Abstract: The present invention relates generally to audio headsets and more particularly to a headset including improved comfort and functionality. The headset may be shaped to provide a comfortable and proper seal to, for example, exclude ambient noise. In addition, the headset may configured to include various interchangeable components and may further include several input ports. Advantageously, the headset may be modular and may facilitate coupling with one or more interfaces, such as an audio source and a microphone.

Abstract: A speaker securement assembly for headwear comprising a body member, a first speaker arm and a second speaker arm. One end of each of the speaker arms are inserted within the body member. The position of the speaker arms can be adjustable with respect to the body member. The non-insertion ends of the first and second speaker arms can be provided with speaker connectors, which in one embodiment can be an opening, for snugly received an associated Speaker. Preferably, two Clasps can be provided at or near the outer ends of the body member for removably securing the body member to the headwear to be worn by the user. With the body member secured to the headwear and the headwear worn by the user, the Speakers received within connectors at the ends of the speaker arm can be positioned at or near to the wearer's ears.

Abstract: A headphone device includes (i) a first earpiece including an antenna at least partially disposed within the first earpiece, (ii) a second earpiece, (iii) a headbow adjustably connecting the first earpiece and the second earpiece, where one or both of the first and second earpieces are extendable from the headbow, the headbow including an inner cavity, and (iv) a cable assembly including a cable that is formed into a sinusoidal pattern having a series of peaks and valleys when the cable assembly is in a resting position, the cable at least partially formed from an elastomeric material, the cable assembly extending between the first and second earpieces within the inner cavity of the headbow in the resting position such that the cable assembly is extendable within the inner cavity of the headbow from the resting position when one or both of the first and second earpieces are extended from the headbow.

Abstract: A headband for a headset and a method for producing the headband for the headset is disclosed. The headband is configured to carry at least one earcup of the headset. The headband comprises a carrier and a rubber suspension formed by overmolding. The method comprising the steps of providing the carrier, arranging the carrier in an injection molding tool, and forming the suspension from a rubber material by overmolding such that the suspension forms at least two attachment points to the carrier.

Abstract: A personal acoustic system and flexible mount for the same are disclosed. The flexible mount is comprised of an elastomeric material. The personal acoustic system further includes a band comprising a first mount and an earpiece comprising a second mount. An acoustic element is housed within the earpiece. The elastomeric mount is positioned intermediate the first mount and the second mount to flexibly connect the band to the earpiece.

Abstract: A method and system for a headset with major and minor adjustments, where the headset comprises a headband, a headband endcap at each end of the headband, a headband slide coupled to each headband endcap, and ear cups operatively coupled to the headband slides. A major adjustment of the headset may include actuating a headband slide in a vertical direction. The ear cups may be operatively coupled to the headband slides utilizing ball detents that may hold the position of the ear cups with respect to the headband slides. The ball detents may comprise a portion of a ball on the headband slide and holes in the ear cup or may comprise a portion of a ball in the ear cup and holes in the headband slide. Each headband slide may be coupled to a headband endcap via a headband pivot.

Abstract: An example headphone device includes a first earpiece and a second earpiece, each earpiece including a respective antenna at least partially disposed within the earpiece. The headphone device includes a headbow adjustably connecting the first earpiece and the second earpiece, where the first earpiece and second earpiece are each extendable from the headbow, which includes an inner cavity. A cable assembly including a cable extends between the first earpiece and the second earpiece. The cable assembly is at least partially formed from an elastomeric material and is positioned within the inner cavity of the headbow in a resting position such that the cable assembly is extendable within the inner cavity of the headbow from the resting position when one or both of the first and second earpieces are extended from the headbow.

Abstract: A personal acoustic system and flexible mount for the same are disclosed. The flexible mount is comprised of an elastomeric material. The personal acoustic system further includes a band comprising a first mount and an earpiece comprising a second mount. An acoustic element is housed within the earpiece. The elastomeric mount is positioned intermediate the first mount and the second mount to flexibly connect the band to the earpiece.

Abstract: A headband structure for headphones, comprising: a headband set, and an adjustment module arranged at an end of the headband set, wherein the adjustment module includes: an earphone hanger which is consisted of a hanger frame, a fixing base arranged at an end of the hanger frame, a spring arranged on the fixing base and a convex face arranged on the spring, a first cap body arranged at a side of the earphone hanger, a wave form fastener arranged on the first cap body to contact with the convex face, a second cap body arranged at another side of the earphone hanger, and a sliding space formed between the first cap body and the second cap body for accommodating an end of the earphone hanger.

Abstract: Headphones include left and right earpieces mounted to rotatable arms and connected by a resilient U shaped band. The left and right earpieces can be positioned by folded the earpieces inwards toward the headband or extending the earpieces away from the headband. A sensor can detect the position of the left and right earpieces and transition the headphones between three operating modes, including a playback mode, a standby mode, and an off mode.

Abstract: Various implementations include headphone systems. In one implementation, a headband for a headphone system, includes: a continuous spring section sized to extend over a head of a user; an earcup mount coupled with an end of the continuous spring section, the continuous spring section and the earcup mount forming an arcuate joint, and the earcup mount configured to rotate relative to the continuous spring section at the arcuate joint; and a friction assembly spanning between the continuous spring section and the earcup mount, the friction assembly linearly arranged across the arcuate joint and configured to provide a substantially constant resistance to the rotation of the earcup mount relative to the continuous spring section, where the friction assembly includes a coupler having a primary axis extending across the arcuate joint, where the earcup mount rotates off-axis relative to the primary axis of the coupler.

Abstract: This disclosure includes several different features suitable for use in circumaural and supra-aural headphones designs. Designs that reduce the size of headphones and allow for small form-factor storage configurations are discussed. User convenience features that include synchronizing earpiece stem positions and automatically detecting the orientation of the headphones on a user's head are also discussed. Various power-saving features, design features, sensor configurations and user comfort features are also discussed.

Abstract: One embodiment of the present invention sets forth a technique for adjusting a head-mounted audio device. The technique includes determining that the head-mounted audio device has been placed on a head of a user. The technique further includes, in response to determining that the head-mounted audio device has been placed on the head of the user, causing the head-mounted audio device to transition from a first state to a second state. The first state corresponds to a first set of physical parameters associated with the head-mounted audio device, and the second state corresponds to a second set of physical parameters associated with the head-mounted audio device.

Abstract: An apparatus with acoustic enhancement and corresponding frequency response is disclosed. The apparatus includes a driver with a primary bass port having a primary bass port chamber and a secondary bass port having a secondary bass port chamber. The secondary bass port can be coupled to the primary bass port at one end and have substantially unimpeded air flow at another end. The apparatus may further include an acoustic chamber that is separated or isolated from either the primary bass port chamber, secondary bass port chamber, or both primary and secondary bass port chambers. A switch may also be included to dynamically control an air flow resistor at the latter end of the secondary bass port. The primary bass port chamber, secondary bass port chamber, acoustic chamber, and the air flow resistor can separately or collectively be used for tuning the frequency response according to the acoustic enhancement desired.

Abstract: A rotary bracket that comprises a first bracket, a second bracket, a fixing piece, and a rotary connecting piece, wherein the fixing piece comprises a fixing body, the transfer end of the first bracket is rotatably connected with the rotary connecting piece, the plug end of the second bracket penetrates through the insertion interface and is fixed in the mounting cavity.

Abstract: Various implementations include headphone systems. In one implementation a headband for a headphone system includes: a continuous spring section sized to extend over a head of a user; an earcup mount coupled with an end of the continuous spring section, forming an arcuate joint, where the earcup mount is configured to rotate relative to the continuous spring section at the arcuate joint; and a friction assembly spanning between the continuous spring section and the earcup mount, and configured to provide a substantially constant resistance to the rotation of the earcup mount relative to the continuous spring section, the friction assembly including a coupler having: an upper collar in the continuous spring section, the upper collar comprising a radial protrusion; and a lower collar in the earcup mount, the lower collar comprising a rotation stop for interacting with the radial protrusion in the upper collar.

Abstract: This disclosure includes several different features suitable for use in circumaural and supra-aural headphones designs. Designs that reduce the size of headphones and allow for small form-factor storage configurations are discussed. User convenience features that include synchronizing earpiece stem positions and automatically detecting the orientation of the headphones on a user's head are also discussed. Various power-saving features, design features, sensor configurations and user comfort features are also discussed.

Abstract: An input device of an electronic apparatus including an input detection unit which is provided on the electronic apparatus at a position that is difficult to be seen by a user who uses the input device, and which detects an input operation of the user; a movement distance detection unit that detects a movement distance of an input position over the input detection unit; and an action control unit that controls a predetermined action of the electronic apparatus based on the movement distance detected by the movement distance detection unit.

Abstract: A headband cushion cover for installation on a headphone assembly is provided. The headband cushion cover includes an elongated foam member, an elongated rear flap, an inner edge of the rear flap foldably attached along a first edge of the elongated foam member; and an elongated front flap, an inner edge of the front flap foldably attached along a second edge of the elongated foam member, wherein each of the front and rear flaps snaps between two opposite arched positions when folded along the respective inner edges of the front and rear flaps, and wherein the headband cushion cover is designed to cover an arched portion of the headband.

Abstract: Disclosed is a multifunction personal audio emulation device having a cushioned headband with noise cancelling ear cups. The cushioned headband is approximately half an inch thick and with cups being one inch thick. Fitted into the headband further is an independent rechargeable battery source a USB connection for data and electric power input and at least one other universal serial bus output. The personal audio device may connect to an external audio output device using a wired or a wireless connection. The personal audio device is further capable of data storage, including storage for replay of content via the sound drivers of the device.

Abstract: Methods and apparatuses for headbands and headband cushions are disclosed. In one example, an air bladder headband cushion includes a base layer arranged to be attached to a headband, and an inflatable and deflatable air bladder cushion disposed along a length of a surface of the base layer. The inflatable and deflatable air bladder cushion includes a plurality of individualized cushions configured so that when the inflatable and deflatable air bladder cushion is in an inflated state at least one individualized cushion has a first maximum height with respect to the inner surface of the headband different from a second maximum height of a second individualized cushion, and at least one individualized cushion has a contoured surface having a varying height with respect to the inner surface of the headband.

Abstract: An earcup to headband joint for headphones, wherein the headphones comprise an electrical cable that extends from the headband into the earcup. The earcup to headband joint includes joint structure that couples the earcup to the headband and that is constructed and arranged to provide for earcup translation along a vertical axis and rotation about the vertical axis, and at least one friction element in the earcup and in contact with at least one of the joint structure and the cable. The friction element is constructed and arranged to provide forces that resist rotational motion of the earcup about the vertical axis.

Abstract: Headphones are provided with a pair of speakers adapted to be suspended a distance away from the listener's ears and movable between a plurality of test positions. At least one microphone is adapted to be positioned near one of the listener's ears. A controller is in communication with the pair of speakers. The controller is programmed to activate the pair of speakers to produce a test sound at a plurality of test positions. The controller receives playback signals from the microphone based on each of the test sounds at the plurality of test positions. A head related transfer function (HRTF) is determined based on the playback signals received by the microphones.

Abstract: An earphone includes an electro-acoustic transducer and an earphone assembly. The electro-acoustic transducer is configured to generate an acoustic signal in response to an electrical signal. The earphone assembly has an inner surface and an earphone acoustic opening. The electro-acoustic transducer is disposed inside the earphone assembly and defines a front cavity between the electro-acoustic transducer and the earphone acoustic opening along a first portion of the inner surface and a back cavity between the electro-acoustic transducer and a second portion of the inner surface. The earphone assembly further includes an acoustic impedance branch having an impedance aperture in acoustic communication with the front cavity. The acoustic impedance branch includes an acoustic resistive element and a branch volume that reduce a resonance at a first resonance frequency for an occluded ear canal defined by the front cavity of the earphone assembly and an ear canal of a user.

Abstract: A headphone that includes a headband and one or two earcups. The earcups are movably coupled to the headband by a joint that is constructed and arranged to allow translation of the earcup relative to the headband along a translational axis, and rotation of the earcup from a neutral position in both directions about the translational axis, where in a first direction the rotation extends for at least about 90 degrees from the neutral position. The joint is further constructed and arranged to accommodate an electrical cable.

Abstract: The invention relates to a floating-cup pivot for a head-worn audio device. The head-worn audio device includes an earcup defining an inner cavity. A wall of the earcup includes an aperture. Also, the head-worn audio device includes a pivot within the inner cavity of the earcup. The pivot defines a rotational axis. Further, the head-worn audio device includes an arm having a first end and a second end. The first end of the arm is rotatably attached to the pivot. Still yet, the head-worn audio device includes a stem disposed toward the second end of the arm. The stem is configured to rotate along a path passing through the aperture of the earcup.

Abstract: A hanger has a support column having a protrusion. The protrusion has a first and a second protrusion formed to be protruding in opposite directions with each other on a second axial line that intersects orthogonally with a first axial line, and a third protrusion formed to be protruding on a third axial line that intersects orthogonally with the first axial line and the second axial line. A link portion has an accommodation portion for engaging and accommodating the protrusion. The hanger is linked with the link portion, such that a revolution within a first prescribed angle range around the first axial line is permitted, and a folding revolution that is a revolution within a second prescribed angle range around the second axial line is permitted when the support column is located at either one of both ends of the first prescribed angle range.

Abstract: A headphone that includes a headband and one or two earcups. The earcups are movably coupled to the headband by a joint that is constructed and arranged to allow translation of the earcup relative to the headband along a translational axis, and rotation of the earcup from a neutral position in both directions about the translational axis, where in a first direction the rotation extends for at least about 90 degrees from the neutral position.

Abstract: Earphone assemblies with multiple subassembly housings are provided.

Abstract: In some embodiments, a protective, sound absorbing, and/or decorative device and/or a plurality thereof can be attached and/or coupled to one or more earpiece portions of a headphone and/or earphone device. For example, in certain embodiments, one or more caps can be configured to be attached and/or coupled to one or more earpieces of headphones and/or earphones to provide additional protection for the earpiece portion from damage, such as scratches, to provide an additional layer of sound absorbing, and/or to provide means for displaying one or more graphics as determined by a user.

Abstract: A ball and socket joint preventing rotation of the ball about the axis of radial symmetry of the socket and restricting rotation of the ball about both axes orthogonal to the axis of radial symmetry to a predetermined angular value. The ball is irregular in shape and has grooves that receive ridges in the socket to accomplish the axial rotational restriction. The interaction of socket shape with ball shape accomplishes the rotational restrictions about the orthogonal axes. An exemplary use is for joining headset ear cups to headset side pieces to provide flexibility to accommodate a wide range of head shapes and sizes. The ball is preferably made of one piece with the headset side pieces and the socket is preferably made of one piece with the shell of the ear cup. Embodiments for head-mounted headsets and helmet-mounted headsets are disclosed.

Abstract: A mono-body set of headphones made from a foam material and having a fixed length of headband between ear pads is provided. The mono-body headphones are, preferably, flexible and durable, permitting the headphones to be straightened, twisted or bent without breaking.

Abstract: A music playing and listening apparatus comprising a headband having opposing ends, and having at least one hinge; at least two connectors, each of the connectors having at least two arms, a first arm being shorter than a second arm, the first and second arm forms an axis; and at least two speakers, each of the speakers having opposing sides and comprising an audio output element on a first side and a compartment on a second side, the first and second arms of each of the connectors being pivotally attached to a portion of each of the speakers to thereby allow rotation of the speakers about the axis, each of the audio output elements of each of the speakers generally face one another during a first music listening mode, each of the speakers being rotatable about the first and second arms of each of the connectors to thereby allow each of the audio output elements of each of the speakers to turn away from one another during a second music playing mode; the rotation of the speakers allowing for changes in modes;

Abstract: A headphone includes a pair of right and left headphone units, a resilient band formed substantially into a U shape to be mounted on a human head, and a pair of arm members. Each of the arm members is rotatably coupled via a pivot joint to an end part of the band and supporting one the headphone units. Each of the pivot joints includes a detent hinge for locking into a plurality of rotational positions an arm member relatively to the corresponding end part of the band.

Abstract: A method and apparatus are provided for allowing a user to change the stiffness of their headband, thus changing the clamping force of the headset. The section properties of the headband equivalent spring, which is a cantilevered beam, are changed by engaging a secondary spring, which is also a shorter cantilevered beam. The change is achieved by manipulating the effective length of the secondary spring, which can be accomplished with a set of clamps. Thus, the stiffness of the headband can be modified to the desire of the user.

Abstract: An audio headset includes a support structure, one or more audio feed wires, one or more ear buds or other single ear speakers coupled thereto, and one or more ear guides adapted to be worn about the ear(s) of an individual user. The ear guide(s) include groove(s) running therethrough that contain the audio feed wire(s) for the speaker(s), such that each respective speaker dangles from its ear guide thereby. Groove(s) can also contain part of the support structure, and the ear guide(s) may extend beyond the ear regions to the point of meeting each other. Each speaker can be removed from and replaced to the ear of the user independently while the headset is being worn without requiring movement or adjustment of the support structure or ear guide.

Abstract: In a conventional headphone set, there is a possibility that a headband cannot be put in a suitable position when an ear pad is snugly mounted on an ear. A headphone set of this disclosure includes speaker units which output a sound. The headphone set also includes: speaker housings which are brought into contact with a user; connecting portions which are connected to the speaker housings in a state where the speaker housings are movable in a forward and rearward direction of the user; and a headband which has connecting portions on end portions thereof and is mounted on a head of the user in directions toward a crown of the head of the user. Due to such a constitution, the headphone set can be used in a more stable manner.

Abstract: Example embodiments provide a headgear including an audio player. The headgear includes a slap-on-band configured to coil around a head of a user, having an elongated state and a coiled state, and the slap-on-band being covered by a fabric cover. The headgear further includes an audio player disposed on the slap-on-band, and a pair of earphones electrically connected to the audio player to generate sound.

Abstract: A headset apparatus is provided, the apparatus comprises: a headband; two speakers and a cord; the apparatus comprises grooves and/or channels for allowing the cord to be wrapped around the apparatus during a stowage position.

Abstract: A headphone including two earphone cups, a main strap and a decorating strap is provided. Two ends of the main strap are connected to the earphone cups. Two ends of the decorating strap are detachably connected to the earphone cups or the main strap and rotatable corresponding to the earphone cups or the main strap.

Abstract: A mono-body set of headphones having a fixed length of headband between ear pads is provided. Although the distance between the ear pads is fixed, the fit of the headphones can be adjusted to the head of the user by coupling or decoupling a removable/insertable headphone pad. More particularly, a pad is provided that can be mated with, or removed from, the headband of the headphones, thus raising or lowering the lower surface of the headband relative to the crown of the user's head, in order to change the position of the ear pads relative to the user's ears. The mono-body headphones are, preferably, flexible and durable, permitting the headphones to be straightened, twisted or bent without breaking.

Abstract: A headphone with articulating earpieces includes a headband, a hinged fork, and earpieces connected to the fork in a manner allowing the earpieces to articulate relative to the fork as a hinge on the fork articulates. The earpieces are arranged on the fork in a manner allowing them to face each other while articulating from a folded position adjacent the headband, to an unfolded position for listening. When unfolded for listening, the earpieces are adapted to fully extend into a biased open position with an audible click. Similarly, when articulating the earphones to a closed position, they are biased against the headband with an audible click.

Abstract: A headset system for interchangeable wearing styles is disclosed. A retention element is detachably coupled to an earpiece, allowing the headset to interchange between a headband, ear loop and neckband wearing style. The retention element comprises a security element that prevents rotation of the earpiece when coupled, providing a stable and ergonomic wearing experience.

Abstract: A simple structure that is easy to store is to be formed, and portability of the structure is to be increased. The structure includes: a headband to be mounted on a head; and a pair of speaker units detachably attached to the headband, wherein a suction portion is formed in the headband, a to-be-sucked portion to be sucked into the suction portion by a magnetic force from a magnet is formed in the speaker units, and one of the suction portion and the to-be-sucked portion is longer in shape than the other one. With this configuration, the structure is simplified and is made easier to store, and accordingly, portability of the structure can be increased.

Abstract: A headphone can have at least one wireless audio reproducing element attached to a headband. The headband may have parietal and temporal features with the temporal feature contacting a user's temporal bone and the parietal feature having a curvilinear extension from the temporal feature that contacts a predetermined portion of a user's parietal bone.

Abstract: A headphone includes a housing having a storage space in the interior thereof and a driver unit provided within the storage space movably with respect to the housing.

Abstract: A circumaural earphone and a decorating strap thereof are provided. The circumaural earphone includes two earphone cups, a main strap, a decorating strap, a photosensitive switch, a power supplier and a light emitter. Two ends of the main strap are connected with the two earphone cups. Two ends of the decorating strap are detachably connected with the two earphone cups or the main strap. The photosensitive switch is disposed in one of the two earphone cups, the main strap or the decorating strap. The power supplier is disposed in one of the two earphone cups, the main strap or the decorating strap. The light emitter is disposed in the decorating strap and electrically connected with the power supplier through the photosensitive switch.

Abstract: A headphone apparatus is provided that may include a headphone and a writing surface. The headphone may include a headband, supports, and earpieces. The writing surface may be attached to a portion of the headphone. The writing surface may comprise a surface adapted to be written and erased on repeatedly, such as a dry-erase panel. The headphone apparatus may also include an eraser, which may be adapted to substantially and repeatedly erase what is written on the writing surface. The eraser may be slidably attached to at least a portion of the writing surface. Alternatively, the eraser may be attached to a portion of the headphone and/or the writing surface removably and/or via a flexible material. The headphone apparatus may further include a writing apparatus, which may be attached to a portion of the headphone apparatus and/or the writing surface removably and/or via a flexible material.

Abstract: The ear speaker device includes a mount section that is provided with ear-hook sections, and rotation sections that rotate speaker movable sections with respect to the mount section. Tubular ducts are positioned more inside than the ear-hook sections in a natural state. When the ear speaker device is mounted, the speaker movable sections are rotated to the most outside positions. Then, the ear-hook sections are brought into contact with auricle base upper sections, respectively, and the speaker movable sections are rotated inwardly. In this manner, the tubular ducts can be positioned in the vicinity of the external acoustic meatus openings, respectively, of the listener without interfering with auricles and the like.

Abstract: A headphone includes a pair of acoustic reproduction units, a supporting member connecting the pair of acoustic reproduction units, and a soft member configured to be rotatable relative to the supporting member and arranged on the side opposite to the head of a person wearing the headphone.