WO2009049527A1 - Système et procédé de codage d'adresse réseau de combinaison - Google Patents

Système et procédé de codage d'adresse réseau de combinaison Download PDF

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Publication number
WO2009049527A1
WO2009049527A1 PCT/CN2008/072603 CN2008072603W WO2009049527A1 WO 2009049527 A1 WO2009049527 A1 WO 2009049527A1 CN 2008072603 W CN2008072603 W CN 2008072603W WO 2009049527 A1 WO2009049527 A1 WO 2009049527A1
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WO
WIPO (PCT)
Prior art keywords
terminal
code
address
terminal address
server
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Application number
PCT/CN2008/072603
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English (en)
French (fr)
Inventor
Xiaopeng Liu
Original Assignee
Xiaopeng Liu
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Filing date
Publication date
Application filed by Xiaopeng Liu filed Critical Xiaopeng Liu
Publication of WO2009049527A1 publication Critical patent/WO2009049527A1/zh

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management

Definitions

  • the invention relates to a system and method for combining network address coding, belonging to the field of coding and network application technology, and is suitable for providing coding services to objects having circulation properties, such as goods, invoices, certificates and air tickets.
  • Background technique
  • Circulation objects such as goods in circulation, invoices in circulation, documents in circulation, ID cards, vehicles and ships, and air tickets
  • codes such as barcodes and RFIDs of goods, ticket numbers of invoices, ID numbers of ID cards, ID numbers, The number of the bank ticket, the ticket number of the ship and the ship, etc.
  • This code can be easily copied. In order to prevent such copying, some make the code into a secure line mode, some add a password, some increase the overlay, and some are made into an electronic view mode, but the effect is not obvious.
  • an object of the present invention is to provide a system and method for combining network address coding, that is, to increase the terminal address of a network terminal based on the number of the circulation object, and to implement numbering and network terminal address coding management for the circulation object;
  • the code consists of a number part and a terminal address part; the terminal address part is written by the network terminal through the network and cannot be written by the other party.
  • the code can only be used and transmitted by the network terminal written to the terminal address, and cannot be used by other parties. Transfer.
  • the number in the code is written in both the object and the encoding server, and the terminal address in the encoding is written in the encoding server.
  • the code management server is set up in the network, and the number is written in the circulation object, and is also written into the code management server, and then written to the network terminal address corresponding to the distribution object to form a code combined by the number plus terminal address.
  • the second terminal address is written in the code management server by the front terminal to form a number plus terminal address and/or a second terminal address group.
  • the combined code forms a code that is combined by a number plus terminal address and/or a second terminal address and/or a third terminal address. And so on, the encoding of the circulation object is used and transmitted by the network terminal corresponding to the next network terminal address in the encoding.
  • Object refers to the object and carrier corresponding to the code of the present invention, such as goods, invoices, documents, ID cards, car tickets, airline tickets, Bank tickets, etc., contain both tangible and electronic objects, such as e-Cert, e-books (e-books, software products, e-invoices, e-tickets, etc.). Objects are owned by the object issuer before they enter the encoding service or before they are combined with the encoding.
  • Network Refers to the current network, such as the Internet, telecommunications networks, wireless mobile networks, etc.
  • Network terminal Refers to the terminal connected to the network in the network, referred to as the terminal.
  • the terminal in the text refers to all the network terminals involved in the present invention.
  • the terminal also refers to the first terminal in the sorting (the first terminal in the process), and then the second terminal and the third terminal, and then It can be arbitrarily extended to the nth terminal (the last terminal in the process).
  • different terminals such as a sales terminal, a distribution terminal, a wholesale terminal, a face terminal, and the like, may be distinguished by functions without using a sorting method.
  • a terminal in a system other than the terminal is referred to as another terminal.
  • the network assigns a network address and number to the network terminal.
  • Terminal address refers to the network address and/or number of the network where the terminal is located, such as the IP address of the Internet terminal, the terminal address and/or number of the telephone network, the communication address and/or number of the wireless mobile network, the address of the wireless terminal, and/or Number; also refers to the physical number in the terminal, such as the machine ID number; also refers to the physical number plus network address and / or number, referred to as the address.
  • Code management server Refers to the server that carries on the network and connects to the network and the terminal for coding management. It contains the code management database and related management programs. It can also load the issue code generation module and program. It is simply referred to as the code server or server.
  • Issuance code refers to the number used for the object, including the password, product number, serial number, serial number, product number, security number, query number, check number, etc. for the object, such as the barcode number of the product, the RFID number, and the ID number.
  • the composition may also be combined into a time number and a random number.
  • the ID card issuing code may be composed of an ID card number plus a password
  • the invoice issuing code may be composed of a region number plus a sequence number
  • the ticket issuing code may be composed of a flight number plus a ticket number.
  • Password Refers to the number, code number, file, and key file as the password.
  • Human biometrics refers to the biological characteristics of the human body, such as fingerprints and fingerprints of the human body, iris characteristics, palm print features, lip print features, facial features, and audio and audio features.
  • the result of the comparison the result of comparing the issue code and the terminal address transmitted by the terminal with the issue code and the terminal address previously written in the server, including the information replied according to the result, such as being incorrect after the comparison,
  • reply Object information and / or end user information, circulation information, time Information, etc.
  • a network address coding system is required to be established in the network, and the network corresponding to the issue code is managed by the code of the issue code plus the terminal address combination.
  • the system includes:
  • the terminal is connected to the network, and is connected to the encoding server through the network, and is used for acquiring the issue code of the object and other terminal addresses, and transmitting the release code of the object and other terminal addresses and terminal addresses to the encoding server; receiving the transmission by the encoding server through the network information.
  • the network is connected to the terminal and the encoding server, and allocates a network address to the encoding server and each terminal, and transmits information between the encoding server and the terminal.
  • the encoding server is connected to the network, is connected to more than one terminal through the network, and is used for writing the issuing code and the terminal address, and forming an encoding of the combination of the issuing code and the terminal address in the encoding server; Release code and terminal address; the database contains the code database.
  • the encoding server receives the issue code of the object transmitted by the terminal and the second terminal address and the terminal address through the network, and compares the received issue code and the terminal address with the issue code and the terminal address in the previous write server, to the terminal and/or The second terminal replies to the comparison result; in the case that the comparison is correct, in the server, the second terminal address is written, and the encoding of the combination of the issuing code and the second terminal address is formed in the encoding server or the terminal is formed by the issuing code The address plus the encoding of the second terminal address combination.
  • the encoding server receives the issue code and the third terminal address and the second terminal address transmitted by the second terminal through the network, and compares the received issue code and the second terminal address with the issue code and the second terminal address in the previous write server. Returning the comparison result to the second terminal and/or the third terminal; in the case that the comparison is correct, in the server, writing the third terminal address, forming a release code in the server Adding a code of the third terminal address combination or forming an encoding of the combination of the issue code plus terminal address plus the second terminal address plus the third terminal address; and so on, for the nth terminal, forming an nth terminal by the issue code and the nth terminal The code of the address combination or the code of the combination of the issue code plus terminal address plus the second terminal address plus the third terminal address plus ... plus the nth terminal address combination.
  • the issue code generation module is connected to the code server for generating the release code; the module may exist independently or may be installed in the code server; or may exist outside the system, and the generated code may be generated directly or through a network or a carrier. Write to the encoding server.
  • the issue code creation device is configured to create a release code on an object corresponding to the release code.
  • the terminal When the terminal transmits the issue code of the object and other terminal addresses and terminal addresses to the encoding server, it transmits to the encoding server by the issuing code of the input or receiving object and other terminal addresses, and automatically transmits the terminal address.
  • the terminal in the system needs to input or receive the release code and other terminal addresses to transmit to the server, and the address of the terminal is automatically transmitted to the server through the terminal and the network, and the server receives the release code and other terminal addresses transmitted by the terminal in the manner of information content.
  • the terminal address is automatically received through the network, such as sending a segment letter and making a call, without inputting the address and number of the terminal, and the other party can receive its own terminal number.
  • the encoding server When the encoding server writes the issuing code and/or the terminal address, it also writes the password and/or human biometric of the issuing code, and/or writes the object information and the terminal user information corresponding to the issuing code; the terminal transmits to the server The password and/or human biometrics are also transmitted when the code and terminal address are issued.
  • the terminal is the nth terminal in the system
  • only the issue code of the object and the nth terminal address are transmitted to the server, and other terminal addresses are not transmitted.
  • the system also needs to write the object combined with the issue code to the server along with the terminal address, and send it to the location of the terminal, so that the terminal can receive and transmit the issue code of the object.
  • the network address coding method is used to perform network management on the object corresponding to the issue code by using the code of the issue code plus the terminal address combination, and the steps include:
  • the issue code and the terminal address are written to the encoding server, and a code combined by the issue code plus the terminal address is formed in the code server.
  • the issuing code of the object and the second terminal address and the terminal address are transmitted to the encoding server through the terminal and the network through the terminal inputting or acquiring the issue code of the object and the second terminal address.
  • the encoding server receives the issue code transmitted by the terminal and the second terminal address and the terminal location through the network Addressing, comparing the received issue code and the terminal address with the issue code and the terminal address in the previous write server, and returning the comparison result to the terminal and/or the second terminal; in the case of correct comparison, in the server Writing a second terminal address, forming an encoding of the combination of the issuing code and the second terminal address in the encoding server or forming a combination of the issuing code plus the terminal address plus the second terminal address combination.
  • the second terminal inputs or acquires the issue code of the object and the third terminal address, and transmits the issue code of the object and the third terminal address and the second terminal address to the encoding server through the second terminal and the network.
  • the encoding server receives the issue code and the third terminal address and the second terminal address transmitted by the second terminal through the network, and compares the received issue code and the second terminal address with the issue code and the second terminal address in the previous write server. Returning the comparison result to the second terminal and/or the third terminal; in the case that the comparison is correct, in the server, writing the third terminal address, forming a code combined with the third terminal address in the server Or forming a code that is combined by the issue code plus terminal address plus the second terminal address plus the third terminal address.
  • nth terminal a code combined by the issue code plus the nth terminal address is formed in the encoding server or the second terminal address plus the third terminal address is added by the issue code plus terminal address plus The encoding of the nth terminal address combination.
  • the terminal is the nth terminal in the method
  • only the issue code of the object and the nth terminal address are transmitted to the server, and no other terminal address is transmitted.
  • the encoding server receives the issue code of the object transmitted by the nth terminal and the nth terminal address, and after comparing, returns a comparison result to the nth terminal.
  • the terminal When the terminal transmits the issue code of the object and other terminal addresses and terminal addresses to the encoding server, it transmits to the encoding server by the issuing code of the input or receiving object and other terminal addresses, and automatically transmits the terminal address.
  • the terminal in the method needs to input or receive the release code and other terminal addresses to be transmitted to the server, and the address of the terminal is automatically transmitted to the server through the terminal and the network, and the server receives the issue code and other terminals transmitted by the terminal in the manner of information content.
  • the address automatically receives the terminal address through the network, such as sending a segment letter and making a call, and does not need to input the address and number of the terminal, and the other party can receive its own terminal number.
  • the encoding server When the encoding server writes the issuing code and/or the terminal address, it also writes the password and/or human biometric of the issuing code, and/or writes the object information and the terminal user information corresponding to the issuing code; the terminal transmits to the server The password and/or human biometrics are also transmitted when the code and terminal address are issued.
  • the system and method of the present invention can be applied to coding management of circulating commodities, and a system composed of a coding server, a network, a sales terminal, a wholesale terminal, a retail terminal, and a consumer terminal can be established.
  • the code steps include:
  • the issue code is generated, the issue code is combined with the product corresponding to the issue code, and the product combined with the issue code is sent to the sales terminal.
  • the issue code and the sales terminal address are written into the encoding server, and a code combination of the issue code plus the sales terminal address is formed in the code server.
  • the distribution code and the wholesale terminal address or the wholesale terminal address or the retail terminal address and the sales terminal address of the commodity are transmitted to the encoding server through the sales terminal and the network through the sales terminal input or acquisition of the issue code of the commodity and the wholesale terminal address or the retail terminal address.
  • the encoding server receives the issue code and the wholesale terminal address or the retail terminal address and the sales terminal address transmitted by the sales terminal through the network, and compares the received issue code and the sales terminal address with the issue code and the sales terminal address in the previous write server. Responding to the sales terminal and the wholesale terminal or the retail terminal; if the comparison is correct, in the server, writing the wholesale terminal address or the retail terminal address, forming a wholesale terminal address or retail in the encoding server The encoding of the terminal address combination or the encoding of the combination of the issuing code plus the sales terminal address plus the wholesale terminal address or the retail terminal address.
  • the wholesale terminal transmits the issue code of the product and the retail terminal address and the wholesale terminal address to the encoding server via the network.
  • the encoding server receives the issue code of the commodity transmitted by the wholesale terminal, the retail terminal address and the wholesale terminal address through the network, and compares the received issue code and the wholesale terminal address with the issue code and the wholesale terminal address previously written into the server, to the wholesale The terminal and the retail terminal reply to the comparison result; in the case that the comparison is correct, in the server, the retail terminal address is written, and the code of the combination of the issue code plus the retail terminal address is formed in the server or formed by the issue code plus the sales terminal address. Add the code of the wholesale terminal address plus the retail terminal address combination.
  • the retail terminal transmits the issue code/and the consumer terminal address and the retail terminal address of the product to the encoding server via the network.
  • the encoding server receives the issue code/and the consumer terminal address and the retail terminal address of the commodity transmitted by the retail terminal through the network, and compares the received issue code and the retail terminal address with the issue code and the retail terminal address in the previous write server, The retail terminal/consumer terminal replies the comparison result; I and in the case of correct comparison, in the server, writes the consumer terminal address, forms a code or combination of the issue code plus the consumer terminal address combination in the encoding server
  • the wholesale terminal can also be used as a retail terminal
  • the retail terminal can be used as a consumer terminal.
  • the invention can also be applied to the coding management of the circulation invoice, and can establish a system consisting of an encoding server, a network, an invoice issuing terminal, an invoice filling terminal, and an invoice verification terminal, and the encoding steps include: the issuing code and the invoice issuing terminal address
  • the encoding server is written, and an encoding of the combination of the issuing code plus the invoice issuing terminal address is formed in the encoding server.
  • the encoding server receives the issue code and the invoice sent by the invoice issuing terminal through the network to fill in the terminal address and the invoice issuing terminal address, and compares the received issuing code and the invoice issuing terminal address with the issuing code and the invoice issuing terminal address previously written into the server. Yes, fill in the terminal reply comparison result to the invoice issuing terminal and the invoice; in the case that the comparison is correct, in the server, write the invoice to fill in the terminal address, and form the terminal address by the issuing code plus the invoice in the encoding server The combined code or code that is formed by the issue code plus the invoice issuing terminal address plus the invoice to fill in the terminal address combination.
  • the invoice fills in the terminal and transmits the invoice issuing code and the invoice verification terminal address and the invoice to the encoding server through the network to fill in the terminal address.
  • the encoding server receives the invoice through the network, fills in the issuing code of the invoice transmitted by the terminal, and invoices the terminal address and the invoice to fill in the terminal address, fills in the terminal code of the received issuing code and invoice, and fills in the issuing code and invoice in the server.
  • the invoice verifies the encoding of the terminal address combination or forms the code of the combination of the issuing code plus the invoice issuing terminal address plus the invoice to open the terminal address plus the invoice verification terminal address.
  • the invoice verification terminal transmits the issue code of the invoice and the invoice verification terminal address to the encoding server through the network;
  • the encoding server receives the issue code of the invoice transmitted by the invoice verification terminal and the invoice verification terminal address through the network, and compares the received issue code and the invoice verification terminal address with the issue code and the invoice verification terminal address previously written into the server, to the invoice Verify that the terminal replies to the comparison result.
  • the system and method of the present invention can also be applied to the coding management of an identity card, and a system composed of an encoding server, a network, a distribution terminal, a certificate terminal, and a verification terminal can be established, and the coding steps include: The issue code and the issue terminal address are written into the code server, and a code combination of the issue code plus the issue terminal address is formed in the code server; and the ID card information corresponding to the issue code is written.
  • the issuing code of the ID card and the certificate terminal address are input or obtained through the issuing terminal, and the issuing code of the ID card and the certificate terminal address and the issuing terminal address are transmitted to the encoding server through the issuing terminal and the network.
  • the encoding server receives the issue code and the certificate terminal address and the issue terminal address transmitted by the issue terminal through the network, and compares the received issue code and the issue terminal address with the issue code and the issue terminal address in the previous write server, to the issue terminal. And the certified terminal replies the comparison result; in the case that the comparison is correct, in the server, the certificate terminal address is written, and the code of the combination of the issuing code and the terminal address is formed in the encoding server or formed by the issuing code The encoding of the terminal address plus the terminal address combination of the issuing terminal.
  • the license terminal transmits the ID code of the ID card and the verification terminal address and the license terminal address to the server through the network.
  • the server receives the issue code of the ID card and the verification terminal address and the license terminal address transmitted by the license terminal through the network, and compares the received issue code and the license terminal address with the issue code and the license terminal address previously written into the server. Yes, the comparison result is returned to the license terminal and/or the verification terminal; in the case that the comparison is correct, in the server, the verification terminal address is written, and a code or a combination of the verification code and the verification terminal address combination is formed in the server.
  • the code of the terminal address plus the verification terminal address plus the verification terminal address combination is issued by the issue code plus the issue terminal address.
  • the encoding server also writes the password and/or human biometric of the issuing code when writing the issuing code and issuing the terminal address and/or when writing the certificated terminal address, and the licensed terminal transmits the issuing code and the terminal address to the encoding server. At the same time, passwords and/or human biometrics are also transmitted.
  • the system and method of the present invention can be applied to the coding management of an air ticket (including a train ticket), and a system comprising a code server, a network, a sales terminal, a ticket holding terminal, and a ticket checking terminal can be established, and the coding steps include:
  • the issue code and the sales terminal address are written into the encoding server, and a code combination of the issue code plus the sales terminal address is formed in the code server; and the ticket information corresponding to the issue code is written.
  • the distribution code of the ticket and the ticket terminal address are input or obtained through the sales terminal, and the ticket issuing code and the ticket terminal address and the sales terminal address are transmitted to the encoding server through the sales terminal and the network.
  • the encoding server receives the issue code and the ticket terminal address and the sales terminal address transmitted by the sales terminal through the network, and the received issue code and the sales terminal address are the same as the issue code written in the server before. Comparing with the sales terminal address, and returning the comparison result to the sales terminal and the ticket holding terminal; in the case of correct comparison, writing the ticket terminal address in the server, forming the issuing terminal by the issuing code in the encoding server.
  • the ticket holding terminal transmits the ticket issuing code and the ticket checking terminal address and the ticket holding terminal address to the server through the network.
  • the server receives the issue code of the ticket and the ticket check terminal address and the ticket terminal address transmitted by the ticket terminal through the network, and compares the received issue code and the ticket terminal address with the issue code and the ticket terminal address previously written into the server. Yes, returning the comparison result to the ticket holding terminal and/or the ticket checking terminal; and / in the case of correct matching, in the server, writing the ticket checking terminal address, forming a verification ticket plus the terminal address in the server.
  • the combined code or code that forms a combination of the issue code plus the sales terminal address plus the ticket terminal address plus the ticket terminal address.
  • the system and method of the present invention differs from the existing coding management in that: in the coding, a (traditional coded content) issuance code composed of a number and a code number method, and a network terminal address not included in the current code, and in the coding
  • the terminal address part is automatically written by the network terminal, and the network terminal that is not written to the address cannot use and manage the code, which is an uncontrollable behavior, and can effectively prevent the copying and stealing behavior of the code.
  • Figure 1 is a structural view of the system of the present invention
  • FIG. 2 is a structural diagram of a commodity encoding system according to Embodiment 1 of the present invention.
  • Figure 3 is a flow chart of the second embodiment of the present invention for an invoice coding system
  • FIG. 5 is a flow chart of a ticket encoding system according to Embodiment 4 of the present invention. Description of the reference numerals
  • FIG. 1 The system of the present invention is shown in FIG. 1 and includes:
  • the terminal 3 is connected to the network 2, and is connected to the encoding server 1 through the network 2, and is configured to acquire an issue code of the object and other terminal addresses, and transmit the release code of the object and other terminal addresses and terminal addresses to the encoding server 1; 2 Receive the information transmitted by the encoding server 1.
  • the network 2 is connected to the terminal 3 and the encoding server 1, and assigns a network address to the encoding server 1 and each terminal, and transmits information between the encoding server 1 and the terminal 3.
  • the code server 1 is connected to the network 2, and is connected to the terminal 3 through the network 2, and is used for writing the issue code and the terminal address, and forming a code combined by the issue code plus the terminal address in the code server 1;
  • the issue code and the terminal address transmitted by the terminal 3 are received through the network 2;
  • the server 1 contains an encoding database.
  • the encoding server 1 receives the issue code of the object transmitted by the terminal 3 and the address of the second terminal 4 and the address of the terminal 3 through the network 2, and performs the received issue code and the address of the terminal 3 with the issue code and the address of the terminal 3 previously written in the server 1. Aligning, returning the comparison result to the terminal 3 and/or the second terminal 4; In the case where the comparison is correct, in the server 1, the address of the second terminal 4 is written, the code of the combination of the issue code plus the second terminal 4 is formed in the code server 1, or the address is added by the issue code plus terminal 3 plus the second address The encoding of the terminal 4 address combination.
  • the encoding server 1 receives the issue code transmitted by the second terminal 4 and the third terminal 5 address and the second terminal 4 address through the network 2, and the received issue code and the second terminal 4 address are the same as the issue code written in the server 1 before.
  • the second terminal 4 addresses the comparison, and returns the comparison result to the second terminal 4 and/or the third terminal 5; in the case where the comparison is correct, in the server 1, the third terminal 5 address is written, at the encoding server 1 is formed by the combination of the issue code plus the third terminal 5 address combination or the code formed by the issue code plus terminal 3 address plus the second terminal 4 address plus the third terminal 5 address combination; and so on, for the nth terminal 6,
  • an encoding of the combination of the issuing code plus the nth terminal 6 address or the encoding of the issuing terminal plus terminal 3 plus the second terminal 4 plus the third terminal 5 address plus ... plus the nth terminal 6 address combination is formed. .
  • the issue code generation module 7 is connected to the code server 1 for generating a release code; the module 7 may exist independently or may be installed in the code server 1; or may exist outside the system, directly or through the network 2 or the carrier The generated issue code is written to the encoding server 1.
  • the issue code creation device 8 is for creating a release code on an object corresponding to the issue code.
  • Embodiment 1 of the present invention is to apply the present invention to commodity coding and is used for commodity circulation management.
  • the system structure is as shown in FIG. 2, and the system includes:
  • the sales terminal 23, the wholesale terminal 24, the retail terminal 25, and the consumer terminal 26 are connected to the encoding server 21 via the network 22, and all the terminals are used to acquire the issue code and the terminal address on the commodity, and transmit the issue code and the terminal of the commodity to the code server 21. Address; The information transmitted by the encoding server 21 is received through the network 22.
  • the network 22 is connected to the terminal and the encoding server 21, and allocates a network address to the encoding server 21 and each terminal, and transmits information between the encoding server 21 and the terminal.
  • the encoding server 21 is connected to the network 22, is connected to the terminal through the network 22, and is used for writing the issuing code and the terminal address, and forming an encoding by the issuing code plus the terminal address in the encoding server 21; for receiving through the network 22 The release code and terminal address transmitted by the terminal.
  • the encoding server 21 receives the distribution code of the product and the wholesale terminal 24 address and the sales terminal 23 address transmitted by the sales terminal 23 via the network 22, and the issued code and the sales terminal 23 address are the same as the distribution code and the sales terminal previously written in the server 21.
  • the 23 addresses are compared, and the comparison result is returned to the sales terminal 23 and the wholesale terminal 24; in the case where the comparison is correct, the server 21 writes
  • the wholesale terminal 24 addresses in the encoding server 21, forms a code combined by the issue code plus the wholesale terminal 24 address or forms a code combined with the address of the issue code plus the sales terminal 23 plus the address of the wholesale terminal 24.
  • the encoding server 21 receives the distribution code of the merchandise and the retail terminal 25 address and the wholesale terminal 24 address transmitted by the wholesale terminal 24 via the network 22, and the received distribution code and the wholesale terminal 24 address are the same as the distribution code and the wholesale terminal previously written in the server 21.
  • the 24 addresses are compared, and the comparison result is returned to the wholesale terminal 24 and the retail terminal 25; in the case where the comparison is correct, in the server 21, the retail terminal 25 address is written, and in the encoding server 21, the distribution code is added and retailed.
  • the encoding of the address combination of the terminal 25 or the encoding is formed by the combination of the issuing code plus the selling terminal 23 address plus the address of the wholesale terminal 24 plus the address of the retail terminal 25.
  • the encoding server 21 receives the issue code of the merchandise and the retail terminal 26 address and the retail terminal 25 address of the merchandise transmitted by the retail terminal 25 via the network 22, and the issued issue code and the retail terminal 25 address are the same as the issue code and the retail terminal previously written in the server 21.
  • the 25 addresses are compared, and the comparison result is returned to the retail terminal 25 and the consumer terminal 26; in the case where the comparison is correct, in the server 21, the address of the consumer terminal 26 is written, and the code is added and consumed by the issue code in the code server 21.
  • the encoding of the address combination of the terminal 26 is formed by the combination of the issue code plus the sales terminal 23 address plus the wholesale terminal 24 address plus the retail terminal 25 address plus the consumer terminal 26 address combination.
  • the encoding server 21 receives the issue code of the commodity transmitted by the retail terminal 25 and the retail terminal 25 address through the network 22, and compares the received issue code and the retail terminal 25 address with the issue code of the previous write server 21 and the retail terminal 25 address. When the comparison is correct, the comparison result is returned to the retail terminal 25.
  • the code server 21 When the code server 21 writes the issue code and the address of the sales terminal 23, it also writes the product information and the vendor information corresponding to the issue code.
  • the encoding server 21 receives the issue code of the commodity transmitted by the consumer terminal 26 and the address of the consumer terminal 26 via the network 22, and compares the received issue code and the address of the consumer terminal 26 with the issue code of the previous write server 21 and the address of the consumer terminal 26. When the comparison is correct, the comparison result is returned to the consumer terminal 26.
  • the commodity encoding method combining the network address includes the following steps:
  • the issue code is generated, the issue code is combined with the product corresponding to the issue code, and the product incorporating the issue code is sent to the sales terminal 23.
  • the issue code and the sales terminal 23 address are written in the encoding server 21, and are formed in the encoding server 21.
  • the code is a combination of the issue code plus the sales terminal 23 address combination.
  • the distribution code of the product and the wholesale terminal 24 address or the retail terminal 25 address are input or acquired through the sales terminal 23, and the distribution code of the product and the wholesale terminal 24 address or the retail terminal 25 address and the sales terminal 23 address are transmitted through the sales terminal 23 and the network 22.
  • the encoding server 21 transmits.
  • the encoding server 21 receives the distribution code and the wholesale terminal transmitted by the sales terminal 23 via the network 22.
  • the address of the 24th address or the retail terminal 25 and the address of the sales terminal 23, and the received issue code and the address of the sales terminal 23 are compared with the issue code of the previous write server 21 and the address of the sales terminal 23, and the sales terminal 23 and the wholesale terminal 24 are compared.
  • the retail terminal 25 replies to the comparison result; in the case where the comparison is correct, in the server 21, the wholesale terminal 24 address or the retail terminal 25 address is written, and the distribution terminal plus wholesale terminal 24 address or retail is formed in the encoding server 21.
  • the wholesale terminal 24 transmits the distribution code of the merchandise and the retail terminal 25 address and the wholesale terminal 24 address to the encoding server 21 via the network 22.
  • the encoding server 21 receives the distribution code of the merchandise and the retail terminal 25 address and the wholesale terminal 24 address transmitted by the wholesale terminal 24 via the network 22, and the received distribution code and the wholesale terminal 24 address are the same as the distribution code and the wholesale terminal previously written in the server 21.
  • the 24 addresses are compared, and the comparison result is returned to the wholesale terminal 24 and the retail terminal 25; in the case where the comparison is correct, in the server 21, the retail terminal 25 address is written, and in the encoding server 21, the distribution code is added and retailed.
  • the encoding of the address combination of the terminal 25 or the encoding is formed by the combination of the issuing code plus the selling terminal 23 address plus the address of the wholesale terminal 24 plus the address of the retail terminal 25.
  • the retail terminal 25 transmits the issue code/and the consumer terminal 26 address and the retail terminal 25 address of the product to the encoding server 21 via the network 22.
  • the encoding server 21 receives the issue code of the commodity transmitted by the retail terminal 25 and the address of the consumer terminal 26 and the retail terminal 25 address through the network 22, and the issued code and the retail terminal 25 address are the same as the issue code and retail in the previous write server 21
  • the terminal 25 addresses are compared, and the comparison result is returned to the retail terminal 25/ and the consumer terminal 26; and/when the comparison is correct, in the server 21, the address of the consumer terminal 26 is written, which is formed in the encoding server 21
  • the encoding server 21 receives the issue code and zero of the item delivered by the retail terminal 25 via the network 22.
  • the terminal 25 is sold, and the received issue code and the retail terminal 25 address are compared with the issue code of the previous write server 21 and the retail terminal 25 address, and if the comparison is correct, the comparison result is returned to the retail terminal 25. .
  • the code server 21 When the code server 21 writes the issue code and the address of the sales terminal 23, it also writes the product information and the vendor information corresponding to the issue code.
  • the consumer terminal 26 transmits the issue code of the commodity to the encoding server 21 via the network 22.
  • the encoding server 21 receives the issue code of the commodity transmitted by the consumer terminal 26 and the address of the consumer terminal 26 via the network 22, and compares the received issue code and the address of the consumer terminal 26 with the issue code of the previous write server 21 and the address of the consumer terminal 26. When the comparison is correct, the comparison result is returned to the consumer terminal 26.
  • Embodiment 2 of the present invention is to apply the present invention to an invoice code for managing an invoice corresponding to a release code by using a code plus a terminal address combination code.
  • the system structure is as shown in FIG. 3, and the system includes:
  • the terminal is connected to the network 32, and includes an invoice issuing terminal 33, an invoice filling terminal 34, and an invoice verification terminal 35.
  • the terminal 32 is connected to the encoding server 31 via the network 32 for acquiring the issuing code and the terminal address on the invoice to the encoding server 31.
  • the issue code and terminal address of the invoice are transmitted; the information transmitted by the encoding server 31 is received via the network 32.
  • the network 32 is connected to the terminal and the encoding server 31, and allocates a network 32 address to the encoding server 31 and each terminal, and transmits information between the encoding server 31 and the terminal.
  • the encoding server 31 is connected to the network 32, is connected to the terminal through the network 32, and is used for writing the issuing code and the terminal address, and forming an encoding by the issuing code plus the terminal address in the encoding server 31;
  • the network 32 receives the issue code and terminal address transmitted by the terminal.
  • the invoice issuing terminal 33 transmits the issuing code of the invoice and the invoicing to the encoding server 31 via the network 32 to fill in the address of the terminal 34 and the address of the invoice issuing terminal 33.
  • the encoding server 31 receives the issue code of the invoice transmitted by the invoice issuing terminal 33 and the address of the invoice filling terminal 34 and the invoice issuing terminal 33 via the network 32, and the address of the received issuing code and the invoice issuing terminal 33 is written in the server 31 as before.
  • the issue code is compared with the address of the invoice issuing terminal 33, and the comparison result is returned to the invoice issuing terminal 33 and the invoice filling terminal 34; in the case where the comparison is correct, in the server 31, the invoice is written to fill in the address of the terminal 34,
  • the code of the address combination of the terminal 34 is filled in by the issue code plus the invoice in the server 31 or the code of the address combination of the terminal 34 is formed by the issue code plus the invoice issuing terminal 33 address plus the invoice.
  • the invoice pop-up terminal 34 transmits the issue code of the invoice and the address of the invoice verification terminal 35 and the invoice to the address of the terminal 34 via the network 32 to the encoding server 31.
  • the encoding server 31 receives the invoice of the invoice and the invoice verification terminal 35 address and the invoice filling terminal 34 address through the network 32, and fills in the terminal 34 address with the received issuing code and the invoice.
  • the issue code and the invoice are filled in with the terminal 34 address for comparison, and the comparison result is returned to the invoice filling terminal 34 and/or the invoice verification terminal 35; in the case where the comparison is correct, in the server 31, the invoice verification is written.
  • the invoice verification terminal 35 transmits the issue code of the invoice and the address of the invoice verification terminal 35 to the encoding server 31 via the network 32.
  • the encoding server 31 receives the issue code of the invoice transmitted by the invoice verification terminal 35 and the address of the invoice verification terminal 35 via the network 32, and the address of the received issue code and the invoice verification terminal 35 is the same as the issue code and the invoice verification terminal 35 previously written in the server 31. The addresses are compared and the comparison result is returned to the invoice verification terminal 35.
  • the steps include:
  • the issue code and the invoice issue terminal 33 address are written in the code server 31, and a code combination of the issue code plus the invoice issue terminal 33 address is formed in the code server 31.
  • the issuing code of the invoice and the invoice are filled in by the invoice issuing terminal 33 to fill in the address of the terminal 34, and the issuing code of the invoice and the invoice are filled in by the invoice issuing terminal 33 and the network 32 to the address of the terminal 34 and the address of the invoice issuing terminal 33 to the encoding server 31. Transfer.
  • the encoding server 31 receives the issue code transmitted by the invoice issuing terminal 33 and the address of the invoice filling terminal 34 and the address of the invoice issuing terminal 33 via the network 32, and the issued code of the received issuing code and the invoice issuing terminal 33 is the same as the issuing code previously written in the server 31.
  • the comparison result is returned to the invoice issuing terminal 33 and the invoice filling terminal 34; in the case where the comparison is correct, in the server 31, the invoice is written to fill in the address of the terminal 34, at the server 31 is formed by the issue code plus the invoice to fill in the code combination of the address combination of the terminal 34 or form the code of the address combination of the terminal 34 by the issue code plus the invoice issuing terminal 33 address plus the invoice;
  • the invoice pop-up terminal 34 transmits the issue code of the invoice and the address of the invoice verification terminal 35 and the invoice to the address of the terminal 34 via the network 32 to the encoding server 31.
  • the encoding server 31 receives the invoice of the invoice and the invoice verification terminal 35 address and the invoice filling terminal 34 address through the network 32, and fills in the terminal 34 address with the received issuing code and the invoice.
  • the issue code and the invoice are filled in with the terminal 34 address for comparison, and the comparison result is returned to the invoice filling terminal 34 and/or the invoice verification terminal 35; in the case where the comparison is correct, in the server 31, the invoice verification is written.
  • the invoice verification terminal 35 transmits the issue code of the invoice and the address of the invoice verification terminal 35 to the encoding server 31 via the network 32.
  • the encoding server 31 receives the issue code of the invoice transmitted by the invoice verification terminal 35 and the address of the invoice verification terminal 35 via the network 32, and the address of the received issue code and the invoice verification terminal 35 is the same as the issue code and the invoice verification terminal 35 previously written in the server 31. The addresses are compared and the comparison result is returned to the invoice verification terminal 35.
  • Embodiment 3 of the present invention is to apply the present invention to an ID card code for managing an ID card corresponding to an issue code by using a code plus a terminal address combination code.
  • the system structure is as shown in FIG. 4, and the system includes:
  • the terminal is connected to the network 42, including the issuing terminal 43, the license terminal 44, and the verification terminal.
  • the network 42 connected to the terminal, the code server 41, assigns a network 42 address to the encoding server 41 and each terminal, and transmits information between the encoding server 41 and the terminal.
  • the encoding server 41 is connected to the network 42, is connected to the terminal through the network 42 for writing the issue code and the terminal address, and forms an encoding of the combination of the issue code plus the terminal address in the encoding server 41; for receiving through the network 42 The release code and terminal address transmitted by the terminal.
  • the issuing terminal 43 transmits the issuance code of the identity card and the address of the license terminal 44 and the address of the issuing terminal 43 to the encoding server 41 via the network 42.
  • the encoding server 41 receives the issue code of the identity card transmitted by the issuing terminal 43 via the network 42 and The address of the certificate terminal 44 and the address of the issuing terminal 43 are compared with the address of the received issuing code and the issuing terminal 43 with the issuing code of the previous writing server 41 and the address of the issuing terminal 43, and the reply terminal 43 and the certificate terminal 44 are replied.
  • the result of the comparison in the case where the comparison is correct, in the server 41, the address of the certificate terminal 44 is written, and the code of the address combination of the issue code certification terminal 44 is formed in the code server 41 or formed by the issue code plus
  • the terminal 43 addresses the code of the address combination of the terminal 44.
  • the certificate terminal 44 transmits the issue code of the identity card and the address of the verification terminal 45 and the address of the license terminal 44 to the code server 41 via the network 42.
  • the encoding server 41 receives the issue code of the ID card transmitted by the license terminal 44 and the address of the verification terminal 45 and the address of the license terminal 44 via the network 42, and the issued issue code and the certificate terminal 44 address are the same as those previously written in the server 41.
  • the code is compared with the address of the certificate terminal 44, and the comparison result is returned to the certificate terminal 44 and/or the verification terminal 45.
  • the address of the verification terminal 45 is written, at the encoding server.
  • the code of the combination of the address of the issuing code plus the verification terminal 45 is formed in 41.
  • the method for encoding the ID card combined with the network address includes the following steps:
  • the issue code and the issue terminal 43 address are written in the code server 41, and the code of the combination of the issue code plus the issue terminal 43 is formed in the code server 41; and the ID card information corresponding to the issue code is written.
  • the issuing code of the ID card and the address of the license terminal 44 are input or obtained through the issuing terminal 43, and the issuing code of the ID card and the address of the license terminal 44 and the issuing terminal 43 address are transmitted to the encoding server 41 via the issuing terminal 43 and the network 42.
  • the encoding server 41 receives the distribution code transmitted by the issuing terminal 43 and the address of the issuing terminal 44 and the issuing terminal 43 via the network 42, and the issued issuing code and the issuing terminal 43 address are the same as the issuing code and issuing terminal 43 written in the server 41 before.
  • the addresses are compared, and the comparison result is returned to the issuing terminal 43 and the certificate terminal 44.
  • the address of the certificate terminal 44 is written in the server 41, and the issue code is formed in the code server 41.
  • the code of the combination of the address of the certificate terminal 44 or the code of the combination of the address of the issuing terminal plus the issuing terminal 43 and the address of the terminal 44 is formed.
  • the certificate terminal 44 transmits the issue code of the identity card and the address of the verification terminal 45 and the address of the license terminal 44 to the code server 41 via the network 42.
  • the encoding server 41 receives the issue code of the ID card transmitted by the license terminal 44 and the address of the verification terminal 45 and the address of the license terminal 44 via the network 42, and the received issue code and the address of the license terminal 44 Comparing with the issue code of the previous write server 41 and the address of the license terminal 44, the comparison result is returned to the license terminal 44 and/or the verification terminal 45; in the case where the comparison is correct, the server 41 writes The address of the verification terminal 45 is entered, and the code of the address combination of the issue code plus verification terminal 45 is formed in the code server 41 or the code of the combination of the address of the issue code plus issue terminal 43 and the address of the license terminal 44 is added.
  • the encoding server 41 also writes the password and/or human biometric of the issuing code when writing the issuing code and the address of the issuing terminal 43 and/or when writing the address of the certificate terminal 44, and the license terminal 44 transmits the code to the encoding server 41.
  • the code and address are issued, the password and/or human biometrics are also transmitted.
  • Embodiment 4 of the present invention is to apply the present invention to an air ticket (including a train ticket) code for managing a ticket corresponding to a release code by the present invention.
  • the system structure is as shown in FIG. 5, and the system includes: a terminal, a network
  • the 52-phase connection including the sales terminal 53, the ticket holding terminal 54, and the ticket checking terminal 55, is connected to the encoding server 51 via the network 52, is used to obtain the issuing code and the terminal address from the ticket, and transmits the issuing code of the ticket to the server 51. Terminal address; receiving information transmitted by the encoding server 51 via the network 52;
  • the network 52 is connected to the terminal and the encoding server 51, and allocates a network 52 address to the encoding server 51 and each terminal, and transmits information between the encoding server 51 and the terminal.
  • the encoding server 51 is connected to the network 52, connected to the terminal via the network 52, for writing the issue code and the terminal address, and forming an encoding by the issuing code plus the terminal address in the encoding server 51; for receiving through the network 52 The release code and terminal address transmitted by the terminal.
  • the issuing terminal transmits the ticket issuing code and the ticket holding terminal 54 address and the selling terminal 53 address to the encoding server 51 via the network 52.
  • the encoding server 51 receives the issue code of the ticket transmitted by the sales terminal 53 and the address of the ticket terminal 54 and the sales terminal 53 via the network 52, and the issued code and the sales terminal 53 address are the same as the issue code and sales in the previous write server 51.
  • the address of the terminal 53 is compared, and the comparison result is returned to the sales terminal 53 and the ticket terminal 54.
  • the comparison is correct, the address of the ticket terminal 54 is written in the server 51, and the distribution server 51 is formed by the issue.
  • the code plus the ticket terminal 54 encodes the address combination or forms a code that is combined by the issue code plus the sales terminal 53 address plus the ticket terminal 54 address.
  • the ticket holding terminal 54 transmits the ticket issuing code and the ticket checking terminal 55 address and the ticket holding terminal 54 address to the encoding server 51 via the network 52.
  • the encoding server 51 receives the issue code and the ticket of the ticket transmitted by the ticket terminal 54 via the network 52.
  • the ticket terminal 55 address and the ticket terminal 54 address compare the received issue code and the ticket terminal 54 address with the issue code of the previous write server 51 and the ticket terminal 54 address, to the ticket terminal 54 and/or
  • the ticket checking terminal 55 returns the comparison result; in the case where the comparison is correct, in the server 51, the address of the ticket checking terminal 55 is written, and the encoding or formation of the address combination by the issuing code plus the ticket checking terminal 55 is formed in the encoding server 51.
  • the code is added by the issue code plus the sales terminal 53 address plus the ticket terminal 54 address plus the check ticket terminal 55 address combination.
  • the ticket encoding method combining the network address includes the following steps:
  • the issue code and the sales terminal 53 address are written in the code server 51, and the code of the combination of the issue code plus the sales terminal 53 is formed in the code server 51; and the ticket information corresponding to the issue code is written.
  • the distribution code of the ticket and the ticket terminal 54 address are input or obtained through the sales terminal 53, and the ticket issuing code and the ticket terminal 54 address and the selling terminal 53 address are transmitted to the server 51 through the sales terminal 53 and the network 52.
  • the encoding server 51 receives the distribution code and the ticket terminal 54 address and the sales terminal 53 address transmitted by the sales terminal 53 via the network 52, and the received distribution code and the sales terminal 53 address are the same as the distribution code and the sales terminal 53 previously written in the server 51.
  • the addresses are compared, and the comparison result is returned to the sales terminal 53 and the ticket holding terminal 54.
  • the address of the ticket holding terminal 54 is written in the server 51, and the issuing code is blessed in the encoding server 51.
  • the code of the address combination of the ticket terminal 54 is encoded or encoded by the address of the issue code plus the sales terminal 53 and the address of the ticket holder terminal 54.
  • the ticket holding terminal 54 transmits the ticket issuing code and the ticket checking terminal 55 address and the ticket holding terminal 54 address to the encoding server 51 via the network 52.
  • the encoding server 51 receives the issue code of the ticket and the ticket check terminal 55 address and the ticket terminal 54 address transmitted by the ticket terminal 54 via the network 52, and issues the received issue code and the ticket terminal 54 address to the previous write server 51.
  • the code is compared with the address of the ticket holding terminal 54 to return the comparison result to the ticket holding terminal 54 and/or the ticket checking terminal 55; and/when the comparison is correct, in the server 51, the address of the ticket checking terminal 55 is written.
  • a code combined by the issue code plus ticket check terminal 55 address or a code formed by the issue code plus sales terminal 53 address plus ticket terminal 54 address plus the ticket check terminal 55 address combination is formed.
  • the code server 51 When the code server 51 writes the issue code and the address of the sales terminal 53, and/or when writing the address of the ticket terminal 54, it also writes the code and/or human biometric of the issue code, and the license terminal transmits the issue to the code server 51. At the same time, the code and address are also transmitted with the password and/or human biometrics.

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Description

一种结合网络地址编码系统及方法 技术领域
本发明涉及一种结合网络地址编码系统及方法，属于编码及网络应用技 术领域， 适用于向具有流通性质的对象， 如商品、 发票、 证件、 机票提供编 码服务。 背景技术
流通对象， 如流通的商品、 流通的发票、 流通的证件、 身份证和车船、 机票， 均釆用编码进行管理， 如商品的条形码和 RFID、 发票的票号、 证件 的编号、 身份证号码、 银行票证的编号、 车船飞机票编号等。 这种编码可以 轻易被复制。 为了阻止这种复制， 有的将编码制作成安全线方式， 有的增加 密码， 有的增加覆盖层， 有的制作成电子视读方式等， 但效果并不明显。 无 论那种流通对象， 均希望使用一种简单而又不能被复制的编码， 并不能被盗 用， 从而对流通对象实施有效的流通管理。
而今， 网络终端正快速普及， 随着无线移动网络的发展， 网络终端必将 普及到每个人。传统方式没有一种方式能够像网络这样能够随时随地的传输 信息， 当然也包括传输对象的编码。 所以， 流通对象所期望的编码， 需要具 备网络特性， 能够结合网络终端传输。 发明内容
有鉴于此， 本发明的目的在于提供一种结合网络地址编码系统及方法， 就是在流通对象的编号基础上， 增加网络终端的终端地址， 对流通对象实施 编号加网络终端地址编码管理； 流通对象的编码由编号部分和终端地址部分 组成； 终端地址部分由网络终端通过网络写入， 不能被他方写入， 该编码只 能被写入了终端地址的网络终端使用和传送， 不能被他方使用和传送。 编码 中的编号同时写在对象和编码服务器中， 编码中的终端地址写在编码服务器 中。 在网络中建立编码管理服务器， 将编号写在流通对象的同时， 也写入编 码管理服务器中， 再写入流通对象所对应的网络终端地址， 形成由编号加终 端地址组合的编码。 当流通对象向第二终端流通时， 通过前边终端在编码管 理服务器中写入第二终端地址，形成由编号加终端地址和 /或第二终端地址组 合的编码， 进而再形成由编号加终端地址和 /或第二终端地址和 /或第三终端 地址组合的编码。 依此类推， 流通对象的编码由编码中后一个网络终端地址 对应的网络终端使用和传送。
为了使本发明文本便于理解， 对本发明所涉及的名词作如下定义： 对象： 指本发明的编码所对应、 应用的对象和载体， 如商品、 发票、 证 件、 身份证、 车船票、 飞机票、 银行票证等， 既包含有形的对象， 也包含电 子对象， 如电子证书、 电子商品（电子书籍、 软件商品、 电子发票、 电子机 票等）。 对象进入编码服务前或同编码结合前， 均由对象发行者所有。
网络： 指现行的网络， 如互联网、 电信网、 无线移动网等。
网络终端： 指网络中的连接网络的终端， 简称为终端。 本文本中的终端 泛指所有本发明涉及的网络终端， 在具体的步骤中， 终端也指排序中的第一 终端 （流程中第一终端）， 之后有第二终端、 第三终端， 再之后可以任意序 展， 至第 n终端 （流程中最后一个终端）。 在具体的实施例中， 也可不用排 序的方法， 按功能来区分不同的终端， 如销售终端、 发行终端、 批发终端、 脸证终端等。 本终端之外的系统中的终端， 称之为其他终端。 网络为网络终 端分配有网络地址和号码。
终端地址： 指终端所在网络的网络地址和 /或号码， 如互联网终端的 IP 地址、 电话网的终端地址和 /或号码、 无线移动网的通信地址和 /或号码、 无 线终端的地址和 /或号码； 也指终端中的物理号码， 如机器的 ID号等； 还指 物理号码加网络地址和 /或号码， 简称地址。
编码管理服务器： 指存在于网络中的， 连接网络和终端的进行编码管理 的服务器， 内含编码管理数据库及有关管理程序， 也可装载发行码生成模块 和程序； 简称为编码服务器或服务器。
发行码： 指用于对象的编号， 包括用于对象的密码、 产品号、 序列号、 序号、 商品号、 防伪号、 查询号、 查验号等， 如商品的条形码号码、 RFID 号码、 身份证号码、 发票号码和 /或密码、 机票号码和 /或航班编号等， 在本 发明的发行码应用中， 也包含组合编号， 可使用组织编号加个性编号， 如商 品发行码可由国际条码加商品唯一编号组成，还可以组合进时间编号和随机 号码， 身份证发行码可以由身份证号码加密码组成， 发票发行码可由地区编 号加顺序号组成， 机票发行码可由航班编号加机票编号组成等。 发行码的存 在方式包含以电子方式纪录在服务器中， 和以适合于对象的方式纪录在对象 中， 如以号码和 /或条码方式结合在商品和发票、机票上， 以身份证号码的方 式纪录在身份证上， 以电子方式纪录对象中。
密码： 指作为密码的号码、 码号、 文件， 也指密钥文件。
人体生物特征： 指人体的生物特征， 如人体的指紋和指紋特征、 虹膜特 征、 掌紋特征、 唇紋特征、 面部特征、 语音音频特征等。
比对结果： 指将终端传送的发行码和终端地址同之前写入服务器中的发 行码和终端地址进行比对后所出现的结果， 包括根据结果回复的信息， 如通 过比对后不正确， 在回复比对不正确时， 还可回复： "无权用户"、 "无权使 用"等信息， 在比对正确后， 回复： 对象的信息和 /或终端使用者的信息、 流 通信息、 时间信息等。
为了实现上述目的， 需要在网络中建立结合网络地址编码系统， 用于通 过发行码加终端地址组合的编码对发行码所对应的对象进行网络管理， 系统 包括：
终端， 同网络相连接， 通过网络同编码服务器相连接， 用于获取对象的 发行码和其他终端地址， 向编码服务器传送对象的发行码和其他终端地址及 终端地址； 通过网络接收编码服务器传送的信息。
网络， 同终端、 编码服务器相连接， 为编码服务器和每个终端分配网络 地址， 在编码服务器和终端间传输信息。
编码服务器， 同网络相连接， 通过网络和一个以上终端相连接， 用于写 入发行码和终端地址， 在编码服务器中形成由发行码加终端地址组合的编 码； 用于通过网络接收终端传送的发行码和终端地址； 服务器内含有编码数 据库。
编码服务器通过网络接收终端传送的对象的发行码和第二终端地址及 终端地址，对接收的发行码和终端地址同之前写入服务器中的发行码和终端 地址进行比对， 向终端和 /或第二终端回复比对结果； 在比对正确的情况下， 在服务器中， 写入第二终端地址， 在编码服务器中形成由发行码加第二终端 地址组合的编码或形成由发行码加终端地址加第二终端地址组合的编码。
编码服务器通过网络接收第二终端传送的发行码和第三终端地址及第 二终端地址，对接收的发行码和第二终端地址同之前写入服务器中的发行码 和第二终端地址进行比对，向第二终端和 /或第三终端回复比对结果；在比对 正确的情况下， 在服务器中， 写入第三终端地址， 在服务器中形成由发行码 加第三终端地址组合的编码或形成由发行码加终端地址加第二终端地址加 第三终端地址组合的编码； 照此类推， 对于第 n终端， 在服务器中形成由发 行码加第 n终端地址组合的编码或由发行码加终端地址加第二终端地址加第 三终端地址加……加第 n终端地址组合的编码。
发行码生成模块， 同编码服务器相连接， 用于生成发行码； 本模块可以 独立存在， 也可以安装在编码服务器中； 还可以存在于系统之外， 直接或通 过网络或载体将生成的发行码写入编码服务器。
发行码制作装置， 用于将发行码制作在发行码所对应的对象上。
终端向编码服务器传送对象的发行码和其他终端地址和终端地址时，通 过输入或接收对象的发行码和其他终端地址向编码服务器传送， 自动传送终 端地址。 系统中的终端需要输入或接收发行码和其他终端地址向服务器传 送， 终端的地址则是通过终端和网络自动传送至服务器， 服务器以信息内容 的方式接收所述终端传送的发行码和其他终端地址，通过网络自动接收所述 终端地址， 如发送段信和打电话， 不需要输入自己终端的地址和号码， 对方 就能接收到自己的终端号码。
编码服务器在写入发行码和 /或终端地址时， 还写入发行码的密码和 /或 人体生物特征，和 /或写入发行码所对应的对象信息和终端使用者信息； 终端 向服务器传送发行码和终端地址时， 还传送密码和 /或人体生物特征。
当所述终端为系统中第 n终端时， 只向服务器传送对象的发行码及第 n 终端地址， 不传送其他终端地址。
所述系统在实际应用中，还需要将结合有发行码的对象随着终端地址写 入服务器， 发送到终端所在位置， 以便终端能够接收并传送对象的发行码。
结合网络地址编码方法， 用于通过发行码加终端地址组合的编码对发行 码所对应的对象进行网络管理， 其步骤包括：
生成发行码， 将发行码同发行码所对应的对象结合， 将结合有发行码的 对象发送至终端所在位置。
将发行码和终端地址写入编码服务器， 在编码服务器中形成由发行码加 终端地址组合的编码。
通过终端输入或获取对象的发行码和第二终端地址 ,通过终端和网络将 对象的发行码和第二终端地址及终端地址向编码服务器传送。
编码服务器通过网络接收终端传送的发行码和第二终端地址及终端地 址，对接收的发行码及终端地址同之前写入服务器中的发行码和终端地址进 行比对， 向终端和 /或第二终端回复比对结果； 在比对正确的情况下， 在服务 器中， 写入第二终端地址， 在编码服务器中形成由发行码加第二终端地址组 合的编码或形成由发行码加终端地址加第二终端地址组合的编码。
第二终端输入或获取对象的发行码和第三终端地址，通过第二终端和网 络将对象的发行码和第三终端地址及第二终端地址向编码服务器传送。
编码服务器通过网络接收第二终端传送的发行码和第三终端地址及第 二终端地址，对接收的发行码和第二终端地址同之前写入服务器中的发行码 和第二终端地址进行比对，向第二终端和 /或第三终端回复比对结果；在比对 正确的情况下， 在服务器中， 写入第三终端地址， 在服务器中形成由发行码 加第三终端地址组合的编码或形成由发行码加终端地址加第二终端地址加 第三终端地址组合的编码。
照此类推， 对于第 n终端， 在编码服务器中形成由发行码加第 n终端地 址组合的编码或由发行码加终端地址加第二终端地址加第三终端地址 加 ... ...加第 n终端地址组合的编码。
当所述终端为方法中第 n终端时， 只向服务器传送对象的发行码及第 n 终端地址， 不传送其他终端地址。
所述编码服务器接收第 n终端传送的对象的发行码及第 n终端地址， 进 行比对后， 向第 n终端回复比对结果。
终端向编码服务器传送对象的发行码和其他终端地址和终端地址时，通 过输入或接收对象的发行码和其他终端地址向编码服务器传送， 自动传送终 端地址。本方法中的终端需要输入或接收发行码和其他终端地址向服务器传 送， 终端的地址则是通过终端和网络自动传送至服务器， 服务器以信息内容 的方式接收所述终端传送的发行码和其他终端地址，通过网络自动接收所述 终端地址， 如发送段信和打电话， 不需要输入自己终端的地址和号码， 对方 就能接收到自己的终端号码。
编码服务器在写入发行码和 /或终端地址时， 还写入发行码的密码和 /或 人体生物特征，和 /或写入发行码所对应的对象信息和终端使用者信息； 终端 向服务器传送发行码和终端地址时， 还传送密码和 /或人体生物特征。
本发明的系统及方法可应用于对流通商品的编码管理， 可建立由编码服 务器、 网络、 销售终端、 批发终端、 零售终端和消费终端组成的系统， 其编 码步骤包括：
生成发行码， 将发行码同发行码所对应的商品结合， 将结合有发行码的 商品发送至销售终端处。
将发行码和销售终端地址写入编码服务器，在编码服务器中形成由发行 码加销售终端地址组合的编码。
通过销售终端输入或获取商品的发行码和批发终端地址或零售终端地 址，通过销售终端和网络将商品的发行码和批发终端地址或零售终端地址及 销售终端地址向编码服务器传送。
编码服务器通过网络接收销售终端传送的发行码和批发终端地址或零 售终端地址及销售终端地址 ,对接收的发行码及销售终端地址同之前写入服 务器中的发行码和销售终端地址进行比对， 向销售终端和批发终端或零售终 端回复比对结果； 在比对正确的情况下， 在服务器中， 写入批发终端地址或 零售终端地址，在编码服务器中形成由发行码加批发终端地址或零售终端地 址组合的编码或形成由发行码加销售终端地址加批发终端地址或零售终端 地址组合的编码。
批发终端通过网络向编码服务器传送商品的发行码和零售终端地址及 批发终端地址。
编码服务器通过网络接收批发终端传送的商品的发行码和零售终端地 址和批发终端地址，对接收的发行码和批发终端地址同之前写入服务器中的 发行码和批发终端地址进行比对， 向批发终端和零售终端回复比对结果； 在 比对正确的情况下， 在服务器中， 写入零售终端地址， 在服务器中形成由发 行码加零售终端地址组合的编码或形成由发行码加销售终端地址加批发终 端地址加零售终端地址组合的编码。
零售终端通过网络向编码服务器传送商品的发行码 /和消费终端地址及 零售终端地址。
编码服务器通过网络接收零售终端传送的商品的发行码 /和消费终端地 址及零售终端地址，对接收的发行码和零售终端地址同之前写入服务器中的 发行码和零售终端地址进行比对， 向零售终端 /和消费终端回复比对结果； I 和在比对正确的情况下， 在服务器中， 写入消费终端地址， 在编码服务器中 形成由发行码加消费终端地址组合的编码或形成由发行码加销售终端地址 加批发终端地址加零售终端地址加消费终端地址组合的编码。 实际应用中， 批发终端也可作为零售终端， 零售终端可作为消费终端使 用。
本发明也可应用于对流通发票的编码管理，可建立由编码服务器、网络、 发票发行终端、发票填开终端、发票验证终端组成的系统，其编码步骤包括： 将发行码和发票发行终端地址写入编码服务器，在编码服务器中形成由 发行码加发票发行终端地址组合的编码。
通过发票发行终端输入或获取发票的发行码和发票填开终端地址，通过 发票发行终端和网络将发票的发行码和发票填开终端地址及发行终端地址 向服务器传送；
编码服务器通过网络接收发票发行终端传送的发行码和发票填开终端 地址及发票发行终端地址，对接收的发行码及发票发行终端地址同之前写入 服务器中的发行码和发票发行终端地址进行比对， 向发票发行终端和发票填 开终端回复比对结果； 在比对正确的情况下， 在服务器中， 写入发票填开终 端地址，在编码服务器中形成由发行码加发票填开终端地址组合的编码或形 成由发行码加发票发行终端地址加发票填开终端地址组合的编码。
发票填开终端通过网络向编码服务器传送发票的发行码和发票验证终 端地址及发票填开终端地址。
编码服务器通过网络接收发票填开终端传送的发票的发行码和发票验 证终端地址和发票填开终端地址 ,对接收的发行码和发票填开终端地址同之 前写入服务器中的发行码和发票填开终端地址进行比对， 向发票填开终端和 /或发票验证终端回复比对结果； 在比对正确的情况下， 在服务器中， 写入发 票验证终端地址，在编码服务器中形成由发行码加发票验证终端地址组合的 编码或形成由发行码加发票发行终端地址加发票填开终端地址加发票验证 终端地址组合的编码。
发票验证终端通过网络向编码服务器传送发票的发行码及发票验证终 端地址；
编码服务器通过网络接收发票验证终端传送的发票的发行码及发票验 证终端地址，对接收的发行码和发票验证终端地址同之前写入服务器中的发 行码和发票验证终端地址进行比对， 向发票验证终端回复比对结果。
本发明的系统及方法还可应用于对身份证的编码管理， 可建立由编码服 务器、 网络、发行终端、 持证终端、验证终端组成的系统， 其编码步骤包括： 将发行码和发行终端地址写入编码服务器，在编码服务器中形成由发行 码加发行终端地址组合的编码； 并写入发行码所对应的身份证信息。
通过发行终端输入或获取身份证的发行码和持证终端地址，通过发行终 端和网络将身份证的发行码和持证终端地址及发行终端地址向编码服务器 传送。
编码服务器通过网络接收发行终端传送的发行码和持证终端地址及发 行终端地址，对接收的发行码及发行终端地址同之前写入服务器中的发行码 和发行终端地址进行比对， 向发行终端和持证终端回复比对结果； 在比对正 确的情况下， 在服务器中， 写入持证终端地址， 在编码服务器中形成由发行 码加持证终端地址组合的编码或形成由发行码加发行终端地址加持证终端 地址组合的编码。
持证终端通过网络向服务器传送身份证的发行码和验证终端地址及持 证终端地址。
服务器通过网络接收持证终端传送的身份证的发行码和验证终端地址 和持证终端地址，对接收的发行码和持证终端地址同之前写入服务器中的发 行码和持证终端地址进行比对，向持证终端和 /或验证终端回复比对结果； 在 比对正确的情况下， 在服务器中， 写入验证终端地址， 在服务器中形成由发 行码加验证终端地址组合的编码或形成由发行码加发行终端地址加持证终 端地址加验证终端地址组合的编码。
编码服务器在写入发行码和发行终端地址时和 /或在写入持证终端地址 时，还写入发行码的密码和 /或人体生物特征，持证终端向编码服务器传送发 行码和终端地址时， 还同时传送密码和 /或人体生物特征。
本发明的系统及方法又可应用于对机票（含车船票）的编码管理， 可建 立由编码服务器、 网络、 销售终端、 持票终端、 验票终端组成的系统， 其编 码步骤包括：
将发行码和销售终端地址写入编码服务器，在编码服务器中形成由发行 码加销售终端地址组合的编码； 并写入发行码所对应的机票信息。
通过销售终端输入或获取机票的发行码和持票终端地址，通过销售终端 和网络将机票的发行码和持票终端地址及销售终端地址向编码服务器传送。
编码服务器通过网络接收销售终端传送的发行码和持票终端地址及销 售终端地址，对接收的发行码及销售终端地址同之前写入服务器中的发行码 和销售终端地址进行比对， 向销售终端和持票终端回复比对结果； 在比对正 确的情况下， 在服务器中， 写入持票终端地址， 在编码服务器中形成由发行 码加持票终端地址组合的编码或形成由发行码加销售终端地址加持票终端 地址组合的编码。
持票终端通过网络向服务器传送机票的发行码和验票终端地址及持票 终端地址。
服务器通过网络接收持票终端传送的机票的发行码和验票终端地址和 持票终端地址，对接收的发行码和持票终端地址同之前写入服务器中的发行 码和持票终端地址进行比对， 向持票终端和 /或验票终端回复比对结果； 和 / 在比对正确的情况下， 在服务器中， 写入验票终端地址， 在服务器中形成由 发行码加验票终端地址组合的编码或形成由发行码加销售终端地址加持票 终端地址加险票终端地址组合的编码。
本发明的系统及方法， 同现有编码管理的区别在于： 编码中， 有号码、 码号方式组成的（传统编码内容）发行码， 还含有现行编码所没有的网络终 端地址， 而且编码中的终端地址部分， 是通过网络终端自动写入， 没有被写 入地址的网络终端不能使用和管理编码， 属于人为不可控行为， 能够有效防 止编码的复制和盗用行为。
为使本发明的特征能更明显易懂， 下文举实施例， 并配合附图进行详细 说明。 附图说明
图 1是本发明系统结构图；
图 2是本发明实施例 1用于商品编码系统结构图；
图 3是本发明实施例 2用于发票编码系统流程图；
图 4是本发明实施例 3用于身份证编码系统流程图；
图 5是本发明实施例 4用于机票编码系统流程图。 附图标号说明
1、 21、 31、 41、 51 ~编码服务器；
2、 22、 32、 42、 52 ~网络；
3 ~终端； 4 ~弟一纟
5 ~第三终端；
6 ~第 n终端；
23 〜销售终端;
24 〜批发终端;
25 〜零售终端;
26 〜消费终端;
33 〜发行终端;
34 〜填开终端;
35 〜验证终端;
43 〜发行终端;
44 〜持证终端;
45 〜验证终端;
53 〜销售终端;
54 〜持票终端;
55 〜验票终端。 具体实施方式
本发明系统如图 1所示， 包括：
终端 3 , 同网络 2相连接， 通过网络 2同编码服务器 1相连接， 用于获 取对象的发行码和其他终端地址， 向编码服务器 1传送对象的发行码和其他 终端地址及终端地址； 通过网络 2接收编码服务器 1传送的信息。
网络 2, 同终端 3、 编码服务器 1相连接， 为编码服务器 1和每个终端 分配网络地址， 在编码服务器 1和终端 3间传输信息。
编码月良务器 1 , 同网络 2相连接， 通过网络 2和终端 3相连接， 用于写 入发行码和终端地址，在编码服务器 1中形成由发行码加终端地址组合的编 码； 用于通过网络 2接收终端 3传送的发行码和终端地址； 服务器 1内含有 编码数据库。
编码服务器 1通过网络 2接收终端 3传送的对象的发行码和第二终端 4 地址及终端 3地址，对接收的发行码和终端 3地址同之前写入服务器 1中的 发行码和终端 3地址进行比对，向终端 3和 /或第二终端 4回复比对结果；在 比对正确的情况下， 在服务器 1中， 写入第二终端 4地址， 在编码服务器 1 中形成由发行码加第二终端 4地址组合的编码或形成由发行码加终端 3地址 加第二终端 4地址组合的编码。
编码服务器 1通过网络 2接收第二终端 4传送的发行码和第三终端 5地 址及第二终端 4地址，对接收的发行码和第二终端 4地址同之前写入服务器 1中的发行码和第二终端 4地址进行比对， 向第二终端 4和 /或第三终端 5回 复比对结果； 在比对正确的情况下， 在服务器 1中， 写入第三终端 5地址， 在编码服务器 1中形成由发行码加第三终端 5地址组合的编码或形成由发行 码加终端 3地址加第二终端 4地址加第三终端 5地址组合的编码；照此类推， 对于第 n终端 6, 在编码服务器 1中形成由发行码加第 n终端 6地址组合的 编码或由发行码加终端 3地址加第二终端 4地址加第三终端 5地址加……加 第 n终端 6地址组合的编码。
发行码生成模块 7 , 同编码服务器 1相连接， 用于生成发行码； 本模块 7可以独立存在， 也可以安装在编码服务器 1中； 还可以存在于系统之外， 直接或通过网络 2或载体将生成的发行码写入编码服务器 1。
发行码制作装置 8, 用于将发行码制作在发行码所对应的对象上。
本发明实施例 1是将本发明应用于商品编码， 用于商品流通管理， 其系 统结构如图 2所示， 系统包括：
销售终端 23、 批发终端 24、 零售终端 25和消费终端 26, 通过网络 22 同编码服务器 21相连接， 所有终端用于获取商品上发行码和终端地址， 向 编码服务器 21传送商品的发行码和终端地址； 通过网络 22接收编码服务器 21传送的信息。
网络 22, 同终端、 编码服务器 21相连接， 为编码服务器 21和每个终端 分配网络地址， 在编码服务器 21和终端间传输信息。
编码服务器 21 , 同网络 22相连接， 通过网络 22和终端相连接， 用于写 入发行码和终端地址， 在编码服务器 21 中形成由发行码加终端地址组合的 编码； 用于通过网络 22接收终端传送的发行码和终端地址。
编码服务器 21通过网络 22接收销售终端 23传送的商品的发行码和批 发终端 24地址和销售终端 23地址， 对接收的发行码和销售终端 23地址同 之前写入服务器 21中的发行码和销售终端 23地址进行比对，向销售终端 23 和批发终端 24回复比对结果； 在比对正确的情况下， 在服务器 21中， 写入 批发终端 24地址， 在编码服务器 21中形成由发行码加批发终端 24地址组 合的编码或形成由发行码加销售终端 23地址加批发终端 24地址组合的编 码。
编码服务器 21通过网络 22接收批发终端 24传送的商品的发行码和零 售终端 25地址和批发终端 24地址， 对接收的发行码和批发终端 24地址同 之前写入服务器 21中的发行码和批发终端 24地址进行比对，向批发终端 24 和零售终端 25回复比对结果； 在比对正确的情况下， 在服务器 21中， 写入 零售终端 25地址， 在编码服务器 21中形成由发行码加零售终端 25地址组 合的编码或形成由发行码加销售终端 23地址加批发终端 24地址加零售终端 25地址组合的编码。
编码服务器 21通过网络 22接收零售终端 25传送的商品的发行码和消 费终端 26地址和零售终端 25地址， 对接收的发行码和零售终端 25地址同 之前写入服务器 21中的发行码和零售终端 25地址进行比对，向零售终端 25 和消费终端 26回复比对结果； 在比对正确的情况下， 在服务器 21中， 写入 消费终端 26地址， 在编码服务器 21中形成由发行码加消费终端 26地址组 合的编码或形成由发行码加销售终端 23地址加批发终端 24地址加零售终端 25地址加消费终端 26地址组合的编码。
编码服务器 21通过网络 22接收零售终端 25传送的商品的发行码和零 售终端 25地址， 对接收的发行码和零售终端 25地址同之前写入服务器 21 中的发行码和零售终端 25地址进行比对， 在比对正确的情况下， 向零售终 端 25回复比对结果。
编码服务器 21在写入发行码和销售终端 23地址时，还写入发行码所对 应的商品信息和销售商信息。
编码服务器 21通过网络 22接收消费终端 26传送的商品的发行码和消 费终端 26地址， 对接收的发行码和消费终端 26地址同之前写入服务器 21 中的发行码和消费终端 26地址进行比对， 在比对正确的情况下， 向消费终 端 26回复比对结果。
结合网络地址的商品编码方法， 其步骤包括：
生成发行码， 将发行码同发行码所对应的商品结合， 将结合有发行码的 商品发送至销售终端 23处。
将发行码和销售终端 23地址写入编码服务器 21 ,在编码服务器 21中形 成由发行码加销售终端 23地址组合的编码。
通过销售终端 23输入或获取商品的发行码和批发终端 24地址或零售终 端 25地址，通过销售终端 23和网络 22将商品的发行码和批发终端 24地址 或零售终端 25地址及销售终端 23地址向编码服务器 21传送。
编码服务器 21通过网络 22接收销售终端 23传送的发行码和批发终端
24地址或零售终端 25地址及销售终端 23地址，对接收的发行码及销售终端 23地址同之前写入服务器 21中的发行码和销售终端 23地址进行比对，向销 售终端 23和批发终端 24或零售终端 25回复比对结果； 在比对正确的情况 下， 在服务器 21中， 写入批发终端 24地址或零售终端 25地址， 在编码服 务器 21中形成由发行码加批发终端 24地址或零售终端 25地址组合的编码 或形成由发行码加销售终端 23地址加批发终端 24地址或零售终端 25地址 组合的编码。
批发终端 24通过网络 22向编码服务器 21传送商品的发行码和零售终 端 25地址及批发终端 24地址。
编码服务器 21通过网络 22接收批发终端 24传送的商品的发行码和零 售终端 25地址和批发终端 24地址， 对接收的发行码和批发终端 24地址同 之前写入服务器 21中的发行码和批发终端 24地址进行比对，向批发终端 24 和零售终端 25回复比对结果； 在比对正确的情况下， 在服务器 21中， 写入 零售终端 25地址， 在编码服务器 21中形成由发行码加零售终端 25地址组 合的编码或形成由发行码加销售终端 23地址加批发终端 24地址加零售终端 25地址组合的编码。
零售终端 25通过网络 22向编码服务器 21传送商品的发行码 /和消费终 端 26地址及零售终端 25地址。
编码服务器 21通过网络 22接收零售终端 25传送的商品的发行码 /和消 费终端 26地址及零售终端 25地址， 对接收的发行码和零售终端 25地址同 之前写入服务器 21中的发行码和零售终端 25地址进行比对，向零售终端 25/ 和消费终端 26回复比对结果； /和在比对正确的情况下， 在服务器 21中， 写 入消费终端 26地址， 在编码服务器 21中形成由发行码加消费终端 26地址 组合的编码或形成由发行码加销售终端 23地址加批发终端 24地址加零售终 端 25地址加消费终端 26地址组合的编码。
编码服务器 21通过网络 22接收零售终端 25传送的商品的发行码和零 售终端 25地址， 对接收的发行码和零售终端 25地址同之前写入服务器 21 中的发行码和零售终端 25地址进行比对， 在比对正确的情况下， 向零售终 端 25回复比对结果。
编码服务器 21在写入发行码和销售终端 23地址时，还写入发行码所对 应的商品信息和销售商信息。
消费终端 26通过网络 22向编码服务器 21传送商品的发行码。
编码服务器 21通过网络 22接收消费终端 26传送的商品的发行码和消 费终端 26地址， 对接收的发行码和消费终端 26地址同之前写入服务器 21 中的发行码和消费终端 26地址进行比对， 在比对正确的情况下， 向消费终 端 26回复比对结果。
本发明实施例 2是将本发明应用于发票编码， 用于通过发行码加终端地 址组合的编码对发行码所对应的发票进行管理， 其系统结构如图 3所示， 系 统包括：
终端， 同网络 32相连接， 包括发票发行终端 33、发票填开终端 34和发 票验证终端 35 ,通过网络 32同编码服务器 31相连接，用于获取发票上发行 码和终端地址， 向编码服务器 31传送发票的发行码和终端地址； 通过网络 32接收编码服务器 31传送的信息。
网络 32, 同终端、 编码服务器 31相连接， 为编码服务器 31和每个终端 分配网络 32地址， 在编码服务器 31和终端间传输信息。
编码月良务器 31 , 同网络 32相连接， 通过网络 32和终端相连接， 用于写 入发行码和终端地址， 在编码服务器 31 中形成由发行码加终端地址组合的 编码； 用于通过网络 32接收终端传送的发行码和终端地址。
发票发行终端 33通过网络 32向编码服务器 31传送发票的发行码和发 票填开终端 34地址及发票发行终端 33地址。
编码服务器 31通过网络 32接收发票发行终端 33传送的发票的发行码 和发票填开终端 34地址和发票发行终端 33地址，对接收的发行码和发票发 行终端 33地址同之前写入服务器 31中的发行码和发票发行终端 33地址进 行比对， 向发票发行终端 33和发票填开终端 34回复比对结果； 在比对正确 的情况下， 在服务器 31中， 写入发票填开终端 34地址， 在服务器 31中形 成由发行码加发票填开终端 34地址组合的编码或形成由发行码加发票发行 终端 33地址加发票填开终端 34地址组合的编码。 发票填开终端 34通过网络 32向编码服务器 31传送发票的发行码和发 票验证终端 35地址及发票填开终端 34地址。
编码服务器 31通过网络 32接收发票填开终端 34传送的发票的发行码 和发票验证终端 35地址和发票填开终端 34地址，对接收的发行码和发票填 开终端 34地址同之前写入服务器 31中的发行码和发票填开终端 34地址进 行比对， 向发票填开终端 34和 /或发票验证终端 35回复比对结果；在比对正 确的情况下， 在服务器 31中， 写入发票验证终端 35地址， 在编码服务器 31 中形成由发行码加发票验证终端 35地址组合的编码或形成由发行码加发票 发行终端 33地址加发票填开终端 34地址加发票验证终端 35地址组合的编 码。
发票验证终端 35通过网络 32向编码服务器 31传送发票的发行码及发 票验证终端 35地址。
编码服务器 31通过网络 32接收发票验证终端 35传送的发票的发行码 及发票验证终端 35地址，对接收的发行码和发票验证终端 35地址同之前写 入服务器 31中的发行码和发票验证终端 35地址进行比对， 向发票验证终端 35回复比对结果。
结合网络地址的发票编码方法， 其步骤包括：
生成发行码， 将发行码同发行码所对应的发票结合， 将结合有发行码的 发票发送至销售终端处。
将发行码和发票发行终端 33地址写入编码服务器 31 ,在编码服务器 31 中形成由发行码加发票发行终端 33地址组合的编码。
通过发票发行终端 33输入或获取发票的发行码和发票填开终端 34地 址， 通过发票发行终端 33和网络 32将发票的发行码和发票填开终端 34地 址及发票发行终端 33地址向编码服务器 31传送。
编码服务器 31通过网络 32接收发票发行终端 33传送的发行码和发票 填开终端 34地址及发票发行终端 33地址，对接收的发行码及发票发行终端 33地址同之前写入服务器 31中的发行码和发票发行终端 33地址进行比对， 向发票发行终端 33和发票填开终端 34回复比对结果；在比对正确的情况下， 在服务器 31中， 写入发票填开终端 34地址， 在服务器 31中形成由发行码 加发票填开终端 34地址组合的编码或形成由发行码加发票发行终端 33地址 加发票填开终端 34地址组合的编码； 发票填开终端 34通过网络 32向编码服务器 31传送发票的发行码和发 票验证终端 35地址及发票填开终端 34地址。
编码服务器 31通过网络 32接收发票填开终端 34传送的发票的发行码 和发票验证终端 35地址和发票填开终端 34地址，对接收的发行码和发票填 开终端 34地址同之前写入服务器 31中的发行码和发票填开终端 34地址进 行比对， 向发票填开终端 34和 /或发票验证终端 35回复比对结果；在比对正 确的情况下， 在服务器 31中， 写入发票验证终端 35地址， 在编码服务器 31 中形成由发行码加发票验证终端 35地址组合的编码或形成由发行码加发票 发行终端 33地址加发票填开终端 34地址加发票验证终端 35地址组合的编 码。
发票验证终端 35通过网络 32向编码服务器 31传送发票的发行码及发 票验证终端 35地址。
编码服务器 31通过网络 32接收发票验证终端 35传送的发票的发行码 及发票验证终端 35地址，对接收的发行码和发票验证终端 35地址同之前写 入服务器 31中的发行码和发票验证终端 35地址进行比对， 向发票验证终端 35回复比对结果。
本发明实施例 3是将本发明应用于身份证编码， 用于通过发行码加终端 地址组合的编码对发行码所对应的身份证进行管理，其系统结构如图 4所示， 系统包括：
终端， 同网络 42相连接， 包括发行终端 43、 持证终端 44和验证终端
45 ,通过网络 42同服务器 41相连接，用于获取身份证上发行码和终端地址， 向编码服务器 41传送身份证的发行码和终端地址； 通过网络 42接收服务器 41传送的信息；
网络 42, 同终端、 编码服务器 41相连接， 为编码服务器 41和每个终端 分配网络 42地址， 在编码服务器 41和终端间传输信息。
编码服务器 41 , 同网络 42相连接， 通过网络 42和终端相连接， 用于写 入发行码和终端地址， 在编码服务器 41 中形成由发行码加终端地址组合的 编码； 用于通过网络 42接收终端传送的发行码和终端地址。
发行终端 43通过网络 42向编码服务器 41传送身份证的发行码和持证 终端 44地址及发行终端 43地址。
编码服务器 41通过网络 42接收发行终端 43传送的身份证的发行码和 持证终端 44地址和发行终端 43地址， 对接收的发行码和发行终端 43地址 同之前写入服务器 41中的发行码和发行终端 43地址进行比对， 向发行终端 43和持证终端 44回复比对结果； 在比对正确的情况下， 在服务器 41中， 写 入持证终端 44地址， 在编码服务器 41中形成由发行码加持证终端 44地址 组合的编码或形成由发行码加发行终端 43地址加持证终端 44地址组合的编 码。
持证终端 44通过网络 42向编码服务器 41传送身份证的发行码和验证 终端 45地址及持证终端 44地址。
编码服务器 41通过网络 42接收持证终端 44传送的身份证的发行码和 验证终端 45地址和持证终端 44地址， 对接收的发行码和持证终端 44地址 同之前写入服务器 41中的发行码和持证终端 44地址进行比对， 向持证终端 44和 /或验证终端 45回复比对结果； 在比对正确的情况下， 在服务器 41中， 写入验证终端 45地址， 在编码服务器 41中形成由发行码加验证终端 45地 址组合的编码。
结合网络地址的身份证编码方法， 其步骤包括：
将发行码和发行终端 43地址写入编码服务器 41 ,在编码服务器 41中形 成由发行码加发行终端 43地址组合的编码； 并写入发行码所对应的身份证 信息。
通过发行终端 43输入或获取身份证的发行码和持证终端 44地址， 通过 发行终端 43和网络 42将身份证的发行码和持证终端 44地址及发行终端 43 地址向编码服务器 41传送。
编码服务器 41通过网络 42接收发行终端 43传送的发行码和持证终端 44地址及发行终端 43地址，对接收的发行码及发行终端 43地址同之前写入 服务器 41中的发行码和发行终端 43地址进行比对， 向发行终端 43和持证 终端 44回复比对结果； 在比对正确的情况下， 在服务器 41中， 写入持证终 端 44地址， 在编码服务器 41中形成由发行码加持证终端 44地址组合的编 码或形成由发行码加发行终端 43地址加持证终端 44地址组合的编码。
持证终端 44通过网络 42向编码服务器 41传送身份证的发行码和验证 终端 45地址及持证终端 44地址。
编码服务器 41通过网络 42接收持证终端 44传送的身份证的发行码和 验证终端 45地址和持证终端 44地址， 对接收的发行码和持证终端 44地址 同之前写入服务器 41中的发行码和持证终端 44地址进行比对， 向持证终端 44和 /或验证终端 45回复比对结果； 在比对正确的情况下， 在服务器 41中， 写入验证终端 45地址， 在编码服务器 41中形成由发行码加验证终端 45地 址组合的编码或形成由发行码加发行终端 43地址加持证终端 44地址加险证 终端 45地址组合的编码。
编码服务器 41在写入发行码和发行终端 43地址时和 /或在写入持证终端 44地址时， 还写入发行码的密码和 /或人体生物特征， 持证终端 44向编码服 务器 41传送发行码和地址时， 还同时传送密码和 /或人体生物特征。
本发明实施例 4是将本发明用于机票（含车船票）编码， 用于通过本发 明对发行码所对应的机票进行管理， 其系统结构如图 5所示， 系统包括： 终端， 同网络 52相连接， 包括销售终端 53、 持票终端 54和验票终端 55 , 通过网络 52同编码服务器 51相连接， 用于从机票上获取发行码和终端 地址， 向服务器 51传送机票的发行码和终端地址； 通过网络 52接收编码服 务器 51传送的信息；
网络 52 , 同终端、 编码服务器 51相连接， 为编码服务器 51和每个终端 分配网络 52地址， 在编码服务器 51和终端间传输信息。
编码服务器 51 , 同网络 52相连接， 通过网络 52和终端相连接， 用于写 入发行码和终端地址， 在编码服务器 51 中形成由发行码加终端地址组合的 编码； 用于通过网络 52接收终端传送的发行码和终端地址。
发行终端通过网络 52向编码服务器 51传送机票的发行码和持票终端 54 地址及销售终端 53地址。
编码服务器 51通过网络 52接收销售终端 53传送的机票的发行码和持 票终端 54地址和销售终端 53地址， 对接收的发行码和销售终端 53地址同 之前写入服务器 51中的发行码和销售终端 53地址进行比对，向销售终端 53 和持票终端 54回复比对结果； 在比对正确的情况下， 在服务器 51中， 写入 持票终端 54地址， 在编码服务器 51中形成由发行码加持票终端 54地址组 合的编码或形成由发行码加销售终端 53地址加持票终端 54地址组合的编 码。
持票终端 54通过网络 52向编码服务器 51传送机票的发行码和验票终 端 55地址及持票终端 54地址。
编码服务器 51通过网络 52接收持票终端 54传送的机票的发行码和验 票终端 55地址和持票终端 54地址， 对接收的发行码和持票终端 54地址同 之前写入服务器 51中的发行码和持票终端 54地址进行比对，向持票终端 54 和 /或验票终端 55回复比对结果； 在比对正确的情况下， 在服务器 51中， 写 入验票终端 55地址， 在编码服务器 51中形成由发行码加验票终端 55地址 组合的编码或形成由发行码加销售终端 53地址加持票终端 54地址加验票终 端 55地址组合的编码。
结合网络地址的机票编码方法， 其步骤包括：
将发行码和销售终端 53地址写入编码服务器 51 ,在编码服务器 51中形 成由发行码加销售终端 53地址组合的编码； 并写入发行码所对应的机票信 息。
通过销售终端 53输入或获取机票的发行码和持票终端 54地址，通过销 售终端 53和网络 52将机票的发行码和持票终端 54地址及销售终端 53地址 向服务器 51传送。
编码服务器 51通过网络 52接收销售终端 53传送的发行码和持票终端 54地址及销售终端 53地址 ,对接收的发行码及销售终端 53地址同之前写入 服务器 51中的发行码和销售终端 53地址进行比对， 向销售终端 53和持票 终端 54回复比对结果； 在比对正确的情况下， 在服务器 51中， 写入持票终 端 54地址， 在编码服务器 51中形成由发行码加持票终端 54地址组合的编 码或形成由发行码加销售终端 53地址加持票终端 54地址组合的编码。
持票终端 54通过网络 52向编码服务器 51传送机票的发行码和验票终 端 55地址及持票终端 54地址。
编码服务器 51通过网络 52接收持票终端 54传送的机票的发行码和验 票终端 55地址和持票终端 54地址， 对接收的发行码和持票终端 54地址同 之前写入服务器 51中的发行码和持票终端 54地址进行比对，向持票终端 54 和 /或验票终端 55回复比对结果； /和在比对正确的情况下， 在服务器 51中， 写入验票终端 55地址， 在编码服务器 51中形成由发行码加验票终端 55地 址组合的编码或形成由发行码加销售终端 53地址加持票终端 54地址加验票 终端 55地址组合的编码。
编码服务器 51在写入发行码和销售终端 53地址时和 /或在写入持票终端 54 地址时， 还写入发行码的密码和 /或人体生物特征， 持证终端向编码服务 器 51传送发行码和地址时， 还同时传送密码和 /或人体生物特征。 虽然本发明已通过上述实施例公开如上， 但其并非用以限制本发明， 任 何本专业的技术人员在不脱离本发明的精神和范围内仍可作些许的更动与 修改， 因此本发明的保护范围当以本发明的权利要求书所界定的范围为准。

Claims

权利要求
1. 一种结合网络地址编码系统， 用于通过发行码加终端地址组合的编 码对发行码所对应的对象进行网络管理， 其特征在于该系统包括：
终端， 同网络相连接， 通过网络同编码服务器相连接， 用于获取对象的 发行码和其他终端地址， 向编码服务器传送对象的发行码和其他终端地址及 终端地址； 通过网络接收编码服务器传送的信息；
网络， 同终端、 编码服务器相连接， 为编码服务器和每个终端分配网络 地址， 在编码服务器和终端间传输信息；
编码服务器， 同网络相连接， 通过网络和终端相连接， 用于写入发行码 和终端地址， 在编码服务器中形成由发行码加终端地址组合的编码； 用于通 过网络接收终端传送的发行码和终端地址；
编码服务器通过网络接收终端传送的对象的发行码和第二终端地址及 终端地址，对接收的发行码和终端地址同之前写入服务器中的发行码和终端 地址进行比对， 向终端和 /或第二终端回复比对结果； 在比对正确的情况下， 在服务器中， 写入第二终端地址， 在编码服务器中形成由发行码加第二终端 地址组合的编码或形成由发行码加终端地址加第二终端地址组合的编码； 编码服务器通过网络接收第二终端传送的发行码和第三终端地址及第 二终端地址，对接收的发行码和第二终端地址同之前写入服务器中的发行码 和第二终端地址进行比对，向第二终端和 /或第三终端回复比对结果；在比对 正确的情况下， 在服务器中， 写入第三终端地址， 在编码服务器中形成由发 行码加第三终端地址组合的编码或形成由发行码加终端地址加第二终端地 址加第三终端地址组合的编码； 照此类推， 对于第 n终端， 在编码服务器中 形成由发行码加第 n终端地址组合的编码或由发行码加终端地址加第二终端 地址加第三终端地址加……加第 n终端地址组合的编码。
2. 一种结合网络地址编码方法，用于通过发行码加终端地址组合的编码 对发行码所对应的对象进行网络管理， 其步骤包括：
将发行码和终端地址写入编码服务器， 在编码服务器中形成由发行码加 终端地址组合的编码；
通过终端输入或获取对象的发行码和第二终端地址 ,通过终端和网络将 对象的发行码和第二终端地址及终端地址向编码服务器传送； 编码服务器通过网络接收终端传送的发行码和第二终端地址及终端地 址，对接收的发行码及终端地址同之前写入服务器中的发行码和终端地址的 编码进行比对， 向终端和 /或第二终端回复比对结果； 在比对正确的情况下， 在服务器中， 写入第二终端地址， 在编码服务器中形成由发行码加第二终端 地址组合的编码或形成由发行码加终端地址加第二终端地址组合的编码； 第二终端输入或获取对象的发行码和第三终端地址 ,通过第二终端和网 络将对象的发行码和第三终端地址及第二终端地址向编码服务器传送；
编码服务器通过网络接收第二终端传送的发行码和第三终端地址及第 二终端地址，对接收的发行码和第二终端地址同之前写入服务器中的发行码 和第二终端地址进行比对，向第二终端和 /或第三终端回复比对结果；在比对 正确的情况下， 在服务器中， 写入第三终端地址， 在服务器中形成由发行码 加第三终端地址组合的编码或形成由发行码加终端地址加第二终端地址加 第三终端地址组合的编码。
3. 如权利要求 2所述的方法， 其特征还在于：
编码服务器通过网络接收第二终端传送的发行码和第三终端地址及第 二终端地址，对接收的发行码和第二终端地址同之前写入服务器中的发行码 和第二终端地址进行比对，向第二终端和 /或第三终端回复比对结果；在比对 正确的情况下， 在服务器中， 写入第三终端地址， 在编码服务器中形成由发 行码加第三终端地址组合的编码或形成由发行码加终端地址加第二终端地 址加第三终端地址组合的编码； 照此类推， 对于第 n终端， 在编码服务器中 形成由发行码加第 n终端地址组合的编码或由发行码加终端地址加第二终端 地址加第三终端地址加……加第 n终端地址组合的编码；
所述终端为方法中第 n终端时， 只向服务器传送对象的发行码及第 n终 端地址， 不传送其他终端地址； 所述编码服务器接收第 n终端传送的对象的 发行码及第 n终端地址， 进行比对后， 向第 n终端回复比对结果；
终端向编码服务器传送对象的发行码和其他终端地址和终端地址时，通 过输入或接收对象的发行码和其他终端地址向编码服务器传送， 自动传送终 端地址。
4. 如权利要求 2-3之一所述的方法， 其特征在于：
编码服务器在写入发行码和 /或终端地址时， 还写入发行码的密码和 /或 人体生物特征，和 /或写入发行码所对应的对象信息和终端使用者信息，终端 向服务器传送发行码和终端地址时， 还传送密码和 /或人体生物特征。
5. 一种商品编码方法， 其步骤包括：
生成发行码， 将发行码同发行码所对应的商品结合， 将结合有发行码的 商品发送至销售终端处；
将发行码和销售终端地址写入编码服务器，在编码服务器中形成由发行 码加销售终端地址组合的编码；
通过销售终端输入或获取商品的发行码和批发终端地址或零售终端地 址，通过销售终端和网络将商品的发行码和批发终端地址或零售终端地址及 销售终端地址向编码服务器传送；
编码服务器通过网络接收销售终端传送的发行码和批发终端地址或零 售终端地址及销售终端地址 ,对接收的发行码及销售终端地址同之前写入服 务器中的发行码和销售终端地址进行比对， 向销售终端和批发终端或零售终 端回复比对结果； 在比对正确的情况下， 在服务器中， 写入批发终端地址或 零售终端地址，在编码服务器中形成由发行码加批发终端地址或零售终端地 址组合的编码或形成由发行码加销售终端地址加批发终端地址或零售终端 地址组合的编码；
批发终端通过网络向编码服务器传送商品的发行码和零售终端地址及 批发终端地址；
编码服务器通过网络接收批发终端传送的商品的发行码和零售终端地 址和批发终端地址，对接收的发行码和批发终端地址同之前写入服务器中的 发行码和批发终端地址进行比对， 向批发终端和零售终端回复比对结果； 在 比对正确的情况下， 在服务器中， 写入零售终端地址， 在编码服务器中形成 由发行码加零售终端地址组合的编码或形成由发行码加销售终端地址加批 发终端地址加零售终端地址组合的编码；
零售终端通过网络向编码服务器传送商品的发行码 /和消费终端地址及 零售终端地址；
编码服务器通过网络接收零售终端传送的商品的发行码 /和消费终端地 址及零售终端地址，对接收的发行码和零售终端地址同之前写入服务器中的 发行码和零售终端地址进行比对， 向零售终端 /和消费终端回复比对结果； I 和在比对正确的情况下， 在服务器中， 写入消费终端地址， 在编码服务器中 形成由发行码加消费终端地址组合的编码或形成由发行码加销售终端地址 加批发终端地址加零售终端地址加消费终端地址组合的编码。
6. 一种发票编码方法， 其步骤包括：
将发行码和发票发行终端地址写入编码服务器，在编码服务器中形成由 发行码加发票发行终端地址组合的编码；
通过发票发行终端输入或获取发票的发行码和发票填开终端地址，通过 发票发行终端和网络将发票的发行码和发票填开终端地址及发票发行终端 地址向编码服务器传送；
编码服务器通过网络接收发票发行终端传送的发行码和发票填开终端 地址及发票发行终端地址，对接收的发行码及发票发行终端地址同之前写入 服务器中的发行码和发票发行终端地址进行比对， 向发票发行终端和发票填 开终端回复比对结果； 在比对正确的情况下， 在服务器中， 写入发票填开终 端地址，在编码服务器中形成由发行码加发票填开终端地址组合的编码或形 成由发行码加发票发行终端地址加发票填开终端地址组合的编码；
发票填开终端通过网络向编码服务器传送发票的发行码和发票验证终 端地址及发票填开终端地址；
编码服务器通过网络接收发票填开终端传送的发票的发行码和发票验 证终端地址和发票填开终端地址 ,对接收的发行码和发票填开终端地址同之 前写入服务器中的发行码和发票填开终端地址进行比对， 向发票填开终端和 /或发票验证终端回复比对结果； 在比对正确的情况下， 在服务器中， 写入发 票验证终端地址，在编码服务器中形成由发行码加发票验证终端地址组合的 编码或形成由发行码加发票发行终端地址加发票填开终端地址加发票验证 终端地址组合的编码。
7. 如权利要求 6所述的方法， 其特征还在于：
发票验证终端通过网络向编码服务器传送发票的发行码及发票验证终 端地址；
编码服务器通过网络接收发票验证终端传送的发票的发行码及发票验 证终端地址，对接收的发行码和发票验证终端地址同之前写入服务器中的发 行码和发票验证终端地址进行比对， 向发票验证终端回复比对结果。
8. 一种身份证编码方法， 其步骤包括：
将发行码和发行终端地址写入编码服务器，在编码服务器中形成由发行 码加发行终端地址组合的编码； 并写入发行码所对应的身份证信息； 通过发行终端输入或获取身份证的发行码和持证终端地址，通过发行终 端和网络将身份证的发行码和持证终端地址及发行终端地址向编码服务器 传送；
编码服务器通过网络接收发行终端传送的发行码和持证终端地址及发 行终端地址，对接收的发行码及发行终端地址同之前写入服务器中的发行码 和发行终端地址进行比对， 向发行终端和持证终端回复比对结果； 在比对正 确的情况下， 在服务器中， 写入持证终端地址， 在编码服务器中形成由发行 码加持证终端地址组合的编码或形成由发行码加发行终端地址加持证终端 地址组合的编码；
持证终端通过网络向编码服务器传送身份证的发行码和验证终端地址 及持证终端地址；
编码服务器通过网络接收持证终端传送的身份证的发行码和验证终端 地址和持证终端地址 ,对接收的发行码和持证终端地址同之前写入服务器中 的发行码和持证终端地址进行比对， 向持证终端和 /或验证终端回复比对结 果； 在比对正确的情况下， 在服务器中， 写入验证终端地址， 在编码服务器 中形成由发行码加验证终端地址组合的编码或形成由发行码加发行终端地 址加持证终端地址加验证终端地址组合的编码。
9. 如权利要求 8所述的方法， 其特征在于：
编码服务器在写入发行码和发行终端地址时和 /或在写入持证终端地址 时，还写入发行码的密码和 /或人体生物特征，持证终端向编码服务器传送发 行码和终端地址时， 还同时传送密码和 /或人体生物特征。
10. 一种机票编码方法， 其步骤包括：
将发行码和销售终端地址写入编码服务器，在编码服务器中形成由发行 码加销售终端地址组合的编码； 并写入发行码所对应的机票信息；
通过销售终端输入或获取机票的发行码和持票终端地址，通过销售终端 和网络将机票的发行码和持票终端地址及销售终端地址向编码服务器传送； 编码服务器通过网络接收销售终端传送的发行码和持票终端地址及销 售终端地址，对接收的发行码及销售终端地址同之前写入服务器中的发行码 和销售终端地址进行比对， 向销售终端和持票终端回复比对结果； 在比对正 确的情况下， 在服务器中， 写入持票终端地址， 在编码服务器中形成由发行 码加持票终端地址组合的编码或形成由发行码加销售终端地址加持票终端 地址组合的编码； 持票终端通过网络向编码服务器传送机票的发行码和验票终端地址及 持票终端地址；
编码服务器通过网络接收持票终端传送的机票的发行码和验票终端地 址和持票终端地址，对接收的发行码和持票终端地址同之前写入服务器中的 发行码和持票终端地址进行比对， 向持票终端和 /或验票终端回复比对结果； 和 /在比对正确的情况下， 在服务器中， 写入验票终端地址， 在编码服务器中 形成由发行码加验票终端地址组合的编码或形成由发行码加销售终端地址 加持票终端地址加险票终端地址组合的编码。
11. 一种结合网络地址的编码方法， 其步骤包括：
在网络中建立编码管理服务器；
将编号写在流通对象的同时， 也写入编码管理服务器中；
写入流通对象所对应的网络终端地址； 形成由编号加终端地址组合的编 码；
流通对象向第二终端流通时，通过前边终端在编码管理服务器中写入第 二终端地址，形成由编号加终端地址和 /或第二终端地址组合的编码，进而再 形成由编号加终端地址和 /或第二终端地址和 /或第三终端地址组合的编码； 所述编码由编号部分和终端地址部分组成， 终端地址部分由所述网络终 端通过网络写入。
12. 如权利要求 1所述的系统和 /或权利要求 2、 5、 6、 8、 10之一所述 的方法， 其特征在于发行码是用于对象的编号， 包括用于对象的密码或产品 号或序列号或序号或商品号或防伪号或查询号或查验号或条形码或 RFID号 码或身份证号码或发票号码或机票号码或组织编号加个性编号或国际条码 加商品唯一编号或时间编号加随机号码或身份证号码加密码或地区编号加 顺序号或航班编号加机票编号； 发行码的存在方式包含以电子方式纪录在服 务器中， 和以适合于对象的方式纪录在对象中。
13. 如权利要求 1所述的系统和 /或权利要求 2、 5、 6、 8、 10之一所述 的方法， 其特征在于回复比对结果是将终端传送的发行码和终端地址同之前 写入服务器中的发行码和终端地址进行比对后所出现的结果， 包括根据结果 回复的信息， 通过比对后不正确， 回复比对不正确和 /或 "无权用户" 和 /或 "无权使用"， 比对正确， 回复对象的信息和 /或终端使用者的信息和 /或流通 信息和 /或时间信息。
PCT/CN2008/072603 2007-10-08 2008-10-06 Système et procédé de codage d'adresse réseau de combinaison WO2009049527A1 (fr)

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