Abstract:
A headphone ear cup for mounting on a surface of a speaker unit of a headphone includes an annular cushion having a sound hole at a center thereof, and a composite cover having a ventilative layer and an air-tight layer. The composite cover wraps around the annular cushion and defines an inner-side portion, an outer-side portion and an ear-abutting portion. The ventilative and air-tight layers are respectively formed by the outer-side portion and a composite of the inner-side and ear-abutting portions or by a composite of the outer-side and ear-abutting portions and the inner-side portion. Therefore, the ventilative layer and the annular cushion form a good heat dissipation path to have excellent air-permeable property, and air-tight layer provides an improved acoustic field effect.
Abstract:
A headphone ear cup includes a composite cushion and a cover wrapping around the composite cushion. The composite cushion has an annular body and an air-permeable portion arranged at the outer periphery of the annular body. The air-permeable portion is made of a porous material having a porosity higher than that of the annular body. Because the annular body made of the material having relatively high density can maintain the sound output performance of the earphones, and the air-permeable portion made of the porous material having relatively low density can provide better heat dissipation effect, the headphone ear cup has excellent air-permeable property and improved acoustic field effect.
Abstract:
A headphone suspension system includes a headband assembly, a first earcup and a first suspension assembly elastically coupling the first earcup to a first end of the headband assembly. The headphone suspension system further includes a second earcup and a second suspension assembly elastically coupling the second earcup to a second end of the headband assembly.
Abstract:
An in-ear earphone featuring a housing, an audio output device carried in the housing, a hollow elongated stem formed integral with the housing and a toroidal-shaped ear dome. The stem having a first output end extending therefrom and being audibly coupled at a second input end to the output device. The ear dome integrally formed on the output end of the stem.
Abstract:
Electroformed housings for electronic devices and methods for making the same are provided. An electronic device is provided having at least one electronic part and an electroformed housing constructed from a metal that encloses the at least one electronic part.
Abstract:
A wireless ear-hook headset includes a flexible tube, a receiver and a transceiver. The flexible tube has a cable, a first fixing binder fixed on one end of the cable, a second fixing binder fixed on the other end of the cable, and an outer layer. The cable has at least one shapeable metallic wire, a plurality of signal wires and an insulating cover layer. The outer layer has two ends which are fixedly connected with the first and second fixing binders respectively and fully covering the cable. The receiver is connected to the first fixing binder of the flexible tube. The transceiver is connected to the second fixing binder of the flexible tube. The present invention also discloses the flexible tube structure and a method for manufacturing the flexible tube.
Abstract:
One embodiment of the practical framework for production of apparel articles incorporating electronic devices such as wired speakers. This framework securely locates the desired electronic (1) and applique elements (9, 10). The materials of which the substrate (3, 4, 6, 7) is comprised possess distinct qualities enabling it to be molded, formed, cut, sewn, mechanically fastened, and adhered to. In this way the substrate (3, 4, 6, 7) can be imparted with distinct features (3a, 3b, 3c, 4a, etc. . . . ). The features can provide for specific dimensional requirements and structural conditions. Some of these substrate features can be an acoustic chamber for a speaker (4a) or a detailed shape on which to fasten decorative materials (3a). This combination of features and qualities make the framework uniquely provide for any number of varied designs.
Abstract:
A docking earpiece may be provided. The docking ear piece may include a body, an earpiece plug on the body, and a first bladder in the earpiece plug. The earpiece plug may be provided in a first state and a second state. The earpiece plug may control the earpiece plug to be in the first state and to control the earpiece plug to be in a second state.
Abstract:
An earphone and method for forming the same are provided. The earphone includes an earphone housing, a speaker, and an earcap. The earphone housing includes a speaker mounting portion. The speaker is fixed to the earphone housing, and has a cable that passes through the body and is drawn from the body. The earcap is installed to at least partially enclose the speaker and the housing, and has at least one speaker sound emitting hole therein. The earcap is made of a material that solidifies after a predetermined time elapses, and is manufactured by inserting the material into an ear of a user, and then solidifying the material such that it is suited for a shape of the ear of the user.
Abstract:
An apparatus including a housing configured to support the apparatus on a head of a user; a controller; a sound transducer; and a proximity detector. The proximity detector is connected to the controller. The controller is configured to perform a predetermined function based upon a signal from the proximity detector.