Sun Microsystems, Inc.

June Life, Inc.

Oracle America, Inc.

Atieva, Inc.

Silicon Light Machines Corporation

Aclima Inc.

D.light Design, Inc.

Cypress Semiconductor Corporation

Gabriel C Risk

Drew George Doblar

Nikhil Bhogal

Stanley Hu

Mathias W Schmidt

Matthew Van Horn

Dawei Huang

Gregory David Miller

Davida Herzl

Janos J Lazar

Ludwig Galambos

Tobe Corazzini

Jason H Bau

Roland Herzl

Steven Diamond

Chung-Hsiao Wu

Ryan Perry

Nicholas Edward Beyrer

Xianyi Wu

Erica D Estrada

Ronald O Miles

David Caudillo

Gisele L Foulon

Nedjip Orhan Tozun

Samuel W Goldman

Nash Witkin

Drew Atkinson

Alexei L Alexandrovski

Joseph M McRae

Jim Hunter

Samuel Yeong-Shi Chang

Martin Helliwell

Albert Shih-Young Liu

Sam Weng

Laura A Smoliar

Leandro A Chua, Jr

Doug Webb

Pruthvi A Chaudhari

Naveen G Malur

In variants, a method for individual heating element control can include: identifying food within a cook cavity of the cooking appliance, determining a set of cooking instructions associated with the food, the cooking instructions including a different model for each heating element subset, dynamically determining control instructions for each heating element subset based on the respective model, and controlling each heating element subset based on the respective control instructions.

System and method for individual heating element control

In variants, an automatically-identifiable temperature probe can include: a probe body, one or more sensors, a connector, and/or any other suitable components. In variants, the method for temperature determination can include: determining a set of electrical signals, determining a temperature probe type based on the set of electrical signals, determining a sensor resolution model based on the temperature probe type, and determining a set of final temperature estimates based on the set of electrical signals and the sensor resolution model.

System and method for temperature determination

The connected oven includes a cooking cavity defined by a back, a door opposing the bottom, a top adjacent the back and door, a bottom opposing the top, and opposing sidewalls adjacent the remainder of the walls, a user interface unit configured to receive instructions from the user, a sensor, and a thermal management system for minimizing or preventing thermal damage to heat-sensitive components arranged on the oven.

Thermal management system and method for a connected oven

A battery pack management system adjusts the relative state-of-charge of respective battery blocks in a battery pack to equalize (i.e., align, balance or otherwise make similar) the peak battery block voltages (i.e., maximum or 'upper peak' battery block voltages when the battery pack is being charged and/or minimum or 'lower peak' battery block voltages when the battery is being discharged). Upon detecting an anomalous battery block that exhibits outlier upper and lower peak voltages, the battery pack management system adjusts the relative state of charge of respective battery blocks to center their respective upper and lower peak voltages between operating limits, thus maximizing the operating margin of the battery pack as a whole.

Battery state-of-charge estimation

A distributed sensor system includes a set of spatially distributed base units and a central server both in communication with a data network. Each base unit includes a controller and one or more sensor modules where each sensor module includes a sensor configured to measure an air quality parameter. Each base unit transmits raw sensor data associated with each of the sensor modules over the data network and the central server receives the raw sensor data from the base units and stores the raw sensor data in a database.

Distributed sensor system with remote sensor nodes and centralized data processing

Margin-based battery charge balancing

Methods of calibrating sensors in a distributed sensor system including a set of spatially distributed base units in communication with a central server over a data network include using a reference sensor, using a reference base unit, using crowd-sourced calibration, using sensor data collected in the same base unit, using sensor cross-sensitivity, or using sensor data from known environmental conditions.

Calibration method for distributed sensor system

A method for operating a battery system having multiple battery packs. The method includes decoupling the output of a discharged battery pack from the vehicle load, reducing the voltage between an output of a charged battery pack and the vehicle load prior to coupling the output of the charged battery pack to the vehicle load.

Interlock mechanism for a multiple battery pack

A generator generates electricity by non-combustion means. A battery stores the generated electricity. An electrical appliance is powered by the stored electricity. A metering device tallies an operating parameter indicative of the amount of electrical energy consumed by the appliance. A housing supports the generator, the battery, the appliance and the metering device. A device, including the generator, the battery, the metering device and the housing, is manually portable.

Lamp with metering device

A method of implementing a low jitter and high bandwidth clock and data recovery (CDR) apparatus includes acquiring early, optimal, and late votes; determining which votes are allowed and weighted; disallowing votes not determined to as allowed; weighing votes, wherein votes that would make the CDR move to an extreme of a zero crossing are weighted less; and accumulating votes and adjusting a recovered clock phase based on the accumulated votes. A computer readable medium storing instructions to implement a low jitter and high bandwidth CDR apparatus, the instructions includes functionality to: acquiring early, optimal, and late votes; determining which votes are allowed and weighted; disallowing votes not determined to as allowed; weighing votes, wherein votes that would make the CDR move to an extreme of a zero crossing are weighted less; and accumulating votes and adjust recovered clock phase.

Low jitter and high bandwidth clock data recovery

A method, apparatus, and system for minimizing ringing in a high speed channel between a transmitter and a receiver in a circuit, including a component for initializing an n-tap equalization filter. The n-tap equalization filter includes numerous taps, each associated with each of numerous jitter pulses received from the transmitter at the receiver and over the channel. Many of the jitter pulses are greater than two. Further, each tap occurs at a time-domain point related to a time of a corresponding jitter pulse included within the numerous jitter pulses. Moreover, a component for applying the n-tap equalization filter to a subsequent signal sent over the channel is also included.

Use of emphasis to equalize high speed signal quality

Growing community of inventors

Palo Alto, CA, United States of America

Gabriel C Risk