Lutron Electronics Company, Inc.

Coffee Joulies, LLC

David William Petrillo

Elliot G Jacoby

Gregory S Altonen

Gregory M Snyder

Edward M Felegy, Jr

Noel Mayo

Joel S Spira

Jason C Killo

Matthew Philip McDonald

Erica L Clymer

David A Kirby

Fabian Brugger

Edward J Blair

Samuel F Chambers

Jason O Adams

David Richard Jackson

Tabletop remote load control device

Tabletop remote load control device having a nightlight

Tabletop remote control keypad

A mounting structure enables a portable remote control device, that operates a load control device of a wirelessly controlled lighting system, to be mounted to a vertical surface (e.g., to an opening of an electrical wallbox). The mounting structure comprises a mounting fixture for attaching to the vertical surface, an opening sized to receive the remote control device, and a flexible leaf in the opening that receives the remote control device. The flexible leaf may project upwardly in the opening for receiving a flanged recess of the remote control device disposed on a rear surface of the remote control device, whereby the remote control device can be slidably received on the flexible leaf and when fully received on the leaf is retained in position on the mounting structure such that the remote control device is framed by the opening in the mounting structure.

Structure for mounting a wireless battery-powered remote control

Multi-zone tabletop remote load control device

Pedestal and base for a remote control device

Temperature regulation device

A tensioned roller shade system for installation in an opening, such as a window or a skylight, comprises a frame, a roller tube rotatably mounted between side channels of the frame adjacent a first end of the frame, a conical, grooved spool mounted adjacent the roller tube, and a shade fabric is windingly received around the roller tube. A tensioning cord is operatively coupled between the spool and a fabric end of the shade fabric. The spool has a single groove, which wraps around the spool and windingly receives about the tensioning cord. A pulley is operatively coupled to the frame adjacent a second frame end and windingly receives the tensioning cord. The tensioning cord is adapted to bias the second fabric end toward the second frame end, such that the second fabric end of the shade fabric is adapted to move between the first and second frame ends as the roller tube is rotated.

Tensioned roller shade system having a conical, grooved spool

A self-contained tensioned roller shade system that can be easily installed in an opening, such as a window or a skylight. The roller shade system comprises a free-standing frame, a roller tube rotatably mounted between first and second side channels of the frame adjacent a first end of the frame, and a shade fabric is windingly received around the roller tube. A tensioning cord is operatively coupled between the roller tube and a second fabric end opposite the first fabric end, and is windingly received about the roller tube. A pulley is operatively coupled to the frame adjacent the second frame end and windingly receives the tensioning cord. The tensioning cord is adapted to bias the second fabric end toward the second frame end, the second fabric end of the shade fabric adapted to move between the first and second frame ends as the roller tube is rotated.

Self-contained tensioned roller shade system

Growing community of inventors

Pennington, NJ, United States of America

David William Petrillo