Bose Corporation

Daniel Patrick Baker

Allen Timothy Graff

Ryan C Struzik

Zhen Xu

Daniel C Haferman

Bennett P Daley

Michael Andrew Zalisk

David J Fustino

Michael W Stark

Christopher A Barnes

Richard Arthur Grebe

Jonathan D Turner

Daniel Winchell Tellier

Michelle Gelberger

Richard L Pyatt

Cory Roberts

David Avi Dick

Christopher Scott Mucaria

Ryan Joseph Wexler

Johnpaul Philias Barrieau

John R Van Hook

Kyle A Vecchiarino

Benjamin Eisenberg Zelnick

Benjamin E Zelnick

Headphones include a cushion assembly and a slider telescopically coupled to the cushion assembly. The slider includes a proximal end that is disposed within the cushion assembly and a distal end extending outward from the cushion assembly. A pivot mount is disposed within an opening at the distal end of the slider. A pivot is supported in the pivot mount. The headphones also include an earphone and a yoke that couples the earphone to the slider. The pivot mount is secured to the slider via a fastener, and wherein the yoke is pivotable to a position in which it covers the fastener when the headphones are in use.

Pivot attachment for headphones

Headphones include a cushion assembly, a slider telescopingly received within the cushion assembly, and an earphone. A yoke couples the earphone to the slider. A pivot is disposed at an open end of the slider and couples the yoke to the slider. The pivot includes a barrel that is received within an opening in the yoke. The barrel is secured within the opening via a pin that is inserted into a hole in the yoke.

Headphones

An open audio device includes an acoustic radiator that emits front-side acoustic radiation from its front side and emits rear-side acoustic radiation from its rear side, a front acoustic cavity that receives front-side acoustic radiation, and a rear acoustic cavity that receives rear-side acoustic radiation. At least one sound-emitting opening is acoustically coupled to the front acoustic cavity or the second acoustic cavity. The open audio device also includes a removable accessory that includes an acoustic transmission line that is acoustically coupled to the at least one sound-emitting opening when the removable accessory is attached to the open audio device.

Open audio device

An open audio device includes a housing and an acoustic radiator in the housing and that emits front-side acoustic radiation from its front side and emits rear-side acoustic radiation from its rear side. A front acoustic cavity in the housing receives front-side acoustic radiation, wherein the housing defines a front sound-emitting opening. A rear acoustic cavity in the housing that receives rear-side acoustic radiation, wherein the housing defines a rear sound-emitting opening. A support structure is configured to carry the housing on a user's head such that the housing is held proximate an ear of the user with one of the front or rear sound-emitting openings anterior of and proximate the tragus of the ear. The housing comprises an inner end that is configured to be closest to the user's head. The one of the front or rear sound-emitting openings that is anterior of and proximate the tragus of the ear lies at an angle to the inner end of the housing.

An audio device with a body configured to be worn on or abutting an outer ear of a user. The body comprises an upper curved portion that is configured to be located proximate the upper portion of the outer ear helix and is relatively more compliant about a vertical axis and is less compliant about a horizontal axis. An acoustic module is coupled to the upper curved portion of the body. The acoustic module is configured to locate a sound-emitting opening anteriorly of and proximate the user's ear canal opening when the body is worn on or abutting the outer ear of the user.

Audio device

Various implementations include an arm for a napeband-style earphone system and a related earphone system. The arm has sections with distinct stiffness in order to flex over the top of a user's pinna for placement of an earphone proximate the ear.

Arm for napeband-style earphone system

Various implementations include printed circuit board mounts and related headphone systems employing such mounts. In one implementation, a mount for a printed circuit board (PCB) includes: a plate for matingly engaging an inner portion of a headphone earcup, the plate including at least one PCB mount for coupling with the PCB; and a coupling element extending from the plate and including at least one coupler for coupling the plate proximate to a spine extending through the inner portion of the headphone earcup.

Printed circuit board (PCB) mount for headphone earcup

Aspects of the present disclosure provide an intentional leak from a rear volume of an ear cup to the atmosphere. The leak is created via a vent in the driver plate acoustic assembly. The vent reduces an acoustic load the ear cup cover creates on a rear cavity of an electroacoustic transducer contained within the driver plate acoustic assembly of a headset. Additionally, the vent is hidden on an assembled ear cup of a headset. Due to the placement of the vent, ear cup cover may have a smooth, seamless surface.

Hidden rear cavity vent

Various implementations include headphone systems. In one implementation, a headphone system includes: a pair of earcups; a continuous headband spring connecting the pair of earcups, the continuous headband spring having an internal slot with an opening along an inner surface thereof; and an adjustment apparatus coupled with one of the pair of earcups and the continuous headband spring, the adjustment apparatus having: a shoe coupled with the one of the pair of earcups and positioned in the internal slot; a tongue coupled with the shoe and extending at least partially along the continuous headband spring; and a resistance member coupled with the tongue for resisting movement of the tongue relative to the continuous headband spring.

Adjustable earcup in continuous headband-spring headphone system

A flexible waveguide band is provided for that may be worn by a user around their neck, for example. The flexible waveguide band includes a spine, such as a pliable rod; a plurality of vertebrae mounted on the spine, with each vertebra including at least one waveguide channel guide; and an encapsulating potting material. The flexible waveguide band may also be attached to an acoustic pod, including an acoustic driver that may radiate sound waves into said waveguide channels and exit via a sound outlet opening in the flexible band.

Growing community of inventors

Warwick, RI, United States of America

Daniel Patrick Baker