Teledyne Industries, Inc.

Water Pik, Inc.

Other

Teledyne Industries, Inc., a California Corporation

James M Jennings

Edward C Giordano

Thomas W Graves

Douglas R Gibbs

Mark Vander Berg

Douglas A Lonsinger

William James Storer

William James A Storer

Michael A Cammack

Joseph W Cacka

Jeffrey T Samson

Roberta L Callaghan

Gary Thomas

John W Baum

Len Haferman

Anna J Russell

Nicholas S Pazar

A totalization meter system for a water treatment device, the device having an inlet aperture and an outlet aperture, and a channel for channeling water between the inlet and outlet apertures. A flow reactive device is positioned in the channel and is exposed to the flowing water, and a signal generating member is positioned on the flow reactive device. A switch is positioned proximately to the flow reactive device, and is sensitive to the proximity of the signal generating member. The switch is able to communicate electric signals indicative of the motion of the signal generating member. A resettable processor having a performance threshold programmed therein and an output device is included. The microcontroller is in electrical communication with the switch for receiving electrical signals from the switch. The switch is capable of sensing the characteristics of the flow reactive device and communicates electrical signals representative of the characteristics to the microcontroller. The microcontroller interprets the signals as a first performance data. The microcontroller compares the first performance data against the respective performance threshold in the microcontroller to determine if the performance threshold has been surpassed, and if surpassed actuates the output device.

Water treatment device with volumetric and time monitoring features

A totalization meter system for a water treatment device, the device having an inlet aperture and an outlet aperture, and a channel for channeling water between the inlet and outlet apertures. A flow reactive device is positioned in the channel and is exposed to the flowing water, and a signal generating member is positioned on the flow reactive device. A switch is positioned proximately to the flow reactive device, and is sensitive to the proximity of the signal Generating member. The switch is able to communicate electric signals indicative of the motion of the signal generating member. A resettable processor having a Performance threshold programmed therein and an output device is included. The microcontroller is in electrical communication with the switch for receiving electrical signals from the switch. The switch is cap able of sensing the characteristics of the flow reactive device and communicates electrical signals representative of the characteristics to the microcontroller. The microcontroller interprets the signals as a first performance data. The microcontroller compares the first performance data against the respective performance threshold in the microcontroller to determine if the performance threshold has been surpassed, and if surpassed actuates the output device.

A totalization meter system for a water treatment device, the device having an inlet aperture and an outlet aperture, and a channel for channeling water between the inlet and outlet apertures. A flow reactive device for measuring the volume of flow is positioned in the channel and is exposed to the flowing water, and a signal generating member is positioned on the flow reactive device. A switch is positioned proximately to the flow reactive device, and is sensitive to the proximity of the signal generating member. The switch is able to communicate electric signals indicative of the motion of the signal generating member. A resettable processor having a performance threshold programmed therein and an output device is included. The microcontroller is in electrical communication with the switch for receiving electrical signals from the switch. The switch is capable of sensing the flow volume sensed by the flow reactive device and communicates electrical signals representative of the characteristics to the microcontroller. The microcontroller interprets the signals as a first performance data. The microcontroller compares the first performance data against the respective performance threshold in the microcontroller to determine if the performance threshold has been surpassed, and if surpassed actuates the output device.

Water treatment device with volumetric monitoring features

Filter funnel

Filter funnel base

A barrel serves as a reservoir in which a treatment fluid is to be contained and within which barrel is a slideable plunger. A connector at one end of the barrel is receptive to attachment of a cannula. Another connector is located at the other end of the barrel. A housing has a coupling attachable to that other connector. On the housing is a detachable fitting receptive of a hose which delivers air under pressure. Included in the housing is an adjustable air pressure regulator in an air flow path between the detachable fitting and the coupling with the regulator being selectively adjustable to control the flow of the air in that path. Associated with the irrigator is a container for the treatment fluid and which includes a pump sealingly attachable to the one end of the barrel for delivering the fluid into the reservoir in response to movement of the barrel.

Subgingival irrigator

A unitary bracket for hanging finned tubes and troughs for a heating and cooling system. The bracket is provided with a fastener for attaching to a wall and has a finned tube support for supporting finned tubing and a drain trough support for supporting a drain line. The support for a drain line has removable segments so that the drain line can be angled over a series of brackets. The bracket also provides for attaching a valance thereover.

Bracket apparatus

Growing community of inventors

Fort Collins, CO, United States of America

James M Jennings