JP2014149667A - Numbered ticket issuing system for web access - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent Web access from users from being centralized.SOLUTION: A mail server 20 receives Web site access application mail from a plurality of user terminals 10, and generates a unique identifier for each mail each time receiving the Web site access application mail, and stores the identifier in association with the mail address of the transmission source in a database 404. A Web numbered ticket management server 40 generates a unique URL including the identifier, that is, a connection destination URL connectable to a predetermined Web page for access. The mail server 20 creates numbered ticket mail for Web access in which the connection destination URL is written, and replies to the transmission source mail address of the Web site access application mail. A Web server 30 allows the user terminal 10 which has performed access to the connection destination URL to display the Web page for access. The mail server transmits the numbered ticket mail for Web access at transmission time intervals in the acceptance order of the Web site access application mail.

Description

  The present invention relates to a numbered ticket issuing method for Web access and a numbered ticket issuing system for Web access.

  In recent years, the spread of mobile phones including smartphones has been promoted, and now it is said that there is only one device per person, and it is easy to send and receive e-mails on various terminals such as mobile phones as well as personal computers (PCs) including tablet terminals. And the number of users accessing the Internet is growing. Many people apply for and check on the Internet for tickets they had previously applied for at the telephone or at the counter, examination results confirmed at the venue, telephone or telegram, and election results confirmed on television. Therefore, an increasing number of people access not only PCs with high processing capabilities but also mobile phones to application sites such as tickets and breaking news sites such as examination results and election results. If the number of accesses to the website increases more than expected, the response of the website will slow down, it will be difficult to connect, and it will be difficult to connect. It can get into a state and eventually the site's functionality can be significantly degraded. Terminals with relatively slow processing capabilities, such as mobile phones, may take time to access websites. In this case, the user will try to access many times in a short period of time, which will further concentrate access. Easy to connect. In order to prevent the occurrence of problems on the Web site as described above, extensibility (scalability) that can flexibly cope with an increase in access is required.

  Conventionally, there is a system that uses a load balancer as a method for avoiding concentration of Web access (see, for example, Patent Document 1). FIG. 1 is a diagram showing a conventional method using a load balancer. The user terminal 10 is accessed by indicating a single URL (Uniform Resource Locator) as a connection destination, and the load balancer 6 receives the access addressed to the URL, and the load balancer 6 is connected to the load balancer 6 by a plurality of Web servers 3a to 3e. It is possible to distribute the load to each Web server by distributing the above access to each other. As another method for avoiding the concentration of Web access, there is a system that uses round robin in a DNS (Domain Name System). FIG. 2 is a diagram illustrating a conventional method using a DNS server. The load is caused by the DNS server 7 answering different IP addresses sequentially among the plurality of Web servers 3f to 3j to the plurality of user terminals 10 trying to access the same domain and accessing different Web servers respectively. Can be dispersed.

Japanese Patent Laid-Open No. 2002-024424

  However, with a load balancer, access from user terminals is concentrated on the load balancer, and there is a problem that any web server cannot be accessed when the load balancer exceeds the allowable amount. The load balancer costs ten times as much as the web server. Therefore, there is a problem in terms of cost. Also, with DNS round robin, there is a problem that if the same network device stores the cache and is accessed from the same environment and uses the same IP address, the same Web server is accessed, and the user If the access from is concentrated, a message indicating that the access is concentrated cannot be sent, and a white screen is displayed and the access becomes impossible. Therefore, there is a problem that the user is dissatisfied with the site due to the troublesome access and the irritation caused by it.

  Regarding site access, the number of users that can be accessed at the same time per server is limited to a few hundred. In the case of a ticket application site or a breaking news site such as an examination result or election result, access is likely to be concentrated at the same time. Therefore, there is a problem that connection becomes extremely difficult.

  On the other hand, mail transmission / reception can dramatically process a large amount of transmission / reception at a time as compared with the number of users who can access at one time by site access.

  The present invention has been made in order to solve the above-described problems, and provides a method and system for preventing access from a user from being concentrated on one Web server and preventing the access from becoming inaccessible. It is aimed.

  In order to achieve the above object, the inventor of the present application came up with issuing a numbered ticket (numbered ticket for web access) to access the website, and after trial and error, the access from the user was short at low cost. Web access numbered ticket issuing method and Web access numbered ticket that can prevent concentration on one web server at a time, prevent inaccessibility, and alleviate the stress of the user trying to connect Invented the issuing system.

A first aspect of the present invention is a web numbered ticket management server for issuing and managing a numbered ticket for accessing a web page by connecting to the mail server, the web server, and the mail server and the web server. And a server group having a plurality of types of server functions including a database is a method of issuing the numbered ticket,
A mail receiving step in which the mail server receives a website access application mail from a plurality of user terminals;
Each time the mail server receives a website access application mail in the mail reception step, a unique identifier is generated for each received website access application mail, and the mail address of the sender of the website access application mail An identifier generating step to associate and store in the database;
An access URL generating step in which the Web numbered ticket management server generates a connection destination URL that is a unique URL including the identifier and can be connected to a predetermined access Web page;
A web access numbered ticket mail creating step in which the mail server creates a web access numbered ticket mail describing the connection destination URL;
A web access numbered ticket mail sending step in which the mail server returns the web access numbered ticket mail to a sender mail address of the website access application mail; and
A Web page display step in which the Web server displays an access Web page on a user terminal that has accessed the connection destination URL;
Including
In the Web access numbered ticket mail transmission step, the mail server transmits the Web access numbered ticket mail at transmission time intervals in the order received in the mail receiving step. Provide issuing methods. The “server group” includes not only a combination of a plurality of servers but also a single server having a plurality of types of server functions. Each server may be a physically independent server, or a plurality of types of servers may be physically the same server, or a single server may be physically composed of a plurality of servers. The database may be in any server, may be in an independent server, or may be distributed among a plurality of servers.

  According to the first aspect of the present invention, since the timing at which the user can know the connection destination URL can be shifted, access to the site can be prevented from being concentrated at exactly the same time, and the user who desires access In a scene where everyone in the site wants to access the site as soon as possible, it is possible to prevent access from users from being concentrated on a single Web server in a short time at a low cost, and to prevent inaccessibility, and It is possible to relieve the stress of the user trying to connect.

  In the access URL generating step, it is preferable that the connection destination URL includes the identifier in either a subdomain or a directory name. Access can be distributed efficiently and costs can be reduced.

  In the present invention, “unique” includes the meanings of unique and unique. The “unique identifier” includes, for example, a different identifier for each received mail. The “identifier” includes various types of identifiers, and may be, for example, alphabets or other characters, symbols, alphanumeric characters, or a combination of these types. The character length of the identifier is not particularly limited.

  The connection URL may be a dynamic URL in addition to a static URL, or may have a parameter including a symbol such as “?” Or “&” in the URL.

The server group further has a DNS server,
In the identifier generating step, instead of using a unique identifier for each received website access application mail, the same unique identifier is set for each predetermined number of mails in the order of acceptance of the website access application mail.
In the access URL generation step, the connection destination URL is a URL for a limited period in which the identifier is included in a subdomain and access is received within a predetermined reception time,
In the Web access numbered ticket mail creation step, the Web access numbered ticket mail includes the reception time,
Preferably, the DNS server includes a name creation / deletion step in which the URL is made valid when the reception time is reached, and is deleted when the reception time is over. By limiting the acceptable reception time, it is possible to prevent DOS attacks and the like, prevent unnecessary access concentration, and avoid inaccessibility due to malicious attacks. Moreover, since the number of users that can be accessed for each reception time is determined, the stress that is not connected can be alleviated.

  More preferably, the connection destination URL is a virtual domain including the identifier in a subdomain.

  Further, in the mail receiving step, the mail server registers waiting for the numbered ticket issuance for the Web site access application mails for the number of supplements received after exceeding the total reception upper limit number on the access Web page. It is more preferable to proceed to the next process by the number of times that the connection destination URL is not received within the reception time.

  In the Web access numbered ticket mail transmission step, the transmission time interval may be a fixed time interval of 0.5 second interval to 1.0 second interval. If there is an interval of 0.5 seconds, it is possible to sufficiently avoid the situation where an access wait occurs before the website is ready to access the next access. The user who waits for no response delay. In the numbered ticket mail for Web access, the part including the connection destination URL is preferably the body of the mail. You can quickly access the connection destination simply by displaying the text and clicking on the URL. In addition to the transmission time interval being a predetermined time interval, the time interval may be changed. For example, the time interval is set to zero (ie, simultaneous multiple transmissions) up to a certain number, then no transmission is performed for a certain period of time, then a predetermined number is transmitted once every second for a certain period of time, and then the certain period of time is 5 seconds It is also possible to transmit a predetermined number of times at a time, and the transmission interval may be determined from the attributes of the user and the attributes of the Web page to be accessed, or the upper limit of server reception, the number of hours from the start of mail transmission, and mail transmission You may determine with the predetermined | prescribed calculation formula which uses a number etc. as a variable.

  In addition, after the mail receiving step and before the Web access numbered ticket mail creating step, the mail server returns a received mail indicating that the mail has been accepted to the sender mail address of the website access application mail. It is preferable that the reception mail transmission process to include is included. Even if it takes time to receive the numbered ticket e-mail for Web access, by sending an e-mail indicating that it has been accepted in advance, it is possible to prevent the user from accidentally sending the e-mail again, and the stress of the user trying to connect Can be relaxed. Further, when the number of website access application emails received within a predetermined time in the email reception step exceeds the predetermined number in the reception email transmission step, the reception email transmission step accepts only the website access application emails received thereafter. It is preferable that a reply mail is returned.

  In addition, it is preferable that the mail server includes a Web access numbered ticket mail generation stopping step of canceling the Web access numbered ticket mail when a predetermined number of mails are generated within a predetermined time.

Alternatively, a plurality including a mail server, a Web server, a Web numbered ticket management server that interconnects the mail server and the Web server and issues a numbered ticket for accessing a Web page, and a database. A server group having the function of a server of a type is a method for issuing the numbered ticket,
A mail receiving step in which the mail server receives a website access application mail from a plurality of user terminals;
An access URL generating step in which the Web numbered ticket management server generates a connection destination URL connectable to a predetermined access Web page;
A web access numbered ticket mail creating step in which the mail server creates a web access numbered ticket mail describing the connection destination URL;
When the mail server creates a predetermined number of mails for the web access numbered ticket mail, the creation of the web access numbered ticket mail is suspended.
A web access numbered ticket mail sending step in which the mail server returns the web access numbered ticket mail to a sender mail address of the website access application mail; and
A Web page display step in which the Web server displays an access Web page on a user terminal that has accessed the connection destination URL;
Including
In the Web access numbered ticket mail transmitting step, the mail server may transmit the Web access numbered ticket mail at transmission time intervals in the order received in the mail receiving step. In the Web access numbered ticket mail transmission step, instead of the Web access numbered ticket mail generation cancellation step, after the mail server has transmitted a predetermined number of Web access numbered ticket emails, the mail receiving step It is preferable to send the Web access numbered ticket mail with a transmission time interval in the order received.

The second aspect of the present invention is a web numbered ticket for managing the issuance of numbered tickets for accessing a web page by connecting to the mail server, the web server, and the mail server and the web server. A web access numbered ticket issuing system having a server group having a plurality of types of server functions including a management server and a database,
Email receiving means for receiving website access application emails from a plurality of user terminals;
Identifier generating means for generating a unique identifier for each received website access application mail and storing it in the database each time a website access application mail is received by the mail receiving means;
An access URL generation unit that generates a connection URL that is a unique URL including the identifier and can be connected to a predetermined access Web page;
Web access numbered ticket mail creating means for creating a Web access numbered ticket mail describing the connection destination URL;
Web access numbered ticket mail sending means for sending back the Web access numbered ticket mail to the sender mail address of the website access application mail at a transmission time interval in the order received by the mail receiving means;
There is provided a Web access numbered ticket issuing system, characterized by comprising Web page display means for displaying an access Web page on a user terminal that has accessed the connection destination URL.

  According to the second aspect of the present invention, since the timing at which the user can know the connection destination URL can be shifted, access to the site can be prevented from being concentrated at exactly the same time, and the user who desires access In a scene where everyone in the site wants to access the site as soon as possible, it is possible to prevent access from users from being concentrated on a single Web server in a short time at a low cost, and to prevent inaccessibility, and Can relieve stress of users trying to connect

The server group also has a DNS server,
In the identifier generation means, instead of using a unique identifier for each received website access application mail, a predetermined number of mails are set to the same unique identifier in the order of acceptance of the website access application mail. Is included in the subdomain and is a limited-time URL for accepting access within a predetermined acceptance time,
The Web access numbered ticket e-mail also includes the reception time,
It is preferable to have name creation / deletion means that makes the URL effective when the reception time comes, and deletes the URL after the reception time.

  In addition, it is preferable that the mail server further includes a reception mail transmission unit that returns a received mail indicating that the mail has been received to a transmission source mail address of the website access application mail. When the number of website access application mails received by the reception mail sending means within a predetermined time by the mail reception means exceeds a predetermined number, the received mail is sent only to the website access application mails received thereafter. It is more preferable to reply.

  According to the present invention, it is possible to prevent access from a user from being concentrated on one Web server in a short time at a low cost, to prevent inaccessibility, and to relieve stress of a user who intends to connect. Can do.

It is a figure which shows the conventional method which uses a load balancer. It is a figure which shows the conventional method which uses a DNS server. It is a system block diagram used in Example 1 of the numbered ticket issuing method for Web access of the present invention. It is a conceptual diagram which shows the procedure of Example 1 of the numbered ticket issuing method for Web access of this invention. It is a conceptual diagram which shows the application example of the procedure of Example 1 of the numbered ticket issuing method for Web access of this invention. It is a system block diagram used in Example 2 of the numbered ticket issuing method for Web access of this invention. It is a conceptual diagram which shows the procedure of Example 2 of the numbered ticket issuing method for Web access of this invention. It is a flowchart which shows the procedure of Example 3 of the numbered ticket issuing method for Web access of this invention. It is a flowchart which shows the handling of a substitute among the procedures of Example 3 of the numbered ticket issuing method for Web access of this invention. It is a conceptual diagram which shows the structure and procedure of the hardware main part used in Example 4 of the numbered ticket issuing method for Web access of this invention. It is a conceptual diagram which shows the structure and procedure of the hardware main part used in Example 5 of the numbered ticket issuing method for Web access of this invention.

  The numbered ticket issuing system for web access according to the present invention is realized on a computer terminal (including a server) having an arithmetic processing unit such as a CPU and a storage unit such as a RAM and a hard disk. A program for realizing the Web access numbered ticket issuing system of this embodiment is stored in the hard disk of the computer terminal, and the program is read into a RAM or the like by a predetermined operation, and its function ( Means) is executed by the arithmetic processing unit, whereby predetermined processing is performed. Information stored as a storage means used for such processing is stored in a storage device such as a RAM or a hard disk in various file storage formats such as a database or a data file, and is appropriately read during the processing, Predetermined processing is performed. The processed result is also written to a storage device such as a RAM or a hard disk, and stored as appropriate. The respective means in the present invention are only logically distinguished from each other in function, and may physically or virtually constitute the same area.

  Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings for a web access numbered ticket issuing method and a web access numbered ticket issuing system according to the present invention. The invention is not limited to these examples.

  In the present embodiment, a mail describing a connection destination URL serving as a numbered ticket for accessing a user terminal that tries to access a predetermined Web page is issued with a time difference.

{Constitution}
In the present embodiment, the Web access numbered ticket issuing system has a server group including one or a plurality of servers, and the server group includes a mail server, a Web server, the mail server, and the Web server. A Web numbered ticket management server that manages the issuance management of numbered tickets for connecting to each other and accessing Web pages, and a database. Each server may be configured by one or a plurality of servers physically and function as one type of server, and the functions as a plurality of types of servers may be configured by one physical server. May be. For example, the database may be in the web numbered ticket management server or in the mail server, the web numbered ticket management server may be in the mail server, or there may be many web servers. Further, the database may be in a database server different from other servers, may be in a mail server, a Web server, or distributed in a plurality of servers. . In this embodiment, the mail server, the web server, and the web numbered ticket management server are connected to each other via a network. However, they may be physically accessible in the same server.

  The numbered ticket issuing system for web access according to the present embodiment is a numbered ticket issuing for web access having a server group having a plurality of types of server functions including a mail server, a web server, a web numbered ticket management server, and a database. In the system, the Web numbered ticket management server performs issue management of numbered tickets for connecting to the mail server and the Web server and accessing a Web page. Receiving means for receiving the website access application mail from the user terminal of the user, and (2) generating a unique identifier for each received website access application mail each time the mail receiving means receives the website access application mail. (3) a unique URL including the identifier, which is stored in the database An access URL generating means for generating a connection URL that can be connected to the access Web page; (4) a Web access numbered ticket mail generating means for generating a Web access numbered ticket mail describing the connection destination URL; 5) Web access numbered ticket e-mail sending means for sending back Web access numbered ticket e-mails at the transmission time interval in the order received by the mail receiving means, and (6) connection Web page display means for displaying an access Web page on the user terminal that has accessed the destination URL, and (7) a reception mail transmission for replying the received mail indicating that the mail has been received to the transmission mail address of the Web site access application mail Means. Further, means for performing data communication is generically referred to as communication means, and the communication means includes a mail receiving means, a Web access numbered ticket mail sending means, and a reception mail sending means, and communication via a telephone line. And means for performing communication via a network such as the Internet, and means for interconnecting the mail server, the Web server, and the database.

  In this embodiment, the communication means and the display means are in the user's terminal, the communication means, the identifier creation means, the URL creation means, the mail creation means, the database as the storage storage means, the web page creation means, the web The page display means is in a server group constituted by a plurality of servers having a mail server, a Web server, and a Web numbered ticket management server connected to each other. The identifier collation determination unit and the URL collation determination unit may also be in the server group. In this embodiment, there is a database that stores and stores mail address data, identifier data, transmitted mail content data, URL data, reception time data, and reception time data, and creates a URL for the Web page and accesses the Web page. Web numbered ticket management server that manages numbered ticket issuance management, mail server that creates identifiers and sends and receives mail, stores and stores the contents of web pages, and creates and displays web pages The Web servers are connected to each other via a LAN or the like to form one server group, but may be one server having the database, the mail transmission / reception function, and the Web page creation / display function as described above. Further, the database is in the Web numbered ticket management server in this embodiment, but may be in a separate server as the database server, or may be in a mail server or a Web server, for example. There may be a plurality of the mail server, Web server, Web numbered ticket management server, and database. Further, the mail transmission / reception server may be divided into a mail transmission server and a mail reception server. In addition, the mail server, the Web server, or the Web numbered ticket management server may hold a copy of all or part of the database.

  FIG. 3 is a system configuration diagram used in the first embodiment of the Web access numbered ticket issuing method of the present invention. The Web numbered ticket management server 40 includes a Web numbered ticket management unit 405 having a Web numbered ticket management program and a database 404. The Web numbered ticket management unit 405 includes a Web numbered ticket management front unit (inside the mail server) 202 as a front unit in the mail server 20, and a Web numbered ticket management front unit (Web as a front unit) in the Web server 30. In the server) 302. A Web numbered ticket management front unit (in the mail server) 202 accesses the mail receiving unit 201 in the mail server 20 as a front of the Web numbered ticket management unit 405 and controls mail transmission / reception and the like. A Web numbered ticket management front unit (inside the Web server) 302 controls the Web access check and the like by the Web server 30 as a front of the Web numbered ticket management unit 405. Neither the mail server 20 nor the Web server 30 passes through the respective front units so as not to be aware of which server the Web numbered ticket management unit 405 exists. Each front unit has a program to be executed in each server and cooperates in processing.

  In the present embodiment, the Web numbered ticket management server 40 having the database 404, the mail server 20, and the Web server 30 are connected to each other via a communication network such as the Internet, a LAN, or a WAN, and a server group. 50 can transmit and receive information to and from each other. The server group 50 including the mail server 20, the Web server 30, and the Web numbered ticket management server 40 can exchange information with the user terminal 10 via a communication network such as the Internet, LAN, and WAN.

  The user terminal 10 is a terminal having communication means by sending and receiving mail, such as a personal computer (PC) including a notebook PC or a tablet PC, a mobile phone including a smartphone, a PDA, or the like. The mail server 20 is a server having a mail reception unit 201 including communication means by mail transmission and mail reception, and has an identifier creation means and a mail creation means. The mail server 20 automatically receives mail transmitted to the mail address that it holds. The mail reception unit 201 is controlled by the Web numbered ticket management front unit (in the mail server) 202. The web server 30 is a server that provides web pages, and includes web page creation means, web page storage means, and web page display means. The Web server 30 issues a check request at the form entrance by the Web numbered ticket management front unit (within the Web server) 302 and performs a Web access check. The Web server 30 may further include an identifier verification determination unit and a URL verification determination unit. The Web numbered ticket management server 40 has URL creation means. The Web numbered ticket management server 40 accepts a request such as issuance of a Web numbered ticket or access check by the Web numbered ticket management unit 405, accesses and cooperates with the database 404 that actually processes the request, and the Web numbered ticket management unit Through 405, the Web numbered ticket management front unit (in the mail server) 202 and the Web numbered ticket management front unit (in the Web server) 302 are accessed. Each means in the mail server 20 is controlled by the Web numbered ticket management front part (in the mail server) 202, and each means in the Web server 30 is controlled by the Web numbered ticket management front part (in the Web server) 302. .

  The Web numbered ticket management unit 405 of the Web numbered ticket management server 40 is equipped with a numbered ticket management program for Web access.

  The Web access numbered ticket management program causes the computer to create a connection URL including the generated identifier, and causes the Web numbered ticket management front unit (in the mail server) 202 to execute the numbered ticket issuing program for Web access. Function A Web numbered ticket management front unit (within the Web server) 302 is a program for realizing a function of executing a Web access numbered ticket reception program.

  The database 404 has a table in which source mail address data and identifier data are associated with each other. In this embodiment, the content of the Web page displayed by the connection destination URL is stored in the Web page storage unit in the Web server 30, but may be stored in the database 404.

  A Web numbered ticket management front unit (in the mail server) 202 of the mail server 20 is equipped with a Web access numbered ticket mail issuing program.

  The above-mentioned numbered ticket mail issuing program for Web access has a function of receiving a mail in a computer, generating a unique identifier for each received mail each time a mail is received, and storing it in a database, a sender mail address of the received mail A function for creating a reply mail addressed to the URL including the above identifier in the text, and a function for replying at a transmission time interval in the order in which the mail is received with respect to the mail address of the sender of the mail that has received the created reply mail It is a program for realizing. In the present embodiment, the reply mail includes a received mail in addition to the Web access numbered ticket mail, but the received mail does not include a URL.

  The Web numbered ticket management front unit (inside the Web server) 302 of the Web server 30 is equipped with a Web access numbered ticket reception program.

  The Web access numbered ticket acceptance program creates a predetermined access Web page in a computer and stores it in the database in association with the connection destination URL, and the identifier registered in the database indicates the access destination URL An identifier collation determination function for confirming whether it is included in a predetermined location, a URL collation determination function for searching an access Web page stored in association with a URL confirmed to include a predetermined identifier, A program for realizing a function of transmitting and displaying the access Web page to a user terminal that has accessed a connection destination URL. The created connection destination URL is a Web page in the virtual Web server. Furthermore, a URL including a virtual directory may be used as a connection destination URL in order to display a specific Web page of the virtual server. When creating a predetermined access Web page, an existing access Web page may be copied.

  The mail server 20, the web server 30, and the web numbered ticket management server 40 are respectively a control device composed of a CPU, memory, operating system, device driver, etc., secondary storage such as a magnetic disk, communication control of a LAN board, etc. Equipped with equipment. Although the database 404 includes secondary storage such as a magnetic disk, it may have a server function like the mail server 20 and the Web server 30. The mail server 20, the web server 30, and the web numbered ticket management server 40 are connected to each other via a LAN, the Internet, or the like, and cooperate with each other based on an operation command from the mail server 20 or the web server 30. Web access numbered ticket mail issuance processing and Web access numbered ticket acceptance processing are performed.

  The magnetic disk of the Web numbered ticket management server 40 stores a numbered ticket management program for Web access. The magnetic disk of the mail server 20 stores a numbered ticket mail issuing program for Web access. The magnetic disk of the Web server 30 stores a Web access numbered ticket reception program and Web page contents. The database stores and accumulates mail addresses, identifiers, URLs, reception times, reception times, and transmitted mail contents. Web page contents may be stored in the database. The mail server 20, the web server 30, and the web numbered ticket management server 40 have a clock function and the like that a normal server has.

  The Web numbered ticket management server 40 is configured such that the CPU of the Web numbered ticket management server 40 loads the Web numbered ticket management program of the Web numbered ticket management server 40 into the memory of the Web numbered ticket management server 40 and executes it. The function of a computer capable of the Web access numbered ticket mail management process of the invention is realized. In the mail server 20, the CPU of the mail server 20 loads the Web access numbered ticket mail issuing program of the mail server 20 into the memory of the mail server 20 and executes it, thereby executing the Web access numbered ticket mail issuing process of the present invention. Realize possible computer functions. The Web server 30 can perform the Web access numbered ticket reception process of the present invention by the CPU of the Web server 30 loading the Web access numbered ticket reception program of the Web server 30 into the memory of the Web server 30 and executing it. Implement computer functions. The CPU of each server is an arithmetic processing device mounted on a normal computer, and can execute various programs and perform various controls. Although the mail server 20 can have a plurality of mail accounts, in the present embodiment, a single mail address will be representatively described.

  The Web server 30 includes one or a plurality of physical machines, and each physical machine can function as a plurality of virtual servers by operating a plurality of OSs and hardware. Even if the IP address and the port number are the same, the HTTP protocol header can be changed to create a plurality of name-based virtual servers. In the present embodiment, one Web server 30 has a plurality of domains and includes a plurality of virtual Web servers. Further, the web server 30 may be composed of a plurality of web servers having different domains.

  The identifier creating means creates an identifier based on the system time using the clock function of the mail server 20. For example, it is created by a combination of symbols and alphanumeric characters such as “{LAwg6nT}” and “0627su1i2xqu”. The date data is automatically created so as not to overlap with other identifiers stored in the database 404 by combining a unique key generated based on the system time of the mail server 20. In this embodiment, there is no restriction on the character length of the identifier.

  The URL creation means creates a URL by combining the created identifier with predetermined character data. FIG. 4 is a conceptual diagram showing the procedure of the first embodiment of the Web access numbered ticket issuing method of the present invention. For example, when accessing different virtual servers, if the created identifier is “w1” or “w2”, the identifier is entered in the subdomain as a URL, for example “http://w1.ckip.jp” Automatically create "http://w2.ckip.jp". When accessing different virtual directories of the same server, if the created identifier is “abc234” or “sjw383”, the identifier is put in the path name as the URL, for example, “http: //w1.xx.xx/ yyy / zzzzz? abc234 "and" http: //w1.xx.xx/yyy/zzzzz? sjw383 "are automatically created. The created URL may be a static URL or a dynamic URL. A plurality of URLs of Web pages to be displayed on a user terminal that has accessed a predetermined URL may be automatically created. For example, the user page that first accessed “http: //w1.xx.xx/yyy/zzzzz? Abc234” has the web page identified by “http: //x1.xx.xx/? N = abc234” The Web page specified by “http: //x1.xx.xx/? N = sjw383” may be displayed on the user terminal that is displayed and then accessed. The URL may be a completely different domain, but may be a subdomain of the same domain. In other words, addresses such as `` http://a1.a2.jp '', `` http://b1.b2.jp '', `` http://c1.c2.jp '', or `` http: // a1. xx.jp "," http://a2.xx.jp "," http://a3.xx.jp "

  The identifier collation determination unit accesses the database 404 and compares the character data at a predetermined position included in the URL accessed from the user terminal with all the identifiers stored in the database 404 to determine whether they match. .

  The mail creating means creates a Web access numbered ticket mail including the connection destination URL created by the URL creating means in the text. In the present embodiment, the mail creating means also creates a received mail that does not include the connection destination URL but reports that it has been accepted, in addition to such a mail.

  In this embodiment, the Web server 30 functions as the above-described (3) access URL generation means by the hardware configuration and the Web access numbered ticket management program. In addition, the mail server 20 has the above-described hardware configuration and Web access numbered ticket mail issuing program (1) mail receiving means, (2) identifier generating means, and (4) Web access numbered ticket mail generating means. , (5) Numbered ticket mail transmission means for Web access, and (7) Reception mail transmission means. Further, the Web server 30 functions as the above-described (6) Web page display means by the hardware configuration and the Web access numbered ticket reception program.

{Processing process}
The numbered ticket issuing method for Web access according to the present embodiment is a Web server, a Web server, a Web that performs issue management of a numbered ticket for connecting to the mail server and the Web server and accessing a Web page. A server group having a plurality of types of server functions including a numbered ticket management server and a database is a method for issuing the numbered ticket, and (1) the mail server accesses a website from a plurality of user terminals. Email reception process to receive application emails;
An identifier generating step for generating a unique identifier for each received website access application mail and storing it in the database each time the mail server receives the website access application mail in the mail receiving step; (2) An access URL generating step in which the Web numbered ticket management server generates a connection destination URL that is a unique URL including the identifier and is connectable to a predetermined access Web page; and (3) the mail server is connected A Web access numbered ticket mail creating step for creating a Web access numbered ticket mail describing the destination URL; and (4) the mail server sends the Web access numbered ticket mail to the sender mail address of the Web site access application mail. Web access numbered ticket e-mail sending step for replying to (5) the Web server A Web page display step of displaying an access Web page on the user terminal that has accessed the connection URL. In the Web access numbered ticket mail transmission step (4), the mail server includes the mail reception step ( The numbered ticket mail for Web access is transmitted at transmission time intervals in the order received in 1). The Web access numbered ticket management program, the Web access numbered ticket mail issuing program, and the Web access numbered ticket receiving program cause the computer to execute the following steps.

  The processing process of the Web access numbered ticket issuing method of this embodiment will be described in more detail. The mail server 20 and the Web server 30 are a Web numbered ticket management front unit (in the mail server) 202 and a Web numbered ticket management front unit (in the Web server) accessed from the Web numbered ticket management unit 405 in the Web numbered ticket management server 40. ) 302 to control the following steps.

  (Step 110: Email reception process) For example, when an event bulletin is published on the Internet at 12:00 on the day, a person who wants to access the bulletin will receive a predetermined email address after 12:00 (for example, eventxx@ckip.jp) ) That a blank e-mail should be transmitted in advance. At 12 o'clock, as shown in FIG. 4, the mail server 20 receives Web site access application mails from a plurality of user terminals 10. In the present embodiment, a mail addressed to the mail address of eventxx@ckip.jp is received. Since the source address only needs to be known, the website access application mail may be a blank mail. The mail server 20 stores the mail address of the transmission source and the reception time in the database 404 in association with each reception.

  (Step 120: Identifier Generation Step) Each time the mail server 20 receives a website access application mail, the mail server 20 generates a unique identifier for each received website access application mail and stores it in the database 404. For example, “w1” is assigned to the first website access application mail received, “w2” is assigned to the next website access application mail, and “w3” is assigned to the next website access application mail. It is generated and stored in the database 404 in association with the sender address of each website access application mail.

  (Step 130: Access URL generation step) When the mail server 20 creates the identifier, it transmits the created identifier to the Web numbered ticket management server 40 connected via the network. The Web numbered ticket management server 40 generates a connection URL that is a unique URL including the identifier and can be connected to a predetermined access Web page. For example, if the identifier is “w1”, “http://w1.ckip.jp”, which is a URL for displaying a predetermined access Web page, is generated as the corresponding connection destination URL. The contents of the Web page for access may be stored in advance in the database of the Web numbered ticket management server 40, or one is generated when the connection destination URL is generated or when the connection destination URL is accessed. It may be generated by automatically copying the contents of the Web page for access. In the present embodiment shown in FIG. 4, the identifier “w1” is generated, and the URL “http: / that can be converted into the IP address, port number, and server name of the Web server 30a that is the virtual Web server in the Web server 30 is used. /w1.ckip.jp "is generated. Similarly, an identifier “w2” is generated, and a URL “http://w2.ckip.jp” that can be converted into an IP address, a port number, and a server name of the Web server 30b that is a virtual Web server in the Web server 30. Is generated. An identifier “w3” is generated, and a URL “http://w3.ckip.jp” that can be converted into an IP address, a port number, and a server name of the Web server 30c that is a virtual Web server in the Web server 30 is generated. . The connection destination URL and the access Web page connectable with the connection destination URL are stored in the database in association with each other.

  (Step 140: Web Access Numbered Ticket Mail Creation Step) When the Web numbered ticket management server 40 creates the connection destination URL, it transmits the created connection destination URL to the mail server 20 connected via the network. The mail server 20 creates a Web access numbered ticket mail in which the mail address of the Web site access application mail stored in the database 404 is the transmission destination and the connection destination URL is described in the text. In the numbered ticket mail for Web access, the part including the connection destination URL is preferably the body of the mail. You can quickly access the connection destination simply by displaying the text and clicking on the URL.

  (Step 150: Web Access Numbered Ticket Mail Sending Step) The mail server 20 returns the created Web access numbered ticket mail to the transmission source mail address of the Web site access application mail designated as the transmission destination. The mail server 20 refers to the reception time stored in the database 404 and uses the clock function to transmit the Web access numbered ticket mail at a transmission time interval in the order received in the mail reception process. The Web access numbered ticket mail is transmitted once every X seconds. The number of seconds “X” is an arbitrary number, and in this embodiment, X = 0.5, but is not limited thereto. X seconds after sending the web access numbered ticket mail to the sender of the first received website access application mail, the web access numbered ticket mail is sent to the sender of the second received website access application mail, Furthermore, after X seconds (2X seconds after the first transmission), the Web access numbered ticket mail is transmitted to the transmission source of the third received Web site access application mail. The user terminal 10 sequentially receives Web access numbered ticket mail. The mail server 20 transmits a Web access numbered ticket mail to the user terminal 10 and ends the process.

  Since the timing at which the user can know the connection destination URL can be shifted, it is possible to prevent the access to the site from being concentrated at exactly the same time. In a situation where the site wants to access the site as soon as possible, it is possible to prevent the access from the user from being concentrated on one Web server in a short time at a low cost, to prevent the inaccessibility and to try to connect Can relieve the stress of the user. In this embodiment, since the virtual Web server to be accessed is different every time, access can be distributed. Since it is possible to access the same virtual Web server with different URLs, even if the number of virtual Web servers is small, if the time interval that does not overlap the access is sufficient, the URL for accessing the same virtual Web server is transmitted again. Cost can be reduced.

  The transmission time interval is X seconds (0.5 seconds in this embodiment). By replying at such a time interval, the access waits before the website is ready for access for the next access. Can be avoided sufficiently. Even if the interval is 0.5 seconds or more, if it is within 1.0 seconds, the user waiting for a reply will not feel any delay in the reply, so the transmission time interval (X) is 1.0 seconds. Also good.

  After sending the Web access numbered ticket mail, the mail address as the transmission destination and the information of the reception time may be deleted from the mail address of the Web site access application mail stored in the database 404.

  (Step 160: Web page display step) The user 10 that has received the Web access numbered ticket mail describing the connection destination URL displays the connection destination URL when the mail is opened. The user terminal 10 can access the connection destination URL by selecting the connection destination URL or the like. The Web server 30 displays an access Web page on the user terminal 10 that has accessed the connection destination URL. The Web server 30 displays the access Web page on the user terminal 10 and ends the process.

  In the example shown in FIG. 4, a virtual Web server having URLs “http://w1.ckip.jp”, “http://w2.ckip.jp”, and “http://w3.ckip.jp” Access web pages 30a, 30b, and 30c are displayed. Depending on the place where the identifier in the connection destination URL is entered, a virtual Web server with a different IP address can be accessed, or a virtual Web server with the same IP address but a different port number can be accessed. If an identifier is put in the protocol header, a name-based virtual server can access different virtual Web servers.

  Further, by inserting an identifier in the path name, it is possible to access different virtual directories in the same Web server. FIG. 5 is a conceptual diagram showing an application example of the procedure of the first embodiment of the Web access numbered ticket issuing method of the present invention. In FIG. 5, among the URLs “http: //w1.xx.xx/yyy/zzzzz? Abc234” including the query, the one that receives the website access application email at the same email address is “http: // w1. xx.xx / yyy / "is common, and the same virtual Web server (" http: //w1.xx. ") can be created by changing the path name to" / zzzzz? abc234 "," / zzzzz? sjw383 ". xx / yyy ") in different virtual directories (" / zzzzz? abc234 "," / zzzzz? sjw383 "). The connection destination URL preferably includes the identifier in either a subdomain or a directory name. Even with a small number of physical machines, a large number of parallel processes can be performed on the virtual Web server and the virtual directory.

  The connection destination URL once used may be discarded so as not to be used repeatedly. Thereby, unauthorized access by a user who has obtained a used connection destination URL can be prevented.

  Further, in the case of a ticket application site, as shown in FIG. 5, a certain number of issued URLs is set to the same “http: //w1.xx.xx/yyy/zzzzz? Abc234”, and the same URL In the database, the reference number (abc234, jw383, etc.) based on the individual identifier is stored in the database, and the URL “http: // x1 .xx.xx /? n = abc234 "is displayed, and the URL" http: // based on another reference number is displayed on the user terminal accessed by this URL. A web page (reception form page in FIG. 5) specified by “x1.xx.xx /? n = sjw383” may be displayed. Thereby, a large number of receptions can be performed simultaneously. Therefore, it is possible to prevent the user from accessing the same page many times on a site that is difficult to connect and overloading the Web server.

  Further, in the Web page display step, when the Web server 30 is accessed from the user terminal 10, the database is searched, and the identifier registered in the database is included in a predetermined location of the accessed connection URL. It may include an identifier collation determination step for confirming whether or not Further, it may include a URL collation determination step of searching for an access Web page stored in association with a URL that has been confirmed to contain a predetermined identifier.

  (Step 112: Accepted Mail Sending Step) After the above-described Step 110: Mail receiving step and before the above-described Step 150: Web Access Numbered Ticket Mail Sending Step, the mail server 20 has accepted the mail. A received e-mail indicating this may be returned to the e-mail address of the website access application e-mail. For example, as shown in Fig. 5, as a received mail, firstly, every time a mail is received, a received mail with the content "We accepted an application for XXX. Please wait for the numbered ticket to be issued." After that, "I will issue a numbered ticket to XXX later. Click the URL below to access. Http: //w1.xx.xx/yyy/zzzzz? Abc234" Send the numbered ticket mail for Web access. In particular, when the number of website access application mails received within a predetermined time in the mail receiving process exceeds a predetermined number, the received mail is returned only to the website access application mails received thereafter. Preferably there is. Sending Web access numbered ticket emails by shifting the transmission time in the order in which the mails are received. If there are a large number of Web site access application emails in a short time, the sending of Web access numbered ticket emails will be delayed, May be misunderstood that the application has not been accepted, and the website access application e-mail may be sent again. However, once the e-mail has been accepted, the user can wait for the numbered e-mail for Web access with peace of mind. Can do. The mail acceptance process can be done more than 100 times the Web access process, but sending the accepted mail can prevent double-triple applications and efficiently concentrate access while reducing user stress. Can be avoided, and traffic congestion can be avoided.

{effect}
According to the present embodiment, it is possible to shift the time of accessing one site, and even if the shifting time is very short, server down due to concentration of access can be drastically reduced. It is possible to avoid concentrating on one Web server at a time, to prevent inaccessibility, and to relieve the stress of the user trying to connect. In this embodiment, since the servers specialized for the function are combined, a server group with high processing capacity as a whole can be realized, and even if the number of website access application mails is large, the numbered ticket mail for web access Transmission and display of the Web site can be performed smoothly.

  According to the present embodiment, a load balancer and DNS round robin that have been conventionally required are not required, which not only leads to cost reduction but also allows more comfortable access and is freed from stress that is not connected. In addition, according to the present embodiment, the number of receptions that can be processed at a time can be expected to increase dramatically compared to the conventional method that requires site access from the beginning. Therefore, access can be concentrated in a short period of time, such as various applications such as concert tickets and other bulletins such as election bulletins and preliminary results, or disaster information such as earthquakes, voting and simultaneous quiz responses. It can also be used for sites with sex.

  In this embodiment, not only is a numbered ticket for accessing a user terminal that tries to access a predetermined web page accessed by the user terminal, but a mail describing the connection destination URL is issued with a time difference, as well as connection. The URL in which the destination URL can be accessed, that is, the reception time is limited, and the reception time is written in the mail.

{Constitution}
FIG. 6 is a system configuration diagram used in the second embodiment of the numbered ticket issuing method for Web access according to the present invention. The numbered ticket issuing system for web access according to the present embodiment has basically the same configuration as that of the first embodiment described above, but differs in the points described below. The server group 50 also has a DNS server 70. The DNS server 70 has a DNS setting file rewriting program 708 that is executed by being accessed from the Web numbered ticket management unit 405, and by running the DNS setting file rewriting program 708, DNS setting file 709 is rewritten. Further, the Web server 30 has a Web setting file rewriting program 306 executed by the Web numbered ticket management front unit (in the Web server) 302, and the Web setting file 307 is executed by executing the Web setting file rewriting program 306. Rewritten. FIG. 7 is a conceptual diagram showing the procedure of the second embodiment of the Web access numbered ticket issuing method of the present invention.

  The numbered ticket issuing system for Web access of this embodiment also has a name creation / deletion means in the server group 50. The server group 50 is assigned an IP address, a port number, etc. to the URL, DNS server (not shown in FIG. 7) for creating / deleting domain names in the virtual web server. It may be a server group constituted by a plurality of servers mutually connected via a network, or a single server having a database, a mail transmission / reception function, a Web page creation / display function, and a DNS server function. Good. The DNS server has the function of a general DNS server, and has (7) name creation / deletion means for assigning IP addresses and creating / deleting domain names. In this embodiment, the name creation / deletion means creates a name so that a name-based virtual Web server corresponding to a predetermined URL becomes a valid URL at the reception time, and deletes it when the reception time has passed. is there. The DNS server may have the same secondary DNS, but at least the primary DNS server is a different server, and only the Web numbered ticket management server has access information to the DNS server in order to rewrite the primary DNS server. It is preferable that there is no front part of the Web numbered ticket management part in the server. For the DNS server, only a one-way DNS setting file rewrite request is sent from the Web numbered ticket management server, and the DNS setting file rewriting program rewrites only in response to a rewrite request from the Web numbered ticket management server.

  A name creation / deletion program is installed in the DNS server. The name creation / deletion program is a program for causing a computer to realize a URL collation determination function, an IP address allocation function, a name creation function, and a name deletion function. The DNS server includes a control device including a CPU, a memory, an operating system, a device driver, etc., a secondary storage such as a magnetic disk, and a communication control device such as a LAN board. The DNS server functions as the above-described (7) name creation / deletion means by the hardware configuration and name creation / deletion program described above.

{procedure}
In the Web access numbered ticket issuing method of the present embodiment, step 110: mail reception process, step 112: received mail transmission process, step 120: identifier generation process, and step 130: access URL generation process shown in the first embodiment. , Step 140: Web access numbered ticket mail creation step, Step 150: Web access numbered ticket mail transmission step, Step 160: Web page display step, but the parts shown below are different. This embodiment is suitable when an access Web page to be displayed is determined in advance, for example, for ticket application.

  Step 120: In the identifier generation step, instead of using a unique identifier for each received website access application mail, the same unique identifier is set for each predetermined number of mails in the order of acceptance of the website access application mail.

  Step 130: In the URL generation step for access, the connection destination URL is a URL for a limited period in which the identifier is included in the subdomain and access is accepted within a predetermined reception time. That is, the Web server 30 transmits the created connection destination URL and reception time to the DNS server, and the DNS server converts the connection destination URL into an IP address, port number, and server name that are valid only during the reception time. In the URL of the Web server to be accessed, the DNS for the name for the subdomain name is changed with time, and the subdomain name that is valid only for a certain period of time is used. The Web numbered ticket management unit dynamically creates a subdomain, transmits the created subdomain to the DNS setting file rewriting program and rewrites it, and simultaneously starts the web setting file rewriting program of the corresponding Web server to set the Web server RELOAD (reload) the file. With REROAD, as soon as the web service process currently in operation is completed, a new configuration file is read and the new dynamic subdomain becomes effective.

  Step 140: In the Web access numbered ticket creation process, for example, “Application numbered ticket to XXX is issued. Please access the following URL within the reception time. Reception time: × month × day × 1 It will be a Web access numbered ticket e-mail in which a predetermined reception time is also written, such as “time to × 2 o'clock http: //xx.xx.xx/yyy/zzz? Abc234”.

  Step 160: The Web page display step includes a name creation / deletion step in which the DNS server sets the URL as a valid URL when the reception time is reached, and deletes the URL after the reception time. Specifically, in the DNS server, names are added and deleted according to the DNS time. For example, a domain of “a1.xx.jp” from x month x day x 1 o'clock to x 2 o'clock exists, It is assumed that the domain “a2.xx.jp” exists only from x month x day x 3 o'clock to x 4 o'clock. Accordingly, a user terminal that accesses each URL outside the respective reception hours cannot access the Web page.

{effect}
According to the present embodiment, in addition to the effects obtained in the first embodiment, a DOS attack when the connection destination URL is leaked can be prevented.

  In this embodiment, not only is a numbered ticket for accessing a user terminal that tries to access a predetermined web page accessed by the user terminal, but a mail describing the connection destination URL is issued with a time difference, as well as connection. The URL where the destination URL can be accessed, that is, the reception time is limited, and the reception time is written in the mail, and the numbered ticket is limited to the total reception upper limit on the access Web page. Will be issued as a substitute for up to a certain number, registering for numbered ticket issuance waiting, and issuing the numbered ticket e-mail for Web access by moving forward by the number that was not accepted within the reception time at the connection destination URL It is. Note that a Web site access application email received exceeding the total reception upper limit number on the access Web page plus the number of substitutes is transmitted after the reception completion email is transmitted.

{Constitution}
The Web access numbered ticket issuing system of the present embodiment is basically the same as that of the second embodiment described above, but differs in the following points.

  The numbered ticket issuing system for web access according to the present embodiment stores in the database 404 an email address registered as a substitute in a received email and an email reception time in association with each other. The numbered ticket issuing system for web access according to the present embodiment (8) sets the total reception upper limit number and the supplement number on the access Web page in advance, and after the received mail number exceeds the total reception upper limit number, For the received mails up to the number of substitutes, when storing the reception time and the mail address of the received mails in the database 404, substitute registration means for registering as substitutes, (9) counting the number of receptions at each connection destination URL, (10) a database, and a carry number calculating means for calculating a number obtained by subtracting the number received by the URL within the reception time from the number of Web access numbered ticket mails describing a predetermined connection destination URL and reception time; A substitute deletion means for deleting, from the registration as a substitute, one in which a numbered ticket mail for Web access is issued among the mail addresses registered as substitutes in (1) ) After the total number of receptions on the access Web page reaches the maximum number of receptions, the email address of the website access application email that was suspended as a substitute and the email address of the website access application email that was not included in the substitute On the other hand, it has reception end mail transmission means for creating and transmitting a reception end mail informing that reception has ended.

  In the present embodiment, the numbered ticket mail issuing program for Web access is a program that realizes a substitute registration function, a carry number calculation function, a substitute deletion function, and a reception completion mail transmission function in addition to the functions described above.

{procedure}
FIG. 8 is a flowchart showing the procedure of the third embodiment of the Web access numbered ticket issuing method of the present invention. Moreover, FIG. 9 is a flowchart which shows the handling of a substitute among the procedures of Example 3 of the numbered ticket issuing method for Web access of the present invention. In the Web access numbered ticket issuing method of the present embodiment, step 110: mail reception process, step 112: received mail transmission process, step 120: identifier generation process, step 130: access URL generation process shown in the second embodiment. , Step 140: Web access numbered ticket mail creation step, Step 150: Web access numbered ticket mail transmission step, Step 160: Web page display step, but the parts shown below are different. The present embodiment is suitable when the access Web page to be displayed is determined in advance and the total number of issued tickets is determined, for example, for ticket application.

  Step 110: In the mail receiving process, for each reception, the mail server 20 stores the mail address of the transmission source and the reception time in association with each other in the database 404, but the number of received mails is the same as that in the preset access web page. After the total upper limit is exceeded, up to the preset number of substitutes, it is registered as a substitute. On the other hand, the number of receipts at each connection destination URL is counted when the acceptance time at that URL has passed. Then, a number obtained by subtracting the number accepted by the URL within the reception time from the number of transmissions of the Web access numbered ticket mail describing the connection destination URL and the reception time, that is, the advance number is calculated. Is advanced by the number of advance. When the process proceeds to step 120, the registration as a substitute for the mail address is canceled. When the number of supplements is exceeded, the website access application mail received after that is not supplemented, and the process proceeds to step 170 instead of step 120. When the total number of receptions on the access Web page with different reception times, that is, the total reception number on the access Web page reaches the total reception upper limit number on the access Web page, instead of step 120, Proceed to step 170.

  (Step 170: Acceptance completion e-mail transmission process) Website access application e-mail received by the mail server 20 exceeding the number of e-mail addresses and the number of substitutes of the website access application e-mail still stored in the database 404 as a substitute The mail address of the sender of the mail is used as the transmission destination, and a reception completion mail is sent to notify that the reception has ended.

  According to the present embodiment, it is possible to shift the time of access to one site, and even if the shifting time is very short, server down due to access concentration can be reduced. It is possible to avoid concentrating on one Web server, to prevent inaccessibility, and to relieve the stress of the user trying to connect. Furthermore, when the access application is issued and the numbered ticket mail is issued, but the Web page is not accessed within a predetermined time, it can be supplemented in an efficient manner by making it a certain amount of supplementary information, so that it can be replenished immediately and efficiently, so there is no waste.

  In the first embodiment, different URLs are returned, but the same URL may be returned. In the fourth embodiment, although one Web server 30d is accessed, the mail describing the URL of the Web server is issued with a time difference to avoid a situation where accesses are concentrated within a short time.

  FIG. 10 is a conceptual diagram showing the configuration and procedure of the main hardware part used in the fourth embodiment of the Web access numbered ticket issuing method of the present invention. In this embodiment, the Web server is not composed of a plurality of Web servers with different URLs, but is a single Web server 30d that can be accessed with the same URL. In the identifier generation step of step 120, instead of using a unique identifier for each received Web site access application mail, all the Web site access application mails for accessing the same Web page have the same unique identifier. Others are the same as in the first embodiment.

  According to the present embodiment, it is possible to shift the time when the site is accessed, and even if the shifting time is very short, server down due to access concentration can be drastically reduced. It is possible to avoid concentrating on one Web server, to prevent inaccessibility, and to relieve the stress of the user trying to connect. According to the present embodiment, a load balancer and DNS round robin that have been conventionally required are not required, which not only leads to cost reduction but also allows more comfortable access and is freed from stress that is not connected. Further, according to the present embodiment, the number of receptions that can be processed at a time can be expected to increase as compared with the conventional method that requires site access from the beginning. The cost can be reduced because only one Web server is required.

  In the fourth embodiment, all replies are sent back with a time difference, but the same URL may be sent back without a time difference up to a certain number. A large-capacity Web server can process up to a predetermined number even if the amount is large. In this embodiment, a reply is made at a time for processing that is completed in about 80% of the amount that can be processed by the Web server, and the overall reply time difference is alleviated.

  FIG. 11 is a conceptual diagram showing the configuration and procedure of the main hardware used in the fifth embodiment of the numbered ticket issuing method for Web access of the present invention. In this embodiment, a certain number, in this embodiment, about 80% of the amount that can be processed by the Web server 30e is returned without any time difference. The same.

  According to this embodiment, the time at which the site is accessed can be shifted, and even if the shifting time is very short, server down due to concentration of access can be reduced. It is possible to avoid concentrating on the server, to prevent inaccessibility, and to relieve the stress of the user trying to connect. According to the present embodiment, a load balancer and DNS round robin that have been conventionally required are not required, which not only leads to cost reduction but also allows more comfortable access and is freed from stress that is not connected. Further, according to the present embodiment, the number of receptions that can be processed at a time can be expected to increase as compared with the conventional method that requires site access from the beginning. The cost can be reduced because only one Web server is required. Furthermore, it is possible to shorten the time to complete processing for a certain amount of access application.

  The present invention is not limited to the above embodiment, and various modifications can be made without departing from the spirit of the invention. In addition, the constituent elements of the above embodiments can be arbitrarily combined without departing from the spirit of the invention.

10 User terminal 20 Mail server 201 Mail reception part 202 Web numbered ticket management front part (in mail server)
3, 30 Web server 302 Web numbered ticket management front section (in the Web server)
306 Web setting file rewriting program 307 Web setting file 40 Web numbered ticket management server 404 Database 405 Web numbered ticket management unit 50 Server group 6 Load balancer 7, 70 DNS server 708 DNS setting file rewriting program 709 DNS setting file

Claims (14)

A plurality of types including a mail server, a web server, a web numbered ticket management server that connects to the mail server and the web server, and issues and manages a numbered ticket for accessing a web page, and a database A server group having a server function is a method of issuing the numbered ticket,
A mail receiving step in which the mail server receives a website access application mail from a plurality of user terminals;
Each time the mail server receives a website access application mail in the mail reception step, a unique identifier is generated for each received website access application mail, and the mail address of the sender of the website access application mail An identifier generating step to associate and store in the database;
An access URL generating step in which the Web numbered ticket management server generates a connection destination URL that is a unique URL including the identifier and can be connected to a predetermined access Web page;
A web access numbered ticket mail creating step in which the mail server creates a web access numbered ticket mail describing the connection destination URL;
A web access numbered ticket mail sending step in which the mail server returns the web access numbered ticket mail to a sender mail address of the website access application mail; and
A Web page display step in which the Web server displays an access Web page on a user terminal that has accessed the connection destination URL;
Including
In the Web access numbered ticket mail transmission step, the mail server transmits the Web access numbered ticket mail at transmission time intervals in the order received in the mail receiving step. Issuing method. 2. The Web access numbered ticket issuing method according to claim 1, wherein, in the access URL generating step, the connection destination URL includes the identifier in either a subdomain or a directory name. The server group further includes a DNS server,
In the identifier generating step, instead of using a unique identifier for each received website access application mail, the same unique identifier is set for each predetermined number of mails in the order of acceptance of the website access application mail.
In the access URL generation step, the connection destination URL is a URL for a limited period in which the identifier is included in a subdomain and access is received within a predetermined reception time,
In the Web access numbered ticket mail creation step, the Web access numbered ticket mail includes the reception time,
3. The Web access organization according to claim 2, further comprising a name creation / deletion step in which the DNS server sets the URL as a valid URL at the reception time and deletes the URL after the reception time. Ticket issue method. 4. The Web access numbered ticket issuing method according to claim 2, wherein the connection destination URL is a virtual domain including the identifier in a subdomain. In the mail receiving step, the mail server registers waiting for issuance of numbered tickets for the website access application mails for the number of supplements received after exceeding the total reception upper limit number on the access web page, 4. The numbered ticket issuing method for Web access according to claim 3, wherein the number of tickets not received within the reception time at the connection destination URL is advanced to the next step. After the mail receiving step and before the Web access numbered ticket mail creating step, the mail server accepts a reply to the sender mail address of the website access application mail that the mail server has accepted the mail. 5. A numbered ticket issuing method for Web access according to claim 1, further comprising a mail transmission step. When the number of website access application mails received within a predetermined time in the mail reception process in the reception mail sending step exceeds a predetermined number, the received mail is sent only to the website access application emails received thereafter. The numbered ticket issuing method for Web access according to claim 6, characterized in that 2. The Web access numbered ticket mail creation stopping step of stopping the creation when the mail server creates a predetermined number of mails for the Web access numbered ticket mail within a predetermined time period, according to claim 1. Numbered ticket issuing method for Web access. A plurality of types including a mail server, a web server, a web numbered ticket management server that connects to the mail server and the web server, and issues and manages a numbered ticket for accessing a web page, and a database A server group having a server function is a method of issuing the numbered ticket,
A mail receiving step in which the mail server receives a website access application mail from a plurality of user terminals;
An access URL generating step in which the Web numbered ticket management server generates a connection destination URL connectable to a predetermined access Web page;
A web access numbered ticket mail creating step in which the mail server creates a web access numbered ticket mail describing the connection destination URL;
When the mail server creates a predetermined number of mails for the web access numbered ticket mail, the creation of the web access numbered ticket mail is suspended.
A web access numbered ticket mail sending step in which the mail server returns the web access numbered ticket mail to a sender mail address of the website access application mail; and
A Web page display step in which the Web server displays an access Web page on a user terminal that has accessed the connection destination URL;
Including
In the Web access numbered ticket mail transmission step, the mail server transmits the Web access numbered ticket mail at transmission time intervals in the order received in the mail receiving step. Issuing method. In the Web access numbered ticket mail transmission step, instead of the Web access numbered ticket mail generation cancellation step, after the mail server has transmitted a predetermined number of Web access numbered ticket emails, the mail receiving step 10. The numbered ticket issuing method for web access according to claim 9, wherein the numbered ticket mail for web access is transmitted at a transmission time interval in the order received. A plurality of types including a mail server, a web server, a web numbered ticket management server that connects to the mail server and the web server, and issues and manages a numbered ticket for accessing a web page, and a database A numbered ticket issuing system for web access having a server group having a server function,
Email receiving means for receiving website access application emails from a plurality of user terminals;
Identifier generating means for generating a unique identifier for each received website access application mail and storing it in the database each time a website access application mail is received by the mail receiving means;
An access URL generation unit that generates a connection URL that is a unique URL including the identifier and can be connected to a predetermined access Web page;
Web access numbered ticket mail creating means for creating a Web access numbered ticket mail describing the connection destination URL;
Web access numbered ticket mail sending means for sending back the Web access numbered ticket mail to the sender mail address of the website access application mail at a transmission time interval in the order received by the mail receiving means;
A Web page numbering system for displaying a Web page for access on a user terminal that has accessed the connection destination URL. The server group also has a DNS server,
In the identifier generation means, instead of using a unique identifier for each received website access application mail, a predetermined number of mails are set to the same unique identifier in the order of acceptance of the website access application mail. Is included in the subdomain and is a limited-time URL for accepting access within a predetermined acceptance time,
The Web access numbered ticket e-mail also includes the reception time,
12. The numbered ticket issuing system for Web access according to claim 11, further comprising: a name creation / deletion unit that makes the URL effective when the reception time is reached and deletes the URL after the reception time. The said mail server further has a reception mail transmission means for returning a received mail indicating that the mail has been received to a transmission source mail address of the website access application mail. Numbered ticket issuing system for web access. When the number of website access application mails received by the reception mail sending means within a predetermined time by the mail reception means exceeds a predetermined number, the received mail is sent only to the website access application mails received thereafter. The numbered ticket issuing system for Web access according to claim 13, wherein

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