JP2001295528A - Locker system - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To eliminate the hassle of storing and storing passwords in a locker with a conventional mechanical key and lock, or a lockable cabinet using a numeric keypad and an electromagnetic lock, and to prevent loss of keys and passwords. Improve security weakness due to this. Further, it is not necessary to transmit a key or a password from the locker to the unlocker when the locker and the unlocker are different from each other, and it is possible to avoid a trouble and a loss of time for delivery to both the locker and the unlocker. This enables management of locking and unlocking in cyberspace suitable for electronic commerce using the Internet. A locker system of the present invention locks / unlocks a lock on a cabinet with a lock from a lock management device via communication means. Further, the cabinet with lock reads the barcode of the slips attached to the stored items and transmits it to the lock management device through the communication means. In addition, the lockable cabinet and the lock management device communicate with each other through communication means of wireless communication between the lockable cabinet and the mobile communication terminal device and mobile communication between the lock management device and the mobile communication terminal device. I do. Further, the cabinet with the lock and the lock management device communicate via a relay device for meter reading. In addition, Bluetooth is used as a wireless communication means.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cabinet with a lock which is installed in an individual house, an apartment house, a station, a convenience store, and used for receiving and storing a courier service, collecting and delivering a cleaning service, receiving registered mail, and the like. The present invention relates to a locker system that manages locks on lockers on a cyber base through a network.

[0002]

2. Description of the Related Art As shown in FIG. 11 (a), conventional lockable cabinets are generally locked and unlocked using a mechanical key and a lock. Some of the locks are performed using an electronically operated numeric keypad for inputting a password and an electromagnetic lock as shown in FIG. 11 (b). Locks that are locked and unlocked by managing the locks on the cyber base No closet was present.

[0003]

The first problem with a conventional cabinet with a lock using a mechanical key and lock, or a numeric keypad for inputting a password and an electromagnetic lock is as follows. A password is required, and there is an annoyance in storage of the key and storage of the password, and there is also a weak security due to loss of the key and leakage of the password. Also,
As a second problem, when the locker and the unlocker are different, it is necessary to transmit the key or password from the locker to the unlocker, and the labor and time required for delivery to both the locker and the unlocker Caused losses. As a third problem, a locker system capable of managing locking and unlocking in cyberspace is required with the expansion of electronic commerce through the Internet. As a fourth problem, there is a need for a locker system capable of instructing locking and unlocking from a portable mobile communication terminal device. As a fifth problem, there is a need for a locker system that can easily install and reduce communication costs by sharing the communication means for managing locking and unlocking in cyberspace with other centralized meter reading systems. Have been.

[0004]

According to a first aspect of the present invention, there is provided a locker system comprising: a lock management communication unit provided between a lockable cabinet and a lock management device; and the lock management device through the lock management communication unit. Has means for locking / unlocking the lock of the lockable cabinet. In the locker system according to the second aspect of the present invention, the locker system according to the first aspect further includes a bar code reader that reads a bar code of a slip attached to a storage item stored in the locker. Means for transmitting bar code information read by the bar code reading means to the lock management device through the lock management communication means. According to a third aspect of the present invention, there is provided a locker system including a mobile communication terminal device between the lock cabinet and the lock management device according to claim 1, wherein the lock cabinet and the mobile communication terminal device are connected to each other. The lock management communication means is constituted by the wireless communication means provided between the lock management device and the mobile communication means provided between the lock management device and the mobile communication terminal device. According to a fourth aspect of the present invention, there is provided a locker system provided between the lockable cabinet and the lock management device according to the first aspect of the present invention, and a relay device commonly used for meter reading. The lock management communication means is constituted by the wireless communication means provided therebetween and the communication means between the lock management device and the relay device. In the locker system of claim 5 of the present invention, in claim 3 and 4, the desired wireless communication means is Bluetooth.

[0005]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing a configuration example of the simplest system in the first embodiment of the locker system according to the present invention. Referring to FIG. 1, a lockable cabinet 100 is a lockable cabinet 101 to be used for storing products and the like, an electromagnetic lock 102 for locking / unlocking the lockable cabinet 101 to be used, and a locker management device 103. Consists of The locker management device 103 communicates with the lock management device 200 and controls the electromagnetic lock 102.
As illustrated in FIG. 6, the locker management device 103 includes a processor 1031, a memory 1032, a communication interface 1033, an input / output interface 1034, and
It is composed of software stored in the memory 1032. The software executes a lock management communication unit for communicating with the lock management device 200 via the communication interface 1033 and a function of transmitting a lock / unlock signal to the electromagnetic lock 102 via the input / output interface 1034. Has been produced. As illustrated in FIG. 7, the lock management device 200 includes a processor 2001, a memory 2002, a communication interface 2003, and software stored in the memory 2002. The software is transmitted via the communication interface 2003 to the locked cabinet 10.
And a lock management communication unit for communicating with the locker management device 103, and the lock management device 103 of the locker 100 with the lock via the lock management communication unit.
It is made to command locking / unlocking of No. 2. Further, the software of the lock management device 200 executes the lock management communication means with the locker management device 103 of the plurality of lockable cabinets 100, and sends the electromagnetic lock 102 It is designed to command locking / unlocking. Next, the operation will be described. Closet with lock 10 to be used with the closet with lock 100
1 is locked, the lock management device 200 transmits the lock management device of the locker 100 with the lock management communication means.
The lock command of the electromagnetic lock 102 is transmitted to 3. The locker management device 103, based on the received locking command,
02, a lock signal is sent to the locker cabinet 101 to be used.
To lock. When unlocking, similarly to the above-described locking, the lock management device 200 is operated by the lock
The unlock command of the electromagnetic lock 102 is transmitted to the locker management device 103 of 00. The locker management device 103 sends an unlocking signal to the electromagnetic lock 102 based on the unlocking command received and unlocks the lockable cabinet 101 to be used. In the above, the communication used by the lock management communication means between the lockable cabinet 100 and the lock management device 200 can use a dedicated line, a public line, a mobile communication, a LAN, a low-power wireless communication, or the like. Also,
In the communication between the lockable cabinet 100 and the lock management device 200, another lockable cabinet 100 or a communication relay station may be interposed for relaying the communication. Also, FIG. 1 shows a case where there is one lockable cupboard 101 and one electromagnetic lock 102 to which the lockable cupboard 100 is to be used. The electromagnetic lock 102 may be connected to the locker management device 103 via the input / output interface 1034 as illustrated in FIG. 6, and the electromagnetic lock 102 may be individually selected from the lock management device 200 and locked or unlocked. In this case, the plurality of electromagnetic locks 102 can be distinguished by setting a unique address or the like for each electromagnetic lock 102. The lock management device 200 may use a computer such as a personal computer. The locker management device 103 includes a processor 1031 and a memory 103.
2. A one-chip microcomputer including functions of the communication interface 1033, the input / output interface 1034, and the like may be used, or a logic circuit element such as an FPGA may be used. Next, a second embodiment of the present invention will be described with reference to the drawings. FIGS. 2, 6, and 10 show a configuration example of a locker system according to a second embodiment of the present invention. The locker system according to the present invention includes the same functions as those of the locker system described in the first embodiment, and further includes storage items 7 stored in the lockable cabinet 100.
A bar code reading means for reading the bar code 701 of the slip attached to the sheet 00 is added to the lockable cabinet 100, and the information on the bar code 701 read by the lockable cabinet 100 by the bar code reading means is transmitted to the lock management communication. A means for transmitting to the lock management device 200 through the means is added. In the present embodiment, the bar code reading unit adds a bar code reading unit 1035 to the locker management device 103 of the lockable cabinet 100 as illustrated in FIG. 2 and FIG. The control software of the barcode reading unit 1035 is added to the above software. FIG. 10 shows a bar code 70 of a slip attached to the stored item 700.
1 illustrates a positional relationship in which a barcode reading unit 1035 incorporated in the lockable cabinet 100 reads by scanning with a laser beam. Next, the operation will be described. The locker management device 103 scans the bar code reading unit 1035 with a laser beam, and when the bar code 701 of a slip attached to the storage item 700 is detected, reads the information of the bar code 701. The information of the barcode 701 may include information such as the source and destination of the stored item 700. When the locker management device 103 reads the information of the barcode 701 as described above, the locker management device 103 communicates with the lock management device 200 through the lock management communication means by the software and transmits the information to the lock management device 200. Next, a third embodiment of the present invention will be described with reference to the drawings. FIG. 3 is a block diagram showing a configuration example of a system according to the third embodiment of the present invention. The locker system according to the present invention has the same functions as the locker system described in the first embodiment, and further includes a mobile communication terminal device 300. The mobile communication terminal device 300 communicates with the base station 400 of a communication carrier through a wireless subscriber network, and further includes communication means for communicating with the lock management device 200 using a dedicated line, a public line, mobile communication, or the like. Prepare. The mobile communication terminal 300 and the lockable cabinet 100 are provided with a wireless communication unit for performing wireless communication. The wireless communication means may use low-power wireless, IC card wireless, mobile communication, or the like. The wireless communication means and the mobile communication means constitute a lock management communication means between the lockable cabinet 100 and the lock management device 200 described in the first embodiment of the present invention. In the present embodiment,
A wireless transmission / reception unit 1036 and a wireless antenna 1037 are added to the configuration of the locker management device 103 illustrated in FIG. 6, and control software for wireless communication is added to the software of the locker management device 103. The mobile communication terminal device 300 is configured by adding a wireless communication means capable of facing and communicating with the wireless communication of the lock cabinet 100 to a portable information terminal device, a mobile phone or the like. FIG. 8 shows an example of the configuration of the mobile communication terminal device 300. The processor 3001 and the memory 30 which are basic components such as a mobile phone are shown.
02, a wireless transmission / reception unit 3004 for mobile communication, a wireless antenna 3005, a display unit 3008, a keyboard 3009,
In addition to a call amplifier 3010, a speaker 3011, a microphone 3012, and a battery 3013, a wireless transmission / reception unit 3006, a wireless antenna 3007, and basic software such as a mobile phone for configuring the wireless communication unit are wirelessly provided. It is configured by adding communication control software. The lock management device 200 communicates with a public line via the communication interface 2003 described in the first embodiment.
The mobile communication terminal is connected to a communication line of a communication carrier using mobile communication or the like, and further communicates with the mobile communication terminal device 300 via mobile communication of the communication carrier. Next, the operation will be described. The locker of the locked cabinet 100 calls the locked cabinet 100 from the mobile communication terminal 300 through the above-mentioned wireless communication means. The locker management device 103 incorporated in the cabinet 100 with a lock responds to the call. If there is another lockable cabinet 100 within the reach of the radio wave of the wireless communication, it is called together and communicates with the mobile communication terminal device 300. The called locked cabinet 100 has its own identification number or a vacant locked cabinet 101 to be used.
The mobile communication terminal device 300 transmits the received data to the memory 3002 and displays the data on the display unit 3008. The locker selects the number of the vacant locker cabinet 101 to be used and inputs the password, and requests the lock management device 200 from the mobile communication terminal device 300 to the lock management device 200 through the mobile communication means. Send Based on the received unlock request, the lock management device 200 checks unlock conditions such as a mobile communication station number and a password of the mobile communication terminal device 300, and if the unlock conditions are satisfied,
Data such as the number of the locked cabinet 101 to be unlocked and an unlock command are returned to the mobile communication terminal 300. The mobile communication terminal device 300 transfers the received data and the unlock command to the lockable cabinet 100 through the wireless communication means. The lockable cabinet 100 receives the data and the unlocking command by the locker management device 103, sends an unlocking signal to the electromagnetic lock of the lockable cabinet 101 to be used, unlocks it, and moves the lockable cabinet through the wireless communication means. Unlock information is transmitted to the body communication terminal device 300 to display “unlock”. The locker can use the locker cabinet 10 to be used.
The first door is opened to store the stored items, the door is closed, and a lock request is transmitted from the mobile communication terminal device 300 to the lock management device 200 through the mobile communication means. Lock management device 20
0 returns the data of the number of the locker cabinet 101 to be used for locking and the locking command to the mobile communication terminal device 300 at the same time as the mobile communication station number, time, etc. of the mobile communication terminal device 300. Information is recorded for each lockable cabinet 101 to be used. The mobile communication terminal device 3
00 is the received locker cabinet 101 to be used as received
Is transferred to the lockable cabinet 100 through the wireless communication means. Armoire with lock 100
Receives the lock command in the locker management device 103, and sends a lock signal to the electromagnetic lock of the lockable cabinet 101 to be used to lock. When locking is correctly performed, the locker management device 103 transmits information of the completion of locking to the mobile communication terminal device 300 through the wireless communication means, and causes the mobile communication terminal device 300 to display “locked”. The mobile communication terminal device 300 transmits to the lock management device 200 information indicating that the lock has been correctly performed through the mobile communication unit. In the above, when a plurality of cabinets 100 with locks are installed within the reach of the radio wave of the wireless communication, a tone squelch function is added to the wireless transmission / reception unit 1033 of the locker management device 103 of each cabinet 100 with locks. By setting a tone signal of a frequency that does not overlap for each 100, the mobile communication terminal device 300 identifies the locker management device 103 of each lockable cabinet 100 with which the mobile communication terminal device 300 performs wireless communication, and communicates with the mobile communication terminal device 300. Wireless communication may be performed with the locker management device 103 of the plurality of lockable cabinets 100 present near the mobile communication terminal device 300. When the locker is a courier service or the like, the locker is attached to the delivery when the unlock request is transmitted from the mobile communication terminal device 300 to the lock management device 200 through the mobile communication means. The bar code label is read by a bar code reader and input to the mobile communication terminal 300 together with the information such as the above-mentioned personal identification number, and unlocked from the mobile communication terminal 300 to the lock management device 200 through the mobile communication means. May be transmitted together with the request.
If the lockable cabinet 100 is provided with a barcode reader, the barcode reader reads the barcode label and transmits the barcode label to the mobile communication terminal 300 through the wireless communication means. The data may be transmitted from the mobile communication terminal device 300 to the lock management device 200 through a mobile communication unit. The unlocker of the lockable cabinet 100 can be unlocked by the locker management device 1 of the lockable cabinet 100 from the mobile communication terminal 300 through the wireless communication means.
Call 03. If there is another lockable cabinet 100 within the reach of the radio wave of the wireless communication, the lockable cabinet 100 is called together and the information from the lockable cabinet 100 is stored in the mobile communication terminal device 300 as in the case of the above-described locking. Is displayed. The display includes data such as the identification number of the called locked cabinet 100. The unlocker selects the locked cabinet 100 from the display. The personal identification number is input, and an unlock request is transmitted from the mobile communication terminal device 300 to the lock management device 200 through the mobile communication means. Lock management device 2
00 checks the unlocking conditions such as the mobile communication terminal number and the password of the mobile communication terminal device 300 based on the received unlocking request, and if the unlocking conditions are satisfied, the unlocking target is unlocked. Then, data such as the number of the cabinet 101 with a lock and an unlock command are returned to the mobile communication terminal device 300. The mobile communication terminal device 300 transfers the received data and the unlock command to the lockable cabinet 100 through the wireless communication means. Locker cabinet 100 is locker management device 1
03, receives the above data and the unlock command, sends an unlock signal to the electromagnetic lock of the lockable cabinet 101 to be used, unlocks it, and unlocks the mobile communication terminal device 300 through the wireless communication means. Is transmitted to display "unlock". The unlocker opens the door of the lockable cabinet 101 to be used, stores the storage items, closes the door, and transmits a lock request from the mobile communication terminal device 300 to the lock management device 200 through the mobile communication means. I do. The lock management device 200 returns the data of the number of the lockable cabinet 101 to be locked and the locking command to the mobile communication terminal device 300, and at the same time, the mobile communication station number of the mobile communication terminal device 300, Closet 10 with lock for which information such as time is used
Record each time. The mobile communication terminal device 300 transfers the received data of the number of the locked cabinet 101 to be used and the locking command to the locked cabinet 100 through the wireless communication means. The lockable cabinet 100 receives the above locking command by the locker management device 103, and sends a lock signal to the electromagnetic lock of the lockable cabinet 101 to be used to lock. When locking is correctly performed, the locker management device 103
Transmits lock completion information to the mobile communication terminal device 300 through the wireless communication means, and causes the mobile communication terminal device 300 to display "locked". Further, the mobile communication terminal device 300 transmits to the lock management device 200 information indicating that the lock has been correctly performed through the mobile communication means. In the above, the residents become unlockers,
If the lockable cabinet 100 is a specific box (for example, for receiving registered mail) having a lock that cannot be opened unless the lock is owned by a resident, the mobile communication terminal device 3
At the time of the unlock display to 00, it may be displayed that there is a storage in the specific box. The unlocker inserts the key into the keyhole of the specific box, unlocks the lock, takes out the stored items, and locks the lock. If you do not lock a specific box,
When an attempt is made to lock the entirety, the mobile communication terminal device 300 may display an indication such as "specific" and emit an alarm sound, and the unlocking person may lock the specific box again. Next, a fourth embodiment of the present invention will be described with reference to the drawings. FIG. 4 is a block diagram showing a configuration example of a system according to the fourth embodiment of the present invention. Referring to FIG. 4, the locker system according to the present invention includes the same functions as those of the locker system described in the first embodiment, and further includes a relay device 500. The relay device 500 communicates with the lock management device 200 by communication means, and communicates with the lockable cabinet 100 by wireless communication means.
The communication means can use the dedicated line, the public line, the mobile communication, etc. described in the third embodiment, and the wireless communication means includes the low-power wireless communication described in the third embodiment. , IC card radio, mobile communication, etc. can be used. In addition, the relay device 500 has a function of collecting usage data from the microcomputer meter 600 that measures the usage of electricity, gas, and the like, and transmitting the data to a computer or the like installed at a meter reading center or the like. FIG. 9 illustrates a configuration example of the relay device 500, and includes a processor 5001, a memory 5002, a communication interface 5004, an input / output interface 5007, a wireless transceiver 5005, a wireless antenna 5006,
It is configured from software stored in the memory 5002 and realizing the function as the relay device 500. The wireless transmission / reception unit 5005, the wireless antenna 5006, and the software are configured to face the locker management device 103 of the lockable closet 100 and perform wireless communication. FIGS. 4 and 9 show an example in which a plurality of microcomputer meters 600 are connected to the relay device 500. Further, the mobile communication terminal 300 connects to the base station 400 of the communication carrier through a wireless subscriber network as illustrated in FIG. 3, and further uses a dedicated line, a public line, mobile communication, or the like. It communicates with the lock management device 200. Next, the operation will be described. The locker of the locked cabinet 100 calls the locker management device 103 of the locked cabinet 100 from the mobile communication terminal 300 through the above-mentioned wireless communication means. If there is another lockable cabinet 100 within the reach of the radio wave of the wireless communication, it is called together and displayed on the mobile communication terminal 300. The locker selects the number of the vacant closed cabinet 101 to be used and inputs the password, and requests the unlocking request from the mobile communication terminal device 300 to the closed cabinet 100 through the wireless communication means. Send. The unlock request is transferred from the locker management device 103 of the lockable cabinet 100 to the relay device 500 through the wireless communication means,
Further, the data is transferred from the relay device 500 to the lock management device 200 through the communication unit. The lock management device 200 uses information such as the mobile communication station number and time of the mobile communication terminal device 300 that has issued the locking command, as a lockable cabinet 101 to be used.
At the same time as recording the lock command,
00 to the lockable cabinet 100. The lockable cabinet 100 locks the lockable cabinet 101 to be used by the method described in the first embodiment of the locker system according to the present invention, and locks the mobile communication terminal device 300 through the wireless communication means. Display completion. In the above, when the locker is a courier service provider or the like and needs to read the barcode label attached to the delivery when storing the delivery, the locker reads the barcode label with the bar cabinet provided in the lockable cupboard 100. You may. The read barcode information is sent to the lock management device 200 and the lock management device 200
Confirms whether the lockable cabinet 100 and the delivery match, and if they do not match, causes the mobile communication terminal device 300 to display an “incorrect delivery” and output an alarm sound, and The same operation may be repeated by selecting a delivery. If they match, “confirmation” may be displayed. The unlocker of the locked cabinet 100 calls the locker management device 103 of the locked cabinet 100 from the mobile communication terminal 300 through the wireless communication means. If there is another lockable cabinet 100 within the reach of the radio wave of the wireless communication, it is called together and displayed on the mobile communication terminal 300. A locker 101 who wants to unlock the locker
Of the locker cabinet 10 from the mobile communication terminal 300 through the above-mentioned wireless communication means.
Send a request for unlocking to 0. The unlocking request is transferred from the locker management device 103 of the locked cabinet 100 to the relay device 500 through the wireless communication means, and further transferred from the relay device 500 to the lock management device 200 through the communication means. The lock management device 200 transmits information such as a mobile communication station number and a password of the mobile communication terminal device 300 that has issued the unlock command to unlock conditions recorded for each lockable cabinet 101 to be used. If the collation and the unlocking condition are satisfied, the unlocking command is sent to the locked cabinet 1 through the relay device 500.
Send to 00. The cabinet with lock 1 that has received the unlock command
00 unlocks the lockable cabinet 101 to be used by the method described in the first embodiment of the locker system according to the present invention, and displays unlocking to the mobile communication terminal 300 through the wireless communication means. Let it. The unlocker opens the door, takes out the storage items, closes the door, and transmits a request for locking from the mobile communication terminal device 300 to the lockable cabinet 100 through the wireless communication means. The lock request is sent to the locked cabinet 100.
Is transferred from the locker management device 103 to the relay device 500 through the above-described wireless communication means.
0 to the lock management device 200 through the communication means. The lock management device 200 records information such as the mobile communication station number and time of the mobile communication terminal device 300 that has issued the locking command for each lockable cabinet 101 to be used, and simultaneously transmits the locking command to the relay. The data is transmitted to the lockable cabinet 100 via the device 500. The lockable cabinet 100 locks the lockable cabinet 101 to be used by the method described in the first embodiment of the locker system according to the present invention,
The mobile communication terminal device 3 through the wireless communication means
At 00, the completion of locking is displayed. Next, a fifth embodiment of the present invention will be described with reference to the drawings. The locker system according to the present invention includes the wireless transmitting / receiving units 1036, 3006, and 5005 described in the third and fourth embodiments of the present invention, and a wireless communication antenna 1037,
3007 and 5006 are replaced with a wireless transmission / reception unit for Bluetooth and a wireless communication antenna, and the communication software for the locker management device 103, the mobile communication terminal device 300, and the relay device 500 of the locker 100 It is configured by adding a communication function by Bluetooth to the software,
Between the locker management device 103 and the mobile communication terminal device 300, and between the locker management device 103 and the relay device 500.
Between the physical communication function defined by Bluetooth, the locker management device 103, and the mobile communication terminal device 30.
0 and the relay device 500 are configured to communicate with each other according to a communication protocol defined. In the locker system according to the present invention, the communication between the locker management device 103 and the relay device 500 has a long distance between the devices,
If the radio wave of the uetooth is not enough for normal communication, as shown in FIG. 5, a plurality of the relay devices 500 are connected to the locker management device 103 and the relay device 5.
00, the Bluetooth communication network may be connected, and the locker management device 103 and the relay device 500 may be relayed a plurality of times. Next, the operation will be described. The operation in the present embodiment is the same as the operation described in the third and fourth embodiments of the present invention, except that the wireless communication means between the locker management device 103 and the relay device 500 of the lockable cabinet 100 is Bluetooth. The description is the same as that described above with the wireless communication means replaced.

[0006]

As described above, according to the present invention, lock management of a locker can be performed in cyberspace, and an article can be unlocked from a locker through a locker without storing or delivering keys. Can be safely delivered to As a result, in electronic commerce, malfunctions due to temporal mismatch due to absence of the delivery destination of the product delivery are avoided, and the efficiency of both the delivery company and the recipient of the product can be improved. Also,
Communication means for managing locking and unlocking in cyberspace can be shared with other centralized meter reading systems, etc.
Lockers can be easily installed and communication costs can be reduced. Further, there is an effect that locking and unlocking can be commanded from a portable mobile communication terminal device.

[Brief description of the drawings]

FIG. 1 is a configuration example of a locker system according to the present invention.

FIG. 2 is a configuration example of a locker system according to the present invention.

FIG. 3 is a configuration example of a locker system according to the present invention.

FIG. 4 is a configuration example of a locker system according to the present invention.

FIG. 5 is a configuration example of a locker system according to the present invention.

FIG. 6 is a configuration example of a locker management device.

FIG. 7 is a configuration example of a lock management device.

FIG. 8 is a configuration example of a mobile communication terminal device.

FIG. 9 is a configuration example of a relay device.

FIG. 10 is a configuration example of a barcode reading unit.

FIG. 11 is a conventional locker system.

[Explanation of symbols]

100; locker cabinet 101; locker cabinet 102 to be used; electromagnetic lock 103; locker management device 200; lock management device 300; mobile communication terminal device 400; base station 500; relay device 600; microcomputer meter 700; Product 701; Bar code 800; Lock using a mechanical key 900; Numeric keys 1031, 2001, 3001, 5001: Processors 1032, 2002, 3002, 5002; Memory 1033, 2003, 5004; Communication interfaces 1034, 5007; 1035; bar code reading unit 1036, 3004, 3006, 5005; wireless transmitting / receiving unit 1037, 3005, 3007, 5006; wireless antenna 3008; display unit 3009; keyboard 3010; amplifier 3011; ; Microphone 3013; battery

 ────────────────────────────────────────────────── ─── Continuing on the front page (72) Fumio Matsumura Inventor F-term, 4-10, Shiba 4-chome, Minato-ku, Tokyo (reference) 2E250 AA18 BB09 BB10 BB49 BB55 BB59 CC11 CC26 DD06 EE04 FF24 FF27 FF36 5K048 DB01 DC01 DC07 EA17 EB02 HA01 HA02 HA03 5K067 AA34 BB27 BB28 DD51 EE03 EE10 EE35

Claims (5)

[Claims] 1. A lock management communication means is provided between a lockable cabinet and a lock management device, and the lock management device locks / unlocks the lock on the lockable cabinet through the lock management communication means. Locker system. 2. The closed cabinet with a lock according to claim 1,
A bar code reading unit for reading a bar code of a slip attached to a storage item to be stored in the lockable cupboard, wherein the bar management unit reads the bar code information read by the bar code reading unit through the lock management communication unit; A locker system with means for transmitting to the device. 3. A wireless communication means provided between the lockable cabinet and the lock management device, and a mobile communication terminal provided between the lockable cabinet and the mobile communication terminal. And a mobile communication means provided between the lock management device and the mobile communication terminal device to constitute the lock management communication means. 4. A wireless communication means provided between the lockable cabinet and the lock management device, a relay device shared with meter reading, provided between the lockable cabinet and the relay device. ,
A locker system, wherein the lock management communication means is constituted by communication means between the lock management device and the relay device. 5. The rocker stem according to claim 3, wherein the desired wireless communication means is Bluetooth.