KR101463697B1 - Distributed locker service system, and control method therefor - Google Patents

Abstract

The present invention relates to a locker service system for the purpose of storing and delivering articles. The present invention provides a distributed locker service system having a locker control unit and a locker and connected to the Internet, and the distributed locker service system can be used as a mobile terminal of a locker service user using a local area network, The present invention relates to a distributed locker service system and a control method thereof that can integrally manage the distributed locker service system as a locker service system server connected to the Internet network.
To this end, the present invention provides a locker control unit having a mobile terminal of a user of a locker service provided with a local communication means, a communication means corresponding to a local communication means of the mobile terminal, and connected to the locker to provide a locker service; And a locker service system server for performing operation and management of the locker through the mobile terminal and the locker control unit, wherein the mobile terminal, the locker control unit, and the locker service system server are connected to the Internet network, And the controller is configured to perform driving and management of the locker through the locker control unit, and a control method thereof.

Description

[0001] DISTRIBUTED LOCKER SERVICE SYSTEM AND CONTROL METHOD THEREFOR [0002]

The present invention relates to a locker service system for the purpose of storing and delivering articles. The present invention provides a distributed locker service system having a locker control unit and a locker and connected to the Internet, and the distributed locker service system can be used as a mobile terminal of a locker service user using a local area network, The present invention relates to a distributed locker service system and a control method thereof that can integrally manage the distributed locker service system as a locker service system server connected to the Internet network.

Technologies relating to a service system for managing and controlling a locker for the purpose of storing or delivering articles are provided in various configurations.

As a background to the present invention, there is a storage management system technology using a remote control of Korean Patent Registration No. 10-1068897 shown in FIG. 1. This technology relates to a system capable of managing and controlling a storage box for storing important documents or objects such as offices, and is provided with a portable terminal that can transmit a storage control signal remotely through a communication module, A controller for transmitting a control signal to the controller, a controller for transmitting a signal to the locker according to a control signal received through the server, and a locker for locking and unlocking the locker according to a control signal attached to the locker The controller includes a first signal conversion module for converting a TCP / IP signal transmitted from the server, a storage module for storing information on the portable terminal and a storage locker connected thereto and a control signal transmission history information in a database, , A control signal transmitted from the server, a control signal And a second signal conversion module for converting a control signal transmitted from the analysis module into a UHF band signal, wherein the locker locking unit comprises a UHF receiver module for receiving a UHF band signal transmitted from the controller, A control module for controlling the opening and closing of the storage box according to the control signal transmitted from the controller, and a storage module for storing information on the portable terminal connected to the portable terminal and information on the open / close state of the storage box, And the like.

As another background art related to the present invention, there is a system for storing articles using a barcode and a method thereof in Korean Registered Patent No. 10-0679678 shown in FIG. [0005] The present invention relates to an electronic article storage box capable of recognizing and controlling barcodes, comprising: a display screen showing a usage state of the article storage box for using and managing the article storage box; An input / output panel constituted by a keypad and a speaker for setting an option or setting a password; A payment means for paying a usage fee according to a setting item of the relevant article storage box inputted through a keypad of the input / output panel; A memory for storing payment information in the payment means and data set by a keypad operation of the input / output panel; A bar code generating unit for generating a data signal applied from the microprocessor in accordance with the bar code logic and a print output device for printing a bar code made by the code generating unit and outputting the printed bar code on the back side of the side on which the bar code is printed, A barcode output unit; A barcode reader including a light sensor for discriminating a difference in reflectance between a dark bar and a light bar of a bar code and a signal processing unit for converting an optical signal detected by the light sensor into an electrical signal; A door open / close driving unit configured to include a storage box selecting unit and an electronic opening / closing device for switching the opening / closing of the storage container by applying a control signal according to the barcode input / output of the barcode reading unit and the barcode outputting unit; And an operation of switching the opening and closing of the storage box according to whether or not the signal received from the barcode reading unit matches with the data stored in the memory in connection with the storage box selecting unit of the door opening and closing drive unit, And a microprocessor for generating barcodes by applying the stored data to the barcode output unit. The present invention also provides a system for storing articles using the electronic article storage box capable of recognizing and controlling barcodes.

As another background art of the present invention, there is a locker system using a barcode and mobile communication means of Korean Patent No. 10-1272562 shown in FIG. 3 and a method thereof. This locker unit includes a plurality of locker units, a LAN controller connected to the locker units to constitute a small-scale LAN and to control data communication between the locker units and the locker servers, the locker servers being connected to the locker server, A client DB using a locker system and a settlement DB for paying a fee for use of a mobile communication charge and a locker system are charged to the communication company server for a fee for use of the locker system And a mobile communication network for transmitting a bar code is connected to the communication company server and the bar code is transmitted to the customer terminal. The present invention also provides a locker system using the bar code and mobile communication means.

KR 10-1068897 B1 KR 10-1272562 B1 KR 10-0679678 B1 KR 10-2003-0081733 A KR 10-2003-0087542 A KR 10-2005-0025722 A KR 10-0681754 B1 KR 10-1083784 B1 KR 10-0823204 B1 KR 10-2010-0006090 A JP 2007-016423 A US 6010064 A

The present invention provides a distributed locker service system having a locker control unit and a locker and connected to the Internet, and the distributed locker service system can be used as a mobile terminal of a locker service user using a local area network, Disclosed is a distributed locker service system and a control method thereof that can integrally manage the distributed locker service system as a locker service system server connected to the Internet network.

According to an aspect of the present invention, there is provided a locker service system configured to perform a locker operation and management by having a mobile terminal of a locker service user, a locker control unit, and a locker service system server,

A locker control unit having a mobile terminal of a user of a locker service provided with a local communication means and a communication means corresponding to a local communication means of the mobile terminal and connected to the locker to provide a locker service; And a locker service system server for performing operation and management of the locker through the mobile terminal and the locker control unit, wherein the mobile terminal, the locker control unit, and the locker service system server are connected to the Internet network, And the controller is configured to perform driving and management of the locker through the locker control unit, and a control method thereof.

According to the distributed locker service system of the present invention and its control method, there is an effect of providing a distributed locker service system having a locker control unit and a locker and connected to the Internet network.

According to the distributed locker service system of the present invention and the control method thereof, it is possible to use a local area network as a mobile terminal of a user of a locker service, and to integrate the distributed locker service system as a locker service system server connected to the Internet network Provide manageable effects.

FIG. 1 is a diagram showing the configuration of a storage management system through remote control
FIG. 2 is a diagram showing another configuration of a storage system using a barcode
FIG. 3 is a diagram illustrating a configuration of a locker system using bar codes and mobile communication means
4 shows a basic configuration of the distributed locker service system of the present invention
5 shows an example of a configuration of an Internet connection via a 3GPP network
FIG. 6 is a block diagram illustrating a configuration of a mobile terminal configuration of a locker service user in a distributed locker service system according to the present invention.
FIG. 7 is a diagram showing the configuration of the locker control unit and the locker in the distributed locker service system of the present invention
FIG. 8 is a block diagram showing a configuration of a locker service system server in a distributed locker service system according to the present invention;
FIG. 9 is a diagram showing the overall configuration of the distributed locker service system of the present invention
FIG. 10 is a flowchart of a first service driving method for a locker service user in the distributed locker service system of the present invention;
FIG. 11 is a flowchart of a second service driving method for a locker service user in the distributed locker service system of the present invention;
12 shows a flow of a third service driving method for a locker service user in the distributed locker service system of the present invention

The following merely illustrates the principles of the invention. Accordingly, those skilled in the art will be able to devise various apparatuses which, although not explicitly described or shown herein, embody the principles of the invention and are included in the concept and scope of the invention. It is to be understood that all of the conditional terms and embodiments recited herein are expressly intended to be purely for purposes of understanding the concepts of the present invention and are not intended to be limiting to such specifically recited embodiments and conditions . It is also to be understood that the detailed description, as well as the principles, aspects and embodiments of the invention, as well as specific embodiments thereof, are intended to cover structural and functional equivalents thereof.

The above objects, features and advantages will become more apparent from the following detailed description in conjunction with the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 4 shows a basic configuration of a distributed locker service system of the present invention. The distributed locker service system of the present invention includes a mobile terminal 100 of a locker service user having a local communication means such as Bluetooth and a communication means corresponding to a local communication means of the mobile terminal 100, 300 to provide a locker service. The mobile terminal 100 of the locker service user and the locker control unit 200 are connected to the Internet network and the locker service system server 400 is connected to the Internet network and the mobile terminal 100 and the locker control unit 200, and the like.

FIG. 5 shows an example of an Internet connection configuration through a radio network subsystem (RNS) network of a 3rd generation partnership project (3GPP) used in the distributed locker service system of the present invention. 4, the distributed locker service system of the present invention includes a locker control unit 200 that provides a locker service user's mobile terminal 100 and a locker service, A locker service system server 400 for performing operation and management of the locker 300 through the locker control unit 200 is connected to the Internet. A cellular station (or a mobile station) in which a mobile terminal 100 of a locker service user is located is connected to a public switched telephone network (PSTN) via the core network via an access network, Respectively. The cellular station as the mobile communication base station and the radio network controller (RNC) as the cellular station network controller are connected to an evolved packet core (EPC) for connecting the mobile terminal 100 of the locker service user to a public data network Thereby providing an Internet service.

The present invention provides a distributed locker service system in which a locker control unit 200 and a locker 300 can be installed through an Internet network and the distributed locker service system is also provided with a locker service user's mobile terminal The present invention provides a distributed locker service system and a control method thereof that can be used as a locker service system server 100 connected to the Internet and can integrally manage a plurality of distributed locker service systems.

FIG. 6 shows a configuration of a mobile terminal 100 of a locker service user in a distributed locker service system of the present invention. Hereinafter, the basic configuration and the characteristic components of the present invention will be described with respect to the mobile terminal 100 of FIG. The mobile terminal 100 of the present invention includes a mobile controller 110, a mobile communication unit, a screen control unit, an application module, and an audio input / output unit (audio I / O) as basic components. The mobile communication unit performs transmission and reception of voice and data of the mobile terminal 100 under the control of the mobile controller 110. The screen control unit displays information and data provided from the mobile controller 110, Detects the signal input from the screen sensor and provides it to the mobile controller 110. The application module is provided to store an application program using the mobile terminal 100 and to be executed through the mobile controller 110. The audio input / output unit converts the voice input through the microphone and provides the converted voice to the mobile controller 110, and converts the voice or audio information received by the mobile communication unit and provides the voice or audio information to the outside through a speaker or an audio jack.

In the distributed locker service system of the present invention, the mobile terminal 100 of the locker service user is provided with a subscriber ID storage unit 120 (FIG. 1) for storing the identifier of the locker service user, A locker data storage unit 140 for storing information of a locker being used by the user of the locker service; A mobile local communication unit 130 for data communication in a local area using a channel such as Bluetooth or WiFi; a mobile communication unit 130 for storing query data for storing basic information for inquiring about the locker information used by the user of the locker service; (150).

7 shows the configuration of the locker control unit 200 and the locker 300 in the distributed locker service system of the present invention. The locker control unit 200 of the present invention includes communication means for communicating with the mobile terminal 100 of the locker service user via the Internet network and data communication in the local area. The locker control unit 200 of the present invention includes a plurality of lockers 300 that are opened and closed through a locker opening and closing part 260 under the control of the locker controller 240 with the locker controller 240 as a center; An internet communication unit 210 for performing data communication with the locker service system server 400 connected to the Internet network; And an ID storage unit 250 for storing IDs allocated for data communication with the locker service system server 400. [ At this time, the locker control unit 200 for performing data communication with the locker service system server 400 with the Internet communication unit 210 by using a unique code or number as an identifier for each locker control unit 200, The Internet Protocol (IP) address of the IP network may be used.

The locker control unit 200 of the present invention is provided with a locker short range communication unit 220 for data communication in a short distance region with the mobile terminal 100 of the locker service user under the control of the locker controller 240, And a use data storage unit (230) for storing data using the locker (300) through the locker control unit (200) as the mobile terminal (100) of the locker service user. The unique identifier set in the locker local communication unit 220 may be stored in the ID storage unit 250 as the ID of the locker control unit 200 and may be used as the unique ID of the locker control unit 200.

FIG. 8 shows the configuration of a locker service system server 400 in the distributed locker service system of the present invention. The locker service system server 400 of the present invention includes an internet connection unit 410 for accessing the mobile terminal 100 of the locker service user and the one or more locker control units 200 via the Internet, . The locker DB 440 is connected to the one or more locker control units 200 to be accessed through the internet connection unit 410 and stores the IDs of the plurality of lockers 300 that are opened and closed. And usage log storing unit 430. The usage information of each of the plurality of lockers 300 provided through the Internet connection unit 410 is stored by the server controller 420. [ The locker service system server 400 of the present invention also includes a subscriber DB 450 for storing information and identifiers of the mobile terminal 100 of the user subscribed to the locker service, And is accessed by the server controller 420.

FIG. 9 shows an overall configuration of a distributed locker service system of the present invention. The distributed locker service system of the present invention includes a mobile terminal 100 of a locker service user having a local communication means such as Bluetooth and a communication means corresponding to a local communication means of the mobile terminal 100, 300 to provide a locker service. The mobile terminal 100 and the locker control unit 200 of the locker service user are connected to the Internet network and the locker service system server 400 is connected to the Internet network, And performs driving and management of the locker 300 through the locker 200.

FIG. 10 shows a flow of a first service driving method for a locker service user in the distributed locker service system of the present invention. The first service driving method in the distributed locker service system of the present invention provides a service method of the step of storing goods in the locker 300 by the user of the locker service subscribed to the locker service. In the distributed locker service system of the present invention, a first service driving method will be described according to the procedure shown below.

When the mobile terminal 100 of the locker service user and the locker control unit 200 are driven, the locker controller 240 of the locker control unit 200 transmits the ID allocated from the ID storage unit 250 to the locker local communication unit 220 (S100) so that the ID of the locker control unit 200 is received by the mobile terminal 100 within the transmission range. Accordingly, the distributed locker service system of the present invention can receive the ID of one or more locker control units 200 located within the close range of communication with the mobile terminal 100.

The mobile controller 110 of the mobile terminal 100 transmits the identifier of the user of the locker service from the subscriber ID storage unit 120 as the mobile local communication unit 130 (S105), whereby the identifier of the user of the locker service, To be received by the locker control unit 200 within the transmission range. Therefore, in the distributed locker service system of the present invention, the locker control unit 200 can receive the identifier of the locker service user transmitted from one or more mobile terminals 100 located within the short range communication range.

The locker controller 240 of the earliest locker control unit 200 transmits the identifiers of the locker service users transmitted from the surrounding mobile terminals 100 via the locker local communication unit 220 to the locker service system (S110) to the server 400,

The mobile controller 110 of the mobile terminal 100 transmits the IDs of the locker control units 200 received by the mobile local communication unit 130 to the locker service system server 400 through the mobile communication unit S115. Accordingly, the locker service system server 400 detects the identifiers of the locker service users transmitted from the mobile terminals 100 around the locker control unit 200, and the locker control unit 200 are provided through the Internet connection unit 410.

The server controller 420 of the earliestacker service system server 400 determines valid subscribers by inquiring the identifiers of the user of the locker service through the subscriber DB 450, The IDs of the locker control unit 200, which are matched with the IDs of the locker service users 200 transmitted from the locker control units 200, by comparing the IDs of the locker service users 200 and the locker service users 200, The location information of the unit 200 is retrieved from the map DB 460 and transmitted to the mobile terminal 100 of the locker service user (S120).

The locker service user who has been provided with the location information of the locker control unit 200 to the mobile terminal 100 is located in the locker 300 to which the locker control unit 200 is connected and transmits the user ID to the locker control unit 200 (S125). The user ID may be input by transmitting the subscriber ID stored in the subscriber ID storage unit 120 of the mobile terminal 100 to the locker local communication unit 220 through the mobile local communication unit 130 as a user ID, A keypad or the like may be provided and directly input.

Next, the locker control unit 200 transmits the ID of the locker control unit 200 stored in the ID storage unit 250 and the user ID to the locker service system server 400 through the Internet communication unit 210 (S130) ;do.

The locker service system server 400 searches the locker DB 440 for the ID of the locker control unit 200 and inquires of the subscriber DB 450 about the inputted user ID, To the control unit 200 (S140).

The locker control unit 200 having received the use data (acknowledge) inquires the usage data storage unit 230 to use the currently available locker among the lockers 300 as available locker information through the locker short range communication unit 220 To the mobile terminal 100 (S135).

The mobile terminal 100 selects a locker by referring to the received available locker information and transmits it to the locker control unit 200 through the mobile local communication unit 130. The locker control unit 200 controls the locker opening / And opens and closes the selected lacquer (S145). At the same time, the mobile terminal 100 refers to the available locker information, stores the selected locker information in the locker data storage unit 140, queries the subscriber ID stored in the subscriber ID storage unit 120 and the information of the selected locker And stores it in the data storage unit 150.

Next, the locker control unit 200 stores the user ID and the information of the selected locker provided from the mobile terminal 100 in the use data storage unit 230, and also stores the user ID and the information of the selected locker in the locker usage information To the locker service system server 400 through the Internet communication unit 210 (S150).

The locker service system server 400, which has received the user ID and the selected locker information from the locker control unit 200 as the locker use information, stores the locker use information in the use log storage unit 430, The locker control unit 200 updates (S155) the currently usable locker information of the locker 200, thereby completing the use of the locker.

FIG. 11 shows a flow of a second service driving method for a locker service user in the distributed locker service system of the present invention. In the distributed type locker service system of the present invention, the second service driving method provides a service method of a step in which the user of the locker service subscribed to the locker service retrieves the goods from the locker 300. The second service driving method in the distributed locker service system of the present invention will be described according to the procedure shown below.

When the mobile terminal 100 of the locker service user and the locker control unit 200 are driven, the locker controller 240 of the locker control unit 200 transmits the ID allocated from the ID storage unit 250 to the locker local communication unit 220 (S200) so that the ID of the locker control unit 200 is received by the mobile terminal 100 within the transmission range. Accordingly, the distributed locker service system of the present invention can receive the ID of one or more locker control units 200 located within the close range of communication with the mobile terminal 100.

The mobile controller 110 of the mobile terminal 100 transmits the identifier of the user of the locker service from the subscriber ID storage unit 120 as the mobile local communication unit 130 (S205) so that the identifier of the user of the locker service is transmitted to the locker To be received by the control unit 200. Therefore, in the distributed locker service system of the present invention, the locker control unit 200 can receive the identifier of the locker service user transmitted from one or more mobile terminals 100 located within the short range communication range.

The locker controller 240 of the earliest locker control unit 200 transmits the identifiers of the locker service users transmitted from the surrounding mobile terminals 100 via the locker local communication unit 220 to the locker service system To the server 400 (S210).

- The user of the locker service inputs (S225) a user ID to the locker control unit 200 of the locker 300 storing the article. The user ID may be input by transmitting the subscriber ID stored in the subscriber ID storage unit 120 of the mobile terminal 100 to the locker local communication unit 220 through the mobile local communication unit 130 as a user ID, A keypad or the like may be provided and directly input.

Next, the locker control unit 200 transmits the ID of the locker control unit 200 stored in the ID storage unit 250 and the input user ID to the locker service system server 400 through the Internet communication unit 210 S230).

Locker service system server 400 searches the locker DB 440 for the ID of the locker control unit 200 and inquires the inputted user ID in the subscriber DB 450 and controls the locker control (Ack) data to the locker control unit 200 when the unit 200 is being used as the input user ID (S235).

The locker control unit 200 which has received the use acknowledgment data from the locker service system server 400 inquires the use data storage unit 230 and determines that the locker 300 is in use And transmits the locker information as usage information to the mobile terminal 100 through the locker short range communication unit 220 (S240).

The mobile terminal 100 selects a locker by referring to the received usage information and transmits the selected locker to the locker control unit 200 through the mobile local communication unit 130. The locker control unit 200 controls the locker opening / And opens and closes the selected lacquer (S245). At the same time, the mobile terminal 100 deletes the information of the locker stored in the locker data storage unit 140 by referring to the received usage information, and stores the subscriber ID stored in the query data storage unit 150 and the information of the selected locker .

Next, the locker control unit 200 deletes the user ID and the information of the selected locker provided from the mobile terminal 100 in the use data storage unit 230, and also records the user ID and the information of the selected locker in the locker use end (S250) to the locker service system server 400 through the Internet communication unit 210 as information.

The locker service system server 400, which has received the user ID and information of the selected locker from the locker control unit 200 as the locker use end information, deletes the user ID and the information of the selected locker from the use log storage unit 430 , The currently available locker information of the locker control unit 200 is updated and transferred to the locker control unit 200 (S255), and the locker usage is terminated.

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- After the locker controller 240 transmits the identifiers of the locker service users transmitted from the surrounding mobile terminals 100 to the locker service system server 400 through the Internet communication unit 210 (S210)

- When the subscriber ID stored in the query data storage unit 150 and the information of the selected locker are transmitted from the mobile terminal 100 to the locker service system server 400 (S215)

When the locker selected by the subscriber ID is in use by referring to the use log storage unit 430, the locker service system server 400 searches the map DB 460 for the location of the relevant locker, To the mobile terminal 100 (S220), thereby guiding the location of the locker to the user of the locker service.

FIG. 12 shows a flow of a third service driving method for a locker service user in the distributed locker service system of the present invention. The third service driving method in the distributed locker service system of the present invention provides a guide service method of a locker being used in a step of the user of the locker service subscribed to the locker service to retrieve the item from the locker 300. [ In the distributed locker service system of the present invention, the third service driving method will be described according to the procedure shown below.

When the mobile terminal 100 of the locker service user and the locker control unit 200 are driven, the locker controller 240 of the locker control unit 200 transmits the ID allocated from the ID storage unit 250 to the locker local communication unit 220 (S300) so that the ID of the locker control unit 200 is received by the mobile terminal 100 within the transmission range. Accordingly, the distributed locker service system of the present invention can receive the ID of one or more locker control units 200 located within the close range of communication with the mobile terminal 100.

The mobile controller 110 of the mobile terminal 100 transmits the identifier of the user of the locker service from the subscriber ID storage unit 120 as the mobile local communication unit 130 in operation S305, To be received by the control unit 200. Therefore, in the distributed locker service system of the present invention, the locker control unit 200 can receive the identifier of the locker service user transmitted from one or more mobile terminals 100 located within the short range communication range.

The locker controller 240 of the earliest locker control unit 200 transmits the identifiers of the locker service users transmitted from the surrounding mobile terminals 100 via the locker local communication unit 220 to the locker service system To the server 400 (S310).

The user of the locker service inputs the user ID to the locker control unit 200 of the locker 300 (S325). The user ID may be input by transmitting the subscriber ID stored in the subscriber ID storage unit 120 of the mobile terminal 100 to the locker local communication unit 220 through the mobile local communication unit 130 as a user ID, A keypad or the like may be provided and directly input.

Next, the locker control unit 200 transmits the ID of the locker control unit 200 stored in the ID storage unit 250 and the input user ID to the locker service system server 400 through the Internet communication unit 210 S330).

Locker service system server 400 searches the locker DB 440 for the ID of the locker control unit 200 and inquires the inputted user ID in the subscriber DB 450 and controls the locker control If the ID of the locker control unit 200 and the user ID do not coincide with each other, the unmatch message is transmitted to the locker control unit 200 (S335).

When the locker selected by the subscriber ID is in use by referring to the use log storage unit 430, the earliest locker service system server 400 searches the map DB 460 for the position of the locker, To the mobile terminal 100 (S340), thereby guiding the location of the locker to the user of the locker service.

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- After the locker controller 240 transmits the identifiers of the locker service users transmitted from the surrounding mobile terminals 100 to the locker service system server 400 through the Internet communication unit 210 (S310)

- When the subscriber ID stored in the query data storage unit 150 and the information of the selected locker are transmitted from the mobile terminal 100 to the locker service system server 400 (S315)

When the locker selected by the subscriber ID is in use by referring to the use log storage unit 430, the locker service system server 400 searches the map DB 460 for the location of the relevant locker, To the mobile terminal 100 (S220), thereby guiding the location of the locker to the user of the locker service.

According to the distributed locker service system and control method of the present invention described above, there is provided a distributed locker service system having a locker control unit and a locker and connected to the Internet, A distributed locker service system that can be used as a mobile terminal of a locker service user using a local area network and can integrally manage the distributed locker service system as a locker service system server connected to the Internet network and a control method thereof .

Although the distributed locker service system and the control method thereof according to the present invention have been described with reference to the limited embodiments and drawings, the present invention is not limited thereto and the present invention is not limited thereto. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100: mobile terminal 110: mobile controller
120: subscriber ID storage unit 130: mobile local communication unit
140: locker data storage unit 150: query data storage unit
200: locker control unit 210: internet communication unit
220: locker short range communication unit 230: use data storage unit
240: locker controller 250: ID storage unit
260: locker opening and closing part 300:
400: locker service system server 410: internet access
420: Server controller 430: Usage log storage unit
440: Locker DB 450: Subscriber DB
460: Map DB

Claims (14)

A locker control unit having a mobile terminal of a user of a locker service provided with a local communication means and a communication means corresponding to a local communication means of the mobile terminal and connected to the locker to provide a locker service; And a locker service system server for performing operation and management of the locker through the mobile terminal and the locker control unit, the locker service system server being connected to the internet network to perform the operation and management of the locker,

The locker service system server (400)
A server controller 420,
An Internet access unit (410) for accessing the mobile terminal (100) of the locker service user and the one or more locker control units (200) by internet connection;
A locker DB 440 connected to one or more locker control units 200 accessed through the internet connection unit 410 and storing IDs of the plurality of lockers 300 opened and closed, And,
A usage log storage unit 430 in which usage information of each of the plurality of lockers 300 provided through the Internet connection unit 410 is stored by the server controller 420;
A subscriber DB 450 for storing information and an identifier (ID) of the mobile terminal 100 of the user subscribed to the locker service;
And a map DB 460 for guiding the position of the locker control units 200. The map DB 460 is accessed by the server controller 420,

When the mobile terminal 100 of the locker service user and the locker control unit 200 are driven, the locker controller 240 of the locker control unit 200 transmits the ID allocated from the ID storage unit 250 to the locker short range communication unit 220, And the mobile controller 110 of the mobile terminal 100 transmits the identifier of the locker service user from the subscriber ID storage unit 120 through the mobile local communication unit 130,

The locker controller 240 of the locker control unit 200 transmits the identifiers of the locker service users transmitted from the surrounding mobile terminals 100 through the locker local communication unit 220 to the locker service system server The mobile controller 110 of the mobile terminal 100 transmits the IDs of the locker control units 200 received by the mobile local communication unit 130 to the locker service system server 400 through the mobile communication unit
The server controller 420 of the locker service system server 400 compares the IDs of the locker control units 200 transmitted from the mobile terminals 100 with the identifiers of the locker service users transmitted from the locker control units 200 (ID) of the locker service user and transmits the matching use data (acknowledge) to the locker control unit 200. The locker control unit 200 detects the position of the locker control unit 200 Information is retrieved from the map DB 460 and transmitted to the mobile terminal 100 of the locker service user,

Wherein the controller is configured to perform driving and management of the locker (300) through the locker control unit (200) matching the mobile terminal (100)
2. The locker service user's mobile terminal (100) according to claim 1,
A mobile controller 110;
A subscriber ID storage unit 120 for storing an identifier of a locker service user,
A locker data storage unit 140 for storing information on a locker being used by the locker service user;
A mobile local communication unit 130 for data communication in a local area,
And a query data storage unit (150) for storing basic information for inquiring about the locker information being used by the locker service user
The locker control unit (200) according to claim 1,
A locker controller 240,
A plurality of lockers 300 opened and closed through the locker opening / closing unit 260 under the control of the locker controller 240;
An internet communication unit 210 for performing data communication with the locker service system server 400 connected to the Internet network;
An ID storage unit 250 for storing an identifier assigned for data communication with the locker service system server 400;
A locker short range communication unit 220 for data communication in a short range with the mobile terminal 100 of the locker service user under the control of the locker controller 240; And
And a use data storage unit (230) for storing data using the locker (300) through the locker control unit (200) as the mobile terminal (100) of the locker service user
delete A locker control unit having a mobile terminal of a user of a locker service provided with a local communication means and a communication means corresponding to a local communication means of the mobile terminal and connected to the locker to provide a locker service; And a locker service system server for performing operation and management of the locker through the mobile terminal and the locker control unit, the locker service system server being connected to the Internet network to perform the operation and management of the locker;

When the mobile terminal 100 of the locker service user and the locker control unit 200 are driven, the locker controller 240 of the locker control unit 200 transmits the ID allocated from the ID storage unit 250 to the locker local communication unit 220 ); ≪ / RTI >
The mobile controller 110 of the mobile terminal 100 transmits an identifier (ID) of the locker service user from the subscriber ID storage unit 120 through the mobile local communication unit 130 (S105);
The locker controller 240 of the locker control unit 200 transmits the identifiers of the locker service users transmitted from the surrounding mobile terminals 100 through the locker short range communication unit 220 to the locker service system server 200 via the Internet communication unit 210. [ (400);
The mobile controller 110 of the mobile terminal 100 transmits the IDs of the locker control units 200 received by the mobile local communication unit 130 to the locker service system server 400 through the mobile communication unit;
The server controller 420 of the locker service system server 400 transmits the IDs of the locker control units 200 transmitted from the mobile terminals 100 and the identifiers of the locker service users transmitted from the locker control units 200 The ID of the locker control unit 200 and the ID of the locker service user are extracted and the position information of the matching locker control unit 200 is retrieved from the map DB 460 and then the locker service user To the mobile terminal (100);
Lt; / RTI >

When the user of the locker service keeps the goods;

- inputting the user ID from the mobile terminal 100 provided with the position information of the locker control unit 200 through the locker control unit 200 (S125);
The locker control unit 200 transmits the ID of the locker control unit 200 stored in the ID storage unit 250 and the inputted user ID to the locker service system server 400 through the Internet communication unit 210 at step S130, ;
The locker service system server 400 searches the locker DB 440 for the ID of the locker control unit 200 and inquires the inputted user ID in the subscriber DB 450. When it is valid, To the control unit 200 (S140);
The locker control unit 200 having received the use data (acknowledge) inquires the usage data storage unit 230 to use the currently available locker among the lockers 300 as available locker information through the locker short range communication unit 220 Transmitting to the mobile terminal 100 (S135);
The locker control unit 200 selects the locker by referring to the available locker information transmitted from the mobile terminal 100 and transmits it to the locker control unit 200 through the mobile local communication unit 130. The locker control unit 200 controls the locker opening / Closing the selected lacquer (S145);
The locker control unit 200 stores the user ID and the information of the selected locker provided from the mobile terminal 100 in the usage data storage unit 230 and also stores the information of the user ID and the selected locker in the Internet Transmitting to the locker service system server 400 through the communication unit 210 (S150);
The locker service system server 400, which has received the user ID and the selected locker information from the locker control unit 200 as the locker use information, stores the locker use information in the use log storage unit 430, (S155) the locker control unit 200 by updating the currently usable locker information of the locker control unit 200;
To carry out control to store the article,

When the user of the locker service collects the goods;

A step S225 of inputting a user ID to the locker control unit 200 of the locker 300 storing the article;
The locker control unit 200 transmits the ID of the locker control unit 200 stored in the ID storage unit 250 and the inputted user ID to the locker service system server 400 through the Internet communication unit 210 at step S230, ;
The locker service system server 400 searches the locker DB 440 for the ID of the locker control unit 200 and inquires the inputted user ID in the subscriber DB 450 and controls the locker control (Ack) data to the locker control unit 200 when the unit 200 is being used as the input user ID (S235);
The locker control unit 200 that has received the use acknowledgment data from the locker service system server 400 inquires the use data storage unit 230 and determines that the locker 300 is in use Transmitting the locker information as usage information to the mobile terminal 100 through the locker short range communication unit 220 (S240);
The mobile terminal 100 selects the locker by referring to the received usage information and transmits it to the locker control unit 200 through the mobile local communication unit 130. The locker control unit 200 controls the locker opening / Opening and closing the selected lacquer (S245);
The locker control unit 200 transmits the user ID provided from the mobile terminal 100 and the information of the selected locker to the locker service system server 400 through the Internet communication unit 210 as the locker use end information step;
The locker service system server 400, which has received the user ID and information of the selected locker from the locker control unit 200 as the locker use end information, deletes the user ID and the information of the selected locker from the use log storage unit 430 The usage log storage unit 430 deletes the user ID and information of the selected locker,
Updating the currently usable locker information of the locker control unit 200 and transmitting it to the locker control unit 200 (S255);
And performing control to recover an article by performing a control method of the distributed locker service system
delete The method of claim 5, wherein the locker control unit (200) opens and closes the selected locker through the locker opening / closing unit (260)
The mobile terminal 100 refers to the available locker information and stores the selected locker information in the locker data storage unit 140,
Further comprising the step of storing the subscriber ID stored in the subscriber ID storage unit (120) and the selected locker information in the query data storage unit (150)
delete The method of claim 5, wherein the locker control unit (200) opens and closes the selected locker through the locker opening and closing part (260)
The mobile terminal 100 deletes the information of the locker stored in the locker data storage unit 140, the subscriber ID stored in the query data storage unit 150 and the information of the selected locker by referring to the received usage information And a control method of the distributed locker service system
The method as claimed in claim 5, wherein the locker control unit (200) transmits the user ID and the information of the selected locker to the locker service system server (400) through the Internet communication unit (210)
The locker control unit (200) further comprises a step of deleting the user ID and the selected locker information provided from the mobile terminal (100) in the use data storage unit (230) Way
delete The method of claim 5, wherein the locker controller (240) transmits identifiers of the locker service users transmitted from the surrounding mobile terminals (100) to the locker service system server (400) through the Internet communication unit (210) In addition,
- When the subscriber ID stored in the query data storage unit 150 and the information of the selected locker are transmitted from the mobile terminal 100 to the locker service system server 400 (S215)
When the locker selected by the subscriber ID is in use by referring to the use log storage unit 430, the locker service system server 400 searches the map DB 460 for the location of the relevant locker, (S220) to the mobile terminal 100 as a control method of the distributed locker service system delete delete

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