KR20020010886A - Made-for-internet instant lottery(digital lottery) gift system - Google Patents

Abstract

The present invention relates to sending a gift via e-mail of an internet-only lottery (e-lottery) using the internet. The present invention allows a customer to select a desired type of lottery on a web browser and present the lottery to a person who wants to send a gift using e-mail. It is. The person who received the lottery gift by e-mail confirms the arrival of the gift in the e-mail, and clicks the image or button of the linked lottery to go to the lottery sending site. If the logged-in site is normally logged in, the lottery data can be retrieved by the issuing company's ticketing system as much as the amount of the lottery present, and the information of the ticketed lottery is stored in the DB of the recipient. Will be recognized. However, if the lottery ticket is not received after a certain period of time, the person who presents the lottery ticket will be converted to purchase the lottery ticket. This invention is an email presenting system of the Internet-only lottery (electronic lottery) that performs the above series of processes.

Description

Instant Internet Lottery Gift System {MADE-FOR-INTERNET INSTANT LOTTERY (DIGITAL LOTTERY) GIFT SYSTEM}

The present invention is a system for presenting an internet-only lottery ticket to other customers, which is issued to sell only through the internet through lottery data packets, not lottery lottery tickets sold on the Internet. Through the key value (unique code linking gift information and source information) sent to the customer to receive the gift, it is possible to receive the instant internet lottery ticket free of charge in the amount of the gift through the membership authentication on the gift sending site. As a technology, it is thought that the effect is great in promoting the sale of the Internet-only lottery ticket which is recently activated. In addition, it is a system that can give satisfaction through another service for the customer who purchases the lottery.

The technical problem to be achieved by the present invention is to allow the customer who received the lottery gift to enter the site to send the gift to easily receive the Internet-only lottery, and that may occur when you log in to the site sent via email to receive the lottery ticket Minimize security problems so that no one can receive them. In order to present the above lottery, the type and quantity of the lottery is selected before sending the gift. As soon as the purchase is made, payment is made by payment solution or electronic money (deposit), so the customer who receives the gift enters the sending site before receiving the gift. When the closing date of the lottery or the settlement time for the sale comes, it is necessary to process the unreceived gifts. In this case, the present invention has developed a method of canceling a gift to return the gift to a sender as a deposit and a method of purchasing the lottery to the sender.

1 is a diagram illustrating a process of sending e-mail information for receiving a lottery gift to a person receiving a gift;

2 is a view illustrating a process of logging in by moving to a site where a gift is sent to a gift recipient to receive a lottery via e-mail.

3 is a diagram illustrating a process of storing the information of the issued lottery in the DB of the person who received the lottery when the user logged in normally.

4 is a diagram illustrating a process of converting a lottery to a sender by extracting information that has not been received at a certain time, or at a specific time after sending the lottery.

The configuration of the present invention for achieving the above technical problem, the first step to send the information to the customer who wants to present the lottery, write a message to the recipient to receive the lottery and receive the lottery using a mail server (Figure 1);

Step 2 of receiving the lottery, an email containing the linked lottery image and information to receive the lottery, and logging into the site to which the lottery was sent (Log 2);

Step 3 of checking whether the gift is canceled after the login and if the gift is not canceled, storing the information of the lottery in the DB of the lottery and receiving the lottery at the same time (FIG. 3);

When the above-mentioned lottery ticket is not received after a certain point of time, a method of returning the lottery ticket to a depositor who can purchase the lottery ticket to the customer who sent the lottery ticket 1 and a method of automatically issuing the lottery ticket to the sender client 2 )

In the first step, the web browser selects the send lottery gift button (G100), selects the type and quantity of the lottery (G110), and then makes a payment (G120). After writing the email and name of the person who will receive the lottery, send a message (G130), and press the "Send Gift" button (G140) to find the information about the lottery to the recipient through the mail server (G170). The gift encryption key and the image of the lottery are sent together (G160).

When the first step is described in detail, different operations are required for the method of sending the gift lottery ticket according to the processing methods (A) and (B) of the fourth step.

The process for processing the first method (A) of the fourth step is to select the lottery type and quantity (G110) as shown in Fig. 1 and then request payment using the payment means (credit card, electronic money, customer deposit, etc.) through the Internet. When the button is clicked (G120), the payment information is input to the deposit DB (D300). At the same time, the deposit is dropped by the amount of the lottery in the deposit DB (D300) and enters the future temporary deposit DB (D400). After that, enter the recipient's information (e-mail, name, message, etc.) (G130) and press the gift submit button (G140) at the moment the message information generator (G155) with the mail information and the image of the lottery to be received. Gift password key is generated (G150) and sent through the sending mail server (G170), and at the same time in the gift DB (D200) purchase lottery information (type, quantity) and gift password key value, sender ID, recipient email, name Sent time and receipt are saved with NO checked. In addition, the future temporary deposit DB (D400) stores the gift encryption key value, the sender ID, the amount of payment as much as the amount of lottery gift.

In the above process, if the person who receives the lottery later does not receive the lottery, the deposit can be purchased again based on the information stored in the gift temporary deposit DB (D400). It is a method for reducing to DB (D300).

In order to process the second method (B) of the fourth step processing method, the future temporary deposit DB (D400) of the route is not created. In detail this process, unlike the first method (1), if the customer selects the type and the number of the lottery (G110) and then the payment request (G140), the electronic payment (credit card, electronic money, customer deposit, etc.) ) Information is entered into the deposit DB (D300) and at the same time exit from the deposit DB (300) as much as the lottery purchase amount. After filling out the email and sending message of the person who will be receiving the lottery (G130), press the submit button (G140) and at the same time find the information on the mail, the image of the lottery to receive, and the information about the lottery. The gift encryption key is sent to the recipient through the mail server G170. At the same time, the gift DB (D200) sends the purchase lottery information (type, quantity), gift password key value, sender ID, recipient email, and name. The time and receipt are stored with NO checked.

During the first step, the gift encryption key provides information on the lottery

Key value to check ID, recipient name, email address, lottery type, number of cards, sent time, received time, gift receipt, etc., and pass to parameter (parameter) in mail. This is to make sure that the gift recipient can check the lottery image or other moving button in the received mail. One way of generating the gift cryptographic key is

Referring to the contents of FIG. 5 shown in FIG. 5 in detail, when the gift submit button G140 is pressed, the gift encryption key G155 is requested (G500). The cryptographic generator (G155) that receives the request for the gift password uses a * 255 * 255 * 255 + b * 255 * 255 + c * 255 + d using the IP address number of the computer used by the customer and a, b, c, d. The value G510 is obtained and stored in the temporary storage as the value A (G515). A unique time stamp value is obtained (G520). The time stamp is calculated from seconds to the present based on a certain time point in the past. The time stamp is also stored in the temporary storage place as the value B (G525). The value G530 obtained by adding the two values obtained above is generated as a gift password (G150).

The second way of creating another gift encryption key is

A unique key is generated by randomly combining (64bit) the lowercase letters a ~ z, uppercase letters A ~ Z, and numbers 0 ~ 9 using the program function. Sending the generated gift password key is passed as a parameter (parameter) hidden to the mail.

The second step is a process for the person who received the lottery to log in to the gift sending site via e-mail. This process also depends on the way to generate the gift encryption key.

The process is performed according to Fig. 5, which is the first method of generating a gift cryptographic key. The method (1) is described in detail in Fig. 2, and the person who received the lottery ticket opened the received e-mail to check the received image and message (GA200). Afterwards, when the linked image or any movement button is pressed (GA210) according to the instruction, the lottery is sent to the site where the lottery is logged in. The ID and Password (GA220) entered in the process are passed to the A program (G515) as a Post method (GA230) together with the gift password key passed from the received mail as a parameter (parameter). The connection A program that receives the value passes the ID and Password to the connection B program (G525) by using the Get method (GA240), and sets the address to receive as a session value. The reason for using the connection A program (GA230) is to pass the gift encryption key and to store the Session value of the gift address. The connection B program (GA240) determines whether or not a member of the site to which the gift is sent with the received ID and password through the member DB (D500) (GA250). This is done at login. If you are not a member of the site to which the lottery is sent, a message to sign up is displayed (GA255). After normal membership authentication, the process goes to FIG.

The method (2) of FIG. 2 of the second step is a process for taking the second method of generating the gift encryption key. In detail, the method (2) moves to a gift sending site on an e-mail and receives normal membership authentication at the lottery sending site. The multi-sided (GB250) connection is transferred to the process of FIG. 3 by the gift encryption key passed as a parameter (parameter) without connection with the AB program. If you are not registered, you will be directed to the member registration page (GB255). After signing up, you will be returned to the e-mail that you received the lottery gift and log in.

In the second step, if the gift sender cancels the gift lottery sent before the gift is received, the gift validity information of the gift DB (D200) is changed from N (not received) to C (cancellation) as shown in FIG. Lottery information received and issued a dedicated instant lottery ticket (G145) is stored in my lottery DB (D100). Here, the validity of the futures of the future DB (D200) is indicated by N (unreceived), Y (received), C (canceled shipment), and E (error).

The third step is a process of changing the information of the lottery to the person who received the lottery after successful authentication of the member to the lottery site (Fig. 2).

After membership authentication, it is determined whether or not the gift is canceled by searching whether there is any data other than N (unreceived) among the information corresponding to the gift password key passed from the gift DB (D200) as a parameter (parameter). G300). If it is canceled, the message "Gift of the gift has been canceled or you have not received the gift within the time limit cannot receive the gift" (G405). Otherwise, if it is not canceled, the gift password key matching the gift password key passed as a parameter (parameter) is searched in the gift DB (G310) and the gift receipt corresponding to the key is changed from N (not received) to Y (received). (G320). The recipient ID is inserted into the lottery purchaser item of the lottery DB (D100) (G330) and the lottery information is issued from the ticketing server of the instant ticket. Then, the issued lottery information (type, turn, lottery number, ticket number, winning number, etc.) is stored in the lottery DB (D100) of the gift recipient (G340). At the same time, instant internet lottery tickets are shown in the customer's browser (G345).

However, when the future temporary deposit DB (D400) is generated in the first step, the future DB (D200) of the process The process of receiving a gift from N (unreceived) to Y (received) and adding a process of changing the gift received from the temporary deposit DB (D400) from N (unreceived) to Y (received) matching the key of the gift encryption key (G330).

In the fourth step, if the customer who received the lottery is not logged in to the site sent to receive the gift for a certain period of time even after receiving the email, or if the mail is not checked, the closing process or settlement is performed. This is to prevent the problem from appearing.

The first method (A) is to return the deposit to the sender of the lottery so that the lottery can be repurchased. The second method (B) converts to the sender of the lottery and automatically receives an instant Internet-only lottery ticket. That's how.

Referring to the first method (A) of FIG. 4 in detail, after the time scheduler is activated to send a gift, the gift lottery after a certain period of time is taken out from the gift DB (D200), and information about whether the lottery is received (N) is not found. The future encryption key value is extracted (GA410). The deposit is taken out from the future temporary deposit DB (D400) using the key value, and the ID of the person sending the deposit is found and stored in the deposit DB (D300) (GA420). Then, the receipt information of the future DB (D200) and the future temporary deposit DB (D400) is changed from N (not received) to C (cancellation of shipment) (GA430). Proceed to search the gift DB for the presence (GA440).

As shown in Fig. 4, the second method (B) of the fourth step is to run the time scheduler and find the information of whether the lottery is N (not received) in the gift DB (D200) (GB410). Extract information (sender ID, etc.) (GB420) and enter it into the lottery DB (D100) and change whether or not to receive the lottery from the gift DB from N (unreceived) to C (cancel) (GB430) and at the same time make an instant internet lottery ticket. Get issued. The issued lottery information is stored in the lottery DB (D100) of the corresponding ID (GB440), and is returned (Return) to search whether there is a gift lottery that has passed the additional gift period (GB450).

The lottery issued after being converted at a certain time is issued regardless of my intention and the information is stored in the DB. Therefore, the customer who sent the gift can check the information of the lottery DB that stores the information on the issued lottery ticket (winning number, lottery number, ticket number, etc.) on the site where the lottery was sent.

According to an embodiment of the present invention, an instant ticket for Internet-only issue issued and sold on the Internet.

We realized that you can present (e-lottery) to other parties on the Internet just as you would buy a commercial lottery and give it to your counterparts. Since it is necessary to sign up for the site, the site will benefit from the increase of sales of lottery tickets and the securing of membership. In addition, if the present lottery ticket is not received even after a certain point of time, the authority to issue the lottery ticket can be recovered to the sender. We solved problem that occurred in processing.

Claims (4)

In presenting the Internet-only lottery ticket (electronic lottery), A first step in which a customer wishing to present the lottery purchases a lottery ticket, writes a message to a recipient and sends information for receiving the lottery using an e-mail server; A second step in which the person receiving the lottery receives an e-mail having the lottery image and the lottery information and logs into the site to which the lottery is sent; A third step of issuing the lottery ticket and storing the information in the DB of the presenter if the lottery ticket is not canceled after the lottery ticket is canceled after the login; An Internet-only lottery (electronic lottery) gift system, characterized in that the fourth step of recovering the lottery to the sender if the lottery is not received even after a certain point. In step 2 of claim 1, The purpose of the gift encryption key is to securely find information about the sender and the Internet-only lottery to be issued. The gift encryption key is generated in a form similar to the purpose of creation and usage. In the process of claim 1, Including the creation of a similar type of DB table that acts as a temporary gift deposit DB for returning the sender to a deposit if the gift has not been received. In step 4 of claim 1, There are two ways to collect the lottery when you don't receive it. (How to convert the lottery to a deposit that you can purchase again, or how to save the information in the sender's DB. Including Step 1, Step 2, Step 3 and DB configuration to satisfy each method.