JP3955857B2 - Shoe locker and undressing locker management system - Google Patents

Description

The present invention relates to a shoe locker and undressing locker management system, and in particular, a shoe locker and undressing locker management system that allows a user to unlock and lock a door of a shoe locker using a wristband with a built-in IC chip owned by a user. About.

  Conventionally, in warm bath facilities, fitness clubs, amusement facilities and other amusement facilities, instead of having shoes stored in a shoe locker and depositing the key to the front of the shoe locker, a wristband was lent, and the wristband was used after leaving the facility and leaving the facility. And exchange the key of the shoe locker.

  The usage fee in such a facility may be collected at the time of entry, at the time of exit, or may be collected at the time of entry, and may be collected and settled at the time of exit. . In conventional facilities, visitors take two shoe locker keys when entering for the purpose of fraud, leave one with the facility manager, and leave the shoe locker when entering with another key when leaving. If you take out your shoes and leave without paying the usage fee, or the facility manager keeps the key of the shoe locker, the storage management is troublesome.

Patent Document 1 proposes an entertainment facility management system that uses a non-contact storage medium carried by a user to unlock a locker, pay at a shop, and pay a fee. Since unlocking of lockers, which are indispensable for users, is not associated with fee settlement, it is impossible to eliminate unauthorized exit without paying usage fees.

  In addition, if a shoe locker and a dressing locker are installed in the above facilities, store the shoes in the shoe locker, leave the shoe locker key at the front, and instead attach the key to the dressing locker. We rent a wristband and use the facility to exchange the wristband and shoe locker keys when leaving. In such a management method, it is necessary to manage two types of keys, a shoe locker and a dressing locker, and there is a drawback that the storage management of the facility manager is troublesome.

Patent Document 2 proposes a locker management system using a key signal such as an electromagnetic wave or an ultrasonic wave as a locker key. In this system, a conventional rocker key and a changing locker key are exchanged at the front. The system has a gate that has a function to detect a locker key signal in the mechanism and is intended to prevent unauthorized use of the user's view. It cannot be managed with one type of locker key.
Japanese Patent Laid-Open No. 3-202997 (Page 2, lower left column, line 18 to lower right column, line 10, FIGS. 6, 7A to 7C) JP-A-8-240047 (paragraph [0011], FIG. 1)

The present invention has been made in consideration of the above-described circumstances, and provides a shoe locker and undressing locker management system that enables smooth facility operation by eliminating the trouble of facility managers required for reliable collection and storage management of usage fees. The purpose is to provide.

According to one aspect of the present invention , a wristband having an IC chip that is used in a facility in which a shoe locker and a dressing locker having a locking device are installed, and is lent when entering the facility, and the shoe mouth An IC chip information reading device for reading and writing IC chip information of the wristband incorporated in the knucker and the dressing mouth cker is connected, and a controller for controlling the locking device and an IC chip information reading and writing when entering and leaving the facility are connected. An information management device having a function, and storing IC chip information, which is shoe locker use information stored in the wristband by storing shoes in the shoe locker, in the information management device, and then from the wristband Means for erasing and storing clothes in the undressing locker Means for storing IC chip information as undressing locker usage information in the wristband, and input of fee settlement confirmation data and shoe locker unlocking data to the wristband after settlement of usage fees based on the wristband in the information processing device A shoe locker and undressing locker management system. As a result, a shoe locker and undressing locker management system is realized that saves the trouble of storage management of the wristband and enables smooth facility operation.

  In a preferred example, the IC chip can write IC chip information.

  In another preferred example, the IC chip can write usage fee settlement completion information in addition to the IC chip information.

  In another preferred example, the IC chip can write the unique number information of the shoe locker and the undressing locker in addition to the IC chip information.

  In another preferred example, the shoe locker reads the unique number information and the usage fee settlement completion information via the IC chip reading device, and determines whether the information is correct or not by a controller that controls the locking device.

  In another preferred example, the wristband is detachably attached to a locking device provided in a shoe locker.

  In another preferred example, the undressing locker can write or delete the unique number information via the IC chip reading device, and the controller that controls the locking device determines whether the unique number information is correct or incorrect. .

  In another preferred example, the locking device is locked and unlocked by an electrical signal from a controller.

In another preferred example, the information management device manages the unique number information and IC chip information of the shoe locker.

According to the shoe locker and undressing locker management system according to the present invention, it is possible to provide a shoe locker and undressing locker management system that saves the trouble of wristband storage management and enables smooth facility operation.

Hereinafter, a first embodiment of a shoe locker management system will be described with reference to the accompanying drawings.

FIG. 1 is a conceptual diagram of a first embodiment of a shoe locker management system, and FIG. 2 is a conceptual diagram of a wristband used in this system.

  As shown in FIGS. 1 and 2, the shoe locker management system 1 of the first embodiment is lent at the time of entering a facility where a shoe locker 2 having a locking mechanism 2b for each individual locker 2a is installed. A wrist band 3 incorporating a chip 3a, a first IC chip information reader 4 which is incorporated in the shoe locker 2 and reads IC chip information (hereinafter simply referred to as chip information) mainly comprising ID information; The second IC chip information reading device 5 for reading the chip information, the information input device 6 for inputting the chip information from the second IC chip information reading device 5, the chip information from the information input device 6, and the above-mentioned The first IC chip information reader 4 has an information management device 7 for managing shoe locker information in use.

  As shown in FIG. 3, the first IC chip information reading device 4 incorporated in the shoe locker 2 includes a reading unit 4a and a control unit 4b. The control unit 4b is a host controller installed in the shoe locker 1. 2c is connected to the information management device 7, and the control unit 4b is connected to the host controller 2c and a locking device 2b that is controlled to open and close by an electrical signal via the locking controller 2b1 provided in the shoe locker 1, Furthermore, an operation panel 2d for performing input for opening / closing control of the locking device 2b is connected to the locking controller 2b1. Since the locking device 2b is controlled by an electric signal, unlocking control can be performed remotely. Further, since the operation panel 2d is provided in the shoe locker 1, the user can easily input a locker number, and can display an empty locker number or the like to notify the user.

  The chip information of the IC chip 3a of the wristband 3 is read by the reading unit 4a, transmitted to the control unit 4b, and further transmitted to the host controller 2c.

  The host controller 2c can receive information from the control unit 4b as described above, and can send and receive information to and from the information management device 7 and the lock controller 2b1. The locking controller 2b1 can transmit and receive signals to and from the host controller 2c, the operation panel 2d, and the locking device 2b, and the operation panel 2d can display information from the locking controller 2b1 and notify the user. ing. The operation panel 2d can input information by a user's operation, the information can be transmitted to the locking controller 2b1, and the locking device 2b can transmit and receive signals to and from the locking controller 2b1. The first IC chip information reading device 4 stores and manages the stored shoe locker number and chip information in the information management device 7 via the host controller 2c. The host controller may be provided in the shoe locker integrally with the control unit and the locking controller, or may be provided integrally with the information management device.

  The locking device 2b can lock and unlock the shoe locker 2 by the signals from the host controller 2c and the locking controller 2b1, and can store the shoes, and the locking device 2b can lock the lock by inserting the key into the keyhole. You can also.

  Further, the facility exit is arranged more inside the facility than the shoe locker 2 as shown in FIG. 8, and in the vicinity of this exit, as shown in FIG. 1, a wristband collection unit that also serves as a payment fee settlement unit. C is provided, and the wristband collecting unit C includes a second IC chip information reading device 5 having the same configuration as that of the first IC chip information reading device 4, and the second IC chip information reading device. An information input device 6 in which chip information from the device 5 is input and a display unit 6a is provided, and a printer 6b connected to the information input device 6 are installed. Accordingly, the chip information of the wristband 3 is read by the second IC chip information reading device 5 and transmitted to the information management device 7 via the information input device 6, and the information input device 6 is transmitted from the information management device 7. The transmitted fee settlement amount and the like are displayed on the display unit 6a and printed on the printer 6b.

  In addition, as shown in FIG. 1, a wristband usage start unit A is provided near the facility entrance as needed. The wristband usage start unit A includes a second IC chip information reading device. 5, a third IC chip information reader 8 and an information input device 9 provided with a display unit 9 a are installed, and the wristband 3 lent at the time of entry is provided to the third IC chip information reader 8. By holding it over, the chip information is read and stored in the information management device 7. Thereby, IC chip information can be memorize | stored in the information management apparatus 7 quickly and correctly at the time of entrance.

  Furthermore, in the facility, as shown in FIG. 1, a usage fee information collection unit B is installed at various places in restaurants, separate fee attractions, etc. as necessary, and the usage fee information collection unit B includes: As with the third IC chip information reading device 8, a fourth IC chip information reading device 10 and an information input device 11 are installed. By holding the wristband 3 over the fourth IC chip information reading device 10, The chip information is read and stored in the information management device 7. Furthermore, the nth IC chip information reading device 10n and the information input device 11n are similarly installed in the other usage fee information collecting unit Bn.

  As described above, the shoe locker management system of the present embodiment confirms the shoe locker number that the user has available at the time of admission, enters the shoe locker number on the touch panel built into the shoe locker, and holds the wristband. It has a function to manage shoes. Thereby, storage management of shoes can be performed easily and reliably. The information management device transmits the chip information and the usage fee to the information management device by holding the wristband containing the IC chip over the information input device provided with the IC chip reader installed in the place where the usage fee is generated. In addition, it has a function to aggregate usage charges by associating usage charges with chip information. Thereby, it is possible to reliably collect the usage fee. In addition, the chip information is transmitted to the information management device and managed by the information management device by holding the wristband over the information input device provided with the IC chip reader installed in the collection start and wristband usage start section. It has a function of displaying on the information input device the total usage charge of the chip information that matches the existing chip information. Thereby, the usage fee can be input easily and accurately, and the usage fee can be reliably collected. It also has a function to unlock the shoe locker after collecting the usage fee. As a result, reliable collection of usage fees and storage management of shoes can be performed easily and accurately.

  Next, the operation of the shoe locker management system of the first embodiment will be described along the system flowcharts shown in FIGS.

As shown to the user of the flow lines in FIG. 1 and FIG. 8, a user who is wristband 3 IC chip 3a is built upon admission is lent, the wristband utilization start registration reception is wristband usage starting unit A (S1), the wristband 3 is handed over to the facility manager (employee), and the facility manager holds the wristband 3 over the third IC chip information reader 8 (S2) to read the chip information. (S3), the chip information is transmitted from the IC chip information reader 8 to the information input device 9 (S4), and further transmitted from the information input device 9 to the information management device 7 (S5). It is stored in the information management device 7 by storing it in a storage table provided corresponding to the number (S6). At this point, the entrance fee is also stored in the storage table.

  The user receives the wristband 3 from the facility manager (S7), then moves to the shoe locker 2 (S8), and holds the wristband 3 over the reading unit 4a of the IC chip reader 4 as shown in FIG. (S9).

  Furthermore, the shoe storage operation will be described in detail along the flowchart shown in FIG.

The reading unit 4a reads the chip information (S91), the reading unit 4a transmits the chip information to the control unit 4b (S92), and the control unit 4b transmits the chip information to the host controller 2c (S93). The host controller 2c instructs the lock controller 2b1 to search for an empty locker and transmits chip information (S94). The locking controller 2b1 searches for an empty locker (S95), and the locking controller 2b1 determines an empty locker (S96). The lock controller 2b1 transmits the locker number to the operation panel 2d (S97), and the operation panel 2d displays this number (S98). Further, the locking controller 2b1 transmits a locker number unlocking instruction in S97 and transmits a locker unlocking instruction to the locking device 2b (S99), and the received locking device 2b unlocks (S100). The user opens the door, stores the shoes, and closes the door (S101). The locking device 2b enters a locked state (S102), and the locking device 2b transmits storage completion information to the locking controller 2b1 . Locking controller 2b1 transmits the locker number and chip information to the host controller 2c, the upper controller 2c receiving these transmits further to the information management apparatus 7, the information managing device 7 which receives the locker number and chip information ID numbers Is stored and registered in a storage table provided corresponding to (S10).

  As shown in FIG. 4, on the other hand, the user who has completed the storage of the shoes in S101 moves into the facility as shown in FIG. 8 (S11), and enters an attraction venue that requires a separate fee (S12). ).

  Furthermore, the usage fee aggregation flow will be described in detail with reference to the chart shown in FIG.

  The user goes to the usage fee information collection unit B, and the user holds the wristband 3 over the fourth IC chip information reading device 10 (S121), and the information input device 11 reads the chip information (S122) to manage the facility. The person inputs the usage amount to the information input device 11 (S123). The information input device 11n transmits the chip information and the usage fee to the information management device 7 (S124), and the information management device 7 adds and stores the usage fee (S125).

  Even when a user enters another attraction venue in the facility, uses a restaurant, or purchases a souvenir, the information management device 7 adds all the charges in the same manner as in steps S121 to S125. Remember.

  The user leaves the facility after using the facility, but the user pays the usage fee in the usage fee information collection unit B in the facility and pays the payment to the wristband collection unit C which also serves as a payment fee adjustment unit. Go (S13).

  The fee settlement flow of the usage fee will be described in detail along the chart shown in FIG.

The user passes the wristband 3 to the facility manager at the wristband collection unit C ( S131), and the facility manager holds the wristband 3 over the second IC chip information reader 5 (S132). The IC chip information reading device 5 reads the chip information (S133), and the second information input device 6 that has received this information further transmits it to the information management device 7 (S134 ), and the information management device 7 receives it. (S135). The information management device 7 that has received the chip information transmits usage fee information including the entrance fee in the wristband usage start unit A and the usage fee in the usage fee information collection unit B to the second information input device 6 (S136). The second information input device 6 receives this (S137) and displays the usage fee on the display unit 6a (S138).

  Based on this display, the facility manager collects a usage fee from the user (S139), and inputs payment completion to the second information input device 6. The second information input device 6 transmits the settlement completion information and the chip information to the information management device 7 (S140), and the information management device 7 receives this (S141), and the code number for unlocking the locking device 2b. Is set (S142), and the locker number and the personal identification number are transmitted to the second information input device 6 and the host controller 2c (S143), and the second information input device 6 and the host controller 2c receive them (S143). S144). The printer 6h prints the personal identification number, the locker number, and the usage fee on the sheet (S145), and the facility manager passes them to the user (S145).

  As shown in FIG. 4, the user who has received the sheet on which the personal identification number, the locker number, and the usage fee are printed goes to the locker 2 arranged outside the facility more than the wristband collection unit C (S14). ).

The user inputs the locker number and the personal identification number to the operation panel 2d (S15), and the host controller 4c that has received the lock number and the personal identification number determines whether or not the information and the information from the information management device 2a match (S16). . If they match, the host controller 4c unlocks the locking device 2a via the locking controller 4d (S17). The user takes out the shoes from the unlocked locker and closes the door (S18), and the user wears the shoes and leaves (S19).

  In S16, if the judgments do not match, the user re-enters the information, or asks the facility manager to appropriately process and exit (S20).

  As described above, according to the shoe locker management system of the first embodiment, the facility manager required for the reliable collection and storage management of the usage fee can be saved, and the facility can be operated smoothly. Even if the wristband collection department, which also serves as the payment settlement department, is located more inside the facility than the shoe locker, you will not be able to take out the shoes from the locker until the payment is completed. Can be effectively prevented.

A second embodiment of the shoe locker management system will be described.

  In the first embodiment, the shoe locker is disposed on the outer side of the facility than the wristband collection unit and manages the shoe locker, whereas in the second embodiment, the shoe locker is located on the facility more than the wristband collection unit. Arranged inside.

  For example, as shown in FIG. 9 and FIG. 10 showing the flow line of the user, the shoe locker management system 1 of the second embodiment has the facility outlet disposed close to the entrance, and accordingly, the wristband collection The part C is arranged in the vicinity of the wristband use starting part A, and the shoe locker 2 that is not connected to the information management device 7 is arranged inside the facility from the wristband collection part C. The shoe locker management system of the second embodiment has a function of collecting a usage fee with an information input device provided with an IC chip reader after taking out the shoes stored in the shoe locker by holding the wristband over the reader of the shoe locker Is provided. In this case, the shoe locker and the information management system have a function of linking and managing the IC chip information and the shoe locker number to the shoe locker without transmitting / receiving information. As with the first embodiment, the wristband usage start unit A, usage fee information collection unit B, and wristband collection unit C include a reading device, a control device, a locking device, and the like as shown in FIGS. Is provided.

  Therefore, as shown in FIG. 9 and FIG. 10, the user who is lent with the wristband built in the IC chip at the time of admission is S1 to S12, S91 to S102 and S121 to S125 of the first embodiment of FIG. In order to leave after the same step, the user goes to the shoe locker 2 arranged inside the facility with respect to the wristband collection unit CA (S21).

  As shown in FIG. 3, the wristband 3 is held over the reading unit 4a (S22), the reading unit 4a reads the chip information (S23), and the reading unit 4a transmits the chip information to the host controller 2c via the control object. The host controller 2c that has received this instructs the lock controller 2b1 to search for chip information, the lock controller 2b1 searches for chip information (S24), and the lock controller 2b1 determines whether the chip information matches. (S25). If there is no locker number that matches the chip information, an error is displayed on the operation panel 2Ad (S26).

If there is a locker number that matches the chip information, the locking controller 2b1 transmits a locker unlocking instruction to the locking device 2b, and the received locking device 2b unlocks (S27). The user houses the shoes opened the door, close the door (S28). The user goes to the wristband collection unit C (S29), and after the settlement step similar to S131 to S139 in FIG. 7, the user leaves (S30).

  As described above, according to the shoe locker management system of the second embodiment, the facility manager required for the reliable collection and storage management of the usage fee can be saved, and the facility can be operated smoothly. In particular, since the wristband collection unit that also serves as the payment fee settlement unit is arranged outside the facility more than the shoe locker, it is possible to effectively prevent leaving without fee settlement.

In the first embodiment and the second embodiment, the wristband use start unit is disposed at the facility entrance and the wristband collection unit is disposed at or near the exit. However, depending on the scale of the facility, the wristband use start unit and the wristband use unit are arranged. It is also possible to serve as a band recovery unit, and the shoe locker management system does not necessarily need to be provided with a third IC chip information reading device that reads IC chip information when entering.

An embodiment of a shoe locker and undressing locker management system according to the present invention will be described.

While the first embodiment manages shoe lockers, the present embodiment is a management system that manages shoe lockers and undressing lockers.

For example, as shown in FIG. 12, the shoe locker and undressing locker management system 31 of this embodiment includes a wristband 33 containing an IC chip 33a that is lent when entering the facility, and IC chip information for each individual shoe locker 32a. A shoe locker 32 having a reading device 32b and a locking device 32c, and a reading machine 34a having a function of reading and writing IC chip information are connected to an information management device 34 for managing IC chip information, and for each individual undressing locker 35a. It has an undressing locker 35 equipped with an IC chip information reading device 35b and a locking device 35c.

  In the shoe locker / undressing locker management system 31, when entering the user, the user puts his shoes in an individual shoe locker 32 a to which the wristband 33 is detachably attached, and is detachably attached to the individual shoe locker 32. The wristband 33 is removed from the individual shoe locker 32. The wristband 33 is brought to the front, and the IC chip information registered in the IC chip 33a and the unique number information of the shoe locker 32 are registered in the read information management device 34 by the reading machine 34a provided at the front.

  After the IC chip information and the unique number information of the shoe locker 32 are registered in the information management device 34, the unique number information of the shoe locker 32 of the IC chip 33a is deleted, and the unique number information of the undressing locker 35 can be written. .

  Furthermore, the user holds the wristband 33 over the IC chip information reading device 35b provided for each individual undressing locker 35a that is vacant so that the unique number information of the undressing locker 35a is registered in the IC chip 33a. IC chip information is registered in the locker 35a. As a result, the shoe locker 32 and the undressing locker 35 can be used only by the wristband 33, and the labor for storage management of the wristband 33 can be saved, and smooth facility operation can be performed. In addition, after collection of the usage fee, the IC chip 33a is registered with the information on the completion of the usage fee in addition to the unique number information of the shoe locker 32, and the individual shoe locker 32a can be unlocked with the usage fee adjustment completion information. It has the function that becomes.

  As shown in FIG. 13, the wristband 33 incorporates an IC chip 33a, and a mounting portion 33b that allows the wristband 33 to be detachably attached to the locking device 32c of the shoe locker 32 is provided on the side surface. It has been. The wristband 33 is attached by inserting the attachment portion 33b into an attachment groove portion (not shown) provided in the locking device 32c of the individual shoe locker 32.

  As shown in FIG. 14, the IC chip information reading devices 32b and 35b incorporated in the shoe locker 32 and the undressing locker 35 are composed of reading parts 32d and 35d and controllers 32e and 35e. The information 33a is read and written, and the information is judged by the controllers 32e and 35e.

  Furthermore, the controllers 32e and 35e are connected to the locking devices 32c and 35c of the shoe locker 32 and the undressing locker 35, and the locking device 32c locks and unlocks the lock by an electrical signal from the controllers 32e and 35e.

Next, the operation of the shoe locker and undressing locker management system of the present embodiment will be described along the system flowcharts shown in FIGS.

  The user puts his shoes in the vacant individual shoe locker 32a, removes the wristband 33 containing the IC 33a lent at the time of entering the facility from the locking device 32c of the individual shoe locker 32a (S31), and the wristband 3 Is moved to the front (S32), and the wristband 33 is given to the staff (S33).

  When the attendant holds the wristband 33 over the reading device 34a (S34), the IC chip information of the IC chip 33a and the unique number information of the shoe locker 32 are read (S35), and this information is read from the reading device 34a to the information management device 34. (S36) and registered in the information management device 34 (S37).

  After registration in the information management device 34, an instruction to delete the unique number information of the shoe locker 32 is transmitted from the information management device 34 to the reading device 34a (S38), and the reading device 34a is registered in the IC chip 34a. The 32 unique number information is deleted (S39).

  The attendant returns the wristband 33 from which the unique number information of the shoe locker 32 is deleted to the user (S40), and the user moves to the undressing locker 35 with the wristband 33 (S41).

The user changes clothes with an unoccupied undressing locker 35a (S42), and holds the wristband 33 over the reading section 35d of the IC chip information reading device 35b of the undressing locker 35a (S43).

  The reading unit 35d reads the IC chip information of the IC chip 33a (S44), this information is transmitted from the reading unit 35d to the controller 35e (S45), and the controller 35e registers this information (S16).

  After being registered in the controller 35e, the controller 35e transmits the unique number information of the undressing locker 35 to the reading unit 35d (S47).

  The reading unit 35d registers the unique number information of the undressing locker 35 in the IC chip 35a (S48).

  Furthermore, the controller 35e transmits a locking signal to the locking device 35e (S49), and the locking device 35c performs locking (S50).

  When the user locks the locking device 35c of the individual undressing locker 35, the user holds the wristband 33 and moves to the facility (S51).

  After the user uses the inside of the facility, the user returns to the undressing locker 35a and holds the wristband 33 over the reading unit 35d of the IC chip information reading device 35b incorporated in the individual undressing locker 35a used by the user (S52).

  The reading unit 35d reads the IC chip information of the IC chip 33a and the unique number information of the undressing locker 35 (S53). This information is transmitted from the reading unit 35d to the controller 35e (S54), and the controller 35e is registered with this information. It is determined whether the information matches (S25).

  If they match, the controller 35e transmits an unlock signal to the locking device 35c (S56, S57), and the locking device 35c performs unlocking (S58).

  Further, the controller 35e deletes the registered IC chip information (S59), the controller 35e transmits an instruction to delete the unique number information of the undressing locker 35 to the reading unit 35e (S60), and the reading unit 35d receives the IC chip. The unique number information of the dressing locker 35 registered in 33a is deleted (S61).

  The user changes clothes, moves to the front with the wristband 33 (S62), and gives the wristband 33 to the staff (S63).

  When the attendant holds the wristband 33 over the reading device 34a (S64), the IC chip information of the IC chip 33a is read (S65), and this information is transmitted from the reading device 34a to the information management device 34 (S66). The unique number information of the shoe locker 32 is searched from the IC chip information registered in the management device 34 (S67), and the information management device 34 sends the unique number information of the shoe locker 32 and the payment completion information of the usage fee to the reading device 34a. The reading machine 34a registers the unique number information of the shoe locker 32 and the payment completion information of the usage fee in the IC chip 33a (S69).

  The attendant returns the wristband 33 in which the unique number information of the shoe locker 32 and the payment completion information of the usage fee are registered to the user (S70), and the user moves to the shoe locker 32 with the wristband 33 ( S71).

  The wristband 33 is inserted into the locking device 32c of the individual shoe locker 32a used by the user, and the wristband 33 is held by the individual shoe locker 32a (S42).

  At this time, the reading unit 32d reads the IC chip information of the IC chip 33a, the unique number information of the shoe locker 32, and the payment completion information of the usage fee (S73), and this information is transmitted from the reading unit 32d to the controller 32e (S74). The controller 32e determines whether this information matches the registered unique number information of the shoe locker 32 and the IC chip information and there is usage fee settlement completion information (S75).

  If they match, the controller 32e transmits an unlocking signal to the locking device 32c (S76, S77), and the locking device 32c unlocks (S78).

  Further, the controller 32e transmits a usage fee settlement completion information deletion instruction to the reading unit 32d (S79), and the reading unit 32d deletes the usage fee settlement completion information registered in the IC chip 33a (S80).

  The user takes out his / her shoes from the individual shoe locker 32a and leaves (S81).

As described above, according to the shoe locker and undressing locker management system of the present embodiment , it is possible to save the trouble of storage management of the wristband and to enable smooth facility operation.

The conceptual diagram of 1st Embodiment of a shoe locker management system. The conceptual diagram of the wristband used for a shoe locker management system. The control conceptual diagram of the locking device of the shoe locker used for a shoe locker management system. The flowchart of 1st Embodiment of a shoe locker management system. The flowchart of 1st Embodiment of a shoe locker management system. The flowchart of 1st Embodiment of a shoe locker management system. The flowchart of 1st Embodiment of a shoe locker management system. FIG. 3 is a flow diagram of a person in the first embodiment of the shoe locker management system. The person's flow line figure in a 2nd embodiment of a shoe locker management system. The conceptual diagram of 2nd Embodiment of a shoe locker management system. The flowchart of 2nd Embodiment of a shoe locker management system. The conceptual diagram of one Embodiment of the shoe locker and the undressing locker management system concerning this invention. The conceptual diagram of the wristband used for one Embodiment of the shoe locker and the undressing locker management system concerning this invention. The control conceptual diagram of the IC chip information reading device and locking device of the shoe locker and undressing locker used for one embodiment of the present invention. The flowchart of one Embodiment of the shoe locker and the undressing locker management system concerning this invention. The flowchart of one Embodiment of the shoe locker and the undressing locker management system concerning this invention. The flowchart of one Embodiment of the shoe locker and the undressing locker management system concerning this invention. The flowchart of one Embodiment of the shoe locker and the undressing locker management system concerning this invention.

Explanation of symbols

1 Shoe Locker Management System 2 Shoe Locker 2a Individual Locker 2b Locking Mechanism 2b ₁ Locking Controller 2c Host Controller 2d Operation Panel 3 Wristband 3a IC Chip 4 First IC Chip Information Reading Device 4a Reading Unit 4b Control Unit 5 Second IC Chip information reader 6 Information input device 6a Display unit 6b Printer 7 Information management device 8 Third IC chip information reader 9 Information input device 9a Display unit 4th IC chip information reader 10n nth IC chip information read Device 11 Information input device 11n Information input device A Wristband usage start unit B Usage fee information collection unit C Wristband collection unit

Claims (9)

A wristband with a built-in IC chip that is used in a facility where a shoe locker and a dressing locker equipped with a locking device are installed, and which is lent when entering the facility;
An IC chip information reading device that reads and writes IC chip information of a wristband incorporated in the shoe mouthpiece and the undressing mouthpacker is connected, and a controller that controls the locking device;
It has an information management device that is installed at the front of the facility and has a function of reading and writing IC chip information when entering and leaving.
Means for erasing from the wristband after storing in the information management device IC chip information that is shoe locker use information stored in the wristband by storing shoes in the shoe locker;
Means for storing IC chip information as undressing locker use information in the wristband by storing clothes in the undressing locker;
A shoe locker and undressing locker management system , comprising: means for inputting fee settlement confirmation data and shoe locker unlocking data to the wristband after the usage fee is settled based on the wristband in the information processing apparatus . 2. The shoe locker and undressing locker management system according to claim 1 , wherein the IC chip can write IC chip information. 3. The shoe locker and undressing locker management system according to claim 1 or 2 , wherein the IC chip is capable of writing payment completion information on usage fees in addition to the IC chip information. . The shoe locker / undressing locker management system according to any one of claims 1 to 3 , wherein the IC chip can write unique number information of the shoe locker and the undressing locker in addition to the IC chip information. Shoe locker and undressing locker management system. 5. The shoe locker and undressing locker management system according to claim 1 , wherein the shoe locker reads the unique number information and the usage fee settlement completion information via the IC chip reading device. A shoe locker and undressing locker management system, wherein a controller for controlling the locking device determines whether the information is correct or incorrect. The shoe locker and undressing locker management system according to claim 1 , wherein the wristband is detachably attached to a locking device provided in the shoe locker. 5. The shoe locker and undressing locker management system according to claim 1 , wherein the undressing locker can write or delete the unique number information via the IC chip reading device, and the locking device. A shoe locker and undressing locker management system, wherein a controller for controlling the identification number judges whether the identification number information is correct or incorrect. 8. The shoe locker and undressing locker management system according to claim 1 , wherein the locking device is locked and unlocked by an electrical signal from a controller. . 6. The shoe locker / undressing locker management system according to claim 1 , wherein the information management device manages unique number information and IC chip information of the shoe locker. Shoe locker and undressing locker management system.

Images