KR101533003B1 - Method and system for providing goods transport service and apparatus therefor - Google Patents

Abstract

The present invention relates to a method and system for providing a cargo transportation service for relaying a transaction between a cargo owner and a cargo owner, verifying an electronic receipt for which a digital signature of the receiver is recorded, and paying the cargo to the cargo owner. In the cargo transportation service providing system according to the present invention, a method for providing a cargo transportation service for transporting a commissioned cargo to a designated consignee includes: receiving a cargo transportation commission from the cargo terminal; An acceptance certificate transfer step of assigning a borrower for carrying the cargo, and transmitting an electronic acceptance certificate in which information received at the terminal of the borrower and cargo information is recorded; An acceptance certificate receiving step of receiving an electronic receipt containing a signature of the consignee from the terminal of the borrower; A verification step of verifying whether the cargo is normally transported by analyzing data included in the electronic receipt; And a transportation charge payment step of transferring the transportation charge of the cargo to the bank account of the borrower if it is verified that the cargo is normally transported in the verification step.

Description

METHOD AND SYSTEM FOR PROVIDING FREIGHT TRANSPORT SERVICE AND APPARATUS THEREFOR BACKGROUND OF THE INVENTION [0001]

The present invention relates to an on-line freight transportation service, and more particularly, to a freight transportation service providing method and system for providing a freight forwarding service to a borrower by relaying a transaction between a shipper and a borrower, verifying the electronic bill of lading And an apparatus therefor.

In general, the shippers who order cargo request transportation of cargo to the relay supplier, and the relay supplier requests the cargo transportation to one of the registered cargo owners, so that the cargo is transported to the consignee. In addition, the transacting company will pay the freight forwarding fee to each of the borrowers after a certain period (for example, 3 months), without paying the freight forwarding fee to the borrower.

Such conventional transportation arrangements are not only disadvantageous to the borrower but also have a problem that the data on the transportation activities are not properly managed. Due to these problems, a system for lowering relay fees through online transactions between the shippers and the carpenter has been introduced. The following patent document discloses a cargo transportation consignment system using the Internet.

However, the conventional on-line cargo transportation system is a form that implements the offline transaction on-line, and does not verify whether or not the cargo is correctly transported to the consignee. That is, the conventional cargo transportation system merely relays the transaction between the shippers and the borrower, and does not verify whether the cargo requested by the borrower is properly transported to the consignee.

Korean Patent Publication No. 10-2001-0094146

SUMMARY OF THE INVENTION The present invention has been proposed in order to solve such conventional problems, and it is an object of the present invention to provide a cargo transportation service providing method and system for providing a freight transportation cost to a borrower when the cargo is verified whether or not the cargo is normally transported to a designated consignor, The purpose is to provide.

It is another object of the present invention to provide a method and system for providing a freight transportation service for storing and managing an electronic receipt in which a digital signature of a consignee who has received freight is recorded and an apparatus therefor.

Other objects and advantages of the present invention will become apparent from the following description, and it will be understood by those skilled in the art that the present invention is not limited thereto. It will also be readily apparent that the objects and advantages of the invention may be realized and attained by means of the instrumentalities and combinations particularly pointed out in the appended claims.

According to a first aspect of the present invention, there is provided a method of providing a freight transport service for transporting a requested freight to a designated consignee, the method comprising: A request receiving step; An acceptance certificate transfer step of assigning a borrower for carrying the cargo, and transmitting an electronic acceptance certificate in which information received at the terminal of the borrower and cargo information is recorded; An acceptance certificate receiving step of receiving an electronic receipt containing a signature of the consignee from the terminal of the borrower; A verification step of verifying whether the cargo is normally transported by analyzing data included in the electronic receipt; And a transportation charge payment step of transferring the transportation charge of the cargo to the bank account of the borrower if the cargo is verified to be normally transported in the verification step.

According to a second aspect of the present invention, there is provided a cargo transportation service providing system for receiving a cargo transportation request from a shippers terminal, assigning a cargo to which the cargo is to be transported, A cargo management server for generating the included shipping information; Generates an electronic receipt based on the transportation information received from the cargo management server and transmits the electronic receipt to the terminal of the borrower assigned by the cargo management server and receives an electronic receipt containing the electronic signature of the consignee from the terminal of the borrower A transportation management server for analyzing data included in the electronic receipt for verifying whether the cargo is normally delivered to the consignee; And a payment server for transferring the transportation charge of the cargo to the bank account of the borrower if the transportation management server successfully verifies the transportation.

In order to achieve the above object, according to a third aspect of the present invention, there is provided a transportation management apparatus for generating an electronic bill of exchange with information of a cargo requested to be transported and information of a consignee receiving the cargo, ; A receiving unit for receiving an electronic receipt containing an electronic signature of the consignee from the terminal of the borrower; A transportation verification unit for analyzing data included in the received electronic receipt for verifying whether the cargo is normally delivered to the consignee; And a transportation expense processing unit for progressing the freight transportation expense payment according to the verification result of the transportation verification unit.

According to the present invention, by transmitting an electronic bill of acceptance requesting a consignee's electronic signature to a billing terminal and paying a freight transportation fee when an electronic bill of lading containing the electronic signature of the consignee is received from the billing terminal, Is guaranteed.

Particularly, the present invention verifies whether or not the consignee has normally received the cargo based on the identification image of the consignee included in the electronic receipt and the mobile communication base station identification information, so that it can not only identify the abnormal transportation behavior of the owner, There is an advantage of improving service satisfaction.

In addition, the present invention has the advantage of protecting the economic interests of the borrower by depositing transportation costs to the borrower upon verification of the cargo transportation by the borrower.

In addition, the present invention has an advantage in that it can electronically document, store and manage the receipt and the cargo transportation request document, which have been progressed through the manual, thereby improving work efficiency in cargo transportation and organizing data management for individual cargo transportation.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and form a part of the specification, illustrate exemplary embodiments of the invention and, together with the description, serve to explain the principles of the invention. And shall not be construed as limited to such matters.
1 is a diagram illustrating a configuration of a freight transportation service providing system according to an embodiment of the present invention.
FIG. 2 is a flowchart illustrating a method of providing a cargo transportation service for delivering a cargo requested by a cargo transportation service providing system to a designated consignee, according to an embodiment of the present invention.
3 is a flow chart illustrating a method for performing a re-verification of cargo transportation in a cargo transportation service provision system, according to an embodiment of the present invention.
FIG. 4 is a flowchart illustrating a method of suspending payment of freight transportation expenses in a freight transportation service providing system according to an embodiment of the present invention.
5 is a diagram illustrating a configuration of a transportation management server according to an embodiment of the present invention.

The foregoing and other objects, features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings, in which: There will be. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram illustrating a configuration of a freight transportation service providing system according to an embodiment of the present invention.

1, a cargo transportation service providing system according to an embodiment of the present invention includes a payment server 140, a cargo management server 150, a transportation management server 160, and a database 170 .

The payment server 140, the cargo management server 150, the transportation management server 160 and the communication terminals 110, 120 and 130 communicate with each other through the communication network 200. Here, the communication network 200 includes a mobile communication network and a wired broadband Internet network, and corresponds to a well-known conventional technology in the present invention, and thus a detailed description thereof will be omitted.

The shippers terminal 110 is a communication terminal owned by the user who requests cargo transportation and has a transportation request including the quantity of cargo, the type of cargo, the consignee information (i.e., name, phone number, etc.) Information to the cargo management server 150, thereby requesting the cargo management server 150 to transfer the specific cargo. The shippers terminal 110 is not limited as long as it is a general-purpose computer, a mobile communication terminal, and the like, provided that it can communicate with the cargo management server 150 via the communication network 200.

The receiver terminal 120 is a mobile communication terminal owned by a user who receives the cargo, and receives various messages from the transportation management server 160. In particular, the consignee terminal 120 may receive a shipping inquiry message from the transportation management server 160 inquiring whether the consignment has arrived.

The borrower terminal 130 is a mobile communication terminal owned by a borrower who carries a freight and owns a freight vehicle, and communicates with the transportation management server 160 via the communication network 200. Specifically, the borrower terminal 130 receives from the transportation management server 160 an electronic receipt for which the consignee information, the shipment information, the cargo information, the shipment identification number, etc. are recorded and requests the electronic signature of the consignee, Recognize to the Borrower that cargo transportation has been received. When the cargo terminal 130 receives the digital signature from the consignee after the cargo is transported to the consignee on the date designated by the borrower, the digital signature is transmitted to the transportation management server 160. At this time, the borrower terminal 130 includes the identification image of the consignee (that is, the face image or the ID image) and the identification information of the mobile communication base station currently in communication with the electronic receipt. Preferably, the paying terminal 130 installs the cargo transportation service application, communicates with the transportation management server 160 through this application, and outputs an electronic receipt.

The payment server 140 performs a function of paying freight transportation expenses to the bank accounts of the respective borrowers. Specifically, when the payment server 140 receives the shipping charge payment request message from the shipping management server 160, the payment server 140 maps the account number, the transportation charge amount, and the name of the coupon included in the shipping charge request message to the transfer schedule table (For example, every month or number) arrives, the money amount corresponding to the amount of transportation cost is transferred to the bank account number of each of the borrowers based on the data stored in the transfer schedule table, and the data stored in the transfer schedule table . In addition, when paying the freight transportation cost to the specific carousel, the payment server 140 sends information on the account closing or account foreclosures of the carousel to the transportation management To the server 160. On the other hand, when the payment server 140 receives a payment hold request from the transportation management server 160 for a specific borrower, the borrower does not pay the freight charge to the borrower even if the data of the borrower is stored in the remittance schedule table.

The cargo management server 150 stores and manages the information of each cargo, such as the type of cargo, the quantity of cargo, the status of the cargo, and the cargo location. In addition, the cargo management server 150 stores the borrower information such as the car number, the name of the borrower, the name of the borrower's resident registration number, the cargo ID, the cargo capacity of the car, and the bank account number and the transportation schedule for each cargo, The borrower shall be responsible for the cargo that is to be delivered. That is, when the cargo management server 150 receives the transportation request information from the shippers terminal 110, the cargo management server 150 refers to the cargo-specific transportation schedule and assigns the unsettled cargo to the transportation date, And transmits the transportation information including the information and the COD identification number to the transportation management server 160. In particular, when the cargo management server 150 receives the transportation completion message for the specific cargo from the transportation management server 160, the cargo management server 150 transmits a transportation completion message including the transportation cost amount, the borrowing account number, the cargo identification code (e.g., ID or resident registration number) And transmits the transportation charge payment request message to the transportation management server 160. In addition, the cargo management server 150 also stores a black list in which information of the cargo that the cargo abnormally transported is recorded.

The database 170 stores the transportation history information for each cargo, the electronic receipt and the electronic tax bill, and stores the cargo transportation details and the transportation expenses deposit details for each cargo. The database 170 stores information such as the quantity of cargo requested to be shipped, the type of cargo, the name of the consignee, the recipient's mobile phone number, the shipment address, the date of shipment, the charter information (i.e., name, mobile phone number, resident registration number, To be stored for each cargo requested to be transported. In addition, the database 170 stores a base station coverage table in which a coverage area (i.e., an administrative address range) covered by each mobile communication base station is recorded. That is, the database 170 stores the base station coverage table in which the mobile communication base station identification information and the administrative address range covered by the mobile communication base station are mapped. In addition, the database 170 stores personal information of each consignee such as a face image, a resident registration number, a name, an address, and a mobile communication telephone number of the consignee. In addition, the database 170 separately stores the cargo information of the cargo set as the re-verification target, and separately stores the cargo information of the identified cargo that has been erroneously transported.

The transportation management server 160 performs a function of verifying whether or not the cargo requested from the shipper is normally transported to the consignee and generating and managing the electronic receipt. Specifically, when the transportation management server 160 receives the transportation information from the cargo management server 150, the receiver information, the shipment information, the cargo information, the transportation route identification number and the like are recorded on the basis of the transportation information and the electronic signature of the consignee is requested And transmits the generated electronic bill to the assigned borrower terminal 130.

In addition, when the shipping management server 160 receives the electronic receipt for which the signature of the consignee is recorded from the paying terminal 130, it stores the received electronic receipt in the database 170, analyzes the data included in the electronic receipt And verifies whether the cargo has been successfully transported to the consignee. Specifically, the transportation management server 160 extracts an identification image (face image or ID image) of the consignee included in the electronic receipt, compares the identification image with the information stored in the database 170, . Further, the transportation management server 160 extracts the mobile communication base station identification information mapped with the address of the cargo transportation destination from the base station coverage table of the database 170, and transmits the mobile communication base station identification information and the mobile communication base station identification information, Verifying whether or not the cargo is normally transported by verifying whether or not the identification information matches.

When the cargo transportation verification is successful, the transportation management server 160 transmits a transportation completion message to the cargo management server 150 to execute the transportation payment process. If the cargo management server 160 fails the verification, the transportation management server 160 sets the transportation information of the cargo as a re- Stored separately in the database 170, and re-verifies the transportation of the cargo. At this time, the transportation management server 160 sets the mobile communication telephone number of the consignee as the destination number, and sends a transportation inquiry message inquiring whether or not the requested cargo arrived at the consignee to the consignee terminal 120, The cargo is processed as a transportation error according to the response information received from the terminal 120 and the transportation information of the cargo is stored in the database 170 or the transportation payment process is executed.

On the other hand, the transportation management server 160 extracts the transportation information processed due to the transportation error from the database 170, checks the number of transportation errors per vessel based on the extracted transportation information, ) To the payment server (140). In addition, when the transportation management server 160 receives the foreclosification information or the closure information for the account of the specific borrower from the payment server 140, it stores the account error information for the borrower in the database 170, (140) requests payment of the transportation charge to the borrower.

FIG. 2 is a flowchart illustrating a method of providing a cargo transportation service for delivering a cargo requested by a cargo transportation service providing system to a designated consignee, according to an embodiment of the present invention.

2, the shippers terminal 110 accesses the cargo management server 150 and then displays the number of cargo, the type of cargo, the consignee information (i.e., name, phone number, resident registration number, etc.) To the cargo management server 150 (S201).

Then, the cargo management server 150 generates a COD identification number for the COD, maps and stores the COD identification number and the transport request information, and then refers to each of the cargo shipping schedules stored therein, (S203). ≪ / RTI > Then, the cargo management server 150 transmits the transportation information including the allocated carpool information (i.e., mobile communication telephone number, name, car number), transportation request information, and shipping way identification number to the transportation management server 160 (S205).

Next, the transportation management server 160 records, based on the transportation information received from the cargo management server 150, an electronic receipt requesting the electronic signature of the consignee, in which the transportation order identification number, the consignee information, the shippers information, . Next, the transportation management server 160 confirms the mobile communication telephone number of the borrower in the transportation information, and transmits the generated electronic bill of lading to the borrower terminal 130 having the mobile communication telephone number (S207). Preferably, the transportation management server 160 confirms the mobile communication telephone number of the consignee in the transportation information, and notifies the consignee terminal 120 having the mobile communication telephone number of the transportation notice that the transportation date, Message can be transmitted.

Subsequently, the debtor terminal 130 outputs to the screen an electronic receipt received from the transportation management server 160, thereby recognizing the receipt of the new cargo to the borrower. Next, when the cargo is delivered to the consignee on the designated date, the debtor terminal 130 receives the electronic receipt output signal from the borrower and outputs the receipt received in step S207 to the screen. Then, the borrowing terminal 130 receives the digital signature of the consignee in the signature column of the electronic receipt, and shoots the identification image (i.e., face image or ID image) of the consignee through the camera according to the operation of the borrower (S209, S211) . That is, after the cargo is transported to the designated transportation place, the borrower outputs the electronic receipt using his / her communication terminal (i.e., the carousel terminal) and then transmits the receipt from the receiver to the receiver Receives a signature, and photographs an identification image of the consignee using the camera of the communication terminal 130 of his / her own. At this time, the borrowing terminal 130 can photograph the receiver's face or ID as the identification image of the receiver.

Next, after obtaining the identification information of the mobile communication base station currently in communication, the billing terminal 130 transmits an electronic receipt containing the mobile communication base station identification information, the digital signature of the consignee, and the identification image of the consignee to the transportation management server 160 (S213, S215).

Then, the transportation management server 160 stores the electronic receipt received from the billing terminal 130 in the database 170, analyzes the identification information of the mobile communication base station included in the electronic receipt and the identification image of the receiver, It is verified whether or not the transportation is normal (S217).

Specifically, the transportation management server 160 confirms the captured image of the consignee included in the electronic receipt, extracts the face image of the consignee from the database 170 when the sensed image is the consonant's face image, (E.g., 70%) of the consonant received from the database 170 and the face image of the consignee extracted from the database 170. If the consensus is equal to or greater than a preset threshold value (for example, 70%), the cargo firstly verifies that the transportation is normal. At this time, the transportation management server 160 can check the match degree of the two images by comparing the identification image (i.e., the face image) received from the receiver terminal 130 with the pattern of the received face image stored in the database 170 . On the other hand, when the degree of agreement between the face image of the consignee received from the paying terminal 130 and the face image of the consignee being stored is less than the threshold value, the transportation management server 160 determines that the consignment is not normally transported do.

Alternatively, the transportation management server 160 may extract the name and the resident registration number from the identification image when the identification image of the receiver is an identification (for example, a resident registration card or a driver's license), and stores the name, resident registration number, (I.e., name, resident registration number) of the cargo is matched, thereby firstly verifying whether or not the cargo is normally transported. At this time, the transportation management server 160 captures the name display area and the resident registration number display area on the ID image, and extracts the consignee information on the ID image by deciphering the letters and numbers appearing in the captured area.

Next, when the primary verification of the cargo transportation is successful, the transportation management server 160 extracts the base station identification information to be mapped with the address of the cargo transportation destination from the base station coverage table of the database 170 , It is secondarily verified whether or not the cargo is normally transported by checking whether the base station identification information and the base station identification information included in the electronic receipt match. That is, the transportation management server 160 checks based on the base station identification information received from the shipper terminal 110 whether the cargo is accurately transported to the designated destination.

Then, if both the primary verification and the secondary verification of the consignee are successful, the transportation management server 160 transmits a transportation completion message in which the transportation route identification number of the cargo is recorded to the cargo management server 150 (S219, S221) . Then, the cargo management server 150 recognizes that the cargo having the shipment identification number is correctly transported to the consignee, based on the shipment identification number recorded in the shipment completion message, Code (eg, ID or resident registration number), the name of the borrower, and the amount of shipping costs. Then, the cargo management server 150 transmits to the transportation management server 160 a transportation expense payment request message including the transportation expense amount, the borrowing account number, the borrower identification code (e.g., ID or resident registration number) And requests the transportation management server 160 to pay for transportation (S223).

Then, the transportation management server 160 stores the data included in the transportation charge payment request message in the database 170, and sends the transportation charge payment request message to the payment server 140 to pay the transportation cost to the borrower And instructs the payment server 140 (S225). Then, the payment server 140 extracts the transportation expense amount, the borrowing account number and the borrower's name from the transportation expense request message, maps the transportation expense amount to the remittance schedule table, In step S227, the money amount corresponding to the amount of transportation is transferred to the bank account number of each borrower.

On the other hand, if the transportation management server 160 fails in either of the primary or secondary verification of the cargo transportation in S219, the transportation information for the cargo is set as a re-verification target and stored separately in the database 170 , And does not transmit the transportation completion message to the cargo management server 150. [ Accordingly, the carriage of the freight set for revalidation is temporarily suspended.

3 is a flow chart illustrating a method for performing a re-verification of cargo transportation in a cargo transportation service provision system, according to an embodiment of the present invention.

Referring to FIG. 3, the transportation management server 160 extracts transportation information separately stored as a re-verification object from the database 170 (S301). Next, the transportation management server 160 confirms the mobile communication telephone number of the consignee from the extracted transportation information (i.e., re-verification target transportation information). Next, the transportation management server 160 sets the mobile communication telephone number of the confirmed consignee as the destination number, and sends a transportation inquiry message to the subscriber terminal 120 inquiring whether or not the requested cargo arrived correctly ( S303). For example, the transportation management server 160 requests the customer to confirm whether or not the cargo ordered by the customer has been normally transported to the customer. If the cargo is received, input the number 1, and if the cargo is not yet received Please enter the number 2 "to the receiving terminal 120. At this time, the transportation management server 160 may generate the message of the transportation inquiry as a character type message or a voice type message and transmit the message to the receiving terminal 120.

Next, the transportation management server 160 receives the response information for the transportation inquiry message from the receiver terminal 120 (S305). Then, the transportation management server 160 confirms whether the response information received from the receiver terminal 120 is an affirmative response or a negative response (S307).

If the response information received from the consignee terminal 120 is a negative response indicating that the cargo is not yet received, the transportation management server 160 transmits a transportation error notification message containing the cargo identification number of the cargo to the cargo management The server 150 notifies the cargo management server 150 that the transportation of the cargo is proceeding in an emergency and static manner (S309). The transportation information of the cargo is divided into the erroneous transportation information, .

On the other hand, if the response information received from the subscribing terminal 120 is an affirmative response indicating that the cargo is normally received, the transportation management server 160 transmits the transportation completion message containing the cargo transportation route identification number to the cargo management server 150 (S311).

Then, the cargo management server 150 recognizes that the cargo having the shipment identification number has been correctly transported to the consignee based on the shipment identification number recorded in the shipment completion message, and the account number of the carter responsible for transporting the shipment, Identification code, name of the borrower (for example, ID or resident registration number), and the amount of transportation cost. Then, the cargo management server 150 transmits to the transportation management server 160 a transportation expense payment request message including the transportation expense amount, the borrowing account number, the borrower identification code (e.g., ID or resident registration number) And requests the transportation management server 160 to pay for transportation (S313).

Then, the transportation management server 160 stores the data included in the transportation charge payment request message in the database 170, and sends the transportation charge payment request message to the payment server 140 to pay the transportation cost to the borrower And instructs the payment server 140 (S315).

Next, the payment server 140 extracts the transportation expense amount, the borrowing account number and the name of the borrower from the transportation expense payment request message, maps the transportation expense amount to the remittance expectation table, and stores it. When the payment period (for example, , The borrower's account and the transportation expense amount are confirmed for each of the borrowers in the remittance scheduled table, and the money corresponding to the transportation expense amount is transferred to the bank account number of each borrower (S317).

FIG. 4 is a flowchart illustrating a method of suspending payment of freight transportation expenses in a freight transportation service providing system according to an embodiment of the present invention.

Referring to FIG. 4, the transportation management server 160 checks the number of transportation errors per car according to the erroneous transportation information stored in the database 170 (S401). That is, the transportation management server 160 counts the number of transportation errors per each car by counting the cargo identification code (e.g., resident registration number or ID) recorded in the erroneous transportation information by the carpool.

Then, the transportation management server 160 refers to the number of transportation errors counted for each borrower, determines whether there is a borrower whose number of transport errors exceeds the threshold number, and if there is a borrower, extracts the account number from the database 170 (S403, S405). Next, the transportation management server 160 requests the payment server 140 to request the transportation payment suspension request message including the extracted account number (S407). Then, the payment server 140 holds the payment of all the cargo transportation charges that have not yet been made to the borrower (S409). That is, when the payment server 140 receives a payment hold request for a specific borrower from the transportation management server 160, the borrower does not pay the transportation fee to the borrower even if the data of the borrower is stored in the remittance schedule table.

Next, the transportation management server 160 transmits the black list registration request message in which the cargo identification code is recorded to the cargo management server 150 (S411). Then, the cargo management server 150 registers the car loan identification code in the black list (S413), and then excludes the cargo registered in the black list from the cargo transportation target. Also, the cargo management server 150 transmits a warning message to each of the registered car owners in the black list or notifies the manager to guide the corresponding car owner to proceed with the correction of the cargo transportation.

On the other hand, the transportation management server 160 may receive the foreclosures information or the closing information for the specific borrower's account from the payment server 140. [ That is, when paying the freight transportation cost to a specific borrower, the payment server 140, if an error occurs in the transfer of the online account due to account closure or foreclosure of the borrower, transmits information about the account closing or account foreclosures of the borrower to the transportation management To the server 160. Then, the transportation management server 160 stores the account closing or account seizure information for the received loan in the database 170, and requests the payment server 140 to suspend payment of the money to the borrower.

5 is a diagram illustrating a configuration of a transportation management server according to an embodiment of the present invention.

5, the transportation management server 160, which is a transportation management apparatus according to an embodiment of the present invention, includes a transmission / reception unit 161, a receipt generation unit 162, a transportation verification unit 163, An error count confirmation unit 165, and a shipping cost processing unit 166. [0086]

The transmission / reception unit 161 performs communication with the payment server 140, the cargo management server 150, and the communication terminals 110, 120, and 130 via the communication network 200, respectively.

The receipt generating unit 162 generates an electronic receipt and transmits the generated receipt to the terminal 130 of the borrower. Specifically, upon receiving the transportation information from the cargo management server 150 via the transmission / reception unit 161, the receipt generating unit 162 generates the receipt information, the shipment information, the cargo information, the transportation route identification number, And generates an electronic bill of lading requiring the electronic signature of the consignee. In addition, the receipt generating unit 162 confirms the mobile communication telephone number of the borrower included in the transportation information and transmits the generated communication telephone number to the borrower terminal 130 having the mobile communication telephone number using the transmission / Send electronic receipt.

The transportation verification unit 163 analyzes the electronic bill of lading received from the billing terminal 130 and verifies whether or not the cargo is normally delivered. That is, the transport verification unit 163 stores the received electronic receipt in the database 170 when receiving the electronic receipt for which the signature of the consignee is recorded from the receiver terminal 130 via the transmission / reception unit 161, The identification image included in the receipt and the mobile communication base station identification information are analyzed to verify whether or not the cargo is normally transported to the receiver. At this time, if the identification image included in the electronic receipt is the face image of the consignee, the transportation verification unit 163 extracts the face image of the consignee from the database 170 and transmits the face image of the consignee included in the electronic receipt to the database 170 (For example, 70%), the first verification is made that the cargo is normally transported. Alternatively, if the identification image of the consignee included in the electronic receipt is an image of an identification (for example, a resident registration card or a driver's license), the transportation verification unit 163 recognizes the name and the resident registration number in the identification image, 170), whether or not the cargo is normally transported to the consignee by checking whether the consignee's information (i.e., name, resident registration number) is identical.

In addition, the transportation verification unit 163 extracts the base station identification information mapped with the address of the cargo transportation document from the base station coverage table of the database 170 after confirming the cargo transportation location in the electronic bill of lading, And verifies whether or not the included base station identification information matches, thereby secondarily verifying whether or not the cargo is normally transported to the consignee.

If both the primary verification and the secondary verification of the cargo transportation are successful, the transportation verification unit 163 transmits a transportation completion message in which the transportation route identification number of the cargo is recorded to the cargo management server 150 via the transmission / reception unit 161 do. On the other hand, if any one of the primary verification and the secondary verification for the cargo transportation fails, the transportation verification unit 163 sets the transportation information for the cargo to be re-verified and stores it separately in the database 170. [

The transport re-verification unit 164 re-verifies whether or not the cargo is normally transported, based on the transportation information separately stored in the database 170 as the re-verification target. Specifically, the transport re-verification unit 164 confirms the mobile communication telephone number of the consignee in the transportation information separately stored as the re-verification target, and then transmits a transportation inquiry message in which the mobile communication telephone number of the consignee is set as the destination number, And sends it to the terminal 120, thereby inquiring of the consignee whether or not the cargo arrived at the consignee. The transport re-verifier 164 also checks whether the response information is an affirmative response or a negative response when the response information for the transport inquiry message is received from the terminal 120 through the transceiver 161 And transmits the transportation completion message in which the transportation route identification number of the cargo is recorded to the cargo management server 150 by using the transmission / reception unit 161. On the other hand, if the response information to the message of the shipping inquiry is negative, indicating that the shipment has not yet been received, the transport revalidating unit 164 sends a shipping error notification message containing the shipment shipment identification number to the shipment management server 150, and separately stores the transportation information of the cargo as erroneous transportation information in the database 170 separately.

The error number check unit 165 performs a function of searching for a borrower that has caused a transportation error more than a predetermined number of times. That is, the error number check unit 165 checks the number of transportation errors per car according to the erroneous transportation information stored in the database 170, and if the number of transportation errors exceeds the preset threshold number (for example, five) Determine if a borrower exists. In addition, if there is a borrower whose discrimination result exceeds the threshold number of times set in advance as a result of the discrimination, the error number check unit 165 extracts the borrower's identification code and account number from the database 170, Payment request to the payment server 140 through the transmission / reception unit 161, thereby stopping the payment of the transportation expenses to the borrower. In addition, the error number confirmation unit 165 transmits the black list registration request message in which the borrower identification code is recorded to the cargo management server 150, thereby registering the corresponding borrower as a management subject.

The shipping cost processing unit 166 performs a function of paying the cargo transportation cost to the borrower. That is, the shipping expense processing unit 166 sends a transportation expense payment request message including the transportation expense amount, the borrowing account number, the payee identification code (e.g., ID or resident registration number) and the name of the borrower to the cargo management server 150 through the transceiver 161 When receiving the payment request message, the payment server 140 stores the data included in the payment request message in the database 170 and transmits the payment request message to the payment server 140 to pay the shipping fee to the borrower Indicate. If the transportation verification unit 163 or the transportation re-verification unit 164 has successfully verified the cargo transportation, the transportation cost processing unit 166 may request the payment server 140 to pay the transportation charge for the cargo.

While the specification contains many features, such features should not be construed as limiting the scope of the invention or the scope of the claims. In addition, the features described in the individual embodiments herein may be combined and implemented in a single embodiment. Conversely, various features described in the singular < Desc / Clms Page number 5 > embodiments herein may be implemented in various embodiments individually or in combination as appropriate.

Although the operations have been described in a particular order in the figures, it should be understood that such operations are performed in a particular order as shown, or that all described operations are performed to obtain a sequence of sequential orders, or a desired result . In certain circumstances, multitasking and parallel processing may be advantageous. It should also be understood that the division of various system components in the above embodiments does not require such distinction in all embodiments. The above-described program components and systems can generally be implemented as a single software product or as a package in multiple software products.

The method of the present invention as described above can be implemented by a program and stored in a computer-readable recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto optical disk, etc.). Such a process can be easily carried out by those skilled in the art and will not be described in detail.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. The present invention is not limited to the drawings.

110: Shippers terminal 120: Receiver terminal
130: Borrower terminal 140: Emergency payment server
150: cargo management server 160: transportation management server
161: Transmitting / receiving unit 162:
163: Transport verification unit 164: Transport verification unit
165: error count confirmation unit 166: shipping cost processing unit
170: Database

Claims (15)

CLAIMS 1. A method of providing a freight forwarding service in a freight forwarding service providing system for transporting a commissioned freight to a designated consignee,
An allocation step of the cargo management server receiving the transport request for the cargo from the shippers terminal and assigning the cargo to which the cargo is to be transported;
An acceptance certificate transfer step of transferring an electronic acceptance certificate in which the transportation management server records information and cargo information received by the assigned borrower terminal;
A receipt receiving step in which the shipping management server receives an electronic receipt containing a signature of a consignee from the terminal of the borrower;
A verification step of the shipping management server analyzing data included in the electronic receipt for verifying whether the cargo is normally transported; And
And a payment payment step of, when the payment server verifies that the cargo is normally transported in the verification step, transferring the transportation charge of the cargo to the bank account of the borrower,
Wherein the verifying step comprises:
If the shipment management server verifies that the shipment is abnormally shipped, setting the shipment status of the shipment as a re-verification target and transmitting an inquiry message inquiring whether the shipment has normally arrived at the consignee's terminal;
Verifying that the cargo is normally transported when the transportation management server receives the affirmative response information for the inquiry message from the consignee terminal; And
When the negative response information on the inquiry message is received from the terminal of the consignee, the transportation management server processes and stores the transportation information of the cargo as a transportation error, and carries out transportation based on the transportation information processed by the transportation error And requesting, by the lender, a payment hold of all cargo transportation charges unpaid to the borrower when the number of errors exceeds a threshold number of times that the number of transportation errors exceeds a predetermined number of times. Service delivery method The method according to claim 1,
Wherein the verifying step comprises:
Extracting a face image of a consignee included in the electronic bill of lading;
Confirming a match degree between the face image and a previously stored face image of the consignee; And
And verifying that the cargo is normally delivered to the consignee if the match degree is equal to or greater than a threshold value. The method according to claim 1,
Wherein the verifying step comprises:
The shipping management server extracting an ID image of a consignee included in the electronic receipt;
The transportation management server recognizing a name and a resident registration number in the image of the ID card; And
And verifying that the cargo is normally transported to the consignee if the transportation management server confirms whether the recognized name and resident registration number coincide with the name and resident registration number of the consignee stored in advance, To provide a freight forwarding service. The method according to claim 2 or 3,
Wherein the verifying step comprises:
Confirming, from the data included in the electronic receipt, the identification information of the mobile communication base station with which the transportation management server communicated when the borrower's terminal transmits the electronic receipt;
Confirming, in the database, the identification information of the mobile communication base station responsible for the communication service in the cargo transferring place of the cargo management server; And
The transportation management server checks whether the identification information of the mobile communication base station confirmed in the database matches the identification information of the mobile communication base station included in the electronic receipt and verifies whether or not the cargo is normally transported to the consignee The method comprising the steps of: delete delete A cargo management server for accepting a transport request for cargo from the shippers terminal, assigning a cargo to be transported to the cargo, and generating transportation information including the cargo information and the cargo information;
Generates an electronic receipt based on the transportation information received from the cargo management server and transmits the electronic receipt to the terminal of the borrower assigned by the cargo management server and receives an electronic receipt containing the electronic signature of the consignee from the terminal of the borrower A transportation management server for analyzing data included in the electronic receipt for verifying whether the cargo is normally delivered to the consignee; And
And a payment server for transferring the transportation charge of the cargo to the bank account of the borrower if the transportation control server successfully verifies the transportation,
The transportation management server includes:
If it is verified that the cargo is abnormally transported, a transportation status of the cargo is set as a re-verification target, and an inquiry message inquiring whether the cargo has normally arrived at the terminal of the consignee is transmitted. Then, affirmative response information Is received from the terminal of the consignee, it is verified that the cargo is normally delivered to the consignee,
And when the negative acknowledgment information for the inquiry message is received from the terminal of the consignee, the transportation information of the cargo is processed as a transportation error and stored, and the number of transportation errors by the cargo is calculated based on the transportation information processed by the transportation error, And if there is a payee who has exceeded the threshold number of times of the number of failures, requests the paying server to hold the payment of all freight transportation expenses unpaid to the borrower. 8. The method of claim 7,
The transportation management server includes:
And verifying whether or not the cargo is normally transported to the consignee by extracting the face image of the consignee included in the electronic receipt and checking the degree of agreement between the face image and the face image of the consignee stored in the database, Service delivery system. 8. The method of claim 7,
The transportation management server includes:
After recognizing the name and resident registration number in the image of the ID card, it is checked whether the recognized name and resident registration number match the name and resident registration number of the consignee stored in the database And verifies whether or not the cargo is normally transported to the consignee. 10. The method according to claim 8 or 9,
The electronic receipt includes identification information of a mobile communication base station communicating when the terminal of the borrower transmits the electronic receipt,
The transportation management server includes:
Extracting identification information of a mobile communication base station responsible for a communication service in the cargo transfer point from the database and determining whether the extracted identification information of the mobile communication base station matches the identification information of the mobile communication base station included in the electronic receipt And verifies whether or not the cargo is normally transported to the consignee. delete delete A receipt generating unit for generating an electronic receipt containing information of the freight requested to be transported and information of the consignee receiving the freight and transmitting the receipt to the terminal of the borrower;
A receiving unit for receiving an electronic receipt containing an electronic signature of the consignee from the terminal of the borrower;
The data included in the received electronic receipt is analyzed to verify whether or not the cargo is normally transported to the consignee. If the cargo is verified to be transported abnormally, the transportation status of the cargo is set as a re- And verifies that the cargo is normally transported to the consignee when positive acknowledgment information for the inquiry message is received from the consignee terminal after transmitting an inquiry message inquiring whether or not the cargo has normally arrived to the terminal of the consignee, A transportation verification unit for processing the transportation information of the cargo as a transportation error and storing the negative information when the negative response information for the inquiry message is received from the terminal;
A transportation expense processing unit that carries out the freight transportation expense payment according to the verification result of the transportation verification unit; And
If the number of transportation errors is greater than the threshold number of times of transportation errors, the number of errors to be carried out for the payment of all the freight transportation charges unpaid to the borrower And a confirmation unit for confirming whether or not the transportation management apparatus has received the information. 14. The method of claim 13,
The transportation verification unit may include:
The identification information of the consignee included in the electronic receipt is extracted and the name and the resident registration number appearing in the ID image are recognized and then it is confirmed whether or not the recognized name and resident registration number coincide with the name and resident registration number of the consignee stored in the database, And verifies whether or not the cargo is normally transported to the consignee. 15. The method of claim 14,
The electronic receipt includes identification information of a mobile communication base station communicating when the terminal of the borrower transmits the electronic receipt,
The transportation verification unit may include:
Extracting identification information of a mobile communication base station responsible for a communication service in the cargo transfer point from the database and determining whether the extracted identification information of the mobile communication base station matches the identification information of the mobile communication base station included in the electronic receipt And further verifies whether or not the cargo is normally transported to the consignee.

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