JP2018106273A - Coin deposit machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a coin deposit machine capable of reducing the number of parts, and restraining an increase in cost and size of the machine.SOLUTION: A coin deposit machine includes: a sorting part 51 for sorting acceptable coins among the coins input into a deposit port 21 into coins of respective denominations and coins of a specific kind; a temporary storage part 52 for temporarily storing the coins sorted by the sorting section 51; a return part 13 for returnably storing the coins temporarily stored in the temporary storage part 52; and a storage part for storing the coins temporarily stored in the temporary storage part 52. Upon inputting a set number of coins by denomination, based on the identification result of an identification part 35, the sorting part 51 sorts the set number of coins set by denomination and the coins exceeding the set number of coins by denomination among the coins input into the deposit port 21, and stores the coins in the temporary storage pat 52. The temporary storage pat 52 stores the temporarily stored coins in the storage part or the return part 13 in the sorted state.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a coin deposit machine for depositing coins.

  Conventionally, a coin deposit machine capable of depositing sales of a tenant or the like is known. In such a coin deposit machine, in addition to the sales deposit process, it is possible to prepare an appropriate change reserve and to reduce the burden for the preparation of the change reserve ( For example, see Patent Document 1).

JP 2008-191861 A

  The coin deposit machine described above is equipped with a dedicated mechanism for preparing change reserves, which increases the number of parts and costs and increases the size of the device and requires a large installation space. This is a big burden for small supermarkets.

  This invention is made | formed in view of such a situation, and provides the coin deposit machine which can reduce a number of parts, and can suppress the increase in cost and the enlargement of an apparatus.

  In order to achieve the above object, according to a first aspect of the present invention, an identifying unit for identifying coins inserted into a deposit port, and accepting coins based on identification results of the identifying unit, And a sorting unit that sorts and sorts the coins into specific types of coins, a temporary storage unit that temporarily stores the coins distributed by the sorting unit, and a coin that is temporarily stored in the temporary storage unit is stored in a returnable manner. A coin depositing machine having a return unit and a storage unit for storing coins temporarily stored in the temporary storage unit, and when the set number of denominations is input, the sorting unit is Based on the identification result, the coins of the set number of the money type among the coins inserted into the deposit port are classified as coins exceeding the set number of the money type and stored in the temporary storage unit, The storage unit keeps the temporarily stored coins in the classified state. And characterized in that accommodated in the serial receiving unit or the return unit.

  According to the first aspect, the allocating unit classifies acceptable coins into coins of specific denominations and specific types of coins inserted into the deposit slot based on the identification result of the identification unit. When distributed, the temporary storage unit temporarily stores the coins distributed by the distribution unit. And when storing the received coin, the coin temporarily stored by the temporary storage part is stored in a storage part. In this way, the inserted coins are identified and stored. On the other hand, when creating the change reserve, when the set number of money types is input, the sorting unit, based on the identification result of the identification unit, out of the coins inserted into the deposit port of the money type The set number of coins are classified as coins exceeding the set number of denominations and stored in the temporary storage unit, and the temporary storage unit stores the temporarily stored coins in the storage unit or the return unit in the classified state. . Thereby, the set number of coins of the denominated type can be separated from the coins exceeding the set number of denominations and stored in the storage unit or the return unit, and the set number of coins of the denomination can be stored. Can be taken out and used as a change reserve. Thus, the change reserve can be created by effectively using the storage unit or the return unit without providing a mechanism dedicated to change preparation. Therefore, compared to the case where a mechanism dedicated to change preparation is provided, the number of parts can be reduced, an increase in cost and an increase in size of the device can be suppressed, and the burden for preparation of change reserve can be reduced. Can do.

  According to a second aspect of the present invention, in the first aspect, when a set number of money types is input, the distribution unit is inserted into the deposit port based on an identification result of the identification unit. Among the coins, the set number of coins of the denomination are classified as coins exceeding the set number of denominations, and the set number of coins of the denomination are classified into each denomination and stored in the temporary storage unit. It is characterized by that.

  According to the second aspect, when creating the change reserve, when the set number of money types is input, the allocating unit recognizes the coins inserted into the deposit slot based on the identification result of the identification unit. Are classified as coins exceeding the set number of money types, and the set number of coins are classified into respective denominations and stored in the temporary storage unit. Thereby, the set number of coins of the input denomination can be classified into each denomination.

  According to a third aspect of the present invention, in the first or second aspect, the temporary storage unit stores the coins exceeding the set number of money types, and the storage unit in which the fouling coins are stored in the normal mode. It is stored in the storage box or the return sorting section of the return section.

  According to the third aspect, the temporary storage unit stores coins exceeding the set number of denominations in the storage box of the storage unit in which the fouling coins are stored or the return sorting unit of the return unit in the normal mode. In the normal mode, the storage box of the storage unit in which the fouling coins are stored or the return sorting unit of the return unit can be used effectively.

  According to a fourth aspect of the present invention, in the first aspect, when a set number of money types is input, the allocating unit is inserted into the deposit port based on an identification result of the identification unit. Among the coins, the coins having the set number of money types are classified as coins exceeding the set number of money types, and the coins exceeding the set number of money types are classified into respective denominations and stored in the temporary storage unit. It is characterized by making it.

  According to the fourth aspect, when creating the change reserve, when the set number of money types is input, the allocating unit recognizes the coins inserted into the deposit slot based on the identification result of the identification unit. Are classified as coins exceeding the set number of denominations, and coins exceeding the set number of denominations are classified into respective denominations and stored in the temporary storage unit. Thereby, coins exceeding the set number of input denominations can be classified into each denomination.

  According to a fifth aspect of the present invention, in the first or fourth aspect, the temporary storage unit is a storage unit in which the set number of coins of the denomination is stored, and in the normal mode, the fouling coins are stored. It is stored in a storage box or a return sorting section of the return section.

  According to the fifth aspect, the temporary storage unit stores coins of a set number of denominations in the storage box of the storage unit in which the fouling coins are stored or the return sorting unit of the return unit in the normal mode. In the normal mode, the storage box of the storage unit in which the fouling coins are stored or the return sorting unit of the return unit can be used effectively.

  According to a sixth aspect of the present invention, in the first aspect, when a plurality of sets of the number of money types are input, the allocating unit is arranged in the deposit port based on the identification result of the identifying unit. Of the coins that have been thrown in, the set number of coins of a plurality of denominations are classified for each set, and coins that exceed the set number of denominations of the plurality of sets are classified and stored in the temporary storage unit. And

  According to the sixth aspect, when creating a change reserve, when a set number of set money types is input, the sorting unit is inserted into the deposit port based on the identification result of the identification unit. Among the coins, the set number of coins of the plurality of denominations are classified for each set, and the coins exceeding the set number of the plurality of denominations are classified and stored in the temporary storage unit. Thereby, the input multiple sets of coins can be classified by each set.

  ADVANTAGE OF THE INVENTION According to this invention, the coin deposit machine which can reduce a number of parts, can suppress the increase in cost and the enlargement of an apparatus can be provided.

It is a perspective view showing a coin deposit machine concerning a 1st embodiment of the present invention. It is a side view showing roughly a coin deposit machine concerning a 1st embodiment of the present invention. It is a figure showing roughly a coin deposit machine concerning a 1st embodiment of the present invention. It is a top view which shows the rejection guide part of the coin deposit machine which concerns on 1st Embodiment of this invention. It is a partial front view showing roughly a coin deposit machine concerning a 1st embodiment of the present invention. It is a partial front view showing roughly a coin deposit machine concerning a 1st embodiment of the present invention. It is a partial side view showing roughly a coin deposit machine concerning a 1st embodiment of the present invention. It is a perspective view showing a coin deposit machine concerning a 1st embodiment of the present invention. It is a partial front view showing roughly a coin deposit machine concerning a 1st embodiment of the present invention.

<First Embodiment>
A coin deposit machine according to a first embodiment of the present invention will be described below with reference to the drawings. In the following explanation, “front” is the coin deposit machine operator side, “rear” is the opposite side of the coin deposit machine operator, “left” is the left as viewed from the coin deposit machine operator, and “right” is It is right as seen from the operator of the coin depositing machine.

  The coin depositing machine 10 according to the first embodiment shown in FIG. 1 mainly performs a depositing process for loose coins. The coin depositing machine 10 includes a depositing machine main body 11, a reject box 12, a return box 13 (return part), and a storage part 14, all of which can be pulled forward from the depositing machine main body 11.

  The depositing machine main body 11 is provided on the upper surface of the depositing port 21 into which coins are input by denomination from the outside, and is provided on the right side of the depositing port 21 on the upper surface to perform operation input and display. An input unit 22, an operation button 23 provided on the front side of the display input unit 22 on the upper surface and used for operation input, and provided on the rear side of the deposit port 21 on the upper surface to turn on and off the main power source. A power switch 24, a storage unit key 25 for releasing the lock of the storage unit 14 to the depositing machine main body 11 with a key (not shown), and a control unit 27 shown in FIG. The display input unit 22 and the operation button 23 shown in FIG. 1 constitute an operation display unit 28 that performs display while performing operation input.

  As shown in FIGS. 2 and 3, the coin depositing machine 10 includes a supply disk 31 that receives coins inserted into the deposit port 21, a rotating disk 32 that receives coins fed from the rotating supply disk 31, and a rotating rotation. A separation feeding unit 33 that separates and feeds coins one by one from the disk 32, a transport unit 34 that transports coins fed out by the separation feeding unit 33, and a coin that is inserted into the deposit port 21 and is being transported by the transport unit 34. Recognizing unit 35 that identifies and counts true / false, denominations and damages, and rejects for guiding the false coins that are identified as false, that is, unacceptable by the identifying unit 35 based on the identification result of the identifying unit 35 from the transport unit 34 And a guide unit 40.

  As shown in FIG. 4, the reject guide unit 40 can project and retreat with respect to the guide wall 41 that guides the coins of the transport unit 34. The reject guide unit 40 projects as shown in FIG. The guide 42 moves by being guided by the guide wall 41, the protrusion 42 for separating the coin C guided and moved by the guide 41 from the guide wall 41, the reject hole 43 for dropping the coin C separated from the guide wall 41 by the protrusion 42. And a timing sensor 44 that detects the coin and measures the timing at which the protruding portion 42 protrudes from the guide wall 41 with respect to the coin. When the protruding portion 42 is in the retracted state as shown in FIG. 4A, the reject hole 43 does not drop the coin C that is guided by the guide wall 41 and moves. Thereby, the rejection guide part 40 can drop what was selected from the coins C currently conveyed by the conveyance part 34. FIG.

  The coin guided from the transport unit 34 by the reject guide unit 40 is stored in the reject box 12 shown in FIGS. As shown in FIG. 1, the reject box 12 stores coins guided by the reject guide unit 40 shown in FIGS. 2 to 4 while being pushed into the depositing machine main body 11, and is removed from the depositing machine main body 11. The stored coins C can be taken out to the outside.

  As shown in FIGS. 2 and 3, the coin depositing machine 10 distributes the true coins identified as acceptable by the identification unit 35 based on the identification result of the identification unit 35, and drops and guides it from the transport unit 34. And a temporary storage unit 52 that temporarily stores coins guided from the transport unit 34 by the distribution unit 51. As shown in FIG. 3, the temporary storage unit 52 includes a storage division unit 52 a for specific types of coins that stores defaced coins (specific types of coins) by denomination mixing, and a money type that stores coins of a single denomination. Storage section 52b-52g.

  The allocating unit 51 is provided in a linear portion along the front-rear direction of the transport unit 34, and the depleted coins of all denominations are dropped from the transport unit 34 toward the identification unit 35 side to the temporary storage unit 52. On the side opposite to the identification unit 35, the guiding guide for contaminated coin 51a is a normally-open sorting hole type, and normal coins with no fouling are dropped from the transport unit 34 in order from the small diameter to temporarily store it. The denomination type denomination guides 51b to 51g are provided respectively.

  The fouling coin guide 51a has the same structure as the reject guide 40, and can protrude and retreat with respect to the guide wall 61 that guides the coin of the transport unit 34, and is guided by the guide wall 61 by protruding. A protrusion 62 that moves the moving coin away from the guide wall 61, a fouling coin drop hole 63a that drops the coin separated from the guide wall 61 by the protrusion 62, and a coin that moves while being guided by the guide wall 61. A timing sensor 64a that measures the timing at which the protrusion 62 protrudes from the guide wall 61 with respect to the coin is provided. When the projecting portion 62 is in the retracted state, the fouling coin dropping hole 63a does not drop the coin guided and moved by the guide wall 61. Thereby, the dirty coin guide part 51a can drop what was selected from the coins currently conveyed in the conveyance part 34. FIG.

  The single denomination guiding unit 51b drops a normal coin of 1 yen that is guided and moved by the guide wall 61 of the transport unit 34 from the transport unit 34, and each of 50 yen, 5 yen, 100 yen, 10 yen, and 500 yen. It has a sorting hole 55b that allows normal coins to pass through without being dropped from the transport section 34, and a counting sensor 56b that detects the coins transported by the transport section 34 at a position immediately before the sorting hole 55b. The single denomination guiding unit 51c drops the normal 50-yen coins guided and moved by the guide wall 61 from the transport unit 34, and each normal coin of 5, 100, 10 and 500 yen from the transport unit 34. There is a sorting hole 55c that passes without dropping, and a counting sensor 56c that detects the coins conveyed by the conveying section 34 between the sorting holes 55b and 55c. The single denomination guiding unit 51d causes the normal coin of 5 yen, which is guided and moved by the guide wall 61, to fall from the transport unit 34, and does not cause the normal coins of 100 yen, 10 yen, and 500 yen to fall from the transport unit 34. And a counting sensor 56d that detects the coins conveyed by the conveyance unit 34 between the selection holes 55c and 55d. The single denomination guiding unit 51e drops the 100-yen normal coin guided and moved by the guide wall 61 from the transport unit 34 and allows the 10-yen and 500-yen normal coins to pass through without dropping from the transport unit 34. It has a sorting hole 55e and a counting sensor 56e that detects the coins transported by the transport section 34 between the sorting holes 55d and 55e. The single denomination guiding unit 51f has a sorting hole 55f that allows the normal coin of 10 yen, which is guided and moved by the guide wall 61, to drop from the transport unit 34 and allows the normal coin of 500 yen to pass through without being dropped from the transport unit 34. And a counting sensor 56f for detecting coins conveyed by the conveying unit 34 between the sorting holes 55e and 55f. The single denomination guiding unit 51g includes a sorting hole 55g for dropping 500 yen normal coins guided and moved by the guide wall 61 from the transport unit 34, and a coin transported by the transport unit 34 between the sorting holes 55f and 55g. A counting sensor 56g for detection. The counting sensors 56b to 56g count coins that fall through the sorting holes 55b to 55g.

  In this way, the sorting unit 51 classifies and sorts the accepted true coins into the respective denominations and specific types of coins (dirty coins) based on the identification result of the identification unit 35.

  In accordance with the above-described sorting order of the sorting unit 51, the temporary storage unit 52 stores the dirty coins that are guided by the dirty coin guide unit 51a and fall from the dirty coin drop holes 63a, and the single denomination. A storage division 52b that stores 1-yen normal coins that are guided by the guide 51b and falls from the sorting hole 55b, and a 50-yen normal coin that is guided by the single denomination guide 51c and falls from the sorting hole 55c are stored. Storage section 52d that stores 5 yen normal coins that fall through the sorting hole 55d guided by the storage section 52c and single denomination guide section 51d, and that is guided by the single denomination guide section 51e and falls from the sorting hole 55e. A storage sorting unit 52e for storing 100 yen normal coins, a storage sorting unit 52f for storing 10 yen normal coins that are guided by the single denomination guiding unit 51f and fall from the sorting hole 55f, and a single denomination guiding unit 51. In reservoir classification unit 52g for storing the normal coins of 500 yen falling from the guide has been sorting hole 55g is toward the rear from the front, are arranged linearly in this order. As described above, the temporary storage unit 52 temporarily stores the coins classified and distributed into the respective denominations and specific types of coins (dirty coins) by the distribution unit 51 in this classification. The temporary storage part 52 has seven storage division parts, which is one more than six, which is the number of denominations of coins classified and stored in denominations.

  The temporary storage unit 52 is formed by horizontally integrating the temporary storage unit main body 71 that forms the side wall portions of the storage division units 52a to 52g, the bottom plate 72 that forms the bottom part of the storage division units 52a to 52g, and the temporary storage unit main body 71. A main body drive unit 73 shown in FIG. 5 to be moved and a bottom plate drive unit 74 to horizontally move the bottom plate 72 are provided. The temporary storage unit 52 has a basic position vertically below the distribution unit 51 shown in FIG. 3, and the temporary storage unit main body 71 and the bottom plate 72 are positioned at this basic position as shown in FIG. The coins guided by the distribution unit 51 shown in FIG. 5 are classified into the storage division units 52a to 52g and received and stored. That is, the temporary storage unit 52 stores the normal coins deposited in the deposit port 21 by denomination in the denomination storage division units 52b to 52g and stores the fouling coins in the storage division unit 52a.

  The coin depositing machine 10 has a storage unit 14 shown in FIGS. 5 to 9 in which the temporary storage unit 52 stores the coins classified and stored in the storage classification units 52a to 52g. As shown in FIG. 6, the storage unit 14 moves the temporary storage unit main body 71 to the side storage position while the temporary storage unit 52 holds the bottom plate 72 in the basic position. Coins that fall from the storage sorting sections 52a to 52g are stored in the sorted state.

  The storage unit 14 includes a storage box 81a for storing the fouling coins falling from the storage sorting part 52a, a storage box 81b for storing 1 yen normal coins falling from the storage sorting part 52b, and a 50 yen falling from the storage sorting part 52c. A storage box 81c for storing normal coins, a storage box 81d for storing normal coins of 5 yen falling from the storage sorting section 52d, a storage box 81e for storing 100 yen normal coins falling from the storage sorting section 52e, and a storage sorting section A storage box 81f that stores 10-yen normal coins falling from 52f and a storage box 81g that stores 500-yen normal coins falling from the storage section 52g are arranged linearly in this order from the front side to the rear side. It has been. The storage boxes 81a to 81g are each box-shaped and have the same shape and size. The storage unit 14 stores the coins classified and temporarily stored by the temporary storage unit 52 in this classification. The storage unit 14 has seven storage boxes, one more than six, which is the number of denominations of coins classified and stored.

  As shown in FIG. 8, the storage unit 14 has a storage drawer 82 that is connected to the depositing machine main body 11 so as to be able to be pulled forward. Storage boxes 81 a to 81 g are connected to the storage drawer 82. Are individually detachably loaded. After the storage boxes 81a to 81g are loaded in the storage drawer 82, when the storage drawer 82 is pushed into the depositing machine main body 11, coins falling from the temporary storage section 52 shown in FIG. 7 can be stored. Further, as shown in FIG. 8, the storage boxes 81a to 81g are opened from the storage drawer portion 82 after the storage drawer portion 82 is pulled out from the depositing machine main body 11 with the storage portion key 25 unlocked. The stored coins can be taken out by being removed upward or laterally. Here, the storage boxes 81 a to 81 g are loaded into the storage drawer portion 82, and in a state where the storage boxes 81 a to 81 g are loaded into the depositing machine main body 11 together with the storage drawer portion 82, that is, loaded into the coin depositing machine 10. It only stores coins. That is, the storage unit 14 stores coins so that they cannot be paid out.

  The coin depositing machine 10 has a return box 13 that stores the coins that the temporary storage unit 52 classifies and stores in the storage classification units 52a to 52g so that the coins can be returned to the outside. 9, the temporary storage unit 52 moves only the bottom plate 72 of the bottom plate 72 and the temporary storage unit main body 71 at the basic position to the side return position, as shown in FIG. Coins falling from the storage sorting sections 52a to 52g to be shown are stored in their classified state.

  The return box 13 falls from the return sorting section 91a for storing the fouling coins falling from the storage sorting section 52a, the return sorting section 91b for storing 1-yen normal coins falling from the storage sorting section 52b, and the 50 falling from the storage sorting section 52c. Return sorting unit 91c for storing yen normal coins, return sorting unit 91d for storing 5-yen normal coins falling from the storage sorting unit 52d, return sorting unit for storing 100-yen normal coins falling from the storage sorting unit 52e 91e, a return sorting unit 91f that stores 10-yen normal coins falling from the storage sorting unit 52f, and a return sorting unit 91g that stores 500-yen normal coins falling from the storing sorting unit 52g, from the front side toward the rear side. These are arranged in a straight line in this order. The return box 13 has seven return divisions, which is one more than six, which is the number of denominations of coins that are classified and stored by denomination.

  The return box 13 is integrally provided with return sorting sections 91a to 91g. The return box 13 is pulled forward from the deposit machine main body 11 shown in FIG. 1 and removed from the deposit machine main body 11. The return box 13 stores coins from the temporary storage unit 52 shown in FIG. 3 in a state of being loaded in the depositing machine main body 11 and is removed from the depositing machine main body 11 so that the stored coins can be taken out to the outside. . Here, the return box 13 is also stored only without paying out coins when loaded in the depositing machine main body 11. Note that the return box 13 may be one that collects coins together by denomination, without classifying the coins into denominations.

  The coin depositing machine 10 is a coin depositing machine used in a cash processing operation in a financial institution such as a bank, a distribution or security company, a cash management center of a security company, or a vendor. It is possible to create change reserves that have been prepared by the company or created by other coin handling machines.

[Normal mode]
The normal mode is a mode for performing the following deposit processing and deposit storage processing or deposit return processing.

"Deposit processing"
When the coin depositing machine 10 is set to the normal mode by an operation on the operation display unit 28, when a coin is inserted into the deposit port 21 and an operation input for executing a deposit process is performed on the operation display unit 28, the control unit 27. Drives the supply disk 31, the rotating disk 32, and the transport unit 34 on condition that a coin (not shown) detects that a coin has been inserted into the deposit port 21. Then, the separating and feeding unit 33 separates and feeds the coins one by one from the rotating disk 32, the feeding unit 34 carries the fed coins, and the identification unit 35 checks the authenticity, denomination and damage. Identify and count. Then, the false coins identified as false, that is, unacceptable by the identification unit 35 are guided from the transport unit 34 by the reject guide unit 40 and stored in the reject box 12. On the other hand, the true coins identified as acceptable by the identification unit 35 are guided from the transport unit 34 by the distribution unit 51, and both the temporary storage unit main body 71 and the bottom plate 72 are positioned at the basic positions as shown in FIG. The temporary storage unit 52 is classified and stored. The allocating unit 51 stores all denominated fouling coins in the storage sorting unit 52a of the temporary storage unit 52, 1 yen normal normal coins in the storage sorting unit 52b, and 50 yen normal coins in the storage sorting unit 52c. A normal coin of 5 yen is stored in the storage section 52d, a normal coin of 100 yen is stored in the storage section 52e, a normal coin of 10 yen is stored in the storage section 52f, and a normal coin of 500 yen is stored in the storage section 52g. It will be stored.

  And if it determines with all the coins in the deposit port 21 having reached the rejection box 12 or the temporary storage part 52, the control part 27 will set the money type of the acceptable true coin from the identification result of the identification part 35. The number-of-sheets data is displayed on the operation display unit 28, and the operation display unit 28 is in a state of accepting selection input of either an approval operation or a cancel operation, and the deposit process is terminated.

"Deposit receipt processing"
When an acceptance operation is input to the operation display unit 28 after the deposit process, the control unit 27 stores the temporary storage unit main body 71 in the lateral direction with the bottom plate 72 held at the basic position as shown in FIG. The deposit storage process which stores the coin which falls from the storage division | segmentation parts 52a-52g by moving to a position in the storage part 14 with the classification state is performed.

  By this depositing and storing process, the storage box 81a stores the fouling coins falling from the storage sorting section 52a shown in FIG. 7, and the storage box 81b stores the 1-yen normal coins falling from the storage sorting section 52b. The storage box 81c stores 50 yen normal coins falling from 52c, the storage box 81d stores 5 yen normal coins falling from the storage sorting section 52d, and stores 100 yen normal coins falling from the storage sorting section 52e. The storage box 81e stores 10 yen normal coins falling from the storage sorting section 52f, and the storage box 81f stores 500 yen normal coins falling from the storage sorting section 52g. Then, the control part 27 returns the temporary storage part main body 71 to the basic position shown in FIG. 5, and complete | finishes a money_receiving | payment accommodation process.

"Payment return processing"
When a cancel operation is input to the operation display unit 28 after the deposit process, the control unit 27 returns the bottom plate 72 to the side while holding the temporary storage unit main body 71 in the basic position as shown in FIG. Coins falling from the storage sorting sections 52a to 52g by being moved to the position are stored in the return box 13 in the classified state.

  That is, the return sorting unit 91a stores the fouling coins falling from the storage sorting unit 52a shown in FIG. 3, the return sorting unit 91b stores the 1-yen normal coins falling from the storing sorting unit 52b, and the storage sorting unit 52c. The return sorting unit 91c stores 50 yen normal coins that fall, the return sorting unit 91d stores 5 yen normal coins that fall from the storage sorting unit 52d, and the 100 yen normal coins that fall from the storage sorting unit 52e. The return sorting unit 91e stores 10 yen normal coins falling from the storage sorting unit 52f, and the return sorting unit 91f stores 500 yen normal coins falling from the storing sorting unit 52g. Thereafter, as shown in FIG. 3, the control unit 27 returns the bottom plate 72 and the temporary storage unit main body 71 to the basic position, and ends the return process. In this state, the return box 13 is pulled out from the deposit machine main body 11 and the stored coins are taken out.

[Change mode 1st mode]
When the coin deposit machine 10 is set to the change reserve creation first mode by the operation on the operation display unit 28 and the set number of denominations constituting the change reserve is input, the control unit 27 selects the money type. The set number B1 is compared with the coin amount A1 of normal coins in the storage boxes 81b to 81g of the denominations recognized from the counting result of the identification unit 35 in the normal mode.

  If the coin amount A1 of the storage boxes 81b to 81g is less than the set number B1 of the denomination for any one denomination, the control unit 27 displays a warning on the operation display unit 28 because the coin amount is insufficient. Let it be done. When the coin amount A1 of the storage boxes 81b to 81g is equal to or larger than the set number B1 of the denominations for each denomination, the control unit 27 collects all the coins of the storage boxes 81a to 81g, and stores the storage box 81b. A display prompting the user to insert ~ 81 g of coins into the deposit port 21 is displayed on the operation display unit 28. An operator who sees this collects all the coins in the storage boxes 81a to 81g, throws the coins in the storage boxes 81b to 81g into the deposit slot 21, and inputs an operation input for executing a change reserve preparation process to the operation display unit 28. do. Then, on condition that the control unit 27 detects that a coin has been inserted into the deposit port 21 and that none of the storage boxes 81a to 81g has stored a coin by a sensor (not shown). The supply disk 31, the rotating disk 32, and the transport unit 34 are driven. Then, the separating and feeding unit 33 separates and feeds the coins one by one from the rotating disk 32, the feeding unit 34 carries the fed coins, and the identification unit 35 checks the authenticity, denomination and damage. Identify and count. Then, the fake coins and the fouled coins of the true coins are guided from the transport unit 34 by the reject guide unit 40 and stored in the reject box 12. On the other hand, normal coins without fouling of true coins are guided from the transport unit 34 by the sorting unit 51 and classified into the temporary storage unit 52 in a state where both the temporary storage unit main body 71 and the bottom plate 72 are located at the basic position. And store.

  That is, the allocating unit 51 stores the normal coin of 1 yen up to the set number of 1 yen out of the set number of money types to the storage sorting unit 52b, and the set number of 50 yen of the set number of money types Up to 50 yen normal coins up to the storage classification unit 52c, 5 yen normal coins up to the set number of 5 yen out of the set number of money types to the storage classification unit 52d, out of the set number of money types The normal coins of 100 yen up to the set number of 100 yen are stored in the storage sorting part 52e, and the normal coins of 10 yen up to the set number of 10 yen out of the set number of money types are stored in the storage sorting part 52f. Of the set number of types, the normal coins of 500 yen up to the set number of 500 yen are stored in the storage sorting section 52g.

  Further, the allocating unit 51 has a normal coin of 1 yen that exceeds the set number of 1 yen among the set number of money types and a 50 yen that exceeds the set number of 50 yen of the set number of money types. A normal coin, a normal coin of 5 yen exceeding the set number of 5 yen of the set number of money types, and a normal coin of 100 yen exceeding the set number of 100 yen of the set number of money types, Temporary storage unit of 10 yen normal coins exceeding the set number of 10 yen of the set number of money types and 500 yen normal coins exceeding the set number of 500 yen of the set number of money types The 52 storage sections 52a are stored by denomination mixing.

  Then, 1 normal coin of 1 yen out of the set number of money types is stored in the storage sorting section 52b, and 50 yen of normal coins of 50 yen out of the set number of money types is stored. A normal coin of 5 yen of the set number of 5 yen out of the set number of money types is stored in the storage sorting section 52c, and 100 yen of the set number of 100 yen of the set number of money types is stored in the storage sorting section 52d. Normal coins in the storage classification unit 52e, normal coins with a set number of 10 yen out of the set number of denominations in the storage sorting unit 52f, normal in the set number of 500 yen out of the set number of money types When the coins are respectively stored in the storage sorting unit 52g, the control unit 27 stops the supply disk 31 and the rotating disk 32 and rejects the false coins and the damaged coins among the coins remaining in the transport unit 34. 40 from the transport section 34 And inner and stored in the reject box 12, so that is stored in the storage segment portion 52a of the temporary storage section 52 normally coins Zenkinshu. Since the coin of the set number B1 of the denomination, that is, the coins stored in the storage sorting units 52b to 52g and the coins stored in the storage sorting unit 52a are both passing through the identification unit 35, the control unit 27 is From the above coin amount A1, for each denomination, it is understood that the value obtained by subtracting the set number B1 of the denomination and the number of coins C1 stored in the storage section 52a is an uncounted coin amount D1. .

  Thereafter, the control unit 27 moves the temporary storage unit main body 71 to the side storage position while keeping the bottom plate 72 in the basic position, so that the coins falling from the storage sorting units 52a to 52g are in the classified state. It is stored in the storage unit 14 as it is.

  Thereby, the storage box 81a stores coins that exceed the set number of denominations falling from the storage sorting section 52a by denomination mixing, and the storage box 81b stores 1-yen normal coins falling from the storage sorting section 52b. The storage box 81c stores 50 yen normal coins falling from the storage sorting section 52c, and the storage box 81d stores 5 yen normal coins falling from the storage sorting section 52d, and falls from the storage sorting section 52e. Normal coins are stored in the storage box 81e, 10 yen normal coins falling from the storage section 52f are stored in the storage box 81f, and 500 yen normal coins falling from the storage section 52g are stored in the storage box 81g. . Then, the control part 27 returns the temporary storage part main body 71 to a basic position, and complete | finishes a change reserve preparation process.

  As a result, the normal coin of 1 yen of the set number of 1 yen out of the set number of money types is stored in the storage box 81b, and the normal number of 50 yen of the set number of 50 yen of the set number of money types is normal. A coin is stored in the storage box 81c, and a normal coin of 5 yen of the set number of 5 yen out of the set number of money types is stored in the storage box 81d, and 100 yen of the set number of money types is set. A normal coin of 100 yen is stored in the storage box 81e, and a 10-yen normal coin of the set number of 10 yen out of the set number of the money type is stored in the storage box 81f. Of these, 500 normal coins having a set number of 500 yen are stored in the storage box 81g. By pulling out the storage unit 14 from the depositing machine main body 11, taking out the storage boxes 81b to 81g from the storage drawer part 82 of the storage unit 14, and taking out coins from the respective storage boxes 81b to 81g, a set number of coins of the above denominations are collected. Can be obtained in a state divided into denominations.

  That is, when the set number of money types is input, the allocating unit 51, based on the identification result of the identifying unit 35, the coins of the set number of money types among the coins inserted into the deposit port 21. The coins exceeding the set number of money types are classified and stored in the temporary storage unit 52. The temporary storage unit 52 classifies the temporarily stored coins when temporarily storing the set number of coins of the money type. It will be stored in the storage part 14 in the state. More specifically, when the set number of denominations is input, the distribution unit 51 selects the set number of coins of the denomination among the coins inserted into the deposit port 21 based on the identification result of the identification unit 35. The coins that exceed the set number of denominations are classified, and the set number of coins of the denomination are classified into respective denominations and stored in the temporary storage unit 52. Further, the temporary storage unit 52 stores coins exceeding the set number of money types in the storage box 81a of the storage unit 14 in which the fouling coins are stored in the normal mode.

  When the change reserve preparation process is continuously performed, when the storage boxes 81b to 81g are set in the depositing machine main body 11, the next change reserve is similarly withdrawn into the storage boxes 81b to 81g according to the denomination. To do. That is, when the set number E1 of the next change reserve money type is input, first, for each denomination, the amount of coins already withdrawn from the coin amount A1 to the storage boxes 81b to 81g as change reserves. B1 is subtracted, and it is determined whether or not this value is equal to or larger than the set number E1 of the money type of the next change reserve. For each denomination, if the value obtained by subtracting the coin amount B1 from the coin amount A1 is equal to or greater than the set number E1, it is determined for each denomination whether the uncounted coin amount D1 is equal to or greater than the set number E1. For each denomination, if the uncounted coin amount D1 is equal to or greater than the set number E1, it is possible to continuously execute the change reserve creation process. That is, in this state, when an operation input for executing the change reserve creation process is performed on the operation display unit 28, the control unit 27 indicates that a coin has been inserted into the deposit port 21 and any of the storage boxes 81b to 81g. On the condition that no coin is stored by a sensor (not shown), the change reserve creation process is executed. That is, the change preparation process is executed even if coins are stored in the storage box 81a.

  On the other hand, if the uncounted coin amount D1 is less than the set number E1 in any denomination, the change reserve of the set number E1 of the money type cannot be prepared, so the storage box 81a is stored in the operation display unit 28. A display prompting all coins to be collected and inserted into the deposit slot 21 is displayed. An operator who sees this collects all the coins in the storage box 81a, inserts the coins in the storage box 81a into the deposit port 21, and inputs an operation input for executing a change reserve creation process to the operation display unit 28. Then, on condition that the control unit 27 detects that a coin has been inserted into the deposit port 21 and that none of the storage boxes 81a to 81g has stored a coin by a sensor (not shown). A change reserve creation process is executed. At this time, the value obtained by subtracting the uncounted coin amount D1 at the start of the change reserve creation process from the coin amount A1 for each denomination and the set number B1 of the money type in the previous change reserve creation process. Update to F1. Thereafter, the same control is repeated.

  If the sensor (not shown) detects that the storage box 81a is full during the change reserve creation process, a display for prompting the collection of coins from the storage box 81a is displayed on the operation display unit 28. Then, an operator collect | recovers the coins from the storage box 81a, throws it in the deposit port 21, and uses it as the origin of change reserve.

  In the above, when the coin inserted into the deposit slot 21 is a damaged coin, it is rejected to the reject box 12. However, the damaged coin is not suitable for the change reserve, so it will not be withdrawn as a change reserve. It can be separated into For this reason, when the inserted coin is a dirty coin, it may be stored in the storage box 81a instead of the reject box 12.

[Change mode 2nd mode]
When the coin deposit machine 10 is set to the change reserve creation second mode by operating the operation display unit 28 and the set number of money types constituting the change reserve is input, the control unit 27 creates the change reserve. Similar to the first mode, the set number B2 of money types is compared with the coin amount A2 of the storage boxes 81b to 81g grasped from the counting result of the identification unit 35 in the normal mode.

  On the condition that the coin amount A2 of the storage boxes 81b to 81g is equal to or larger than the set number B2 of the denominations for each denomination, the control unit 27 collects all the coins of the storage boxes 81a to 81g, A display that prompts the user to insert coins in the storage boxes 81 b to 81 g into the deposit port 21 is displayed on the operation display unit 28. An operator who sees this collects all the coins in the storage boxes 81a to 81g, throws the coins in the storage boxes 81b to 81g into the deposit slot 21, and inputs an operation input for executing a change reserve preparation process to the operation display unit 28. do. Then, on condition that the control unit 27 detects that a coin has been inserted into the deposit port 21 and that none of the storage boxes 81a to 81g has stored a coin by a sensor (not shown). The supply disk 31, the rotating disk 32 and the transport unit 34 are driven to transport the coins in the deposit slot 21 by the transport unit 34, and the authenticator, denomination and loss are identified and counted by the identification unit 35. Then, the false coins and the damaged coins are stored in the reject box 12 by the reject guide unit 40. On the other hand, normal coins are classified and stored in the temporary storage unit 52 in a state where both the temporary storage unit main body 71 and the bottom plate 72 are located at the basic position by the distribution unit 51.

  That is, the distribution unit 51 causes the storage sorting unit 52a of the temporary storage unit 52 to store the set number of normal coins by denomination by denomination mixing. That is, a normal coin of 1 yen up to a set number of 1 yen out of the set number of money types, a normal coin of 50 yen up to a set number of 50 yen out of the set number of money types, and the gold The normal coin of 5 yen up to the set number of 5 yen out of the set number of types, the normal coin of 100 yen up to the set number of 100 yen out of the set number of money types, and the set number of the money type 10 normal coins up to the set number of 10 yen and 500 normal coins up to the set number of 500 yen out of the set number of money types are stored in the storage sorting section 52a.

  In addition, the distribution unit 51 sends a normal coin of 1 yen exceeding the set number of 1 yen out of the set number of money types to the storage sorting unit 52b, and the set number of 50 yen out of the set number of money types Normal coins exceeding 50 yen to the storage sorting unit 52c, and normal coins of 5 yen exceeding the set number of 5 yen out of the set number of money types to the storage sorting unit 52d, out of the set number of money types The normal coin of 100 yen exceeding the set number of 100 yen is stored in the storage sorting unit 52e, and the normal coin of 10 yen exceeding the set number of 10 yen out of the set number of money types is stored in the storage sorting unit 52f. The normal coins of 500 yen exceeding the set number of 500 yen among the set number of types are stored in the storage sorting part 52g, respectively.

  Then, when all of the set number of normal coins of the denomination are stored in the storage sorting unit 52a, the control unit 27 stops the supply disk 31 and the rotating disk 32, and among the coins remaining in the transport unit 34, The fake coins and the damaged coins are stored in the reject box 12 by the reject guide unit 40, and normal coins are stored in the denominations in the storage division units 52b to 52g of the temporary storage unit 52. Since the coins of the set number B2 of denominations, that is, the coins stored in the storage sorting unit 52a and the coins stored in the storage sorting units 52b to 52g both pass through the identification unit 35, the control unit 27 The value obtained by subtracting the set number B1 of the denomination and the number of coins C2 stored in the storage sections 52b to 52g for each denomination from the coin amount A2 collected from the storage boxes 81b to 81g is not counted. It is grasped that it is the coin amount D2.

  Thereafter, the control unit 27 moves the temporary storage unit main body 71 to the side storage position while keeping the bottom plate 72 in the basic position, so that the coins falling from the storage sorting units 52a to 52g are in the classified state. It is stored in the storage unit 14 as it is.

  Thereby, the storage box 81a stores the set number of coins falling from the storage sorting section 52a by denomination, and the storage box 81b stores 1-yen normal coins falling from the storage sorting section 52b. The storage box 81c stores 50 yen normal coins falling from the storage sorting section 52c, the storage box 81d stores 5 yen normal coins falling from the storage sorting section 52d, and falls from the storage sorting section 52e. The storage box 81e stores normal coins, the storage box 81f stores normal coins of 10 yen falling from the storage sorting section 52f, and the storage box 81g stores normal coins of 500 yen falling from the storage sorting section 52g. Then, the control part 27 returns the temporary storage part main body 71 to a basic position, and complete | finishes a change reserve preparation process.

  As a result, normal coins of the set number of denominations are stored in the storage box 81a by denomination mixing, and normal coins of 1 yen exceeding the set number of 1 yen of the set number of denominations are stored in the storage box 81b. A normal coin of 50 yen exceeding the set number of 50 yen out of the set number of denominations is stored in the storage box 81c, and a normal coin of 5 yen exceeding the set number of 5 yen out of the set number of denominations is stored in the storage box In 81d, a normal coin of 100 yen exceeding the set number of 100 yen of the set number of money types is stored in the storage box 81e, and a normal of 10 yen exceeding the set number of 10 yen of the set number of money types is stored in the storage box 81e. Coins are stored in the storage box 81f, and normal coins of 500 yen exceeding the set number of 500 yen among the set number of denominations are stored in the storage box 81g. By pulling out the storage unit 14 from the depositing machine main body 11, taking out the storage box 81a from the storage drawer part 82 of the storage unit 14, and taking out coins from the storage box 81a, the set number of coins of the denomination are mixed in denomination. Can be obtained in the state.

  That is, when the set number of money types is input, the allocating unit 51, based on the identification result of the identifying unit 35, the coins of the set number of money types among the coins inserted into the deposit port 21. The coins exceeding the set number of money types are classified and stored in the temporary storage unit 52. The temporary storage unit 52 classifies the temporarily stored coins when temporarily storing the set number of coins of the money type. It will be stored in the storage part 14 in the state. More specifically, when the set number of denominations is input, the distribution unit 51 selects the set number of coins of the denomination among the coins inserted into the deposit port 21 based on the identification result of the identification unit 35. The coins exceeding the set number of money types are classified, and the coins exceeding the set number of money types are classified into respective denominations and stored in the temporary storage unit 52. At that time, the temporary storage unit 52 stores the set number of coins of the denomination in the storage box 81a of the storage unit 14 in which the fouling coins are stored in the normal mode.

  When the change reserve preparation process is continuously performed, when the storage box 81a is set in the depositing machine main body 11, the next change reserve is similarly withdrawn into the storage box 81a according to denomination. That is, when the set number E2 of the next change reserve money type is input, first, for each denomination, from the above coin amount A2, the coin amount B2 that has already been withdrawn to the storage box 81a as the change reserve is calculated. Subtraction is performed, and it is determined whether or not this value is equal to or greater than the set number E2 of the next change reserve type. For each denomination, when the value obtained by subtracting the coin amount B2 from the coin amount A2 is equal to or greater than the set number E2, it is determined for each denomination whether the uncounted coin amount D2 is equal to or greater than the set number E2. For each denomination, if the uncounted coin amount D2 is equal to or greater than the set number E2, the change reserve creation process can be executed continuously. That is, in this state, when an operation input for executing the change reserve creation process is performed on the operation display unit 28, the control unit 27 stores coins in the deposit slot 21 and stores coins in the storage box 81a. A change reserve creation process is executed on the condition that a sensor not shown in the drawing detects that this is not done. That is, the change reserve creation process is executed even if coins are stored in the storage boxes 81b to 81g.

  As opposed to the above, if the uncounted coin amount D2 is less than the set number E2 of any denomination, the change reserve of the set number E2 of the money type cannot be prepared. The seed is displayed, and a display prompting to collect all coins in the storage box of at least the shortage denomination among the storage boxes 81b to 81g and to put it into the deposit port 21 is displayed. The worker who sees this collects all the coins of the storage boxes of the insufficient denomination among the storage boxes 81b to 81g and puts them into the deposit port 21, or collects all the coins of all the storage boxes 81b to 81g. Then, it is inserted into the deposit port 21 and an operation input for executing a change reserve creation process is performed on the operation display unit 28. Then, the control unit 27 does not show that coins are inserted into the deposit port 21 and that the storage box 81a and the storage box of the denomination of the storage boxes 81b to 81g do not store coins. The change reserve creation process is executed on the condition that it is detected by the sensor. Thereafter, the same control is repeated.

  In addition, when the storage box 81b to 81g is detected to be full during the change reserve preparation process by a sensor (not shown), the coins from the full storage box among the storage boxes 81b to 81g A display prompting the collection is displayed on the operation display unit 28. Then, the worker collects coins from the full storage box among the storage boxes 81b to 81g, and puts them into the deposit port 21 as a source of change reserve.

  In the above, when the coin inserted into the deposit slot 21 is a damaged coin, it is rejected to the reject box 12. However, the damaged coin is not suitable for the change reserve, so it will not be withdrawn as a change reserve. It can be separated into For this reason, when the inserted coin is a dirty coin, it may be stored not in the reject box 12 but in the storage boxes 81b to 81g for each denomination.

  According to the first embodiment described above, the allocating unit 51 selects the accepted coins among the coins inserted into the deposit port 21 based on the identification result of the identifying unit 35 as normal coins of each denomination. When the coins are sorted and sorted into fouling coins, the temporary storage unit 52 temporarily stores the coins sorted by the sorting unit 51 in the above classification. Then, when storing the received coins, the coins temporarily stored in the temporary storage unit 52 are stored in the storage unit 14 in the above classification. In this way, the inserted coins are identified and stored. Moreover, when returning the accepted coin, the coin temporarily stored in the temporary storage part 52 is stored in the return box 13 with the said classification.

  On the other hand, when creating the change reserve, when the set number of money types is input, the allocating unit 51, based on the identification result of the identification unit 35, out of the coins inserted into the deposit port 21 The coins having the set number of money types are classified as coins exceeding the set number of money types and stored in the temporary storage unit 52. The temporary storage unit 52 temporarily stores the coins having the set number of money types. The stored coins are stored in the storage unit 14 in the classified state. Thereby, the set number of coins of the set money type can be separated from the coins exceeding the set number of money types and stored in the storage unit 14, and the set number of coin types can be stored from the storage unit 14. Coins can be taken out and used as a change reserve. In this manner, in the normal mode, the change reserve can be created without effectively providing the storage unit 14 including the storage box 81a in which the damaged coins are stored without providing a mechanism dedicated to change preparation. Therefore, compared to the case where a mechanism dedicated to change preparation is provided, the number of parts can be reduced, an increase in cost and an increase in size of the device can be suppressed, and the burden for preparation of change reserve can be reduced. Can do.

  In addition, when a set number of money types is input in the first mode of change reserve creation, the distribution unit 51 determines the money among the coins inserted into the deposit port 21 based on the identification result of the identification unit 35. The set number of coins are classified as coins exceeding the set number of denominations, and the set number of coins of the denomination are classified into respective denominations and stored in the temporary storage unit 52. Thereby, the set number of coins of the input denomination can be classified into each denomination and stored in the storage unit 14. Therefore, the change reserve can be prepared for each denomination.

  In addition, in the first mode for preparing a change reserve, the temporary storage unit 52 stores coins exceeding the set number of money types in the storage box 81a of the storage unit 14 in which the fouling coins are stored in the normal mode. In the mode, it is possible to effectively use the storage box 81a of the storage unit 14 in which the fouling coins are stored.

  In addition, when a set number of money types is input in the second mode of change reserve creation, the sorting unit 51 determines the money among the coins inserted into the deposit slot 21 based on the identification result of the identification unit 35. The set number of coins are classified as coins that exceed the set number of denominations, and the coins that exceed the set number of denominations are classified into each denomination and stored in the temporary storage unit 52. Thereby, coins exceeding the set number of input denominations can be classified into each denomination and stored in the storage unit 14. Therefore, in the subsequent change reserve creation process, coins of necessary denominations can be efficiently inserted into the deposit slot 21 even when a coin shortage occurs at the deposit slot 21.

  Further, in the second mode for preparing the change reserve, the temporary storage unit 52 stores the coins of the set number of money types in the storage box 81a of the storage unit 14 in which the fouling coins are stored in the normal mode. In this case, it is possible to effectively use the storage box 81a of the storage unit 14 in which the fouling coins are stored.

  The above 1st Embodiment can be changed like the following modifications 1-4.

[Modification 1]
In normal mode, it is not limited to storing dirty coins in the storage box 81a, but can be specified from 1, 5, 10, 50, 100, 500 yen instead of dirty coins. Any of the coins may be stored in the storage box 81a. For example, 10 yen or 100 yen, which is frequently used, is stored in the storage box 81a, or the old 500 yen or the new 500 yen is stored in the storage box 81a instead of the fouling coin. That is, the storage box 81a is used as an auxiliary storage box of 10 yen or 100 yen, which is frequently used, or as a 500 yen auxiliary storage box for sorting out old and new 500 yen.

[Modification 2]
The change reserve (number data for each type of money) may be input every time, or first, necessary multiple times of data may be input. If multiple batches are entered at once, whether or not multiple batches can be created with only the coin amounts A1, A2 of the storage boxes 81b to 81g collected as change reserves before starting to create change reserves Can be determined. When an insufficiency is predicted, it is possible to make a change after notifying the operation display unit 28 to that effect and making a prior withdrawal from the hand and putting it into the deposit port 21.

[Modification 3]
The data of the set number of denominations constituting the change reserve may be registered in advance, and may be selected by operating the operation display unit 28 from among the registered plural patterns. Further, the selection of the registration pattern and the input each time may be combined.

[Modification 4]
It is preferable that the storage boxes 81a to 81g have the same shape and size. However, the storage boxes 81a to 81g are used such that a storage box in which any one of the fouling coins and the six denominations is stored is larger or smaller than the other storage boxes. The size may be varied depending on the frequency.

Second Embodiment
A coin deposit machine according to a second embodiment of the present invention will be described below with a focus on differences from the first embodiment.

  In 2nd Embodiment, the single denomination guide parts 51b-51g of the distribution part 51 of 1st Embodiment are the structures similar to the reject guide part 40 and the fouling coin guide part 51a, Drop and pass can be controlled.

  In the second embodiment, in addition to the normal mode, the change reserve creation first mode and the change reserve creation second mode of the first embodiment, the following change reserve creation third mode can be executed. .

[Change mode 3rd mode]
By operating the operation display unit 28, the coin depositing machine 10 is set to the change reserve creation third mode, and a set number of money types constituting the change reserve is input for a plurality of sets. Here, a case will be described as an example in which six pairs of the first to sixth groups are input, but there are of course cases where a set number of money types of five or less including one set is input. In addition, when a set number of money types of 7 or more sets is set at the beginning, the process is performed in a plurality of times.

  When the set number of money types of the first group to the sixth group is input, the control unit 27 determines the total value B3 of the set number of money types of the first group to the sixth group and the identification unit 35 in the normal mode. Are compared with the coin amount A3 of the storage boxes 81b to 81g grasped from the counting result. If the coin amount A3 of the storage boxes 81b to 81g is less than the total value B3 of the set number of money types of the first group to the sixth group in any one denomination, the control unit 27 has insufficient coin amount. As a result, a warning is displayed on the operation display unit 28. When the coin amount A3 of the storage boxes 81b to 81g is equal to or greater than the total number B3 of the set number of money types of the first group to the sixth group for each denomination, the control unit 27 determines the coins of the storage boxes 81a to 81g. Are displayed on the operation display unit 28 to prompt the user to insert the coins of the storage boxes 81b to 81g into the deposit slot 21. An operator who sees this collects all the coins in the storage boxes 81a to 81g, throws the coins in the storage boxes 81b to 81g into the deposit slot 21, and inputs an operation input for executing a change reserve preparation process to the operation display unit 28. do. Then, on the condition that the control unit 27 detects that a coin is inserted into the deposit port 21 and that no coin is stored in the storage boxes 81a to 81g, the supply disk is detected. 31, the rotary disk 32 and the transport unit 34 are driven, the coins of the deposit slot 21 are transported by the transport unit 34, and the authenticity, denomination and correctness are identified and counted by the identification unit 35. Then, the false coins and the damaged coins are stored in the reject box 12 by the reject guide unit 40. On the other hand, normal coins are classified and stored in the temporary storage unit 52 in a state where both the temporary storage unit main body 71 and the bottom plate 72 are located at the basic position by the distribution unit 51.

  At that time, the distribution unit 51 stores the set number of normal coins of the first denomination in the storage sorting unit 52b by denomination mixing. That is, a normal coin of 1 yen up to a set number of 1 yen of the set number of money types of the first set, and 50 yen of up to a set number of 50 yen of the set number of money types of the first set 100 normal coins, up to 5 yen normal coins up to the set number of 5 yen out of the set number of the first set of money types, and 100 up to 100 yen set up of the set number of money types in the first set Up to a normal coin of yen, a normal coin of 10 yen up to the set number of 10 yen of the set number of money types of the first set, and a set number of 500 yen of the set number of money types of the first set Are stored in the storage section 52b. Similarly, the set number of normal coins of the second set of denominations is stored in the storage sorting unit 52c by denomination mixing, and the set number of normal coins of the third set of denominations is stored in the storage sorting unit 52d by denomination mixing. A set of normal coins of the fourth set of denominations is stored in the storage division 52e by denomination mixing, and a normal coin of the set number of denominations of the fifth set is stored in the storage sorting unit 52f by denomination mixing. The normal number of coins of the set number of denominations are respectively stored in the storage sorting unit 52g by denomination mixing.

  Moreover, the coin which exceeds the total value of the set number of sheets of the first to sixth sets of money types is stored in the storage section 52a. That is, the normal coin of 1 yen exceeding the total value of the set number of 1 yen among the set number of money types of the first to sixth groups, and 50 of the set number of money types of the first to sixth groups. A normal coin of 50 yen exceeding the total value of the set number of yens, a normal coin of 5 yen exceeding the total value of the set number of 5 yens among the set number of money types of the first to sixth groups, the first ~ The normal coin of 100 yen exceeding the total value of the set number of 100 yen out of the set number of money types of the sixth group and the set number of 10 yen of the set number of money types of the first to sixth groups The normal coin of 10 yen exceeding the total value of 500 and the normal coin of 500 yen exceeding the total value of the set number of 500 yen among the set number of money types of the first to sixth groups in the storage sorting section 52a It will be stored.

  At that time, any normal coins of any denomination are stored in the order of the storage sorting section 52b, the storage sorting section 52c, the storage sorting section 52d, the storage sorting section 52e, the storage sorting section 52f, the storage sorting section 52g, and the storage sorting section 52a. Will be. With regard to the coins transported by the transport unit 34 by denomination mixing, for example, paying attention to only 1 yen, first, normal coins of 1-yen coins corresponding to the set number of 1-yen coins are stored in the storage sorting unit 52b. Next, the normal coins of 1 yen coins corresponding to the set number of the second set of 1 yen coins are stored in the storage sorting unit 52c, and then the set number of 1 yen coins of the third set are stored in the storage sorting unit 52d. Normal coins of 1-yen coins are stored, then 1-yen coins corresponding to the set number of 1-yen coins in the fourth set are stored in the storage sorting unit 52e, and then stored in the storage sorting unit 52f. The normal coins of 1 yen coins corresponding to the set number of 5 sets of 1 yen coins are stored, and then normal coins of 1 yen coins corresponding to the set number of 1 yen coins of the 6th set are stored in the storage section 52g. Thereafter, 1-yen normal coins are stored in the storage section 52a. Such a process is performed for each denomination.

  Then, the set number of normal coins of the first set of denominations is stored in the storage sorting unit 52b by denomination mixing, and the set number of normal coins of the second set of denominations is stored in the storage sorting unit 52c by denomination mixing. The set number of normal coins of the set denomination in the denomination mixture is stored in the storage sorting unit 52d, the set number of normal coins in the fourth set of denominations is denominated in the storage sorting unit 52e, and the fifth set of denominations When the normal coins of the set number of coins are stored in the storage division unit 52f by denomination mixing and the normal coins of the sixth set of denominations are stored in the storage sorting unit 52g by denomination mixing, the control unit 27 The supply disk 31 and the rotating disk 32 are stopped, and among the coins remaining in the transport unit 34, fake coins and fouled coins are stored in the reject box 12 by the reject guide unit 40, and normal coins are stored in the temporary storage unit 52. It will be made to store in the storage division part 52a. The coins stored in the total value B3 of the set number of the first to sixth sets of denominations, that is, the coins stored in the storage sorting units 52b to 52g and the coins stored in the storage sorting unit 52a are both identified by the identification unit 35. Since it has passed, the control unit 27, for each denomination, from the coin amount A3 collected from the storage boxes 81b to 81g, the total value B3 of the set number of denominations of the first to sixth groups and the storage sorting unit It is understood that the value obtained by subtracting the number of coins C3 stored in 52b to 52g is the uncounted coin amount D3.

  Thereafter, the control unit 27 moves the temporary storage unit main body 71 to the side storage position while keeping the bottom plate 72 in the basic position, so that the coins falling from the storage sorting units 52a to 52g are in the classified state. It is stored in the storage unit 14 as it is.

  Thereby, the storage box 81a stores coins exceeding the set number of the first to sixth sets of denominations falling from the storage sorting unit 52a by denomination mixing, and the first set of denominations falling from the storage sorting unit 52b The set number of normal coins is stored in the storage box 81b by denomination mixing, and the set number of normal coins falling from the storage section 52c is stored in the storage box 81c by denomination mixing. The storage box 81d stores a set number of normal coins falling from the sorting unit 52b in the denomination by denomination mixing, and the set number of normal coins falling from the storage sorting unit 52e is stored in the storage box 81d. A storage box 81e is stored by denomination mixing, and the set number of normal coins of the fifth set of denominations falling from the storage sorting unit 52f is stored in the storage box 81f by denomination mixing and dropped from the storage sorting unit 52g. Six sets of normal coins of the set number of denominations are denominated In storage box 81g is housed. Then, the control part 27 returns the temporary storage part main body 71 to a basic position, and complete | finishes a change reserve preparation process.

  As a result, the set number of normal coins of the first set of denominations are stored in the storage box 81b by denomination mixing, and the set number of normal coins of the second set of denominations are stored in the storage box 81c by denomination mixing. The set number of normal coins of the third set of denominations is stored in the storage box 81d by denomination mixing, the set number of normal coins of the fourth set of denominations is stored in the storage box 81e by denomination mixing, Five sets of normal coins of the set number of denominations are stored in the storage box 81f by denomination mixing, and normal coins of the sixth set of denominations are stored in the storage box 81g by denomination mixing. By pulling out the storage unit 14 from the depositing machine main body 11, taking out the storage boxes 81b to 81g from the storage drawer 82 of the storage unit 14, and taking out coins from the storage boxes 81b to 81g, the first to sixth sets of money types The set number of coins can be obtained in a state of being divided for each set.

  That is, when the set number of denominations is input, the distribution unit 51 receives a set number of coins of a plurality of denominations among the coins inserted into the deposit port 21 based on the identification result of the identification unit 35. The coins are classified as coins that exceed the set number of money types in a plurality of sets, and are stored in the temporary storage unit 52. The temporary storage unit 52 temporarily stores coins in the set number of coin types in a plurality of sets. The stored coins are stored in the storage unit 14 in the classified state. More specifically, when a plurality of sets of denominations are input, the allocating unit 51 determines, based on the identification result of the identification unit 35, the plurality of denominations of coins inserted into the deposit port 21. The set number of coins are classified for each group, and the coins exceeding the set number of the plurality of sets of denominations are classified as the set number of coins of the plurality of sets of denominations and stored in the temporary storage unit 52.

  When the change reserve preparation process is continuously performed, when the storage boxes 81b to 81g are set in the depositing machine main body 11, the next change reserve is similarly withdrawn into the storage boxes 81b to 81g according to the denomination. To do. That is, when the set number of money types of the first to sixth groups of the next change reserve is input, first, for each denomination, from the above coin amount A3, the change reserve is already stored in the storage boxes 81b to 81g. The dispensed coin amount B3 is subtracted, and it is determined whether or not this value is equal to or greater than the total value E3 of the set number of money types of the first to sixth sets of the next change reserve. For each denomination, if the value obtained by subtracting the coin amount B3 from the coin amount A3 is equal to or greater than the set number E3, whether or not the uncounted coin amount D3 is equal to or greater than the total value E3 of the set number for each denomination. judge. For each denomination, if the uncounted coin amount D3 is equal to or larger than the total value E3 of the set number, the change reserve creation process can be executed continuously. That is, in this state, when an operation input for executing the change reserve creation process is performed on the operation display unit 28, the control unit 27 indicates that coins are inserted into the deposit port 21 and that coins are stored in the storage boxes 81b to 81g. The change reserve creation process is executed on the condition that a sensor (not shown) has detected that the card is not stored. That is, the change preparation process is executed even if coins are stored in the storage box 81a.

  On the other hand, since the change reserve of the total value E3 of the set number of denominations cannot be prepared unless the uncounted coin amount D3 is smaller than the total value E3 of the set number of any denomination, the operation display unit 28, a deficient denomination is displayed, and a display prompting all coins in the storage box 81a to be collected and inserted into the deposit port 21 is displayed. An operator who sees this collects all the coins in the storage box 81a, puts them in the deposit slot 21, and inputs an operation input to the operation display unit 28 to execute a change reserve creation process. Then, the control unit 27 prepares for the change on the condition that a coin is inserted in the deposit slot 21 and that the storage boxes 81a to 81g detect that no coin is stored by a sensor (not shown). Execute gold creation process. Thereafter, the same control is repeated.

  If the sensor (not shown) detects that the storage box 81a is full during the change reserve creation process, a display for prompting the collection of coins from the storage box 81a is displayed on the operation display unit 28. Then, the worker collects coins from the storage box 81a and inserts them into the deposit port 21 to use as a source of change reserve.

  Also in the second embodiment, when the coin inserted into the deposit slot 21 is a dirty coin, it is rejected to the reject box 12, but the dirty coin is not suitable for a change reserve, so as a change reserve What is necessary is just to separate so that it may not be withdrawn. For this reason, when the inserted coin is a dirty coin, it may be stored in the storage box 81a instead of the reject box 12.

  According to the second embodiment described above, when a plurality of sets of denominations are input, the distribution unit 51 determines the number of coins inserted into the deposit port 21 based on the identification result of the identification unit 35. Among them, the set number of coins of the plurality of denominations are classified for each combination, and the coins exceeding the set number of the plurality of denominations are classified and stored in the temporary storage unit 52. Thereby, the set number of set money types of the plurality of sets that have been input can be classified and dispensed for each set. Accordingly, a plurality of sets of change reserves can be prepared for each set. First, if at least 6 sets of change reserve data are input, if there is no shortage of coins, a maximum of 6 sets of change can be prepared simultaneously.

  The above 2nd Embodiment can be changed like the following modifications 5-9.

[Modification 5]
A plurality of sets of the set number of money types constituting the change reserve that is input by an operation on the operation display unit 28 may be registered in advance and input by selecting a plurality of patterns. . Further, the selection of the registration pattern and the input each time may be combined.

[Modification 6]
In the normal mode, the dirty coin may be stored in the storage box 81g on the side opposite to the identification unit 35 and the normal coins may be stored in the storage boxes 81a to 81f.

[Modification 7]
As in the first embodiment, instead of a fouling coin, any coin designated from among 1, 5, 10, 50, 100, 500 yen is stored as a specific type of coin. You may do it.

[Modification 8]
In the change change preparation third mode, the change reserve is not limited to being created in order from the storage box 81b on the identification unit 35 side (the front side of the machine body). The change reserve may be created in order from the side) storage box 81g.

[Modification 9]
The structure for taking out the storage boxes 81a to 81g from the depositing machine main body 11 does not take out the storage boxes 81a to 81g from the storage drawer 82 after the storage unit 14 is pulled out from the depositing machine main body 11; A structure may be adopted in which the storage boxes 81a to 81g are taken out to the side perpendicular to the arrangement direction of the storage boxes 81a to 81g, that is, to the left or right (types such as Japanese Patent Publication Nos. 62-52354 and 3-5965). In this case, in the third mode of change reserve creation, the change reserve has been stored by, for example, instructing with a lamp or the like without waiting for all of the change reserve to be stored in the storage boxes 81b to 81g. The storage box can be taken out from the depositing machine main body 11. That is, in the above control example, the change reserve is stored in order from the storage box 81b with the passage of time, so that the changeable lamp of the corresponding storage box is turned on to create the change reserve. Each time the storage box can be removed. By making this possible, for example, when 12 pieces of change reserve data are input and there is a surplus in the number of original coins, the storage is stored in the storage box 81b, the storage box 81c is stored,. If the stored coins in the storage box 81b are exhausted, or the storage box 81b has been taken out and loaded and the change reserve in the storage box 81b has already been collected, the storage box 81b has 2 Similarly, if the change reserve in the storage box 81c has already been collected, the second time is stored in the storage box 81c, and the second time is stored in the storage box 81g.

  The first and second embodiments can be changed as in Modification 10 below.

[Modification 10]
The storage location of the coins from the temporary storage unit 52 in the change reserve creation process is referred to as a return box 13. In that case, at the time of change reserve creation processing, the return sorting sections 91a to 91g of the return box 13 are necessarily required. Further, the user may be able to set whether the change reserve is stored in the storage unit 14 or in the return box 13, and the control unit 27 automatically sets the change reserve according to the amount of the change reserve. You may make it set. The walls that divide the return sorting sections 91a to 91g of the return box 13 may be removable, and may be attached to the return box 13 to form the return sorting sections 91a to 91g during the change reserve creation process.

  If the storage location of the coins from the temporary storage unit 52 in the change reserve creation process is the return box 13, when the change reserve is created, when the set number of money types is input, the distribution unit 51 Based on the identification result of the identification unit 35, among the coins inserted into the deposit port 21, the set number of coins of the denomination are classified as coins exceeding the set number of denominations and stored in the temporary storage unit 52. The temporary storage unit 52, when temporarily storing the set number of coins of the denomination, stores the temporarily stored coins in the return box 13 in the classified state. Thereby, the set number of coins of the set money type can be separated from the coins exceeding the set number of money types and stored in the return box 13, and the set number of coin types from the return box 13 can be stored. Coins can be taken out and used as a change reserve. As described above, in the normal mode, the change reserve can be created by effectively using the return box 13 including the return sorting unit 91a in which the damaged coins are stored without providing a mechanism dedicated to change preparation. Therefore, compared to the case where a mechanism dedicated to change preparation is provided, the number of parts can be reduced, an increase in cost and an increase in size of the device can be suppressed, and the burden for preparation of change reserve can be reduced. Can do. In the change reserve creation first mode, the temporary storage unit 52 stores coins exceeding the set number of money types in the return sorting unit 91a of the return box 13 in which the fouled coins are stored in the normal mode. In the mode, the return sorting section 91a of the return box 13 in which the dirty coins are stored can be used effectively. Further, in the change reserve creation second mode, the temporary storage unit 52 stores the set number of coins in the money type in the return sorting unit 91a of the return box 13 in which the fouling coins are stored in the normal mode. In the normal mode, the return sorting section 91a of the return box 13 in which the dirty coins are stored can be used effectively.

[Modification 11]
As in the second change reserve creation mode and the modified example 10, in the normal mode, coins of a set number of money types are stored in the storage box 81a of the storage unit 14 in which the damaged coins are stored or the return sorting unit 91a of the return unit 13. When making change reserves by storing them in the storage box 81a of the storage unit 14 or the return category 13 of 6 denominations of 1 yen, 50 yen, 5 yen, 100 yen, 10 yen, 500 yen, etc. In addition to creating the change reserve in one time by storing in the portion 91a, the change reserve is stored in the storage box 81a of the storage portion 14 or the return sorting portion 91a of the return portion 13 one or more denominations. May be created in multiple steps. Thereby, change reserve can be obtained in the state divided into money types.

  DESCRIPTION OF SYMBOLS 10 ... Coin depositing machine, 13 ... Return box (return part), 14 ... Storage part, 35 ... Identification part, 51 ... Distribution part, 52 ... Temporary storage part.

Claims (6)

An identification unit for identifying coins inserted into the deposit port;
Based on the identification result of the identification unit, a sorting unit that classifies and distributes acceptable coins into each denomination and specific type of coins, and
A temporary storage unit for temporarily storing coins distributed by the distribution unit;
A return unit for storing the coins temporarily stored in the temporary storage unit in a returnable manner;
A coin depositing machine having a storage unit for storing coins temporarily stored in the temporary storage unit,
When the set number of money types is input, the allocating unit converts the set number of coins of the money type out of the coins inserted into the deposit port based on the identification result of the identification unit. Classified as a coin exceeding the set number of sheets and stored in the temporary storage unit,
The temporary storage unit stores the temporarily stored coins in the storage unit or the return unit in a classified state.   When the set number of money types is input, the allocating unit converts the set number of coins of the money type out of the coins inserted into the deposit port based on the identification result of the identification unit. The coin depositing machine according to claim 1, wherein the coins are classified as coins exceeding the set number, and the set number of coins are classified into respective denominations and stored in the temporary storage unit.   The temporary storage unit stores coins exceeding the set number of money types in a storage box of the storage unit in which a fouling coin is stored or a return sorting unit of the return unit in a normal mode. Item 1. A coin deposit machine according to item 1 or 2.   When the set number of money types is input, the allocating unit converts the set number of coins of the money type out of the coins inserted into the deposit port based on the identification result of the identification unit. 2. The coin depositing machine according to claim 1, wherein the coin depositing machine is classified as coins exceeding the set number of coins, and coins exceeding the set number of coin types are classified into respective denominations and stored in the temporary storage unit.   The temporary storage unit stores the set number of coins of the denomination in a storage box of the storage unit in which a fouling coin is stored or a return sorting unit of the return unit in a normal mode. The coin deposit machine according to 1 or 4.   When a plurality of set numbers of money types are input, the allocating unit determines a set number of coins of the plurality of types of money among the coins inserted into the deposit port based on the identification result of the identification unit. 2. The coin depositing machine according to claim 1, wherein coins exceeding the set number of money types of the plurality of sets are classified and stored in the temporary storage unit.

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