812 results about "Earmuffs" patented technology

A weather resistant sound attenuating communications headset of modular construction includes two ear cup modules, a microphone boom module, a head band module, a headband cable module, and a termination cable module. The modular construction allows easy replacement of modules as well as selected components of the modules under field conditions without the need for tools. Replaceable water resistant thin film membranes are employed to provide weather protection as well as hygienic protection for the microphone, speaker and amplification electronics. The thin film membranes which cover areas which come into intimate contact with the wearer are easily replaceable under field conditions. Thus a headset that is shared by more than one user can be hygienically cleansed by simple replacement of the microphone and ear cup membranes.

A single chamber headphone apparatus and earcup design is provided which enhances wearer comfort, reduces headphone weight, facilitates ease of use, maintenance and operation by providing an improved internal chamber and battery cap configuration. Sound quality is improved by eliminating acoustic problems associated with two-chamber headset designs. A volume balance control is also provided.

An audio system includes an earplug with a speaker to deliver sound to the ear, and/or a microphone which captures sound in the ear canal, and an earmuff is worn over the earplug. The earplug receives sound signals from the earmuff (and/or transmits captured sound signals to the earmuff) by translating such sound signals into light signals which are transmitted over a free space situated between the earmuff and earplug. The light signals are then received at the earplug and/or earmuff and converted to electrical signals which may be further transmitted (e.g., from the earmuff to some external communications device) or converted to sound (e.g., in the earplug by having the electrical signals drive an earplug speaker). If power is required by the earplug, the need for on-board power sources may be avoided by converting light transmitted from the earmuff into power at the earplug. Electrical shock and physical snag hazards are avoided, and the earmuff is easily put on and removed, owing to the lack of wires or other physical connections between the earplug and earmuff. Additionally, by avoiding wires or radio transmission between the earplug and earmuff, electromagnetic interference may be reduced.

A helmet includes a shell with an impact resistant exterior surface formed by an upper shell and a rear shell. The upper shell is shaped to protect a top portion of a wearer's head, the rear shell shaped to protect an occipital portion of the wearer's head. A headset assembly, attached to the shell, includes dual ear cups rotatable about an axis that is above the wearer's ears when the helmet is worn. The ear cups have at least the following positions: an extended position to cover the wearer's ears, and a retracted position substantially abutting both upper and rear shell to the rear of the wearer's ears. The ear cups are shaped so that they form a surface substantially flush with the exterior surface while the ear cups are in the retracted position.

There is provided a headphone comprising: a pair of right and left housings each for accommodating a speaker unit; a headband having a shape curved in a longitudinal direction to which the pair of right and left housings are connected on both sides in the longitudinal direction, respectively; and first to third hinges provided on the headband so as to be arranged in the longitudinal direction and capable of folding the headband in an inner side direction of curvature; wherein the first hinge positioned between the second and third hinges is capable of folding the headband about a hinge axis tilted relative to a forward and backward direction perpendicular to the longitudinal direction of the headband such that both ends in the longitudinal direction of the headband folded only by the first hinge do not contact each other.

An earphone produces an intelligently-changing stereo sound effect. The earphone includes an ear cup, at least one speaker disposed in the ear cup, a processing unit disposed in or attached to the ear cup and connected to the speaker, and at least one sensor disposed in or attached to the ear cup and connected to the processing unit. The sensor is configured to sense a movement of the earphone or an environmental change of the earphone and to send the processing unit a signal representing the movement or the environmental change. The processing unit is programmed to process the signal and to generate a changed stereo signal for the speaker. The changed stereo signal is changed according to the movement or the environmental change. The speaker is configured to receive the changed stereo signal and to generate a changed stereo sound effect according to the changed stereo signal.

A transducer, a headphone and a method reduce noise and/or ambient sounds. The headphone has a microphone, a transducer and/or an electrical circuit for producing and/or for transmitting an anti-noise sound wave and/or a noise compensation signal inside an ear cup of the headphone. The anti-noise sound wave and/or the noise compensation signal cancels, dampens and/or reduces a sound wave of the noise and/or of the ambient sounds inside the ear cup. The transducer produces and/or transmits an audio signal which is received by an ear of a user. The microphone and the transducer are connected to, are attached to and/or are in communication with the electrical circuit within the headphone. The transducer has a double-sided diaphragm with concentric circular corrugations and/or foil spiral conductors on each side of the diaphragm. The microphone inside the ear cup is covered by and/or is connected to a sound absorbing material inside the ear cup of the headphone. An ear cushion having a inner side and an outer side is attached to and/or is connected to the ear cup for receiving an ear of a user. The inner side and the outer side of the ear cushion are made from an acoustically resistive material and an acoustically isolating material.

Disclosed is a Bluetooth sports headset, comprising a headset body, a wire control unit, and a headset wire. Two headset bodies having the same structure are respectively connected to the wire control unit via the headset wire; the wire control unit is configured to control the headset body which comprises a rear cover, a wire tail, a cell, an ear shell, a speaker, a front nozzle, and an earmuff. The cell is mounted in an inner cavity of the ear shell; the rear cover on a tail end surface of the ear shell; the earmuff on a head of the ear shell; the front nozzle on an inner side of the earmuff; the speaker on an inner side of the front nozzle and is opposing the head position of the ear shell; the wire tail on an outer surface of the ear shell and is connected to the headset wire.

A noise canceling headphone includes a microphone provided in a headphone housing, collecting external sound, a canceling signal generating circuit generating a canceling signal in response to a signal output from the microphone which cancels external sound passing through the housing without being attenuated by a sound insulating characteristic of the headphone, a compensating signal generating circuit generating a compensating signal that compensates for the external sound attenuated by the sound insulating characteristic of the headphone, an adding circuit that adds a musical signal input from the exterior to the compensating signal, and a speaker unit that outputs an output signal from the adding circuit and the canceling signal.

An earmuff structure for headset or ear protector includes two earmuff shells and two integrally injection molded speaker mounting plates that are screwed to an inner side of the earmuff shells and each has a central hole for receiving a speaker therein. The speaker mounting plates are provided at a rear surface with wall portions of predetermined heights. The wall portions on one of the speaker mounting plates are formed from outer bottom surfaces of two battery compartments formed on a front surface of the speaker mounting plate at two sides of the central hole. With the speaker mounting plates, batteries and speakers may be quickly assembled to form the earmuffs or disassembled for replacement. The wall portions on each speaker mounting plate cooperates with a foam located behind the speaker to define a space functioning like a cabinet, creating clear and high quality stereo sounds output from the speakers.

An earmuff includes: a casing; a baffle board; and an ear pad including an engagement member, the engagement member being an outwardly extended part of a skin member of the ear pad. The ear pad is fixed at a front of the baffle board with the engagement member constrained to an outer surface of either of the baffle board and the casing or both by a ring-shaped elastic member, and the ear pad fixed and the baffle board define a front air chamber.

A protective headgear combination has a helmet and at least one ear defender secured on the helmet rotational position of the at least one ear defender relative to the helmet is adjustable about a first axis of rotation, wherein the first axis of rotation is positioned relative to the vertical at an angle of less than 45° for an upright head position of a user of the protective headgear combination.

There is provided headphones that include a pair of left and right earcups, an audio signal processing unit contained in the earcups, a headband connecting the left and right earcups respectively through a hanger, and a cord to supply a signal to the audio signal processing unit. In the headphones, a connection portion between the hanger and the headband is configured as an extension and contraction unit having a multistage structure including a small-diameter hollow member able to be taken in and out of a large-diameter hollow member, a part of the cord contained in the extension and contraction unit is spirally wound so as to be extended and contracted, nodes are placed respectively between the headband and the extension and contraction unit and between the hanger and the extension and contraction unit, and the respective nodes have a through-hole allowing penetration of the cord.

An earmuff device is disclosed to include a headpiece formed of two smoothly arched bands that are overlapped on each other and axially slidable relative to each other, two earmuff cups each having a cup base, a gradual enlargement cup rim and a plurality of radial ribs radially connected between the cup base and the gradual enlargement cup rim, two U-lugs respectively pivotally connected to the bands of the headpiece, two connecting strips each having one end pivoted to one U-lug and the other end fastened to one earmuff cup, two earmuff cushions respectively covering the earmuff cups, and a soft sleeve sleeved onto the headpiece and connected between the earmuff cushions. The earmuff device allows a user to conveniently adjust the length of the headpiece as well as the angular position of the headpiece relative to the earmuff cups.

A bowl-shaped cover (1) with a hole at the bottom replaces the cover with a sound hole of the conventional earphone, thus creating a constant space. The earphone sound vibrates the cover (1) by beating the inside of the cover (1) and then the vibration is transmitted to a rubber drumhead (vibrating membrane) (2) which is attached onto the cover (1). The rubber drumhead (vibrating membrane) (2) of the earphone works as a soft earmuff and makes wearing feel soft and comfortable. The present invention relates to the earphone that converts sound into vibration and also isolates sound.

Ornamental ear wrap (1) devices are provided. Variations include an ear wrap having an ornamental body attachment (11) portion and an earphone attachment portion (5). Methods of use include wrapping such a device about the ear of a user. Kits or systems may be provided for assembling the ear wrap devices or practicing the subject methods.