Hubbell Limited

Dynamic Mouth Devices, L.l.c.

Bio-Chem Fluidics, Inc.

Michael Swern

James Geduldig

Laura Bardach

Federico Collado

Nancy R Stathes

Razvan Bulugioiu

Sharad Harihar Joshi, Sr

Ethan Matthew Gardner

William A Easterbrook

Henry X Huang

Salvatore Napoli

Ramesh Raghavan

Shailesh Naik

Salvatore Naopoli

A reciprocating piston pump may include a fluid handling portion comprising a fluid inlet, a fluid outlet, and a pump chamber; a drive assembly portion comprising a piston drive assembly, a reciprocating piston, a drive assembly housing, and a drive assembly chamber; and an electro-fluidic leak detection element comprising a fluid sensing portion. The reciprocating piston of the drive assembly portion extends into the pump chamber of the fluid handling portion. The piston drive assembly operates to reciprocate the reciprocating piston within the pump chamber. The electro-fluidic leak detection element is mounted within the drive assembly portion. The electro-fluidic leak detection element is configured to generate a fluid leakage signal when fluid from the pump chamber enters the drive assembly chamber and contacts the fluid sensing portion of the electro-fluidic leak detection element. A plurality of reciprocating piston pumps may be incorporated into fluid handling systems.

Piston pump comprising an electro-fluidic leak detection element

A threaded fluidic fitting may include a fluid passage, at least one fluid port, a threaded fitting portion, an engageable body portion, and an electro-fluidic leak detection element. The fluid passage extends from the fluid port of the threaded fluidic fitting. The threaded fitting portion comprises a helical thread, extends from a leak detection face of the engageable body portion, and is configured to rotate with the engageable body portion to enhance a fluidically sealed engagement of one of the fluid ports with a complementary fluidic component. The electro-fluidic leak detection element is positioned on the leak detection face of the engageable body portion or on a drip edge portion of a face extending from the leak detection face. A fluid handling system may include a plurality of threaded fluidic fittings and a leak detecting computing hub in communication with the plurality of threaded fluidic fittings.

Fluidic fittings comprising electro-fluidic leak detection elements and fluid handling systems incorporating the same

A pinch valve configuration may include a pinch valve comprising a valve body, a valve plunger, and a fluidic tubing pinch passage defined between a tubing seat of the valve body and an operative end of the valve plunger. The pinch valve configuration may further include a Hall effect sensor assembly comprising a stationary element anchored to the valve body and a motive element anchored to the valve plunger. The pinch valve configuration additionally includes a failure prediction module in communication with the Hall effect sensor assembly. The failure prediction module is programmed to process an output signal of the Hall effect sensor assembly as a displacement reading, to compare the displacement reading with a failure prediction threshold, and to generate a failure prediction signal from the comparison of the displacement reading with the failure prediction threshold.

Pinch valve with failure prediction module

A light fixture includes an adjustable bracket, a pivot plate, a lamp bracket, and a lamp. The adjustable bracket is rotatable about a first axis. The pivot plate is connected to the adjustable bracket and rotatable about a second axis different from the first axis. The lamp bracket is removably connected to the pivot plate. The lamp is connected to the lamp bracket.

Adjustable dual optic directional lamp assembly

A bracket for use with a recessed light fixture includes a side wall. A first bendable tab is positioned in the side wall. A second bendable tab is positioned in the side wall, the second tab being offset from the first tab. A retainer extends from the side wall.

Light fixture bracket and light fixture assembly

Teething device

Growing community of inventors

Boonton, NJ, United States of America

Michael Swern