KR970007742B1 - Medal lending device - Google Patents

Abstract

None.

Description

Medal lender

As one embodiment of the present invention shown in the drawings,

1 is a perspective view showing a medal lending machine according to the present invention divided into a medal lending machine main body and a base.

2 is a front view showing the inside of the body.

3 is a perspective view showing a medal storage portion constituting the medal loan machine body.

FIG. 4 is a sectional view corresponding to the IV-IV line in FIG. 1, which simplifies the state where the medal lending machine body is mounted on the body.

The divisional perspective view which shows the medal dispensing part which comprises the medal loan machine main body, and the medal lock part provided in the medal dispensing part.

6 is a front view showing the switches and the display of the medal delivery portion.

7 is an exploded perspective view showing a cash discrimination accommodating portion.

8 is a perspective view showing a second embodiment of a slide shutter mounted to a medal compartment.

9 is a simplified view of a conventional medal lending machine.

＊ Explanation of symbols on main parts of drawing

1: medal loaner 2: gas

3: medal loan unit body 4: base plate

5: back plate 6: top plate

7: medal storage 8: medal payment

9: cash identification storage unit 10: lock unit

11: opening 12: medal

14: hopper 15: take out bowl

17: guide 18: bill identification storage

19: hardening sorting part 20: hardening housing

21: hardening 22: inlet

23: banknote 24: insertion hole

25: medal lender 26: gas

27: medal loan machine body 28: opening portion

29, 30: side plates 31, 32: guard rail

33: partition plate 34: upper portion

35: middle part 36: lower part

37: device base 38: power cord

39: power plug 40: medal compartment

41: medal issuance 42: cash identification collection

43: harness unit 45: socket

46: Harness 47: Wire

48: upward sensor terminal 49: downward sensor terminal

50: medal supply 51: hole

52: front panel 53, 54: both side plate

55: top plate 56: bottom plate

57: fixing portion 58: hinge portion

59: opening and closing part 60: handle

61: air gap 62: the back plate

63: medal supply ball 64: guide

65: medal supply nozzle 66: medal drop ball (落下 孔)

67: slide shutter 68: projection

69: opening 70: medal lobe

71: medal delivery mechanism 72: display unit

73: municipal administration 74: link member

75, 76: downward load 77, 78: upward load

79: catch 80: front panel

81: mounting hole 83: nut

84: meeting 85: nut

86 plate member 87 slit

88 connection part 89 hole

90: Bolt 91: Nut

92: connecting member 93: side portion

94: connecting piece 95: hole

96: Bolt 97: Nut

98: hole 99: iron

100: yabu 101: iron

102: key 103: key hole

104: left end 105: left end

106: power plug 107: control unit

108: frame plate 109: horizontal long window

110: reset switch 111: counter mode switch

112: counter reset switch 113: abnormal monitor display lamp

114, 115: Digital display 116: Medal lack indicator lamp

117: bridge abnormality indication lamp 118: dispensing abnormality indication lamp

119: abnormal bill jam lamp 120: sensor abnormal indicator lamp

121: cash lock portion 122: front end of the lower end of the body (2)

123: hinge portion 124: front panel

125: hardening selector 126: bracket

127: coin chute 128: coin detection sensor

129: mounting hole 130: cylinder lock

131: nut 132: rotating part

133: nut 134: rotating rod

135: base member 136: plug

137: bracket 138: bill insertion slot

139: hardening slot 140: hardening return slot

141: bill identification unit 142: bill storage unit

143: front panel 144: dedicated key

145: key hole 146: locking portion

147: hanging projection 148: upward medal sensor

149: downward medal sensor 150: substrate

151: spare switch 152, 153: LED lamp

154: display unit 155: display window (窓)

156: addition means 157: switches

The present invention relates to a medal lending machine, and in particular, a number of so-called slot machines or mahjong pachinko groups, combination pachinko groups, additive pachinko groups, or game machines using medals. Relates to a medal lender used by placement.

In general, game machines that operate using such medals require medal lending machines that lend medals in exchange for cash.

As a similar medal loan machine, the structure thing is conventionally used as shown in FIG.

That is, this medal loan machine 1 consisted of the body 2 and the medal loan part main body 3 attached to the said base body 2 whole.

In this case, the base 2 is formed on the bottom plate 4, the back plate 5 placed on the end of the bottom plate 4, and the top plate 6 protruding from the upper end of the back plate 5. As a result, the side surface was formed in a substantially rectangular shape.

On the other hand, the medal loan unit 3 is made of a medal receiving unit 7 provided in the upper end (上 段 部), a medal dispensing unit 8 provided in the middle portion and the cash identification receiving unit 9 provided in the lower end, The main body of the medal loan unit is detachably attached to the base 2, and when it is attached, the medal loan unit main body is fixed to the base 2 by a rod 10 having a visibility function provided on the upper plate 6. have.

Moreover, the opening part 11 is provided in the upper surface part of the medal accommodating part 7, and it is formed so that the medal 12 can be supplied to the said opening part 11. In addition, the medal dispenser (8) is driven by an actuator, and the medal holder (7) is formed using a disc (not shown) in which a plurality of diameter hole portions having substantially the same diameter as the medal 12 are formed. Guide for guiding the medals 12 sent from the hopper 14 to the container 15 for taking out only the predetermined number of pieces, and the container 15 for taking out the medal 12 supplied from the hopper 14. It consists of the part 17 and the drawer 15 provided in the edge part of the said guide part 17 to which the medal 12 is finally supplied. The cash discrimination accommodating portion 9 is composed of a banknote identification accommodating portion 18, a coin sorting unit 19, and a coin accommodating body 20.

When using the conventional medal lending machine 1 comprised in this way, the locking of the lock part 10 is canceled using a key first, the medal lending machine main body 3 is floated out of the base | substrate 2, and the number of medals is given. An appropriate number of medals 12 are placed in the medal housing 7 through the opening 11 of the payment part 7. Thereafter, the start switch (not shown) is turned ON to enable the hopper portion 14 provided in the medal dispensing portion 8 to operate.

Subsequently, when the play group puts the cure 21 into the inlet 22 of the cure sorting unit 19, the kind of the pour 21 added is sorted by a selector outside the city, and the liquid is added to the pour 21 added. The number of medals 12 corresponding to is sent to the takeout container 15 via the guide part 17 by the operation of the hopper part 14. The same applies to the case in which the play group inserts the banknote 23 into the insertion port 24. When the banknote 23 is identified as the true banknote 23 in the banknote identification accommodating portion 18, the banknote ( The medal 12 corresponding to the liquid of 23 is sent out to the container 15 as described above. In addition, the inserted coin 21 is accommodated in the coin storage body 20, and a banknote is stored in the banknote identification accommodating part 18. As shown in FIG.

By the way, in the conventional medal lending machine 1, when the medal 12 in the medal storing part 7 is used and the supply of the medal 12 is needed, the lock part 10 is used using a key. Then, the medal lending unit main body 3 was detached from the base 2, and then the medal 12 was supplied to the opening 11 of the medal housing 7. Therefore, when the medal 12 is to be replenished, the medal lending unit main body 3 must be detached from the body 2 at all times to replenish the work, thereby causing a problem that the replenishment work of the medal is complicated. In addition, while the medal 12 is used in the medal housing 7 and the replenishment work is being carried out, the removal of the medal loan unit main body 3 is necessary for the game of the game machine near the medal loan machine 1. Since it may hinder and interfere with business, it has conventionally been required to carry out the spread of medals promptly.

In addition, the hopper portion 14 constituting the medal dispensing portion 8 includes an actuator, a disk which is rotationally driven by the actuator and has a plurality of holes having a diameter approximately equal to the diameter of the medal 12, and the disk is rotated. It has a disk base that holds it wherever possible. Thus, foreign matters mixed in medals or a plurality of medals supplied from the medal housing 7 may be caught between the disk and the base. In such a case, the rotation of the disk was stopped, and as a result, the supply of the medal 12 was stopped. In the cash discrimination receiving section 9, the supply of the medal 12 is prevented due to a malfunction of the sensor of the magnetic head of the banknote discrimination storing section 18 or the sensor of the coin sorting section 19. There was a case where it stopped.

Conventionally, even when such trouble occurs in the medal dispensing part 8 or the banknote accommodating part 18, the whole medal loan part 3 must always be removed from the body 2, and a trouble spot must be dealt with. Also, the repair work was complicated.

In general, it is reasonable that general employees perform maintenance work such as medal dissemination work and medal disbursement, and cash management is performed only by the person in charge of the playing field. It has conventionally been requested to do.

Therefore, the technical problem of the present invention is that it is possible to promptly disseminate the medal of the medal loan machine, and also to perform the maintenance work of the medal loan machine easily and promptly, and to enable more appropriate corrective management. will be.

In order to solve such a technical problem, in the present invention, the medal housing portion, medal dispensing portion and cash identification storing portion are each formed separately, and are detachably attached to the body individually, while the medal dispensing medal has a medal. At the same time, a correctable medal lock portion for fixing the storing portion and the medal dispensing portion to the base is provided, and the cash identification storing portion is provided with a cash locking portion.

EXAMPLE

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail based on the visible Example of an accompanying drawing. The same code | symbol is attached | subjected about the same member as before, and the description is abbreviate | omitted.

As shown in FIG. 1, the medal loan machine 25 which concerns on a present Example consists of the base body 26 and the medal loan machine main body 27 attached to the said base body 26. As shown in FIG.

The base 26 is formed in the case shape of the entire rectangular parallelepiped, and the opening part 28 is formed in the front surface. Moreover, the guide rails 31 and 32 are provided in the inside of this base | substrate 26, and correspond to the lower side of the upper board 6 toward the depth direction inside each side plate 29 and 30, respectively. At the same time, a partition plate 33 between the side plates 29 and 30 is provided further below the guide rails 31 and 32. As a result, the upper plate 6 and the guide rails 31 and 32 are provided. The upper end portion 34 is formed of the upper end portion 34, and the stopping portion 35 is formed by the guide rails 31 and 32 and the partition plate 33, and the partition plate 33 and the bottom plate 4 are formed. The lower end 36 is formed. Thus, the base 26 thus formed is disposed and fixed on the attachment base 37 fixed to the island between machines such as slot machines and mahjong pachinko machines arranged in an island manner.

In addition, the power cord 39 of the symbol 38 in the figure is a power supply plus. Moreover, as shown in FIG. 2, the harness unit 43 in which the base end part of the said power cord 38 is attached is provided in the back plate 5 of the said base 26. As shown in FIG. The harness unit 43 includes a relay base 44 attached to the stop part 35, a socket 45 provided in the upper and lower stages of the relay base 44, and a lower portion from the relay base 44. Harness 46 protruded into the socket, a socket 45 attached to the distal end of the harness 46 at the lower end of the lower end 36 of the base 26, and a wire protruded upward from the relay base 44. (47) and the upper sensor terminal 48 at the upper end portion 34 of the base 26, attached to the tip of the wire 47, and attached to the wire 47, the upper sensor terminal It consists of the lower sensor terminal 49 provided below 48. In addition, in the upper end part of the said backplate 5, when the medal accommodating part 40 is accommodated in the upper end part 34 of the base | substrate 26, the medal replenishment hole 63 of the said medal accommodating part 40 is performed. A rectangular hole portion 51 is formed to allow the guide portion 64 to protrude into the rear surface direction of the back plate 15 so as to be inserted into the guide portion 64.

Moreover, as shown in FIG. 1 and FIG. 2, the medal accommodating part 40 mentioned later just a little above the front end of the guide rails 31 and 32 provided in the side plates 29 and 30 of the base 26. Moreover, as shown to FIG. Is housed in the upper end portion 34, it contacts with the projections 68, 68 of the slide shutter 67 provided on the bottom surface of the medal housing portion 40 to open the slide shutter 67. Engaging projections 147 and 147 are provided to face each other.

On the other hand, as shown in FIG. 1, the medal lending machine main body 27 has a medal storing portion 40 located at the upper end 34 of the base 26, and a medal dispensing portion located at the same stop 36. FIG. It consists of the 41 and the cash-identification accommodation part 42 located in the lower end part 36, and is formed separately, and is detachably attached to the base 26 individually.

As shown in FIG. 3, the metal accommodating portion 40 is formed in a box shape of the entire rectangular parallelepiped, and includes the front panel portion 52, both side plates 53 and 54, the upper surface portion 55, and the bottom plate 56. And it has a back plate 62 is formed to accommodate a large number of metal therein.

And here, the front panel portion 52 is formed by splitting up and down two times, the lower portion is formed by the fixing portion 57 fixed to both side plates (53, 54), the upper portion of the fixing portion 57 It is formed by the opening and closing portion 59 attached to the upper end via the hinge 58, the U-shaped handle 60 is respectively formed at the lower end of the fixing portion 57 and the substantially middle portion of the opening and closing portion 59. It is snowy.

Thus, when the medal is replenished, the medal receptacle 40 is removed from the body 26 and the opening / closing part 59 is hinged by pulling the opening / closing part 59 with the handle 60 in the front direction of the medal receptacle 40. 58, and the medal is spread in the medal housing 40 through the air gap 61 formed between the opening and closing portion 59 and the top plate 55. On the other hand, this medal can be replenished even in the state which fixed the medal accommodation part 40 to the base 26, as shown in FIG.

3 and 4, the medal supply hole 63 is provided at the upper end of the back plate 62 of the medal housing 40, and at the same time, the medal supply hole 63 The guide part 64 is protruded in the back direction of the medal accommodation part 40. The guide portion 64, when the medal housing portion 40 is accommodated in the upper end portion 34 of the base 26, the guide portion 64 is a hole 51 formed in the upper end of the back plate 5 of the base 26 It is arrange | positioned in the back direction of the base | substrate 26, the medal supply nozzle 65 is arrange | positioned on the said guide 64, and a medal can be supplied as it is in the state which accommodated the medal storing part 7 in the base | substrate 26. It is formed.

In addition, the upper medal sensor 148 is provided slightly below the medal supply port 63 of the back plate 62 of the medal housing 40, and at the same time, the medal is slightly above the bottom plate 56. The sensor 149 is provided. These medal sensors 148 and 149 include the upper sensor terminal 48 and the upper case 34 when the medal housing 40 is housed in the upper end 34 of the base 26. It is connected to the lower sensor terminal 49 and works, respectively, and detects the quantity of the medal contained in the said medal storing part 40, performs medal spread, and the information is sent to the medal dispensing part 41 mentioned later. It is comprised so that it may display on the display unit 72 provided. And when supplying a medal by the lower medal sensor 149, the medal supply performed here is performed until the medal medal is confirmed by the upper medal sensor 148, and a medal is received in the medal storage part 40. This is done to prevent this from happening.

In addition, as shown in FIG. 3 and FIG. 4, the medal drop hole 66 is provided in the latter part of the bottom plate 56 of the said medal accommodation part 40, and it is the said on the said bottom plate 56. The slide shutter 67 which opens and closes the medal drop hole 66 is provided. The slide shutter 67 is formed of a rectangular plate formed in a size that can cover the medal drop hole 66, and projections 68 and 68 are provided at both front ends of the slide shutter 67, respectively. When the medal drop hole 66 is opened, the slide shutter 67 protrudes into the mandrel-shaped openings 69 and 69 formed at the lower ends of the both side plates 53 and 54. , 68 is positioned at the front end of the open holes 69, 69 in the shape of a mandrel.

Accordingly, when the medal drop hole 66 is closed, the protruded portions 68 and 68 are placed inside the rectangular openings 69 and 69 outside the medal housing 40 so that the medal housing 40 is closed. By sliding backward, the slide shutter 67 can cover the medal drop hole 66.

And the medal housing | casing part 40 comprised in this way is detachably accommodated in the upper end part 34 of the base body 26 in the form mounted on the two guide rails 31 and 32 provided in the base body 26. As shown in FIG.

On the other hand, as shown in FIG. 5, the medal dispensing part 41 includes a medal locking part 70 capable of fixing the medal receiving part 40 and the medal dispensing part 41 to the body 26, Medal dispensing mechanism 71 provided with the hopper part 14, the guide part 17, and the container 15 which have the structure of the conventional shape, and the display unit 72 which displays the number of medals which were issued, etc. And a control unit 107 for electrically controlling the medal dispensing mechanism 71 and the display unit 72, and are formed in a box shape of the entire rectangular parallelepiped like the medal housing 40.

The medal lock portion 70 is connected to the municipal government 73 provided in the medal dispensing unit 41, the link member 74 interlocking with the municipal government 73, and the link member 74, and the medal dispensing unit. Two lower rods 75 and 76 of a cross-sectional quadrangular shape, which are placed substantially vertically in the 41, and are placed substantially vertically in the medal holder 40, so that the medal holder 40 is formed of the base 26. ), When the two upper rods 77 and 78 whose lower ends abut on the upper ends of these two lower rods 75 and 76 and the lock portion 70 for the medal are closed, these two It consists of the engaging part 79 which consists of the hole part 51 provided in the upper plate 6 of the base body 26 with which the upper end part of the upper rod 77 and 78 fits.

The municipal assembly 73 is attached to a cylinder lock 82 mounted by a nut 83 of a mounting hole 81 opened at a lower end portion of the front panel 80 and to a pivoting portion 84 of the cylinder lock 82. The center is made of a plate-like member 86 is fixed by the nut (85). And the said link member 74 is provided with the slit 87 extended horizontally and formed in all rectangles, and the connection part 88 with the said one lower rod 75 is provided in the longitudinal end part, The said connection part Holes 98 are provided at 88. Thus, the plate member 86 and the link member 74 are fixed to the hole 89 provided at the upper end of the plate member 86 and the hole 89 and the slit 87 of the plate member 86. Is connected by a bold 90 and a nut 91 through which the bolt 90 is inserted, and the bolt 90 moves the link member 74 up and down by moving the inside of the slit 87 in left and right directions in response to the rotation of the plate member 86. It is formed to move.

In addition, the lower rods 75 and 76 are connected and fixed to each other by a connection member 92 provided at the upper end, and the lower end of one lower rod 75 is inward with respect to the side portion 93 of the lower rod 75. The connection surface 94 protruded in the substantially perpendicular direction is provided, and the hole part 95 is provided in the said connection piece 94. As shown in FIG. And the connecting part 88 of the said ring member 74 and the connecting piece 94 of the lower rod 75 are the bolt 96 and the said bolt 96 inserted through the hole parts 95 and 98 provided in each, respectively. It is connected by the nut 97 which fixes the two, and is mutually fixed through the bolt 96.

Convex portions 99 and 99 are formed at the upper ends of the two lower rods 75 and 76, respectively, and at the same time, the lower portions of the two upper rods 77 and 78 are formed at the lower portions 99. Corresponding recesses 100 and 100 are provided, respectively, and upper ends of the two upper rods 77 and 78 are provided with convex portions 101 and 101, respectively, and the upper plate 6 of the base 26 is provided. ), The locking portions 79 and 79, which are formed of two hole portions into which the convex portions 101 and 101 enter, are locked, respectively. Reference numeral 106 in the figure indicates that the power plug 108 is a frame plate on which the control unit 107 is mounted.

Therefore, when fixing the medal receiver 40 and the medal dispenser 41 to the base 26, first, after placing the medal dispenser 41 into the stop portion 35 of the base 26 or Prior to that, the medal compartment 40 is housed in the upper end 34, and the dedicated key 102 of the medal lock portion 70 is inserted into the key hole 103 of the cylinder lock 82 to counterclockwise. In the direction of rotation to perform the rod operation. In this case, the plate member 86 rotates together with the key 102 using the pivoting portion 84 of the cylinder lock 82 as the rotation center, and the plate-shaped member 86 moves the link member 74 in accordance with this rotation. The bolt 90 connected to the plate moves upward in the slit 87 of the link member 74 in a counterclockwise direction.

As a result, the said link member 74 whole raises, and the lower rod 75 fixed to the connection part 88 of the link member 74 via the connection piece 94 is pushed up. Thus, since the two lower rods 76 are connected and fixed by the connecting member 92, both lower rods 75 and 76 are raised together and both convex portions 99 formed on the upper ends of the lower rods 75 and 76. , 99 fits into the recesses 100 and 100 formed at the lower ends of the upper rods 77 and 78. The upper rods 77 and 78 are pushed up. As a result, the convex portions 101 and 101 formed on the upper ends of the upper rods 77 and 78 are connected to the engaging portions 79 and 79 formed of two hole portions formed in the lower surface portion of the upper plate 6 of the base 26, respectively. In order to fit, the medal delivery part 41 and the medal accommodation part 40 are fixed to the base 26.

Next, the display unit 72 includes a substrate 150, respective switches 157 parallel to the upper end of the substrate 150, and a display unit 154 provided below the switches 157. And the said switch 157 is arrange | positioned so that operation is possible outside the medal lending machine 1 via the horizontal window 109 opened in the upper end part of the front panel 80 of the medal delivery part 41. FIG. . In this case, however, in the case where the medal lock portion 70 is locked, the connecting member 92 connecting the lower rods 75 and 76 closes the horizontal window 109 and the medal lock portion ( In the case where 70) is revised, the connecting member 92 descends together with the lower rods 75 and 76 so that the horizontal window 109 is opened so that the switches 157 can be operated. .

In this case, as shown in FIG. 6, four backswitch switches are arranged in parallel, and the reset switch 110, the counter mode switch 111, and the counter reset switch are sequentially arranged from the left. (112), the preliminary switch (151) is arranged in order.

The reset switch 110 is used to bring up the control unit 107 and the cash identifier described later when the medal loaner 1 is stopped for some reason. The counter mode switch 111 is used to display various counters of the display unit 154. The counter mode switch 111 displays the number of medals issued by pressing the switch 111 once, and pushes the cash identification storage unit by pressing twice. The number of 1,000 won bills received in (42) is displayed, the number of 500 won won is displayed by pressing three times, and the number of 100 won is displayed when pressed four times, and the counter display is turned off by pressing five times. It is. The counter reset switch 112 is used to clear the counter display.

As shown in FIG. 6, the display unit 154 has a substantially square formed below the horizontal window 109 of the front panel 80 of the medal dispensing unit 41 on the display window 155. It is formed to show various signs. In the display unit 154, five abnormal monitor display lamps 113 are arranged in parallel at the upper end, and a malfunction of the operation occurs in the present medal lending machine 25, and the operation of the medal lending machine 25 is stopped. It is configured to light when it is. In addition, the digital display 114 of the number of the banknotes received by the medal lending machine 1 and the number of hardenings is shown in the middle part, and the number of medals which the medal lending machine 1 paid out is shown in the lower part at the bottom. Is formed to appear.

The abnormal monitor display lamp 113 includes a green medal shortage display lamp 116, a yellow bridge abnormality display lamp 117, an orange dispensing abnormality display lamp 118, and a yellow-green banknote clogging display lamp (from left to right). 119), and the red sensor abnormality display lamp 120 is arranged in order. The medal shortage indication lamp 116 turns on when the medal stored in the medal housing 7 is exhausted and is turned off by replenishing the medal. On the other hand, when the lamp is lit even when the medal is replenished, the reset switch 110 is pressed. Next, the bridge abnormality display lamp 117 lights up when the medal is not supplied to the medal dispensing part 41 even though the medal is contained in the medal storing part 7, and in this case, the medal exclusive locking part. After revising (70) and pulling the medal compartment 40 slightly forward, the medal is dropped, and then the reset switch 110 is pressed to raise the motion. In addition, when the medal is not supplied from the medal dispensing unit 8 due to any cause, the dispensing abnormality display lamp 118 is, for example, a medal dispensing passage such as the guide 17 of the medal, and a container for dispensing the medal 15. I turn on when a medal is full in).

In this case, when the medal filled with the guide part 17 of a medal etc. is removed and the reset switch 110 is pressed, it will restart. If the lamp 118 is not turned off even when the reset switch 110 is pressed, the medal dispensing mechanism 71 has a malfunction in it. In addition, the banknote blockage abnormality display lamp 119 lights when the banknote is filled in the banknote identification accommodating unit 18, and turns off when the banknote is taken out and the reset switch 110 is pressed.

The sensor abnormality display lamp 120 is configured to light when an operation failure of various sensors mounted on each part of the medal lending machine 25 occurs.

On the other hand, 152 and 153 in the figure are LED lamps respectively disposed on both sides of the display window 155, the lamp 152 on the left is configured to light when the medal lending machine 25 is in operation. At the same time, the lamp 153 on the right side is configured to light when the medal lending machine 25 has stopped operating for some reason.

Next, as shown in FIG. 7, the cash discrimination accommodating part 42 is a banknote discrimination accommodating part 18, the coin selecting part 19, the coin accommodating body 20, and the cash lock part 121. As shown in FIG. Is done.

The coin sorting unit 19 is fixed to the rear surface of the front panel 124, which is mounted at the front end 122 of the lower end of the base 26 to open in the front direction of the base 26 via the hinge 123. It is. That is, the coin sorter 19 includes a coin sorter 125, a bracket 126 for fixing the coin sorter 125 to the front panel 124, and a coin chute protruding from the coin sorter 125. 127 and the coin detection sensor 128 provided below the coin sorter 125. Moreover, the hardening housing 20 is arrange | positioned under the said hardening detection sensor 128. FIG.

The front panel 124 is provided with a cash lock portion 121. The cash lock portion 121 includes a cylinder lock 130 secured by a nut 131 to an attachment hole 129 formed at an upper left end of the front panel 124, and a rotation of the cylinder lock 130. The rotating rod 134 fixed by the nut 133 to the eastern part 132, and the locking part 146 provided in the partition plate 33 of the base | substrate 26 for the said rotating rod 134 to catch. In the figure, reference numeral 135 denotes a base member for seating the banknote identification accommodating portion 18, 136 denotes a power plug fixed to the base member 135 by a bracket with an illustration, and 137 is hardened. Bracket for mounting the detection sensor 128, (138) is a bank insertion slot, (139) is a hardening slot, (140) is a hard currency return opening, (141) is a banknote identification unit, (142) is a banknote storage unit The front panel 143 of the banknote accommodating part 142 is opened to the front to form a banknote contained therein.

When operating the medal lending machine 25 comprised in this way, the power plug 39 shown in FIG. 1 is first connected to the power supply of AC24V. Thus, as shown in FIG. 7, by inserting the banknote identification storing portion 18 together with the base member 135 on the bottom plate 4 of the lower end portion 36 of the base 26, the base member 135 is formed. The power plug 136 attached to the rear part is connected to the socket 45 provided at the lower end of the lower end 36 of the base 26. Thus, after the hardening housing 20 is inserted and disposed below the base member 135, the front panel 124 is rotated upward with respect to the hinge portion 123 to lower the lower end portion 36 of the base 26. Occupy the front. Then, the dedicated key 144 of the cash lock portion 121 is inserted into the key hole 145 of the cylinder lock 130 and rotated about 45 ° counterclockwise.

In this case, the pivoting portion 132 of the cylinder lock 130 rotates about 45 ° from the horizontal position to return to the vertical position to be caught by the catching portion 146 provided at the front end portion of the partition plate 33 and the front panel 124. And the coin selector 19 is fixed to the base 26.

Next, as shown in FIG. 1, the metal discharge | release part 41 is inserted into the interruption | blocking part 35 in the form which mounts on the partition board 33 provided in the base | substrate 26, and FIG. The power plug 106 attached to the frame plate 108 of the visible medal ejection portion 41 is connected to the socket 45 provided at the lower end of the stop portion 35 of the base 26. Then, as shown in FIG. 1, the lower end portion slides the medal receptacle 40 containing the medal in advance to the guide rails 31 and 32 provided inside the side plates 29 and 30 of the base 26. As shown in FIG. It is stored in the upper end 34 while making it.

In this case, as shown in FIG. 1 and FIG. 3, the projections 68 and 68 of both sides of the slide shutter 67 provided in the bottom part of the said medal accommodation part 40 are provided in the base body 26 side. In contact with the locking projections 147 and 147, respectively, as shown in FIG. 4, the slide shutter 67 moves the bottom plate 56 on the medal holder 40 in front of the medal holder 40. The medal drop hole 66 is opened, and the inner medal is dropped below the medal drop hole 66 to reach the hopper portion 14 provided in the medal discharge part 41.

Subsequently, the medal dispensing portion 41 and the medal storing portion 40 are simultaneously operated by the locking operation of the medal locking portion 70 using the dedicated key 102 of the medal locking portion 70. To fix it.

Thereafter, as in the prior art, the start switch (not shown) is set to the ON state to energize each of the operation units, thereby enabling the operation.

Then, when the medal is finished in the medal housing 40, the lock lock for the medal is released to release the fixing of the medal housing 40 to the base 26, and only the medal housing 40 is detached. As a result, the slide shutter 67 is lifted out of the base 26, and then the medal can be supplied. Of course, as shown in FIG. 4, it is also possible to open only the opening-and-closing part 59 with the medal accommodating part 40 fixed to the base | substrate 26, and to supply a medal there.

In addition, if a medal is charged and prepared in advance for the medal replenishment storing part 40, and it is made to exchange with the empty medal storing part 40, even if it is during business, medal replenishment work can be performed without disturbing business.

Furthermore, as described above, the medal replenishing hole provided on the back of the medal receptacle 40 using the medal replenishing nozzle 65 based on the information of the medal sensors 148 and 149 attached to the medal receptacle 40 ( 63) can also supply medals as appropriate.

In addition, even if there is a malfunction in the medal dispensing mechanism 71 of the medal dispensing part 41 and malfunctions, the key 102 of the medal lock part 780 is used as described above. The lock state of the medal lock portion 70 is dismantled, and only the medal dispensing portion 41 is lifted out of the body 26 independently of the medal storing portion 40 and the cash identification storing portion 42 to perform maintenance work. I can do it.

In addition, even in the case where a failure occurs in the cash discrimination accommodating portion 42 or when the coin or paper money stored therein is taken out, the cash lock portion 121 is used by using the dedicated key 144 of the cash lock portion 121. , The lock selector 19 is rotated forward about the hinge portion 123, and the coin holder 20 and the banknote identification receiver 18 are combined with the medal holder 40 or the medal dispenser. Separately, it can be lifted off independently and can carry out maintenance work or cash collection.

Furthermore, in the present embodiment, the rectangular shutters 69 and 69 provided with the slide shutters 67 provided in the medal housing 40 at the lower ends of the side plates 53 and 54 of the medal housing 40. The case in which the medal drop hole 66 can be opened and closed by sliding the protrusions 68 and 68 arranged in the above is described as an example. However, the present invention is not limited to the present embodiment, and as shown in FIG. 8, the slide shutter 67 is shown. An appropriate biasing means 156 such as a spring is provided between both sides or one side of the rear end of the back end) and the back plate 62, and the slide shutter 67 is always placed in the medal compartment 40. When the medal drop hole 66 is closed and the medal housing portion 40 is accommodated in the upper end portion 34 of the base 26, the protrusions 68 and 68 are formed by the base ( It contacts with the latching projections 147 and 147 provided in the 26 side, and resists the vigorous force of the said taxation means 156, Ride shutter 67 is moved forward of the medal hayeoseo housing 40 may be configured to open a medal falling hole 66.

As described above, when the slide shutter 67 is configured using the taxing means 156, the taxing force of the taxing means 156 is applied when the medal receptacle 40 is lifted from the base 26 for replenishment or the like. Since the slide shutter 67 automatically closes the medal drop hole 66 by this, it is possible to prevent a situation in which the medal is replenished without forgetting to close the slide shutter 67.

In addition, in the Example shown in FIG. 5, the case where both the medal dispensing part 41 and the medal accommodating part 40 are simultaneously fixed to the base | substrate 26 by the corrective operation of the medal lock part 70 is an example. Although it demonstrated, for example, the locking protrusion was provided in the lower end part of the plate-shaped member 86 of the municipal government 73, and the locking recessed part was attached to the front end of the partition plate 33 of the base body 26, for example. And the locking protrusion and the locking recess by the corrective operation of the medal compartment 40, and the medal compartment 40 can be fixed to the base 26 alone through the partition plate 33. It may form, and is not limited to this embodiment.

Since the present invention is configured as described above, even if there is no medal in the medal storing unit, the medal supply is necessary, or a failure occurs in the medal dispensing unit, and the medal supply is settled. Even in the case of a failure, the medal holding unit, the medal dispensing unit or the cash identification number can be removed without the need to always lift the entire medal loan unit body out of the body and perform a medal replenishment work or repair a malfunction point as in the case of a failure. Since one or more parts of the payment can be lifted out of the body appropriately and individually, the medal replenishment work and the maintenance work can be carried out quickly, and at the same time, the maintenance work can be performed easily and quickly.

In addition, in the present invention, the medal storing portion and the medal dispensing portion are fixed to the base by a medal lock portion which can be corrected together, and the cash identification storing portion is separated from the medal lock portion by a correctable cash lock portion. It is configured to be fixed to the body, and because the medal lock portion and the cash lock portion are to be corrected with separate dedicated keys, the general employee who performs maintenance work such as medal supply work or medal dispenser manages the dedicated key of the medal lock portion. Only the person in charge of the playroom who performs the cash collection operation can establish such a system that manages the private key of the cash lock part, and can perform more appropriate corrective management.

Claims (1)

The body of the body and the medal lending machine body mounted on the body, the lender body has a medal storing unit, a medal dispensing unit and a cash identification storing unit, and when cash is put into the cash identification storing unit, a predetermined number of medals In the medal lending machine which measures the lending of a medal, the medal storing part, the medal dispensing part, and the cash identification storing part are each formed separately, and are detachably attached to the body individually, while the medal dispensing part has the number of medals. Medal, characterized in that a correctable medal lobe is provided for fixing to the base of the payment and the medal issuing unit, and the cash identification compartment is provided with a correctable cash lock for securing the cash discriminating compartment to the body. Lender.

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