JP6086745B2 - Banknote organizer - Google Patents

Description

  The present invention relates to a banknote organizing device, and more particularly to an apparatus for organizing the conveyance state of banknotes (including checks and the like; the same applies hereinafter).

  On a game island where a plurality of gaming machines and inter-game gaming machine lending machines are installed adjacent to each other, banknotes inserted by the player into the inter-game gaming machine lending machine are transferred from each inter-game gaming machine lending machine to the banknote transport path. And is transported to the end of the game island via the banknote transport device and stored in a safe installed at the end of the game island from the end of the banknote transport path.

  In general, in order to make the width of the inter-game gaming machine lending machine and the banknote transport device as thin as possible, the inter-table gaming medium lending machine has a vertical posture (the short side is vertical) at the banknote insertion slot. , The long side is in a horizontal posture), and the banknote transport device transports the inserted banknote in a vertical posture as it is.

  However, if the banknotes that have been transported to the end of the banknote transport path are stored vertically stacked in a safe in a vertical orientation, the depth of the safe increases and it becomes difficult to secure the installation space. Vertically stacked safes are used that are stacked vertically and stored in the same position (both short and long sides are horizontal). Accordingly, there is a need for a posture conversion device that converts bills discharged from the end of the bill conveyance path from a vertical posture to a horizontal posture.

  Even in a check printing device that issues a check by printing predetermined items on a white paper (check paper) on a check, the check paper is sent out from the magazine when it is transported from a vertically aligned magazine to the printing section. In some cases, a posture change device is used to convert a check paper to be printed from a vertical posture to a horizontal posture.

From the banknote transport path of the banknote transport apparatus installed on the amusement island, the banknotes are not always sent out one by one in the correct posture, but in a state where the posture is disturbed, that is, the center line of the banknote is parallel to the transport direction. In some cases, it may be sent out in a state (that is, skewed) , or sent out in a state where a plurality of sheets are overlapped. When banknotes sent out from the banknote transport path are directly stored in the safe, or when banknotes sent out from the banknote transport path are stored in the safe after being converted from a vertical posture to a horizontal posture by the posture changing device, When the attitude of the banknote is disturbed (ie, when skewed) , or when multiple sheets are stacked, there is a risk that the banknotes may jam in the attitude changing device or at the entrance of the safe without progressing smoothly. . Therefore, there is a need for a banknote organizing device that normalizes the transport state of banknotes whose posture is disturbed or where a plurality of banknotes overlap.

  In a banknote transport device that transports banknotes in a vertical posture, it is possible to automatically correct the disorder of posture by dropping the banknotes to the bottom of the transport path by its own weight during transport. It is not easy to correct the posture disorder during conveyance. Moreover, if a mechanism for separating and feeding out stacked banknotes one by one is provided in addition to correcting the posture disorder using conventional technology, the configuration of the apparatus becomes complicated and lengthened. (There is no prior art document)

  The present invention has been made in view of the above points, and provides a banknote organizing device that corrects the disorder of the posture of banknotes conveyed and can feed banknotes one by one at a short distance. With the goal.

To achieve the above object, banknote device of the present invention, the inlet to enter a bill at one end, and having an outlet containing banknotes out from the inlet to the other, between the inlet and the outlet banknote width skew is corrected while the bill to be conveyed in a skewed state and enlarged width enough to smoothly enter the room bill completely enters the room than the length of the bill is fed by the feeding means than the dozens of bills have a length which extends a horizontal state or downwardly inclined state to accommodate bill acceptor to the extent necessary for that, fed from the inlet into the bill acceptor a biassing mechanism for pressing the bill transporting direction and parallel to the plane of one side in the width direction of the room of the bill acceptor Intention to its one widthwise side the bill is placed on the bottom surface of the bill receiving volume exit side of the bill the bill receptor And delivery means feeding into, a single feeding mechanism which feeds one by one the bills fed out to the outlet of the bill acceptor, the biassing mechanism, the side provided on both sides in the width direction of the bill acceptor a side guide plate, at least, a tilted vertical wall so than the upstream side downstream side closer to the moving-direction center line of the bill acceptor, a lower end portion of the vertical wall to the bottom of the bill acceptor an inclined guide for inclined downward, protruding to the inside of the bill acceptor to said vertical wall, and a guide plate the distance to the bottom of the bill acceptor is inclined such that the downstream side is smaller than the upstream side while the side edge guide plates having, at least, the bill acceptor and the other side edge guide plates having a moving-direction center line parallel to the vertical walls of the bill acceptor, the contained bills to said bill acceptor Bottom of body Characterized in that it is composed of a paper money pressing means for pressing direction.

With the above configuration, the bill fed from the inlet of the banknote acceptor in the bill acceptor is Tadashisa disturbance of posture by the centering mechanism, the feeding means is fed to the outlet direction of the bill acceptor, and an outlet Bills are fed out one by one by the one-sheet feeding mechanism.

  The bill pressing means has an impeller composed of a horizontal shaft provided on the upper side of the bill receiver and elastic blades fixed to the horizontal shaft and extending in a direction perpendicular to the axis of the horizontal shaft. The shaft is coupled to a transmission system that applies a rotational force to the impeller, and the blade is configured to push down the banknote accommodated in the banknote receiver toward the bottom surface of the banknote receiver when the impeller is rotated. It is preferable.

The feeding means is formed by connecting a conveyance roller provided below the intermediate position in the longitudinal direction of the banknote receiver and a rotating body with protrusions provided below the outlet of the banknote receiver with a transmission belt or a conveyance belt. Those are preferred.
Since the banknote received by being overlapped with the banknote receptor is subjected to vibration by the rotating body with protrusions, the separation effect is improved.

  The one-sheet feeding mechanism is provided below the outlet of the banknote receiver, and is fed above the outlet of the banknote receiver, and a feed roller that is rotated in the direction of feeding out the banknotes fed to the outlet of the banknote receiver. And a retard roller that is provided with a small gap between it and the feed roller, and is rotated in a direction in which the bills fed to the outlet of the bill acceptor are returned to the bill acceptor. In this case, separation and feeding can be performed with a simple configuration.

The one-sheet feeding mechanism preferably includes a connecting / disconnecting means for connecting / disconnecting the rotational force to a transmission system that applies a rotational force to the feed roller and the retard roller from the power source of the banknote arranging device.
When performing the exchange of the gold box is stopped once a single feeding mechanism by connecting and disconnecting means, pending bills to be fed from the inlet of the bill receptor in the meantime in the bill receptor, finished the exchange of gold box After that, it is possible to operate the one-sheet feeding mechanism again to feed the banknotes one by one. Thereby, it is possible to exchange the safe or the like without stopping the operation of the banknote sorting apparatus.

The disengaging means can be any of an electromagnetic clutch for cutting by a signal input by an electromagnetic clutch or the clerk will be automatically disconnected by the full state detection signal gold box.

  ADVANTAGE OF THE INVENTION According to this invention, the disorder | damage | failure of the attitude | position of the banknote conveyed by short distance can be corrected, and the banknote arrangement apparatus which can pay out one banknote at a time can be provided.

It is sectional drawing which shows the structural example of one Embodiment of the banknote arrangement device which concerns on this invention. It is a perspective view which shows an example of the power transmission path | route of the banknote arrangement apparatus of FIG. It is a conceptual diagram which shows an example applied when converting the banknote which the banknote arrangement device which concerns on this invention is sent with a vertical attitude | position from a banknote conveying apparatus into a horizontal attitude | position, and accommodates in a safe. It is a perspective view of the specific example of the banknote arrangement apparatus of FIG. It is a top view of the banknote arrangement apparatus of FIG. It is a right view of the banknote arrangement apparatus of FIG. It is a perspective view which extracts and shows the banknote pressing means of the banknote arrangement apparatus of FIG. It is a top view of the banknote pressing means of FIG. It is KK sectional drawing of FIG. It is a right view of the banknote pressing means of FIG. It is a figure which shows the guide wall of the banknote movement direction right side (drawing upper side) of the banknote receiver of FIG. 5, (a) is a top view, (b) is a front view, (c) is a right view, (d) is a right side view. Left side view, (e) is a rear view. It is a figure which shows the guide wall of the banknote movement direction left side (drawing lower side) of the banknote acceptor of FIG. 5, (a) is a top view, (b) is a front view, (c) is a right view, (d). Is a left side view, and (e) is a rear view.

  Next, an embodiment of the present invention will be described with reference to the drawings.

[Basic configuration]
FIG. 1 shows a configuration example of an embodiment of a banknote arranging device X according to the present invention. The banknote sorting apparatus X includes an introduction path 100, a banknote receiver 200, a banknote pressing means 300, a feeding means 400, a one-sheet feeding means 500, and a lead-out path 600.

The introduction path 100 is formed by a pair of upper and lower guide plates 101 and 102 which are fixed relative to each other at a certain parallel interval at one end on the upstream side in the banknote movement direction of the banknote sorting apparatus X. Is connected to the end of the banknote transport path of the banknote transport apparatus (not shown). A rear end of the introduction path 100 is opened into an upper portion of the bill receiver 200 from an inlet 201 formed at one end portion (upstream end portion) of the bill receiver 200. Further, in the middle of the introduction path 100, conveyance rollers 103 and 104 for feeding the banknotes N sent to the introduction path 100 into the banknote receiver 200 are provided.

  The banknote receiver 200 has a room 202 that can store several tens of banknotes N, for example, about 50, and the width of the room 202 is slightly larger than the width of the banknote and the length is slightly longer than the length of the banknote. . And the banknote N sent into the room 202 of the banknote receiver 200 from the rear end of the introduction path 100 falls to the bottom surface of the room 202 of the banknote receiver 200, and the subsequent banknote has the banknote which fell previously. When it comes to fall on it.

The banknote receiving body 200 is provided with a width adjusting mechanism for correcting the disturbance when the banknote introduced from the introduction path 100 has a disordered attitude. The width adjusting mechanism includes an inclined wall 206b constituting a wall on one side in the width direction of the room 202, a vertical wall 206a constituting a wall on the other side in the width direction of the room 202, and a bill acceptor from the rear end of the introduction path 100. The bill pressing means 300 is configured to press the bill N fed into the bill 200. When the banknote fed into the banknote receiver 200 from the rear end of the introduction path 100 is skewed, that is, when the longitudinal center line of the banknote is not parallel to the transport direction by the feeding means 400, the banknote receiver 200 is fed. When the banknote is pressed by the banknote pressing means 300, one long side of the banknote is moved toward the vertical wall 207a opposite to the inclined wall 206b by the inclined wall 206b, and the other long side of the banknote is Since it hits the vertical wall 207a , the longitudinal center line of the banknote becomes parallel to the transport direction. In other words, when the banknote posture is disturbed, the posture is corrected.

  The banknote pressing means 300 is provided on the upper side of the banknote receiver 200 so as to lightly press the banknotes stored in the banknote receiver 200 toward the bottom surface of the room 202 of the banknote receiver 200. The structure of the banknote pressing means 300 is not particularly limited as long as it can press the banknote without interfering with the entry of the banknote into the banknote receiver 200 from the introduction path 100. Preferably, the structure which has a function which assists pressing and conveyance of a banknote is good. As an example, the illustrated bill pressing means 300 has an impeller 303 formed by fixing one end of a blade 302 to a horizontal shaft 301 orthogonal to the bill conveyance direction, and a power source (not shown) is attached to the horizontal shaft 301. It is comprised so that the rotational force from may be given. The blade 302 is formed of a strip-shaped synthetic resin sheet and has elasticity. When the impeller 303 rotates, the blade 302 has a length such that the tip of the blade 302 is in contact with the bottom surface of the bill receiver 200. Yes. Therefore, when the impeller 303 in FIG. 1 is rotated in the clockwise direction, the bill N received in the bill receiver 200 is lightly pressed toward the bottom surface of the bill receiver 200 and the bill N is received by the bill N. A conveyance force in the direction of the outlet 203 (the left direction in FIG. 1) formed at the other end portion (downstream end portion) of 200 can be applied.

  In a preferred embodiment, the impeller 303 is provided at two locations separated in the longitudinal direction of the horizontal shaft 301 in order to apply a stable conveying force to the banknote. Further, the impeller 303 is provided at two locations on the upstream side and the downstream side of the banknote receiver 200, and the transmission belt 304 is wound around the two horizontal shafts 301 in order to rotate the two impellers 303 synchronously. Has been.

  The banknote organizing apparatus X has a delivery means 400 that feeds the banknotes N accommodated in the banknote receiver 200 toward the outlet 203 of the banknote receiver 200 below the banknote receiver 200. The delivery means 400 may be composed of either or both of a conveyance roller and a conveyance belt. In the example shown in FIG. 1, a transmission belt or a conveyance belt 403 is wound around pulleys 401 and 402 provided below the intermediate position in the longitudinal direction of the banknote receiver 200 and the position near the outlet 203 of the banknote receiver 200. 1, by applying a counterclockwise rotational force in FIG. 1 to one of the pulley shafts, the uppermost part of the transport belt 403 sends out the lowest banknote out of the banknotes accommodated in the banknote receiver 200. It is configured as follows.

  As a preferred embodiment, a protrusion-equipped rotating body 404 is provided on the same axis as the pulley 402 on the downstream side. The protrusion of the protrusion-equipped rotating body 404 protrudes intermittently from the bottom surface of the banknote receiving body 200 into the room 202 when the protrusion-attached rotating body 404 rotates. Therefore, since the vertical vibration is given to the banknote N accommodated in the banknote receiving body 200 by the rotation of the protrusion-equipped rotating body 404, the separation effect of overlapping banknotes is enhanced.

  The thickness of the bill receiver 200 near the outlet 203 of the room 202 is gradually narrowed so that the leading edge of the bill to be conveyed can be smoothly guided to the outlet 203 of the bill receiver 200.

  Immediately after the outlet 203 of the bill acceptor 200, a one-sheet feeding means 500 is provided. The one-sheet feeding means 500 is larger than the thickness of one bill between the feed roller 501 provided on the lower side near the outer side of the outlet 203 and the upper side of the outer side of the outlet 203 and the feed roller 501, A retard roller 502 is provided with a minute gap smaller than the thickness of two bills.

  The feed roller 501 receives the rotational force of the power source via the transmission means not shown in FIG. 1, and is fed counterclockwise in FIG. 1, that is, the bill sent to the outlet 203 of the bill receiver 200. Is rotated outward. Further, the retard roller 502 is provided with the rotational force of the power source through a transmission means (not shown) and is counterclockwise in the same manner as the feed roller 501 in FIG. 1, that is, to the outlet 203 of the banknote receiver 200. When there are two or more sent banknotes, the banknotes are rotated in a direction to return the upper banknotes to the banknote receiver 200. Thereby, even if a plurality of banknotes are sent out from the outlet 203 of the banknote receiver 200, only the lowest one is fed out from the outlet 203.

On the downstream side of the one-sheet feeding means 500, a lead-out path 600 for guiding and discharging the banknotes fed by the one-sheet feeding means 500 in a predetermined direction is provided. The lead-out path 600 is formed by guide plates 601 and 602 arranged with a parallel interval. The tip of the outlet passage 600 is opened toward the nip of the feed roller 501 and retard roller 502, the rear end of the outlet passage 600 is open toward the inlet of the gold box C. Note that 503 of FIG. 1 is a Ikioizukeru auxiliary roller toward the bill to be fed by the means 500 feeding one sheet is pressed against the feed roller 501 to the inlet of the gold box C. When the lead-out path 600 is longer than the length of the banknote, another transport roller may be provided in the middle of the lead-out path 600.

  FIG. 2 shows an example of a power transmission system of the banknote arranging device X of FIG. M is a motor which is a power source of all the movable parts of the banknote arranging device X, and is attached to a frame (not shown). The rotational force generated by the motor M is transmitted to the bill depressing means 300, the feeding means 400, and the one-sheet feeding means 500 through transmission means including gears, pulleys, belts and the like as illustrated below. That is, the transmission means includes gears g1 and g2, meshed with each other, pulleys p1 and p2, belt b1 wound around these pulleys p1 and p2, common shaft s1, pulleys p3 and p4, and pulleys p3 and p4. Fixed to a common shaft s3 with a gear b4, a gear g4 meshed with the gear g4, a gear g5 meshed with the gear g4, and a gear g5 meshed with the gear g3. And a belt b3 that is wound around a pulley p5 and a pulley p6 fixed to the shaft s4. The axis s4 is the same as the horizontal axis 301 of the bill pressing means 300.

  Further, the transmission means has a belt b4 wound around a pulley p7 and a pulley p8 fixed to the shaft s5 of the gear g4, and the shaft of the pulley p8 and the shaft of the pulley p9 serve as connecting / disconnecting means. It is connected via a constituting electromagnetic clutch CL. Furthermore, the transmission means has a belt b5 wound around a pulley p9 and a pulley p10 fixed to a shaft s7 provided in the vicinity of the downstream end of the banknote arranging device X, and is fixed to the shaft s7. A belt b6 is wound around another pulley p11 and a pulley p12 provided at the downstream end of the banknote organizing apparatus X, and another pulley p13 and shaft s7 fixed to the same shaft s8 as the pulley p12. The belt has a belt b7 wound around a pulley p14 fixed to a shaft s9 provided above. A feed roller 501 of the single sheet feeding means 500 is attached to the shaft s7, and a retard roller 502 of the single sheet feeding means 500 is attached to the shaft s9. The delivery means 400 includes a belt wound around another pulley (not shown) fixed to the shaft s7 of the feed roller 501 and a pulley (not shown) fixed to the shaft s10 of the protrusion-equipped rotating body 404. Power is provided by (not shown). That is, the feeding means 400 and the one-sheet feeding means 500 are given a rotational force when the electromagnetic clutch CL is engaged, but are not given a rotational force when the electromagnetic clutch CL is disconnected. On the other hand, when the bill sorting device X is turned on, the rotational force of the motor M is always applied to the transport rollers 103 and 104 and the bill pressing means 300 of the introduction path 100.

[Example]
FIG. 3 shows that when the banknote N discharged from the end of the banknote transport path A in a vertical posture is converted into a horizontal posture by the posture changing device B and stored in the safe C, the banknote posture is disturbed before storage. It is a conceptual diagram which shows an example which applied the banknote arrangement device X which concerns on this invention in order to correct | amend 1 sheet | seat one by one. The banknote conveyance path A conveys the banknote N taken in the vertical attitude | position from the intergame machine lending machine of the game island of a pachinko parlor as a part of banknote conveyance apparatus to the edge part of a game island, for example.

  The posture changing device B is, for example, the one described in JP 2012-66916 A, that is, the first pulley and the extension of the long side of the banknote on the extension of the banknote transport direction by the banknote transport path A from the first pulley. A second pulley that is provided at a distance approximately equal to the length and is rotated about a horizontal axis; a conveyor belt that is wound around the first pulley and the second pulley, and the second pulley side is twisted 90 degrees; It is possible to use one having an attitude conversion guide plate that is curved along the conveyor belt from the vicinity of the first pulley to the vicinity of the second pulley. Therefore, detailed description is omitted.

[Specific configuration]
FIG. 4 is a perspective view of a specific example of the banknote arranging device X of FIG.
As shown in FIG. 4, the banknote sorting apparatus X includes a frame 4 including a base plate 1 and support plates 2 and 3 fixed to the left and right sides of the base plate 1. 1 is provided. The bill acceptor 200 is formed by an upper guide plate 204 fixed to the support plates 2 and 3 and a bottom plate 205 attached between the support plates 2 and 3 below the upper guide plate 204, and an example therebetween. As a room 202 that can accommodate up to 50 banknotes.

  The banknote receiving body 200 is provided with a width adjusting mechanism for correcting the disturbance when the banknote introduced from the introduction path 100 has a disordered attitude (when the banknote is skewed). The width adjusting mechanism includes side guide plates 206 and 207 coupled to the left and right ends of the bottom plate 205, and a bill pressing means 300 described later.

  The side guide plates 206 and 207 are when the bill fed into the bill receiver 200 from the rear end of the introduction path 100 is skewed, that is, the longitudinal center line of the bill is not parallel to the transport direction by the feeding means 400. In this case, one side guide plate 206 moves the bill toward the other side guide plate 207 so that the longitudinal center line of the bill is parallel to the transport direction, thereby correcting the posture of the bill.

More specifically, as shown in FIG. 11, one side guide plate 206 has a vertical wall 206 a that stands on the outer side on one side in the width direction of the bottom plate 205, and a lower wall of the vertical wall 206 a toward the bottom plate 205. an inclined wall 206b which is inclined obliquely downward, extend horizontally from the lower end of the inclined wall 206b on the bottom plate 205 side, a top and a common upper surface of the bottom plate 205, continuous of the end portion of the upper surface bottom plate 205 The bottom wall 206c and the guide wall 206d projecting on the surface of the vertical wall 206a on the room 202 side are integrally provided. The side guide plate 206 is fixed to the support plate 2 using a fixing piece 206e protruding from the lower surface of the bottom wall 206c.

  The vertical wall 206a is parallel to the conveying direction by the delivery means 400 described later from the upstream end of the chamber 202 to the intermediate position in the length direction, but the downstream end of the chamber 202 from the intermediate position in the length direction. Until the center line of the room 202 is gradually approached. In other words, the vertical wall 206 a has the latter half portion close to the center line side of the room 202. Further, the guide wall 206d is inclined so that the distance from the substantially middle position in the length direction of the vertical wall 206a to the bottom wall 206c gradually decreases from the upstream side toward the downstream side.

As shown in FIG. 12, the other side guide plate 207 extends vertically from the lower end of the vertical wall 207a to the side of the bottom plate 205 and rises horizontally on the other side in the width direction of the bottom plate 205. A bottom wall 207b having an upper surface common to the upper surface of 205, the upper surface being continuous with the end of the bottom plate 205, and a guide wall 207c projecting horizontally on the surface of the vertical wall 207a on the room 202 side are integrated. Have. The side guide plate 207 is fixed to the other support plate 3 using a fixing piece 207d protruding from the bottom surface of the bottom wall 207b. The vertical wall 207 a is parallel to the transport direction by the delivery means 400.

Thus, the width of the room 202 is slightly wider than the width of the banknotes in the almost half of the upstream side of the room 202, that is, widened so that banknotes conveyed in a skewed state can smoothly enter the room. In the almost half of the downstream side of the room 202, the width gradually becomes narrower from a state slightly wider than the width of the banknote, and in the vicinity of the outlet 203 of the banknote receiver 200, that is, in the vicinity of the downstream end of the room 202, the banknote. Is almost equal to the width of

  Therefore, when the banknote sent into the banknote receiver 200 from the rear end of the introduction path 100 is skewed, one long side of the banknote approaches the vertical wall 206a of the side guide plate 206, and the banknote is It is guided by the front end of the guide wall 206d and proceeds obliquely downward. Therefore, since the long side of a bill contacts the inclined wall 206b of the side guide plate 206, the bill is brought close to the vertical wall 207a side of the side guide plate 207, and the bill is brought into contact with the vertical wall 207a. That is, the width is adjusted. Since the vertical wall 207a is parallel to the conveying direction by the feeding means 400, the banknote proceeds while the long side on the side guide plate 207 side is in contact with the vertical wall 207a, and the center line of the banknote is made coincident with the conveying direction. In the state, it is sent out toward the outlet 203 of the bill receiver 200.

  The banknote pressing means 300 has a main function of assisting the banknote shifting action by the side guide plates 206 and 207 described above. As shown in FIG. 7-10, the bill pressing means 300 includes two horizontal shafts 305 and 306, pulleys 307 and 308, a conveyor belt 309, and an impeller 303. And the banknote pressing means 300 is attached as follows. That is, as shown in FIGS. 7 and 8, the upper guide plate 204 has mounting plates 204a and 204b that stand up at both right and left ends, and the two shafts 305 and 306 are front portions of the mounting plates 204a and 204b. And it is rotatably supported through the rear at a right angle. The front shaft 305 is extended outwardly from one mounting plate 204b, and the rotational driving force of the motor M is applied to the shaft 305 via the transmission means.

  Further, pulleys 307 and 308 are fixed to the central portions of the two shafts 305 and 306, and a transmission belt 309 is wound around the pulleys 307 and 308. Impellers 303 are fixed to both side portions of the transmission belt 309 of the shafts 305 and 306. That is, two impellers 303 are attached to the front and rear in order to make a stable action on banknotes. The blades of the impeller 303 are formed in a strip shape with a thin synthetic resin plate such as polypropylene, for example, have elasticity, and have a length such that the tip is lightly in contact with the bottom surface of the room 202 of the bill receiver 200 during rotation. Yes.

  Therefore, when the impeller 303 is rotated, when there is a bill sent into the bill acceptor 200, the bill is pushed down by the blade of the impeller 303, so that the tip of the bill is below the guide wall 206d. The long side of the bill on the side guide plate 206 side is guided to the inclined wall 206b of the side guide plate 206. Therefore, the banknote width-shifting effect is increased.

When using a conveyor belt instead of the transmission belt 309, by face the lower surface of the conveyor belt 309 in the room 202 of the upper guide plate 204 Oite bill acceptor 200 in the opening has been that portion of the bill acceptor 200 When the banknote accommodated in is brought into contact with the lower surface of the transport belt 309, a transport force can be applied to the banknote.

[Action]
With the above configuration, the banknote N introduced into the banknote receiver 200 from the inlet 201 is first corrected in skew by the width adjusting mechanism in the banknote receiver 200, and then sent to the outlet 203 of the banknote receiver 200 by the feeding means 400. Sent out. When a plurality of banknotes fed toward the outlet 203 are overlapped, they are separated one by one by the sheet feeding means 500 and then fed out from the outlet 203 of the banknote receiver 200 to the lead-out path 600. Accordingly, the bill N is conveyed toward the opening of the gold chamber C through the outlet passage 600, since is dropped into an upper opening of the gold chamber C in the correct position, it is housed in a metal box without jamming.

Room 203 bill receiving paper money transport path B posture converting device C gold box <br/> X banknote device 100 introducing path 103, 104 inlet 202 bill acceptor of the conveying roller 200 bill acceptor 201 banknotes receptor A money transport device Body outlet 206 Side guide plate 206a Vertical wall 206b Inclined wall 206c Bottom plate 206d Guide wall 207 Side guide plate 207a Vertical wall 300 Bill pressing means 303 Impeller 304 Belt 305, 306 Horizontal shaft 400 Delivery means 401, 402 Pulley 403 Conveyance Belt 404 Rotating body with projection 500 Single sheet feeding means 600 Lead-out path

Claims (3)

An inlet end bill enters, and having an outlet containing banknotes out from the inlet to the other, smoothly bill fed in skewed state than the width of the bill between the inlet and the outlet in the room has a width which is enlarged enough to enter, how long the skew is extended to the extent necessary to be corrected while the bill completely enters the room than the length of the bill it is fed by the feeding means Te dozens of a horizontal state or downwardly inclined state to accommodate bill acceptor banknotes, the banknotes fed into the banknote acceptor from the inlet Intention to its one widthwise side of the bill acceptor a biassing mechanism is pressed against the bill transporting direction and parallel to the plane of the one widthwise side of the room, and delivery means delivering the banknotes placed on the bottom of the bill receiving volume in the outlet direction of the bill acceptor, said of the bill receptor And a single feeding mechanism for feeding a bill that has been sent out to the mouth one by one,
Said biassing mechanism is a lateral side guide plates provided on both sides in the width direction of the bill acceptor, at least, inclined to the upstream side downstream side closer to the moving-direction center line of the bill acceptor and vertical walls, an inclined guide which downwardly inclined from the lower end of the vertical wall to the bottom of the bill acceptor, protruding on the inside of the bill acceptor to said vertical wall and the distance to the bottom surface of the bill acceptor There the guide plate and the one side edge guide plates having a than the upstream side is inclined such that the downstream side is reduced, at least, the other with a conveying direction center line parallel to the vertical walls of the bill acceptor and the side guide plates, banknote apparatus characterized by being configured the banknotes stored in the banknote acceptor in a bill pressing means for pressing toward the bottom of the bill acceptor. In banknote device according to claim 1, wherein the bill pressing means includes a horizontal shaft provided on the upper side of the bill acceptor is secured to the horizontal axis, extending perpendicularly to the axis of the horizontal shaft has an impeller comprising a blade having elasticity, the horizontal axis being coupled to the transmission system to provide a rotational force to said impeller, said blades when the impeller is rotated in the bill acceptor A banknote arranging device, wherein a banknote stored therein is pressed in a bottom direction of the banknote receiver. In banknote device according to claim 1 or 2, wherein the delivery means includes a conveying roller or conveyor belt is provided below the longitudinal middle position of the bill acceptor, a lower near the outlet of the bill acceptor A bill organizing device comprising: a rotating body with protrusions provided on a belt and coupled with a transmission belt.

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