Cabot Corporation

Motorola Corporation

Motorola Solutions, Inc.

Microsoft Corporation

William R Williams

Dmitry Fomitchev

Jincheng Xiong

Martin C Green

Gerald D Adler

Ron Grosz

Duane G McDonald

Michael D Morris

Nereydo T Contreras

Joachim K Floess

Duane G Mcdonald

Joseph Patino

Antonio Faraone

Giorgi G Bit-Babik

Bernard V Gasparaitis

James Talmage Davis, Ii

Hairuo Tu

Raymond W Burbank

Scot A Hendry

Charles Burton Swope

Edgar Herbert Callaway, Jr

Julio C Castaneda

Michael D Geren

Anand Prakash

Peter B Gilmore

Tyler David Jensen

Matthew E Simms

Kok Huat Chong

Shannon J Chan

Deborah A Gruenhagen

Steven J Finch

Weng Kong Hor

Donald F Gatto

Benjamin J Hafen

John M Miller

Jill C Olkoski

James H Curtis

Blake C Moselle

Gordon Wayne James

Theis F Clarke

Richard Lance Willis

Mehrdad Badie

Roger G Higgins

Jose Villanueva, Iii

William D Werner

Bharathi Ranjit Singh

Larry M Krieg

Merhdad Badie

Dmitry Formitchev

Antonio Del Sesto

Daxiang Wang

Larry E Marvet

Wille Kotte

Twanika D Douglas

Richard R Schweet

Kamilla L Krzeminska

Casey P Whicher

A silica elastomer composite having superior mechanical properties.

Elastomer compounds reinforced with silica and products containing same

Methods to make a silica and carbon black elastomer composite with a destabilized dispersion that includes silica are described, along with particle reinforced elastomer composites made from the methods. The advantages achieved with the methods are further described.

Methods of making an elastomer composite reinforced with silica and carbon black and products containing same

Methods to make a silica elastomer composite with a destabilized dispersion of silica are described, along with silica elastomer composites made from the methods. The advantages achieved with the methods are further described.

Methods of making an elastomer composite reinforced with silica and products containing same

Methods to make a silica elastomer composite with a destabilized dispersion of a never-dried, or as-produced, precipitated silica are described, along with silica elastomer composites made from the methods. The advantages achieved with the methods are further described.

This invention provides metal oxide particles surface-treated with a hydrophobicity-imparting agent, methods of making such, and toner compositions comprising the same.

Hydrophobic-treated metal oxide

An antenna is provided with improved ruggedness and flexibility through the use of an embedded substrate with impedance matching circuitry disposed thereon, and a flexible electrical interconnect. The flexible electrical interconnect is coupled between the substrate and an antenna connector. The antenna comprises a first top flexible section having the flexible radiator element, a second stiff section comprising the impedance matching circuit for multi-band operation, and a third lower flexible section comprising the flexible electrical interconnect. Portable radio products incorporating the antenna can now provide multiband capability along with protection against drop.

Multi-band subscriber antenna for portable radios

An antenna enables compact and robust multiband operation of portable radios. According to some embodiments, the antenna includes: a first rolled conductive strip having a first section with overlap between successive turns of the first conductive strip and a second section with no overlap between successive turns of the first conductive strip, the first section having an insulating layer between the overlapping successive turns of the first conductive strip; a second rolled conductive strip; and a flexible sheet to which both the first conductive strip and the second conductive strip are bonded.

Multiband antenna system

An antenna () with an embedded wideband matching substrate () is provided. The substrate () comprises impedance matching circuitry () providing a low frequency (LF) matching circuit () and a high frequency (HF) matching circuit () for tri-band operation. A stripline () having a stripline ground () is disposed on the substrate. The stripline () provides a matching element and the stripline ground () provides a common ground () for both the HF and LF matching circuits. The substrate () is shaped with a tabular portion () which facilitates encasing the substrate () within a casing (). The tabular portion () further provides an alignment feature for wrapping of a flexible radiating element about the casing and flexible antenna rod () to complete the antenna structure ().

Antenna with embedded wideband matching substrate

A method and apparatus for calibrating a force sensing touch screen panel includes determining calibration factors for the position sensing layers of the touch screen panel, and applying those calibration factors to adjust nominal resistance values for resistance components of the position sensing layers when force is applied to the touch screen panel. The calibration factors result in a more accurate determination of the resistance of a force sensing layer which changes resistance as a function of force applied to the touch screen panel. The resistance of the force sensing layer can be used to determine the force applied based on a curve relating force to resistance.

Method for calibrating and manufacturing a force-sensing touch screen panel

Some of the embodiments described herein relate to liner elements such as lifter bars that can be used in grinding mills. In one example, a lifter bar has a top elastomeric layer and a bottom elastomeric layer, the composition of the top elastomeric layer being different from that of the bottom elastomeric layer. In another example, a lifter bar is constructed from carbon black-reinforced natural rubber and has a leading face and a protrusion at a top region of the leading face. In a further example, a lifter bar is fabricated from carbon black-reinforced natural rubber and has a leading face geometry such that face angle &#x3b8; remains 25&#xb0; or less over an operational period measured form the time the lifter bar is new, until the height of the lifter bar is reduced by a certain amount, e.g., by 80%. Also disclosed are methods for manufacturing an elastomeric liner element and for grinding an ore.

Liner elements with improved wear-life for grinding operations

Growing community of inventors

Coral Springs, FL, United States of America

William R Williams