KR100625253B1 - Unmaned delivery and products delivery system - Google Patents

Abstract

The present invention relates to an unmanned courier and delivery logistics system, in particular in an unmanned courier system; To store and receive goods, to generate charges for storing and receiving goods, to generate goods storage information including billing information and password, to output RFID tags that can be attached to goods, and to read RFID tag information. An unmanned courier storage device that provides the location of goods as map information through; It is connected to a plurality of unmanned home delivery storage device via a local network and manages a variety of information including the goods storage information delivered from the unmanned home delivery storage device to the DB, bill payment information, goods storage information, RFID tag information and map information Local server to relay the; And each local server is connected through a wide area network so as to be connected to a shopping mall server and a courier server to process the goods to be stored in the unmanned courier storage device installed at a place where a courier wishes to store the goods. Performs charge processing using the above billing information in connection with the server, notifies the courier or the courier via SMS or e-mail in association with the mobile communication server or the mail server, and the courier or the courier to the homepage. If the user wants to check the location of the goods through the RFID tag, characterized in that it comprises an operation management server for providing the location of the goods as map information through the RFID tag information in conjunction with the GPS server.

According to the present invention as described above, payment can be made in various ways such as cash, card, mobile communication terminal, contact or contactless card, membership system, and user recognition in various ways such as biometrics such as iris and fingerprint, electronic resident card, etc. The user can provide convenience to the user by outputting the RFID tag and attaching it to the article when storing the article, and attaching the RF receiver to the unmanned parcel delivery device and the parcel delivery vehicle, or through the mobile communication network or satellite. By verifying the location, and in conjunction with the GPS to accurately display the location of the goods on the map, the sender or recipient can easily locate the goods with a computer via unmanned parcel delivery device or the Internet.

Unmanned, Courier, Shipping, Logistics, Location Guide, RFID Tag, Payment

Description

Unmanned delivery and products delivery system

1 is a block diagram showing the configuration of an unmanned home delivery and delivery logistics system according to the present invention,

Figure 2 is a block diagram showing the configuration of an unmanned courier storage device of the unmanned courier and delivery logistics system according to the present invention,

3 is a reference diagram showing an unmanned courier storage device of the unmanned courier and delivery logistics system according to the present invention,

4 is a reference diagram showing the form of an RFID tag according to the present invention;

FIG. 5 is an operation flowchart illustrating an operation flow when an article requester directly stores an article in an unmanned delivery service storage device using an unmanned delivery and delivery logistics system according to the present invention; FIG.

6 is an operation flowchart showing the operation flow when receiving the stored goods using the unmanned delivery and delivery logistics system according to the present invention,

7 is an operation flowchart showing an operation flow in the case of searching for the location of goods using the unmanned delivery and delivery logistics system according to the present invention.

<Explanation of symbols on main parts of the drawings>

200: unmanned home delivery storage device 400: local server

600: operations management server

The present invention relates to an unmanned courier and delivery logistics system, and more specifically, to generate goods storage information including billing information and password so that payment can be carried out at the time of storage and receipt of goods, and can be attached to the goods The present invention relates to an unmanned parcel delivery and delivery logistics system that outputs an RFID tag and provides the location of goods as map information through RFID tag information.

The courier service is a transportation service that meets the users' need for rapid transportation of logistics. After receiving the user's request for transporting the package through telephone, fax, and Internet, they receive the goods or documents to be sent to the user. This means home-to-home delivery service that delivers the package to the home of the recipient.

In the parcel delivery process of the parcel delivery service, all parcels requested for shipment are collected at the head office, the parcel is classified by the recipient, and the parcel is sent to the corresponding local office. Subsequently, the courier's courier at the local sales office delivers the cargo to the destination by using a vehicle or the like. Subsequently, when there is a recipient or a substitute recipient at the recipient, the courier is delivered to the recipient or the alternate recipient, and after confirmation of receipt, returns to the local office. If no one is at the addressee, leave the baggage at a neighbor's or apartment security office, return and contact the recipient. However, if it is difficult to leave your luggage at the neighbor's or apartment security office, once you go back to your local sales office, check that there is a recipient, go back to the receiving location, deliver the parcel delivery, confirm receipt and return to your local sales office. do. The courier employee who returned to the local sales office updates the courier status on the central server of the head office through the terminal of the local sales office.

In addition, due to the development of communication media, the proportion of courier services is increasing due to the rapid increase in e-commerce, TV home shopping, and telecommunication sales through the Internet.However, due to traffic jams, the delivery time of the goods is irregular, double income, divorce rate, work volume, share It is often difficult to deliver or receive goods due to an increase in the five-day system, and it is impossible to deliver in the absence or contact of the party or the other party. There is a problem that the pain of the individual is increased.

In order to solve this problem, an unmanned parcel delivery system that can be installed and used in public places has been developed.

However, there is a problem that it causes inconvenience in use because it merely plays a role of simply storing and relaying a cargo, and a method of performing a payment method or user recognition is very limited.

In addition, there is a problem that the recipient does not accurately determine the location of the article because there is no separate device that can determine the location of the article.

The present invention is to solve the above problems, it is possible to pay in a variety of ways, such as cash, card, mobile communication terminal, contact or contactless card, membership system, various methods such as biometrics, fingerprint identification, such as fingerprint It is to provide an unmanned home delivery system that can provide convenience to the user by performing the user recognition.

In addition, the present invention to output the RFID tag when storing the article to be attached to the article, attached to the unmanned parcel delivery device and the delivery vehicle RF receiver or check the position of the article through a mobile communication network, satellite, etc., GPS and It is an object of the present invention to provide an unmanned parcel delivery system that enables a sender or a recipient to easily locate a merchandise with a computer through an unmanned parcel delivery device or the Internet by interlocking to accurately display the location of the merchandise on a map.

In addition, the present invention provides an unmanned parcel delivery system for guiding a user through a voice guidance, using an interphone in an emergency, and preventing theft by photographing an unmanned parcel storage device through a surveillance camera. There is a purpose.

Features of the present invention for achieving the above object,

In an unmanned courier system; To store and receive goods, to generate charges for storing and receiving goods, to generate goods storage information including billing information and password, to output RFID tags that can be attached to goods, and to read RFID tag information. An unmanned courier storage device that provides the location of goods as map information through; It is connected to a plurality of unmanned home delivery storage device via a local network and manages a variety of information including the goods storage information delivered from the unmanned home delivery storage device to the DB, bill payment information, goods storage information, RFID tag information and map information Local server to relay the; And each local server is connected through a wide area network so as to be connected to a shopping mall server and a courier server to process the goods to be stored in the unmanned courier storage device installed at a place where a courier wishes to store the goods. Performs charge processing using the above billing information in connection with the server, notifies the courier or the courier via SMS or e-mail in association with the mobile communication server or the mail server, and the courier or the courier to the homepage. If the user wants to check the location of the goods through the RFID tag, characterized in that it comprises an operation management server for providing the location of the goods as map information through the RFID tag information in conjunction with the GPS server.

Here, the unmanned home delivery storage device is provided with an electronic locker for opening and closing the door, and a sensor for detecting the presence of the goods inside the box and the indicator lamp for indicating the presence of the goods, respectively, and a plurality of boxes each different in size A storage box installed; An I / O controller to which a plurality of storage boxes are connected; A power supply capable of receiving commercial power and supplying necessary power to each component, and supplying charging power in an emergency; An LCD monitor having a touch panel to enable user input and display various information and guidance messages; A keypad for user input such as password, RFID tag information; A reader for reading information of the payment means; A money injector, into which money is input and which returns the balance; A receipt issuing machine for issuing a receipt including the goods storage information and the billing information; An RFID tag output and reader for outputting a pair of RFID tags in a sticker form and reading RFID tag information; A speaker for transmitting an announcement; A memory for storing various data necessary for various programs and systems; A surveillance camera for photographing the storage box and transmitting the photographed image to a control center; An interphone for a user to talk to the management center; An interface for local network connection with the local server; And a main controller which controls each component and provides billing information, article storage information, RFID tag information, and map information to the local server through the local server and the interface.

Here, the unmanned home delivery storage device further includes a biometric reader capable of performing biometrics for user authentication.

Here, the payment means is any one selected from a credit card, a transportation card, a mobile communication terminal, a member card, an electronic identity card which can perform a payment by contact or contactless.

Here, the main controller, when the item storage request signal is input through the keypad or the touch panel of the LCD monitor, to display the empty storage box through the sensor of the storage box to be able to select the storage box according to the size of the article, When the storage box is selected, when the bill payment is requested and the bill payment is completed, the receipt is issued to control the receipt issuing machine and then guide the output of the RFID tag when the receipt of the RFID tag is requested. To control and issue the RFID tag.

Here, the main controller generates a password by driving a password generation program when the charge processing is completed through the money input device and the reader, and outputs it to the receipt along with the payment information and the goods storage information through the receipt issuer. do.

Here, if the password is input when receiving the goods, the main controller checks whether an excess cost occurs, and if an excess cost occurs, requests the excess fee to pay the excess fee through the receipt machine when the excess fee is processed. Issuing a receipt for, and controls the electronic locker of the storage box to open the storage box, generates goods receipt information and transmits it to the operation management server through the local server.

Herein, when the courier client directly stores the goods in the unmanned courier storage device, the operation management server transmits the goods storage information to the courier company server to the unmanned courier storage device installed at a place designated by the courier. Deliver the goods.

Here, the operation management server transfers the password to the courier or the courier recipient by SMS in association with the mobile communication server.

Hereinafter, the configuration of the unmanned courier and delivery logistics system according to the present invention in detail with reference to the accompanying drawings as follows.

In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. Terms to be described later are terms defined in consideration of functions in the present invention, and may be changed according to intentions or customs of users or operators. Therefore, the definition should be made based on the contents throughout the specification.

1 is a block diagram showing the configuration of an unmanned courier and delivery logistics system according to the present invention, Figure 2 is a block diagram showing the configuration of an unmanned courier storage device of the unmanned courier and delivery logistics system according to the present invention, Figure 3 4 is a reference diagram illustrating an unmanned courier storage device of an unmanned courier service and a distribution logistics system according to the present invention, and FIG.

1 to 4, the unmanned home delivery and delivery logistics system 100 according to the present invention includes an unmanned home delivery storage device 200, a local server 400, and an operation management server 600.

First, the unmanned home delivery storage device 200 includes a storage box 210, an I / O controller 220, a power supply 230, an LCD monitor 240, a keypad 250, a reader 260, Interface with money injector 270, receipt issuer 280, RFID tag output and reader 290, speaker 300, memory 310, surveillance camera 320, interphone 330 340 and the main controller 350.

The storage box 210 includes an electronic locker 211 for opening and closing the door as shown in FIG. 3, a sensor 213 for detecting the presence of an item in the box, and a display lamp 215 for indicating the presence of the item. Each of them is provided, and a plurality of boxes, each different in size, are installed.

The I / O controller 220 plays a role of relaying communication between each of the storage boxes 210 and the main controller 350.

The power supply 230 receives the commercial power 220V and supplies necessary power to each component. Here, the power supply 230 is preferably provided with a UPS capable of supplying emergency power in case of power failure.

The LCD monitor 240 includes a touch panel 241 to enable user input and display various information and guidance messages.

The keypad 250 receives a user input such as a password and RFID tag information. It may be a combination of numeric keys, or may be an input means such as a keyboard.

The reader 260 reads information of a payment means. Here, the payment means is any one selected from a credit card, a transportation card, a mobile communication terminal, a membership card, and an electronic ID card that can perform a payment by contact or contactless. In addition, the reader 260 may be a biometric reader capable of recognizing a living body such as a fingerprint for user authentication when an unmanned home delivery storage device is installed in an apartment or a company that does not require payment according to the type of service.

The money injector 270 checks whether or not money is input and returns the balance.

Receipt issuer 280 issues a receipt containing the goods storage information and bill payment information.

The RFID tag output and reader 290 outputs a pair of RFID tags in the form of stickers and reads RFID tag information. Here, the RFID tag 291 is configured to cut and attach the RFID tag 291 attached to the article on the sticker 293 of the rectangular shape as shown in Figure 4, the rest of the The other RFID tag 291 is attached, and RFID tag information is recorded on the surface. Meanwhile, only one RFID tag may be attached to the article and the RFID tag information may be recorded on the remaining surface.

The speaker 300 transmits guide information displayed on the LCD monitor 240 as guide broadcast.

The memory 310 stores various data necessary for various programs and systems.

The surveillance camera 320 photographs the storage box and transmits the captured image to the control center. Here, the image captured by the surveillance camera 320 may be stored in the memory 310 or may be stored in the local server 400 or the operation management server 600.

The interphone 330 is installed for the user to talk to the management center in case of inexperienced use or failure of the device.

The interface 340 is installed for local network connection with the local server 400.

The main controller 350 receives an empty storage box 210 through the sensor 213 of the storage box 210 when a request for storing a product is input through the keypad 250 or the touch panel 241 of the LCD monitor 240. Search and display to allow the selection of the storage box 210 according to the size of the article, and when the storage box 210 is selected, the billing request is requested to control the receipt issuer 280 issuing a receipt when the payment is completed. When the output of the RFID tag 291 is requested by guiding whether the RFID tag 291 is output or not, the RFID tag 291 is controlled by controlling the RFID tag output and the reader 290.

The main controller 350 generates a password by driving a password generation program when the charge processing is completed through the money inputter 270 and the reader 260, and the bill payment information and the goods storage information through the receipt issuer 280. On the receipt. Here, the main controller 350 may include a password in the article storage information and transmit the password to the operation management server 600.

When the password is input when receiving the goods, the main controller 350 checks whether there is an excess cost and requests an excess charge when an excess charge occurs. When the excess charge is processed, the main controller 350 receives an excess charge through the receipt issuer 280. Issuing a receipt for, and controls the electronic locker 211 of the storage box 210 to open the storage box, generates the goods receipt information and transmits it to the operation management server 600 through the local server 400.

In addition, the local server 400 manages a variety of information including the article storage information transmitted from the unmanned courier storage device 200 is connected to the plurality of unmanned courier storage device 200 and the local network as a DB, bill payment Relays information, article storage information, RFID tag information, and map information. Meanwhile, the unmanned home delivery storage device 200 may be directly connected to the operation management server 600 through a wide area network, rather than through the local server 400.

In addition, the operation management server 600, each local server 400 is connected through a wide area network in conjunction with the shopping mall server 101 and the courier service server 102 unmanned courier installed in the place where the courier client wants to store goods Process the goods to be stored in the storage device 200, and when storing and receiving the goods in charge of the charge processing information in connection with the financial company server 103, and delivers the goods storage information to the courier or courier mobile communication server (104) or notification via SMS or e-mail in connection with the mail server 105, and if the courier or the recipient wants to check the location of the goods through the RFID tag 291 by connecting to the homepage and linked with the GPS server 106 To provide the location of the goods as map information through the RFID tag information. Here, the operation management server 600 transmits the goods storage information to the courier server 102 when the courier client directly stores the goods in the unmanned courier storage device 200, unmanned installed in the place designated by the courier courier at the courier The goods are delivered to the parcel delivery device 200. Here, the operation management server 600 may also transmit the password included in the article storage information to the courier or the courier recipient by SMS in association with the mobile communication server 104.

Hereinafter, the operation of the unmanned home delivery and delivery logistics system according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 5 is an operation flowchart illustrating an operation flow when an article requester directly stores an article in an unmanned delivery service storage device using an unmanned delivery service and a delivery logistics system according to the present invention, and FIG. 6 is an unmanned delivery service according to the present invention. 7 is an operation flowchart illustrating an operation flow when receiving a stored article using a logistics system, and FIG. 7 is an operation flowchart illustrating an operation flow when an article location is searched using an unmanned delivery and delivery logistics system according to the present invention. to be.

<< the article client keeps the goods directly >>

Referring to FIG. 5, the client first visits the unmanned delivery service storage device 200 installed nearby, selects storage by selecting storage / receive (S100), and the LCD monitor 240 of the unmanned delivery service storage device 200. The storage box 210 is selected according to the size of the article through the touch panel 241 or the keypad 250 (S110). At this time, the main controller 350 of the unmanned courier storage device 200 checks the state of each storage box 210 through the sensor 213 and guides the courier to the empty storage box 210, the courier client It guides you to select a locker 210 for this item size. On the other hand, the guide is displayed in the form of a guide message on the LCD monitor 240, the guide broadcast is transmitted through the speaker 300.

When the storage box 210 is selected (S120), the main controller 350 transmits a guide screen and a guide broadcast for bill payment. In this case, the bill payment may be set differently according to the size of the storage box 210.

Then, when the courier client inputs cash through the money inputter 270 or approaches the payment means through the reader 260, the main controller 350 checks the amount of money inputted through the money inputter 270 to check the balance. It returns or reads the information of the payment means through the reader 260 and transmits it to the operation management server 600 through the local server 400. Then, the operation management server 600 processes the bill payment in a conventional known manner through the financial (including credit card companies, mobile communication companies) company (S130).

Thus, when the billing process is processed, the main controller 350 generates a password by driving the password generation program (S140), and outputs it to the receipt together with the billing information and the goods storage information through the receipt issuer 280. (S150). At this time, the password is arbitrarily selected through a hash function.

When the output of the RFID tag 291 is requested, the main controller 350 instructs the courier to output the RFID tag 291 again. The main controller 350 controls the RFID tag output and the reader 290 to operate the RFID tag 291. Output (S160).

Then, the courier client attaches the RFID tag 291 to the article and stores the article in the selected storage box 210 (S170).

When the storage is completed, the main controller 350 transmits the goods storage information to the operation management server 600, the operation management server 600 manages the goods storage information in the DB, and stores the goods storage information to the courier company server 102. By courier delivery.

In addition, the operation management server 600 notifies the parcel delivery information to the parcel delivery client via SMS or e-mail in association with the mobile communication server 104 or the mail server 105 (S180). At this time, when the courier client enters the recipient's mobile phone or e-mail, the recipient may also be notified of this.

On the other hand, the courier requests the recipient to receive the password printed on the receipt so that the recipient can receive the goods. In this case, the operation management server 600 may transmit the password to the courier by SMS in association with the mobile communication server 104 according to the choice of the courier.

<< article receipt >>

Referring to FIG. 6, a courier client purchases an item through home shopping, etc., and requests a courier service to a nearby unmanned courier storage device 200 when a courier is requested, or when the item is stored in an unmanned courier storage device 200 or courier service. If the client keeps the goods in the unmanned courier storage device 200 and is stored in the unmanned courier storage device 200 through the courier courier employees or recipients select the receipt through the storage / receipt selection (S200), the password Enter (S210). In this case, the courier's staff may cope with the password input through the membership card, or the recipient may read the information of the payment means or authentication means through the reader 260 while pre-registering the payment means or authentication means. You can also handle input.

When the password is input, the main controller 350 of the unmanned home delivery storage device 200 inquires the goods through communication with the operation management server 600 through the local server 400, and the corresponding items are present in the storage box 210. If it is confirmed by the guide message whether the storage of the article and the number of the storage box to the recipient (S230).

Then, the main controller 350 checks whether the excess charge has occurred (S230), and if the excess charge does not occur, controls the storage box to open the door, and sends out a message such as a guide message to remove the corresponding article. Receipt is also made (S260, S270).

On the contrary, when an excess charge occurs, a guide screen and a guide broadcast for payment of the excess charge are transmitted.

Then, when the receiver injects cash through the money injector 270 or approaches the payment means through the reader 260, the main controller 350 checks the amount of money input through the money injector 270 and returns the balance. Or to read the information of the payment means through the reader 260 and transmits it to the operation management server 600 through the local server 400 to process the excess charge payment (S240).

Thus, when the excess charge payment is processed, the main controller 350 outputs the excess charge payment information as a receipt through the receipt issuer 280 (S250).

On the other hand, if the excess charge occurs when the password is handled through the payment means to handle the excess charge in the above manner.

In addition, the main controller 350 controls the storage box to open the door when the excess fee is settled, and sends a guide message for discharging the corresponding item to receive the item (S260 and S270).

Then, the main controller 350 generates the goods receipt information and transmits it to the operation management server 600 through the local server 400 (S280). On the other hand, the operation management server 600 may notify the parcel delivery information to the courier by SMS or e-mail in conjunction with the mobile communication server 104 or the mail server 105 through the goods receipt information.

<< article position confirmation >>

Referring to FIG. 7, a parcel delivery client or a recipient may access the homepage of the operation management server 600 through the Internet through a personal computer or may access the unmanned parcel delivery device 200 to track the location of an article (S300). ).

When the RFID tag information is input through the personal computer or the unmanned home delivery storage device 200 (S310), the operation management server 600 relays the RFID tag information to the GPS server 106 (S320).

Then, the GPS server 106 is attached to the RFID tag output and the reader 290 installed in each unmanned parcel delivery device 200 and the RFID tag reader installed in the parcel delivery vehicle according to the RFID tag information. Arrange the position of the article (S330).

Thus, when the location of the article, that is, the coordinates are searched, the map matching the corresponding coordinates is matched (S340), the matched map image is transmitted to the operation management server 600 (S350), and the monitor or unmanned courier storage of the personal computer. In order to be displayed on the LCD monitor 240 of the device 200 (S360).

At this time, the map information can be expanded and reduced, and when the vehicle is moved to the courier vehicle, the contact information of the courier staff, the estimated arrival time, etc. can be additionally informed. In addition, you can inform.

According to the present inventors unmanned courier and delivery logistics system configured as described above, it is possible to pay in various ways such as cash, card, mobile communication terminal, contact or contactless card, membership system, biometrics such as fingerprint, electronic resident card, etc. It is possible to provide convenience to the user by performing the user recognition in the same manner.

In addition, according to the present invention, the RFID tag can be output and attached to the article when the article is stored, and the RF receiver is attached to the unmanned parcel delivery device and the parcel delivery vehicle, or the location of the article is confirmed through a mobile communication network, a satellite, and the GPS. By interlocking with, the location of goods on the map can be displayed accurately so that the sender or recipient can easily locate the goods with a computer through an unmanned parcel delivery device or the Internet.

In addition, according to the present invention, the user can be guided to the operation method through the voice guidance, to use the interphone in an emergency, and to prevent theft by photographing the unmanned parcel delivery device through the surveillance camera.

As those skilled in the art would realize, the described embodiments may be modified in various ways, all without departing from the spirit or scope of the present invention. It is to be understood, however, that the present invention is not limited to the specific forms referred to in the description, but rather includes all modifications, equivalents, and substitutions within the spirit and scope of the invention as defined by the appended claims. Should be.

Claims (9)

In an unmanned courier system; An electronic locker for opening and closing the door, and a sensor for detecting the presence of the goods inside the box and a lamp indicating the presence of the goods, respectively, a storage box for installing a plurality of different boxes for each size, and a plurality of storage boxes User input is possible with a connected I / O controller, a power supply for supplying necessary power to each component by receiving commercial power, and supplying charging power in an emergency, and a touch panel, and various information and guidance messages are available. LCD monitor to display the display, keypad for user input such as password and RFID tag information, credit card, transportation card, mobile communication terminal, membership card, electronic identity card which can make payment by contact or contactless Reader which reads information of payment stage which is one, money is input, and money is returned A feeder, a receipt issuer for issuing a receipt containing the goods storage information and billing information, an RFID tag output and reader for outputting a pair of RFID tags in the form of a sticker, and reading the RFID tag information, and an announcement broadcast. , A biometric reader capable of performing biometrics for user authentication, a memory storing various data necessary for programs and systems, and a surveillance for transmitting the photographed image of the storage box to the control center. A camera, an interphone for a user to talk to the management center, an interface for connecting to the local server and a local network, and each component, and controls billing information and supplies to the local server through the local server and the interface. Unattended tag with main controller providing archive information, RFID tag information and map information And storage devices; It is connected to a plurality of unmanned home delivery storage device via a local network and manages a variety of information including the goods storage information delivered from the unmanned home delivery storage device to the DB, bill payment information, goods storage information, RFID tag information and map information Local server to relay the; And Each local server is connected through a wide area network to connect with a shopping mall server and a courier server so that the courier can store the goods in the unmanned courier storage device installed at a place where the courier wishes to store the goods, and the financial company server at the time of storing and receiving the goods. Perform charge processing by using the billing information in connection with the courier service, notify the courier or the courier of the goods storage information through an SMS or an email in connection with a mobile communication server or a mail server, and the courier or the recipient access the homepage. If you want to check the location of the goods through the RFID tag to provide the location of the goods as map information through the RFID tag information in conjunction with the GPS server, if the courier client directly stores the goods in the unmanned courier storage device to the courier server Delivery courier at the courier by sending the goods storage information An unmanned home delivery service, comprising: an operation management server for delivering goods to the unmanned home delivery storage device installed at a designated place, and delivering a password to a home delivery client or a home delivery recipient by SMS in association with the mobile communication server; Shipping logistics system. delete delete delete The method of claim 1, The main controller, When a storage request signal is input through the keypad or the touch panel of the LCD monitor, an empty storage box is displayed through the sensor of the storage box so that the storage box can be selected according to the size of the storage box. When the payment is completed by request, the receipt is issued to control the receipt issuing machine, and then the receipt of the RFID tag is guided, and when the output of the RFID tag is requested, the RFID tag output and the reader are controlled to issue the RFID tag. When the charge processing is completed through the money input device and the reader, a password generation program is driven to generate a password, which is printed on the receipt along with the bill payment information and the item storage information through the receipt issuer, and when receiving the goods, the secret is received. Once the number is entered, it will check if there are any excess costs Requests for payment of excess charges when expenses are incurred. When the payment of excess charges is completed, the receipt issuer issues a receipt for the excess charge, controls the electronic locker of the storage box, opens the storage box, and generates goods receipt information. Unattended courier and delivery logistics system characterized in that for transmitting this to the operation management server through the local server. delete delete delete delete

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