Clearsign Combustion Corporation

Intermec IP Corporation

Microvision, Inc.

Clearsign Technologies Corporation

Intermec, Inc.

Abaxx Technologies Corp.

Innovaura Corporation

Tivic Health Systems Inc.

Empire Technology Development LLC

Other

Knapp Investment Company Limited

Ethicon Endo-surgery, Inc.

Intermec Technologies Corporation

Gigoptix, Inc.

Intermac IP Corp.

Christopher A Wiklof

Joseph Colannino

Douglas Wayne Karkow

Igor A Krichtafovitch

David B Goodson

Robert E Breidenthal

Pixie Ann Austin

Tracy A Prevo

Donald W Kendrick

James Kyle Dansie

Edward M Millet

Jesse Dumas

C MacGill Lynde

H Sprague Ackley

John Patrick Claude

Randall Brian Sprague

Ronald Schoenberg

Alan B Corwin

Mark O Freeman

Margaret K Brown

Maarten Niesten

Joshua Crumb

Thomas S Hartwick

Clarence T Tegreene

John R Lewis

Joshua Owen Miller

Bin Xue

Keith Mullins

Roberto G Ruiz

Andrew Fedak

Richard F Rutkowski

Derek Platt

Mathew David Watson

Vincenzo Casasanta, Iii

Danliang Jin

Raluca Dinu

David S Nierescher

Andrew E Reynolds

Gregory T Gibson

Eric R Miller

Bing Li

Hui Chen

Cathy L Aragon

Joseph R Wade

Robert Geiger

Steven C Hugh

Daniel B Bodnar

Michael P Weir

Kraig K Anderson

Diyun Huang

Baoquan Chen

Thomas W Montague

Joel A Schoen

Robert A Samuel

Guomin Yu

Scott A Ellerthorpe

Thomas A Sweet

Patrick Helton

Amjad Malik

Gerald R Apperson

Carlos W Korten

Ted Sundquist

Jianhua Xu

Frank B Metting, Iii

Jackson Matthew Pleis

L David Rish

Mark A Holton

Martin A Kykta

Jaye A Jarchow

Timothy M Londergan

Melanie Zerbe Pate

Thomas A Rogers

Lon Edward Bell

Karlton David Powell

Hakan Urey

James T Russell

Bruce Rothaar

Timothy Martin Londergan

Duane M Fox

Nicholas Sheppard Bromer

Eric Altendorf

David Skurnik

Selso Luanava

Richard Allen James

Jay M Miazga

Dhiraj Rattan

Robert J Brooks

Colin James Deller

Jun Yan

Harold H Bennett, Ii

Stephen R Willey

Venkatesh Iyer

Sunny Karnani

Cory Moreira

Erick W Weitkamp

Jerry Michael Lang, Sr

Terry Lynn Montgomery

Malik I Amjad

Christian S L Reyerson

Gerald Ray Apperson

A computer method and system for optimizing distribution of supply items from a plurality of inventory locations to a plurality of demand locations includes, with a server computer, obtaining inventory and demand data and establishing a quadratic unconstrained binary optimization (QUBO) problem corresponding to the distribution. Data corresponding to the QUBO problem is transferred to a quantum computer for solution. The QUBO solution is converted, by the server computer, to instructions corresponding to optimized item transfer, and displaying the instructions on electronic displays of networked devices. Computer methods may include selecting a solver computer program appropriate for problem complexity. Computer methods may include selecting a quantum computer, quantum-inspired computer, or computer array appropriate for solution.

Method and apparatus for logistics management using quantum computing

A computer method for tokenizing a natural resource includes receiving, via a graphical user interface (GUI), data corresponding to proof of natural resource rights to explore for, produce, mine, and/or harvest a natural resource in a specified region by a first party. The method includes receiving, via the GUI, a digital signature from a first party assigning at least a portion of the natural resource rights to a first quantity of distributed ledger tokens. The method includes issuing, with the server computer, the first quantity of distributed ledger tokens, each of the distributed ledger tokens carrying a smart contract entitling the bearer to a fractional amount of the at least a portion of the natural resource rights and crediting, with the server computer, a second quantity of the issued distributed ledger tokens to the first party.

Method and apparatus for tokenization of a natural resource

Computer methods and systems provide management of payload data represented by electronic tokens. Applications may relate to asset-backed fungible tokens as well as non-fungible tokens. A payload data file may be added or kept current after initial token genesis by specifying, in token data, a pointer (e.g., as either a TXID specifying a wallet address as an endpoint, or as the wallet address) to one or more transactions that carry, such as in an OP_Return field, a link to a linking payload or to the added or current payload data file. A single transaction specifying the wallet address may thus update or enhance any number of electronic tokens linked to the payload data file.

Computer method for transmission of a data payload via a blockchain token

A computer method for establishing a commodity price index includes receiving, via a web server, transactions for a plurality of first electronic currency denominated commodity or commodity future contracts, and recording, with the web server, settlement prices for the plurality of the first electronic currency denominated commodity or commodity future contracts on a distributed ledger. The computer method includes reading, with the server computer, from the distributed ledger, at least a portion of the first electronic currency denominated commodity or commodity future contracts settlement prices and determining a current electronic currency index price from the at least a portion of the first electronic currency denominated commodity or commodity future contracts settlement prices. The computer method includes displaying the current electronic currency index price on an electronic display. The computer method further includes setting a value of a second electronic currency to correspond to the current electronic currency index price.

Computer method and GUI for displaying a reflexive index price from the settlement of commodity contracts

A computer method and system for automated storage and retrieval of data utilizes blockchain technology to enhance security and efficiency of data storage and access. When a data object is stored in a data storage system, a corresponding storage address is written onto a blockchain. When the data object is to be retrieved, the storage address is read from the blockchain and the data object is retrieved from the storage location.

Method and system for data storage and retrieval

Computer methods, apparatuses, and graphical user interfaces include placing one or more electronic messages in cloud storage that is defined by or accessed by a blockchain data structure.

Computer method for entry of plural input modalities onto a secure disclosure blockchain

A computer method and graphical user interface (GUI) for settlement of a commodity contract includes displaying, on an electronic display of a first user device, a GUI for receiving input of information related to a particular commodity smart contract for transfer of a commodity, receiving input data including information related to commodity attributes from a first user via the GUI, displaying a commodity price field in the GUI, transferring the received input data to a server computer, displaying a commit object in the GUI receiving input from the commit object, transmitting a commitment to the server computer to cause the server computer to establish a smart commodity contract for the commodity, and displaying, in the GUI on the electronic display, a receipt acknowledgement object indicating that the smart contract is established and the first user is obligated to abide by the smart contract.

Method and GUI for settlement of commodity contracts denominated in commodity contract tokens

An ultra wideband (UWB) combustion sensor detects presence or absence of combustion corresponding to an effect on a transmitted, time-gated pulse and detection by a presence or absence of charged particles associated with combustion. A combustion system includes a UWB combustion sensor. A method for operating a combustion system includes operation of a UWB combustion sensor.

Ultra wideband combustion sensor and systems

A combustion system includes a fuel and oxidant source, a first distal flame holder body, a second distal flame holder body, and a thermal load. The fuel and oxidant source outputs fuel and oxidant. The first and second distal flame holder bodies simultaneously or alternately hold combustion reaction portions of the fuel and oxidant and/or of combustion products. The thermal load receives thermal energy from the first and second combustion reaction portions.

Burner system including a plurality of perforated flame holders

A burner includes a flame sensor configured to detect at least one of permittivity, capacitance, or resistance across a flame region. The permittivity, capacitance, or resistance is used to determine the presence or absence of the flame in a combustion system. A combustion system supports a combustion reaction. The combustion system utilizes a combustion sensor, and optionally a plasma generator to stabilize the combustion reaction. A controller receives sensor signals from the combustion sensor and controls the plasma generator to stabilize the combustion reaction responsive to the sensor signals. The plasma generator stabilizes the combustion reaction by generating a plasma.

Burner including an electrical permittivity or electrical capacitance flame sensor

A microcurrent treatment device includes an adaptive trigger circuit configured to dynamically determine a triggering threshold for applying a therapeutic microcurrent via a treatment electrode to a nerve node on a person's face for treatment of a sinus condition.

Adaptive trigger for a microcurrent stimulation device

A system for measuring a fuel-oxidant equivalence ratio includes at least one wall defining a gas volume including fuel and air. A gas ionization source is configured to cause a formation of ions in the gas. A power supply is configured to output a time-varying voltage. A first electrode is disposed in the gas volume, operatively coupled to the power supply, and configured to carry the time-varying voltage. A second electrode is arranged to operatively couple to a signal output by the first electrode after the signal passes through the gas volume. Characteristics of the received signal indicate the fuel-oxidant equivalence ratio.

Variable composition gas mixture sensor

A pulse sensor is capable of measuring a pulse rate of a wearer at a peripheral artery. In an embodiment, the pulse sensor includes a magnet supported to move responsive to an arterial pulse and a magnetometer configured to detect changes in a magnetic field produced by the magnet. The magnet may include a plurality of ferromagnetic particles disposed in or on a flexible substrate configured to be held adjacent to human skin subject to arterial palpation and a magnetic sensor configured to sense movement of the ferromagnetic particles. A system and method may measure hydration includes using a pulse sensor to measure pulse rate and modulation. The wearer is prompted when the pulse rate and pulse modulation indicate a response to dehydration of the wearer.

Method and apparatus for human hydration sensing

A combustion system includes a fuel and oxidant source that outputs fuel and oxidant, a first perforated flame holder, and a second perforated flame holder separated from the first perforated flame holder by a gap. The first and second perforated flame holders sustain a combustion reaction of the fuel and oxidant within the first and second perforated flame holders.

Burner and burner system with flange mount

A combustion system includes a distal flame holder, a pilot fuel distributor, a main fuel distributor, an oxidant source, an array of sensors, and a controller. The oxidant source outputs an oxidant. The pilot fuel distributor supports a pilot flame configured to preheat the distal flame holder by outputting a pilot fuel at least when the combustion system is in a preheating state. The main fuel source outputs a main fuel in the standard operating state. The distal flame holder is configured to support a combustion reaction of the main fuel and the oxidant in the standard operating state. The sensors are configured to sense parameters of the pilot flame and the distal flame holder and to output sensor signals to the controller. The controller executes software instructions that include adjusting the flow of the main fuel, the pilot fuel, and the oxidant responsive to the sensor signals.

Control system and method for a burner with a distal flame holder

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Everett, WA, United States of America

Christopher A Wiklof