Auction methods, auction systems and servers

• US 8,315,910 B2
• Filed: 01/06/2009
• Issued: 11/20/2012
• Est. Priority Date: 06/27/2000
• Status: Expired due to Fees

• Current Assignee: Tadashi Goino
• Original Assignee: Tadashi Goino
• Inventors: Goino, Tadashi
• Primary Examiner(s): ZURITA, JAMES H
• Application Number:
  US12/349,131
• Publication Number:
  US 20090119187A1
• Time in Patent Office: 1,414 Days
• Field of Search: 705/26, 705/27
• US Class Current: 705/26.1
• 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

Auction methods, auction systems and servers which can satisfy requirements other than the price for a client are provided. An auction client selects a desired one from time slide schemes from a terminal, and enters a due date in an associated entry field. For example, a due date advance scheme is a scheme in which a person who offers the soonest possible trading date from a due date is determined as a successful bidder. Also, specific details (paying-in, delivery and so on) on the trading date for a payment or delivery of an article, requested to a partner, are specified. These bid condition data are transmitted to the server through a network, and the server collects participants in a bid on a home page. The server receives trading dates offered from terminals of participants, and determines a participant who offers the trading date that most satisfies the trade due date condition offered by the client as a successful bidder.

Claims

1. A method for automatically facilitating an auction performed via a computer-implemented network wherein a plurality of bidders compete based on a time parameter to acquire a trade proposed by a requester, wherein each of a plurality of bidders is prompted to submit a time-based bid to be compared against a due date and a time slide preference to be most satisfied by a winning bid for the trade, the time slide preference representing a desired time-wise proximity of a trading event selectively preceding, or subsequent to, the due date, the method comprising:

in a request servicing procedure, responding, by a server-side system, to an access via a terminal of the requester which displays a request entry screen prompting the requester to enter request information including the due date and the time slide preference, by receiving the request information via the terminal of the requester;

in a bid procedure, responding, by the server-side system, to an access via a terminal of each of the plurality of bidders that displays a bid screen on the terminal of each of the plurality of bidders to prompt each bidder to enter bid information including a proposed time, by receiving the bid information via the terminal of each bidder; and

in a bid acceptance procedure, executing, by the server-side system, bid processing for determining a winning bid using at least the proposed time offered by each of the bidders in the bid information, and in accordance with the due date and the time slide preference, wherein the winning bid is determined as a bid that meets the due date and most satisfies the time slide preference relative to other bids.

2. The auction method according to claim 1, wherein:

in the bid acceptance procedure, determining, by the server-side system, a priority order for qualifying bids that satisfy the due date, wherein the ordering is based on a degree to which each of the qualifying bids meets the time slide preference.

3. The auction method according to claim 1, wherein the due date relates to payment terms of the trade.

4. The auction method according to claim 1, wherein the due date relates to delivery terms of the trade.

5. The auction method according to claim 1, wherein:

the due date represents at least one of a duration and a deadline, wherein the duration has a starting point, and wherein the deadline is defined as a time at the conclusion of the duration.

6. The auction method according to claim 5, wherein:

the duration defines at least one of;

a waiting duration imposed on the requester who is to receive provision of an article or a service until the requester receives the provision of the article or the service, a waiting time imposed on the requester who offers an article or a service until the requester receives a payment for the article or the service, and a transit time imposed on the requester who receives provision of another service required for a move to a place at which the requester is to receive the provision of the article or the service.

7. The auction method according to claim 5, wherein:

the duration is defined as a transit time corresponding to transporting an article from a source to a destination, the duration being selected from the group consisting of;

a waiting time imposed on the requester who is to receive the article until delivery of the article, a moving time required for a transportation of the article to a location at which the requester is to receive the article, or any combination thereof.

8. The auction method according to claim 7, wherein:

in the bid procedure, the server-side system receives, via a terminal of each of the bidders, variation factor information representing factors potentially causing variations in the duration, and receives bid information that further includes the variation factor information via the terminal of the bidder; and

in the bid acceptance procedure, the server-side system corrects the duration using the variation factor information, and executes the bid processing based on correction of the duration.

9. The auction method according to claim 7, wherein:

in the bid acceptance procedure, the server-side system acquires variation factor information of the duration from an external source via a communication, corrects the duration using the time variation factor information, and executes the bid processing with a corrected duration.

10. The auction method according to claim 5, wherein the duration is a transit time necessary for a carrying out of a transportation service to transport a person or an object between a place specified by a person who is to receive the provision of the transportation service and a place specified by a person who offers the transportation service.

11. The auction method according to claim 10, wherein:

the duration is a waiting time imposed on the requester when the bidder goes to a position specified by the requester between a position specified by the requester who is to receive the provision of the service and a position offered by the bidder who offers the service;

in the request servicing procedure, the server-side system prompts the requester to offer a position to which the bidder should go, on the request entry screen, and receives the request information including the position via the terminal of the requester;

in the bid procedure, the server-side system prompts the bidder to offer, via the bid screen, at least one of (i) the waiting time and (ii) a position required to calculate the waiting time, and receives bid information including the at least one of (i) and (ii) via the terminal of the bidder; and

in the bid acceptance procedure, the server-side system executes the bid processing according to success criteria that assigns a highest priority to a shortest waiting time.

12. The auction method according to claim 10, wherein:

the duration is a moving time imposed on the requester when the requester goes to a position specified by the bidder between a position specified by the requester who offers a service and a position offered by the bidder who is to receive the provision of the service;

in the request servicing procedure, the server-side system prompts the requester to offer the position of the requester on the request entry screen, and receives the request information including the position, via the terminal of the requester;

in the bid procedure, the server-side system prompts the bidder to offer at least one of (i) the moving time and (ii) a position required to calculate the moving time on the bid screen, and receives bid information including the at least one of (i) and (ii) via the terminal of the bidder; and

in the bid acceptance procedure, the server-side system executes the bid processing with the moving time under a success criteria that assigns a highest priority to a shortest moving time.

13. The auction method according to claim 5, wherein:

the requester is a person who receives a service, the bidder is a person who offers the service and is en route for offering the service, and the duration represents a waiting time imposed on the requester when the bidder moves from a position on a scheduled route at a desired time of the requester to a position specified by the requester;

in the request servicing procedure, the server-side system prompts the requester to offer the position and the desired time via the request entry screen, and receives the request information including the position and the desired time via the terminal of the requester;

in the bid procedure, the server-side system prompts the bidder to offer bid information including a scheduled route required to calculate the waiting time on the bid screen, and receives the bid information including the scheduled route data via the terminal of the bidder; and

in the bid acceptance procedure, the server-side system uses received data including the position, the desired time and the scheduled route to calculate a waiting time imposed on the requester representing a duration of movement of the bidder from the position at the desired time on the scheduled route to a position specified by the requester for providing the service, and executes the bid processing based on the waiting time and applying a success criteria that assigns a highest priority to a shortest waiting time.

14. The auction method according to claim 5, wherein:

the requester is a person who provides a service and is en route for providing the service, the bidder is a person who receives the service, and the duration is a moving time imposed on the requester when the requester moves from a position on a scheduled route at a desired time of the bidder to a position specified by the bidder;

in the request servicing procedure, the server-side system prompts the requester to offer a scheduled route on the request entry screen, and receives the request information additionally including the scheduled route via the terminal of the requester;

in the bid procedure, the server-side system prompts the bidder to offer the position and the desired time on the bid screen, and receives the bid information including the position and the desired time via the terminal of the bidder; and

in the bid acceptance procedure, the server-side system uses received information including the position, the desired time and the scheduled route to calculate a moving time imposed on the requester representing a duration when the requester moves from a position at the desired time on the scheduled route to the position specified by the bidder for providing the service, and executes the bid processing based on the moving time and applying a success criteria that assigns a highest priority to the shortest moving time.

15. The auction method according to claim 5, wherein:

a service to be traded uses a vehicle, the duration is a at least one of a waiting time and a moving time imposed on the requester when a provider of the service moves the vehicle to a position offered by the person who is to receive the service.

16. The auction method according to claim 5, wherein:

the duration is at least one of a waiting time and a moving time;

the bid information offered by the bidder includes position data of the bidder required for calculating the duration; and

in the bid acceptance procedure, the server-side system uses position data specified by the requester and position data offered by the bidder to calculate the duration, and executes the bid processing based on the duration to which success criteria is applied that assigns a highest priority to a shortest duration.

17. The auction method according to claim 1, wherein:

the due date represents a trading deadline and the time slide preference indicates a preference for an earliest performance prior to the trading deadline.

18. The auction method according to claim 1, wherein:

the due date represents a trading deadline and the time slide preference indicates a preference for a latest performance prior to the trading deadline.

19. The auction method according to claim 1, wherein:

the due date represents a trading deadline and the time slide preference indicates a preference for a latest performance after the trading deadline.

20. The auction method according to claim 1, wherein:

the due date represents a trading deadline and the time slide preference indicates a preference for an earliest performance after the trading deadline.