General Electric Company

Midea Group Co., Ltd.

Abb Schweiz Ag

John Kenneth Hooker

Scott Jeffrey Hall

Daniel J Trice

Cecilia Maria Thomas

Richard W Cowan

Vern Alden Neal

Sriram Changali

Konstantin Vladimir Grigoryan

Shawn Alan Morgan

Denis Alagic

Hardik Upadhyay

Prerana Gajanan Kulkarni

Eric Scott Johnson

Brent Charles Kumfer

Nathan Ernell Nelson

Michael Paul Lafond

Felix Conde Zelocuatecatl

Anil Kumar Tummala

Remesh Kumar Keeramthode

Alexi Blaise Poth

Eric Paez

Pradeep Kumar Anand

Eric Larouche

Hieu Manh Vu

Gitika Tantuwaya

John Erik Hershey

Wolfgang Daum

Joel Boyer

Robert M Digman

Scott Charles Evans

Dean A Robarge

Craig Benjamin Williams

Bassam Fawaz

Natarajan Venkatakrishnan

Alexander Pinkus Rafalovich

Robert Marten Bultman

Martin Mitchell Zentner

Phillip C Hombroek

John Steven Holmes

Timothy Martin Wetzel

Joseph Duane Tobbe

Ziqiang Hu

William Hull Bicknell

Brian M Langness

Henry Hall Mason, Jr

Sanjay Manohar Anikhindi

Ramesh Janardhanam

Omar Haidar

Aaron Edward Engel

Anand Ganesh Joshi

Ganesh Venkataraman

Scott Alan Horning

Daniel Edward Delfino

Toby Whitaker

Tanveer Iqbal

Kenneth Joseph Hanley

Abdel Hamad

Debra Miozza

James Robert White

Venkata Ramakrishna Ramayanam

Shelly Elizabeth Warms

Scott Charles Myers

Venkataramana Rachakonda

Adam Baron Jones

Gerard Alfred Mijares

Justin Paul William Varga

Michelle Nicole Hamrin

Clayton James O′Donoghue

Dane Andrew Copple

Joseph Sean Henry

Ivan Rodriguez Marcano

Mazen Mohamad Khattab

Brendan Moser

Robert Catlett

Arti Shah

Megan Dalene Bardolph

Arti Arvindbhai Shah

Jennifer Amy Floyd

Irena Jozic Mcdowell

Henry Hall Mason Jr

Dean Arthur Robarge

Andrew L Reder

An Electric Vehicle Supply Equipment (EVSE) powered apparatus includes an input power receptacle capable of receiving the plug of an EVSE device to power the apparatus using power supplied by the EVSE device, and a user-actuatable control that may be used to transition the EVSE device from a connected but not charging state to a charging state after the plug has been inserted into the input power receptacle to cause the EVSE device to transition to the charging state and supply power through the plug. In some instances, one or more output power receptacles may be provided to enable various external electrically-powered devices to be plugged into the apparatus and powered by the EVSE device, while in other instances, the apparatus itself may be an appliance, tool, or other high power device, such that the apparatus is powered directly from the EVSE device.

Electric vehicle supply equipment (EVSE) powered apparatus

A microwave cooking appliance and method for operating the same perform an adaptive thermal sensing cycle in which a temperature sensor is used to develop a temperature profile for food being heated or cooked at an intermediate point in the cycle, such that a duration and output level for a subsequent stage of the cycle may be determined at least in part based upon the temperature profile.

Microwave cooking appliance with adaptive thermal sensing cycle

An apparatus and method of locating a wireless power transmitter in which a variable load coupled to a wireless power receiver configured to receive a wireless power signal from the wireless power transmitter is controllably varied to maintain a harvested voltage of the wireless power signal within a predetermined range. By doing so, power supplied to a wirelessly powered appliance coupled to the wireless power receiver is maintained within an operational envelope of the wirelessly powered appliance.

Wireless transmitter location determination using controllably varied load

A laundry washing machine and method control a time or duration of a drain operation at least in part based upon a type of a load being washed in the laundry washing machine. By doing so, the amount of time in which a drain operation is performed may be customized for different types of loads, and in many instances, may reduce the amount of noise and/or energy consumption associated with draining a wash tub during a wash cycle.

Laundry washing machine with dynamic drain system

An under-cabinet wireless power system is mountable to an underside of a wall cabinet that is positioned over a countertop and includes a wireless power transmitter capable of powering a wirelessly powered appliance positioned proximate thereto.

Under-cabinet wireless power system

A leakage current compensation system may be used in an appliance such as a cooking appliance or another device utilizing a sheathed electrical heating element, and may sense a leakage current in one or more phases of a multi-phase power circuit that supplies the appliance or other device using a current transformer and generate a compensating current in a different phase of the multi-phase power circuit to compensate for the leakage current and thereby reduce the likelihood of a false GFCI trip in the multi-phase power circuit.

Appliance with leakage current compensation

A cooking appliance includes: a gas cooking element; an igniter disposed adjacent to the gas cooking element to ignite the gas cooking element; a gas valve for regulating gas flow to the gas cooking element; a burner control mechanically coupled to the gas valve to vary the gas flow to the gas cooking element; a sensor for detecting the positioning of the burner control in an ignition range of positions; and a control circuit coupled to the igniter and the sensor and to activate the igniter in response to detected movement of the burner control into the ignition range of positions, the control circuit further configured to maintain activation of the igniter for a predetermined minimum length of time once activated.

Minimum ignition period for gas burners

A beverage container washing system may be used for rapid washing and/or sanitizing of beverage containers, e.g., for use in a retail environment to wash and/or sanitize customer-provided beverage containers prior to filling the beverage containers with purchased beverages, among other applications. Separate entrance and exit openings may be provided in some instances to minimize employee interaction with unwashed customer beverage containers. A spray assembly may be used to spray wash fluid heated to a sanitizing temperature onto beverage containers and an ultraviolet sanitizing assembly may be used to emit ultraviolet light toward beverage containers. The spray assembly may also include a tank with first and second chambers and a cross-over with an inverted conduit fluidly coupling the first and second chambers.

High speed reusable beverage container washing system

A cooking appliance and method utilize a rotary burner control with a rotary control actuator, a position sensor, and an electronic burner control user interface to control an electromechanical valve unit that regulates gas flow to a gas burner.

Gas cooking appliance with electromechanical valves and rotary burner controls

A cooking appliance that includes: a gas cooking element; an igniter located next to the gas cooking element to ignite the gas cooking element; a gas valve for regulating gas flow to the gas cooking element; a burner control coupled to the gas valve to vary the gas flow to the gas cooking element; and a control circuit coupled to the burner control and for activating the igniter when the burner control is positioned within a predetermined range of positions, where the control circuit detects when the burner control has been moved through the predetermined range of positions in less than a predetermined time, and in response to determining that the burner control has been moved through the predetermined range of positions in less than the predetermined time, generate an alert to a user.

Cooking appliance with unintentional control activation detection

A cooking appliance and method control the power consumption of a plurality of electrical loads in response to an ambient temperature sensed by a temperature sensor to maintain a combined power consumption within a temperature-dependent output capability of a low voltage power supply used in the cooking appliance.

Gas cooking appliance with temperature-based power supply overload protection

A thermal imaging system for a cooking appliance is capable of being calibrated for any arrangement of cooktop burners disposed on a surface of a cooking appliance. A thermal imaging system can be calibrated by processing a received thermal scan of a surface of a cooking appliance having a particular cooktop arrangement to identify a plurality of cooktop burners on the surface of the cooking appliance for the particular arrangement, determine a number of cooktop burners in the particular arrangement, and determine one or more locations of the cooktop to assign to each of the cooktop burners. Further, the determined one or more locations assigned to each of the cooktop burners can be stored in association with a respective cooktop burner. Once calibrated, the thermal imaging system can calculate a temperature for each of the cooktop burners to be used in performing subsequent control and/or safety functions.

Calibration of a thermal imaging device for a surface cooking appliance

A laundry washing machine includes a weight sensing system including a weight sensor positioned to sense at least a portion of a weight associated with a wash tub and configured to output an associated pulse width modulated (PWM) force signal having a duty cycle that varies with applied force on the weight sensor. A controller of the laundry washing machine includes a state change sensing logic circuit coupled to receive the PWM force signal from the weight sensor and execute an interrupt service routine triggered by each state transition to capture a timestamp associated with each state transition such that the duty cycle of the PWM force signal may be determined using the captured timestamps.

Laundry washing machine weight sensing system

A system for inhibiting and providing access to appliance control knobs includes a support structure for mounting individual control knobs or groups thereof, and an actuator assembly for extending and retracting control knobs either individually or collectively.

Retracting and extending control selectors

An optical sensor is used in a cooling system of a cooking appliance to sense rotation of the cooling fan. For example, in one aspect a cooking appliance is disclosed as including a housing with a cooking enclosure and cooling passage for venting heat generated within the cooking enclosure; a cooling fan in fluid communication with the cooling passage in order to provide a directed airflow within the cooling passage; and an optical sensor to sense rotation of the cooling fan.

Cooking appliance cooling fan with optical speed sensor

Growing community of inventors

Lousville, KY, United States of America

John Kenneth Hooker