REAL-TIME INTERNET AUCTION SYSTEM

• US 20070022042A1
• Filed: 07/19/2006
• Published: 01/25/2007
• Est. Priority Date: 03/15/2000
• Status: Abandoned Application

• Current Assignee: Viva Computer Co, Ltd.
• Original Assignee: Viva Computer Co, Ltd.
• Inventors: Nishi, Junichiro
• Application Number:
  US11/458,591
• Publication Number:
  US 20070022042A1
• Time in Patent Office: Days
• US Class Current: 705/37
• CPC Class Codes: G06Q 20/10 specially adapted for electronic funds transfer [EFT] systems; specially adapted for home banking systems
• CPC Class Codes: G06Q 30/0601 Electronic shopping [e-shopping]
• CPC Class Codes: G06Q 30/08 Auctions
• CPC Class Codes: G06Q 40/04 Trading; Exchange, e.g. stocks, commodities, derivatives or currency exchange

Abstract

A real-time auction system that is the same as traditional auctions by utilizing the internet. The system utilizes computers in which a number of buyers bid a price for an article and the bids are transmitted over the internet from the buyers'"'"' computers to a computer for an organizer, an assessor, a center and each buyer. If there is more than one bid equal to of above the reserve price set by the assessor, the process repeats until there is only one bid left. The one bid left the successful bidder. When there are no bids above the reserve price set, the process repeats a predetermined number of times.

Claims

1-20. -20. (canceled)

21. A real-time auction system comprising:

a first computer operated by an auction organizer;

a second computer operated by an assessor who exhibits and sells articles;

a plurality of third computers operated by buyers;

a fourth computer in a center for processing;

all of the computers being connected to an online system for receiving and sending data on an auction;

the auction being performed under the control of the fourth computer as follows;

step 1;

the buyers bid a price for an article during a first predetermined time period, with the bid information being transmitted to the first computer;

step 2;

status of bidding on the article is transmitted to all of the computers over the online system;

step 3;

the organizer, the assessor and the buyers confirm the bidding status during a second predetermined time period;

step 4;

If the fourth computer determines that there is more than one bid above a reserve price for the article set by the assessor, the fourth computer controls step 1, step 2 and step 3 to be repeated a predetermined number of times until the fourth computer determines that there is one bid left;

the one bid being the successful bidder.

22. The real-time auction system according to claim 21, wherein screens of the third computers have a time indicator, a bid price indicator and a bid button;

and wherein during the first predetermined time period a gradually increasing price is displayed on the bid price indicator from a starting price to a ceiling price while the time indicator rises at the same time and at the same speed with the price increase.

23. The real-time auction system according to claim 22, wherein the buyers may click on the bid button when the bid price indicator reaches a price the buyers want to bid.

24. The real-time auction system according to claim 23, wherein the buyers may enter a pre-entry bid before the auction opens;

the pre-entry bid being entered by the buyers when the auction is open and being treated as a maximum bid price.

25. The read-time auction system according to claim 24, wherein if no bid is equal to or above the reserve price for the article set by the assessor, the assessor can designate the buyer who bids the highest price as the successful bidder on the second computer.

26. The real-time auction system according to claim 25, wherein a first bidder who enters a price that is equal to or above the reserve price for the article set by the assessor can see an indication that the first bidder was the first to enter such a price.

27. The real-time auction system according to claim 26, further including electromagnetic media for storing computer programs used by the first computer, the second computer, the plurality of third computers and the fourth computer.

28. The real-time auction system according to claim 25, wherein a first bidder who enters a price that is equal to or above the reserve price for the article set by the assessor can see an indication that the first bidder was the first to enter such a price.

29. The real-time auction system according to claim 24, wherein if no bid is equal to or above the reserve price for the produce set by the assessor, the assessor can designate the buyer who bids the highest price as the successful bidder on the second computer.

30. The real-time auction system according to claim 24, wherein a first bidder who enters a price that is equal to or above the reserve price for the article set by the assessor can see an indication that the first bidder was the first to enter such a price.

31. The real-time auction system according to claim 23, wherein if no bid is equal to or above the reserve price for the produce set by the assessor, the assessor can designate the buyer who bids the highest price as the successful bidder on the second computer.

32. The real-time auction system claim 23, wherein a first bidder who enters a price that is equal to or above the reserve price for the article set by the assessor can see an indication that the first bidder was the first to enter such a price.

33. The real-time auction system according to claim 22 wherein the buyers may enter a pre-entry bid before the auction opens;

the pre-entry bid being entered by the buyers when the auction is open and being treated as a maximum bid price.

34. The real-time auction system according to claim 22, wherein if no bid is equal to or above the reserve price for the produce set by the assessor, the assessor can designate the buyer who bids the highest price as the successful bidder on the second computer.

35. The real-time auction system claim 22, wherein a first bidder who enters a price that is equal to or above the reserve price for the article set by the assessor can see an indication that the first bidder was the first to enter such a price.

36. The real-time auction system according to claim 22, further including electromagnetic media for storing computer programs used by the first computer, the second computer, the plurality of third computers and the fourth computer.

37. The real-time auction system according to claim 21, wherein the buyers may enter a pre-entry bid before the auction opens;

the pre-entry bid being entered by the buyers when the auction is open and being treated as a maximum bid price.

38. The real-time auction system according to claim 21, wherein if no bid is equal to or above the reserve price for the produce set by the assessor, the assessor can designate the buyer who bids the highest price as the successful bidder on the second computer.

39. The real-time auction system according to claim 21, wherein a first bidder who enters a price that is equal to or above the reserve price for the article set by the assessor can see an indication that the first bidder was the first to enter such a price.

40. The real-time auction system according to claim 21, further including electromagnetic media for storing computer programs used by the first computer, the second computer, the plurality of third computers and the fourth computer.

41. A real-time auction system having a center system and bidder equipment of bidders that are formed of computers interconnected via internet,

wherein the center system compares a reserve price of an article for auction stored in a predetermined storage unit with one or more of bid prices input and sent from input unit of the bidder equipment so as to determine a winning bidder such that if a single bid price is equal to or higher than the reserve price, the center system determines the bidder of the single bid price as a winning bidder, while if multiple bid prices are equal to or higher than the reserve price, the center system determines the bidder of the highest one of the bid prices as a winning bidder,

wherein the center system stores in the storage unit:

a starting price indicating an initial bidding price;

a ceiling price indicating an upper limit of bid price to be input by the input unit of the bidder equipment; and

the reserve price of the article,

wherein the center system further stores in the storage unit;

a first predetermined period of a cycle of auction from a starting point to an end point of the cycle; and

a second predetermined period corresponding to a bidding period, which is shorter than the first predetermined period, and

wherein the center system performs;

a cycle starting step for starting and continuously counting a cycle with the first predetermined period including the bidding period;

a first determining step for determining whether or not bid price data, which is transmitted from the bidder equipment and temporarily stored in the storage unit, and which is transmitted between a starting point of the bidding period to an end point of the second predetermined period, contains price data between the starting price and the ceiling price, in which the center system relates a set of the starting price and the ceiling price for an immediately preceding bidding period to the immediately preceding bidding period, and stores the correlated starting price, ceiling price and immediately preceding bidding period in the storage unit;

a second determining step for determining whether or not at least one of the bid price data is equal to or higher than the reserve price if the center system determines, in the first determining step, that the bid price data contains price data between the starting price and the ceiling price;

a third determining step for determining whether or not the bid price data contains a single bid price equal to or higher than the reserve price in the immediately preceding bidding period if the center system determines, in the first determining step, that the bid price data contains price data between the starting price and the ceiling price, and further determines, in the second determining step, that at least one of the bid price data is equal to or higher than the reserve price;

a first repeating step (i) for determining the highest one of the transmitted bid price data to be a next starting price for a next cycle, and storing the next starting price in the storage unit, and further re-performing the cycle starting step, the first determining step, the second determining step and the third determining step after the end of the first predetermined period, and (ii) for repeating the re-performance until the center system determines a winning bidder, if the center system (a) determines, in the first determining step, that the bid price data contains price data between the starting price and the ceiling price, and (b1) determines, in the second determining step, that each of the bid price data is lower than the reserve price, or (b2a) determines, in the second determining step, that at least one of the bid price data is equal to or higher than the reserve price, and (b2b) determines, in the third determining step, that the bid price data contains multiple bid prices equal to or higher than the reserve price in the immediately preceding bidding period; and

a first winning determination step (i) for determining the bidder of the bid price equal to or higher than the reserve price to be a winning bidder by providing data of the winning bidder with winning bidder data, if the center system (a) determines, in the first determining step, that the bid price data contains price data between the starting price and the ceiling price, and (b2a) determines, in the second determining step, that at least one of the bid price data is equal to or higher than the reserve price, and (b2c) further determines, in the third determining step, that the bid price data contains a single bid price equal to or higher than the reserve price in the immediately preceding bidding period.

42. The real-time auction system according to claim 41,

wherein the bidder equipment receives, from the center system, data of the starting price and the ceiling price, and

wherein the bidder equipment further comprises an input display area having:

a price indicator for indicating price which increases from the starting price to the ceiling price in the bidding period; and

a bid button to be clicked for causing the bidder equipment to enter, as a bid price, a price which is displayed on the price indicator at the time of the click.

43. The real-time auction system according to claim 42, wherein the input display area of the bidder equipment further has a time indicator having a length from a bottom to a top for displaying a bar which increases from the bottom to the top in the bidding period with an increase of the price of the price indicator from the starting price to the ceiling price.

44. The real-time auction system according to claim 41, wherein the center system further performs:

a fourth determining step for determining whether or not the bidding period is of a first cycle if the center system determines, in the first determining step, that the bid price data is absence of a bid price between the starting price and the ceiling price; and

a first ending step for ending the process without providing data of any bidder with winning bidder data, if the center system determines, in the fourth determining step, that the bidding period is of the first cycle.

45. The real-time auction system according to claim 41, wherein the center system further performs:

a fifth determining step for determining whether or not the bid price data contains a single bid price equal to or higher than the reserve price, if the center system determines, in the second determining step, that at least one of the bid price data is equal to or higher than the reserve price;

a second repeating step for determining the highest one of the bid price data to be a next starting price for a next cycle, and storing the next starting price in the storage unit, and further re-performing the cycle starting step, the first determining step, the second determining step and the third determining step after the end of the first predetermined period, if the center system determines, in the fifth determining step, that the bid price data contains multiple bid prices equal to or higher than the reserve price; and

a second winning determination step for determining the bidder of one of the bid prices equal to or higher than the reserve price to be a winning bidder in the next cycle by providing data of the winning bidder with winning bidder data.

46. The real-time auction system according to claim 45, wherein the center system further performs:

a first transmitting step for transmitting, to a bidder equipment having transmitted the highest one of the bid price data, a message indicating that the center system has received the highest bid price at the time of the transmission from the bidder equipment, if the center system determines, in the fifth determining step, that the bid price data contains multiple bid prices equal to or higher than the reserve price.

47. The real-time auction system according to claim 41,

wherein the center system further performs:

a sixth determining step for determining whether or not the bidding period is of one of the cycles stored in the storage unit, if the center system determines, in the second determining step, that each of the bid price data is lower than the reserve price;

a second ending step for ending the process without providing data of any bidder with winning bidder data, if the center system determines, in the sixth determining step, that the bidding period is of one of the cycles stored in the storage unit; and

a third repeating step for re-performing the cycle starting step, the first determining step, the second determining step and the third determining step after the end of the first predetermined period, if the center system determines, in the sixth determining step, that the bidding period is different from any one of the cycles stored in the storage unit.

48. The real-time auction system according to claim 41, wherein the bidder equipment performs:

a first entering step for entering a proxy bid price for proxy bidding in advance of start of the auction; and

a first bidding transmission step for transmitting the proxy bid price to the center system in advance of the start of the auction, and wherein the center system further performs;

a step of storing, in the storage unit, the proxy bid price received from the bidder equipment in advance of the start of the auction; and

a proxy bid setting step for setting an actual proxy bid price which is a sum of a predetermined price value and the highest one of the bid prices received from other bidder equipment in the bidding period under the condition of using the proxy bid price stored in advance as a ceiling price in each cycle of the auction.

49. The real-time auction system according to claim 41, which further comprises an assessor equipment formed of a computer,

wherein the assessor equipment enters modified data modifying the reserve price, and transmits the modified data to the center system, and

wherein the center system further performs a modifying step for receiving the modified data, modifying the reserve price stored in the storage unit based on the modified data, and re-storing the modified reserve price in the storage unit.

50. The real-time auction system according to claim 41, wherein the first predetermined period is a few seconds to a few tens of seconds.