WO2006037264A1

WO2006037264A1 - Central information issuing platform based on the information inbox

Info

Publication number: WO2006037264A1
Application number: PCT/CN2005/001542
Authority: WO
Inventors: Jonathan Zhanjun Yue; Jinfeng Zhou; Mei Tao
Original assignee: Beijing 5840 Infotech Inc.
Priority date: 2004-10-09
Filing date: 2005-09-23
Publication date: 2006-04-13
Also published as: CN1601542A

Abstract

A system and method of a central information issuing platform based on the information inbox. The central information issuing platform system comprises: email box pool (2), including at least one of the email box for storing a email having a product information sent by a information issuer; user management module (7), for generating, deleting and managing the accounts and data of the information issuer and the information browser; system module (8), including the email server (8F) for receiving the email of the information issuer and the WEB server (8G) for providing the information browser with a reading interface of the email content; wherein the email box pool (2) can create and name the multi-email box according to the kind of the product, and set the multi-blank list. The email server (8F) receives the email having the product information sent by the information issuer, and stores it into the at least one of the email boxes of the email box pool (2), the WEB server (8G) reads the email for browsing by the information browser.

Description

Central information publishing platform system and method based on information receiving box

Technical field

The invention relates to a central information publishing platform system and method based on an information receiving box in the Internet.

3⁄4不冃^ ·

The problem of spam is getting more and more attention. Governments have developed or are in the process of developing strict anti-spam policies, and email providers and other related businesses are constantly developing and providing more effective anti-spam technologies. These policies and technologies aim to prevent and reduce large amounts of unwelcome, false, and even harmful advertising information in the Internet domain. Under this form, the spamming of spammers is somewhat convergent, and the growth rate of spam can be effectively limited in the future.

However, while people are aggressively curbing spam, certain useful products, services, and market information are blocked by layers of anti-spam service devices and cannot be disseminated to users. Most SMEs are unable to pay for the advertising costs of expensive traditional media and well-known websites because of the serious shortage of funds. They can only rely on low-cost e-mail to develop markets and sell products. In the case of anti-spam calls, these normal legal SMEs will be seriously damaged. The economies of many countries in the world are based on small and medium-sized enterprises. The contribution of small and medium-sized enterprises to society in terms of employment opportunities, technological innovation and market competition is undeniable. And the Internet should be a fair and open communication and commercial space. The Internet operations of normal and legitimate SMEs should be protected or even encouraged to some extent.

SMEs are increasingly using Internet marketing. The necessary means of conducting Internet marketing is to publish your product information publicly. Information dissemination needs to be carried out on a platform consisting of a network and related computer systems. The existing Internet-based product information publishing platform can be summarized into the following forms: (1) Classified advertisement: The web server provides HTML, JSP, XML or other webpages, the webpage is displayed in the browser of the user side, and the information publisher is on the webpage. Fill in the relevant information and submit it. The website server runs CGI, SERVLET or other programs to save the information. The information viewer accesses the relevant webpage, and queries the information published by the information publisher according to the classification, time, and region. (2) Search engine directory: The information publisher indicates the description of the product on the web page it manages, and then submits its own web page to an internet search engine website. The submission method can be HTML/XML/CGI or phone or EMAIL. The search engine website manually or automatically submits the submitted web page to the information management system of the search engine website. When the information viewer accesses this search engine website, it can query the related product information. (3) Website advertisement banner: The information publisher designs the website and webpage, and then visits in other visits. Apply for an image ad or a simple text link on a large-volume website. If the information viewer clicks on the advertisement image or text link, the information publisher's webpage will be displayed. The information viewer can read the product information published by the information. (4) Sending an email: The information publisher creates the product information as an email and then sends it to it; ^Multiple email users, who can browse the product information of the publisher of the information in their mailbox. This is what is commonly referred to as "spam". Summary of the invention

The present invention provides a central information distribution platform system based on the "spam" in the personal mailbox, and a central information distribution method. The central information platform system includes: an email mailbox library (2), which includes at least one email mailbox for storing information, an email containing product information sent by the publisher; a user management module (7), for Generating, deleting, and managing accounts and materials of the information publisher and the information viewer; a system module (8) including an email server (8F) for receiving the publisher's child mail and providing the email content for the information viewer The WEB server (8G) of the reading interface; wherein the email mailbox library (2) can create and name multiple emails according to the type of product, and set multiple whitelists. The email server (8F) receives the 3⁄4 sub-mail containing the product information sent by the information publisher and stores it in at least one email mailbox of the email mailbox library (2), and the WEB server (8G) reads the email for Browse by the information viewer. The central information publishing method includes the following steps: (1) creating an email mailbox library of the central information publishing platform, and establishing at least one email mailbox therein; (2) the information publisher applies for registration of the account on the publishing platform, and Provide the sender's electrical address to the publishing platform for future release to the publishing platform; (3) The publishing platform can authenticate the publisher and generate an account for the publisher; (4) The publisher edits the product information. And e-mailing the product information directly to at least one e-mail address of the e-mail mailbox of the platform according to the SMTP protocol; (5) the publishing platform receives the information sent by the publisher, and performs necessary filtering and returning the information. (6) The web server of the publishing platform provides a reading interface and a search interface for the information browsing party to browse the contents of the mailbox and search for relevant content in the mail library.

The novelty of this platform is that it allows information publishers to use SMTP (SIMPLE MAIL) for product information.

The protocol of TRANSFER PROTOCOL) is directly published to a dedicated, centrally managed beta scoop information receiving library. The information receiving library is composed of a user database, a product information database, and an email receiving box. The information publisher can directly send an email containing product information to any mailbox on the platform without going through the gateway of the web page and CGI. For example, a small and medium-sized enterprise selling a printer can directly send an email containing product information to the "printer@domain.com" mailbox or the "print il@domain.com" mailbox, where "domain.com" represents the network domain name of the information distribution platform system. For example, companies that produce tires can post information to "tire@domain.com" Or "tire@domain. _CO m" mailbox. The information viewer can access the information publishing platform to open the mailbox of interest and consult the relevant department product information. You can also search for relevant product information on the platform by entering keywords. The difference between this platform and the "spam" approach is that product information is sent to a dedicated management platform rather than spamming into many personal mailboxes. This saves a lot of network and storage resources, allowing interested information viewers to selectively access related products.

The novel platform of the present invention can be either open or managed. An open platform means that any enterprise can publish information on this platform freely, and anyone and enterprises can browse information on this platform at will; a management platform means that the information publisher and/or the information viewer need to publish in advance. The platform is registered and certified to publish or view information. The open platform is easy to use and has a large amount of information, but the quality of the information will be poor (for example, there may be false advertisements). The management platform has better control over the source of information, and the quality of the information is also better, and the reliability of the platform is also improved.

On the management platform, in addition to the management of the publisher, the information viewer can also be managed and supervised. The information viewer can register an account on the publishing platform, and the account information can include a username ID and a password. The letter, |, and browsing users can log in to the website of the publishing platform and browse the information in the mailbox on the publishing platform with this user ID and password. The account of each information viewer does not have to store the contents of all mailboxes. The content of the mailboxes seen by all viewers is shared, that is, the content of the mail stored on the publishing platform may actually be only one copy. The mailbox that the viewer sees is not; ^ traditionally has the mailbox that he actually owns, which can be similar to the principle of the VIEW in the database management. The VIEW of the letter can be formulated with relevant management policies. For example, it can be stipulated that some viewers can only read some specific mailboxes. The publishing platform can monitor the browsing of messages from different mailboxes on the platform, so that the user can understand the extent to which the user is interested in a certain product.

How to prevent unauthenticated publishers from sending emails to mailboxes on the platform is an important issue on a managed platform. The implementation of this problem in this invention is to set up and utilize a proprietary whitelist in the publishing platform system, and to utilize the U-site and private proxy technology (please refer to the patent application of JONATHAN ZHANJUN YUE, US Patent Application Publication No. : 20040111480). The whitelist is a name that contains the sender of the mailing permission. Only the publisher of the whitelist can send product information to the mailbox of the platform. Normal and legal information^; the cloth does not have to worry about receiving spam, and the uncertified publisher cannot post information. DRAWINGS

Figure 1 illustrates a practical example of an information publishing platform in an Internet environment.

Figure 2 identifies the main components of the User Management Module.

Figure 3 identifies the various components of the system module. 4 is a control flow chart for establishing the invented information distribution platform.

Figure 5 is a control flow chart of the information publisher using the information publishing platform.

Figure 6 is a control flow chart of the information browsing platform using the information publishing platform. detailed description

Figure 1 illustrates a practical example of an information publishing platform in an Internet environment. The information publishers 1A, 1B, and 1C can send e-mails with product information to e-mail mailboxes 2A, 2B, and 2C using common e-mail sending software. In addition to 1A, 1B, and 1C, there may be other publishers in the actual application. The email sending software follows the SMTP protocol to implement the Mail User Agent (MUA) function. E-mail mailboxes 2A, 2B, and 2C receive e-mail through the platform's mail delivery agent MDA (Mail Delivery Agent).

The network connection 4 can be a wide area network (WAN), a local area network (LAN), GPRS, I PV 6, or other type of Internet and mobile wireless network connection. Network connection 4 can run an email transfer protocol (such as SMTP, ESMTP, SMTP+SPF or other protocols). The email mailbox library 2 includes email addresses 2A, 2B, and 2C for different product categories. In addition to 2A, 2B, and 2C, there are many more mailboxes in practice. The storage device of the email mailbox library 2 can be an I D E readable and writable disk, an S C S I readable and writable array disk, a laser I / 0 readable and writable optical disk, and the like. The product information email sent by the publisher to the information publishing platform is stored in the email mailbox library, and the storage method can be a common document, a dedicated database (such as ORACLE, MYSQL, etc.), or a combination of the two. The present invention uses an open source GNU GDB database program in conjunction with a common document to complete the storage and management of emails by a self-developed computer program.

The user management module 7 is used to generate user accounts, change user profile information, delete user accounts, and the like. Users include information publishers and information viewers. The account management function of the administrator is also included in the user management module. The administrator has the authority to manage the user's account. The computer program of the User Management Module 7 is implemented by the C I C++ programming language, HTM L, Java, AS P, S QL, or other programming languages. The network structure of the user management module may be a C I S structure or a B I S structure. The network structure of the self-developed management module of the present invention is a B/S structure programmed with HTML, C / C + +, GD B, APACHE, F A S T C G I.

System module 8 includes operating systems, applications, and hardware devices that are indispensable for the operation of computers and network systems. The operating system can be either a source coded Lhmx system or a Windows 2000 or other computer operating system. The connection 6 connects to the mailbox library 2 and the user management module, which may be a local area network (LAN), or other forms of network connection (such as a wireless mobile network). The mailbox library 2, the user management module 7, and the system module 8 constitute the information distribution platform of the present invention. The information viewers 3A, 3B, and 3C can browse the product information emails contained in the email boxes 2A, 2B, and 2C using a common WEB browser (such as an IE browser). User uses WEB When the browser is used, the web pages in the browser are generated by HTML, XML, ASP, JSP, or other languages. The web page is a content page dynamically generated by the web server of the platform using C/C++, PERL, PHP and other languages. The information viewer can also use other forms of software clients to browse emails in the mailbox library. In addition to J 3A, 3B, and 3C in actual applications, there may be other information viewers. The network connection 5 can run a network protocol of the HTTP protocol or other application layer (such as XML, SOAP, etc.).

Figure 2 shows the main components of the user management module. The user management module 7 mainly includes database management software 7A, information publisher database 7B, and information viewer database 7C. The database management software 7A can be an ORACLE database management server or a MySQL database management server. The information publisher database 7B can be a readable and writable magnetic hard disk or laser reading and writing device for storing and changing the data of the information publisher (including name, address, telephone number, number of information releases, etc.). The information viewer database 7C can be a readable and writable magnetic hard disk or laser reading and writing device for storing and changing the data of the viewer (including name, address, telephone number, information browsing history, number of information browsing, etc.). The User Management Module 7 has other components, including a user interface and middleware. The user interface can be implemented in programming languages such as V B, HtmK X M L, and A S P. Middleware can be implemented by Apache, Tomcat, and other WEB server software.

Figure 3 identifies the various components of the system module. System modules include the basic software packages and hardware devices required to run the system. The central processing unit (CPU) 8A manages the control to run computer instructions. Random Read Memory (RAM) 8B Temporarily stores executable computer programs. Permanent Storage Device 8C is a readable and writable medium and associated device for storing programs and related data. The network connection device 8D includes a network card and router device to ensure a normal connection of the system to the external network. Operating System Software 8E is an operating system package (such as the MS WINDOWS operating system or LINUX operating system) that guarantees the normal operation of the computer system. The Email Server 8F is an Email Transfer Agent (MTPA) that sends and receives email (including software and hardware) under the SMTP protocol. Server 8F can also exchange information with other MNs in the network in accordance with SMTP extension protocols (such as SPF, Domain Keys, E S M T P, etc.). WEB Server 8G is a server (including software and hardware) that runs on the World Wide Web (BW) under the HTTP protocol. The email stored by the mail server 8F can be read by the WEB server 8G for browsing by the information viewer.

4 is a control flow chart for establishing the invented information distribution platform. When the platform is built, the operating system and related application software (such as Linux, Apache ^ MySQL, SendmaiK, and software developed by the invention) are first installed in one or more computers and the related hardware is assembled. This initial work is represented by step 9. Then, as shown in step 10, the platform administrator can generate a mailbox classification and naming for the mailbox library to be created, such as creating book@domain.com, computer@domain.com, auto@domain.com, etc., and then on the computer. (computer) classification can be subdivided into deslctop@domain.com mailbox (desktop computer), notebook@domain.com (laptop), workstation@domain.com (workstation computer), etc. A more detailed classification can describe the type of product in more detail, and the entire specific structure of the classification is determined by the administrator. The system can also generalize all products into one category (actually no fine classification). After the mailbox classification and naming system is developed, the administrator can actually generate these email mailboxes, as shown in step 11. The generation of these mailboxes can utilize the relevant tools provided in the mail server and the software tools developed by the present invention. In step 12, a sender whitelist is set for a particular mailbox, or a certain type of mailbox, or an entire mailbox, and the whitelists are referred to as a single mailbox whitelist, a mailbox group whitelist, and a mailbox library whitelist. When the sender is in a single mailbox whitelist, the sender can only post information to this mailbox. When the sender is in the mailbox group whitelist, the sender can post information to all mailboxes in the group. When the sender is in the mailbox library whitelist, the sender can post information to all mailboxes in the mailbox library. Senders who are not on the whitelist cannot send emails to the mailbox library. In this step, the whitelist setting refers to the establishment of the whitelist function module, and the content of the whitelist may be blank. The addition and update of whitelisted content can be implemented in the future when the platform is running and used.

Figure 5 is a control flow chart of the information publisher using the central information publishing platform. In step 13, the information issuer first applies for registration of an account on the publishing platform. When applying for an account, the publisher can select a user ID, a login password, and provide contact information. The publisher should also provide the sender's e-mail address (referred to as the issuer's mailbox address) used in the future to publish information to the publishing platform. In step 14, the platform administrator authenticates the publisher based on the information provided by the publisher, and the administrator considers that the publisher is eligible to generate an account for the publisher. After generating this account, the administrator can also, in step 15, the administrator include the publisher in the appropriate whitelist based on the publisher's information, and the publisher can be included in a single mailbox whitelist or can be included. To a group mailbox white list, you can also be included in the white list of the entire mailbox. Steps 13 through 15 may be omitted for certain publishers of the administrator's special license. In step 16, the publisher edits the product information and e-mails the product information directly to the appropriate product mailbox (a mailbox or a certain type of mailbox) according to the SMTP protocol, and then the platform's MTA mail server receives the mail and starts. The MDA itself delivers the mail. During the receiving and delivery process, the platform filters the received information, such as filtering out computer viruses, reactionary information, and other illegal information contained in the mail. The platform also provides a more granular breakdown of the information received, classifying information in a wide-ranging, wide-ranging mailbox into a specific, narrow-coverage mailbox. For example, if the information is originally sent to a mailbox for a computer, but the content of the information refers to a laptop, the platform can classify the information into a laptop mailbox. The classification of information can be based on keyword comparisons, statistical rules (such as the Bayesian classification method), or other suitable rules. The web server of the platform provides a reading interface for the information viewer to browse the contents of the mailbox. A search interface can also be provided for the user to enter keywords to look up the relevant information and display the information found. The platform can search for relevant information in one or more mailboxes. When the reading interface displays product information content, you can hide the publisher's email address to avoid unwanted spam. In the product information content, the email contact between the viewer and the publisher can be in the form of a URL. The U address has the following form:

Http://domain.com/<ID>

The "ID" represents a user ID selected by the administrator of the platform to the publisher, and may be any string. The ID here is different from the ID in step 13. If the ID does not contain the publisher's email address, the publisher's email address is actually hidden and protected from unwanted email.

The U-location works like this: The publisher (or any other user who wants to get the U-site), while obtaining the U-site, the platform system will simultaneously generate and assign a private agent to the publisher, which has unique electronic Email address. The publisher fully trusts its private agent and receives any mail forwarded by its private agent. The specific implementation of the publisher's private agent is to store the private agent's email address in the whitelist (or buddy list, or security list) set by the publisher. Other senders send information according to the U address, and the platform server forwards the sent information to the mailbox specified by the owner as the private agent of the U site owner. Because the specified mailbox has listed its private agent as a trusted sender, this information can safely reach the specified mailbox.

If the information viewer clicks on the URL of the U address, the information can be sent to the publisher. The product publisher uses the U address to effectively control incoming email. The product publisher can also use other means (such as the usual email or QQ number) to allow the information viewer to reply to the product publisher. In step 17, after the information browsing direction information issuer sends the reply information, the publisher receives the feedback information of the viewer. At step 18, the information issuer reviews the viewed statistics of the published information. The statistics include the number of views, the overview information of the viewer (including information such as geography, age, knowledge level, gender, etc.) and other information. The information publishing platform can record, store, calculate, and display information browsing statistics.

Figure 6 is a control flow chart of the information browsing platform using the information publishing platform. In step 19, the information browsing party applies for registration of an account on the publishing platform. When applying for an account, the browsing party can select a user ID, a login password, and provide contact information. In step 20, the platform administrator authenticates the browsing party according to the information provided by the browsing party, and the administrator considers that the browsing party passes the account and generates an account for the browsing party. After generating this account, the browsing party can use the ID and password to log in to the information publishing platform in step 21. Steps 19 through 21 may be omitted for certain viewers of the administrator's special license. In step 22, the viewer can browse product information in one or more mailboxes in the mailbox library on the platform. In order to ensure that the viewer actually reads the product information, when the product information is displayed, the information publishing platform system asks the viewer a question, or displays an image, or presents other forms of challenge, only the viewer correctly answers the question, or recognizes the image. When the correct answer is provided, the viewer is actually considered to have browsed the product information. To prevent fake clicks from being used by the program, the system can record the IP address of the viewer, generate and check the COOKIE, and avoid excessive browsing per unit time. Each time the viewer browses, the platform is recorded. In step 23, the publishing platform records and updates product information. Browse statistics. In step 24, after browsing the product information, the browsing party can send feedback information to the publisher according to the contact information provided by the publisher. When sending feedback information, you can send information to the publisher according to the publisher's U address.

Although the information publishing platform described above utilizes an email mailbox as a receiving box, the information publishing platform can also set and receive information (including multimedia information) of other types of communication protocols such as ICQ, QQ, SMS SMS, MMS, voice IVR, and the like. The platform only needs to set the receiving server of the corresponding protocol. According to different communication protocols, the destination address, ie the identifier of the receiving box, may be a string (such as an email address) or a series of numbers (such as a mobile phone number). If the destination address can be a string, the product name and classification can be easily expressed (for example, printer@domain.com). If the target address can only be a number, the product name and classification cannot be directly stated. In this case, the publishing platform can utilize a fixed number string to let the publisher send product information to the target digital string address. The publisher sends the product information to this destination address in accordance with the specified protocol. An implementation of this protocol may specify that the product name or classification is first written in the content of the information, and then separated by a separator (such as a space), and finally Identify specific product information and contact details. When the publishing platform receives such information, the name or classification of the product can be parsed from the content of the information to place the product information in an appropriate receiving box.

In addition to posting information to the publishing platform by e-mail, the publisher can also use ICQ, QQ, SMS SMS, MMS, voice IVR and other types of communication protocols to publish information to the publishing platform. The publisher's source address can be a string (such as an email address) or a series of numbers (such as a mobile phone number or number). The whitelist of management publishers in the publishing platform may include the source address of the publisher (such as a mobile phone number).

In addition to browsing the product information by means of WEB, the information viewer can also browse the product information by means of SMS SMS, MMS MMS, and Wireless Internet WAP. When the information browsing party browses the product information by using the mobile wireless network, the information publishing platform first transmits the information to the gateway of the Internet and the mobile network, and then transmits the information from the gateway to the receiving device of the mobile user by using the protocol of the wireless communication. The protocol for wireless communication can be short-message point-to-point (SMPP, SHORT MESSAGE PEER-TO-PEER) protocol, or it can be MMS MMS or other protocols.

The publishing information on the publishing platform of the present invention may be product information, or may be information of various normal business activities such as service information, announcement information, recruitment information, purchase information, and the like. The information can include text, images, voice, animation, video, and other forms of content.

Claims

Claim

1. A central information distribution platform system based on an information receiving box, comprising:

The information receiving box library includes at least one information receiving box, which is respectively connected to a plurality of information publishers and a plurality of information browsing parties via the network, and is configured to receive the electronic information with the product information sent by the information publishing direction, and Allowing the information viewer to browse the electronic information;

System module, which includes the basic software packages and hardware devices required for system operation, with:

a central processing unit for managing control of running computer instructions;

Randomly read memory for temporarily storing executable computer programs;

Permanent storage device for storing programs and related data;

Network connection equipment, including network card and router device, is used to ensure the normal connection between the system and the external network; operating system software is used to ensure the normal operation of the computer system;

Receiving a server, a server that sends and receives electronic information;

The server is browsed, and the electronic information stored by the receiving server is read and accessed by the information browsing party.

The information receiving box-based central information publishing platform system according to claim 1, further comprising a user management module, wherein the user comprises an information publisher and an information browsing party, and the user management module passes through the network Connected to the information receiving box library and system module, used to generate user accounts, change user profile information, delete user accounts, including:

Database management software;

Information publisher database for storing and changing data of the publisher of the information;

The information viewer database is used to store and change the data of the information viewer.

The information receiving box-based central information publishing platform system according to claim 1 or 2, wherein the network comprises an internet and/or a mobile wireless network, and the internet refers to WAN, LAN, IPV4 and / / IPV6, the mobile wireless network refers to GPRS and / or CDMA, the electronic information includes information of the type of email, ICQ, QQ, SMS SMS, MMS MMS and / or voice IVR.

The information receiving box-based central information publishing platform system according to claim 1 or 2, wherein the information receiving box library is an email mailbox library, and the email mail box is operable email The network of the transmission protocol is connected to a plurality of information publishers, and is connected to a plurality of information viewers through a network that can run an application layer network protocol; the receiving server is an email server that sends and receives emails according to the SMTP protocol, the browsing The server is a web server running on the World Wide Web by HTTP protocol.

5. The information receiving box based central information publishing platform system according to claim 2, wherein The user management module allocates a U address to the information issuer for contacting the information viewer and receiving feedback information of the information viewer.

6. A central information dissemination method, including steps:

(1) creating an information receiving box library of the central information publishing platform, and establishing at least one information receiving box therein;

(2) The information issuer distributes the product information to at least one information receiving box of the information receiving box library through the network in an electronic information manner; and the receiving server filters and/or categorizes the content when receiving the electronic information;

(3) The browsing server provides a reading and query interface for the information browsing party to browse for electronic information;

(4) The information browsing party browses the electronic information in the information receiving box through the browser or the mobile terminal device;

(5) The publishing platform records the browsing of each information viewer and generates statistical data for reference by the information publisher.

The central information distribution method according to claim 6, wherein the network comprises an internet and/or a mobile wireless network, the Internet refers to a WAN, a LAN, an IPV4, and/or an IPV6, and the mobile wireless network refers to a GPRS. And/or CDMA, the electronic information publisher uses the communication protocol of email, ICQ, QQ, SMS SMS, MMS MMS and/or voice IVR type to publish information to the publishing platform, and the electronic information viewer uses email, ICQ, QQ > SMS SMS, MMS MMS and/or wireless WAP access to browse product information.

The central information distribution method according to claim 6, wherein the information receiving box library is an email mailbox library in which a plurality of email mailboxes are created and named according to the type of the product, and the information publisher is emailed. The method directly publishes the product information to at least one email mailbox of the email mailbox library according to the SMTP protocol, and the receiving server is an email server that sends and receives emails according to the SMTP protocol, and the browsing monthly server is A web server running on the World Wide Web in accordance with the HTTP protocol.

The central information distribution method according to claim 6 or 8, further comprising the steps of:

A. The information issuer applies for registration of the account on the publishing platform, and provides the sender's e-mail address used for publishing information to the publishing platform in the future to the publishing platform;

B. The publishing platform authenticates the information publisher and generates an account for the information issuer;

C. The information browsing party applies for registration of the account on the publishing platform, and provides the user name, login password and related information to the publishing platform;

D. The publishing platform authenticates the information viewer and generates an account for the information viewer.

10. The central information distribution method according to claim 9, further comprising the step of: a. setting a sender white list for a specific mailbox or a certain type of mailbox or the entire mailbox, including a single mailbox white List, whitelist of letterbox groups and whitelist of mailboxes;

b. Include the information issuer in one or more white lists in the single mailbox white list, the mailbox group white list, and the mailbox library white list; c. The publishing platform allocates a U address to the information publisher, and is used for contacting the information browsing party and receiving feedback information of the information browsing party;

d. When the product information is displayed, the publishing platform asks the information browsing party a question or displays an image, and the information browsing party provides a correct response, and then the information browsing party actually browses the product information;

e. After browsing the product information, the information viewer sends a feedback to the information publisher according to the contact information provided by the information publisher.