Honeywell International Inc.

King Technology Inc.

Ademco Inc.

Agilent Technologies, Inc.

Kwg Technology Inc

Eric James Barton

David James Emmons

Darrin M Swagel

Jeffrey D Johnson

Steven L Wolff

David Guy

Travis J Read

Cary Leen

Paul C Freeberg

Terry Goeman

Lyle Enderson

Pavel Marak

Stan Zywicki

Paul F Meyers

Christian Richard Trifilio

Mohammad Aljabari

Rajat Nmn Shail

David Schultz

Eugene J Takach

Paul G Schwendinger

Christopher Heintzelman

Joseph A King

Christopher George Daily

Matthew Edward Mostoller

Robert D Juntunen

John B Amundson

Gregory Young

Brad Alan Terlson

Steven C Nichols

Gabriel A Bergman

David Quam

Heidi Finch

Tarik Khoury

Yee Loong Chin

Josef Novotny

Kenneth B Kidder

Sriharsha Putrevu

Brad Edward Paine

Nathan Carlson

Edward John Howard

Bin Wang

Preston Gilmer

Nathaniel D Kraft

Jeffrey Boll

Reed Bisson

Jonathan Paul Frenz

Robert E Lee

Christopher Goh

Dan Clements

Ladislav Janovec

Petr Adamik

Mohammad A Safai

Peter Joseph Erickson

James P Roland

Jacqueline Lee Belleau

Remy Labesque

Jason L Ableitner

Kevin L Weirich

David Kynoch

David S Pitou

Karla Morales

Jeffrey Johnson

Patricia E Johnson

Juraj Rajecky

Randy Roseth

Jiri Sapak

Timothy M Tinsley

Aaron J Klein

Vaclav Kucera

Jimmy-Quang Viet Doan

Petr Kachlick

Kok Hing Fo

Arnie Kalla

Liliana Reategui

Riley Gerszewski

Michael Bruce

Matthew E L Jungwirth

Martin Zalesak

Rudolph Gamberini

Hoo Chong Wong

John S Fultz

Run Qing Li

Ricardo Gonzalez

Jacqueline Belleau

Michael Ray

Mary Mccarty

Thomas Andrew Sweet

Anthony P Uttley

Jonathan Sartwell

Andrew Morris

XinHua Cao

James Gray

Jonathan Frenz

A method of maintaining a body of water in a usable condition where a sensor located in the body of water transmits information on water conditions to a server with the server including a database with the server generating a first maintenance recommendation if it is determined that the body of water contains a synergistic chemical combination and a different recommendation if it is determined that the body of water does not contain a synergistic chemical combination even though the transmitted information on the water conditions are the same.

Chemical maintenance systems

A cartridge carrier having a skeleton housing with a cartridge cradle for supporting a cartridge dispenser therein and a connector on the skeleton housing for supporting a further dispensing cartridge outside of the skeleton housing.

Inline end engaging system

An inline dispensing system having a collar engageable with an inline well to support an inline cap thereon and for directing a cartridge carrier into a sealing relation therewith as a cartridge carrier is inserted into an inline well in a container of a body of recreational water.

Inline dispensing system

A cartridge dispenser having a rotatable sleeve for alerting a person as to when a cartridge dispenser should be replaced based on when the cartridge dispenser is placed in a body of water with the cartridge replacement date carried forward on the cartridge dispenser.

Dispensing cartridge alert

Inline weir ring

Floating dispensing cartridge holder

A filterwell cartridge having ports for dispensing a dispersant directly into a filterwell of a hot tub, spa or the like with the filterwell cartridge peripherally and postionally supportable in a quick release mode through facial engagement of compound surfaces located on opposite sides of the filterwell cartridge.

Filterwell cartridges

A filter well mountable dispenser holder securable within a hot tub filter well with the dispenser holder supporting replaceable dispersant containing dispensing cartridges positionable within a circulating flow of water through the filter well to thereby release dispersants therefrom without preventing the circulating flow of water from passing through the filter media proximate the dispensing cartridges.

Dispensing system

Dispensing cartridge holder

A filterwell cartridge holder mountable within a hot tub filterwell with the filterwell cartridge holder having a handhold on one end and a feed pipe connector on an opposite end that is attachable to or removable from a filterwell feed pipe with the filterwell cartridge holder engaging and supporting dispensing cartridges thereon to maintain the dispensing cartridges in a dispensing mode within the filterwell.

Filterwell cartridge holder

A filterwell cartridge holder having a face for compressible engaging pleats on a water filter cartridge and a further face holding a dispensing cartridge thereon in a position to release dispersants into a filterwell containing a water filter cartridge.

A wireless occupancy sensor that is configured to be deployed within a building space includes a sensor body, an occupancy sensor that is housed by the sensor body, a light emitting diode (LED) that is housed by the sensor body, a wireless transceiver that is housed by the sensor body and is configured to be in wireless communication with a remote device. A controller is housed by the sensor body and is operably coupled to the occupancy sensor, the LED and the wireless transceiver and is configured to receive via the wireless transceiver a request to illuminate the LED from the remote device and in response to receiving the request, illuminate the LED in order to help visually identify the wireless occupancy sensor in the building space.

Wireless occupancy sensor with controllable light indicator

Growing community of inventors

Pleasanton, CA, United States of America

Eric James Barton