Abstract: An apparatus including a transducer membrane for generating sound waves; and a plate, through which sound waves can pass, at least partially overlaying the transducer membrane configured to produce a magnetically shielded region so to impede particles reaching the transducer membrane.

Abstract: A light-emitting diode bulb with loudspeaker function includes a bulb head, a drive power assembly, a heat radiator, a light-emitting diode module, a loudspeaker assembly, and a cover covered on the heat radiator. The drive power assembly is assembled to an upper portion of the bulb head, and is electrically connected with the bulb head. The drive power assembly includes a power supply circuit board assembly and a wireless module. The heat radiator is mounted to the upper portion of the bulb head. The drive power assembly is received in the heat radiator. The light-emitting diode module is mounted on the heat radiator, and is electrically connected with the power supply circuit board assembly. The loudspeaker assembly mounted on the light-emitting diode module, the heat radiator and the drive power assembly includes a fastening holder, an audio circuit board, a fastening bracket and a speaker unit.

Abstract: A shower assembly. The assembly may include a shower device including a device housing defining an inlet communicating with an inlet chamber, an outlet and a waterway communicating between the inlet chamber and the outlet, the device housing further defining a receptacle having a closed end and an open end, the inlet chamber being behind the closed end, the waterway extending along the receptacle from the closed end toward the open end; and a second device supportable in the receptacle. The outlet may define an outlet plane, and the second device may include a housing providing an outlet, the outlet being one of aligned with and positioned forwardly of the outlet plane when the speaker is supported in the receptacle. The assembly may further include a magnetic connecting structure operable to releasably connect the second device and the shower device.

Abstract: A speaker terminal mount structure has a frame having a slit, and a terminal supported by the frame when inserted into the slit. The slit has a shape including two first side support sections, and at least one second side support section abutting on a second surface and positioned on an inner side of a region sandwiched between the two first side support sections when viewed from a direction in which the terminal is inserted. Assuming that a first virtual straight line is formed by connecting the two first side support sections, and a second virtual straight line extends in parallel to the first straight line at a distance smaller than a thickness of the terminal from the first straight line in a first direction, the second side support section is positioned in a second direction with respect to the second straight line.

Abstract: A sound system which has, for example, a radio, a cassette and a CD player is usually already installed in cars as standard or as an option. In addition, a better sound system includes a box system which has a tweeter and a woofer. In order to provide a speaker box which is suitable particularly for dispensing frequencies below 150 Hz and at the same time has neat pulses accompanied at the same time by little distortion, pulse dynamics and is highly effective, a sound transducer (10) is introduced into the supporting structure of the vehicle. This takes place in such a manner that subcompartments which are separated from each other adjoin each of its two membrane sides. In this case, the two subcompartments of the speaker box are formed by at least two elements (2, 3, 4) of the supporting structure of the vehicle (1).

Abstract: An electrostatic loudspeaker includes a backplate having a metal film acting as one electrode of a capacitor and defining a number of sound apertures therein; a diaphragm insulatively spaced a distance from the backplate to form the capacitor; the diaphragm comprising a metal film acting as the other electrode of the capacitor; a back chamber having a substrate and an insulative spacer for joining edge portions of the diaphragm and the substrate; a driving circuit element for converting electrical signals from exterior input pads into driving signals to drive the diaphragm to vibrate and sound; the driving circuit element being mounted on an inner surface of the substrate and being accommodated in the back chamber; and a first, second and third connection paths for respectively electrically connecting the driving circuit element with the two electrodes of the capacitor, and the exterior input pads. An electrostatic loudspeaker with two backplates is also disclosed.

Abstract: An electromagnetically-shielded speaker (or microphone) system for generating acoustic sounds (or electric signals) based upon electric signals (or acoustic sounds) supplied thereto while minimizing irradiation of undesirable electromagnetic waves. While Various speaker systems can be used, each system has at least one source for emitting the undesirable waves and at least one counter member for emitting counter electromagnetic waves capable of canceling at least a substantial portion of the undesirable waves due to their phase characteristics. The system has at least one electric and/or magnetic shields capable of shielding and/or terminating electric waves and magnetic waves of the undesirable waves, respectively.

Abstract: The invention relates to a gasket, and in particular a gasket for acoustically sealing an audio component inside an electronic apparatus. A gasket for acoustically sealing an audio component inside an electronic apparatus, the gasket including a plurality of elongate channels extending through the gasket, the gasket being configured to provide a lower acoustic resistance through the channels than transverse to the channels.

Abstract: The present invention relates to electromagnetically-shielded speaker (or microphone) systems for generating acoustic sounds (or electric signals) based upon electric signals (or acoustic sounds) supplied thereto while minimizing irradiation of undesirable electromagnetic waves. More particularly, the present invention relates to various speaker systems each of which has at least one source for emitting the undesirable waves and at least one counter member for emitting counter electromagnetic waves capable of canceling at least a substantial portion of the undesirable waves due to their phase characteristics. The present invention instead relates to various speaker systems each of which has at least one electric and/or magnetic shields capable of shielding and/or terminating electric waves and magnetic waves of the undesirable waves, respectively.

Abstract: An inflatable device that floats on water has an inflatable body that has a hollow interior, a speaker unit removably secured to the body, a battery box removably secured to the body, and wiring that electrically connects the speaker unit with the battery box. The wiring is housed inside a tube that extends inside the hollow interior of the body and exits the body at at least one exit location, the wiring including a first electrical connector that is removably coupled to the speaker unit, and a second electrical connector that is removably coupled to the battery box.

Abstract: A bulb type speaker structure mainly comprises a speaker, a circuit board, and a case body. Said circuit board is lodged inside of a housing of said case body. Leads connect an inside conductor and an outside one of a joint of said case body to an AD adaptor of said circuit board respectively. Said speaker is set in the remaining space inside said housing and connected to an amplification circuit of said circuit board with leads. A safeguard combined to the opening of said housing can seal and form the bulb type speaker structure. Such bulb type speaker can be easily connected with a bulb holder through the joint of said case body so as to perform its facility and maneuverability of installation without additional stands.

Abstract: In the surface-mounted electromagnetic sound generating body in which a thin resin casing incorporating a sound generating unit is formed with a sound release hole, a sound leakage prevention member separate from the casing is provided around the sound release hole. This arrangement reduces the number of processes for assembling the surface-mounted electromagnetic sound generating body in the manufacture of a mobile phone and at the same time minimizes the volume occupied by the surface-mounted electromagnetic sound generating body on a printed circuit board.