KR20130082786A - A data mapping system of ship's stores based on peer to peer intercommunication, and a method of the same - Google Patents

A data mapping system of ship's stores based on peer to peer intercommunication, and a method of the same Download PDF

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KR20130082786A
KR20130082786A KR1020110137342A KR20110137342A KR20130082786A KR 20130082786 A KR20130082786 A KR 20130082786A KR 1020110137342 A KR1020110137342 A KR 1020110137342A KR 20110137342 A KR20110137342 A KR 20110137342A KR 20130082786 A KR20130082786 A KR 20130082786A
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하동현
장춘원
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(주)이씨스
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    • G06Q30/0633—Lists, e.g. purchase orders, compilation or processing

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Abstract

The present invention is so that data information about ship goods can be exchanged directly in a P2P method between the local server of the shipping company or the ship repair company, which is a demand for ship goods, and the handling, ordering and customs declaration work can be processed. And a system thereof.
According to the present invention, a plurality of client local servers, a plurality of client local servers, a client local server, a client local server, and a wired / wireless internet network are connected to generate IDs of the corresponding local servers and manage IP addresses. In the PPT-based ship goods data mapping method using a ship goods data mapping system consisting of a PTP-based central server that receives, registers and manages a server's own data schema,
Generating, by the P2P based central server, IDs of a client's local server and a client's local server, and receiving and registering a data schema of each local server;
Querying, by the client's local server, the product information regarding the ship goods by accessing the P2P-based central server; The peer-to-peer based central server processing the queried search query and searching for a recipient local server suitable for the search query, and outputting a result; Selecting the ordered local server outputted by the orderer local server and transmitting the quotation request data including the ship goods item code information to the selected ordered local server; The selected recipient local server receives and stores the quotation request data, and then maps the received quotation request data using the data mapping module installed on the local server to quotation data including its item code information. Transmitting to the client local server; Storing the quotation data received by the client local server and processing the quotation data received using the data mapping module installed in the local server into ordering data and transmitting the order data to the selected client local server; And generating and storing the order data by the data mapping module of the selected recipient local server after storing the ordering data. Disclosed is a system that makes it possible.

Description

A data mapping system of ship's stores based on peer to peer intercommunication, and a method of the same}

The present invention relates to a mapping system for directly exchanging data on ship goods between the client and the orderer, without requesting a separate relay server or main server directly quote between the client and the client's local server, quote data, By exchanging order data, it is possible to prevent the leakage of secret information through the central relay server or main server, and to prevent the cost increase due to the expansion of the server, and to search, process and send and receive ship goods data simply and efficiently. A marine product data mapping system and method are disclosed.

Ship goods refers to various goods used in ships, and ship goods supply industry is closely related to various industries such as shipping industry, port industry, logistics industry, manufacturing industry such as machinery, shipbuilding, and daily necessities. Is a big industry.

Each shipping company has its own item code and sends quotations and ordering information to ships suppliers registered with each shipping company by wire, fax or e-mail when necessary purchase item items occur. The situation is receiving the ship supplies.

Therefore, there is a problem in that the goods code between the shipping company, the shipper and the supplier, the buyer is different, and there is a problem such as a missing information or an error and a leak of security information in the process of exchanging and receiving quotation information and ordering information.

Due to the absence of the overall ship goods supply chain management system, such as the complicated distribution management system of ship goods, inefficient logistics management, ship goods management is inefficient.

An inefficient supply chain management system leads to a shortage of storage space due to an increase in the number of delivery queues within the ship's supplier, and excessive transportation costs due to an increase in the frequency of delivery. Excessive logistics cost burdens the company's competitiveness inventory with rising raw material prices. It's working.

In order to overcome this problem, it is urgently required to establish an efficient supply chain management system among shipping companies, logistics companies, and suppliers, which are the main supply chain managers related to the ship goods supply industry.

In the case of the ship goods supply industry, some large shipping companies have established and operated their own supply chain management system, but in the case of suppliers, the information is not linked between their own information system and the supply chain management system established by each shipping company. There is a problem that requires management input.

In addition, the reduction of inventory management and transportation costs is of paramount importance to the company's competitiveness.

The introduction of the ship supply chain management concept to solve these problems is possible by implementing the optimized supply chain by linking ship supplies supply-related information between companies in real time, thereby reducing logistics costs and providing various services for cargo flow information. The competitive advantage of the company will be brought.

Therefore, it is possible to improve the conventional inefficient ship goods supply system and to process ship goods order and order information quickly and efficiently without worrying about security leakage between the shipping company or the ship manufacturer and the ship repair company and the supplier. The development of the system was called.

Korean Patent Publication No. 10-2010-0073497 "Supply chain management method and management system of ship goods using the Internet including the customs service" Patent Publication No. 2000-0072258 "Vehicle Supplies Trading Method Using the Internet" Korean Patent Laid-Open No. 2002-0096617 "System Structure of XML Security Platform for Secure XML Electronic Document Exchange and Processing Method in the Security Platform" Korean Patent Publication No. 10-2004-0070677 "Retrieval system for selecting optimal trading partner between companies" Korean Patent Application Publication No. 10-2004-0026748 "Hybrid P2P based electronic commerce system" Korean Patent Publication No. 10-2007-0025118 "shipbuilding equipment electronic drawing exchange system based on P2P method" Korean Patent Publication No. 2002-0094220 "E-Commerce Method through the Construction of a Personal Shopping Mall in the Internet PPI Environment" Korean Patent Publication No. 2001-0079045 "P2P-based wired / wireless linked electronic commerce method" Korean Patent Laid-Open Publication No. 2003-0037296 "E-Commerce Service Business Method of Equal Relationship Using P2P and Computer-readable Recording Medium Implementing It" Korean Patent Publication No. 10-2005-0002560 "Puppi based multimedia content providing system and method thereof"

In the present invention, a variety of data information about the ship goods between the shipping company and the supplier supplier of the ship goods in real time without interference from the relay server, and the received data to be mapped to process the fast and efficient direct transactions between the parties It is intended to provide a system and method.

In the present invention, in order to mediate and manage the data related to the patented ship goods, the XML regarding the quotation, order and order data of ship goods directly between the local servers of each member company including the ordering party and the ordering party without having a separate relay server. By exchanging document data, it is possible to reduce additional costs or administrative costs of server expansion.

In order to solve the above technical problem, in the present invention, a plurality of client local servers, a plurality of client local servers, the client's local server, the client's local server and the wired / wireless Internet network are connected to the ID of the local server. In the pitupi-based ship supplies data mapping method using a ship supplies data mapping system consisting of a pitupi-based central server that generates, manages IP addresses, receives, registers and manages its own data schema of each local server, wherein the pipipi-based central server Generating IDs of the client local server and the client local server of which the member company is a member company, and receiving and registering the data schema of each local server; Querying, by the client's local server, the product information regarding the ship goods by accessing the P2P-based central server; The peer-to-peer based central server processing the queried search query and searching for a recipient local server suitable for the search query, and outputting a result; Selecting the ordered local server outputted by the orderer local server and transmitting the quotation request data including the ship goods item code information to the selected ordered local server; The selected recipient local server receives and stores the quotation request data, and then maps the received quotation request data using the data mapping module installed on the local server to quotation data including its item code information. Transmitting to the client local server; Storing the quotation data received by the client local server and processing the quotation data received using the data mapping module installed in the local server into ordering data and transmitting the order data to the selected client local server; And generating and storing the order data by the data mapping module of the selected recipient local server after storing the order data. It provides a P2P based marine goods data mapping method comprising a.

Here, after the step of generating and storing the order data, the contract processing data including the processing status of the contract, the supply history of the ship goods, the payment history of the price of the ship goods, and the like are transmitted between the client local server and the client local server. It is preferable to receive.

At this time, it is preferable that data information regarding the customs declaration of the ship goods is transmitted and received between the client's local server and the client's local server.

According to another aspect of the present invention, a peer-to-peer based central server for authenticating local servers of a shipping company or a ship repair company as a client and a supplier as a contractor and recognizing and registering a data schema mounted in each local server in advance; A plurality of client local servers connected to the PTP-based central server by a wired / wireless internet network, each having a data schema and a data mapping module, and a personal computer and a mobile device for mobile communication connected to the client local server by wire / wireless communication; And a plurality of recipient local servers connected to the PTP-based central server by an internet network, each having its own data schema and data mapping module, and a wired / wireless communication to the recipient local server. The client local server and the client local server are configured to register their data schemas with the PTP-based central server, so that the request request data, the quote data, There is provided a P2P-based ship goods data mapping system, which enables exchange of order data, order data, contract processing data, and tariff declaration data.

According to the present invention, even when the code system for ship goods used between each client's local server and each client's local server is different, the data schema of the code system is registered in advance in the central server, and thereafter, Since data information is exchanged directly by markup languages such as XLM documents, there is no need to go through a central relay server. Therefore, compared to the case of going through a relay server, the data on various and vast amount of ship goods can be processed without the expansion of the relay server is economical, there is an advantage that the response to the data between member companies is also instantaneous.

Also, even if the data codes or methods managed by each client or client's local server are different, different data schemas can be registered and distributed to the P2P-based central server to exchange XML documents including ship goods information among heterogeneous local servers. It has the advantage of being.

1 is a block diagram showing a relationship between a central server and a member company local server of the present invention.
2 is a block diagram showing a P2P server data exchange method according to the present invention.
3 is a flow chart showing a data processing procedure according to the present invention.
4 is a flowchart illustrating an example of performing data mapping between member company local servers according to the present invention;

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and principle of the present invention.

1 is a block diagram showing the relationship between the central server and the member company local server of the present invention, Figure 2 is a block diagram showing a P2P server data exchange method according to the present invention.

PPT-based ship goods data mapping system of the present invention is largely registered member information such as ID, password, IP address, transaction history of each member company and the PTP-based central server 10 for distributing the information of each member's local server and The peer-to-peer based central server 110 and each member company are composed of a plurality of local servers 110, 120, 130 and 140 connected through a network such as a wired / wireless internet network.

In the present invention, direct transactions between member companies on ship goods by efficiently managing and exchanging order and order information on ship goods through P2P-based central server 10 and their own local servers (110 to 140) provided for each member company. Make sure that is done smoothly.

The PTP-based central server 10 is connected to each local server 110 to 140 through a network such as a wired / wireless internet network, and web service information, server authentication information, and user authentication information of each local server 110 to 140. Is distributed to each local server, and it is desirable that all data queries and responses be made based on an XML document exchange type web service, a kind of markup language.

In the following description, the communication network is a wireless Internet network, and the data exchange format is in XML (extensible markup language).

The PTP-based central server 10 performs the functions of maintaining connection with the local server 110-140 of the member company, transmitting a query, defining the product, and storing other data, and directly in the transaction of ship goods between each member company. It is characterized by not intervening.

When the local servers 110 to 140 log in successfully, the connection with the PTP-based central server 100 is maintained until the program ends.

In order to be connected to the PTP-based central server 10, each local server 110-140 transmits an ID and password to the PTP-based central server 10, and the PTP-based central server 10 transmits the information to previously stored member company information. Compared to the and whether the local server (110 ~ 140) is informed.

Each of the local servers 110 to 140 includes user personal computers 111a and 111b, PDAs, Galaxy Pads, mobile devices 112 such as iPads, and portable telephones 113 such as Wi-Fi. Remote access is possible, and the mobile communication device may directly log in to access the PTP-based central server 10.

In this case, each communication device may directly access the PTP-based central server 10 without passing through the local servers 110 to 140 or via the local servers 110 to 140.

In addition, recently, smartphone devices such as the Galaxy and iPhone are so popular that it is possible to build a dedicated app on these mobile devices to communicate with the P2P central server and the local server (110-140) of each member company through a dedicated app. In addition, it is desirable to exchange data directly between the members of the member companies through the wireless Internet network using a smartphone.

When the PTP-based central server 10 requests a search for ship goods by a local server 110, the PTP-based central server 10 receives the search word and the PTP-based central server connects the received search query to another. Deliver to local server (120 ~ 140).

If one local server goes offline during the ordering process between the local server of the shipping company and the supplier's local server, the transmission and reception of data between the two parties may fail. It is preferable to store and store the data delivered to the central server 10 and deliver the data to the local server of the company when the local server of the company is online.

Each local server 110 provides a data schema mounted on its local server to other authorized local servers 120 to 140 and queries based on the data schema. All local servers 110 to 140 receive data schemas from the P2P based central server 10 and synchronize them.

The PTP-based central server 10 provides only information about a plurality of local servers 110 to 140 to be shared without participating in the actual data exchange, and the exchange of data is directly performed by two local servers as XML parties. Perform through.

Each local server 110 to 140 may add new business logic and enable data exchange with other local servers 110 to 140 by registering an XML document schema in the PTP-based central server 10. In addition, in order to ensure the continuity of tasks, by providing a data mapping adapter (Data Mapping Adapter) with a schema, it is possible to automate the linkage between tasks.

When the PTU based central server 10 receives a search query for ship goods through the shipping company's local server 110, it supplies the local servers 120 to 140 of other suppliers except the local server 110 that requested the search. Pass the search query.

The P2P based central server 10 classifies, defines, codes, and stores various kinds of ship goods in advance, and when receiving a search request by a local ship's local server, only a code number of a corresponding product is a local server of another supplier. To the field.

3 is a flowchart showing a data processing procedure according to the present invention. The PTU-based ship goods data mapping system of the present invention includes a client local server installed in a plurality of shipping companies, a client local server installed in a plurality of suppliers, the client local server, a client local server, and a wired / wireless internet. It is connected to the network and generates an ID of the local server, manages an IP address, and consists of a P2P-based central server that receives, registers and manages its own data schema.

The exchange of XML order-related data of the present invention is largely performed through the following steps. That is, the peer-to-peer based central server 10 generates IDs of each client's local server and the recipient's local server, and receives and registers the data schema of each local server (S1, S2). Querying information about ship goods by accessing the central server (S3), and processing the searched query query by the P2P-based central server, searching for a local server suitable for the relevant search query, and outputting the result information; (S4), selecting an orderer local server outputted by the orderer local server and transmitting an XML document including quotation request data including ship goods item code information to the selected orderer local server (S5), Quotation data including the item code information of the selected recipient local server after receiving and storing the XML document containing the quotation request data Transmitting an XML document to the client's local server (S6), storing the quotation data XML document received by the client's local server, and transmitting the created ordering data XML document to the selected client's local server (S7); And receiving and ordering the ordered data XML document and storing the created ordered data XML document.

In addition, the method may further include a step of receiving contract processing data mainly in an XML document format including data about contract conditions, supply conditions, and payment terms between the client and the client's local servers. You can have the local server send data about the load cargo required for customs declaration.

In the present invention, the P2P-based central server 10 is not involved in the exchange of quotations, orders, and orders between the shipping server's local server and the ship's supplier's local server, and authenticates the procedure or the IP of each local server to the member company. It merely serves to provide the service provider, and quotes, purchase orders, and orders are exchanged directly between the local servers as XML documents through the Internet.

4 is a flowchart illustrating an example of performing data mapping between member company local servers according to the present invention. Between the local server of the shipping company, the shipping company, and the local server of the supplier, the company exchanges and manages the quotation information, order information, and order information by the following process.

The local server of the shipping company, the shipping company, generates product data of ship goods to be purchased and generates and assigns a code for each product. Subsequently, the quotation request data regarding the name, type, standard, price, delivery date, delivery place, etc. of the ship goods to be ordered are inputted to the local server of a plurality of suppliers registered as members in the PTP-based central server 10 via the Internet. Then send. At this time, the quotation request data includes the item code of the ordering company.

The local server of the supplier's orderer receives the quotation request data including the order code of the client's order and maps the quotation request data to the quotation data by a data mapping module installed in the local server. The mapped quotation data includes item code information about the ship goods of the mapped order, and the supplier's confirmation details on the price, delivery date, delivery date, etc. of the ship goods corresponding to the corresponding item code are inputted. Resent to the shipping server's local server.

The local server of the shipping company (ordering company) that has received the quotation data receives the quotation data including the item code of the supplier (ordering company) and inputs the quotation data as ordering data by the data mapping module installed in the local server. Process and send to the vendor's local server.

The local server of the supplier contractor receives the order data and generates the order data by the data mapping module.

In the present invention, a mapping module is used to unify and understand data fields and data codes that are built and used differently internally by each member company. Therefore, if different shipping companies and suppliers have different code schemes for each internally identical product, this different code can be mapped and understood in the data mapping module of the local server.

In the present invention, the ship goods orderer receives member authentication through the PTP-based central server 10 and is given an IP address of a local server of a supplier. The shipping company, the client, prepares the quotation request data and delivers it to the supplier, the supplier, as an XML document through the Internet network, and the recipient's local server maps the received XML document to the database.

Next, the orderer inputs the quotation data based on the received quotation request data and transmits it to the client in the form of an XML document.

Client The local server stores the quoted data XML document in the database and creates the ordered data based on the received quoted data.

In the present invention, after establishing a local server in each company without having a central intermediary server in order to send and receive such quotations, ordering and ordering information through the server platform of each local server, send and receive information as if operating on one server do.

Therefore, the increase of data processing capacity does not increase server expansion or management cost of brokerage service provider, and each local server operator can maintain security regarding their quotation, ordering, and ordering information, and the information between databases between different models can be secured. Can be shared under mutual authentication.

The present invention enables the transaction of ship goods directly and efficiently by allowing data on ship goods transactions between the ordering and ordering customers of reliable ship goods registered and authenticated in the P2P based central server directly without going through the central server. It is to be able to be performed. Therefore, in the case of applying the present invention, it will contribute to the reduction of the logistics cost according to the expansion of the market for domestic ship goods and the trade of ship goods.

10: P2P based central server 110 ~ 140: member company local server
111a, 111b: personal computer terminal 112, 113: mobile mobile communication device

Claims (4)

A plurality of client local servers, a plurality of client local servers, the client's local server, the client's local server, and the wired / wireless Internet network are used to generate IDs of the local servers, manage IP addresses, and manage each local server's own In the PTU-based ship goods data mapping method using a ship goods data mapping system consisting of a PTP-based central server that receives, registers and manages a data schema,
Generating, by the P2P based central server, IDs of a client's local server and a client's local server, and receiving and registering a data schema of each local server;
Querying, by the client's local server, the product information regarding the ship goods by accessing the P2P-based central server;
The peer-to-peer based central server processing the queried search query and searching for a recipient local server suitable for the search query, and outputting a result;
Selecting the ordered local server outputted by the orderer local server and transmitting the quotation request data including the ship goods item code information to the selected ordered local server;
The selected recipient local server receives and stores the quotation request data, and then maps the received quotation request data using the data mapping module installed on the local server to quotation data including its item code information. Transmitting to the client local server;
Storing the quotation data received by the client local server and processing the quotation data received using the data mapping module installed in the local server into ordering data and transmitting the order data to the selected client local server; And
Generating and storing order data by a data mapping module of the selected orderer local server after storing the order data;
Peupi based marine goods data mapping method comprising a. The method of claim 1,
After the order data generation and storage step,
P2P-based ship goods, characterized in that the contract processing data including the processing status of the contract, the supply history of the ship supplies, the payment history for the price of the ship supplies between the client local server and the client local server Data mapping method. The method of claim 2,
PIPY-based ship goods data mapping method characterized in that the data information on the customs declaration of the ship goods is transmitted between the client local server and the client local server.
A peer-to-peer based central server for authenticating the local servers of the shipper or ship repairing company as a client and the supplier as a contractor, and for recognizing and registering in advance the data schema mounted on each local server;
A plurality of client local servers connected to the PTP-based central server by a wired / wireless internet network, each having a data schema and a data mapping module, and a personal computer and a mobile device for mobile communication connected to the client local server by wire / wireless communication; And
A plurality of recipient local servers connected to the PTP-based central server by an internet network and having their own data schemas and data mapping modules, and personal computers and mobile devices for mobile communication connected to the recipient local servers by wired or wireless communication; Including but not limited to,
The client's local server and the client's local server register their own data schema with the PTP-based central server so that they can request quotes, quote data, order data, order data, contracts in the form of direct transactions with each other without interference of the PTP-based central server. A P2P-based ship goods data mapping system, characterized in that the processing data and tariff declaration data can be exchanged.
KR1020110137342A 2011-12-19 2011-12-19 A data mapping system of ship's stores based on peer to peer intercommunication, and a method of the same KR20130082786A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104616129A (en) * 2015-02-16 2015-05-13 北京任我在线电子商务有限公司 Efficient checking system and method

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104616129A (en) * 2015-02-16 2015-05-13 北京任我在线电子商务有限公司 Efficient checking system and method
CN104616129B (en) * 2015-02-16 2018-08-17 北京任我在线电子商务有限公司 Efficient check system and method

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