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Patents - Electronics

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Patents - Electronics By Nitin Nair

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Patents - Electronics

  1. 1. (c) BananaIP, 2017 Patents - Electronics Nitin Nair September 15, 2017
  2. 2. (c) BananaIP, 2017 Topics Electronics/Telecommunication related inventions in India SEPs Litigation in this space
  3. 3. (c) BananaIP, 2017 Process Drafting (specification & claims) Filing (respective Patent Offices) Prosecution (claim amendments in response to office actions) Maintenance
  4. 4. (c) BananaIP, 2017 Patentability Product or process Novel Inventive step Industrial application Disclosure Subject matter
  5. 5. (c) BananaIP, 2017 Subject matter - Exclusions  A mathematical or business method or a computer programme per se or algorithms  literary, dramatic, musical or artistic work or any other aesthetic creation*  a mere scheme or rule or method of performing mental act or method of playing game  a presentation of information*  topography of integrated circuits*
  6. 6. (c) BananaIP, 2017 Example  A method of optimizing an operation of a power generation system having a plurality of power generation devices, the method comprising: obtaining an objective function of the power generation system; obtaining a plurality of operating constraints of the power generation system; determining a plurality of relationships between a plurality of parameters of the power generation system, the plurality of relationships including a first relationship specifying an optimal operating range of one of the plurality of power generation devices as a function of a power factor of the one of the plurality of power generation devices; and solving the plurality of relationships to obtain an optimal solution for the objective function within the plurality of operating constraints of the power generation system.
  7. 7. (c) BananaIP, 2017 Example In a mobile telecommunications system comprising: a network including a plurality of base stations for defining communications cells: and first and second user equipment for communicating with the network, said plurality of base stations including at least one home base station defining a home cell associated with said first user equipment and not with said second user equipment, said home cell overlapping in coverage with a communications cell usable by both said first and second user equipment, a method for measuring a home cell comprising the steps of: acquiring, at the network, position data indicative of the position of the first user equipment; determining whether the first user equipment is close to the home cell by using the acquired position data; sending a cell measurement control message from the network to the first user equipment via a base station specifying measurements of said home cell when the first user equipment is close to the home cell; performing, at the first user equipment a fine position measurement: determining at the first user equipment whether the first user equipment is close to the home cell, based on said fine position measurement: and taking measurements of said home cell at the first user equipment when the first user equipment is close to the home cell.
  8. 8. (c) BananaIP, 2017 Example  An apparatus comprising: an elongated flexible member adapted to be removably inserted into an enclosure; a dispensing mechanism operable to selectively dispense and retract said elongated flexible member; a counter configured to determine an amount of said elongated flexible member dispensed by said dispensing mechanism; a controller configured to receive said amount of said elongated flexible member dispensed from the counter and determine a rate at which said elongated flexible member is dispensed; and a display in data communication with said controller, wherein said controller causes said rate at which said flexible member is dispensed to be displayed in relation to a visual representation of said enclosure on said display.
  9. 9. (c) BananaIP, 2017 Example  1. A scheduling system for scheduling operation of a device, the scheduling system comprising: a touch screen based user interface adapted to display a plurality of scrollable, selectable options corresponding to different settings, different modes of operation of the device to be scheduled and different time zones for which the device is to be scheduled for, said touch screen based user interface further adapted to display the different settings, the different modes of operation of the device for the different time zones as selected by a user to define a particular operation schedule for the device; a selection module adapted to facilitate navigation and selection of the options from the plurality of scrollable, selectable options displayed on said touch screen based user interface for selectively defining a particular operation schedule for the device; a storage memory adapted to store data corresponding to different settings, different modes of operation of the device to be scheduled and different time zones for which the device is to be scheduled; and a communication network adapted to facilitate communication of different settings, modes of operation of the device corresponding to different time zones in accordance with a particular operation schedule to the device for controlling the device as per defined operation schedule set by the user for the device.
  10. 10. (c) BananaIP, 2017 Example  A system for managing and monitoring prenatal image data across a network comprising: - a plurality of ultrasound machines distributed at various geographical locations, wherein each ultrasound machine comprises: -an ultrasound engine to scan the prenatal images from the ultrasound machine; and -a master-data storage to store the prenatal images scanned by each ultrasound engine in the master data storage of its corresponding ultrasound machine; and - a remote server linked to each ultrasound machine of the plurality of ultrasound machines to form the network such that the prenatal image data can be managed and monitored from a remote location by authentic users.
  11. 11. (c) BananaIP, 2017 How to patent  The claims and the description  Should include hardware elements  Not a general purpose computer  Embedded device/IC/Microprocessor
  12. 12. (c) BananaIP, 2017 SEPs - Background Patent rights Negative rights
  13. 13. (c) BananaIP, 2017 SEPs  Patents used in technical standards Why are they required? FRAND terms?
  14. 14. (c) BananaIP, 2017 Indian cases  Ericsson Micromax, Xiaomi, Intex, Lava, iBall Proceedings happen before the Courts and the CCI Varying judgments: interim injunctions, court determined royalty rates, in favour of both the patent holder and the manufacturer.
  15. 15. (c) BananaIP, 2017 Indian initiatives DIPP studies and discussions TSDSI, TEC, DOSTI etc.
  16. 16. (c) BananaIP, 2017 Thank you nitin@bananaip.com

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