JP4391852B2 - Bar metal processing device and coin processing machine - Google Patents

Description

  The present invention relates to a bar processing apparatus for processing the storage and delivery of a bar metal packaged by stacking a predetermined number of coins, and a coin processing machine equipped with the bar metal processing apparatus.

  Conventionally, metal bars such as coins and gaming medals (coins and medals are collectively referred to as coins) are stacked with a predetermined number of bars (wrapping with a predetermined number of coins stacked) Coin processing machines and medals that form and wrap a predetermined number of coin bars and medals that are coins and collectively wrap the medals, etc. 2. Description of the Related Art Coin processing machines such as processing machines (coin processing machines and medal processing machines are collectively referred to as coin processing machines) are known.

  FIG. 11 shows a layout of a coin processor as an example of a conventional coin processor. In the left area of the machine body 1, a deposit processing unit 2 a that accepts and identifies loosely deposited coins, a temporary storage unit 2 b that temporarily stores the received coins identified by the deposit processing unit 2 a, and a temporary storage unit 2 b Coin storage and feeding sections 2c are provided for storing the temporarily held coins when stored. In the right side area of the machine body 1, a wrapping portion 3 for forming a bar metal in which a predetermined number of coins fed out from the coin storage and feeding portion 2 c are stacked and packaged, and the bar metal formed by the wrapping portion 3 are received upward. A first bar lift 4 to be transported and a bar metal batch storage portion 5 that receives and stores the bar metal transported upward by the first bar lift 4 via a sorting mechanism are arranged. Yes.

  On the right side of the machine body 1, a bar metal storage / throwing device 6 is arranged side by side, and in this bar metal storage / throwing device 6, a metal-type bar metal tray 7 a for storing the bar metal so as to be able to enter and exit is juxtaposed in the vertical direction. The bar metal tray group 7, the bar metal dispensing port 8 for dispensing the bar metal out of the machine body 1 at the upper part of the bar metal tray group 7, and the bar metal conveyed upward by the first bar metal lift 4 A second bar lift 9 that receives and distributes the bar from the bar tray 7a to the bar outlet 8 while receiving it through the distribution mechanism and storing it in each bar tray 7a. It is arranged.

  Since the direction of the bar metal conveyed by the first bar metal lift 4 is different from the direction of the bar metal conveyed by the second bar metal lift 9 or stored in the bar metal tray 7a by about 90 °, When the bar is transferred from the first bar lift 4 to the second bar lift 9, the direction of the bar is changed by about 90 ° (see, for example, Patent Document 1).

Further, for example, regardless of the deposit processing, in order to simply insert a coin and take it out as a bar, the bar formed in the packaging part 3 is not transported to the bar metal storage / dispensing device 6 and is moved out of the machine body 1. In the case of throwing out, by attaching an external chute 10 from the outside of the machine body 1 to the side position of the first bar lift 4, the bar formed by the packaging unit 3 is used as the first bar lift. 4 is received and transferred to the outboard chute 10 in the middle of raising the bar by the first bar lift 4, and the bar is rotated and thrown out by the outboard chute 10. The direction is changed and thrown out of the fuselage 1.
Japanese Patent No. 2857450 (page 2-5, Fig. 4)

  However, in the layout of the conventional coin processor, the bar metal formed in the packaging unit 3 is conveyed upward by the first bar metal lift 4 and delivered to the second bar metal lift 9 via the sorting mechanism, In order to store the bar in the bar tray 7a by this second bar lift 9 or to transport the bar from the bar tray 7a to the bar outlet 8, the bar is moved upward from the packaging unit 3. Since the first bar lift 4 is used only for transporting to the position, there is a problem that the structure becomes complicated and large.

  In addition, when the bar is transferred from the first bar lift 4 to the second bar lift 9, it is necessary to change the direction of the bar to approximately 90 °, which causes problems such as a defective conversion of the direction of the bar. There is a problem that is likely to occur.

  Further, when the bar formed in the packaging unit 3 is thrown out of the machine body 1 without being conveyed to the bar metal storage and dispensing device 6, the machine is installed from the outside of the machine body 1 to the side position of the first bar metal lift 4. It must be equipped with an outer chute 10 to form a path for throwing the metal rod out of the fuselage 1, a special outboard chute 10 is prepared, and this extra chute 10 is attached and removed. There is a problem that requires complicated manual operation. Moreover, since the rod direction is changed so that the rod is rotated and thrown out by the out-of-machine chute 10, it is thrown out of the fuselage 1, so there is also a problem due to a defective conversion of the direction of the rod. There is a problem that makes it easier to do.

  The present invention has been made in view of the above points, and it is possible to make the structure simple and small by eliminating the need for a bar lift used only for transporting the metal bars upward, and to transport the metal bars upward with the metal bar lift. A bar metal processing device that can reliably transfer the bar metal without changing the direction of the bar metal, and can easily throw out the bar metal formed in the packaging part, and the bar metal It aims at providing the coin processing machine provided with the processing apparatus.

  The bar metal processing apparatus according to claim 1 is provided in a lower part of the machine body and in the lower part of the machine body, wraps a predetermined number of coins and forms a bar metal, A packaging part that is sent to one side in a direction, and a bar from one side corresponding to one side of the packaging part in the same direction as a bar that is provided in the upper region of the packaging part and sent to one side of the packaging part A plurality of bar metal trays for receiving and receiving metal materials so that they can be received and fed out are provided in a vertical direction and provided at a position corresponding to one side of the metal bar tray group. Provided in the vertical direction facing the one side of the packaging part and the bar metal tray group, and provided so as to be rotatable in either one direction or the other direction. Rotator, and a bar support part provided around the rotator to support the bar The rotating body facing the one side of the rotating body that is opposed to one side of the packaging part and the bar metal tray group when rotating in one direction of the rotating body, and the bar metal fed to one side of the packaging part Bars supported by a metal support part and conveyed to the bar metal tray and supported by a metal bar support part and conveyed to the bar metal delivery outlet while being conveyed from the bar metal tray When rotating in the other direction of the rotating body in which the opposite surface side of the rotating body of the conveying part and the rotating part of the bar metal conveying part descends, the bar metal sent to one side of the packaging part is received between the rotating body, A lower guide that guides the bar metal conveyed by the bar metal support portion to the opposite surface side opposite to the opposite surface side of the rotating body, and the opposite surface side of the rotating body is raised to a predetermined height through the lower guide. It has a throwing chute that accepts the finished bar and guides it outside the aircraft. .

  In this configuration, a bar tray group is provided in the upper area of the packaging unit, and the direction of the bar metal to be sent to one side of the packaging unit and the reception from one side of each bar metal tray of the bar tray group. Rotating body of the metal rod transport section in the vertical direction across the one side of the packaging unit and one side of the bar metal tray group, and further over the bar metal feed outlet. Therefore, due to the rotation of the metal rod transport unit in one direction, the opposing surface side of the rotary body facing the packaging unit and one side of the bar metal tray group rises to one side of the packaging unit. The bar metal to be fed is supported on the bar metal support part and can be transported to the bar metal tray group, and the bar metal sent from the bar metal tray group is supported on the bar metal support part to It can be transported to the feed outlet and is used only to transport the conventional bar As well as the structure of gold lift as required is simple and compact, conveying the coin class is ensured the transformation direction of the coin such that conveyed upward by the coin-roll lift as required. In addition, the bar metal sent out from the packaging part is received between the rotating body and the lower guide by the rotation of the rotating body in the other direction where the opposite surface side of the rotating body of the bar metal conveying unit descends, and the bar metal is supported. The bar is transported to the opposite surface side opposite to the opposite surface side of the rotating body by the portion, and the opposite surface side of the rotating body is raised to a predetermined height to remove the bar metal from the throwing chute. It is possible to easily throw out the metal bars formed in the packaging part, which is also thrown out and used as a bar metal conveying part.

  The bar metal processing apparatus according to claim 2 is the bar metal processing apparatus according to claim 1, wherein the bar metal processing unit is configured to rotate in one direction of the rotating body in which the opposing surface side of the rotating body of the bar metal conveying unit is raised. An upper guide that guides the metal bars conveyed by the metal support part to the opposite surface side with respect to the opposite surface side of the rotating body is provided, and the metal bar feed outlet is located at a position facing one side of the metal bar tray group. It is provided and receives the bar metal conveyed to the opposite surface side of the rotating body through the upper guide.

  And in this structure, the bar metal conveyed by the bar metal support unit is rotated by the upper guide by the rotation of the rotating body in one direction where the opposed surface side of the rotating body of the bar metal conveying unit rises. By guiding to the opposite side with respect to the side, the bar can be conveyed to a bar feed outlet provided on the opposite side of the rotating body.

  The bar metal processing apparatus according to claim 3 is the bar metal processing apparatus according to claim 1 or 2, wherein a plurality of bar metal tray groups are juxtaposed in the upper region of the packaging portion, and the bar A bar conveyor corresponding to one of the bar tray groups in the metal tray group is provided across the packaging unit, bar tray group, bar feeder outlet and discharge chute, and the rest A bar conveying unit corresponding to the bar metal tray group in the row is provided across the bar metal tray group and the bar metal delivery port, and the bar metal is transferred between these bar metal conveying units. There is a money delivery section.

  In this configuration, a plurality of bar metal tray groups are arranged in parallel at the upper portion of the packaging area, and one of the plurality of bar metal tray groups corresponds to one of the bar metal tray groups. The bar metal transport unit receives the bar metal from the packaging unit and transports it to the bar metal transport unit corresponding to the bar metal tray group in the remaining row by the bar metal delivery unit. Since the bar metal can be delivered, it is possible to store and send out the bar metal in any of the multiple rows of bar metal tray groups, increasing the number of bar metal trays and increasing the bar metal storage capacity Is done.

  The coin processing machine according to claim 4 is provided at a side part of the bar metal processing device within the body, and the bar metal processing device according to any one of claims 1 to 3 provided in the body, A coin acceptance processing unit that accepts and identifies coins, a temporary storage unit that temporarily holds the coins identified by the coin reception processing unit, and a storage unit that stores the coins held in the temporary storage unit. And a coin processing device having a coin storage and feeding portion that allows the stored coins to be fed toward the packaging portion of the bar metal processing device.

  In this configuration, there is provided a simple and small-sized coin processing machine including the bar processing apparatus according to any one of claims 1 to 3 and a coin processing apparatus that receives and processes loose coins. Provided.

  According to the bar metal processing apparatus according to claim 1, a bar metal tray group is provided in the upper area of the packaging unit, and the direction of the bar metal to be sent to one side of the packaging unit and each bar metal of the bar metal tray group The direction of the bar metal to be received and fed out from one side of the metal tray is the same direction, and the vertical side of the one side of the packaging part, the bar metal tray group, and the bar metal outlet Since the rotating body of the bar metal transport unit is provided, the rotation of the rotating body of the bar metal transport unit in one direction raises the opposing surface side of the rotating body facing the packaging unit and one side of the bar metal tray group. The bar metal sent to one side of the packaging part can be supported by the bar metal support part and transported to the bar metal tray group, and the bar metal sent from the bar metal tray group can be transferred to the bar metal support part. Can be transported to the bar metal outlet and only the conventional bar metal is transported upward It is possible to structure is simple compact the stacked coin lift as required to be used, can be reliably conveyed to coin such a transformation direction of the coin such that conveyed upward by the coin-roll lift as required. In addition, the bar metal sent out from the packaging part is received between the rotating body and the lower guide by the rotation of the rotating body in the other direction where the opposite surface side of the rotating body of the bar metal conveying unit descends, and the bar metal is supported. The bar is transported to the opposite surface side opposite to the opposite surface side of the rotating body by the portion, and the opposite surface side of the rotating body is raised to a predetermined height to remove the bar metal from the throwing chute. It can be thrown out, and the bar metal formed in the packaging part can also be easily thrown out of the machine body.

  According to the bar metal processing apparatus according to claim 2, in addition to the effect of the bar metal processing apparatus according to claim 1, in one direction of the rotating body in which the opposing surface side of the rotating body of the bar metal conveying unit is raised. By rotating the bar, the bar metal conveyed by the bar metal support part is guided on the opposite surface side to the opposite surface side of the rotating body by the upper guide, so that the bar metal is provided on the opposite surface side of the rotating body. Can be transported to the metal outlet.

  According to the bar metal processing apparatus according to claim 3, in addition to the effect of the bar metal processing apparatus according to claim 1 or 2, a plurality of bar metal tray groups are arranged in parallel in the upper area of the packaging portion. The bar metal transport unit corresponding to one of the bar metal tray groups in the plurality of rows receives the bar metal from the packaging unit and transports the bar metal tray. Bars can be transferred from the bar to the bar metal transport unit corresponding to the bar metal tray group of the remaining rows by the bar metal transfer unit, so that the bar metal can be stored in any of the plurality of bar metal tray groups. The number of bar metal trays can be increased to increase the amount of bar metal stored.

  According to the coin processing machine of the fourth aspect, the structure including the bar metal processing apparatus according to any one of the first to third aspects and the coin processing apparatus that receives and processes the loose coins is simple. Can provide a small coin handling machine.

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

  FIG. 1 shows a coin handling machine, where (a) is a schematic front view, (b) is a schematic plan view, and (c) is a schematic side view. As this coin processing machine, the coin processing which forms the bar metal as the bar metal which is the wrapping coin which piles up the predetermined number of coins as the coins and wraps it, and stores and sends out this bar metal Machine 11 is shown.

  The coin processing machine 11 has a machine body 12, and a coin processing device 13 as a coin handling device for processing loose coins is disposed in the left side area of the machine body 12. A bar processing apparatus 14 is disposed as a bar processing apparatus for processing gold.

  In the coin processing device 13, a deposit processing unit 17 as a coin receiving processing unit that receives and identifies loose coins in order from the upper side of the machine body 12, and temporarily holds the coins identified by the deposit processing unit 17. There is a temporary storage unit 18 and a coin storage / feeding-out unit 19 as a coin storage / feeding-out unit that stores the coins stored in the temporary storage unit 18 and stores the coins stored in the temporary storage unit 18 to the bar processing apparatus 14 or the like. In each of these sides, a bulk coin dispensing unit 20 is disposed in the central region of the machine body 12 for dispensing the loose coins fed from the coin storage and feeding unit 19 to the outside of the machine body 12.

  The bar metal processing device 14 wraps a predetermined number of coins stacked in the lower area of the machine body 12 to form a bar metal, and the bar metal is in a certain direction, that is, the longitudinal direction of the bar metal is one side of the machine body 12. A wrapping part 23 that is fed to the front side in a state parallel to the front side and oriented horizontally is disposed, and the front side of the wrapping part 23 is in the same direction as the bar metal fed to the front side of the wrapping part 23 in the upper area of the wrapping part 23 A plurality of bar metal tray groups 25a and 25b as a bar metal tray group in which bar metal trays 24 as a plurality of metal bar trays for receiving and feeding bar metal from the upper and lower sides are arranged in the vertical direction. For example, two rows are arranged side by side. Opposed to the front side of these bar metal tray groups 25a and 25b, a bar metal outlet 26 is provided as a bar metal outlet for feeding bar metal out of the machine body 12. A bar metal batch storage portion 27 is disposed under the mouth 26 as a bar metal batch storage portion for storing bar metals in a batch. In these bar metal outlet 26 and bar metal batch storage section 27, the bar metal is stored in the same direction as the direction of the bar metal sent to the front side of the packaging section 23.

  Two rows corresponding to the two rows of the bar metal tray groups 25a and 25b are provided between the front side of the packaging portion 23 and the bar metal tray groups 25a and 25b and the bar metal outlet 26 and the bar metal batch storage portion 27. The bar metal conveyors 28a and 28b as the bar metal conveyors are arranged on the upper side of the two bar metal conveyors 28a and 28b. A metal bar delivery unit 29 is provided as a metal bar delivery unit that can deliver gold. These bar metal conveying units 28a, 28b have a rotating body 31 that is rotatably provided in one direction and the other direction, and a bar that is fed around the rotating body 31 to the front side of the packaging unit 23. A plurality of bar metal support portions 32 are protruded as a plurality of metal bar support portions that support the bar metal in the same direction as the gold direction, with the longitudinal direction parallel to the front surface of the airframe 12 and facing the horizontal direction. The rotating body 31 is driven to rotate in one direction or the other direction by rotating body driving means having a motor (not shown).

  On the upper side of the rotating body 31 of the bar metal transport sections 28a, 28b, the bar metal transported by the bar metal support section 32 when rotating the rotating body 31 in one direction in which the facing surface side 31a of the rotating body 31 rises. An upper guide 33 that guides the opposite surface side 31b of the rotating body 31 to the opposite surface side 31b is provided.

  On the lower side of the rotating body 31 of the bar metal conveying sections 28a, 28b, a bar metal sent to the front side of the packaging section 23 when the rotating body 31 rotates in the other direction in which the facing surface side 31a of the rotating body 31 descends. Is provided between the rotating body 31 and the lower guide 34 for guiding the bar metal transported by the bar metal support portion 32 to the opposite surface side 31b opposite to the opposing surface side 31a of the rotating body 31. .

  Rotate to the position on the front side of the airframe 12 that faces the front side of the opposite side 31b of the rotating body 31 and below the bar metal outlet 26 and the bar metal batch storage portion 27. A throwing chute 35 is provided that receives a bar that has been raised to a predetermined height on the opposite surface 31b of the rotating body 31 through the lower guide 34 when the body 31 rotates in the other direction, and guides it out of the machine body 12. This throwing chute 35 is in the same direction as the direction of the bar to be fed to the front side of the packaging part 23 and is in the state of the bar to be conveyed by the bar metal conveying part 28a, that is, the longitudinal direction is parallel to the front of the machine body 12 and It accepts a bar in a horizontal direction and rolls it in that state to allow it to be thrown out.

  Then, the bar metal transport unit 28a corresponding to the bar metal tray group 25a in the right column includes the packaging unit 23, the bar metal tray group 25a, the bar metal delivery unit 29, the bar metal dispensing port 26, and the bar metal batch storage unit 27. And the discharge chute 35 are arranged in the vertical direction, and when rotating in one direction of the rotating body 31, the facing surface side 31a of the rotating body 31 facing the packaging portion 23 and the bar metal tray group 25a is raised, The bar metal fed from the packaging unit 23 is supported by the bar metal support unit 32 and can be conveyed to any of the bar metal tray group 25a, the bar metal delivery unit 29, the bar metal dispensing port 26 and the bar metal batch storage unit 27. In addition, the bar metal fed from the bar metal tray group 25a is supported by the bar metal support part 32 and can be conveyed to any of the bar metal delivery part 29, the bar metal withdrawal port 26 and the bar metal batch storage part 27, On the other hand, when rotating in the other direction in which the facing surface side 31a of the rotating body 31 descends, the bar metal fed to the front side of the packaging part 23 is used as the rotating body 31 and the lower guide. , While guiding the bar from the opposite surface side 31a of the rotating body 31 to the opposite surface side 31b while being pushed and conveyed by the bar metal support portion 32, the opposite surface side 31b is raised. A bar metal raised to a predetermined height on the opposite side 31b of the rotating body 31 is thrown out from the throwing chute 35 to the front side of the body 12.

  The bar metal transport unit 28b corresponding to the bar metal tray group 25b in the left column is disposed vertically across the bar metal tray group 25b, the bar metal delivery unit 29, the bar metal dispensing port 26, and the bar metal batch storage unit 27. It is possible to receive the bar from the bar metal delivery unit 29 and transport it to any of the bar metal tray group 25b, the bar metal withdrawal port 26 and the bar metal batch storage unit 27, and from the bar metal tray group 25b. It is possible to receive the bar to be fed and transport it to any of the bar metal delivery unit 29, the bar metal withdrawal port 26, and the bar metal batch storage unit 27.

  And, by configuring the layout of the bar metal processing device 14 in this way, that is, the bar metal tray group 25a is provided at the upper part of the packaging unit 23, and the direction of the bar metal to be sent to the front side of the packaging unit 23 and the bar metal tray The direction of the bar metal to be received and sent out from the front side of each bar metal tray 24 of the group 25a is the same direction, the front side of these packaging parts 23, the front side of the bar metal tray group 25a, the bar metal withdrawal By providing a bar metal transport part 28a in the vertical direction across the mouth 26 and the bar metal batch storage part 27, the bar metal transport part 28a receives the bar metal sent out from the packaging part 23 and receives the bar metal tray group 25a, It can be transported to both the withdrawal port 26 and the bar stock batch storage unit 27, and can receive the bar sent from the bar tray group 25a and transport it to the bar withdrawal port 26. Eliminates the need for a metal rod lift The structure is simple and can be made compact, and the bar metal can be reliably conveyed without the need to change the direction of the bar metal conveyed upward by the bar metal lift.

  In addition, due to the rotation of the rotating body 31 in the other direction in which the opposing surface side 31a of the rotating body 31 of the bar metal transport section 28a descends, the bar metal fed from the packaging section 23 is placed between the rotating body 31 and the lower guide 34. By receiving and conveying the bar metal to the opposite surface side 31b opposite to the opposed surface side 31a of the rotating body 31 by raising the opposite surface side 31b of the rotating body 31 to a predetermined height by the bar metal support portion 32. The bar can be thrown out of the machine body 12 from the throwing chute 35, and the bar formed in the packaging part 23 can be easily thrown out of the machine body 12 also using the bar metal transport part 28a.

  Furthermore, a plurality of rows of bar metal tray groups 25a, 25b are arranged in the upper region of the packaging unit 23, and one of the plurality of rows of bar metal tray groups 25a, 25b is connected to the bar metal tray group 25a of any one row. The corresponding bar metal transport unit 28a receives and transports the bar metal from the packaging unit 23, and from this bar metal transport unit 28a to the bar metal transport unit 28b corresponding to the bar metal tray group 25b in the other row, the bar metal delivery unit 29 Since the bar metal can be delivered by means of the above, it is possible to store and send out the bar metal in any of the plurality of bar metal tray groups 25a, 25b, and to increase the number of the metal bar trays 24, thereby increasing the bar metal storage capacity. .

  By providing such a bar processing apparatus 14 and a coin processing apparatus 13 for receiving and processing loose coins, a small coin processing machine 11 having a simple structure can be provided.

  Next, a specific configuration of the coin processor 11 is shown in FIGS.

  As shown in FIGS. 2 to 4, the deposit processing unit 17 has a hopper 41 for receiving coins inserted from the upper part of the machine body 12, a supply disk 42 on the bottom surface of the hopper 41, and a predetermined amount by rotation of the supply disk 42. A rotary disk 43 to which coins are supplied one by one, and a coin passage 44 for receiving and transporting coins fed one by one by the rotation of the rotary disk 43 are provided.

  The identification passage portion 44a on the start end side of the coin passage 44 is provided with an identification portion 45 for identifying a coin. The identification passage portion 44b formed in the front-rear direction of the machine body 12 following the identification passage portion 44a of the coin passage 44 Are provided with a first optional sorting unit 46 and a second optional sorting unit 47 for sorting arbitrary coins, and a denomination sorting unit 48 for sorting coins into denominations. The first optional sorting unit 46 sorts reject coins, fouled coins, coins for bag removal, etc., and the second optional sorting unit 47 overflows denominations that cannot be stored in the temporary storage unit 18 or the coin storage and feeding unit 19. Sort coins and coins for direct packaging.

  Below these first arbitrary sorting section 46, second arbitrary sorting section 47 and each money type sorting section 48, a chute 49 (first optional sorting section 46) for feeding the selected coins to the temporary storage section 18 is provided. 49a is disposed on the lower chute, and 49b is disposed on the lower chute of the second arbitrary selection unit 47). On the lower chute 49a of the first arbitrary sorting section 46, the reject coins can be switched to the temporary storage section 18 and sent to the reject box 50 that allows the reject coins to be freely attached to and detached from the airframe 12.

  As shown in FIG. 2, the temporary holding unit 18 has holding cylinders 53 that temporarily hold coins fed by the shoots 49, and closes the lower surface of the holding cylinder 53 below the holding cylinders 53. A bottom member 56 having a discharge port portion 55 that opens the bottom surface of the bottom portion 54 and the retaining cylinder 53 and discharges it downward is disposed, and the retaining cylinder 53 and the bottom member 56 are respectively left and right of the body 12 by moving mechanisms 57 and 58. It is configured to be movable in the direction. 2 is located at a holding position below the chute 49 and the bottom 54 of the bottom member 56 closes the bottom surface of the holding cylinder 53, and the coin is temporarily held, and the temporarily held coin is stored. In this case, only the holding cylinder 53 moves to the left storage position, and the coins in the holding cylinder 53 are discharged into the coin storage and feeding section 19 through the discharge port 55 of the bottom member 56. When the storage cylinder 53 is to be returned, the retaining cylinder 53 and the bottom member 56 are moved together in the left direction, and the discharge port portion 55 of the bottom member 56 is free to the machine body 12 at the side position of the coin storage and feeding portion 19. Only the bottom member 56 stops at the position moved onto the detachable return box 59, and only the holding cylinder 53 moves to the return position in the left direction, and the coin in the holding cylinder 53 is discharged to the discharge port portion 55 of the bottom member 56. Through the return box 59.

  As shown in FIG. 6, among the holding cylinders 53 of the temporary holding unit 18, the coins selected by the first arbitrary selection unit 46 (the coins as coins are indicated by the symbol C) are temporarily held through the chute 49a. The tube 53a is provided with a bag collecting chute 60 so as to move integrally. With the holding tube 53a moved to the left storage position, the upper end of the bag collecting chute 60 is located below the chute 49a. The coin passage is arranged when the lower end of the bag collecting chute 60 is arranged on the upper side of the bag mounting portion 61 provided on the front surface of the machine body 12 to identify and count coins to be put into the hopper 41 and remove the bag. The coins identified and counted in 44 can be taken out into a bag W attached to the bag attaching part 61 through the first arbitrary selecting part 46, the chute 49a and the bag taking chute 60.

  As shown in FIG. 7, the direct packaging chute 62 moves integrally with the holding cylinder 53 b that temporarily holds the coins selected by the second arbitrary selection section 47 among the holding cylinders 53 of the temporary holding section 18. The upper end of the direct packaging chute 62 is disposed below the chute 49b while the holding cylinder 53b is moved to the left storage position, and the lower end of the direct packaging chute 62 is the packaging portion. When the coin to be inserted into the hopper 41 is taken out as a bar, the coin identified by the coin passage 44 is used as the second arbitrary selection part 47, the direct packaging chute 62. In addition, it is directly fed into the packaging part 23 through a chute 63 or the like so that it can be taken out as a bar.

  As shown in FIGS. 2 and 4, the coin storage and feeding unit 19 is provided for each of the overflow coins and each denomination coin, and accepts the coins sent from the temporary storage unit 18 and stores them in a loose state. It has a coin storage box 65 (a coin storage box for overflow coins is indicated by reference numeral 65b), and the coins stored in the coin storage box 65 are transported upward one side of the packaging part 23 side. A feeding belt 66 is provided as feeding means for feeding out the sheets one by one. A conveyor 67 is provided along the front-rear direction to receive the coins to be fed forward and rearward at the side of the feeding position where the coins are fed out from each coin storage and feeding unit 19, and the central region on the conveyor 67 is used for packaging. The coins received in the front area are conveyed to the central area of the conveyor 67, or the coins received in the rear area from the central area on the conveyor 67 are conveyed to the central area of the conveyor 67, and the feeding mechanism 68 is supplied from the central area of the conveyor 67. Thus, the coins are fed into the packaging unit 23, and the coins received on the conveyor 67 are forwarded and fed into the bulk coin dispensing unit 20 when the bulk coins are dispensed. On the front side of the coin storage and feeding unit 19, a fouling coin storage box 69 for storing a fouling coin selected by the first arbitrary selection unit 46 and fed from the temporary storage unit 18 is detachably attached to the machine body 12. Yes.

  The bulk coin dispensing unit 20 has a transport box 71 that moves in the vertical direction in the front area of the conveyor 67, and the bottom of the transport box 71 is closed by a shutter 72 that can be opened and closed. Coins conveyed forward from the conveyor 67 are received, and coins can be fed into a bulk coin dispensing box 73 that can be attached to and detached from the machine body 12 at the raised position.

  A collection chute 74 is disposed below the transport box 71 in the lowered position, and a collection box 75 that can be attached to and detached from the machine body 12 is disposed below the collection sheet 74. When collecting coins, the coins fed from the coin storage and feeding unit 19 can be collected in the collection box 75 through the conveyor 67, the transport box 71 with the shutter 72 open, and the collection chute 74.

  Further, as shown in FIGS. 8 and 9, the packaging unit 23 has a rotating disk 81 that receives coins fed into the packaging unit 23 from the conveyor 67 through the feeding mechanism 68, and one by one by the rotation of the rotating disk 81. A packaging passage 83 for receiving the coins fed out and transporting them by the transport belt 82 is provided. This packaging passage 83 is adjusted by the denomination setting means 84 so that the passage width is adjusted according to the denomination to be packaged. Coins of a denomination smaller than the denomination are removed from an exclusion port 85 provided on the passage surface of the packaging passage 83. In the packaging passage 83, a passage detection sensor S1 for detecting the passage of coins sent from the packaging passage 83 to the downstream region, a counting sensor S2 for counting the number of coins sent to the downstream region from the packaging passage 83, A stopper 86 is provided for stopping a coin next to a predetermined number of coins fed from the packaging passage 83 to the downstream area based on the detection of the sensors S1 and S2.

  In the downstream area of the packaging passage 83, a stacking portion 87 is provided in which coins fed from the packaging passage 83 are sequentially stacked upward from the lower side and a predetermined number of coins are stacked. The stacked portion 87 is formed substantially perpendicular to the substrate 90 disposed between the three wrapping rollers 89 of the wrapping means 88 and on the same plane as the passage surface of the packaging passage 83. A stacking roller 91 projecting upward from the substrate 90 is disposed at the lower part of the part 87, and by rotating the stacking roller 91, coins fed from the packaging passage 83 are taken into the lower part of the stacking part 87 and The rear end of the coin feeding direction is raised from the passage surface of the packaging passage 83 and the upper surface of the substrate 90, and the tip of the coin feeding direction that is subsequently fed is the lower side of the coin located below the stacking portion 87. It is taken in and piles up. On the back side of the stacking portion 87, a restricting portion 92 for positioning and regulating the tip position of the coins fed into the stacking portion 87 from the packaging passage 83 is disposed, and the stacking portion 87 is disposed above the stacking portion 87. A presser means 93 is provided for maintaining the stacked state by pressing the upper surface of the coins to be stacked.

  The wrapping means 88 pushes up a predetermined number of stacked coins to a predetermined packing position by a support rod 94 protruding upward from the substrate 90, and rotates by holding the peripheral surface of the stacked coins with three wrapping rollers 89. By wrapping a wrapping paper (not shown) around the circumferential surface of the stacked coin, the wrapping paper is wound around the stacked coin and the end of the wrapping paper is crimped to the end surface of the stacked coin, Form. Therefore, the stacked portion 87 for stacking coins is also used as a packaging portion for packing stacked coins. Further, the position of the stacking roller 91 as well as the position of the packaging roller 89 is adjusted and set by the denomination setting means 84 corresponding to the packaging denomination.

  The substrate 90 provided with the stacking roller 91 and the support rod 94 is retracted from a position below the stacking portion 87 by a retracting mechanism 95 so that the formed bar can be discharged downward.

  As shown in FIG. 5, below the stacking portion 87, a bar metal discharged from the packaging portion 23 in a state where the longitudinal direction (stacking direction) is directed in the vertical direction (the bar metal as a bar metal is a sign A). The bar chute 96 is arranged to guide it to roll forward while converting the longitudinal direction (stacking direction) to be parallel to the front surface of the airframe 12 and facing the horizontal direction. A lateral conveyance unit 97 is disposed at the front end side of the gold chute 96, and on this lateral conveyance unit 97, switching between discharge of bar metal from the lateral conveyance unit 97 to the forward bar metal conveyance unit 28a and discharge regulation are switched. A switching member 98 is provided. In the case where the horizontal conveying unit 97 has another bar metal storage part for storing the bar metal in the side part of the machine body 12 of the coin processing machine 11, and transfers the bar metal to and from the bar metal storage part. Used for.

  Further, each of the bar metal conveying units 28a and 28b conveys the bar metal in the same direction as the direction of the bar metal sent out to the front surface side of the packaging unit 23, that is, in a state where the longitudinal direction is parallel to the front surface of the machine body 12 and horizontally. The rotating body 31 has a pair of endless bar metal conveying belts 101, and these bar metal conveying belts 101 are stretched around the upper and lower rollers 102, 103 so as to be rotatable in the vertical direction. On the peripheral surface of 101, a plurality of protrusions 104 as a bar metal support portion 32 having a support surface 104a for supporting a bar metal is provided. The bar metal transport belt 101 can be driven to rotate in one direction and the other direction by a driving means (not shown). When the bar metal transport belt 101 is rotated in one direction (hereinafter referred to as normal rotation), the packaging unit 23 and The opposing surface side 31a opposite to the front surface of the bar metal tray groups 25a and 25b is raised, and the bar metal fed from the packaging part 23 through the bar metal chute 96 is received and placed on the support surface 104a of the one protrusion 104 and placed upward. The opposite surface side 31a is lowered and the opposite surface side 31b opposite to the opposite surface side 31a is raised during rotation in the other direction of the bar metal conveying belt 101 (hereinafter referred to as reverse rotation). To do.

  An upper guide 33 is disposed opposite to the upper side of the bar metal conveying belt 101 of each of the bar metal conveying portions 28a, 28b, and the upper guide 33 supports the protrusion 104 when the bar metal conveying belt 101 is rotated forward. A bar metal placed on 104a and conveyed upward is received between the bar metal conveying belt 101 and guided to the opposite surface side 31b opposite to the opposite surface side 31a of the bar metal conveying belt 101.

  A lower guide 34 is disposed opposite to the lower side of the bar metal conveying belt 101 of the bar metal conveying unit 28a, and the lower guide 34 allows the bar metal conveying belt 101 to pass through the bar metal chute 96 when the bar metal conveying belt 101 is reversed. The bar metal to be fed is received between the bar metal conveying belt 101 and the bar metal to be conveyed while being pressed by the surface 104b opposite to the support surface 104a on which the bar metal of the protrusion 104 is placed and supported is opposed to the bar metal conveying belt 101. Guide to the opposite side 31b opposite to the side 31a.

  As shown in FIGS. 2, 3 and 5, the bar metal delivery unit 29 for transferring the bar metal between the two rows of the bar metal conveying units 28 a, 28 b has two rows in the upper region of the bar metal tray groups 25 a, 25 b. Has a delivery conveyor 107 arranged horizontally across the bar conveyors 28a and 28b, and the bar placed on the delivery conveyor 107 can be conveyed to either of the two rows of bar conveyors 28a and 28b. Above the delivery conveyor 107, the bar metal transporting portions 28a and 28b are located at the positions of the bar metal transporting portions 28a and 28b. A delivery member 108 is disposed to deliver the wire to the protrusion 104 of the bar metal conveying belt 101.

  Also, each bar tray 24 of each bar tray group 25a, 25b is long corresponding to the front-rear direction of the machine body 12, and is the same direction as the direction of the bar sent to the front side of the packaging part 23, that is, the longitudinal direction of the bar A plurality of metal bars are stored in parallel in the front-rear direction in a state parallel to the front surface of the machine body 12 and oriented in the horizontal direction, and the bar metal tray 24 is inclined downward toward the front and the stored metal bars are moved forward. And store in an aligned state. At the front end of the bar metal tray 24, a support part 111 that supports the front side of the frontmost bar metal is raised, and this support part 111 is a protrusion of the pair of bar metal conveyor belts 101 of the bar metal conveyor parts 28a and 28b. The width is formed so as not to interfere with 104 but to be able to advance and retreat with respect to the space between the protrusions 104 of the pair of bar metal conveying belts 101. Each bar tray 24 has a storage position (standby position) in which the front end portion of the bar tray 24 is separated from the movement region of the protrusion 104 of the bar metal transport belt 101 by a bar tray driving means (not shown). The front end of the bar metal tray 24 is movable between the front delivery position where the bar metal tray 24 enters the movement region of the protrusion 104 of the bar metal conveying belt 101.

  Between each bar metal tray group 25a, 25b and each bar metal conveying part 28a, 28b, a stopper body 112 is arranged so as to be movable in the vertical direction, and this stopper body 112 corresponds to each bar metal tray 24. When the bar tray 24 moves from the rear storage position to the front delivery position, the stopper body 112 rises and the stopper section 113 is engaged with the front row of metal bars. In addition, by restricting the forward movement of the bar metal stored in the bar metal tray 24, a space that allows the bar metal trays 24 to receive the bar metal from the bar metal transport units 28a and 28b is provided at the front end of the bar metal tray 24. Try to form. The stopper portion 113 is provided corresponding to a part of the bar metal tray 24 in the width direction, and the bar metal tray 24 is provided with a groove into which the stopper portion 113 is inserted, so that the stopper portion 113 and the bar metal tray 24 interfere with each other. It is configured not to.

  When the bar metal is stored in the bar metal tray 24, after the bar metal conveying belt 101 is rotated forward, the bar metal tray 24 is temporarily stopped above the bar metal tray 24 which stores the bar metal loaded on the protrusion 104 and conveyed upward. Then, the bar tray 24 is moved from the rear storage position to the front delivery position, and at this time, the stopper 113 of the stopper body 112 restricts the forward movement of the bar metal stored in the bar tray 24 by controlling the bar. A space is formed in the front end portion of the gold tray 24 to receive the bar metal, and the protrusion 104 is lowered by the reverse rotation of the bar metal conveying belt 101, and the bar metal on the protrusion 104 is transferred to the front end portion of the bar metal tray 24. Then, the bar tray 24 is returned from the front delivery position to the rear storage position. Further, when taking out the bar from the bar tray 24, the stopper body 112 is not actuated, and the bar tray 24 is moved from the rear storage position to the front delivery position, and the protrusion 104 of the bar metal transport belt 101 is rotated forward. Then, the bar in the front row of the bar tray 24 is scooped up and taken out, and the bar tray 24 is returned from the front delivery position to the rear storage position.

  Further, the bar metal withdrawal port 26 is provided in the horizontal width over the two rows of the bar metal transport sections 28a and 28b in the upper part on the front side of the machine body 12, and a bar metal withdrawal box 115 for housing the bar metal and the bar metal withdrawal. The upper surface of the box 115 has a cover 116 for opening and closing the bar metal withdrawal opening 26, and the upper part of the bar metal withdrawal box 115 facing each of the bar metal transport units 28a and 28b is a normal bar metal transport belt 101. The upper guide 33 regulates the take-in position where the bar metal conveyed from the opposite surface side 31a to the opposite surface side 31b is taken into the bar metal withdrawal port 26 and the approach to the bar metal withdrawal port 26, and guides it downward. An intake member 117 that can be switched to a passing position is provided. The bar metal stored in the bar metal dispensing box 115 of the bar metal outlet 26 is the same direction as the bar metal fed to the front side of the packaging unit 23 and is conveyed by the bar metal conveying units 28a and 28b. It is stored in a gold state, that is, in a state where the longitudinal direction is parallel to the front surface of the airframe 12 and is oriented in the horizontal direction.

  The bar metal batch storage section 27 is composed of a bar metal batch storage box 119 detachably mounted in a space below the bar metal outlet 26 on the front side of the machine body 12 and two rows of bar bars. It is provided in a width across the conveying portions 28a, 28b, and on the upper portion facing each of the bar metal conveying portions 28a, 28b of the bar metal batch storage portion 27, the opposing surface side 31a is passed through the upper guide 33 by the normally rotating bar metal conveying belt 101. From which the bar metal is transported to the opposite surface side 31b and through the bar metal outlet 26 is taken into the bar metal batch storage section 27, and the bar metal conveyor belt 101 A take-in member 120 that can be switched to a retreat position that retreats to a position that does not interfere with the projection 104 is provided. The bar metal stored in the bar metal batch storage unit 27 is in the same direction as the bar metal fed to the front side of the packaging unit 23 and is conveyed by the bar metal transport units 28a and 28b, that is, in the longitudinal direction. Is stored in a state parallel to the front surface of the fuselage 12 and facing the horizontal direction.

  Further, in the space below the bar metal withdrawal port 26 and the bar metal batch storage part 27, the bar conveyed from the opposite surface side 31a to the opposite surface side 31b through the lower guide 34 by the bar metal conveying belt 101 which is reversed. A throwing chute 35 for throwing gold from a position where the gold is raised to a predetermined height to the front side of the airframe 12 outside the airframe 12 is provided. The throwing chute 35 is inclined downward toward the outside of the machine body 12 and is in the same direction as the direction of the bar metal fed to the front surface side of the packaging unit 23 and is conveyed in the bar metal transport unit 28a, that is, in the longitudinal direction It accepts a bar metal whose direction is parallel to the front surface of the airframe 12 and faces in the horizontal direction and rolls it in that state so that it can be thrown out. At the entrance portion of the dispensing chute 35, there is a passing position where the bar metal rising on the opposite side 31b by the reversing bar metal conveying belt 101 passes once above the dispensing chute 35 and the reverse rotation of the bar metal conveying belt 101. A take-in member 123 is provided that can be switched to a take-in position where the bar that descends by switching to normal rotation is taken into the throwing chute 35.

  Next, the operation of the coin processor 11 shown in FIGS. 2 to 9 will be described.

  First, in FIG. 2 to FIG. 4, at the time of coin deposit processing for depositing coins, the coins inserted into the hopper 41 are supplied to the rotating disc 43 by the rotation of the supply disc 42, and one coin is generated by the rotation of the rotating disc 43. The coins are fed to the coin passage 44 one by one, the coins fed into the coin passage 44 are conveyed, the coins are identified by the identification unit 45, and only the appropriate coins are sorted by denomination by the denomination sorting unit 48, and the temporary holding unit 18 The storage cylinder 53 is stored. Rejectable coins that cannot be identified are sorted by the first arbitrary sorting section 46 and sent to the reject box 50, and the damaged coins are sorted by the first arbitrary sorting section 46 and temporarily held in the holding cylinder 53a of the temporary holding section 18. .

  After completing the sorting process of all the deposited coins, when storing by deposit approval, the stored coins in each holding cylinder 53 of the temporary storage unit 18 are stored in each coin storage and feeding unit 19 and returned by non-approval of deposit Sometimes, the stored coins in the storage cylinder 53 of the temporary storage unit 18 are sent to the return box 59, and the return box 59 is taken out from the machine body 12.

  In addition, during the bulk coin withdrawal process for withdrawing coins in a loose state, the coin 67 corresponding to the number of coins to be dispensed is delivered from the coin storage / delivery unit 19 of the type of money to be dispensed based on the withdrawal data. Through the transport box 71, the transport box 71 is raised and inserted into the bulk coin dispensing box 73, and the bulk coin dispensing box 73 is removed from the machine body 12.

  In addition, for example, when storing the coins in the form of a bar because the amount of coins stored in the coin storage and feeding unit 19 of a certain denomination is greater than or equal to a predetermined amount, In the case described below, a bar metal forming and storing process is performed in which the loose coins in the corresponding coin storage and feeding unit 19 are stored in the bar tray 24 as a bar.

  In this bar metal forming and storing process, coins are fed out from the corresponding coin storage and feeding part 19 of a denomination and fed into the rotating disk 81 of the packaging part 23 through the conveyor 67 and the feeding mechanism 68.

  As shown in FIGS. 8 and 9, the packaging unit 23 feeds coins one by one from the rotating disk 81 to the packaging passage 83, and feeds the coins one by one from the packaging passage 83 to the stacking portion 87. The stacking portion 87 sequentially stacks from the lower side to the upper side to stack a predetermined number of coins. While holding the stacked coins between the three wrapping rollers 89 and rotating them, the wrapping paper is wrapped around the stacked coins, and the end of the wrapping paper is crimped to the end surface of the stacked coins to make the bar And release downward.

  As shown in FIG. 5, the bar 23 is discharged downward from the packaging portion 23 with the longitudinal direction of the bar facing up and down. It is guided so as to roll forward while being converted into a state of being parallel to the front surface and horizontally oriented, and transferred to the protrusion 104 of the bar metal transport belt 101 of the bar metal transport unit 28a.

  The bar metal placed on the protrusion 104 by the normal rotation of the bar metal conveying belt 101 of the bar metal conveying unit 28a is conveyed to the upper bar metal tray group 25a, and the bar metal tray of the corresponding denomination in the bar metal tray group 25a. Store in 24.

  When the corresponding bar metal tray 24 of the bar metal tray group 25a is full, the bar metal transport unit 28a transports the bar metal to the upper part and delivers it to the delivery conveyor 107 of the bar metal delivery unit 29. The delivery conveyor 107 conveys the left side of the bar metal conveying unit 28b to the left bar metal conveying unit 28b and transfers it to the protrusion 104 of the bar metal conveying belt 101 of the left side of the bar metal conveying unit 28b. It is stored in the corresponding denomination bar stock tray 24 in the tray group 25b.

  When both of the bar trays 24 of the corresponding denominations in both the bar tray groups 25a and 25b are full, the bar metal is transferred to the upper part by the bar metal transfer part 28a and is opposed to the opposite surface through the upper guide 33. It is conveyed from the side 31a to the opposite surface side 31b, passed through the side portion of the bar metal outlet 26 and sent to the bar metal batch storage portion 27 for storage. Alternatively, as described above, the bar metal is transferred from the right bar metal transfer unit 28a to the left bar metal transfer unit 28b through the bar metal transfer unit 29, and is transferred to the bar metal batch storage unit 27 by the left bar metal transfer unit 28b. Send in and store. Then, by storing the bar metal in the bar metal batch storage unit 27 alternately by the bar metal transport units 28a, 28b, the bar metal can be dispersed and uniformly stored in the bar metal batch storage unit 27.

  Further, during the bar withdrawal process for withdrawing the bar, the bar tray 24 of the denomination for each denomination is moved from the rear storage position to the front delivery position based on the withdrawal data, The bar metal conveyor belt 101 rotates in the forward direction, and one bar metal in the foremost row is scooped up and taken out by the protrusion 104. When a plurality of bars of the same denomination are to be withdrawn, the bar tray 24 is positioned at the delivery position as it is, and is picked up and taken out by the projection 104 that follows. When the necessary number of bars are removed, the bar tray 24 is returned from the front delivery position to the rear storage position. If there are other denominations, the bar is taken out in the same manner. The bar metal transported upward by the bar metal transport belt 101 is transported from the opposite surface side 31a to the opposite surface side 31b through the upper guide 33, sent to the bar metal withdrawal port 26, and the bar metal is fed through the bar metal withdrawal port 26. It can be taken out.

  Further, at the time of direct packaging processing in which coins are inserted and taken out of the machine body 12 as a bar, direct packaging chute 62 is connected to chute 49a of second optional sorting unit 47 and packaging unit 23 as shown in FIG. 7 (b). The rotating disc 81 of the packaging part 23 is moved to a position where the chute 63 on the rotating disc 81 is connected to the connecting position, and the coins inserted into the hopper 41 and identified through the coin passage 44 are passed from the coin passage 44 through the direct packaging chute 62 and the like. Direct feed to 81 to form a bar as described above.

  As shown in FIG. 5, the bar formed by the packaging part 23 is discharged downward with the longitudinal direction of the bar facing up and down, and the bar is received by the bar chute 96 so that the longitudinal direction of the bar is While being converted into a state parallel to the front surface of the machine body 12 and oriented in the horizontal direction, the steel body 12 is guided to the bar conveyor 28a so as to roll forward. By reversing the bar metal transport belt 101 of the bar metal transport unit 28a, the bar metal fed from the packaging unit 23 through the bar metal chute 96 is received between the bar metal transport belt 101 and the lower guide 34, and the bar metal of the protrusion 104 is placed thereon. Then, while pressing the bar metal on the opposite surface 104b to the supporting surface 104a to be supported, it is conveyed from the opposite surface side 31a of the bar metal conveying belt 101 to the opposite opposite surface side 31b and raised.

  After the bar metal ascending on the opposite surface 31b by the bar metal conveyor belt 101 rotating in the reverse direction is once passed above the throwing chute 35 by the take-in member 123, the bar metal conveyor belt 101 is switched from the reverse rotation to the normal rotation. A bar that descends the surface side 31b is taken into the throwing chute 35 by the take-in member 123, thrown out from the front surface of the airframe 12 through the throwing chute 35, and a collection box arranged on the front side of the airframe 12 Store in.

  As shown in FIG. 10, the coin processing machine 11 has a layout in which a bar metal outlet 26 is disposed on the upper surface side of the machine body 12 above the bar metal tray groups 25a and 25b, and a bulk coin dispensing unit is provided. 20 may be arranged on the left side of the airframe 12, and this layout can provide the same effects as the layout shown in FIG.

  Further, since a plurality of rows of bar metal tray groups 25a and 25b can be arranged to increase the amount of bar metal stored, the bar metal batch storage portion 27 can be omitted, particularly in the case of the layout of FIG. By omitting the bar metal batch storage portion 27, the size of the machine body 12 in the front-rear direction can be reduced.

  Further, although the bar metal conveying belt 101 having the plurality of protrusions 104 is used as the rotating body 31 in the bar metal conveying parts 28a and 28b, a chain having the same bar metal supporting part as the protrusions 104 can be used.

  Moreover, although the coin storing and feeding unit 19 is provided for each denomination, the coin storing and feeding unit 19 may be configured to be collectively stored in a denomination mixed state, and may be selected according to the denomination when dispensing or packaging the loose coins.

  In addition, the bar metal processing apparatus is not limited to the bar metal processing apparatus 14, and a wrapping medal is formed as a bar metal that is packed with a predetermined number of game medals stacked as coins. The present invention can also be applied to a packaging medal processing device as a coin processing device that is stored or sent out, and the same effect can be obtained. Therefore, the present invention can be applied to a medal processing machine provided with this packaged medal processing device and a medal processing device as a coin processing device that processes loose medals, and the same operational effects can be obtained.

BRIEF DESCRIPTION OF THE DRAWINGS The coin processing machine of the 1st Embodiment of this invention is shown, (a) is a schematic front view, (b) is a schematic plan view, (c) is a schematic side view. It is a front view which shows the internal structure of a coin processing machine same as the above. It is a top view which shows the internal structure of a coin processing machine same as the above. It is a left view which shows the internal structure of a coin processor same as the above. It is a right view which shows the internal structure of a coin processing machine same as the above. The sorting from the 1st arbitrary sorting part of a coin processing machine same as the above is shown, (a) is a front view at the time of holding temporarily, (b) is a front view at the time of bag removal. The sorting from the 2nd arbitrary sorting part of a coin processor same as the above is shown, (a) is a front view in the case of holding temporarily, and (b) is a front view in the case of direct packaging. It is a top view of the packaging part of a coin processing machine same as the above. It is a front view of the packaging part of a coin processing machine same as the above. The coin processing machine of the 2nd implementation of this invention is shown, (a) is a schematic front view, (b) is a schematic side view. A conventional coin processing machine is shown, (a) is a schematic front view, (b) is a schematic plan view, and (c) is a schematic side view.

Explanation of symbols

11 Coin handling machine as a coin handling machine
12 Airframe
13 Coin handling equipment as a coin handling equipment
14 Bar metal processing equipment as a metal processing equipment
17 Deposit processing section as a coin acceptance processing section
18 Temporary holding section
19 Coin storage and delivery section as a coin storage and delivery section
23 Packaging Department
24 Bar metal tray as metal bar tray
25a, 25b Bar metal tray group as metal bar tray group
26 Bar metal outlet as bar outlet
28a, 28b Bar metal conveyor as a metal rod conveyor
29 Bar metal delivery department as a metal parts delivery department
31 Rotating body
31a Opposite side
31b Opposite side
32 Bar metal support as a metal bar support
33 Upper guide
34 Lower guide
35 Throwing chute A Bar as a bar metal C Coin as a coin

Claims (4)

The aircraft,
A packaging part provided in a lower area of the machine body, wrapping coins stacked in a predetermined number to form a bar, and sending the bar to one side in a fixed direction;
It is provided in the upper area of the packaging part, and stores the bar metal from the one side corresponding to the one side of the packaging part in the same direction as the direction of the bar metal sent out to one side of the packaging part so that it can be received and delivered. A group of bar metal trays in which a plurality of bar metal trays are arranged in the vertical direction;
Provided at a position corresponding to one side of the bar metal tray group, a bar metal outlet for feeding bar metal out of the machine body,
A rotating body provided in the vertical direction facing one side of the packaging portion and the bar metal tray group and rotatably provided in either one direction or the other direction, and provided around the rotating body A bar support part for supporting the bar metal, and a rotating part facing the packaging part and one side of the bar metal tray group is raised when the rotary body rotates in one direction, and the packaging A bar metal fed to one side of the unit is supported by a bar metal support unit and conveyed to the bar metal tray, and a bar metal fed from the bar metal tray is supported by a bar metal support unit. A bar metal transport unit for transporting to the bar metal feed outlet;
When the rotating body rotates in the other direction in which the opposite surface side of the rotating body of the rotating body of the bar metal is lowered, the bar metal sent to one side of the packaging unit is received between the rotating body and the bar metal A lower guide that guides the metal bars conveyed by the support unit to the opposite surface side opposite to the opposite surface side of the rotating body;
A bar processing apparatus, comprising: a discharge chute that receives a bar that has been raised to a predetermined height on the opposite side of the rotating body through the lower guide and guides the bar to the outside of the machine body. When rotating the rotating body in one direction where the facing surface side of the rotating body of the bar metal transporting unit rises, guide the bar metal transported by the bar metal support unit to the opposite surface side with respect to the facing surface side of the rotating body. With an upper guide,
The bar metal feed outlet is provided at a position facing one side of the bar metal tray group, and receives the bar metal conveyed to the opposite surface side of the rotating body through the upper guide. The bar metal processing apparatus of description. A plurality of bar metal tray groups are arranged in parallel in the upper area of the packaging part,
Among these multiple rows of bar metal tray groups, the bar metal transport unit corresponding to any one of the bar metal tray groups is a packaging unit, a bar metal tray group, a bar metal feed outlet, and a dispensing chute. A bar transport unit corresponding to the bar metal tray group of the remaining rows is provided across the bar metal tray group and the bar feed outlet, and the bar metal is transferred between these bar metal transport units. The bar metal processing apparatus according to claim 1 or 2, further comprising a bar metal transfer unit for transferring the bar. The bar metal processing apparatus according to any one of claims 1 to 3, which is provided inside the machine body,
A coin receiving unit that is provided in a side portion of the metal rod processing device in the body and receives and identifies coins, a temporary holding unit that temporarily holds the coins identified by the coin receiving unit, And a coin processing apparatus having a coin storing and feeding section that stores the coins held in the temporary holding section when storing the coins and allows the stored coins to be fed out toward the packaging section of the bar metal processing apparatus. A coin processing machine.

Images