Trading Technologies International, Inc. v. Espeed, Inc.

Court of Appeals for the Federal Circuit·Decided February 25, 2010·No. 08-1392·Published

Opinion

United States Court of Appeals for the Federal Circuit 2008-1392, -1393, -1422

TRADING TECHNOLOGIES INTERNATIONAL, INC., Plaintiff-Appellant,

v.

ESPEED, INC., ECCO LLC,

ECCOWARE LTD., and ESPEED INTERNATIONAL, LTD.,

Defendants-Cross Appellants.

Steven F. Borsand, Trading Technologies International, Inc., of Chicago, Illinois, argued for plaintiff-appellant. Of counsel on the brief were Paul H. Berghoff, Leif R. Sigmond, Jr., Matthew J. Sampson, Michael D. Gannon, S. Richard Carden, Jennifer M.Kurcz and Paul A. Kafadar, McDonnell Boehnen Hulbert & Berghoff LLP, of Chicago, Illinois. Of counsel was George I. Lee.

Gary A. Rosen, Law Offices of Gary A. Rosen, P.C., of Philadelphia, Pennsylvania, argued for defendants-cross appellants. Of counsel on the brief were George C. Lombardi, Raymond C. Perkins and James M. Hilmert, Winston & Strawn, LLP, of Chicago, Illinois. Of counsel were Ivan M. Poullaos, of Chicago, Illinois and John K. Hsu, of Washington, DC.

Lora A. Moffatt, Salans LLP, of New York, New York, for amici curiae GL Trade SA, et al.

With her on the brief was Walter Scott, Alston & Bird LLP, of New York, New York.

Appealed from: United States District Court for the Northern District of Illinois Senior Judge James B. Moran

United States Court of Appeals for the Federal Circuit 2008-1392, -1393, -1422

TRADING TECHNOLOGIES INTERNATIONAL, INC., Plaintiff-Appellant,

v.

ESPEED, INC.,

ECCO LLC, ECCOWARE LTD., and ESPEED INTERNATIONAL, LTD.,

Defendants-Cross Appellants.

Appeals from the United States District Court for the Northern District of Illinois in case no. 04-CV-5312, Senior Judge James B. Moran.

DECIDED: February 25, 2010

Before LOURIE, RADER, Circuit Judges, and CLARK, District Judge. 1

Opinion for the court filed by Circuit Judge RADER, in which District Judge CLARK joins. Circuit Judge LOURIE concurs in the result. Concurring opinion filed by District Judge CLARK.

RADER, Circuit Judge.

The United States District Court for the Northern District of Illinois held that eSpeed, Inc., Ecco LLC, Eccoware Ltd., and eSpeed International Ltd. (collectively, “eSpeed”) infringed the asserted claims of U.S. Patent No. 6,772,132 (“’132 patent”) and U.S. Patent No. 6,766,304 (“’304 patent”) with one accused service product, but not

1 Honorable Ron Clark, District Judge, United States District Court for the Eastern District of Texas, sitting by designation.

willfully. The district court further held that the two other accused products did not literally infringe and then precluded Trading Technologies International, Inc. (“TT”) from asserting infringement under the doctrine of equivalents. After giving the patents-in-suit a filing date back to the provisional application, the district court found that the on-sale bar of 35 U.S.C. § 102(b) did not apply. The district court also found no indefiniteness problem in the asserted claims. Finally the district court detected no inequitable conduct during the prosecution of the patents-in-suit. Because this record discloses no reversible error, this court affirms.

I.

TT is the owner by assignment of the ’132 and ’304 patents. Both patents share a common provisional application filed on March 2, 2000. The United States Patent and Trademark Office (“PTO”) issued the ’132 patent on August 3, 2004, based on a June 9, 2000 application. The PTO issued the ’304 patent on July 20, 2004, based on a June 27, 2001 application. The ’304 patent is a divisional of the ’132 patent. The specifications of the patents are, for all relevant purposes, identical.

The patents claim software for displaying the market for a commodity traded in an electronic exchange. ’132 patent col.3 ll.11-16. The software’s graphical user interface (“GUI”) includes “a dynamic display for a plurality of bids and for a plurality of asks in the market for the commodity and a static display of prices corresponding to the plurality of bids and asks.” Id. The claimed invention facilitates more accurate and efficient orders in this trading environment. Id. col.3 ll.21-24.

Prior art computer trading displays showed the best bid price and the best ask price (together, “the inside market”) in fixed, predetermined grids. The best bid price is the highest price at which there is an offer to buy the contract. The best ask price is the lowest price at which there is an offer to sell the contract. The inside market is the focal point of trading activity because these offers most accurately reflect the current price of the commodity.

Returning to the prior art, these displays had grids for the inside market that never changed. As the market fluctuated, however, the prices listed in those grids changed—often times very rapidly. To buy at the inside market, a trader, for example, placed the mouse cursor on the grids for the inside market and clicked the mouse. Of course, as traders sent bids and offers to the market, the price and quantity of the traded commodity changed. These changes altered the inside market. In the prior art era with fixed grids for the inside market, traders had a problem. A trader who wished to place an order at a particular price would miss that market opportunity if the inside market moved as the trader tried to enter an order. In a fast moving market, missing an intended price could happen often and have very significant economic consequences.

The invention addressed the problem by implementing static price levels.

Figures 3 and 4 of the ’132 patent illustrate the invention.

’132 patent, figs.3, 4. The figures display the bids and offers for a certain commodity in an electronic exchange. Column 1005 labeled “Prc” shows the contract prices. Id. col.7 ll.36-38. Column 1003 labeled “BidQ” and column 1004 labeled “AskQ” respectively show the bid quantities and the ask quantities for the associated price. Id. col.7 ll.35-36. In Figure 3, the inside market labeled 1020 indicates the best bid price of 89 and the best ask price of 90. Id. col.7 ll.40-42. A trader may enter an order by clicking in the bid or ask grid corresponding to the trader’s price. Id. col.4 ll.9-19.

Figure 4 displays the same market at a later time. The bid and ask quantities dynamically change in response to market fluctuations. Id. col.7 ll.48-51. In Figure 4, the inside market has shifted upward such that the best bid price is now 92 and the best ask price is 93. Id. col.8 ll.38-48. While the inside market has changed, the values in the price column remained fixed. Id. col.8 ll.44-48. Over time, the inside market could shift to prices not currently displayed on the trader’s screen. Id. col. 8 ll.49-51. In this case, the price column must be re-centered to keep the inside market in view. Id. col.8 ll.49-60.

The claimed invention features static price levels. These unmoving figures have numerous advantages over the prior art. First, a trader can visually follow the market movement as the inside market shifts up and down along the price column. Id. col.5 ll.58-65. Second, and perhaps most important, a trader has confidence in making an offer at the intended price. Id. col.3 ll.3-4. Because the invention has static price levels, the order entry region will remain associated with the same price. Therefore, the trader does not need to worry about “clicking on” or entering an order at the instant after a price change. Thus, the invention prevents accidental orders at an unintended price. The patents tout that these improvements ensure fast and accurate execution of trades. Id. col.3 ll.21-24.

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