JP4530150B2 - Card-like medium handling device - Google Patents

Description

  The present invention relates to a card-like medium handling apparatus that stores a plurality of card-like media that have been thrown in after a plurality of card-like media have been thrown in and confirmed by the thrower.

  Conventionally, transactions using cards have been widely performed including automatic transaction apparatuses such as financial institutions. In an automatic transaction apparatus, a transaction is started when a customer inserts a card into the apparatus. Customer account information and the like are recorded on the card, and when the card is inserted, the recorded information is read and a transaction is performed. In the case of a transaction with an automatic transaction apparatus, one card is normally inserted into the apparatus, and when the transaction ends, the card is returned to the customer. However, if the card is not genuine, it is not returned to the customer but is taken into the device. Therefore, a rejection box for taking in is provided in the apparatus.

  On the other hand, recently, card-type special prizes (card-like prizes) in which valuables such as precious metals are mounted on IC cards are used in game halls and the like. Such a card-like prize is paid out in accordance with the prize ball at the game hall, is treated as having a certain value, and is exchanged for cash at the prize handling place by a prize exchange. Card-like prizes are classified into several types according to the value of valuables such as precious metals, and value information as prizes is stored in each type of card-like prizes. The prize exchange is provided with a reading section for reading the value information of the card-type prize, and when the card-type prize is inserted, the value information is read and the cash corresponding to the read value information is paid out. Yes. As an example of such a gift exchange, for example, the one shown in JP-A-6-79052 can be cited.

In the prize exchange, the value information read from the card-like prize is displayed, the cash is paid to the user after confirmation by the user, and the inserted card-like prize is stored in the apparatus. . As an example of such a prize exchange, there is one disclosed in Japanese Patent Laid-Open No. 8-318045, for example. If the confirmation by the user cannot be obtained, the card-type prize once inserted must be returned to the user. Therefore, it is necessary to provide a storage unit for temporarily holding the card-like prize so that it can be returned until the confirmation by the user is completed. When the user confirms the displayed value information, the card-type prize held in the storage unit is transported to and stored in the storage unit in the apparatus. The storage unit stores card-type prizes for each type of value information. If the user does not press the confirmation button, the card-type prize is returned from the storage unit to the user.
JP-A-6-79052 JP-A-8-318045

  However, in a conventional gift exchange, when a plurality of card-like prizes are inserted, after all the card-like prizes are transported to the storage unit, the prize value information read by the reading unit during the transportation is confirmed by the user. Is done. When the user confirms the value information, cash is paid out, and card-like prizes are conveyed one by one from the storage unit to the storage unit. When the user receives the paid-out cash and leaves the gift exchange, the next user can start a transaction. However, if there are a large number of card-like prizes transported to the storage unit, it is transported one by one and stored separately for each type of value information, so it takes time to transport all the cards to the storage unit. . Therefore, during this time, there is a problem that the next user who wants to make a transaction waits in front of the apparatus.

  Such a problem can be solved to some extent by providing another reservoir in the apparatus. That is, a plurality of card-like prizes held in the storage unit (primary storage unit) are collectively transferred to the other storage unit (secondary storage unit), so that the primary storage unit is quickly emptied. And the next transaction can be started immediately. The card-like prize transferred to the secondary storage unit is stored in the storage unit using the time during which the next transaction is performed.

  However, for example, when the number of card-like prizes in the previous transaction is large and the number of card-like prizes in the next transaction is small, all the card-like prizes held in the secondary storage unit are not completely stored. In the meantime, all the card-like prizes of the next transaction are taken into the primary storage unit, and in this case, the process proceeds to the next processing after waiting for all the card-type prizes in the secondary storage unit to be stored. Therefore, in this case as well, there is a problem that the next transaction is awaited.

  Therefore, according to the present invention, even when a previous user puts a large amount of card-like prizes into the apparatus and performs an exchange transaction, the card-like prizes are processed promptly without causing the next user to wait. An object of the present invention is to provide a card-type gift handling apparatus that can perform such a process.

  In order to solve the above-mentioned problems, the present invention transports a card-like medium put into a medium slot into which a plurality of card-like media can be put one by one to a primary storage part, and then from a primary storage part to a secondary storage part In the card-like medium handling device that transports the card-like medium to the storage unit and further conveys the card-like medium from the secondary storage unit to the storage unit one by one, the card-like medium is transferred from the secondary storage unit to the storage unit The speed is set to be equal to or higher than the conveyance speed of the card-like medium from the medium insertion port to the primary storage unit.

  Further, the card-like medium handling device of the present invention provides a secondary storage when the card-like medium at the medium inlet is not completely transferred to the storage unit after the card-like medium at the secondary storage unit has been transferred to the primary storage unit. Transportation of the card-like medium from the storage part to the storage part is temporarily stopped, the card-like medium is transferred from the primary storage part to the secondary storage part, and then the card-like medium is transferred from the secondary storage part to the storage part. Is.

  Further, the card-like medium handling device of the present invention has the number of card-like media accumulated in the primary storage unit and the secondary storage unit at the time when all the card-like media at the medium inlet are conveyed to the primary storage unit. When the sum of the number of card-like media accumulated in the card exceeds the accumulation limit number of the secondary storage unit, the card-like medium is transported from the secondary storage unit to the storage unit and collected in the primary storage unit. After the sum of the number of card-like media and the number of card-like media currently accumulated in the secondary storage unit becomes equal to or less than the maximum number of accumulations in the secondary storage unit, the card from the secondary storage unit to the storage unit The card-like medium is temporarily stopped and the card-like medium is transferred from the primary storage unit to the secondary storage unit.

  Furthermore, the card-like medium handling device of the present invention is provided with an approach detecting means for detecting the approach of the user to the device, and when the card-like medium at the medium insertion port is all transferred to the primary storage unit, In the case where the sum of the number of accumulated card-like media and the number of card-like media accumulated in the secondary storage unit at the time exceeds the accumulation limit number of the secondary storage unit, the approach detection means is the user. When the approach to the apparatus is detected, the card-like medium is transported from the secondary storage unit to the storage unit, and the number of card-like media accumulated in the primary storage unit and the card type currently accumulated in the secondary storage unit After the total number of media is equal to or less than the limit number of sheets accumulated in the secondary storage unit, the transport of the card-like medium from the secondary storage unit to the storage unit is temporarily stopped, and the primary storage unit to the secondary storage unit. The card-like medium is transferred, and the approach detection means goes to the user's device. Does not detect the approaching after transporting all the card media to the housing portion from the secondary reservoir, it is obtained so as to transfer the card media from the primary reservoir to the secondary reservoir.

  Furthermore, the card-like medium handling device of the present invention is characterized in that there are two transport paths from the secondary storage unit to the storage unit.

  According to the present invention, since the conveyance speed of the card-like medium from the secondary storage section to the storage section is set to be equal to or higher than the conveyance speed of the card-like medium from the medium inlet to the primary storage section, If the card-like medium is about the number of card-like media accumulated in the primary reservoir, the card-like media accumulated in the secondary reservoir until the card-like medium is accumulated in the primary reservoir All media is transported to the storage and does not delay the next transaction.

  In addition, even when all the card-like medium at the medium input port is transported to the primary storage unit, the card-like medium from the secondary storage unit to the storage unit is not yet transferred to the storage unit. The card in the previous transaction is temporarily stopped, the card-like medium is transferred from the primary storage part to the secondary storage part, and then the card-like medium is transferred from the secondary storage part to the storage part. Even when the number of card-like media is larger than the number of card-like media in the next transaction, it is possible to shift to the next transaction with a minimum waiting time.

  Further, when all the card-like media at the medium insertion port are conveyed to the primary storage unit, the number of the card-like media accumulated in the primary storage unit and the card-like media accumulated in the secondary storage unit at the time point If the sum of the number of sheets exceeds the accumulation limit number of the secondary storage unit, the card-like medium is transported from the secondary storage unit to the storage unit, and the number of card-like media accumulated in the primary storage unit and the secondary storage unit are stored. After the sum of the number of card-like media currently accumulated in the section is equal to or less than the accumulation limit number of the secondary storage section, temporarily stop the transport of the card-like medium from the secondary storage section to the storage section, Since the card-like medium is transferred from the primary storage part to the secondary storage part, when the card-like medium of the primary storage part is transferred to the secondary storage part when the card-like medium is accumulated in the primary storage part, Even when the next reservoir is full, with minimal waiting time It is possible to move to the transaction.

  In addition, since the conveyance path from the secondary storage unit to the storage unit is set to two paths, the card-like medium from the secondary storage unit to the storage unit can be transported in a short time. Even if the number of cards is larger than the number of card-like media in the next transaction, the next transaction can be promptly made.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. Elements common to the drawings are denoted by the same reference numerals. FIG. 1 is a block diagram showing a card-like prize handling apparatus according to an embodiment of the present invention, and FIG. 2 is an external view showing the card-like prize handling apparatus. In this embodiment, a card-like prize handling device will be described as a card-like medium handling device. In FIG. 2, a card-like prize handling device 1 is an apparatus that, when a card-like prize P is inserted, exchanges (cash equivalent to a prize value) in exchange for the card-like prize P. Section 2, prize slot 3 into which card-like prize P is thrown in, exchange article outlet 4 from which exchanged goods are dispensed, return slot from which card-like prize P that is illegal or whose reading information cannot be read is discharged 5. A camera unit 6 for acquiring a user image and a proximity sensor 27 for detecting the approach of the user are provided.

  In FIG. 1, the prize slot 3 has a space in which a plurality of card-like prizes P can be entered once. The prize input port 3 is provided with a shutter 3a that can be opened and closed, and is closed when not traded. A return port 5 is formed below the prize input port 3. The return port 5 is also provided with a shutter 5a that can be opened and closed.

  A first transport path 7 is formed in the horizontal direction from the prize inlet 3 toward the back side of the apparatus 1. The first transport path 7 is composed of a plurality of transport roller pairs, a reading unit 8 is provided on the first transport path 7, and a primary storage unit 9 is formed on the back side thereof. The reading unit 8 reads premium value information written on the card-like prize P during conveyance of the card-like prize P. The primary storage unit 9 is capable of accumulating a plurality of card-like prizes P, and a transfer means 10 for transferring the card-like prizes P to the secondary storage part 11 is provided below the primary storage part 9. The secondary storage unit 11 can also accumulate a plurality of card-like prizes P, and the accumulated card-like prizes P can be fed to the second transport path 13 one by one from the bottom. The return port 5 is connected to the first transport path 7.

  The 2nd conveyance path 13 is formed in the state inclined toward the near side from the back | inner side of the apparatus 1, and is comprised by several roller pairs. A reject unit 12 and a reading unit 14 are provided on the second transport path 13. The reject unit 12 takes in a card-like prize that has been read by the reading unit 14 or a card-like prize in which forgery or alteration has been detected. For this purpose, the switching blade 12a is rotatably provided along the second transport path 13. The reading unit 14 reads identification information (prize value information) in order to classify the card-type prize P according to type.

  A rotating arm 16 is rotatably provided at the end of the second transport path 13, and the card-like prize P is transferred to the third transport path 17 by hitting the upper surface of the card-like prize P transported so far. Lead. The third transport path 17 is formed in a horizontal direction from the near side to the far side of the apparatus 1 and is configured by a plurality of roller pairs. A plurality of stackers 15 a to 15 e are provided below the third conveyance path 17. The third transport path 17 is provided with a gate mechanism for feeding card-like prizes P corresponding to the positions of the stackers 15a to 15e.

  The stackers 15a to 15e store card-type prizes P for each type. In the present embodiment, a maximum of five types of card-type prizes P can be used, and a maximum of five types of card-type prizes P are stored. Inside the stackers 15a to 15e, a backup plate 18 is provided so as to be movable up and down, and card-like prizes P are collected on the backup plate 18. The backup plate 18 is driven by a motor 19.

  FIG. 3 is a block diagram of the control system of the card handling apparatus. In FIG. 3, the control unit 20 controls the overall operation of the card handling device. The control unit 20 displays the above-described operation unit 2 for displaying guidance to the user and the like and for operating by the user. The printing unit 23 that prints a receipt issued when the card-like prize P is exchanged, the conveyance control of the card-like prize P, the opening / closing control of the shutters 3a and 5a, and the card-like prize P are classified according to the type of the prize value information. Thus, a prize processing unit 24 for performing an accumulation process on each of the stackers 15a to 15e is provided. The above-described reading units 8 and 14 are connected to the free gift processing unit 24.

  In addition, cash as a replacement is accumulated in the control unit 20, a cash processing unit 25 that performs a cash withdrawal process, the camera unit 6 described above, a proximity sensor 27 that detects the approach of a user's device, and a prize. A shutter open / close sensor 28 that detects the opening / closing of the shutter 3a at the insertion port 3 and the return port 5 and a unit switch 29 that detects whether the stackers 15a to 15e are mounted are connected.

  FIG. 4 is a control block diagram of the prize processing unit. In FIG. 4, the prize processing unit 24 controls the conveyance speed of the card-like prize P by driving the conveyance roller pairs in the first conveyance path 7, the second conveyance path 13, and the third conveyance path 17. Part 31, transfer means driving part 32 for driving transfer means 10 provided in the lower part of primary storage part 9, blade drive part 33 for driving switching blade 12a provided along second transfer path 13, and second transfer path A rotation arm drive unit 35 for driving the rotation arm 16 provided at the end of 13 is provided.

  Next, the operation of the present embodiment will be described. The card-like prize handling device 1 pays out cash according to the type and number of card-like prizes P that have been inserted. Here, the card-like prize P that is mainly brought by the user and introduced into the apparatus is used. The operation until storage is described.

  When the user approaches the device 1, the proximity is detected by the proximity sensor 27 disposed in front of the device 1, and a card-type prize insertion guide is displayed on the screen of the operation unit 2. At the same time, the shutter 3a of the prize slot 3 is opened under the control of the shutter opening / closing control unit 34. Further, when the proximity sensor 27 detects the approach, the operation of the camera unit 6 is started, and a captured image of the user's face is displayed on the screen of the operation unit 2.

  The user inserts the card-like prize P brought by the user into the prize slot 3 according to the guidance display. Even if there are a plurality of card-like prizes P, they are inserted at a time. For example, 50 prizes can be put into the prize slot 3. When it is detected by a sensor (not shown) that the card-like prize P has been inserted, a screen for confirming the exchange intention is displayed on the operation unit 2. When the user designates the exchange, the shutter 3a is closed and the control unit 20 is closed. Starts transporting the inserted card-like prize P. The card-like prizes P stacked at the prize slot 3 are fed one by one from the lower side to the first conveyance path 7 and conveyed toward the reading unit 8. The conveyance speed of the card P in the first conveyance path 7 is determined by the conveyance drive control unit 31.

  When the card-like prize P is conveyed through the first conveyance path 7 and reaches the reading unit 8, information held in an IC (not shown) in the card-like prize P is read by the reading unit 8. In the card-like prize P, prize value information, information on the handling area, and the like are recorded as retained information, and the prize value information is read here. The card-like prizes P that have passed through the reading unit 8 are accumulated one by one in the primary storage unit 9. The number of card-like prizes P that can be accumulated in the primary storage unit 9 is determined in advance. In the present embodiment, the number of card-like prizes P is set to 50, which is the same as the prize slot 3. Note that the card-like prize P whose information cannot be read by the reading unit 8 or the card-like prize P whose read information is inappropriate is returned to the return port 5 from the return conveyance path 7a.

  The control unit 20 receives the amount information read by the reading unit 8 via the premium processing unit 24, totals the amount of the premium value, displays it on the operation unit 2, and prompts the user to confirm. The displayed information is the integrated value of the value information of all card-like prizes P, that is, the exchange amount, the number of card-like prizes P by type, the “exchange” button 41 and the “return” button 42. A display example is shown in FIG. If the amount of money as intended is displayed, the user presses the “exchange” button 41 to prompt the exchange process. If the displayed content is not as intended, the “return” button 42 is pressed.

  When the “return” button 42 is pressed, the control unit 20 drives the first transport path 7 in the direction opposite to the previous direction via the giveaway processing unit 24, and the card shape accumulated in the primary storage unit 9. The prizes P are conveyed one by one in the reverse direction and sent to the return port 5. As a result, all the card-like prizes P inserted are returned.

  When the “Exchange” button 41 is pressed, the transfer means 10 is driven by the transfer means driving section 32, and all card-like prizes P accumulated in the primary storage section 9 are transferred to the secondary storage section 11 at once. Is done. Further, the control unit 20 drives the cash processing unit 25 so that cash corresponding to the amount confirmed by the user is paid out from the paying unit 4 to the user.

  The secondary storage unit 11 can also accumulate a plurality of card-like prizes P, for example, 50 sheets can be accumulated. The secondary storage unit 11 is connected to the second transport path 13, and when the second transport path 13 is driven by the transport drive control unit 31, the card-like prize P in the secondary storage unit 11 starts from the lowest one. It is conveyed one by one. During the conveyance, the holding information is read by the reading unit 14, and if the information is read appropriately, the card-like prize P is conveyed as it is. At this time, the card conveyance speed in the second conveyance path 13 is set to be the same as the conveyance speed in the first conveyance path 7.

  The card-like prize P whose information cannot be read by the reading unit 14 or the card-like prize P whose reading information is inappropriate is temporarily stopped and the blade driving unit 33 rotates the switching blade 12a. Then, the card-like prize P for which information could not be read or the card-like prize P for which the read information was inappropriate is conveyed in the reverse direction and stored in the reject unit 12. When this operation is completed, the second transport path 13 is driven in the forward direction again, and the remaining card-like prizes P are transported one by one from the secondary storage unit 11.

  When the card-like prize P transported through the second transport path 13 reaches the end of the second transport path 13, the pivot arm 16 is driven by the pivot arm driving section 36, and the card-shaped prize P is transported in the second transport path. The direction can be changed so as to enter the third conveyance path 17 from the path 13. At this time, the third transport path 17 is also driven, and the card-like prize P is transported along the third transport path 17 toward the stacker 15. A gate mechanism is provided above each of the stackers 15 a to 15 e, and the card-like prize P is stored in the corresponding stacker 15 a to 15 e for each type read by the reading unit 14.

  By transferring the card-type prize P accumulated in the primary storage unit 9 to the secondary storage unit 11, it becomes possible to accumulate a new card-type prize P in the primary storage unit 9, so that the next transaction is started. Is possible. Therefore, the control unit 20 starts the next transaction when the payout of the cash as the exchange product is completed and the card-like prize P in the primary storage unit 9 is transferred to the secondary storage unit 11. When the next user inserts the card-like prize P into the prize slot 3 according to the guidance of the operation unit 2, the card-like prize P is conveyed one by one through the first conveyance path 7 as described above, and the primary storage unit 9. Accumulated.

  When the next transaction is immediately started, the card-like prize P of the next transaction is the first while the card-like prize P of the previous transaction is being conveyed on the second conveyance path 13 and the third conveyance path 17. It is transported along the transport path 7. At this time, it is desirable that all card-like prizes P in the secondary storage part 11 are fed out from the secondary storage part 11 before all the card-like prizes P of the next transaction are accumulated in the primary storage part 9. .

  In the present embodiment, since the transport speeds of the second transport path 13 and the third transport path 17 are set to be the same as the transport speed of the first transport path 7, the card-like prize P inserted into the prize slot 3. When the number of card-like prizes P in the prize insertion port 3 is larger than or substantially equal to the number of card-like prizes P in the secondary storage unit 11 While all the card-like prizes P in the mouth 3 are accumulated in the primary storage unit 9, all the card-like prizes P in the secondary storage unit 11 are fed out from the secondary storage unit 11. Therefore, even if the next transaction is started immediately after the card-type prize P in the primary storage unit 9 is transferred to the secondary storage unit 11, the next transaction is not waited for the end of the storage of the card-type prize P in the previous transaction. It becomes possible to execute a transaction.

  In the present embodiment, when the payout of cash is completed and the card-like prizes P in the primary storage unit 9 in the previous transaction are collectively transferred to the secondary storage unit 11, the next transaction is started. In this way, the number of card-like prizes P in the previous transaction is large, and therefore the number of card-like prizes in the secondary storage unit 11 is large, and the card-like prize of the next transaction that has been inserted into the prize slot 3. For example, when the number of card-like prizes in the secondary storage unit 11 is 40 and the number of card-like prizes in the next transaction is 10, the card-like prizes in the secondary storage unit 11 Before the prize P is paid out, the card-like prize P of the next transaction is completely accumulated in the primary storage unit 9.

  This case will be described as a first embodiment. FIG. 6 is a flowchart showing the operation of the first embodiment. When the card-like prize P of the next transaction is inserted into the prize slot 3, the inserted card-like prize P is conveyed to the primary storage unit 9 (step 1). When all the card-like prizes P are accumulated in the primary storage unit 9 (step 2), the control unit 20 performs the previous transaction in the secondary storage unit 11 when the “exchange” button 41 is pressed by the user. The feeding of the card-like prize P is stopped (step 3). Next, the control part 20 drives the transfer means 10 by the transfer means drive part 32, and transfers the card-like prize P in the primary storage part 9 to the secondary storage part 11 (step 4). As a result, the card-like prize P of the previous transaction and the card-type prize P of the next transaction are accumulated together in the secondary storage unit 11. Thereafter, the control unit 20 resumes feeding the card-like prize P from the secondary storage unit 11 (step 5), drives the second transport path 13, and stores the card-like prize P in the stacker 15.

  The following modifications can be made to the first embodiment. This modification will be described with reference to the flowchart of FIG. In FIG. 7, after step 2, the remaining number of card-like prizes P of the previous transaction in the secondary storage unit 11 is confirmed (step 6), and when the remaining number is equal to or greater than a certain value, the processing after step 3 is performed. I do. When the remaining number of card-like prizes P in the previous transaction in the secondary storage unit 11 is less than a certain value, the card-like prizes P are continuously fed out from the secondary storage unit 11 (step 7). When all card-like prizes P in the secondary storage unit 11 are fed out to the second transport path 13 (step 8), the process proceeds to step 4 where the card-like prize P in the primary storage unit 9 is secondary-stored. Transfer to section 11. Depending on the remaining number of card-like prizes P in the secondary storage unit 11, it may be faster to continue feeding out as it is (when the remaining number is small), and the processing can be made more efficient in response to such a case.

  Thus, in the first embodiment, the number of card-like prizes P in the previous transaction is large, that is, the number of card-like prizes P in the secondary storage unit is large, and the next transaction entered into the prize slot 3 Even when the number of card-like prizes is small, the card-like prize P in the primary storage unit 9 can be quickly transferred to the secondary storage unit 11, so that the next transaction can be executed continuously.

  In this case, for example, when the number of card-like prizes P in the previous transaction is large and the number of card-like prizes P in the next transaction is large, for example, the number of card-like prizes P in the previous transaction is 50, In the case where the number of card-like prizes P in the transaction is 30, the number of card-like prizes in the primary storage unit 9 when all 30 card-like prizes P in the next transaction have been accumulated in the primary storage unit 9 And the number of card-like prizes P still remaining in the secondary storage unit 11 may exceed the number of sheets that can be accumulated in the secondary storage unit 11. Therefore, at this time, the card-like prize P in the primary storage unit 9 cannot be immediately transferred to the secondary storage unit 11.

  This case will be described as a second embodiment. FIG. 8 is a flowchart showing the operation of the second embodiment. When the card-like prize P of the next transaction is transported to the primary storage unit 9 (Step 11) and has been completely accumulated in the primary storage unit 9 (Step 12), the control unit 20 stores in the secondary storage unit 11 The sum of the current number of card-like prizes P and the number of card-like prizes P in the primary storage unit 9 is calculated (step 13), and whether or not the calculated total number exceeds the number that can be accumulated in the secondary storage unit 11 If it is determined (step 14) and it is determined that it exceeds (N in step 14), the feeding of the card-like prize P from the secondary storage unit 11 is continued (step 15), and the current card in the secondary storage unit 11 The number of card-like prizes in the secondary storage unit 11 is reduced until the sum of the number of the prizes P and the number of card-like prizes P in the primary storage unit 9 falls within the number that can be accumulated in the secondary storage unit 11. .

  When the total number falls within the number of sheets that can be accumulated in the secondary storage unit 11 (Y in Step 14), the control unit 20 stops feeding the card-like prize P of the previous transaction in the secondary storage unit 11 (Step 16). Then, the transfer means driving section 32 drives the transfer means 10 to transfer the card-like prize P in the primary storage section 9 to the secondary storage section 11 (step 17). As a result, the card-like prize P of the previous transaction and the card-type prize P of the next transaction are accumulated together in the secondary storage unit 11. Thereafter, the control unit 20 resumes feeding the card-like prize P from the secondary storage unit 11 (step 18), drives the second transport path 13, and stores the card-like prize P in the stacker 15.

  Thus, when all 30 card-like prizes P of the next transaction have been accumulated in the primary storage unit 9, the number of card-like prizes in the primary storage unit 9 and the secondary storage unit 11 still remain. Even when the sum of the number of card-like prizes P exceeds the number of sheets that can be accumulated in the secondary storage unit 11, the next next transaction can be continuously executed with a minimum waiting time.

  As described above, the second embodiment makes it possible to continuously execute the next transaction with a minimum waiting time, but the transaction may not occur continuously. When there is no waiting user, it is desirable to transfer the card-like prize P in the primary storage unit 9 to the secondary storage unit 11 after storing all the card-like prizes P in the secondary storage unit 11. The operation in this case will be described as a third embodiment with reference to FIG. FIG. 9 is a flowchart showing the operation of the third embodiment.

  In FIG. 9, step 21 to step 24 are the same as step 11 to step 14 of the second embodiment. In step 24, when the total number of the current number of card-like prizes P in the secondary storage unit 11 and the number of card-type prizes P in the primary storage unit 9 is within the number of sheets that can be accumulated in the secondary storage unit 11, The control unit 20 stops feeding the card-like prize P of the previous transaction in the secondary storage unit 11 (step 25), drives the transfer unit 10 by the transfer unit drive unit 32, and the card in the primary storage unit 9 The state prize P is transferred to the secondary storage unit 11 (step 26). As a result, the card-like prize P of the previous transaction and the card-type prize P of the next transaction are accumulated together in the secondary storage unit 11. Thereafter, the control unit 20 resumes feeding the card-like prize P from the secondary storage unit 11 (step 27), drives the second transport path 13, and stores the card-like prize P in the stacker 15.

  In step 24, when the total number of the current number of card-like prizes P in the secondary storage unit 11 and the number of card-like prizes P in the primary storage unit 9 is greater than the number of sheets that can be accumulated in the secondary storage unit 11. The control unit 20 detects whether there is a next user by the proximity sensor 27 (step 28). When the next user is detected by the proximity sensor 27 (Y in Step 28), the feeding of the card-like prize P from the secondary storage unit 11 is continued (Step 29), and the current card in the secondary storage unit 11 is continued. The number of card-like prizes in the secondary storage unit 11 is reduced until the sum of the number of the prizes P and the number of card-like prizes P in the primary storage unit 9 falls within the number that can be accumulated in the secondary storage unit 11. .

  When it is determined in step 28 that there is no next user, the control unit 20 continues feeding the card-like prize P from the secondary storage unit 11 (step 30), and all the cards in the secondary storage unit 11 are continued. The state prize is stored (step 31). As a result, the secondary storage unit 11 is emptied, and the control unit 20 then drives the transfer unit 10 by the transfer unit drive unit 32 to transfer the card-like prize P in the primary storage unit 9 to the secondary storage unit 11. Transfer (step 32). Next, the control unit 20 feeds the card-like prize P transferred to the secondary storage unit 11 from the secondary storage unit 11 (step 27), drives the second transport path 13, and stores it in the stacker 15.

  As described above, according to the third embodiment, whether or not the next user is waiting in front of the apparatus 1 when the card-like prize P in the primary storage unit 9 cannot be immediately transferred to the secondary storage unit 11. Since the secondary storage unit 11 is emptied and the card-like prize P in the primary storage unit 9 is transferred to the secondary storage unit 11 when not waiting, the secondary storage unit 11 The storage processing for each transaction can be performed without interrupting the payout of the card-like prize P from.

  In the third embodiment, the total number of the current number of card-like prizes P in the secondary storage unit 11 and the number of card-type prizes P in the primary storage unit 9 is greater than the number of sheets that can be accumulated in the secondary storage unit 11. Although the presence or absence of a standby user is detected when there are many, it is not restricted to this, Even if it is a case where the said total number is less than the accumulation | storage number of sheets of the secondary storage part 11, the card-like prize to the primary storage part 9 When the accumulation of P ends earlier than the delivery of the card-like prize P from the secondary storage unit 11, the presence or absence of a standby user is detected, and if there is no user, the secondary storage unit 11 is emptied. The card-like prize P in the primary storage unit 9 may be transferred to the secondary storage unit 11.

  Next, another embodiment of the present invention will be described. FIG. 10 is a schematic configuration diagram showing a main part of another embodiment. In FIG. 10, a card-type prize handling device 51 according to another embodiment is provided with a prize slot 3, a reading unit 8, and a primary storage unit 9 in the same manner as the device 1 of the above-described embodiment. Two secondary storage parts 52a and 52b are connected to the primary storage part 9 by transfer paths 53a and 53b, respectively. The transfer paths 53a and 53b are configured such that the card-like prizes P accumulated in the primary storage unit 9 can be collectively transferred to the secondary storage units 52a and 52b by a transfer means (not shown).

  Second transport paths 54a and 54b are connected to the secondary storage sections 52a and 52b, respectively, and the second transport paths 54a and 54b are connected to the stacker sections 55a and 55b, respectively. The stacker unit 55a and the stacker unit 55b have the same configuration, and a plurality of stackers are provided for each type of card-like prize P.

  In another embodiment, when the card-like prize P brought by the user is inserted into the prize insertion slot 3, the first conveyance path 7 is conveyed in the direction of the reading unit 8, and the card-type prize P is read by the reading unit 8. The holding information is read and further accumulated one by one in the transport primary storage unit 9. When the amount information read by the reading unit 8 is displayed on the operation unit 2 and the “exchange” button 41 is pressed by the user, all the card shapes accumulated in the primary storage unit 9 by a transfer means (not shown). The prizes P are collectively transferred to the secondary storage unit 52a or 52b.

  If the card-like prize P of the previous transaction is transferred to the secondary storage 52a, the card-type prize P of the current transaction is transferred to the secondary storage 52b, and the card-type prize P of the next transaction is the secondary The card-like prize P is alternately transferred to the secondary storage parts 52a and 52b, such as being transferred to the storage part 52.

  The card-like prize P transferred to the secondary storage unit 52a is transported to the stacker unit 55a through the second transport path 54a and stored in the stacker unit 55a. Also in this embodiment, the card transport speed in the second transport paths 54 a and 54 b is set to be the same as the transport speed of the first transport path 7.

  By transferring the card-like prize P accumulated in the primary storage section 9 to the secondary storage sections 52a and 52b, a new card-type prize P can be accumulated in the primary storage section 9, so the next transaction is started. It becomes possible to do. When the replacement item is paid out and the card-like prize P in the primary storage unit 9 is transferred to the secondary storage unit 11, the next transaction is started, and the next user inputs the premium according to the guidance of the operation unit 2. When the card-like prize P is inserted into the mouth 3, the card-like prize P is conveyed one by one through the first conveyance path 7 and accumulated in the primary storage unit 9 as described above.

  When the next transaction is started immediately, the card-like prize P of the previous transaction may still remain in the secondary storage unit 52a. However, at this time, the other secondary storage part 52b is in an empty state, and the card-like prize P of the next transaction accumulated in the primary storage part 9 is transferred to another secondary storage part 52b. Therefore, even if the card-like prize P remains in one secondary storage part 52a when the next card-like prize P has been accumulated in the primary storage part 9, the card-like prize P is stored in the other secondary storage part 52b. By making it transfer, the primary storage part 9 can be emptied rapidly and it can move to the next transaction, without making a user wait.

  In each of the above-described embodiments, a gift exchange machine as a card-like prize handling device has been described as an example of the card-like medium handling device, but the present invention is not limited to this, and a plurality of card-like media are temporarily stored. The present invention can also be applied to other devices that are stored later.

It is a block diagram which shows the card-type prize handling apparatus of embodiment of this invention. It is an external view which shows a card-type prize handling apparatus. It is a control system block diagram of a card-like prize handling device. It is a control block diagram of a free gift processing unit. It is explanatory drawing which shows the example of a display of a screen. It is a flowchart which shows operation | movement of 1st Example. It is a flowchart which shows operation | movement of the modification of 1st Example. It is a flowchart which shows operation | movement of 2nd Example. It is a flowchart which shows operation | movement of 3rd Example. It is a schematic block diagram which shows the principal part of other embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Card-like prize handling device 3 Prize input port 7 1st conveyance path 8 Reading part 9 Primary storage part 10 Transfer means 11 Secondary storage part 13 Reading part 15 Stacker 20 Control part 27 Proximity sensor

Claims (5)

The card-like medium thrown into the medium slot into which a plurality of card-like media can be thrown is transported one by one to the primary storage part, and then the card-like medium is transferred from the primary storage part to the secondary storage part, and further secondary In the card-like medium handling device for transporting and storing card-like media from the storage part to the storage part one by one,
A card-like medium handling apparatus, wherein a conveyance speed of the card-like medium from the secondary storage section to the storage section is equal to or higher than a conveyance speed of the card-like medium from the medium input port to the primary storage section. The card-like medium thrown into the medium slot into which a plurality of card-like media can be thrown is transported one by one to the primary storage part, and then the card-like medium is transferred from the primary storage part to the secondary storage part, and further secondary In the card-like medium handling apparatus for transporting and storing card-like media from the storage part to the storage part one by one,
If the card storage medium in the secondary storage unit is not yet transferred to the storage unit even after all of the card-like medium in the medium insertion port is transferred to the primary storage unit, the secondary storage unit to the storage unit The card-like medium is temporarily stopped, the card-like medium is transferred from the primary storage part to the secondary storage part, and then the card-like medium is transferred from the secondary storage part to the storage part. Card-like medium handling device. When all of the card-like medium at the medium insertion port is conveyed to the primary storage unit, the number of card-like media accumulated in the primary storage unit and the card shape accumulated in the secondary storage unit at the time point When the sum of the number of media exceeds the limit number of sheets accumulated in the secondary storage unit, the card-like medium is transported from the secondary storage unit to the storage unit and is accumulated in the primary storage unit. And the sum of the number of card-like media currently accumulated in the secondary storage unit is equal to or less than the limit number of accumulations of the secondary storage unit, the secondary storage unit to the storage unit The card-like medium handling device according to claim 2, wherein the card-like medium is temporarily stopped from being conveyed, and the card-like medium is transferred from the primary storage unit to the secondary storage unit. Providing access detection means to detect the user's approach to the device,
When all of the card-like medium at the medium insertion port is conveyed to the primary storage unit, the number of card-like media accumulated in the primary storage unit and the card shape accumulated in the secondary storage unit at the time point When the sum of the number of media exceeds the accumulation limit number of the secondary storage unit,
When the approach detecting means detects the approach of the user to the device, the card-like medium is transported from the secondary storage unit to the storage unit, and the number of card-like media accumulated in the primary storage unit and the second After the sum total of the number of card-like media currently accumulated in the secondary storage part becomes equal to or less than the limit number of accumulations of the secondary storage part, the card-like medium is transported from the secondary storage part to the storage part. Is temporarily stopped, the card-like medium is transferred from the primary storage unit to the secondary storage unit,
When the approach detection means does not detect the approach of the user to the device, the card-like medium is transported from the primary storage part to the secondary storage part after all the card-like medium is transferred from the secondary storage part to the storage part. 4. A card-like medium handling device according to claim 3, wherein The card-like medium thrown into the medium slot into which a plurality of card-like media can be thrown is transported one by one to the primary storage part, and then the card-like medium is transferred from the primary storage part to the secondary storage part, and further secondary In the card-like medium handling apparatus for transporting and storing card-like media from the storage part to the storage part one by one,
2. A card-like medium handling apparatus, wherein a conveyance path from the secondary storage part to the storage part is set to two paths.

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