Abstract:
A shower and speaker 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 speaker supportable in the receptacle. The outlet may define an outlet plane, and the speaker may include a speaker housing providing a speaker outlet, the speaker 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 speaker and the shower device.
Abstract:
The present invention relates to a wireless speaker having a structure with the outer cover. The outer cover can be easily detached from the speaker body, thereby facilitating user's mounting types of external electronic products as desired, for example, various types of bulbs, such as an LED lamp or an energy-saving lamp, and a wireless router or a camera. This facilitates user's selections. In addition, the present invention relates to a wireless speaker system, the wireless set and the wireless speaker use the wireless transmitting and receiving modules, or may use WiFi, Bluetooth or other wireless transmission modes. The wireless set supports a plurality of wireless speakers, and the wireless receiving speaker may be mounted on the ceiling, wall, or hidden place in the kitchen, living room, bedroom, bathroom or even bar, and restaurant. In addition, it may also be mounted on the table or floor lamp, or transportation means such as trains and planes, serving as a video and audio center for households and entertainment places by free combinations.
Abstract:
An apparatus comprising: two electro-acoustic transducers, each having a diaphragm characterized by an axis defining a movement of the diaphragm; a housing supporting the electro-acoustic transducers, and maintaining each of the axes in a predetermined orientation relative to each other and to a cavity, wherein each transducer is coplanar to a side wall of the cavity, the side walls being joined by an end wall opposite an opening from the cavity, wherein a vector sum of inertial forces generated by a movement of the diaphragms and acoustic forces exerted against the side and end walls of the cavity by pressure caused by movement of the diaphragms is substantially zero; wherein the housing includes: a front-side duct having a front-side end-wall, a front-side of the first diaphragm and a front-side of the second diaphragm directly coupled to the front-side duct; a first / second back-side duct having a first / second back-side end-wall, a back-side of the first / second diaphragm directly coupled to the first / second back-side duct; wherein a vector sum of an acoustic force on the front-side end-wall, an acoustic force on the first back-side end-wall, and an acoustic force on the second back-side end-wall is substantially zero.
Abstract:
A mounting ring (20) with which an engaging hook (68) of a fall-preventing member (67) is to be engaged and a flexible, belt- or string-shaped handle member (25) formed of synthetic resin fabric material are fixed within an area of a cabinet section (2) that is located upward of a first plane passing through the position of a center of gravity of the cabinet section generally in parallel to the bottom surface of the cabinet section and located to one side of a second plane passing through the position of the center of gravity in intersecting relation to the first plane. The speaker unit (1) hung by the handle member (25) being held with a hand of a human operator is inclined, so that the mounting ring (20) is oriented upward near the hand. Thus, the human operator can perform with ease an operation for engaging the engaging hook with the mounting ring with one hand while holding the handle member with the other hand.
Abstract:
A speaker unit mounting structure includes a provisionally fastening mechanism (10) for fastening a speaker unit (1) to a ceiling (60) with a cabinet section (2) of the speaker unit inserted in a mounting hole (61) of the ceiling. The provisionally fastening mechanism includes a provisionally fastening tab (11) formed of resilient metal, fixed to the outer peripheral side surface of the cabinet section and having a stepped engaging section (13) engageable with the inner peripheral edge portion of the mounting hole. Engagement of the engaging section with the inner peripheral edge portion of the mounting hole can be canceled by a human operator pressing, from the face side of the ceiling, an operating section (15) of the tab, exposed to a gap (X) between the front side and a flange portion (5) of the speaker unit, to thereby resiliently deform the operating section.
Abstract:
The acoustic radiator of a coaxial structure of an active region surrounded by a passive region wherein the operating area of the active region is also included as a part of the passive region. The active region includes for example a fully assembled audio speaker that is flexibly suspended in an enclosure with the flexible suspension connected between the audio speaker and the opening of the enclosure with the audio speaker never coming into direct contact with any portion of the enclosure when energized or unenergized. In such configuration, the area of the audio speaker functions as active region the audio speaker of the acoustic radiator. The passive radiator function includes both the area of the complete audio speaker and the area of the enclosure that surrounds the audio speaker. In this configuration the audio speaker is a central portion of the passive radiator and thus it can be seen that the audio speaker and the passive radiator are effectively coaxially mounted one with the other.
Abstract:
Die Erfindung betrifft ein Lautsprechersystem mit einem Verstärkerelement (1) und zumindest einer Membrane (2) zur Wandlung elektrischer Energie in Schallwellen, sowie Anschlüssen zur Verbindung mit zumindest einem Audiosignalgeber, wobei die zumindest eine Membrane (2) des Lautsprechersystems zumindest teilweise mit einem Energiewandlerelement (4)bedeckt ist, welches mit dem Verstärkerelement (1) in der Weise verbunden ist, dass die Energieversorgung des Verstärkerelementes durch das Energiewandlerelement (4) erfolgt. Als Energiewandlerelement (4) eignen sich insbesondere Dünnschicht-Solarzellen. Damit ist ein energieautarkes Lautsprechsystem gegeben, dass sich besonders für den Einsatz in oder mit mobilen Geräten eignet.
Abstract:
A wireless illuminative speaker system, comprising a wireless transmitter comprising a transmitter body, a wireless transmit module, a main board printed board circuit assembly (PCBA), and a support, and at least one wireless illuminative speaker comprising a speaker body, an illuminating part, a speaker part, and a wireless receiving module, The wireless transmitter operates to obtain audio data from an external electronic device and to transmit the audio data in the form of wireless audio digital signals, the wireless transmit module is disposed in the transmitter body, the main board PCBA operates to control the wireless transmit module, the support operates to mount an audio playing device thereon, the wireless illuminative speaker operates to receive the wireless audio digital signals from the wireless transmitter and to plays the received wireless audio digital signals after digital-to-analog conversion, and the illuminating part is disposed in the speaker body.
Abstract:
The invention relates to an acoustic panel for emitting, receiving or absorbing sounds, characterized in that it includes two walls (12, 14) arranged opposite one another and defining an inner space (16), said inner space (16) including at least 50% air and being provided with at least one recess (16), at least one deformable element (20), means (22) for exerting a force on said at least one deformable element (20), and means (24) for linking said at least one element to a surface (26) of one of said walls (12, 14), said at least one deformable element (20), linking means (24) and surface (26) defining a chamber.