KR20060091821A - Door-to-door delivery system using wire-wireless network and method for tracking goods in real-time - Google Patents

Abstract

The present invention provides a wired / wireless network capable of real-time location tracking of moving cargo by owning a wireless terminal capable of tracking a location and registering the cargo in real time using a wireless terminal at each time such as collection, delivery, and delivery. Disclosed is a parcel delivery system and a real-time cargo tracking method. The system of the present invention comprises a wireless network for performing wireless communication; A shipper wireless terminal connected to the wireless network and equipped with an application for wirelessly performing collection, delivery, and shipping related registration of cargo in a delivery process; And a waybill corresponding to the goods, a waybill information, a defect information, a shipper information, and a shipper information, are registered from the shipper wireless terminal through the wireless network, and correspond to the corresponding goods in response to a cargo tracking request. And a parcel delivery server for querying the wireless network for the location of the deliverer wireless terminal and providing the result to the requesting party.

Description

Door-to-door delivery system using wire-wireless network and method for tracking goods in real-time}

1 is a block diagram showing a preferred embodiment of a parcel delivery system using a wired or wireless network according to the present invention.

2 is a diagram for explaining a parcel delivery process.

3 is a perspective view showing an embodiment of a deliverer wireless terminal usable in the courier system according to the present invention.

FIG. 4 is a main screen of an application mounted on the deliverer wireless terminal of FIG. 3. FIG.

5A to 5K are screens provided for performing the collection of applications mounted on the shipper wireless terminal of FIG.

6A to 6F are screens provided for performing delivery of an application mounted on the shipper wireless terminal of FIG. 3.

7A to 7H are screens provided to perform delivery of an application mounted on the shipper wireless terminal of FIG. 4.

8A to 8I are screens provided for performing picture transmissions connected to other functions of an application mounted on the shipper wireless terminal of FIG. 4.

9A to 9F are screens provided for performing real time cargo tracking connected to other functions of the application mounted on the shipper wireless terminal of FIG.

FIG. 10 is a flow chart illustrating operation of an embodiment corresponding to a real time freight tracking request of a defect.

The present invention relates to a courier system and a real-time cargo tracking method using a wired and wireless network, and particularly, the courier delivers the cargo in real time using a wireless terminal at each point in time such as collection, delivery, and delivery. The present invention relates to a parcel delivery system and a real-time cargo tracking method using a wired or wireless network capable of real-time location tracking of moving cargo by registering with a server.

The courier service is a service that takes small and small quantities of cargo from the shipper's door and delivers them quickly under the carrier's responsibility.

The conventional courier service is performed offline, but recently, based on a change in social infrastructure, it is based on wired and wireless networks.

As a result, the orderer or the sender order the courier to the courier company by wired / wireless telephone, fax, or internet, and the courier company visits the sender, collects the cargo, passes the various route routes, and then delivers the cargo to Sujaja. To pass.

In addition, the waybill is managed in the above parcel delivery process, and the waybill is used as documentary evidence of the consignment, and the consignment information (address, name, and phone number), consignee information (address, name and phone number) is included in the waybill. ), The name of the package, the price of the package, the size of the package, and the waybill number. The waybill is distributed at each time of delivery for the purpose of consignor, computer registration, consignee, consignee, and the like.

The conventional parcel delivery service usually provides a real time cargo tracking service. Conventional real-time freight tracking services are intended to indicate where a shipment is being sent (or orderer) or where a shipment is being delivered. However, a system for supporting a conventional parcel delivery service provides limited location information based on a state entered into a computer for each delivery step online. As a specific example, the location information of the cargo is moving from the collection center to the collection center (delivery reception), reaching the collection center (registration center registration), and moving from the collection center to the delivery center. ), Location information for each status received by the computer, such as the status of the delivery center (registered destination shipping center), the status of delivery at the destination shipping center (during destination delivery), or the status of the defect received (delivery completed). do.

Therefore, the sender (or orderer) or the defector can only be confirmed in a limited state as registered on the computer to confirm the exact position of the cargo in real time. If you want to change the problem is difficult to change the delivery immediately.

In addition, if a shipment is damaged, lost, contaminated, altered or returned during the delivery process, it is difficult to notify the exact status (or orderer) or the defector in real time, and it must be registered and handled at the delivery center or collection center. There is a problem.

The present invention for solving the above problems is to provide an accurate location information of the cargo by inquiring in real time the position of the location-traceable wireless terminal that the shipper has in response to the request to send (or orderer) or repair .

Another object of the present invention is to enable the receipt of cargo at the destination easily changed if necessary by querying the location of the cargo in real time.

A courier system using a wired or wireless network according to the present invention for achieving the above object is a wireless network for performing wireless communication; A shipper wireless terminal connected to the wireless network and equipped with an application for wirelessly performing collection, delivery, and shipping related registration of cargo in a delivery process; And a waybill corresponding to the goods, a waybill information, a defect information, a shipper information, and a shipper information, are registered from the shipper wireless terminal through the wireless network, and correspond to the corresponding goods in response to a cargo tracking request. And a parcel delivery server for querying the wireless network for the location of the deliverer wireless terminal and providing the result to the requesting party.

The parcel delivery server may be connected to the Internet, operate an interface available on the web, and may be linked to a mail server to receive the cargo tracking request through the Internet, and provide the cargo tracking result by e-mail correspondingly. .

The parcel delivery server may provide an inquiry result corresponding to the cargo tracking request through the wireless network to the requesting side as a short message using an SMS server linked to the wireless network.

The parcel delivery server may maintain a communication channel corresponding to the cargo tracking request through the wireless network and provide an inquiry result as a voice message to the requesting party through the wireless network.

The courier server, the order receiving unit for managing the order information received on / offline; A waybill management unit for registering the waybill and updating the waybill by reflecting the waybill information when the waybill information is updated from the shipper wireless terminal for each delivery step; A collection and delivery management unit which transmits information related to collection, delivery and delivery to the corresponding shipper, sender, and receiver by referring to information managed by the order receiving unit and the waybill management unit through the wireless network; In response to the cargo tracking request, the code of the shipper wireless terminal corresponding to the cargo is detected by the waybill management unit by using the collection and delivery management unit, and the location is searched on the wireless network by using the code. A cargo tracking unit for providing a result to the requesting party through the wireless network; And a wireless interface module for controlling the waybill and the freight tracker to be connected to the wireless network.

The parcel delivery server may further include a web interface module having an interface connected to the Internet and browsing on the web, and receiving the cargo tracking request through the internet by interworking the web interface module with a mail server. Correspondingly, the cargo tracking result can be provided by e-mail.

In addition, the collection and delivery management unit is linked to the point of time when the shipper visits the shipper to register the waybill corresponding to the freight in response to the waybill information and connection information for real-time location tracking to the waybill It is possible to transmit to the registered wireless terminal of the sender, sujakja via the wireless network.

In addition, by performing a callback corresponding to the guide message, the freight tracking unit may provide the cargo tracking result for the corresponding cargo to the wireless terminal of the receiver performing the callback.

In addition, the application mounted on the shipper wireless terminal is provided with an interface for taking a picture, input the content of the picture taken, and transmit the photographed information and the input information by at least one method of wireless and wired. can do.

Real-time cargo tracking method of the courier system using a wired or wireless network according to the present invention, the wireless terminal and the shipper wireless terminal equipped with an application for wirelessly performing the collection, delivery, and delivery-related registration of the cargo in the delivery process and connected to the wireless network; A courier system using a wired / wireless network including a courier server that registers a waybill including a waybill code, a defect information, a defect information, and a shipper information corresponding to the cargo from the shipper wireless terminal through the wireless network. Receiving a cargo tracking request by receiving information including the waybill code from a wireless terminal of a specific requesting side; Querying the wireless network for the location of the shipper wireless terminal corresponding to the cargo in response to the cargo tracking request; Guiding the inquired result to a wireless terminal of the requesting side connected to the wireless network; And in response to the guidance, when the requesting party requests to change the delivery location, performing a registration request for registration of the change and transmitting a guide message to the requesting party and the wireless terminal of the delivery person.

And registering the shipment with waybill information transmitted from the shipper wireless terminal at the time of receiving the shipment. And in response to the collection registration, transmitting a guide message including a waybill information of the cargo and connection information for real-time cargo tracking to the receiver and the receiver related to the cargo.

In addition, the connection information of the guide message includes callback information for connection with the parcel delivery server, and the requesting side may perform the cargo tracking request by using the callback information.

In addition, the real-time cargo tracking method of the courier system using the wired or wireless network according to the present invention, the wireless carrier is connected to the wireless network, the shipper wirelessly equipped with an application for performing the collection, delivery shipping, and delivery-related registration of the cargo in the delivery process wirelessly Using a wired / wireless network having a terminal and a courier server that registers a waybill including a waybill code, a defect information, a defect information, and a shipper information corresponding to the cargo from the shipper wireless terminal through the wireless network. Inputting information including the waybill code into an interface provided by the shipper wireless terminal using a parcel delivery system; Requesting freight tracking by transmitting the information to the parcel delivery server through the wireless network by using an interface provided by the shipper wireless terminal; And in response to the cargo tracking request, the courier server checks the wireless terminal code of the current deliverer registered in the waybill, inquires the location of the shipper wireless terminal corresponding to the code, to the shipper wireless terminal And sending the inquiry result.

Hereinafter, a preferred embodiment of a parcel delivery system and a real-time cargo tracking method using a wired or wireless network according to the present invention will be described in detail with reference to the accompanying drawings.

In the parcel delivery system according to the present invention, the parcel delivery server 10 is connected to a wired network such as the Internet 12 and a wireless network 14 to implement a service as shown in FIG. 1.

The courier server 10 includes an order reception unit 20, a waybill management unit 22, a collection and delivery management unit 24, and a cargo tracking unit 26 for performing a service, and a web for communication with the Internet 12. An interface module 28 and a radio interface module 30 for communication with the radio network 14 are provided. Here, the web interface module 28 includes web pages for implementing functions such as membership registration, reception, and real-time cargo tracking through the Internet 12, and the web pages receive orders in connection with the order reception unit 20. , A waybill inquiry linked to the waybill management unit 22, a collection and delivery inquiry linked to the collection and delivery management unit 24, and a real time cargo tracking function linked to the freight tracking unit 26. In addition, the web interface module 28 may additionally be configured to interwork with the mail server 32.

Then, the web terminal 40 available to the orderer, the sender or the delivery person is connected to the Internet 12, and the collection center server 42 operated in the collection center and the delivery center server 44 operated in the delivery center are connected to the Internet. It is connected to (12). In the above, the web terminal 40 typically includes all terminals capable of implementing a browsing function by accessing the Internet, and a personal computer may be presented as a representative use example.

The shipper radio terminal 52, the receiver radio terminal 54, and the orderer radio terminal 56 perform radio communication through the radio network 14, and the orderer radio terminal 56 transmits to the radio terminal. It may be configured instead. In addition, the SMS server 50 is configured to interwork with the wireless network 14 to implement the short message service.

In the bar as described above, the order receiving unit 20 configured in the parcel delivery server 10 manages order information received on / offline, and the order is online through the Internet using an offline or web terminal 40 such as a telephone or a fax machine. In this way, the order information received offline in the order receiving unit 20 is manually registered and managed, and the order information received online is automatically registered and managed.

The waybill management unit 22 registers the issued waybill, and updates the waybill-related information by reflecting the waybill information when it is updated for each delivery step. Information related to the waybill includes information on the waybill and delivery information.The information on the waybill includes the consignor information (address, name, phone number), consignee information (address, name, phone number), package name, freight price, and It includes the size, and the shipping information includes the delivery status and the shipper code. In this case, the shipper code may correspond to a device code of a location-traceable wireless terminal owned by the shipper, a code assigned to a device or a login ID.

In addition, the waybill management unit 22 provides the details of the corresponding waybill in response to the invoice (or orderer) or inquiries about the waybill through the web interface module 28, and the collection center through the web interface module 28. The waypoint information is received from the server 42 and the delivery center server 44 to update the waybill information. In addition, the waybill management unit 22 receives the update information of the waybill-related information registered by the shipper in each delivery step (collect, delivery shipment, delivery completion) through the air interface module 30 to update the waybill information.

In addition, the collection and delivery management unit 24 notifies the shipper's wireless terminal 52 via the wireless interface module 30 and the wireless network 14 of the items ordered by the order management unit 20, and the waybill management unit 22. Refers to the information on the waybill registered in) and performs the return and receipt, accident handling, transaction history, message transfer and settlement of costs related to collection and delivery. In addition, the collection and delivery management unit 24 provides the corresponding information to the web interface module 28 in response to a history inquiry through the Internet 12. Here, the message related to the collection and delivery may be performed by wired or wireless, and in the case of a wired line, an e-mail including a guide message to a mail account registered by an orderer or a sender using a mail server 32 linked to the web interface module 28. In the case of wireless, a short message having a callback function including a guide message may be transmitted to a wireless terminal number registered by an orderer or a sender using the SMS server 50 interworking with the wireless interface module 30.

In addition, the cargo tracking unit 26 performs location tracking corresponding to a specific waybill number through the Internet 12 or the wireless network 14.

Specifically, the freight tracking unit 26 inquires and detects the delivery person corresponding to the waybill number requested to be tracked and collected by the delivery management unit 24. At this time, the collection and delivery management unit 24 inquires the waybill management unit 22 to look up the device code of the shipper included in the delivery information corresponding to the waybill and provides it to the cargo tracking unit 26.

When the freight tracking unit 26 inquires the collection and delivery management unit 24 and detects the shipper's device code corresponding to the waybill number, the freight tracking unit 26 requests the position inquiry to the wireless network 14 via the air interface module 30. do.

The wireless network 14 inquires the location of the shipper's wireless terminal 52 and provides information on the cargo tracking unit 26 via the wireless interface module 30 of the parcel delivery server 10. In this case, the wireless network 14 may manage location information in a cellular manner or manage location information by operating a GPS, and the location inquiry method of the shipper wireless terminal 52 is performed in the conventional wireless network. Is performed.

When the freight tracking unit 26 receives the location information of the shipper's wireless terminal 52 from the wireless network 14, the cargo tracking unit 26 transmits a message corresponding thereto to the requester of the Internet 12 or the wireless network 14 where the location tracking is requested. do.

Here, when the location tracking is requested through the Internet 12, the location tracking result is notified on the web page through the web interface module 28 or in order to obtain the location tracking result in conjunction with the mail server 32. Self-registered e-mail accounts can be notified by e-mail. In addition, when the location tracking is requested by the callback function using the faulty radio terminal 54 or the orderer radio terminal 56 connected to the radio network 14, the location tracking result is the radio interface module 30 and the radio network ( 14) through the location tracking of the cargo while maintaining the communication channel can be notified by voice guidance of the results obtained.

In addition, the location tracking request of the orderer (or send) or the defect may be performed using a short message transmitted from the parcel delivery server 10. Specifically, at the time when the receipt of the ordered cargo is completed and the waybill is registered, the collection and delivery management unit 24 is notified of the newly registered waybill from the waybill management unit 22, and the guide message uses the SMS server 50. Send a short message. The short message preferably includes a waybill number including the waybill number and connection information for location tracking, and the connection information for location tracking is linked to the freight tracking unit 26 of the parcel delivery server 10 in the wireless network 14. It is preferable to include a pre-assigned number so as to be able to do so.

The above-described system of FIG. 1 performs a parcel delivery service and cargo location tracking, and additionally, photographs the cargo in a state of damage, contamination, etc. during delivery, and transmits the facts and pictures. In this case, the courier service is composed of shipping, collecting, and receiving through the delivery center as shown in FIG. 2. Specifically, the courier visits the Hajaja and collects the ordered freight, issues a waybill at the time of collection, transmits the issued waybill to the courier center 10 using the courier wireless terminal 52, and registers the freight. Do this. Then, the delivery person may receive the received cargo into the collection center, and register with the delivery center 10 by using the delivery wireless terminal 52 that the cargo was received at the collection center at the time of receipt. And, the cargo may be registered in the courier center 10 through a separate registration process at the collection center. Then, the section transportation using the vehicle and the like between the collection center and the delivery center is performed, and at this point of time when the goods are shipped and received, the delivery shipment registration and the delivery center registration may be performed. In addition, the delivery is made from the delivery center to the defect, at this time, the shipment release registration is carried out at the time of delivery, the delivery completion registration can be performed at the time the cargo is delivered to the defect. If the delivery is not completed due to the absence of defects, the non-delivery registration may be performed.

In the above process, the courier may register a waybill by using the location-traceable courier wireless terminal 52 and perform baggage, delivery, delivery shipment, and other functions using the waybill number.

The shipper wireless terminal 52 may be configured as shown in FIG. 3. In FIG. 3, the shipper wireless terminal is denoted by a symbol “100”, and the barcode of the terminal 102 and the waybill for wireless communication is indicated. It may have a configuration of a scanner 104 for scanning and a connecting portion 106 for connecting the terminal 102 and the scanner 104.

The shipper wireless terminal 52 is equipped with an application for performing delivery, and thus the interface of FIGS. 4 to 9 may be provided.

FIG. 4 is a main screen of an application mounted on the deliverer wireless terminal 52, and includes objects for selecting delivery, collection, delivery, and other functions, and the deliverer selects functions provided by the deliverer wireless terminal 52. You can select a specific function by using. A button for an auxiliary function may be inserted at the bottom of the screen.

First, in the case of collection, an interface such as FIGS. 5A-5K may be provided at the deliverer wireless terminal 52.

Accordingly, the courier visits the sender, receives the ordered cargo, and assigns the waybill number to the cargo. At this time, it is preferable that a barcode matching the waybill number is given, and the barcode may be issued in the form of a sticker printed on one side of the waybill or adhered to the cargo.

Accordingly, the shipper moves from the initial screen of FIG. 5A to the interface screen of FIG. 5B and inputs a waybill quantity.

Then, the interface screen for inputting the waybill number of FIG. 5C is output. At this time, the courier inputs the issued waybill number, scans a barcode, and outputs an interface screen that records detailed information of FIG. 5D. At this time, input of information such as destination, fare classification, fare, telephone number, etc. is required as detailed information, and the delivery person may select or directly input the screen as shown in FIGS. 5E, 5F, and 5G.

5E, 5F, and 5G, when the corresponding information is inputted, an interface for transmitting collection completion information to the parcel delivery server 10 is provided, as shown in FIG. 5H. The screen and the transmission completion guide screen are transmitted. When the collection completion information is transmitted through the above process, the waybill is transmitted to the parcel delivery server 10 and registered. At this time, the waybill number, barcode, device code and other information of the shipper wireless terminal 52 is registered as the waybill information. Then, the shipper wireless terminal 52 that has completed the above process returns to the initial screen of FIG. 5K, and the shipper may register an additional waybill in this state.

In addition, when delivery delivery is selected in FIG. 4, an interface as shown in FIGS. 6A to 6F may be provided in the deliverer wireless terminal 52.

Accordingly, when the shipper provides the interface of FIG. 6A to select a detailed menu, the user selects an input in this step, and inputs a waybill number or scans a barcode as shown in FIG. 6C on the interface screen of FIG. 6B provided accordingly. do. Then, when the delivery person transmits the shipment delivery information using the interface screen shown in FIG. 6D, a series of data transmission interface screens as shown in FIGS. 6E and 6F are output, and the shipment delivery information is wirelessly transmitted to the courier server 10. Registered. Then, the shipper wireless terminal 52 that has completed the above process returns to the initial screen of FIG. 6G, and the shipper may register additional delivery issues in this state.

In addition, when delivery is selected in FIG. 4, an interface as shown in FIGS. 7A to 7H may be provided in the deliverer wireless terminal 52.

FIG. 7A is an initial screen provided when the delivery is selected in FIG. 4. Here, when the user moves to the interface screen for selecting the detailed result of FIG. 7B and selects the completion of delivery, the screen of FIG. 7C and the signature of the acquirer are selected. The input screen of FIG. 7D is provided as an interface. Upon completion of the consignee confirmation, the deliverer then transmits the delivery completion information using the interface of FIG. 7E provided, and the delivery completion information is registered in the parcel delivery server 10 through a series of transmission and transmission completion guide interfaces. Then, the shipper wireless terminal 52 that has completed the above process returns to the initial screen of FIG. 7H, and the shipper may register additional delivery completion in this state.

In addition, the other functions in FIG. 4 may perform the photo taking function of FIG. 8 and the cargo tracking function of FIG. 9.

First, the photographing function of FIG. 8 may be performed using the interface screen of FIG. 8A provided after selecting the other function of FIG. 4. In this case, it is preferable that the shipper wireless terminal 52 has a picture capturing function or uses a picture that can be downloaded.

When an accident photograph is selected as an example in FIG. 8A, the accident cargo is photographed as shown in FIG. 8B, and the waybill number and contents and the article name of the cargo are described as shown in FIG. 8F using the interface of FIGS. 8C to 8E. As described above, after photographing the accident cargo and inputting the relevant information, the delivery person may perform accident registration of the cargo by wire or wirelessly using the interface of FIG. 8G. In order to perform an accident registration, when the shipper selects the radio of FIG. 8G and selects to transmit on the interface screen of FIG. 8H, the shipper wireless terminal 52 performs an interface that guides the completion as shown in FIG. 8I through a series of transmission processes. to provide.

In addition, when the shipper wants to track the cargo, if the invoice number to be tracked on the initial screen of FIG. 9A is recorded, an interface for checking of FIG. 9B is provided. When the cargo tracking inquiry is performed on the interface screen of FIG. 9B, the cargo tracking inquiry request message is transmitted from the shipper wireless terminal 52 to the parcel delivery server 10 through the wireless network 14. Correspondingly, the freight tracking unit 26 of the parcel delivery server 10 queries the waybill management unit 22 through the collection and delivery management unit 24 for the shipper wireless terminal 52 code corresponding to the waybill number. The position of the corresponding shipper wireless terminal code is inquired to the wireless network 14 to obtain an inquiry result. As the obtained inquiry result, the cargo tracking unit 26 requests the tracking of the cargo through the wireless network 14. The sender transmits to the wireless terminal 52.

The shipper wireless terminal 52 provides an interface for the shipper inquiry of FIG. 9C, the consignee inquiry of FIG. 9D, and the detailed tracking of the cargo tracking of FIG. 9D according to the tracking result. Provides an interface that prints a message saying there is no data.

In addition, the present invention can carry out cargo tracking at the request of the sender (or orderer) or the defector.

Referring to FIG. 10, the courier server 10 receives an order (S10), and the courier server 10 notifies the wireless terminal 52 of a specific shipper using the SMS server 50 to receive the ordered cargo. do.

The delivery person who received the receipt information visits the Hajaja and collects it (S14) and wirelessly registers the collection. Then, corresponding to the courier server 10 performs the registration registration (S16). In this step, the waybill is registered. When the waybill is registered, the courier server 10 transmits a guide message for delivery to the related sender (or orderer) or the receiver using the SMS server 50 (S18). The guidance message includes a number having a link function (callback function) for location tracking, along with information such as a waybill number and a product name. The callback function used to implement the connection function includes access information (phone number or URL) in the received short message, so when a call key is pressed, the callback function is automatically connected to the terminal or server corresponding to the designated phone number or URL. .

On the other hand, after the cargo is delivered along a predetermined route, and during the delivery process (or orderer) or let's try to find the location of the cargo in real time if you want to know the location of the cargo by calling the number connected to the guide message courier server (10 Request to track the cargo. At this time, the device code or the waybill code transmitted in the message of the wireless terminal 54 or 56 to which the sender (or orderer) or the sender attempts to talk is wirelessly transmitted to the parcel delivery server 10 during the call attempt process. Therefore, the courier server 10 detects the information on the delivery person currently being delivered by the waybill management unit 22 through the collection and delivery management unit 24 and refers to the location of the corresponding delivery person in the wireless network 14. After obtaining (S22), the location guidance is performed to the wireless terminal (54, 56) requesting the cargo tracking with the obtained location information (S24). At this time, the wireless terminal 54, 56 requesting the cargo tracking and the parcel delivery server 10 is in a state of maintaining a communication channel through the wireless network 14, the location guidance may be performed by voice.

If the defect is intended to change the location where the delivery is made, the delivery location change request may be performed by inputting a specific code provided (S26). Then, the parcel delivery server 10 may connect the counselor correspondingly to confirm the changed delivery location offline and update the waybill 22 on the computer (S28). At this time, if the delivery location of the waybill 22 is registered to change, the courier server 10 is changed to the wireless terminal 52 and the wireless terminal 54 of the delivery person holding the shipment using the SMS server 50, respectively. The short message containing the information is transmitted and guided (S30). Accordingly, the shipper may check the changed information and receive the current cargo and deliver it to the desired changed place.

According to the present invention described above it is possible to provide a delivery system based on the network, by using this can be checked in real time the movement state of the cargo. In particular, in response to the request of the sender (or the orderer) or the defection, there is an effect that the exact location information of the cargo can be provided by inquiring in real time the position of the location-traceable wireless terminal. By using this, there is an effect that the cargo can be delivered at the changed destination.

Claims (14)

A wireless network for performing wireless communication; A shipper wireless terminal connected to the wireless network and equipped with an application for wirelessly performing collection, delivery, and shipping related registration of cargo in a delivery process; A waybill including a waybill code, a defect information, a defect information, and a shipper information corresponding to the cargo is registered from the shipper wireless terminal through the wireless network, and corresponding to the cargo in response to a cargo tracking request. A parcel delivery system using a wired / wireless network, comprising: a parcel delivery server for querying a location of the deliverer wireless terminal to the wireless network and providing a result to a requesting party. According to claim 1, The courier server, The wired / wireless network is connected to the Internet, operates an interface available on the web, and is linked to a mail server to receive the cargo tracking request through the internet, and to provide the cargo tracking results by e-mail correspondingly. Courier system used. According to claim 1, The courier server, The parcel delivery system using the wired / wireless network, wherein the inquiry result corresponding to the cargo tracking request through the wireless network is provided to the requesting side as a short message using an SMS server linked to the wireless network. According to claim 1, The courier server, Using the wired / wireless network, the communication channel corresponding to the cargo tracking request through the wireless network is maintained, and an inquiry result corresponding to the cargo tracking request is provided to the requesting side as a voice message through the wireless network. Courier system. According to claim 1, The courier server, An order receiving unit managing order information received on / offline; A waybill management unit for registering the waybill and updating the waybill by reflecting the waybill information when the waybill information is updated from the shipper wireless terminal for each delivery step; A collection and delivery management unit which transmits information related to collection, delivery and delivery to the corresponding shipper, sender, and receiver by referring to information managed by the order receiving unit and the waybill management unit through the wireless network; In response to the cargo tracking request, the code of the shipper wireless terminal corresponding to the cargo is detected by the waybill management unit by using the collection and delivery management unit, and the location is searched on the wireless network by using the code. A cargo tracking unit for providing a result to the requesting party through the wireless network; And And a wireless interface module for controlling the waybill and the cargo tracking unit to be connected to the wireless network. The method of claim 5, wherein The parcel delivery server may further include a web interface module having an interface connected to the Internet and browsed on the web, and receiving the cargo tracking request through the internet by interworking the web interface module with a mail server. Courier system using the wired or wireless network, characterized in that to provide the cargo tracking results by mail. The method of claim 5, wherein The waybill management unit manages at least one or more of a device code of a shipper's location-traceable wireless terminal, a code assigned to a device, or a login ID corresponding to a waybill code corresponding to a cargo, as connection information. Courier system. The method of claim 5, wherein The collection and delivery management unit registers the waybill and connection information for real-time location tracking in conjunction with the time when the shipper visits the shipper and registers the waybill corresponding to the freight. A parcel delivery system using the wired / wireless network, characterized by transmitting through a wireless network to a wireless terminal. The method of claim 8, At least one or more of the send or receive by performing the callback corresponding to the guide message by corresponding to the cargo tracking unit provides the cargo tracking result for the cargo to the corresponding wireless terminal that performed the callback Courier system using the wired and wireless network. The method of claim 1, The application mounted on the shipper wireless terminal has an interface for taking a picture, inputting a content of the taken picture, and transmitting the taken information and the input information by at least one of wireless and wired methods. A parcel delivery system using the wired or wireless network. A carrier wireless terminal equipped with an application connected to a wireless network to wirelessly collect, ship, and register a shipment in a delivery process, and a waybill code corresponding to the cargo, information on defect, information on defect, And a real-time cargo tracking method using a courier system using a wired and wireless network comprising a courier server that registers a waybill containing a shipper information from the shipper wireless terminal through the wireless network, Receiving a cargo tracking request by receiving information including the waybill code from a wireless terminal of a specific requesting side; Querying the wireless network for the location of the shipper wireless terminal corresponding to the cargo in response to the cargo tracking request; Guiding the inquired result to a wireless terminal of the requesting side connected to the wireless network; And In response to the guidance, if the requesting party requests to change the delivery location, performing a registration request for registration and transmitting a guide message for the requesting party and the shipper's wireless terminal, characterized in that it comprises a Real-time cargo tracking method of the parcel delivery system used. The method of claim 11, Performing collection registration with waybill information transmitted from the shipper wireless terminal at the time of receiving the freight; And And transmitting a guide message including a waybill information of the freight and connection information for real-time freight tracking to the receiver and the receiver related to the cargo in response to the collection registration. Real time cargo tracking method of parcel delivery system. The method of claim 12, The connection information of the guide message includes callback information for connecting to the parcel delivery server, and the requesting party performs the cargo tracking request by using the callback information. Way. A carrier wireless terminal equipped with an application connected to a wireless network to wirelessly collect, ship, and register a shipment in a delivery process, and a waybill code corresponding to the cargo, information on defect, information on defect, And a real-time cargo tracking method using a courier system using a wired or wireless network having a courier server that receives a waybill containing a delivery information from the shipper wireless terminal through the wireless network, Inputting information including the waybill code into an interface provided by the shipper wireless terminal; Requesting freight tracking by transmitting the information to the parcel delivery server through the wireless network by using an interface provided by the shipper wireless terminal; And In response to the cargo tracking request, the courier server checks the wireless terminal code of the current deliverer registered in the waybill, inquires the location of the shipper wireless terminal corresponding to the code, and inquires the courier wireless terminal. Real time cargo tracking method of the courier system using a wired or wireless network, characterized in that it comprises the step of transmitting.

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