Royalty Report: Computers & Office Equipment, Electrical & Electronics, Consumer Electronics – Collection: 837

$150.00

Curated Royalty Rate Report
Category: Technology Licenses, Created On: 2022-04-28, Record Count: 14

Description

This collection of transactions and supporting information was developed using our AI algorithm to curate similar royalty reports into a cohesive collection to support your licensing, transfer pricing or other transaction scenarios where documented royalty rates and/or deal terms are important.
Category: Technology Licenses
Created On: 2022-04-28
Record Count: 14

Primary Industries

  • Computers & Office Equipment
  • Electrical & Electronics
  • Consumer Electronics
  • Camera
  • Semiconductors
  • Fabrication
  • Liquid Crystals
  • Material Composite
  • Nanotubes
  • Scientific & Technical Instruments
  • Test/Monitoring
  • Photography

IPSCIO Report Record List

Below you will find the records curated into this collection.  This summary includes the complete licensed property description so that you can review and determine if this collection covers the topics, technology or transaction type that is relevant for your needs.  The full report will include all relevant deal data such as the royalty base, agreement date, term description, royalty rates and other deal terms.  For reference, here is a sample of a full IPSCIO curated royalty rate report: Sample Report

IPSCIO Record ID: 837

License Grant
Licensor hereby grants to Licensee, an Indian company, a non-transferable, worldwide, royalty-bearing right and license under the Patent Rights, the Trade Secrets, the Copyright Rights and other Licensor's Technology to manufacture, use, sell, and offer for sale Products or other Products that Licensor and Licensee may mutually agree upon in writing.
License Property
Licensor has developed and is the owner of technology variously protected by patents, patent applications, know-how and trade secrets, relating to thin flat Low Voltage Phosphor displays (Displays).

Title

Domestic Partners

Patent No.

Issue Date

Filing Date

Application No.

1. Thin Film Planar Edge Emitter

6,590,320

8-Jul-03

Feb. 23, 2000

09/511,437

Field Emission Flat Panel Display (54)*

2.  Field Emission  Display Based on

Lateral Electron Reflections (60B)

6,614,149

Sept. 2, 2003

Mar. 20, 2002

10/102,467

3. Field Emission Matrix Display

Based on Electron Reflections (60A)

6,674,242

Jan. 6, 2004

Mar. 20, 2002

10/102,450

4. Reflective Edge Field Transmission

Pixel and Associated Display (70)

6,693,386

Feb. 17, 2004

Sept. 20, 2002

10/243,894

5. Hybrid Active Matrix Thin Film

Feb. 19, 2004

10/782,580

Transistor Display (73)

6. Hybrid Active Matrix Thin Film

Oct. 27, 2004

10/974,311

Transistor Display (74)

7. Edge Emission Electron Source

Aug. 4, 2005

11/499,841

and TFT Pixel Selection (76)

8. ***

9. Flat Panel Display Incorporating

Mar. 17, 2006

11/378,105

Control Frame (79)

10. Low Volatage Phosphor with

Film Electrons Emitters Display Device (81)

May 4, 2006

11/417,631

Domestic Patents   Patent No.   Issue Date   Filing Date   Application No.
      
11.    Pixel Structure for an Edge-Emitter 7,129,626   Oct. 31, 2006   Mar. 20, 2002   10/102,472
Field-Emission Display (63)    
      
11A.   Pixel Structure for an Edge-Emitter    
Field-Emission Display (63A-CON))  Oct. 30, 2006    11/589,630
      
12. ***  ***    ***
      
13. Apparatus and Method for Evacuating    
a Field Emission Display (83)     Feb. 08, 2007    11/704,173
      
14. Rapid Sealing Method  Feb. 08, 2007    11/704,170
FED (84)      
      
15. Flat Panel Display having a Control Frame    Mar. 16, 2007   11/724,793
Pedestal and Method of Making Same (85)    
      
International Patents    
      
16. Flat Panel Display Incorporating Control      
Frame (79A)    July 11, 2006   PCT/US2006/026761
      
17.  Flat Panel Display Incorporating a Control      
Frame (78A)    August 4, 2006   PCT/US2006/026760
      
18. Edge Emission Electron Source and TFT      
Pixel Selection (76A)    August 4, 2006   PCT/US2006/030937

Field of Use
Licensor's Technology shall have the meaning set forth in the preamble, and shall include nanotube devices for use in displays, as well as thin film electron emitters and shall also include the technical information, know-how, manufacturing techniques, engineering data, specification of materials and other information in the possession of Licensor relating to or in respect of manufacture and use of the Products and all or part of which may be necessary to enable Licensee to manufacture the Products to a standard and quality similar to the standard and quality of Modules.

IPSCIO Record ID: 1481

License Grant
The Company entered into worldwide exclusive license to all of its remaining technology (including patent rights), displays and sensors; flat panel pixel displays.

IPSCIO Record ID: 27883

License Grant
The Company entered into an agreement in 1994 with Licensor that was amended on several subsequent occasions to cross license and pool technologies.  We acquired 62 patents and patent applications related to the carbon film based field emission technology in 1998.
Field of Use
We are a nanotechnology company engaged in research based primarily on unique applications of carbon nanotube technology.

Our research is based on intellectual property and expertise that we have developed over the past 20 years. As part of our research we perform services for others and develop products and materials based on this intellectual property.  Our initial focus was on a next generation display technology called field emission display (FED). The majority of our research over the years has been related to FED technology, and we have accumulated significant intellectual property in this area. FED technology has evolved significantly over the life of the company, and we have been at the forefront of that evolution, accumulating intellectual property at each step of the way. We believe our intellectual property will be required by any entity that develops a display using FED technology.   Our FED technology includes both carbon nanotube based field emission displays and thin-film based field emission technology, such as the technology recently introduced by Canon and Toshiba referred to as SED.

IPSCIO Record ID: 26198

License Grant
An electronics company granted the Japanese Licensee a license for technology related to the development and production of carbon nanotube electron emission based lighting devices, display technology.

IPSCIO Record ID: 26230

License Grant
Licensor hereby grants Licensee a non-exclusive, world-wide, non-transferable License, without the right to subLicense, to make, have made, use, sell, offer for sale, import, reproduce, distribute, prepare derivative works and otherwise dispose of Microdisplay-Based Products. As to the PreExisting IP, this License will remain in effect for a period of five years from the effective date, with royalties to be paid.
License Property
'Microdisplay Device' means a device consisting exclusively of (a) a silicon backplane and liquid crystal material and/or (b) a formatter and/or (c) packaging and assembly for the purpose of operating said silicon backplane and liquid crystal material or said formatter. A 'formatter' is that part of control electronics that accepts a digital representation of a gray-scale and/or color image in pixel format and puts out digital signals controlling (1) the temporal switching sequence of corresponding binary output pixels in a silicon backplane and liquid crystal material and/or (2) the temporal modulation of light by components of a display system other than the silicon backplane and liquid crystal material for the purpose of displaying the corresponding pixel intensity.

Microdisplays are used today primarily as electronic viewfinders in digital still cameras and video camcorders. Microdisplays are an emerging display technology that are magnified or projected through the use of optics. The microdisplays use proprietary ferroelectric liquid crystal on silicon, or FLCOS, technology, which offers an image quality in the viewfinder of digital still cameras and video camcorders. The licensed viewfinders have several advantages over standard optical viewfinders, including the ability to properly frame images on the viewfinder of a camera with high optical zoom. Additionally, the microdisplays incorporate proprietary controller and interface features that provide customers with a highly integrated microdisplay solution that is small in size, low in cost, low in voltage and shortens their product design times. Many of the leading digital still camera and video camcorder brands, including Concord Camera, Hewlett-Packard, JVC, Kyocera, Minolta and Sony, use or have used the licensed microdisplays in their electronic viewfinders.

IPSCIO Record ID: 28987

License Grant
Once this agreement is executed and the Undisclosed Licensee pays the first installment to the Licensor, the Licensee and its subsidiary companies shall have immediately a non-exclusive irrevocable license to manufacture and sell worldwide to all the patent portfolio of the LIcensor in the field.
License Property
R & D Program shall mean the research and development of picture element tube (PET) in the field and the development of manufacturing engineering technology thereof.

PET shall mean a 10mm pitch, 8×8 or 2.5mm pitch, 96×96 color pixels picture element tube.

“Nanotechnology specific R&D program” shall mean research and development program in developing Palladium-based hydrogen sensors.

Field of Use
Field shall mean flat panel displays using the Licensor's carbon film/nanotubes electron emission technology.

IPSCIO Record ID: 5441

License Grant
The Company granted Licensee a worldwide license under the Licensed Patents and Know-how, to make, have made, develop, use, sell, have sold, offer for sale, lease, rent, transfer, import or otherwise dispose of the Licensed Products in or outside the Field of Use.
License Property
The Company is engaged in the research, development and commercialization of Organic Light Emitting Diode (OLED) technology for use in flat panel displays and other applications.
Field of Use
Field of Use shall mean the use, production, sale and/or distribution of any organic light emitting device or component or their associated compositions, structures, encapsulation and/or drive electronics and schemes and/or products incorporating these devices or components.

IPSCIO Record ID: 27303

License Grant
TWI hereby grants to Japanese company the exclusive right and license, without right of sublicense, to use the TWI Intellectual Property Rights to manufacture, use and sell Products (including those incorporating Improvements) to customers for use in non-semiconductor applications, such as flat panel display.
License Property
OP-LCD System is film measurement system for customers for use in non-semiconductor applications using Beam Profile Reflectometry technology and consisting of (1) Measurement Optics, (2) Sample Stage, (3) Control System and (4) Software, details of which are as follows Patent No. 4,999,014  Method and apparatus for measuring thickness of thin films; 5,042,951  High-resolution ellipsometric apparatus; 5,159,412  Optical Measurement Device with enhanced sensitivity; 5,181,080  Method and apparatus for evaluating the thickness of thin films.

(1)  Measurement Optics

     a. Optics for Beam Profile Reflectometry

     b. Optics for Spectrometry (optional)

     c. Optics for Ellipsometry (optional)

(2)  Sample Stage

     a. XY-0 Stage System

     b. Isolation Unit

(3)  Control System

     a. Main Control System

     b. Auto-focus System

     c. Video Monitoring System

     d. Pattern Recognition System

(4)  Software

     a.   TFMS

     b.   IOPT

Licensed Trademarks
1. Therma-Wave
2. Opti-Probe

IPSCIO Record ID: 25893

License Grant
The agreement is directed toward inventions and discoveries relating to FLCs and FLC materials. The Licensee has an exclusive worldwide License to technology so developed and the University is entitled to royalties on sales of products and materials incorporating the Licensed technology.
License Property
The Licensee's microdisplays combine proprietary ferroelectric liquid crystal, or FLC, chemical mixtures with commercially available silicon to create ferroelectric liquid crystal on silicon, or FLCOS, technology. The highly controllable optical properties of the FLC mixtures offer an image quality in the viewfinder of digital still cameras and video camcorders that may be superior to other available electronic viewfinders.
Field of Use
The Licensee designs, develops and markets microdisplays used today primarily as electronic viewfinders in digital still cameras and video camcorders. Microdisplays are an emerging display technology based on very small display panels that are magnified or projected through the use of optics.

IPSCIO Record ID: 368510

License Grant
Licensor of Japan grants to the Licensee of Taiwan non-exclusive, non-transferable and non-assignable licenses under the Licensed Patents to manufacture the Licensed Products anywhere in the world, and Use, exhibit, sell, distribute or otherwise dispose of the Licensed Products so manufactured anywhere in the world. The license to sell, distribute or otherwise dispose of the Licensed Products shall not include the right to sell, distribute or otherwise dispose of any parts or components of the Liquid Crystal Display Panels or any parts or components, excluding the Liquid Crystal Display Panels, of the Liquid Crystal Display Modules, to the extent that such parts or components are covered by any of the Licensed Patents.
License Property
Licensor owns and has rights under various patents, utility models and applications therefor in respect of amorphous silicon thin film transistors and liquid crystal display modules containing such amorphous silicon thin film transistors in various countries of the world.

Licensed Products means any of Liquid Crystal Display Panels and Liquid Crystal Display Modules.

Liquid Crystal Display Panel means any display panel comprising a substrate of Amorphous Silicon TFTs, liquid crystal and an opposite substrate; specifically excluded from the Liquid Crystal Display Panel are
–  any liquid crystal display panel utilizing Poly Silicon TFTs only, both Poly Silicon TFTs and Amorphous Silicon TFTs; TFTs, any portion of which are made of poly silicon;
–  any liquid crystal display panel and semiconductor devices utilizing Continuous Grain Silicon; and
–  any display panel utilizing any organic or inorganic light emitting diode or light emitting organic or inorganic materials.

Liquid Crystal Display Module means any display module consisting of a Liquid Crystal Display Panel, driver circuits, back lighting system and other like parts; specifically excluded from the Liquid Crystal Display Module is any display module (except for its back lighting system) utilizing any organic or inorganic light emitting diode or light emitting organic or inorganic materials.

Amorphous Silicon TFTs means thin film transistors, the channel regions of which are made of amorphous silicon.

Field of Use
The Licensee has manufactured and sold, and intends to continue manufacturing and selling, such liquid crystal display modules.

IPSCIO Record ID: 26302

License Grant
The amendment added the definition for Intellectual Property (1) all knowledge and information, in whatever form or medium that may or may not be generally known, that gives to one the ability to produce or market something that one otherwise would not have known how to produce or market with the same accuracy or precision, including without limitation, techniques, concepts, ideas, algorithms, processes, procedures, improvements, discoveries, inventions and invention disclosure (whether patentable, unpatentable or reduced to practice); business, engineering and other plans; formulae, designs, masks, data, databases, writings and works of authorship regardless whether such is protected; all information in any form relating to the design, manufacture, production, operation, maintenance and utilization of any product; computer programs, including object codes and source codes; standard work procedures; bills of material; vendor information; parts, jig, fixture, tool and component lists; equipment information; test procedures; and operations, maintenance, user and service manuals and catalog data; (2) original works of authorship in any tangible medium of expression; and (3) any and all intellectual property rights known or hereafter arising or recognized in any jurisdiction in the world (regardless of whether such rights are registered or unregistered) relating the foregoing, including without limitation (a) mask works rights (including, not limited to any rights arising under the United States Semiconductor Protection Act); (b) rights associated with works of authorship throughout the universe, including, but not limited to, copyrights and moral rights; (c) trademark, trade name or similar rights; (d) trade secret rights; (e) patent, invention, design, any other industrial rights; (f) all other intellectual property rights (of every kind and nature throughout the universe and however designated) whether arising by operation of law, contract, License, or otherwise; (g) all disclosures, applications, registrations, renewals, extensions, continuations, divisions, or reissues hereof now or hereafter in force (including any rights in any of the foregoing); and (h) the right to bring suit (under any of the foregoing rights) for monetary, injunctive or other relief against any past, present or future infringer.  Licensor hereby grants to Licensee a limited, non-transferable, non-exclusive license to use the Licensor's Intellectual Property to sell, offer to sell and import the PLPs (Private Label Products) under the terms of this Agreement. In addition, the Licensor hereby grants to Licensee a limited, non-transferable, non-exclusive license to make PLPs under the Restricted Patents under the terms of this Agreement.
License Property
Products shall mean all FLC (Ferroelectric Liquid Crystal) micro-display glass-on-silicon and glass-on-glass devices which are based on or incorporate or include Licensor Intellectual Property and all other products, if such products and devices are agreed to be incorporated into this Agreement by the parties, manufactured by or for Licensee for or on behalf of Licensor, from time to time. The Agreement shall not apply to any products or devices that are not manufactured by or for Licensee.
Field of Use
The Licensor designs, develops and markets microdisplays used today primarily as electronic viewfinders in digital still cameras and video camcorders. Microdisplays are an emerging display technology based on very small display panels that are magnified or projected through the use of optics. The microdisplays use the Licensor's proprietary ferroelectric liquid crystal on silicon, or FLCOS, technology, which offers an image quality in the viewfinder of digital still cameras and video camcorders that is superior to other available electronic viewfinders. The Licensor's viewfinders also have several advantages over standard optical viewfinders, including the ability to properly frame images on the viewfinder of a camera with high optical zoom. Additionally, the microdisplays incorporate proprietary controller and interface features that provide our customers with a highly integrated microdisplay solution that is small in size, low in cost, low in voltage and shortens their product design times. Many of the leading digital still camera and video camcorder brands, including Concord Camera, Hewlett-Packard, JVC, Kyocera, Minolta and Sony, use or have used the Licensor's microdisplays in their electronic viewfinders.

IPSCIO Record ID: 26791

License Grant
The University granted the Company a worldwide, exclusive license to specified patents and patent applications relating to research related to OLED technologies for applications such as displays and lighting.
Field of Use
OLED technologies and materials are for use in flat panel displays and other applications.

IPSCIO Record ID: 1052

License Grant
We are engaged in the development of products and services based principally on novel applications of thin films and the application of display technologies. We believe that microelectronic and other applications of carbon based thin film technology will play an important role in the electronics and other industries.

Our research is at FEPET is focused on identifying key applications of this technology. Based on our research, we are currently engaged in the development of uses for our Carbon Field Emission (CFE) technology.  We are also developing electronic display products based on existing technology. Electronic billboards and other electronic display products would provide a market for the Company’s Picture Element Tube (PET) product when completed.

IPSCIO Record ID: 27950

License Grant
Licensor hereby grants to Licensee a worldwide, irrevocable,non-exclusive license with the right to grant sublicenses upon terms and conditions consistent with this Agreement, under the Licensed Patents to make, have made, use, lease and sell Licensed Products.

Licensor hereby grants to Licensee a worldwide, irrevocable, exclusive license to make, have made, use and sell Exclusive Products. The exclusive license is subject to rights previously granted by Licensor with respect to Direct Drive Devices other than FLC on VLSI devices.

Licensor and Licensee entered into a worldwide non-exclusive license agreement for the FLC Technology patents in 1987  which was replaced in 1990 and 1993, and wish to replace the 1993 license agreement with this Agreement.

License Property
The Licensed Patents pertain to ferroelectric liquid crystal technology or FLC Technology.

The patents are United States Patent Nos. 4,367,924, 4,563,059, 4,813,767, 4,840,463, 4,958,916, 5,083,855 and 5,227,905, European Patent Specification Publication No. 32362,
Swiss Patent No. 647337, Japanese Laid Open Patent Application Nos. Sho 63-153521 and Hei 5-281580, and Japanese Published Patent No. Sho 63-22287 which registered as Japanese Patent No. 1555765, and Norwegian Patent No. 156,846 and all continuations, continuations-in-part, divisions and changes of application or vice versa of any of such applications for patent and all reissues, amendments, additions, extensions, and re-examinations of any such patents.

Field of Use
We, the Licensee, design, develop and market microdisplays used today primarily as electronic viewfinders in digital still cameras and video camcorders. Microdisplays are an emerging display technology based on very small display panels that are magnified or projected through the use of optics. Our microdisplays combine our proprietary ferroelectric liquid crystal, or FLC, chemical mixtures with commercially available silicon to create ferroelectric liquid crystal on silicon, or FLCOS, technology. The highly controllable optical properties of our FLC mixtures offer an image quality in the viewfinder of digital still cameras and video camcorders that we believe to be superior to other available electronic viewfinders. Our viewfinders also have several advantages over standard optical viewfinders, including the ability to properly frame images on the viewfinder of a camera with high optical zoom. Additionally, our microdisplays incorporate proprietary controller and interface features that provide our customers with a solution that is small in size, competitively priced, low in voltage, and our microdisplays are easy to use because they do not require external interface electronics. Many of the leading digital still camera and video camcorder brands use or have used our microdisplays in their electronic viewfinders, including Hewlett-Packard, Kodak, Kyocera and Sony. Our microdisplays are used only in the electronic viewfinders featured in our customers' products and not in the flat-panel displays that are included in most digital still cameras and video camcorders.
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