Honeywell International Inc.

Christian Larson

Glen Brian Backes

Hai D Pham

Alan Cornett

Soumitri N Kolavennu

Steven J Eickhoff

Robert Charles Becker

Jeffrey Michael Klein

Conrad Ihla

Logan Zvolena

Adam P Boutz

John Price

Example implementations relate to adjusting radiofrequency transmission power of antenna devices consistent with the disclosure. For example, a non-transitory machine-readable medium storing instructions executable by a processing resource to transmit a signal using a first transmission power to query an environment surrounding an antenna device to determine whether an object is causing path loss along a communication link, and adjust a transmission power of the antenna device to a second transmission power based on a determination that an object is causing path loss along the communication link.

Adjusting transmission power of an antenna based on an object causing path loss in a communication link

Methods, devices, and systems for detecting incapacitation and location using nodes are described herein. One system for detecting incapacitation and location using nodes can include an impact sensor, and a node including a memory and a processor to execute executable instructions stored in the memory to determine an incapacitating event has occurred via the impact sensor, determine a location of the node using a plurality of nodes, where the plurality of nodes include the node, and transmit the incapacitating event and the location of the node to an external server.

Detecting incapacitation and location using nodes

A location system includes multiple master nodes located at corners of a coverage area. At least two master nodes are located on one edge of the coverage area and receive signals from a slave node within the coverage area. The at least two master nodes calculate a distance to the slave node and a location of the slave node within the coverage area.

Object tracking and ranging

Devices, methods, systems, and computer-readable media for an auto-tunable wireless charger are described herein. One or more embodiments include a tuner comprising a directional coupler connected between a frequency generator and a tuning cap to receive reflections on a transmit line of the directional coupler, and a controller coupled to the directional coupler and the tuning cap to monitor the reflections on the transmit line and to adjust the tuning cap based on the monitored reflections on the transmit line.

Auto-tunable wireless charger

A power source includes a container, a hydrogen fuel disposed within the container, a fuel cell wrapped around the hydrogen fuel within the container, electronics supported within the container and coupled to receive current from the fuel cell, a sensor coupled to the electronics to provide data representative of a sensed condition, and a charge storage device within the container and coupled to provide current to the electronics.

Power source with wireless capability

Devices, methods, systems, and computer-readable media for a two-way radio harvester and transmitter are described herein. One or more embodiments include a two-way radio harvester and transmitter comprising a rectifier connected between a receive element and a storage element to harvest and convert a signal into direct current (DC) power and store the DC power, a gate coupled to the storage element and a controller to allow the DC power in the storage element to power the controller when the gate reaches a power threshold and closes, and a transmitter connected between the controller and a transmit element to convert data containing information about preselected items by the controller into radio frequency (RF) signals to be transmitted by the transmit element.

Growing community of inventors

Golden Valley, MN, United States of America

Christian Larson