KR0177592B1 - Paper money send back system of merry making machine - Google Patents

Abstract

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Description

Organic Giunggi Banknote Transfer System

1 is a perspective view of a bill conveyance system for an organic device of the present invention.

2 is a plan view of the conveying system of FIG.

3 is a schematic plan view of a second embodiment of the present invention.

4 is a longitudinal sectional view of the organic medium feeder of FIGS.

5 is a perspective view of a third embodiment of the present invention, showing only a part of the pachinko and bead lending machine.

6 is an enlarged longitudinal sectional view of the bill conveying apparatus of FIG.

7 is an enlarged longitudinal sectional view of the grounding device of FIG.

8 is an enlarged front view of the grounding apparatus of FIG.

9 is a schematic plan view of a fourth embodiment of the present invention.

FIG. 10 is a schematic side view of the conveying system of FIG.

* Explanation of symbols for main parts of the drawings

10: bill conveying device 11: the motor

12: Roller 13: And Roller

14: main belt 15: bill processor

16: banknote 17,18: auxiliary roller

19A, 19B, 19C, 19D, 19E: Auxiliary belt 20: Storage

21: counter 30: banknote entrance

32: driveway stroke 34: return road stroke

40: frame 40A: front

41: hardening inlet 41A: hardening introduction furnace

42: curing selector 43: return port

45: coin conveyor (conveyer) 46: counter

47: bead container 48: horizontal bill slot

49: bill sorter 50: outlet

51: Banknote Guide 52A: Outlet

53 pachinko bead transport bellows 54: shout

100: bill conveying device 112,113: drive roller

114,115: end roller 116,117: belt

118,119: chain sprocket mechanism 120,121: belt

122,123: Information Roller 124,125: Andlor

126: guide piece 130: connection

132: movement passage 201,201A, 201B: circular belt

202,203: Fleece 204: Drive Fleece

207: Pachinko University 208: Bead Rental Machine

209: Banknote insertion slot 211,212: small fleece

211A, 212A: Rotating shaft 211B, 212B: Support bracket

211C, 212C: Small screw 213: Rail

214: Roller 215A, 215B: Last minute

216,217: frame 218A, 218B: hinge

219: ground wire 234: leaf spring

330: bracket for attaching the grounding wire 331: flat surface

332: stenosis projection 333: triangular groove

334: erected wall 335: narrow notch

421,422 roller pulley 423 flat belt

424A, 424B: Small Roller 425A, 425B: Support Bracket

This invention relates to the banknote conveyance system for organic apparatuses which conveys a banknote from the money processor arrange | positioned between organic bands, such as a pin ball machine and pachinko.

The arrangement of organic medium feeders, which supply money with organic media such as pachinko beads, between pachinko beds is proposed in Japanese Patent Application Laid-Open No. 53-3399.

However, by inserting the banknote horizontally, the width of the organic medium feeder is widened, and it is not practical in terms of efficient use of the floor space between the pachinko beds.

For this reason, the organic-media feeder of hardening is placed between the pachinko belts. After hardening, the organic customer had to leave the seat and receive the organic medium from the organic medium feeder that could use the paper money placed in a separate place, or exchange the paper money.

In addition, banknotes collected in many organic media feeders had to be taken out of the storage after the end of the business, resulting in a drawback of time and effort.

Therefore, an object of the present invention is to provide a bill conveying system for an organic device, which improves the use efficiency of a floor space and can automatically convey bills from a money processor disposed between organic beds.

In view of the above and other objects, the present invention, in order to supply a predetermined amount of the organic medium as much as the money put, bills received as organic medium supply means positioned between adjacent organic groups and passed in a vertical position Arranged in the form of a column with an organic medium supply means for collecting the bills from each organic medium supply means, and moving the bills vertically to the destination along the banknote passage and arranged on the right side of the row of organic groups. Provided is a bill transfer system for an organic device. Preferably, the organic groups are arranged in two rows with each other facing each other, and the banknote conveying means is arranged between the rows of the organic groups.

By arranging in this way, the floor space can be used efficiently.

Preferably, the banknote conveying means comprises: a first belt conveyor means having an address belt extending along the banknote passage, a second belt conveyor means having an endless belt disposed to face the endless belt of the first belt conveyor means; And the first and second belt conveyor means set the opposing endless belts to move in the same direction, and at the same time, the opposing endless belts form the banknote passage to convey the banknotes.

Further, the bill conveying means may further comprise third belt conveyor means having an endless belt facing the endless belt of the first belt conveyor means, wherein the opposite endless belts of the first and third belt conveyor means are in the same direction. Bank, which is set so as to sandwich the banknote therebetween, which enables the banknote to enter the banknote passage between the rear end of the endless belt of the second belt conveyor means and the front end of the endless belt of the third belt conveyor means. Can be formed. By this configuration, the banknotes passing through the organic group enter the banknote entry path between the endless belts and then enter the banknote passage.

As another preferable state of this invention, a banknote conveying means is provided with the endless belt arrange | positioned so that a banknote passage can pass, and the pressing means of the recovery pair arrange | positioned facing the endless belt, It is possible to arrange each pair of the pushing means to press the endless belt together with each other to carry the bill to the destination.

Banknotes can be inserted and inserted between the endless belt and the pressing means between two adjacent pairs of pressing means. Each pressing means may be provided with a roller set to rotate by pressing the endless belt and moving the endless belt. As another preferable state, the grounding means is provided in order to ground the banknote conveying means.

It is possible to prevent the transfer accident by static electricity by the grounding means.

Each pressing means may be provided with a roller set in such a manner as to be pressed against the endless belt and rotated by moving the endless belt, and the grounding means may be set so as to ground the roller of the pressing means.

The roller of each pressing means may have a conductive rotating side, and each pressing means may be provided with a conductive supporting member for freely instructing the roller, and the grounding means may ground the supporting member. The grounding means includes a grounding wire, a grounding wire fixing means, and the grounding wire fixing means includes a conductive plate body, conductive bonding fixing means for elastically attaching the body to the support member while being formed on the main body, and protecting the grounding wire. In order to achieve this, a conductive ground wire protection holding means attached to the main body can be provided.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 shows a perspective view of the main part of a bill collecting device which is a first embodiment of the present invention, and FIG. 2 shows a plan view of the bill collecting device of FIG. In Fig. 1, reference numeral 10 denotes a bill conveying apparatus, 11 denotes a motor of the bill conveying apparatus 10, and a drive roller 12 driven by the motor 11 and an end roller corresponding thereto. The main belt 14 is drive-rotated between (13) and. In the vicinity of the main belt 14, a plurality of banknote processors 15 (banknote exchange, bead loan, medal loan, etc.) are provided, and when the inserted banknote 16 is determined to be a normal banknote, the banknote ( As shown in FIG. 2, 16) is pinched and conveyed by the pinch conveying apparatus formed by the auxiliary belt, the main belt, etc. That is, the banknote 16 (pulled out) extruded from the outlet of the banknote processor (selector) 15 is introduced from the banknote inlet 30 in the transverse direction of the auxiliary belts 19A to 19E, and the main belt 14 ) Is bent in the direction of travel of the main belt (14).

At this time, by inserting this banknote 16, since the auxiliary belts 19A-19E which span the auxiliary rollers 17 and 18 are rotated together by the main belt 14, this banknote 16 is Take it in the direction of the arrow.

In the part of the end roller 13 of the main belt 14, the auxiliary belt 19C is attached to the end roller 13 and the auxiliary rollers 17, 17 ', 18 and 18'. Since the auxiliary belt 19C is also in contact with the reciprocation of the main belt 14 from the way path 32 to the return path 34, the banknote 16 is an email belt. (14) and the auxiliary belt (19) are guided to the return stroke from the return stroke to the part of the drive roller (12) and stored there directly in the reservoir (20), such as a safe, or through the counter (21). Gather in the flag. When the device is installed through the counter 21, the collected banknotes 16 are automatically counted.

In addition, although the banknote 16 may be repeatedly introduced from another place while the banknote 16 is moving, since the auxiliary rollers 17 and 18 are crimped | bonded to the main belt 14 by the spring. Even if a plurality of banknotes overlap, it becomes possible to respond sufficiently.

As described above, if necessary, the first embodiment further utilizes the movement in the reciprocating direction of the main belt 14 to round the banknote 15 once and concentrate the banknote at one location. As an example, the conveying apparatus 100 of the banknote which pinches a banknote with two belts of FIG. 3 and collects only in a fixed direction is shown.

In FIG. 3, the power from the motor 11 is transmitted from gear A to gear B and C which are parallel. The drive rollers 112 and 113 are provided in correspondence with the gear centers B and C, respectively, and these drive rollers 112 and 113 and the corresponding end rollers 114 corresponding to them are provided. Two belts 116 and 117 parallel to and between the 115 and 115 are spaced apart in the drawing, but are rotated over each other so that the inner side surfaces come into contact with each other.

Thus, the end rollers 114 and 115 sides of the belts 116 and 117 are rotated by hooking the other belts 120 and 121 through the chain, sprocket mechanism 118 and 119, respectively. It is connected to the guide rollers 122 and 123. 124 and 125 are end rollers on which the other belts 120 and 121 are caught and rotated, and these other belts 120 and 121 are also in contact with the inner surface of each other.

Reference numeral 126 is a guide piece disposed on the end rollers 124, 125 side of the other belts 120, 121.

And the banknote processor 15 is provided in the guide piece 126 and the connection part 130 of a belt. Two parallel belts 116, 117, 120, and 121 are deviated so that their connecting portions do not overlap, respectively. In the banknote conveying apparatus of the second embodiment, the power from the motor 11 is transmitted from the gear A to the gears B and C, and the two belts 16 and 17 are , Each inner surface moves in the same direction as indicated by the arrow, and also transmits power to the other belts 120, 121 via the chains 113, 119 to the belts 120, 121; Also, the inner direction is unified in the direction of the arrow.

Therefore, when the banknote 16 is thrown into the banknote processor 15 and judged to be a normal banknote there, the banknote 16 is extruded from the outlet of the banknote processor 15, and the connection part 130 of the belt (chain) Part) and strikes the belt of the opposite axis, bends in the direction of travel thereof, and is then fitted into two belts 116, 117, 120, and 121 along the moving passage 132; It moves in the direction of the arrow. Since the two belts 116, 117, 120, and 121 are deviated so that their connecting portions 130 do not overlap, the banknotes extruded from the outlet of the banknote processor 15 must be the opposite belts. Bent in the direction of movement. Also, the banknote is introduced into the moving passage 132 from the guide piece 126 as well.

After the two belts 116, 117, 120, and 121 are fitted and moved in the direction of the arrow, as in the first embodiment, the counter 21 or the counter 21 Is recovered there. 4 shows the banknote processor 15 used in FIGS. As shown, between the pair of play poles, the bead loans face each other with their backs facing each other, and 40 are the devices of the banknote processor (rental lease between play poles) 15, The coin selector 42 which arranges the coin inlet 41 and the vertical banknote inlet 48 up and down on the front surface 40A, and is in contact with the coin inlet 41 through the coin inlet passage 41A. The bill selector 49, which is in contact with the bill input 48, is placed side by side up and down, and the outlet 50 of the bill selector 49 and the outlet 52A of the coin selector 42 are shouted 54. And the banknote guide 51. (43) is a return phrase for unhardening. 45 is a coin guide (coin conveying device) arranged at right angles to the paper surface by contacting the chute 54, 46 is a bead counter, 47 is a bead container 51 is a bill conveyor guide , 53 is a pachinko bead carrying bellow. Next, the operation of the bill processor 15 configured as described above will be described. In the figure, when hardening | curing is thrown in from the hardening inlet 41, it falls to the return opening 43 by the hardening sorter 42 in the case of poor hardening.

On the other hand, in the case of full-hardening, it introduces on the coin conveyor 45 through the chute 54, and collects it in one place, such as a safe or a storage container.

Then, at the time when normal curing is identified, a signal is sent from the detector (not shown) to the bead counter 46 attached to a part of the coin selector or the chute 54 to operate the bead counter 46. Then, only a predetermined quantity of beads fed through the bellows 53 are sent to the bead container 47. Next, when the banknote 16 is thrown in from the banknote inlet 48, in the case of the defective banknote sorted by the banknote sorter 49, it returns to this banknote slot again.

On the other hand, in the case of a normal banknote, it is sent from the banknote discharge port 50 to the banknote conveying apparatuses 10 and 100 via the banknote guide 51, and the banknote 16 which was supplied was sent to the safe | detachment provided in the edge of this apparatus, or Stacked in storage.

Then, at the time point judged as a normal banknote from the banknote sorter 49, a signal is sent to the beads counter 46, and the beads of the banknote as much as the banknote are discharged. 5 and 6 show a third embodiment of the present invention. First, a banknote conveyance apparatus is demonstrated based on FIG. The bill conveying apparatus is arranged at the back of the bead lending machine 208 on the rear side of the beating lender 208 arranged between the pachinko snares 207 and the pachinko snares 207 at the pachinko game ground. 209 is provided so as to convey the inserted banknote, and is provided on both sides of the annular belt 201 provided between the pleats 202 and 203 and the belt 210A on the upper side of the annular belt 201. It consists of many small fleets 211 and 212 arranged in pairs. The ring belt 201 is suspended by the rail (tenson fleece) 213 and is powered from the motor 11 via the chain fleece 204A and the chain 205 coaxial with the drive fleece 204. .

Moreover, the roller 204B is provided so that the power from the chain flies 204A may be transmitted to the ring belt 201 without slipping. On the back of the pachinko stand 207 on the front side, the pachinko stand 207 and the bead picker 208 are arranged in a virtual line on the side facing the back, and the bills are round belt 201 and small fleece 211. The banknote can be caught and conveyed between the ring belt 201 and the small pulley 212 as well as between.

Then, the fleece 202 is placed inside the reservoir 20, where the banknotes are ejected. The upper side of the ring belt 201 is guided to the rail 213, and the lower side is guided to the roller 214, as shown in FIGS. The rail 213 is supported along the upper and lower frames 216 and 217 forming a skeleton through the entire length of the apparatus. The frames 215 and 217 have sufficient strength and rigidity, and draw-out materials of aluminum are used to make them lightweight.

On the other hand, the left and right sides of the upper belt 201A of the ring belt 201 are provided with pairs of small fleece 211, 212, and the metal rotating side 211A, 21A has a c-shaped cross section. The rotation is freely supported by the long hole 232 of the support brackets 211B and 212B formed by forming a thin metal plate. The pair of small pulleys 211, 212 supported by the jersey brackets 211B, 212B are arranged in a number of directions in the up and down direction of the ground of FIG. 5, and the pitch of each pair of the banknotes N It is smaller than the length.

In addition, the rotating shafts 211A and 212A are pressed in the direction of the ring belt 201 by the leaf springs 234 (see FIG. 9) respectively entering the long hole 232. The support brackets 211B and 212B are arranged on the membrane plates 215A and 215B provided along the frames 216 and 217, and the left and right membrane plates 215A and 215B are hinged. It is comprised so that opening is possible outside through 218A) and 218B.

These membrane plates 215A and 215B are made lightweight, and synthetic resins are used at the request of cost. The grounding wire 219 is wired by tying the small screws 211C and 212C attached to the support brackets 211B and 212B in the row direction, respectively, and the terminals are collected and grounded. The ground wire 219 is also connected to the frame 217.

The operation is explained next. The banknote N inserted into the banknote insertion hole 209 of the ball borrowing unit 208 is sandwiched between the ring belt 201 and the small pulleys 211 and 212 and is sent to the safe 20. Since the ring belt 201, the small pulleys 211, 212, the rails 213, etc. are made of rubber or synthetic resin, a large amount of static electricity is generated during the operation.

However, by gradually gathering the small fleets 211 and 212 disposed in contact with the ring belt 201, the ground wires (2B) through the support brackets 211B and 212B from the rotation shafts 211A and 212A. 219). The ground wire 219 is discharged from the ground wire 219 through the small screws 211C and 212B attached to the support brackets 211B and 212B.

The grounding wire 219 is loosened by the small screws 211C, 212C attached to the support brackets 211B, 212B, and passed through the grounding wire 219.

One end of the ground wire 219 is also connected to the lower frame 217 on which the guide roller 214 is arranged, and also collects static electricity collected through the guide roller 214.

FIG. 7 shows a part of the right side membrane plate 215A in FIG. 5, and in FIG. 5, the ground wire 219 is stopped by a small screw 212C attached to the support bracket 212B. The earthing wire attaching bracket 330 is detachably used.

As shown in FIG. 7, the grounding wire fixing bracket 330 is formed by forming an elastic metal membrane, and is provided with four narrowing projections 332 before and after the flat portion 331.

At the same time, the left and right opening width W ₁ of the narrowing protrusion 332 is slightly smaller than the width W ₂ of the support hole 212B of the small pulley 212, and the supporting bracket ( A triangular groove 333 is engaged at the end of 212C).

On the other hand, the left and right ends of the flat portion 331 are erected walls 334 that are bent at right angles and bent upwards, and the erected walls 334 have an opening corresponding to the ground wire 219, The narrow notch 335 which bites is formed through it.

The operation is explained next. Banknote conveying devices are assembled without ground wires. When the assembly work is completed, the grounding wire fixing bracket 330 is attached to each of the support brackets 211B and 212B. To attach the grounding wire fixing bracket 330 to the support bracket 212B, etc., it is inserted so that the circumference of the left and right ends of the support bracket 21B is clamped with the narrowing protrusion 332.

Since the opening width W ₁ of the constriction protrusion 332 is slightly smaller than the width W ₂ of the support bracket 21B or the like, the opening width W ₁ is restored from the seat of the triangular groove 333 while being pressed out to open by pressing firmly. , Is firmly fitted to the support bracket (212B) by the elastic force.

Next, the ground wire 219 is pushed into the narrow notch 335 which becomes water. Since the narrow notch 335 is smaller than the outer circumference of the ground wire 219, the knife notch effect is exerted by pressing along the narrow notch 335, and the covering of the ground wire is cut off, as shown in FIG. It is in direct contact with the body of the wire.

Each of the adjacent support brackets 211B and 212B is connected by one grounding wire 336, and one of them is brought into contact with the end of the frame 217 to select and ground the ground. The place for attaching the grounding wire fixing bracket 330 is not limited to the upper surface of the support bracket 212B or the like, and can be attached to the front surface or the lower surface in FIG. Next, a fourth embodiment of the present invention will be described with reference to FIGS. 9 and 10. FIG.

In the present embodiment, the banknote conveying apparatus comprises a funnel 423 installed between two roller pulleys 421 and 422 and a small roller 424A arranged in pairs while sandwiching the funnel 423. ) And 424B, and support brackets 424A and 424B for supporting the metal rotating side (not shown) of the small rollers 424A and 424B. And the banknote conveyance apparatus is driven by the motor 11 couple | bonded with the roller pulley 421. As shown in FIG.

As in the third embodiment, the grounding wire 219 is subsequently grounded to the supporting brackets 425A, 425B in the horizontal row direction. The operation is the same as that of the first embodiment and thus omitted.

As mentioned above, the banknote conveyance apparatus which concerns on this invention is a banknote processor arrange | positioned in several groups of playing machines, and the banknote inserted horizontally in these banknote processing machines to one place, such as a playing machine group, in a horizontal state. It is a conveying device to convey and a storage device installed to collect bills conveyed at one place such as the tip of the end, so that the bill processor and the bill conveying device can be made extremely thin as they are in the horizontal state as compared to inserting the bills in the vertical state. In addition, it can be installed within a narrow gap between the rows of pachinko bars and the rows of pachinko beds, so that customers sitting at the playhouses, such as the pachinko hall, can install bill processors such as exchange of bills, loans of beads, and medal loans. You can receive services such as marble rental or medal rental without having to get up.

In addition, according to the grounding mechanism of the banknote conveying apparatus and the bracket for attaching the ground wire of the present invention, these supporting brackets are made of a rotating body of the rotating fleece with the belt in place and a support bracket of these rotating shafts made of metal. Is grounded by a grounding wire, so that the static electricity is not charged in the bill conveying device and the conveyed zips are not jammed under the electric force, giving an unpleasant electric shock to the handling device or nearby electronic devices. It is possible to avoid the interference to the radio wave.

In addition, the grounding wire fixing bracket has a narrowing protrusion to be fitted to the support bracket by elastic force, and a narrow notch is installed in contact with the main body of the wire by cutting the covering of the wire by the knife edge effect by biting the grounding wire. After completion of the assembling work of the conveying device, it is easy to fix the grounding wire.

Claims (10)

An organic medium supplying means interposed between adjacent organic groups for supplying a predetermined amount of organic medium as much as money, comprising: an organic medium supplying means for accepting bills and passing them in a vertical position; Banknote conveying means disposed in the rear side of the organic sequence for receiving the banknotes from each organic medium supply means and moving them vertically to the destination along the banknote passage; The bill conveyance system according to claim 1, wherein an organic framework or the like is abutted and arranged in two rows, and the bill conveyance means is arranged between the organic sequences. The paper money conveying means according to claim 1, further comprising: first belt conveyor means having an endless belt extending along the paper money passage; Equipped with a second belt conveyor means with an endless belt arranged to oppose the endless belt of the first belt conveyor means, wherein the first and second belt conveyor means set the opposing endless belts to move in the same direction and at the same time The banknote conveyance system which encloses and conveys the banknote which the said endless belt forms said banknote passage | path, and sandwiches and conveys a banknote. 4. The bill conveyance means of claim 3, further comprising a third belt conveyor means having an endless belt opposite the endless belt of the first belt conveyor means, wherein the opposite endless belts of the first and third belt conveyor means are in the same direction. The billet entry path which is set to move the bills between them and between the rear end of the endless belt of the second belt conveyor means and the front end of the endless belt of the third belt conveyor means. Formed banknote conveyance system. The bill conveyance means comprises an endless belt disposed so as to pass through a bill passage and a plurality of pairs of press means arranged to face the endless belt, and each pair of the press means receives a bill. A bill conveying system arranged to press an endless belt together in order to move it. The bill conveyance system according to claim 5, wherein each pressing means is set to rotate by pressing the endless belt and moving the endless belt. A bill conveyance system according to claim 5, further comprising a grounding means for grounding bill conveyance means. 8. The bill conveyance system according to claim 7, wherein each press means has a roller set to rotate by pressing the endless belt and moving the endless belt, and the grounding means is set to ground the roller of each press means. The bill conveying system according to claim 8, wherein the roller of each pressing means has a conductive rotating shaft, each pressing means has a conductive supporting member for freely instructing the roller, and the grounding means grounds the supporting member. 10. The grounding means according to claim 9, wherein the grounding means comprises a grounding wire and a grounding wire fixing means, wherein the grounding wire fixing means includes a conductive plate body, conductive fixing means for attaching the main body formed on the main body to a supporting member, and a main body to protect and protect the grounding wire. Banknote conveyance system provided with a conductive ground wire protection holding means attached to the.

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