KR101103559B1 - On-line product auction method and system using stock index - Google Patents

Abstract

The present invention relates to a method for auctioning goods online, and more particularly, to a method and system for auctioning goods online using a stock index. For this purpose, the auction server 90 receives a bid request from a plurality of bidders from each of the client computers 41, 42, 51, 52 or the mobile terminals 71, 72 through the Internet 20 or the mobile communication network 60. In the online product auction method that is executed, the auction server (90) is executed, a plurality of bidders in each of the client computer (41, 42, 51, 52) or the mobile terminal (71) An input step of receiving the bid number input by the auction server (90); The auction server 90 is performed, and the first and second digits after the decimal point from the stock index and the day-to-day fluctuation from the two or more stock indices and the day-to-day fluctuation from the stock index and the day through the Internet 20, respectively. An extraction step of extracting; A generation step performed by the auction server 90 and generating a winning number as many as a predetermined number of digits by combining the extracted numbers in a preset order; A determination step performed by the auction server (90) to determine whether there is a bid number equal to the bid number by comparing the bid number with each bid number; If the bid number is the same as the successful bid number is performed in the auction server 90, the highest priority bidder is selected as a successful bidder, and if there is no bid number equal to the successful bid number, the highest bidder among the bidders closest to the successful bidder number Selecting step to select; And an output step performed by the auction server 60 and outputting a delivery command of the product to a selected successful bidder. Characterized in that consists of.

Online, Internet, Auction, Bid, Sale, Stock Price, Rise, Number, Decimal Point

Description

Online product auction method and system using stock index

The present invention relates to a method for auctioning goods online, and more particularly, to a method and system for auctioning goods online using a stock index.

In general, on-line such as the Internet, a certain range of bids (for example, 1 to 99,999 won) are given for a sale price for a specific product (for example, a car or an electronic product). There is a popular method of auctioning the privately lowest lowest price or only highest price item that bids the client who presents the only lowest price or the highest price. A representative example is “e-commerce system and method thereof” of Korean Patent No. 10-0470534.

This method of auctioning a product allows clients to enjoy the pleasure of obtaining expensive products at a relatively low bid price of about 1,000 won by participating in the bidding, and the bidding participation cost of the clients who pays when participating in the bidding is the consumer of the product. As an e-commerce that becomes a selling price, it can generate very stable management and profit without risk of loss.

However, such a private low price or highest price online bidding auction method is not known to the clients who participated in the auction except the bidding information of the entire bidding information and can be known only after the structural decision of the successful bidding, the organizer closes the auction. There is a problem that only the results of the presentation are accepted at face value. In other words, the system will not know the bidding information until the organizer knows the total bidding information until the results are announced. It is true that they have no choice but to suffer from helplessness, and there is room for any structural manipulation.

In addition, the patent does not have any mechanism for closing the bid early by allowing the client to participate in the bidding, thereby limiting the activation of the business.

Therefore, as a technical effort to overcome the above problems, methods using a lotto or stock index announced by public institutions have been applied. A similar auction method using the lotto or other lottery numbers can be used only once a week. In the case of using the stock index, the method of selecting a person who has simply matched the stock index as a successful bidder, such as the “lottery and prize lottery system using the stock quote” of Korea Patent Publication No. 2001-0104598, changes in the stock index as the bidding deadline approaches. Since there is a high probability of coming within a predetermined range, it is advantageous for clients to participate in bidding near the deadline, and thus, there is a disadvantage in that bidding cannot be closed early due to participation.

In order to overcome this problem, the “online product sales method” of Korean Patent Laid-Open Publication No. 2005-0013462 is to induce a bid deadline early by granting a discount fee to senior bidders. Therefore, the current order must be disclosed to all clients in advance before participation from the beginning, but in this case, if the participation is low from the beginning, the auction itself may not be established due to the lack of bidding.

In addition, the disclosed patent also has the advantage that the desired product can be obtained through a successful bid at a very low cost due to a number of bid participation, but the bid cost savings by the order of participation does not offset the profit gained through the successful bidding In their view, the early closing of the bidding is questioned because of the tendency to select closer to the closing deadline, which is more likely to win the bid price than the saving of the bidding cost due to early participation.

Korean Patent Laid-Open Publication No. 2005-0050375 relates to “an electronic commerce service system and method using a variable discount rate”, wherein the variable discount rate refers to a product discount rate calculated by dividing a cumulative point at the closing of a bid by the selling price of a corresponding product. For example, if the price of a bidding product is 100,000 won and the cumulative points at the end of the bid are 67,000 points, it means that you can purchase it at 33,000 won, a 67% discount. The winning number lottery using the stock index in the published patent is the remaining number after dividing the stock price index (the stock index minus a decimal point) at the closing date and time by the number of bidders. For example, if the closing date and time index is 619.52 and the number of bidders is 87, divide the stock index 61952 minus the decimal point by 87 and the integer share is 712, and the remainder is 8. The customer with the bid number 8 received will be the final winner.

However, since the number of bidders is higher, the higher the number of bidders, the higher the discount rate of purchase of the article, the participants who participated in the bidding are recognized as relatively damaged and may participate only until the deadline, leading to a decrease in bid participation.

In addition, the disclosed patent uses a stock index, as in the "lottery method and system using stock-related index information, method and system for providing lottery service using the same" of the Republic of Korea Patent Publication No. 2001-0070733, but generally the core of the successful bid The bidding number is not determined by the bidder's own choice, nor is the bidding number determined by applying the stock index directly, but the bidding number of the bidder or the arbitration number arbitrarily assigned by the organizer. There is a double complexity of determining whether or not to win by applying the arithmetic operation (dividing, etc.) linked with the stock index again, and therefore, there is a complicated situation that the arithmetic operation must be changed every time according to the drawing condition of the number of participants.

In addition, since only the organizer can know the number of final participants, malicious manipulation such as bidding (or lucky number) to be given to the bidder or the lottery winner can be made out of the range that can be won. There is no mechanism to close an auction or draw early.

Therefore, there is a need for a differentiated system equipped with a mechanism to ensure the reliability and fairness of the service by eliminating the possibility of operation by the system administrator or the operator, and to close the auction early and to activate the service by encouraging bidding participation. I will.

Accordingly, the present invention has been made to solve the above problems, the object of the present invention is to secure the credibility based on the various stock index officially announced on-line, such as the Internet, by the system administrator or operator The method of auctioning goods online using the stock index, which guarantees the reliability and fairness of the service provided by fundamentally excluding the possibility of data manipulation or winner manipulation, and allows the participation of bidders by making the top winner among winners the same. And a recording medium.

Other objects, specific advantages and novel features of the invention will become more apparent from the following detailed description and the preferred embodiments described in conjunction with the accompanying drawings.

The purpose of the present invention as described above, a plurality of bidders apply for bidding from each of the client computer (41, 42, 51, 52) or the mobile terminal (71, 72) through the Internet 20 or the mobile communication network 60 In the online product auction method executed in the received auction server (90),

The auction server 90 is executed, the auction number is entered into the auction bid of the presented product to each of the client computer (41, 42, 51, 52) or the mobile terminal (71, 72) the auction An input step of receiving an input from the server 90;

The first and second digits below the decimal point are extracted from the stock index and the fluctuation compared to the day and the fluctuation width from the stock index and the previous day from the two or more stock indexes through the internet 20, respectively. An extraction step;

A generation step performed by the auction server 90 and generating a winning number as many as a predetermined number of digits by combining the extracted numbers in a preset order;

A determination step performed by the auction server (90) to determine whether there is a bid number equal to the bid number by comparing the bid number with each bid number;

If the bid number is the same as the successful bid number is performed in the auction server 90, the highest priority bidder is selected as a successful bidder, and if there is no bid number equal to the successful bid number, the highest bidder among the bidders closest to the successful bidder number Selecting step to select; And

An output step performed by the auction server 60 and outputting a delivery command of the product to a selected successful bidder; . ≪ / RTI >

In addition, the two or more index is selected from the group consisting of the KOSPI index and KOSDAQ index of the United States, the Dow Jones and NASDAQ index of the United States, the Nikkei and Jasdaq index of Japan, and the Shanghai A and Shanghai B index of China. It features.

On the other hand, it is characterized in that it includes whether the specific stock index fluctuated compared to the previous day (+ or-).

In addition, the determining step may further include the step of the bidder paying a predetermined amount of bid participation fee or cyber money online.

Here, the input step is allowed to be input only for a predetermined period, the bidding number is characterized in that is disclosed before each of the stock index is released.

In addition, the present invention system for achieving the above object, the client computer (41, 42, 51, 52) to access the auction server 90 via the Internet (20) to participate or confirm the auction;

Mobile terminals 71 and 72 accessing the auction server 90 through a mobile communication network 60 and participating in or checking the auction; And

A plurality of bidders receive a bid number input to the client computer (41, 42, 51, 52) or the mobile terminal (71, 72) in the online auction bid of the goods presented in the auction, and 2 via the Internet 20 From the above stock indices, the number of the first and second digits after the decimal point is extracted from the stock index and the previous day's fluctuation width, and the number of the first and second digits after the decimal point, respectively. Auction server which generates a number, compares the winning bid number with each bid number, determines whether there is a bid number equal to the winning bid number, selects a successful bidder, and outputs a delivery order of the product to the selected successful bidder. Characterized in that configured to include.

Here, the auction server 90, the first through the N stock index providing server 30, 31, 32, the client computer (41, 42, 51, 52) and the mobile terminal 71, through the Internet (20) 72) and a communication unit 91 for providing communication between the auction server 90, and the first digit after the decimal point in the stock index provided from the first to N stock index providing server (30,31,32) through the communication unit 91 Stock index extraction unit 92 for extracting the second digit, respectively, a successful bid number generation unit 93 for generating a successful bid number from the number extracted by the stock index extraction unit 92, and successful bid number generation unit 93 A successful bid determination and selection unit 94 for judging and selecting whether a bid number equal to the successful bid number exists by comparing the successful bid number generated by the bid number with the bid number, and authenticating the subscriber according to the identification number (ID) and password. Section 96, a delivery information generation section 97 for generating delivery information for successful bidders, and successful bidding or bidding information. A message generation unit 98 for generating a message form and a subscriber information database 99a for storing subscriber information including auction bidder's member information (ID, password, mobile phone number, email address, shipping address, and payment means information). And a stock index database 99b for receiving and storing various stock indices from the first to Nth stock index providing servers 30, 31, and 32, and a bidding information database 99c for storing bidding information of auction bidders. A successful bid information database 99d for storing auction information of the auction, a bidding information database 99e for storing bid information of the auction, a delivery information database 99f for storing delivery information of goods according to the auction, and payment And a payment information database 99g for storing information and a product information database 99h for storing product information of the auction items.

Therefore, according to an embodiment of the present invention as described above, it is possible to secure the public trust by based on various stock indexes that are officially announced on-line, such as the Internet. In addition, all bidding information will be disclosed at a certain point before the publication of the stock price index on the basis of the date, thereby ensuring the reliability and fairness of the service provided by fundamentally eliminating the possibility of data manipulation or winner manipulation by the system administrator or operator. Can end.

Among the successful bidders, participation in bidding can be encouraged by making the first successful bidder a winner. Thus, it is easy to activate the service by allowing bidders to participate in the bid as soon as possible.

The invention will now be described in detail with reference to the accompanying drawings, in which preferred embodiments are shown.

1 is a configuration table showing the KOSPI index and the KOSDAQ index selected and used in one embodiment of the present invention, Figure 2 is an auction timetable according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention , The auction bid record table showing a case in which the bidder is successful because the bid number and the same bid number is the same, Figure 4 is an embodiment of the present invention, when two or more of the same bid number is a successful bid to the bidder who bid the highest priority FIG. 5 is an auction bidding record table showing a case, and FIG. 5 is an auction bidding record table showing a case in which a bid is given to a bidder having the highest priority when two or more adjacent bid numbers are auctioned as an embodiment of the present invention, and FIG. FIG. 7 is a block diagram illustrating a detailed auction system for goods online using the stock index. FIG. 7 is a detailed block diagram illustrating the auction server illustrated in FIG. 6.

As shown in FIG. 6, the online auction system using the stock price index according to the present invention includes an auction server 90 and a plurality of client computers 41, 42, via an internet network 20 or a mobile communication network 60. 51 and 52 and portable terminals 71 and 72 are connected to each other to enable data communication.

The auction server 90 may be connected to or include a www server 500 that manages a specific homepage. Moreover, it is also the apparatus which implements each method invention demonstrated by this invention.

Here, the client computers 41, 42, 51 and 52 are computers that bidders can access and enter or confirm data. The client computers 41, 42, 51, and 52 may be personal computers, and 41 and 42 are portable and portable notebook computers, and 51 and 52 are personal computers mainly used in homes, offices, and PC rooms. .

First, a step in which a bidder inputs a bid number will be described. Various products (eg, MP3 players) are presented on the homepage operated by the auction server 90. The bidder will log in after joining the membership and select a desired product to participate in the bidding. When signing up for membership, enter basic data such as ID, password, mobile phone number, e-mail, and enter the address to which the product will be shipped, and the means for paying the bill (bank transfer, mobile phone payment, credit card payment, cyber money, etc.).

The one-time bidding fee that the bidder bids at once may be, for example, 1,000 won, and is automatically withdrawn from the payment account every time the bidder bids. If the product presented at the auction is a MP3 player and the consumer price is 250,000 won, the auction will be established only if there is at least 250 bids in a given auction period (for example, a week).

Bidder can directly enter the number of their choice among the number of digit range defined by the user. This numerical range can be adjusted by the auction server 90.

In a preferred embodiment of the present invention, the bidding number makes it possible to enter only for a predetermined period of time, for example, before the closing of the stock market, and also the bidding number is before closing each stock index, for example closing the stock market. It is desirable to publish before. Of course, the announcement of the bid number is preferably to be made after the entry of the bid number is substantially completed.

Next, a process of generating a successful bid number using various stock indices will be described. 1 is a configuration table showing the KOSPI index and the KOSDAQ index respectively selected and used in one embodiment of the present invention. First, the Korea composition stock price index (KOSPI) is a stock index for companies listed and traded on the securities market of the Korea Stock Exchange (KOSPI), while the Korea Securities Dealers Automated Quotation (KOSDAQ) index is based on Stock index for the stock market for companies. These stock indices are aggregated in real time and officially released every day at 3:00 pm. In other words, there is no question about these KOSDAQ and KOSPI indexes because they are published by publicly trusted institutions.

As shown in FIG. 1, for example, the KOSPI index of the day is 1411.47 and the KOSDAQ index of the day is 612.93. In addition, the KOSPI index was -13.66 and the KOSDAQ index was -2.85 compared to the previous day. Like this, when one or two of these numbers are selected and combined using two or more various stock indices and fluctuations in fluctuation compared to the previous day and using two digits after the decimal point which is virtually impossible to predict, it is possible to generate at least one to eight winning bid numbers. If possible, the generation process of the winning number will be described as follows.

First, the auction server 90 receives various stock price information from the first to Nth stock price index providing servers 30 to 32 through the Internet 20.

First, in the case of generating a two-digit winning number, for example, use two digits after the decimal point of each index and rise or fall, or combine the KOSPI index and the second digit after the decimal point on the day before (in this case “ 7 ”and“ 6 ”) to generate a winning number (eg“ 76 ”) or a combination of the first digit after the decimal point to generate a winning number. In this case, the winning number will be“ 46 ”. In addition, various winning numbers may be generated by extracting one from two digits below the decimal point between the exponent, the exponent and the fluctuation width, or the fluctuation width.

The following describes the process of generating a 4-digit winning bid number.

As a first example, a successful bid number (for example, "4766") is generated by combining the KOSPI index and two digits or less of the decimal point of the previous day's width (in this case, "47" and "66"). As a second example, a successful bid number (for example, "9385") is generated by combining the KOSDAQ index and two digits or less of the decimal point of the previous day's width (in this case, "93" and "85"). As a third example, a winning bid number (for example, "6685") is generated by combining two digits or less of the decimal point of the KOSPI's previous day and the KOSDAQ's previous day's decimal point (in this case, "66" and "85"). As a fourth example, a winning bid number (for example, "4793") is generated by combining two digits or less of the decimal point of the KOSPI index and the KOSDAQ index (in this case, "47" and "93"). In addition to this, the KOSPI index and its fluctuation width, the KOSDAQ index and the first digit below the decimal point of the fluctuation index are drawn and combined (in this case, “4”, “6”, “9”, “8”) and the four-digit winning bid number (eg For example, “4698”) or two or more digits and two digits after the decimal point between the exponential fluctuations, such as generating a winning bid number (“7635” in this case) Or by pulling two by one, it is possible to combine a winning number of various digits.

In addition, a successful bid number may be generated by including whether the specific stock index fluctuates from the previous day, that is, + or-.

In the following embodiment, the successful bid number will be described as "4766".

2 is an auction timetable according to an embodiment of the present invention. As shown in Figure 2, the auction timetable 100 is made of a weekly unit (Monday 09:01 to next Monday 08:50), weekday timetable 110 (for example, for Monday, Tuesday,. .., for Friday). In addition, for each day of the week, the stock price index 130 and the total bid information disclosure date and time 140 are displayed together.

As shown in FIG. 2, the closing time of the bidding is "Next Monday 08:50", and the timing of the announcement of the stock price index of the successful bid date is "Next Monday 15:00". In other words, it can be seen that the bidding is closed and the stock index is announced. In other words, information and data relating to bidding cannot be manipulated, thereby improving reliability and fairness.

Hereinafter, description will be given of each of the successful bid processes based on the generated bid number "4766". First, Figure 3 is an embodiment of the present invention, auction bid record table 200 showing the case where the bidder is the same because the bid number and the successful bid number. As shown in FIG. 3, the auction bid record table 200 displays an ID 210 of a bidder, a bid date and time 220, and a bid number 230. In particular, the bid date and time 220 is displayed by inputting the time the bidder responds to the bid up to the minute (or seconds).

The bid number 230 is a four-digit Arabic numeral entered by the bidder through his client computer 41, 42. 51, 52 or the mobile terminal 70. For example, if the successful bid number is “4766” in FIG. 3, the bidder Qqqq who inputs the same number as the successful bid number (“4766”) receives the successful bid. In FIG. 3, the absent number "240" indicates a bidder's bid number "4766". Other bidders are dropped because they entered different bid numbers.

Figure 4 is an embodiment of the present invention, when two or more identical bid numbers are auction bid record table 330 showing a case in which the bidder is the highest bidding bid. As shown in Figure 4, it can be seen that there are two bidders with the same bid number ("4766"). In this case, the highest bidder bidding the first bidder after determining the bidding date and time 320 will receive a successful bid. In the case of Fig. 4, the bidder's successful bid number with ID " Ffff " The bidder's successful bid number with ID "Qqqq" is dropped as the bidder's bid number 350 of the subordinate successful bidder. This same case applies even if there are three or more bidders who have entered the same bid number.

5 is an embodiment of the present invention, when two or more adjacent bid numbers are auction bid record table 400 showing a case in which the bidder is bidding the highest priority. As shown in Fig. 5, the winning bid number is "4766", but there is no bidder who entered "4766" as the bidding number. Therefore, the person who inputs the closest number to "4766" is "4765" of "Ffff" and "4767" of "Qqqq". However, in this case, "4765" of "Ffff" is a successful bid number 440 because of the closest bidder of the highest bidder, and "4767" of "Qqqq" falls as a close bid number 450 of the subordinate winner.

Then, if the successful bidder is selected, an instruction to deliver the marine goods to the successful mail delivery address of the successful bidder is output. This command may be a signal transmitted to the delivery company or may be a print command for the printer to output the delivery address. When the delivery order is completed, the goods are delivered to the address by the shipper.

The bidding information entered by each bidder is private and can only read his or her own information, but all bidding information is available to all bidders after the closing time of the bid before the closing time of 09:00 or before closing time. You can confirm whether the successful bid is made through the final stock index announced at 15:00 on the day of the successful bid.

In the present invention, although the KOSDAQ index and the KOSPI index are targeted, the US's Down Jones Index and the National Association of Securities Dealers Automated Quotation (NASDAQ) index, Japan's Nikkei Index and Jasdaq Index, China's Shanghai A Index and Shanghai Any index released by public institutions such as the B index can be used. This will be described with reference to FIG. 6.

The online auction system using the stock index according to the present invention, as shown in Figure 6, the first to the N-th stock index providing server (30, 31, 32) for providing the stock index and the Internet 20 Client computers (41, 42, 51, 52) accessing the auction server (90) through the auction server (90) through the mobile communication network (60) to access the auction server (90) to participate in or check the auction Terminals 71 and 72, first through N stock index providing servers 30, 31 and 32, client computers 41, 42, 51 and 52 and mobile terminals 71 and 72 through the Internet 20. The first and second digits after the decimal point in the communication unit 91 for providing communication between the auction server 90 and the stock index provided from the first to N stock index providing servers 30, 31, and 32 through the communication unit 91; A stock index extraction unit 92 for extracting a number, respectively, and generating a winning bid number from the numbers extracted by the stock index extraction unit 92 The successful bidder number generation unit 93 and the successful bidder number generation unit 93 compare the successful bid number generated with the bidder number with the successful bidder judgment and selection unit 94 to determine and select whether or not the same bid number exists. , The authentication unit 96 for authenticating the subscriber according to the identification number (ID) and the password, the delivery information generation unit 97 for generating delivery information for the successful bidder, and the generation of a message for generating the successful bid or bidding information in the form of a message. Section 98, a subscriber information database 99a for storing subscriber information including auction bidding member information (ID, password, mobile phone number, e-mail address, shipping address, and payment means information); Stock index database 99b for receiving and storing various stock indices from stock index providing servers 30, 31, and 32, bid information database 99c for storing bidding information of auction bidders, and auction information for auctions. Ha Auction information database 99d, a bidding information database 99e for storing auction bidding information, a shipping information database 99f for storing delivery information of goods according to the auction, and a payment information database for storing payment information 99g and a product information database 99h for storing product information of auction items.

Here, stock index information, bidding information, successful bidding information, and bidding information are stored in each database (99b, 99c, 99d, 99e), so that the possibility of data manipulation or winner manipulation by a system administrator or operator can be excluded at the source. have.

In addition, the WWW server 500 may be configured in the auction server 90, but may be configured separately, and promotes or manages the homepage of the auction server 90 of the present invention.

The control unit 95 is a communication unit 91, stock index extraction unit 92, successful bid number generation unit 93, successful bid determination and selection unit 94, subscriber authentication unit 96, delivery information generation unit 97, It controls the message generating unit 98 and the database 99, transmits and receives various information (stock index information, bidding information, etc.) necessary for the auction with the Internet 20 through the communication unit 91, and transmits various information to the database 99 ) To control the database. In addition, when a successful bidder is selected, delivery information is generated and transmitted to the sender server 80, and a message is generated so that the successful bidder or bidder can be notified of the successful bid or a bid by referring to the mobile number information in the subscriber information database 99a. Through section 98, a message can be generated.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be readily apparent to those skilled in the art that various other modifications and variations are possible without departing from the spirit and scope of the invention. Are all within the scope of the appended claims.

1 is a table showing the KOSPI index and the KOSDAQ index respectively selected and used in one embodiment of the present invention,

2 is an auction timetable according to an embodiment of the present invention;

Figure 3 is an embodiment of the present invention, auction bid record table showing a case where the bidder is the same because the bid number and the successful bid number,

4 is an embodiment of the present invention, when two or more identical bid numbers are auction bid record table showing a case in which the bidder is bidding the highest priority bidder,

5 is an embodiment of the present invention, when two or more adjacent bid numbers are auction bid record table showing a case in which the bidder with the highest priority bidder,

6 is a block diagram of a product auction system online using the stock index according to the present invention,

FIG. 7 is a detailed block diagram of the auction server shown in FIG. 6.

<Description of the symbols for the main parts of the drawings>

10: KOSPI index of the day,

12: fluctuation of KOSPI index

14: KOSDAQ index of the day,

16: fluctuation of KOSDAQ index

20: Internet

30, 31, 32: Stock index provision server

41, 42, 52, 52: client computer

60: mobile communication network

71, 72: Mobile terminal

100: auction timetable,

110: timetable by day,

120: auction game bid period,

130: Stock index of winning bid,

140: date and time of disclosure of all bidding information,

200, 300, 400: auction bid record,

210, 310, 410: bidder ID,

220, 320, 420: bid date and time,

230, 330, 430: bid number,

240: bidder's bid number,

340: bid number of the first successful bidder,

350: bid number of the subordinate winner

440: the closest bid number of the first successful bidder,

450: Proximity bidder's close bid number.

500: WWW Server

Claims (7)

A plurality of bidders are executed in the auction server 90 received a bid request from each of the client computer (41, 42, 51, 52) or the mobile terminal (71, 72) through the Internet 20 or the mobile communication network 60 In the method of auctioning goods online, The auction server 90 is executed, the auction number is entered into the auction bid of the presented product to each of the client computer (41, 42, 51, 52) or the mobile terminal (71, 72) the auction An input step of receiving an input from the server 90; The auction server 90 is performed, and the first and second digits after the decimal point from the stock index and the day-to-day fluctuation from the two or more stock indices and the day-to-day fluctuation from the stock index and the day through the Internet 20, respectively. An extraction step of extracting; A generation step performed by the auction server 90 and generating a winning number as many as a predetermined number of digits by combining the extracted numbers in a preset order; A determination step performed by the auction server (90) to determine whether there is a bid number equal to the bid number by comparing the bid number with each bid number; If the bid number is the same as the successful bid number is performed in the auction server 90, the highest bidder is selected as a successful bidder, and if there is no bid number equal to the successful bid number, the highest bidder among the bidders closest to the successful bidder number Selecting step to select; And And an output step performed by the auction server 90 and outputting a delivery command of the product to a selected successful bidder. The input step is allowed to be input only for a predetermined period, the bidding number is on-line commodity auction method using on-line index, characterized in that disclosed before each stock index. The method of claim 1, The two or more indices are selected from the group consisting of the Korea's KOSPI and KOSDAQ, the US Dow Jones and NASDAQ, the Nikkei and Jasdaq in Japan, and the Shanghai A and Shanghai B in China. How to auction products online using stock index. The method of claim 1, wherein the generating step, A method for auctioning goods online using a stock index, comprising whether the specific stock index fluctuates from the previous day (+ or-). The method of claim 1, The determining step may further include the step of the bidder pays a certain amount of bid participation fee or cyber money online. delete Client computers 41, 42, 51, 52 which access or participate in the auction by accessing the auction server 90 through the Internet 20; Mobile terminals 71 and 72 accessing the auction server 90 through a mobile communication network 60 and participating in or checking the auction; And A plurality of bidders receive a bid number input to the client computer (41, 42, 51, 52) or the mobile terminal (71, 72) in the online auction bid of the goods presented in the auction, and 2 via the Internet 20 From the above stock indices, the number of the first and second digits after the decimal point is extracted from the stock index and the previous day's fluctuation width, and the number of the first and second digits after the decimal point, respectively. Auction server which generates a number, compares the winning bid number with each bid number, determines whether there is a bid number equal to the winning bid number, selects a successful bidder, and outputs a delivery order of the product to the selected successful bidder. Include, The auction server 90, Communication between the first through the N stock index providing servers 30, 31, 32, client computers 41, 42, 51, 52, and mobile terminals 71, 72 and the auction server 90 through the Internet 20. The stock index for extracting the first and second digits after the decimal point from the stock index provided from the first to N stock index providing server (30,31,32) through the communication unit 91 and the communication unit 91, respectively Comparing the bid number generated by the extraction unit 92, the successful bid number generation unit 93 for generating a successful bid number from the number extracted by the stock index extraction unit 92, and the successful bid number generation unit 93 with the bid number A successful bid determination and selection unit 94 for judging and selecting whether there is a bid number equal to the successful bid number, an authentication unit 96 for authenticating the subscriber according to an identification number (ID) and a password, and delivery information for the successful bidder Shipping information generation unit 97 for generating a, and a message for generating successful bid or bidding information in the form of a message A generation unit 98, a subscriber information database 99a for storing subscriber information including auction bidder's member information (ID, password, mobile phone number, e-mail address, shipping address, and payment means information); A stock index database 99b for receiving and storing various stock indices from the N stock index providing servers 30, 31, and 32, a bid information database 99c for storing bid information of auction bidders, and successful bid information of auctions. Successful bid information database 99d, a bid information database 99e for storing auction information, a shipping information database 99 f for storing delivery information of goods according to the auction, and payment information for storing payment information An online product using the stock index, comprising a database 99g and a product information database 99h that stores product information of auction items. Every system. delete

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