Lucent Technologies Inc.

At+t Corp.

Maytag Corporation

Dupage Children's Museum, Inc.

Paul E Maass

William J Harvey

Richard Anthony Bellino

Stephen D Schober

Troy A Johnson

Richard Grant Sparber

Curtis J Tremel

Thomas Earl Bowers

Lisa J Hood

Joseph M Keeler

Dean L Schaffran

Frank C Stocco

Reynaldo Olinares Miran

Joel Everett Miller

William Thomas Harrison

Jeffrey D Rupe

A laundry appliance includes a cabinet, a drying chamber, a door assembly, a blower assembly and an air passage for directing an airflow to the drying chamber. A media holder is removably positioned in the air passage to suspend a volatilizable media in the path of the airflow. The media holder includes a main body having rear wall formed from a latticework frame, an interior for receiving the volatilizable material, and a door member. The door member is also formed from a latticework frame. With this arrangement, both the rear wall and door member include a plurality of openings to allow an airflow to carry a fragrance or other substance from the volatilizable material through the air passage to treat clothes placed in the drying chamber.

Volatilizable media holder for a laundry dryer

A drill ( ) for drilling a material ( ) with a drill bit ( ) which is specially adapted for use by inexperienced users is provided. The drill ( ) includes a rotatable helix screw ( ) having a helix groove ( ). A support block ( ) travels up and down the helix screw ( ) when the helix screw ( ) is rotated via a handle section ( ). A key pin ( ) is mounted in the support block ( ) to ride in the helix groove ( ). Preferably, the center of mass of the support block ( ) is tangential to the helix screw ( ). A short level section ( ) is formed in the bottom of the helix groove ( ) such that the key pin ( ) rests in the level section ( ) when not in use. The drill ( ) may comprise an overhead support mechanism ( ) for rotatably supporting the drill ( ).

Drill for inexperienced users

A circuit card face plate with an elastomeric, electrically-conductive seal that provides electromagnetic compatibility sealing and air flow control for a front panel of an electronic equipment frame. The seal gasket is in electrically-conductive contact with the face plate and an adjacent face plate, thus, with all cards in place, an air flow barrier and an electrically-conductive surface is established. To this end, an elastomeric, electrically conductive seal in a modified figure-eight cross-section provides a close fit with minimal lateral pressure being exerted on adjacent cards. Further a pin on both the top and the bottom of the face plate inserts into a hole on an upper and lower rack shelf maintain alignment of the cards when they are in the frame.

System for providing air flow control and EMC shielding of front panels

A face plate with an elastomeric, electrically-conductive gasket to provide electromagnetic radiation and control air flow for a front panel of an electronic equipment frame. The metallic face plate has a plurality of edge surfaces which are capable of providing electrically conductive contact with the frame wherein one of the edge surfaces has the gasket. The gasket is an electrically-conductive contact with the face plate and an adjacent face plate which forms a thermal seal and an electrically-conductive surface.

System for providing air flow control and EMR shielding of front panels

Growing community of inventors

Naperville, IL, United States of America

Paul E Maass