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Structuring Deals and Licenses Post-Quanta August 12, 2008 Steve - PowerPoint PPT Presentation

Structuring Deals and Licenses Post-Quanta August 12, 2008 Steve Maebius Debra Nye Co-Chair Senior Counsel Life Sciences Industry Team IP Litigation Practice (Moderator) dnye@foley.com smaebius@foley.com Harold Wegner Pavan Agarwal


  1. Structuring Deals and Licenses Post-Quanta August 12, 2008

  2. Steve Maebius Debra Nye Co-Chair Senior Counsel Life Sciences Industry Team IP Litigation Practice (Moderator) dnye@foley.com smaebius@foley.com Harold Wegner Pavan Agarwal Partner Chair Chemical & Pharmaceutical Electronics Practice Practice pagarwal@foley.com hwegner@foley.com

  3. Post- - Quanta Quanta Considerations in Considerations in Post Electronics Electronics Pavan K. Agarwal

  4. Background Facts • Intel and LGE license agreement: – Covered making, using, selling, etc . – Included patents to components (chips) and patents to combinations (systems). – No license was granted for combinations of Intel and non-Intel components by third parties. – Agreement expressly did not restrict exhaustion rights. – Intel must send letter to third parties informing them of no license rights for combinations having non-Intel components.

  5. Background Facts 1. A data processing system including one or more central processing units, main memory means, and bus means, for each central processing unit the invention comprising: cache memory means coupled between the central processing unit and said bus means; bus monitor means associated with said cache memory means and coupled to said bus means for detecting on said bus means an address associated with a data unit transferred from said main memory means to a bus connection requesting the data unit; means coupled to said cache memory means and to said bus means for determining if data having the same address as said transferred data unit is present in said cache memory means and, if present, for asserting a hold signal on said bus means, the assertion of the hold signal indicating at least to the bus connection requesting the data unit that another data unit may be transmitted over said bus means; and means for detecting whether data corresponding to the address of said transferred data unit and determined to be stored in said cache memory means may be different in content from said transferred data unit and, if so, transmitting said data from said cache memory means to said bus means for reception by the bus connection requesting the data unit.

  6. U.S. Supreme Court Decision • Method Claims. – The “exhaustion doctrine” applies to method claims. • The authorized sale of an article which is capable of use only in practicing the patent is a relinquishment of the patent monopoly with respect to the article sold. • The sale of a device that practices patent A will exhaust patent B if the device practices patent A “while substantially embodying” Patent B.

  7. U.S. Supreme Court Decision • Notice to customers of Intel may have prevented the customers from claiming an “implied license,” but did not eliminate rights under the “exhaustion doctrine,” which concern only Intel’s own license to sell products practicing the LGE Patents. • The License to Intel required that Intel give notice to its customers. Intel gave such notice and was not in breach of its license agreement. Therefore the sale by Intel was authorized.

  8. U.S. Supreme Court Decision

  9. Possible Strategies to Avoid the Effect of Quanta -- Summary 1. Create Clearer Contractual Obligations Against Licensee, or Limit License Scope Itself 2. Target Licensee Customers and End Users for Licenses 3. Patents Held by Different Entities 4. Claim Drafting Alternatives 5. Can a Covenant-Not-to-Sue be Used Instead of a License?

  10. Possible Strategies to Avoid the Effect of Quanta 1. Create Clearer Contractual Obligations Against Licensee – Option #1 If LGE had licensed Intel to sell only to end users – who purchased only Intel components • Sales to end users who used non-Intel components would be unauthorized sales and exhaustion would not apply – However, Intel would also be an infringer since the sales to end users who used non-Intel components would not be authorized. – Effect on Intel could be reduced by contractual provisions – for example, additional requirements of proof with an arbitration clause, low damages where Intel has a reasonable belief of no infringement, option to later license, stipulated damages (the latter two may affect reasonable royalty), etc.

  11. Possible Strategies to Avoid the Effect of Quanta 1. Create Clearer Contractual Obligations Against Licensee – Option #2 If LGE had licensed Intel to sell only to end user’s – who contractually agreed to purchase only Intel components. • Sales would be authorized for end users who entered into such an agreement, and exhaustion would apply. – LGE would have a breach of contract case against Intel – Intel would have a contract action against the end users who violated the agreement.

  12. Possible Strategies to Avoid the Effect of Quanta 1. Create Clearer Contractual Obligations Against Licensee – Option #3 If LGE had licensed Intel to sell only to end users – who already had a license from LGE to the system patents. • Exhaustion might apply since component sales would be authorized. • Would end users be contractually bound to pay royalties based on a prior license to the system patents even if exhaustion applies to the purchased components? – Patent misuse? • LGE would have a breach of contract action against Intel

  13. Possible Strategies to Avoid the Effect of Quanta • Limiting License: Language #1: Make it a “field of use” license. – “LGE grants a nonexclusive . . . license to Intel solely in the Field of Use”; “The Field of Use shall be limited to microprocessors incorporated with Intel components (e.g. memories, buses, etc.) and shall not include microprocessors incorporated with any non-Intel components” • Language #2: Include “for the sole purpose” language. – “LGE grants a nonexclusive . . . license to Intel . . . for the sole purpose of making, using selling, etc., microprocessors which incorporate only Intel memories, buses, etc.” • Language #3: Include “carve out” language – “This License Agreement shall not allow Intel to make, use, sell, etc. . . . Microprocessors to third parties for incorporation with non-Intel components.”

  14. Possible Strategies to Avoid the Effect of Quanta 2. Create Clearer Contractual Obligations Against End Users Could LGE have concentrated on the customers of – Intel (i.e., the end users) as the only licensees and avoided the exhaustion problem? • If LGE licensed the customers on the component patents, would LGE have faced the same exhaustion problem? – Possibly not, since the customers would not have purchased components, but only taken a license to make, use or sell components; thus there would be no authorized sale and no exhaustion. • Could LGE extract 2 license fees from the customers – one for the component patents and one for the system patents? – Possibly, but as a practical matter, it would be easier to collect two royalties from different licensees.

  15. Possible Strategies to Avoid the Effect of Quanta 3. Other Arrangements: E.g., Component patents owned by one entity and system patents owned by a different entity? E.g., LGE forms two subsidiaries: LGE – Components, Inc. (LGEC); and LGE Systems, Inc. (LGES). • LGEC licenses the components to Intel. • LGES licenses the systems to the end users. Can a sale of components by LGEC exhaust the – system patents owned by LGES?

  16. Possible Strategies to Avoid the Effect of Quanta 4. Claim Drafting Alternatives – Option #1. Draft combination claims and component claims – such that there is a clear non-infringing use for the component. • Showing non-infringing uses would help against a finding of exhaustion. E.g., drafting a dependent claim for the ‘731 patent – that includes . . . Not entirely clear from SCt language whether – exhaustion requires both no NIU and no point of novelty, or just one of those two.

  17. Claim Drafting Alternatives 1. A data processing system including one or more central processing units, main memory means, and bus means, for each central processing unit the invention comprising: – cache memory means coupled between the central processing unit and said bus means; – bus monitor means associated with said cache memory means and coupled to said bus means for detecting on said bus means an address associated with a data unit transferred from said main memory means to a bus connection requesting the data unit; – means coupled to said cache memory means and to said bus means for determining if data having the same address as said transferred data unit is present in said cache memory means and, if present, for asserting a hold signal on said bus means, the assertion of the hold signal indicating at least to the bus connection requesting the data unit that another data unit may be transmitted over said bus means; and – means for detecting whether data corresponding to the address of said transferred data unit and determined to be stored in said cache memory means may be different in content from said transferred data unit and, if so, transmitting said data from said cache memory means to said bus means for reception by the bus connection requesting the data unit; and – a mouse.

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