 arranged between the left and right sides 50, 50' and bored in both the left and right sides 50, 50'. By fitting, the discharge slit 4
A narrow plate 51 hangs down naturally so that the tip of the telephone card 6 ejected from 2 displaces the hem and is sent out, and a pin 55 is attached to the outside of the front side of the left wall 38'. A vertically movable rod 54 is vertically slidably supported by fitting into an elongated hole 56, and a finger hook 57 is provided at the upper end of the vertically movable rod 54 so as to protrude from above the surrounding frame 40. , a hook part 58 provided at the lower end of the vertical movement rod 54 so as to sneak into the lower surface of the periphery of the lowest telephone card 6 stacked in the surrounding frame 40, and a hook part 58 built in at a predetermined location. A number changeover switch that switches between dispensing one telephone card worth a specific amount of banknotes 4 and dispensing two telephone cards worth two, and a changeover lever 73 for the number changeover switch that swings up and down about a fulcrum 74; A telephone card electric vending machine characterized by having.