摘要:
A voice sound input apparatus, adapted to be inputted a sound and configured to output sound data, includes: a display unit; a first microphone, related to a first sound hole; a second microphone, related to a second sound hole; a signal processing unit; and a microphone holding unit, formed with the first sound hole, and adapted to extend toward a sound source predicted position; wherein a distance between the first sound hole and the second sound hole is a distance that a phase component of a sound strength ratio is lower than or equal to 0 dB, the sound strength ratio being a ratio between a strength of a sound component contained in differential sound pressure of sounds entered to the first sound hole and the second sound hole and a strength of sound pressure of the sound entered to the first sound hole.
摘要:
A vehicle trim and microphone assembly includes a headliner having a substrate, a foam layer, and a surface cover covering the substrate and foam layer. The substrate has a hole that is covered by the surface cover. A bracket is secured to the substrate and a microphone installed in the bracket so that acoustic sound waves pass through the surface cover within the hole to be detected by the microphone.
摘要:
A wireless microphone includes a barrel that includes a grip having top and bottom ends. The barrel further includes a battery accommodating section connected to the bottom end of the grip. The battery accommodating section has at least one battery seat formed with an outward opening and configured for receiving and electrically connecting to a battery, and is formed with an accommodation space disposed adjacent to the at least one battery seat. The wireless microphone further includes a battery cap removably sleevable over the battery accommodating section, and an audio pick-up unit mounted to the top end of the grip and configured to pick-up a sound signal. In addition, the wireless microphone includes a circuit unit that includes a control circuit board and an antenna.
摘要:
A microphone has at least one non-conductive component with at least one side covered by a metal layer which in turn is covered by a protective layer, and the microphone can be a component of a delegate unit of a conference system or a congress system.
摘要:
In order to automate a microphone assembly process including a dust-proof treatment, an object of the present invention is to provide a dust-proof microphone having a configuration suitable for automated assembly.According to the present invention, a microphone has a plate-like or film-like dust-proof section that is disposed in a conductive housing (capsule) having a sound aperture and covers the sound aperture. The dust-proof section has a plurality of pores at least in a region corresponding to the sound aperture, and the dust-proof section further has a nonporous region. In the case of an electret condenser microphone, from the viewpoint of performance of the microphone, the dust-proof section is conductive. In addition, taking into account a soldering in a reflow furnace, the dust-proof section is heat-resistant. Each pore is desirably designed taking into account the environment for the usage of the microphone. However, if it is supposed that the microphone is used near one's mouth, each pore has an area of 0.01 mm2 or less. In addition, to enhance the dust-proof effect, the pores may be subjected to a water-repellent treatment.
摘要:
An apparatus for releasably securing at least one wireless communication device to at least one head gear is disclosed. The apparatus comprises an elongated L-shaped member defined by a proximal, generally a straight portion terminating at a sleeved clip having a left arm and a right arm and a distal, generally a curved portion extending perpendicular to the straight portion and terminating at a circular end member. The circular end member expands around an earbud of a wireless communication device thereby preventing it from falling off. The left arm and the right arm of the sleeved clip attach to a head gear thereby holding the wireless communication device. The head gear may be selected from a group comprised of eyeglasses, sunglasses, helmet, visor, headband or cap. The sleeved clip can be interchangeable with a clamp or elastic tube, and available in different sizes for flexibility.
摘要:
An electret capacitor microphone with one-piece vocal cavity component includes; a shell, a vibration element and a circuit board which is used to envelop the shell containing cavity and connect with the shell; the first vocal cavity is formed between the vibration element and the inner surface of the top of the shell; voice holes are connected with the first vocal cavity; wherein, one-piece vocal component that lies between the vibration element and circuit board is installed in the shell. The one-piece vocal cavity component is formed by an annular sidewall and a cavity board formed in one-piece on the annular sidewall. A through-hole is formed on the cavity board and inner concave at lower end of an annular sidewall. The second vocal cavity is formed between the annular sidewall and the cavity board. An external surface of the annular sidewall is coated with an insulating material layer.
摘要:
A microphone having an optical component for converting the sound-induced motion of the diaphragm into an electronic signal using a diffraction grating. The microphone with inter-digitated fingers is fabricated on a silicon substrate using a combination of surface and bulk micromachining techniques. A 1 mm×2 mm microphone diaphragm, made of polysilicon, has stiffeners and hinge supports to ensure that it responds like a rigid body on flexible hinges. The diaphragm is designed to respond to pressure gradients, giving it a first order directional response to incident sound. This mechanical structure is integrated with a compact optoelectronic readout system that displays results based on optical interferometry.
摘要:
A microphone assembly includes a housing including at least one first tube in communication with at least one first cavity, at least one second tube in communication with at least one second cavity, one third tube in communication with at least one third cavity, and at least one microphone element separating the first, second and third cavities, wherein sound waves are received in the first, second, and third tubes and directed into the cavities and received by the microphone element. A method for converting sound waves into an electrical signal includes receiving the sound waves through at least three tube openings and directing the received sound waves along tube pathways into at least a first, second, and third cavity to a microphone separating the first, second, and third cavity. The method further includes converting the received sound waves into an electrical signal with the microphone.