Logitech Europe S.a.

Steve McGarry

Neil O'Connell

Chris LaBrutto

David Yim

Branko Lukic

Cathal Loughnane

Steven Ryutaro Takayama

Denis O'Keeffe

Jeffrey S Anderson

Diarmuid Macmahon

Steven Warren Pooler

Donald Robert Mayette

Andreas Oliver Connellan

James Rennick

Jeff M Anderson

Michael Joseph Roy

Alexander Samuel Danielson

Alex Danielson

William Christopher Carmichael

David Carr

Denis O'Keefe

Steve Ryutaro Takayama

Joy E Lyons

Tom H Carlson, Jr

Peter Belfanti

Steven Lee King

Timothy Valentine

Embodiments of the present disclosure generally relate to custom-fit in-ear audio devices. The custom-fit earpieces disclosed herein may include features providing superior retention in a user's ear while also maintaining desirable comfort and sound quality. The superior retention is generally provided by a curable filler disposed in a bladder that is deformed to conform to the shape of a user's outer ear as the filler material is cured. It has been found that a desired comfort level and sound quality can be achieved in a custom-fit earpiece by physically separating or at least partially decoupling the audio output member from other portions of the earpiece that are designed to enable the retention of the custom-fit earpiece within the user's ear. In some configurations, one of the portions of the custom-fit earpiece that is designed to enable the retention of the custom-fit earpiece within the user's ear includes a curable filler material that is disposed within a bladder that is coupled to a portion of the custom-fit earpiece.

Apparatus and method of forming a custom earpiece

Embodiments of the disclosure provided herein are configured to desirably distribute and thus withstand forces that are applied to an audio device assembly during regular use. The configurations discussed herein can be used to prevent the various device related components from becoming damaged during use. The application of these forces can cause immediate failure of the electrical connections in extreme cases, or more typically cause eventual failure of the electrical connections and device due to repetitive application of the applied force. Therefore, it is desirable to minimize the stress applied to the various electrical connection points during use, such as the electrical connection points.

Robust audio device design

Embodiments disclosed herein generally relate to method or apparatus that can automatically control the delivery of an audio output to a user. In some embodiments, an audio device that can automatically deliver, halt and/or modify an audio signal based on an impedance measurement made by electrical elements in a headphone or between electrical elements in both headphones of the audio device.

Method and apparatus for delivering audio content to a user

The present disclosure generally provides an apparatus and method of forming a liquid impermeable sealed audio speaker that can be easily manufactured and provides a high quality audio output. In an effort to overcome the shortcomings of conventional sealed speaker designs that typically utilize complicated and expensive means of shielding their electronic components from liquids and other sources of contamination, one or more of the embodiments of the disclosure provided herein include a sealed enclosure that has at least one liquid impermeable region that prevents or substantially inhibits the movement of a liquid from the exterior region into the internal region. In general, the liquid impermeable regions, or hereafter simply 'liquid permeable regions,' are configured to prevent the ingress of liquids or other contaminants, while allowing the production of a desired sound quality.

Liquid impermeable sealed speaker design

Speaker housing

One embodiment of the invention is directed to a process for assembly of a covered housing comprising placing a first frame strip coupled with a fabric portion, under a shoulder on a first end of a housing, pulling the fabric portion toward a second end of a housing, placing a second frame strip coupled with the fabric portion, under a shoulder on the second end of the housing, placing a third frame strip coupled with the fabric portion, under a first main body shoulder of the housing, and placing a fourth frame strip coupled with the fabric portion, under a second main body shoulder of the housing.

Covered housing

A process for the manufacture of a speaker cover comprises loading the speaker cover into a plasma chamber, introducing a fluoro monomer into the plasma chamber, pulsing plasma for processing, removing any excess monomer gas from the plasma chamber, and removing the speaker cover from the plasma chamber.

Method and apparatus for improved acoustic transparency

Speaker

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Vancouver, WA, United States of America

Steve McGarry