KR20130127406A - Stand alone type locker service system, and control method therefor - Google Patents

Abstract

The present invention relates to a stand alone type locker service system whose objective is to keep or deliver goods. The present invention provides the stand alone type locker service system comprising a locker control unit and a locker as being connected to a LAN. The stand alone type locker service system can be used by a mobile terminal of a locker service user using a local area communication network, and a locker service system server connected to the LAN can manage the stand alone type locker service system integrally. For the objective of the present invention, the stand alone type locker service system comprises: the mobile terminal of the locker service user comprising a local area communication unit; a plurality of locker units providing locker service by being connected to the locker as comprising a communication unit corresponding to the local area communication unit of the mobile terminal; and the locker service system server driving and managing the locker through the mobile terminal and the plurality of locker units. The mobile terminal, the plurality of locker units and the locker service system server are connected to a LAN controller so that the locker is driven and managed through the mobile terminal and the plurality of locker units. [Reference numerals] (110) Mobile controller;(120) Subscriber ID storage unit;(130) Mobile NFC buffer;(140) Locker data storage unit;(150) Mobile NFC unit;(210) Locker controller;(220) Locker NFC unit;(260) Locker opening unit;(410) Server controller;(420) LAN access unit;(430) Used log storage unit;(440) Locker DB;(450) Subscriber DB;(460) Location information;(AA) Mobile communication unit;(BB) Application module;(CC) Screen control unit;(DD) Audio I/O

Description

Stand-alone locker service system and its control method {STAND ALONE TYPE LOCKER SERVICE SYSTEM, AND CONTROL METHOD THEREFOR}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a locker service system for the purpose of storing or delivering an article, and more particularly to a stand-alone locker service system having a locker control unit and a locker and providing communication security. The stand-alone locker service system of the present invention can be used by a local area network as a mobile terminal of a locker service user, and can be used as a locker service system server connected to a LAN. The control method is a summary.

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 art of the present invention, there is a reservation designation system technology of a delivery destination locker of the Republic of Korea Patent Publication No. 10-2003-0087542 A shown in FIG. This technology relates to a reservation designation system for a destination locker that securely secures a destination locker by selecting and designating a locker that can be used after confirming an installation location and use status of a locker that is a destination for a cargo or a product. A plurality of lockers having an operation means, a management center which unitarily manages the plurality of lockers, and a user terminal which the user has are connected via a communication line, and the user has a predetermined operation means or user terminal to the management center. Requests for acquisition of information about the locker to which the delivery destination is received from the management center, and the management center transmits the location information and the usage status of the locker to which the delivery destination is based on the acquisition request to the locker or the user terminal, and based on the location information and the usage situation to the user. I choose the locker to become the desired shipping address to say, and make a reservation of the desired shipping destination locker It is configured to forward the features.

As another background art of the present invention, there is a method and system technology for opening and closing the locking device using the terminal of the Republic of Korea Patent Publication No. 10-2003-0081733 A shown in FIG. The present invention relates to a method and a system capable of controlling the opening and closing of a locking device, the method of controlling the opening and closing of the locking device in the opening and closing control server coupled to the terminal and the locking device-wherein the terminal is an administrator terminal, A user terminal, a visitor terminal, the method comprising: receiving an opening and closing request signal from the terminal via a network, wherein the opening and closing request signal includes at least authentication information of authentication information and additional information; Extracting authentication information corresponding to the terminal from the open / close request signal; Performing authentication using the authentication information; And transmitting / closing a command to the locking device corresponding to the opening / closing request signal.

As another background technology related to the present invention, there is a storage box management system technology through the remote control of the Republic of Korea Patent Publication No. 10-1068897. This technology relates to a system capable of managing and controlling a storage box for storing important documents or objects, such as an office, and a portable terminal for transmitting a storage control signal remotely through a communication module, and transmitting from the portable terminal. A server for transmitting the received control signal to the controller, a controller for transmitting a signal to the storage box locking unit according to the control signal received through the server, and a storage box locker attached to the storage box to open and close the storage box according to the control signal. The controller may include a first signal conversion module for converting a TCP / IP signal transmitted from the server, a storage module for storing information about a portable terminal and a storage lock connected to the storage terminal or control signal transmission history information in a database; The control signal is stored in the storage locker based on the control signal transmitted from the server. And a second signal conversion module for converting a control signal transmitted from the analysis module to a signal in a UHF band, wherein the locker lock unit receives a signal in the UHF band transmitted from the controller. And, a control module for controlling the opening and closing of the storage box in accordance with the control signal transmitted from the controller, including a storage module for storing information about the open and closed state of the storage information and the connected portable terminal, It can be controlled.

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 stand-alone locker service system having a locker control unit and a locker and providing security, and the stand-alone locker service system of the present invention can be used using a local area network as a mobile terminal of a locker service user, It is an object of the present invention to provide a stand-alone locker service system and a control method thereof capable of integrated management of a plurality of locker service systems as a locker service system server connected to a LAN.

SUMMARY OF THE INVENTION In order to solve the above problems, the present invention provides a locker service user having a mobile terminal having a short range communication means, and a plurality of communication means corresponding to the short range communication means of the mobile terminal and connected to the locker to provide a locker service. A locker unit and a locker service system server for driving and managing a locker through the plurality of rocker units, wherein the mobile terminal and the plurality of locker units and the locker service system server are connected through a LAN controller. The present invention provides a stand-alone locker service system and a control method thereof, which are configured to drive and manage a locker through the mobile terminal and the plurality of locker units.

According to the independent locker service system and a control method thereof of the present invention, a locker control unit and a locker are provided. In addition, the stand-alone locker service system of the present invention can be used using a local area network as a mobile terminal of a locker service user, and provides an effect of integrating and managing a plurality of locker service systems as a locker service system server connected to a LAN. .

1 is a background art of a reservation designation system of a destination locker
2 is another background art, the configuration of a method and system for controlling the opening and closing of the locking device using a terminal
3 is another background technology, the configuration of the storage box management system through a remote control
4 is a basic configuration of the stand-alone locker service system of the present invention
5 is a mobile terminal configuration of a rocker service user in a stand-alone locker service system of the present invention
FIG. 6 is a diagram illustrating the configuration of a plurality of rocker units and a LAN controller in a stand-alone locker service system according to the present invention.
7 is a view illustrating the configuration of a locker service system server in a stand-alone locker service system according to the present invention.
8 is an overall configuration of a stand-alone locker service system of the present invention
9 is a service method in which a locker service user who has subscribed to a locker service in a stand-alone locker service system of the present invention stores goods in a locker.
10 is a service method in which a locker service user recovers an item from a locker in a stand-alone locker service system according to the present invention.
FIG. 11 is a guide service method of a locker in use by a locker service user who has subscribed to a locker service in a stand-alone locker service system of the present invention to recover an item from the locker.

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.

As can be seen from the background arts, a configuration of providing a service remotely via the Internet or a mobile communication means is known as a conventional locker service system. However, such a configuration may not be used in an environment in which the Internet or mobile communication is limited, such as a mobile locker service composed of transportation means such as a passenger ship or a truck in motion. In addition, in case of locker service that wants to use temporarily in a specific area such as Olympic games or local events, it is necessary to install internet network and mobile communication relay service for short-term use. need. Furthermore, in order to provide locker services to international conferences and events that require security from hacking or cracking through the Internet and mobile communication networks, a locker service system that can effectively manage multiple locker service systems while simultaneously eliminating external communication networks is required. do.

The present invention provides a stand-alone locker service system capable of using a local area network as a mobile terminal of a locker service user and capable of integrated management of a plurality of locker service systems as a locker service system server connected to a LAN, and a control method thereof. It is done.

Figure 4 shows the basic configuration of the standalone locker service system of the present invention. In the independent locker service system of the present invention, the locker service user of the locker service user provided with the short-range communication means, the communication means corresponding to the short-range communication means of the mobile terminal 100 and the locker are integrally formed and the locker service It is provided with a plurality of rocker units (200-1) ~ (200-n) to provide. The locker service user's mobile terminal 100 and the plurality of locker units 200-1 to 200-n are connected to a LAN, and the locker service system server 400 is connected to the LAN via the LAN controller 300. Is connected to perform the drive and management of the rocker 300 through the mobile terminal 100 and the plurality of rocker units (200-1) ~ (200-n). The present invention provides a stand-alone locker service system that can install a plurality of rocker units (200-1) to (200-n) and the locker 300 via a LAN, and the stand-alone locker service system through a local area network The present invention provides a stand-alone locker service system which can be used as a mobile terminal 100 of a locker service user and which can manage a plurality of stand-alone locker service systems as a locker service system server 400 connected to a LAN, and a control method thereof.

5 is a block diagram of a mobile terminal 100 of a locker service user in the stand-alone locker service system of the present invention. Hereinafter, the mobile terminal 100 of the drawings will be described by distinguishing the basic configuration and the characteristic components of the present invention. 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 voice and data transmission and reception of the mobile terminal 100 under the control of the mobile controller 110, and the screen controller displays information and data provided from the mobile controller 110 and overlaps the screen. The signal input from the screen sensor is sensed and provided to the mobile controller 110. The application module is provided to store an application program using the mobile terminal 100 and to be performed by the mobile controller 110. The audio input / output unit converts the voice input through the microphone and provides it to the mobile controller 110 and converts the voice or audio information received by the mobile communication unit to the outside through a speaker or an audio jack.

In the standalone locker service system of the present invention, the mobile terminal 100 of the locker service user has a basic ID as described above. The subscriber ID storage unit 120 stores the identifier of the locker service user around the mobile controller 110. And, locker data storage unit 140 for storing the information of the locker in use by the locker service user; Mobile short-range communication unit 150 for data communication in the short-range area using a channel such as Bluetooth (Bluetooth) or Wi-Fi (WIFI); and Locker data storage for storing basic information for inquiring the locker information used by the locker service user The unit 140 is provided.

FIG. 6 is a diagram illustrating the configuration of a plurality of rocker units 200-1 to 200-n and a LAN controller 300 in the standalone locker service system of the present invention. The plurality of locker units 200-1 to 200-n of the present invention includes a communication means via a LAN, and a communication means for data communication in a short range region with a mobile terminal 100 of a locker service user. The plurality of rocker units (200-x) of the present invention comprises a plurality of lockers (270) to be opened and closed through the locker opening and closing unit 260 by the control of the rocker controller 210, centering on the rocker controller 210; A LAN interface 230 for performing data communication with the rocker service system server 400 connected to the LAN; And a data buffer 230 for storing ID and service information of the locker unit allocated for data communication with the locker service system server 400. Also, the locker service user is controlled by the locker controller 210. The locker short-range communication unit 220 for data communication of the mobile terminal 100 and the short-range area of the; is provided.

FIG. 7 illustrates a configuration of the rocker service system server 400 in the standalone locker service system of the present invention. Locker service system server 400 of the present invention, the server controller 410, the mobile terminal 100 of the locker service user and one or more of the plurality of locker units (200-1) ~ (200-n) LAN LAN connection portion 420 to access by the. In addition, the ID of each of the plurality of rocker units connected to and connected to one or more of the plurality of rocker units 200-1 to 200-n that are accessed through the LAN controller 300 through the LAN connection unit 420. The locker DB 440 is provided to be connected to the server controller 410, and the usage log storage unit 430 is provided to display usage information of each of the plurality of lockers provided through the LAN connection unit 420. Stored by the server controller 410. In addition, the locker service system server 400 of the present invention includes a subscriber DB 450 which stores information and identifiers of the mobile terminal 100 of the user subscribed to the locker service; and positions of the plurality of locker units 200 -x. Location information DB 460 to guide the is provided; is accessed by the server controller 410.

8 shows the overall configuration of the standalone locker service system of the present invention. In the stand-alone locker service system of the present invention, a locker service user's mobile terminal 100 having near field communication means including Bluetooth, communication means corresponding to the near field communication means of the mobile terminal 100, and the locker are integrally formed. And a plurality of locker units 200-x for providing a locker service. In addition, the locker service user's mobile terminal 100 and the plurality of locker units 200-x are connected to a LAN, and the locker service system server 400 is connected to the LAN via a LAN controller 300 to the mobile. Each of the lockers is driven and managed through the terminal 100 and the plurality of rocker units 200-x.

9 is a diagram illustrating a service method in which a locker service user who has subscribed to a locker service and stores an article in a locker in the standalone locker service system of the present invention. Referring to the service method of the step of storing the goods in the locker in the stand-alone locker service system of the present invention according to the shown procedure as follows.

When the locker service user's mobile terminal 100 and the plurality of locker units 200-x are driven, the mobile controller 110 of the mobile terminal 100 obtains the identifier of the locker service user from the subscriber ID storage 120. Transmission (S100) by the mobile local area communication unit 150; thereby allowing the identifier of the locker service user to be received by the plurality of rocker units 200-x within the transmission range. Therefore, in the standalone locker service system of the present invention, the plurality of rocker units 200-x may receive an identifier of the locker service user transmitted from one or more mobile terminals 100 located within a short range communication range.

The plurality of locker units 200-x may then identify the locker service user identifiers transmitted from the surrounding mobile terminals 100 through the locker local area communication unit 220 through the LAN interface 230. (S110); And,

Then, the server controller 410 of the locker service system server 400 determines a valid subscriber by inquiring the identifiers of the locker service users through the subscriber DB 450, and locates the location information of the locker unit 200-x. After the information is retrieved from the DB 460 and transmitted to the locker unit 200-x (S115), the locker unit 200-x receives and stores the received information in the data buffer 230 and stores the locker short-range communication unit 220. Through the rocker service user's mobile terminal 100 (S120);

The mobile terminal 100 provided with the location information of the locker unit 200-x inputs a user ID through the corresponding locker unit 200-x (S125); In this case, as an input method of the user ID, the subscriber ID stored in the subscriber ID storage unit 120 of the mobile terminal 100 is transmitted as the user ID to the locker short-range communication unit 220 through the mobile local area communication unit 150 or the locker unit 200. -x) may include a keypad or the like for direct input.

Next, the locker unit 200-x transmits the ID of the rocker unit 200-x and the input user ID stored in the data buffer 230 to the locker service system server 400 through the LAN interface 230. (S130);

-The locker service system server 400 retrieves the ID of the locker unit 200-x from the locker DB 440 and inquires the input user ID from the subscriber DB 450 to use the log storage unit when valid. 430, the currently available locker is transmitted to the locker unit 200-x via LAN as available locker information (S135);

The locker unit 200-x receives and stores the available available locker information in the data buffer 230 and transmits the stored locker information to the mobile terminal 100 of the locker service user via the locker short-range communication unit 220 (S140). .

The mobile terminal 100 selects a locker with reference to the available locker information received and transmits the locker to the locker unit 200-x through the mobile local area communication unit 150, and the locker unit 200-x is a locker opening / closing unit ( 260 to open and close the selected lacquer (S145); At the same time, the mobile terminal 100 stores the selected locker information in the locker data storage 140 with reference to the available locker information.

Next, the locker unit 200-x stores the user ID and the selected locker information provided from the mobile terminal 100 in the data buffer 230, and also stores the user ID and the selected locker information as the locker use information. Transmission to the locker service system server 400 through the LAN interface 230 (S150).

The locker service system server 400 having received the user ID and the selected locker information from the locker unit 200-x as locker use information stores the locker use information in the use log storage unit 430, and locker unit. The locker use is completed by updating the currently available locker information of 200-x to transmit the corresponding rocker unit 200-x (S155).

10 illustrates a service method in which a locker service user recovers an item from a locker in the standalone locker service system of the present invention. In the standalone locker service system of the present invention, a service driving method of recovering goods from a locker will be described according to the illustrated procedure.

-When the locker service user's mobile terminal 100 and a plurality of locker units 200-1 to 200-n are driven, the locker service user has a user ID on the locker unit 200-x of the locker storing the goods. Input (S200); In this case, as an input method of the user ID, the subscriber ID stored in the subscriber ID storage unit 120 of the mobile terminal 100 is transmitted as the user ID to the locker short-range communication unit 220 through the mobile local area communication unit 150 or the locker unit 200. -x) may include a keypad or the like for direct input.

Next, the locker unit 200-x transmits the ID of the rocker unit 200-x and the input user ID stored in the data buffer 230 to the locker service system server 400 through the LAN interface 230. (S210);

-The locker service system server 400 searches for the ID of the locker unit 200-x in the locker DB 440 and inquires the input user ID in the subscriber DB 450 and corresponds to the usage log storage unit 430. When the locker unit 200-x is in use as the input user ID, the use authorization (ack) data is transmitted to the corresponding rocker unit 200-x (S220).

-The locker unit 200-x that has received the use acknowledgment (ack) data from the locker service system server 400 inquires the data buffer 230 and is being used as the currently input user ID among the lockers 300. The locker information is transmitted to the mobile terminal 100 through the locker short-range communication unit 220 as use information (S230).

The mobile terminal 100 selects a locker with reference to the received usage information and transmits the locker to the corresponding locker unit 200-x through the mobile local area communication unit 150, and the locker unit 200-x is a locker opening / closing unit ( 260 to open and close the selected locker (S240); At the same time, the mobile terminal 100 deletes the locker information stored in the locker data storage 140 with reference to the received usage information.

-Next, the locker unit 200-x deletes the user ID and the selected locker information provided from the mobile terminal 100 from the data buffer 230, and also ends the use of the locker with the user ID and the selected locker information. The information is transmitted to the locker service system server 400 through the LAN interface 230 (S250).

-The locker service system server 400, which has received the user ID and the selected locker information from the locker unit 200-x, as the locker use end information, stores the user ID and the selected locker information in the usage log storage unit 430. The locker use is terminated by deleting and updating the currently available locker information of the rocker unit 200-x to be transmitted to the corresponding rocker unit 200-x (S260).

11 is a locker service user of a stand-alone locker service system of the present invention provides a guide service method of the locker in use in the step of recovering goods from the locker. Referring to the guide service method of the locker in use in the stand-alone locker service system of the present invention as follows.

The locker service user inputs a user ID to the locker unit 200-x (S300). In this case, as an input method of the user ID, the subscriber ID stored in the subscriber ID storage unit 120 of the mobile terminal 100 is transmitted as the user ID to the locker short-range communication unit 220 through the mobile local area communication unit 150 or the locker unit 200. -x) may include a keypad or the like for direct input.

Next, the locker unit 200-x transmits the ID of the rocker unit 200-x and the input user ID stored in the data buffer 230 to the locker service system server 400 through the LAN interface 230. (S310);

-The locker service system server 400 searches for the ID of the received locker unit 200-x in the locker DB 440 and inquires the input user ID in the subscriber DB 450 and then uses the log storage unit 430. Reads whether the locker unit 200-x is being used as an input user ID, and if the ID of the rocker unit 200-x does not match the ID of the locker unit 200-x, the mismatch message is sent to the locker unit 200-x. Transmit (S320);

Then, the locker service system server 400 refers to the usage log storage unit 430, and if there is a locker selected and used by the subscriber ID, the locker being used by searching for the location of the locker from the location information DB 460. As the location information of the transmission to the locker unit (200-x) (S330); And

The locker unit 200-x having received the location information of the locker in use transmits the location information of the locker in use to the mobile terminal 100 again (S340); thereby making the location of the locker relative to the locker service user. To guide.

According to the independent locker service system and control method thereof of the present invention as described above, there is provided a stand-alone locker service system having a locker control unit and a locker, and connected to a LAN, and the stand-alone locker service system provides The present invention provides a stand-alone locker service system which can be used by a local area network as a mobile terminal and which can integrate and manage the stand-alone rocker service system as a locker service system server connected to a LAN.

The stand-alone rocker service system and control method thereof according to the present invention have been described by the limited embodiments and the drawings. However, the present invention is not limited thereto, and the present invention is provided by those skilled in the art to which the present invention pertains. Various modifications and variations are possible without departing from the spirit and scope of the appended claims.

100: mobile terminal 110: mobile controller
120: subscriber ID storage unit 130: mobile short-range communication buffer
140: locker data storage unit 150: mobile local area communication unit
200-x: Rocker Unit 210: Rocker Controller
220: locker short-range communication unit 230: data buffer
240: LAN interface 260: locker opening and closing portion
300: LAN Controller 400: Locker Service System Server
410: server controller 420: LAN connection
430: use log storage unit 440: locker DB
450: subscriber DB 460: location information DB

Claims (11)

A locker service system comprising a locker service user's mobile terminal, a locker control unit, and a locker service system server configured to perform driving and management of a locker,
A mobile terminal 100 of a locker service user having a short range communication means,
A plurality of rocker units (200-1) to (200-n) having a communication means corresponding to the short-range communication means of the mobile terminal (100) and connected to the locker to provide a rocker service; And
And a locker service system server 400 which drives and manages the locker through the mobile terminal 100 and the plurality of locker units 200-1 to 200-n.
The mobile terminal 100 and the plurality of rocker units 200-1 to 200-n and the rocker service system server 400 are connected through a LAN controller 300 to connect the mobile terminal 100 and the plurality of rocker service systems 400. Stand-alone locker service system, characterized in that configured to perform the drive and management of the locker through the locker unit (200-1) ~ (200-n)
According to claim 1, The mobile terminal 100 of the locker service user,
Mobile controller 110; and
Subscriber ID storage unit 120 for storing the identifier of the locker service user; And
A locker data storage unit 140 for storing information of the locker being used by the locker service user;
A mobile local area communication unit 150 for data communication in the local area;
Stand-alone locker service system comprising a; locker data storage unit 140 for storing basic information for inquiring the locker information used by the locker service user
The method of claim 1, wherein the plurality of rocker units (200-1) to (200-n),
Rocker controller 210; and,
A plurality of lockers 300 opened and closed through the locker opening and closing unit 260 by the control of the rocker controller 210;
A LAN interface 240 for performing data communication with the rocker service system server 400 connected to the LAN;
A data buffer 230 for storing an ID assigned for data communication with the locker service system server 400;
A locker short-range communication unit 220 for data communication between the mobile terminal 100 of the locker service user and the short-range area under the control of the locker controller 210; And
And a usage data storage unit 230 for storing data using the locker through the plurality of locker units 200-1 to 200-n as the mobile terminal 100 of the locker service user. Locker service system
According to claim 1, The locker service system server 400,
A server controller 410;
A LAN connection unit 420 accessing the locker service user's mobile terminal 100 and one or more locker units 200-1 to 200-n via the LAN controller 300;
A locker DB 440 for storing IDs of a plurality of lockers connected to and connected to one or more locker units 200-1 to 200-n accessed through the LAN connection unit 420; Connected to the controller 410,
A usage log storage unit 430 in which usage information of each of the plurality of lockers provided through a LAN connection unit 420 is stored by the server controller 410;
Subscriber DB 450 for storing the information and identifier of the mobile terminal 100 of the user subscribed to the locker service; And,
Stand-alone lockers, characterized in that configured to be accessed by the server controller 410; is provided with a location information DB (460) for guiding the location of a plurality of rocker units (200-1) ~ (200-n) Service system
A control method of a locker service user having a locker service user and a locker control unit and a locker service system server, the locker service user having a locker service in a locker service system configured to perform locker service and management, to store goods in a locker. As
When the locker service user's mobile terminal 100 and the plurality of locker units 200-x are driven, the mobile controller 110 of the mobile terminal 100 obtains the identifier of the locker service user from the subscriber ID storage 120. Transmitting to the mobile local area communication unit 150 (S100);
The plurality of locker units 200-x may then identify the locker service user IDs transmitted from the surrounding mobile terminals 100 through the locker local area communication unit 220 through the LAN interface 240. ) Transmitting to (S110);
Then, the server controller 410 of the locker service system server 400 determines a valid subscriber by inquiring the identifiers of the locker service users through the subscriber DB 450, and locates the location information of the locker unit 200-x. Retrieving from the information DB 460 and transmitting to the locker unit 200-x (S115);
- to the next. The locker unit 200-x receives and stores the received position information of the rocker unit 200-x in the data buffer 230 and then transmits the locker unit 200-x to the mobile terminal 100 of the locker service user through the locker short-range communication unit 220. (S120); step
Then, a user ID is input through the corresponding locker unit 200-x (S125) from the mobile terminal 100 provided with the location information of the rocker unit 200-x;
Next, the locker unit 200-x transmits the ID of the rocker unit 200-x and the input user ID stored in the data buffer 230 to the locker service system server 400 through the LAN interface 240. (S130); step
Then, the locker service system server 400 retrieves the ID of the locker unit 200-x from the locker DB 440, and retrieves the input user ID from the subscriber DB 450. Transmitting the currently available locker with reference to 430 to the rocker unit 200-x via LAN as available locker information (S135);
Next, the locker unit 200-x receives and stores the received available locker information as the data buffer 230 and then transmits the stored locker information to the mobile terminal 100 of the locker service user through the locker short-range communication unit 220 (S140). Step
Then, the mobile terminal 100 selects the locker with reference to the available locker information received and transmits the locker unit 200-x through the mobile local area communication unit 150, and the locker unit 200-x is the locker opening and closing unit. Opening and closing the selected locker (S145) through 260;
Next, the locker unit 200-x transmits the user ID and the selected locker information to the locker service system server 400 through the LAN interface 240 as locker use information (S150);
Then, the locker service system server 400 having received the user ID and the selected locker information from the locker unit 200-x as locker usage information stores the locker usage information in the usage log storage 430, and locks the locker. Updating the currently available locker information of the unit 200-x to transmit the corresponding rocker unit 200-x (S155);
Control method of a stand-alone rocker service system, characterized in that consisting of
The method of claim 5, wherein the locker unit 200-x opens and closes the selected rocker through the locker opening and closing unit 260 (S145).
The mobile terminal 100 further includes storing information on the selected locker with reference to the available locker information in the locker data storage unit 140.
6. The step of transmitting (S150) the user ID and the selected locker information to the locker service system server (400) via the LAN interface (240) as locker usage information.
The locker unit 200-x further includes storing a user ID provided from the mobile terminal 100 and information on the selected locker in the data buffer 230.
A locker service user having a locker service user's mobile terminal, a locker control unit, and a locker service system server configured to perform driving and management of a locker. As
-If the locker service user's mobile terminal 100 and a plurality of locker units 200-1 to 200-n are driven, the locker service 200-x of the locker in which the goods are stored is stored from the mobile terminal 100. Inputting the user ID (S200);
Next, the locker unit 200-x transmits the ID of the rocker unit 200-x and the input user ID stored in the data buffer 230 to the locker service system server 400 through the LAN interface 240. (S210); to step
Then, the locker service system server 400 retrieves the ID of the locker unit 200-x from the locker DB 440 and inquires the input user ID from the subscriber DB 450 and from the usage log storage 430. If the locker unit 200-x is being used as an input user ID, transmitting use approval (ack) data to the locker unit 200-x (S220);
-Next, the locker unit 200-x receiving the use authorization (ack) data from the locker service system server 400 queries the data buffer 230 as a user ID currently input among the lockers 300. Transmitting the locker information being used as the use information to the mobile terminal 100 through the locker short-range communication unit 220 (S230);
Then, the mobile terminal 100 selects a locker with reference to the received usage information and transmits the locker unit 200-x to the corresponding locker unit 200-x through the mobile local area communication unit 150, and the locker unit 200-x is a locker opening and closing unit. Opening and closing the selected locker (S240) through 260;
Next, the locker unit 200-x transmits the user ID and the selected locker information to the locker service system server 400 via the LAN interface 240 as locker use end information (S250);
The locker service system server 400, which has received the user ID and the selected locker information from the locker unit 200-x as the locker use end information, updates the currently available locker information of the locker unit 200-x. Transmitting to the locker unit 200-x (S260);
Control method of a stand-alone rocker service system, characterized in that consisting of
The method of claim 8, wherein the locker unit 200-x opens and closes the selected rocker through the locker opening and closing unit 260 (S240).
The mobile terminal 100, the control method of the independent locker service system, characterized in that further comprising the step of deleting the information of the locker stored in the locker data storage unit 140 with reference to the received use information.
The method of claim 8, wherein in the step S260 of updating the currently available locker information of the rocker unit 200-x and transmitting to the corresponding rocker unit 200-x,
The locker service system server 400, which has received the user ID and the selected locker information from the locker unit 200-x as the locker use end information, deletes the user ID and the selected locker information from the usage log storage unit 430. Control method of the stand-alone rocker service system, characterized in that further comprising
In a locker service system having a locker service user's mobile terminal, a locker control unit, and a locker service system server configured to perform driving and management of the locker, the locker service user who is subscribed to the locker service is in use at the step of recovering goods from the locker. As a guide control method of the locker,
A user ID is input to the locker unit 200-x from the mobile terminal 100 (S300);
Next, the locker unit 200-x transmits the ID of the rocker unit 200-x and the input user ID stored in the data buffer 230 to the locker service system server 400 through the LAN interface 240. (S310);
Then, the locker service system server 400 searches for the ID of the received locker unit 200-x in the locker DB 440 and inquires the inputted user ID in the subscriber DB 450 and then uses the usage log storage unit ( 430 reads whether the locker unit 200-x is being used as the input user ID, and if the ID of the locker unit 200-x does not match the ID of the locker unit 200-x, the mismatch message is displayed. Transmitting to (S320);
Then, the locker service system server 400 refers to the usage log storage unit 430, and if there is a locker selected and used by the subscriber ID, the locker being used by searching for the location of the locker from the location information DB 460. Transmitting to the locker unit 200-x as position information of the device (S330);
A step in which the corresponding rocker unit 200-x receiving the location information of the locker in use by the step S330 transmits the location information of the locker in use to the mobile terminal 100 again (S340);
Control method of a stand-alone rocker service system, characterized in that consisting of

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