Surface vibration speaker

See for yourself how we use modern technology to simplify our production and to improve how your TV will look like with the best sound accompaniment. We are glad to share with our Bathroom television series update — we have changed small regular speakers of our FS series integrated speakers series to new vibration speakers that can work through the glass. Another magic of our TVs became real with this amazing technical solution! This is our old series with 2 small waterproof speakers on the front and it has several disadvantages:. This is our new series with vibration invisible speakers.

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Content:

• Place this puck-sized gadget on any surface to transform it into a vibrating speaker
• Best Vibration Speaker – Top 3 Reviews, Tips, Buyers’ Guide, FAQs & More
• Resonance Speaker - i-Jerry Surface Vibration Speaker
• surface vibration speaker
• Login to my account
• Vibration Speaker Technology - Massive Force : Micro Vibrations
• Best vibration speaker: Top reviews and features
• 10 Best Vibration Speaker (Review & Guide for 2021)
• How Vibration Speakers Work
• Damson Cisor

WATCH RELATED VIDEO: Thunderpuck Demo and Review: Turn the world into your own personal speaker!

Place this puck-sized gadget on any surface to transform it into a vibrating speaker

By: Jonathan Strickland. Few developments in musical history stand apart from all others: The first musical instrument, the development of recording technology and the day Bob Dylan switched to electric guitars are among them. Perhaps the most important change in the last few decades is the shift to mobile devices as music delivery systems. Smartphones , MP3 players, tablets and other gadgets make music more accessible.

But this shift to mobile music brings along a challenge. Listening to a device using headphones can be great. But most mobile devices don't have internal speakers strong enough to provide a really satisfying experience if you want to share music with other people.

One solution to the problem is to use portable speakers. But many portable speakers lack oomph. The sound might be tinny or thin. You may only be able to coax a relatively low volume from them. Another approach is to use vibration speakers , sometimes called vibration transducers. These gadgets turn surfaces into speakers. Mount one on a window or set it on a table and suddenly you get a rich, full sound. The effect can be astonishing, particularly since these speakers can be relatively small.

So how can such a tiny device create full sounds? To really understand how a vibration speaker works, we first need to take a closer look at the world of sound and how we perceive it.

At its most basic level, sound is movement. The sounds we hear every day are a result of molecules in the air banging into each other -- they react to the impulse that creates the sound in the first place. The molecules in a gas move around in random ways. That speed of that movement depends somewhat on the temperature of the gas. Cooler gases have less molecular movement, which makes collisions within that gas happen more slowly than they would if the molecules were zipping around quickly.

But air isn't the only medium that can transmit sounds. In fact, sound can travel faster through liquids and solids than it can through gases. The molecules in liquids and gases are packed closer together than they are in gases.

The molecules also don't move around as much as they do within a gas -- collisions between molecules happen faster as a result.

At 0 degrees Celsius 32 degrees Fahrenheit , sound will travel through air at meters per second. That's approximately miles per hour. But sound travels at 1, meters per second through liquid mercury. Solid glass transmits sound at 5, meters per second. Generally speaking, the more tightly molecules are packed within a medium, the faster it tends to transmit sound.

Sound radiates outward from its source. Imagine a still pond. Now go ahead and throw a big rock right in the middle. You'll see waves ripple outward from the point of impact. That's similar to how sound travels -- it moves out in waves in all directions.

The further from the sound's source you are, the quieter it will be as the waves lose energy and spread out. Sound waves vary in frequency and intensity. Higher-frequency sounds have a higher pitch. The volume of a sound depends upon how much it changes air pressure levels -- bigger changes mean louder sounds. So how is it that we hear these molecular movements? We have our eardrums to thank for that.

The eardrum is a thin piece of skin inside your ear. When colliding molecules hit your eardrum, it vibrates. Tiny bones connect to the eardrum and transmit these vibrations move along to the cochlea, a structure in your inner ear that contains fluid. The vibrations exert pressure on the fluid within the cochlea and the organ of Corti , another structure within your inner ear, translates these changes in pressure into electrical impulses that travel along the auditory nerve to your brain.

Your brain then interprets these signals as sound. Why can't sound can't travel through space? It's because molecules are spread so far apart from one another that they cannot interact. Without the molecular collisions there's no sound. If you want some peace and quiet, space might fill the void, metaphorically speaking. A typical speaker has several parts. The parts you can see without opening up a speaker are the suspension, the diaphragm and the dust cap.

The suspension acts as a frame for the diaphragm. The diaphragm looks like a simple cone with the dust cap in the center. The dust cap covers a piece called the voice coil. The voice coil is a movable piece within the speaker. It's also an electromagnet. Passing current through the coil creates a magnetic field. Reversing the current switches the polarity of that magnetic field.

At the base of the speaker is a permanent magnet. When the polarity of the magnetic field of the coil matches that of the permanent magnet, the two like fields repel one another and the coil moves outward, pushing the diaphragm. When the magnetic forces are opposite one another, they attract each other.

This pulls the coil inward, pulling on the diaphragm. Alternating the electricity flowing through the coil will cause the coil to move up and down quickly. This makes the diaphragm move, which in turn causes the air pressure to change. The movements of the molecules in the air provide the sound we hear. An amplifier provides the changes in electricity to make the diaphragm move in such a way that it reproduces the right sounds.

A vibration speaker is similar, except that there's no diaphragm. Instead, the voice coil attaches to a movable plate. Setting a vibration speaker down on a solid surface positions the plate so that it will vibrate against that surface. As current alternates in the coil, it moves up and down, pushing against the movable plate.

The plate pushes against the surface, transferring the energy to the surface and turning it into a speaker. Because vibration speakers convert electrical energy into mechanical energy, they are also known as transducers. A transducer is a device that can convert one form of energy into another. The solid surface will vibrate with the speaker, displacing air molecules around it. Just as with any other sound, your ear detects the movements of the colliding air molecules.

Some materials reverberate better than others -- not all solids are created equal. In general, glass and wood tend to work best with vibration speakers. You can even mount vibration speakers on the inside of a wall, leaving the speakers invisible to those in the room. Because the speakers transfer vibrations to the surfaces you mount them on, the wall itself will send out sound. Manufacturers have found clever ways to incorporate vibration speakers into various products.

One company creates vibration speakers that you can mount on a ski helmet, letting you listen to music as you hit the slopes. Others design speakers that you can mount on the underside of desks or tables, giving you a full surface to work with without the clutter of visible speakers. And then there are bone-conduction speakers, which transfer vibrations directly to your skull so that you both hear and feel the music at the same time!

The company showcasing the product demonstrated their speakers by holding them against objects like cereal boxes, windows and even a business card. I was impressed with the sound they could get out of seemingly random objects. Since then, the market has blossomed for vibration speakers and you can find models from several different companies, ranging from desktop speakers to in-wall installations. Sign up for our Newsletter! Mobile Newsletter banner close.

Mobile Newsletter chat close. Mobile Newsletter chat dots. Mobile Newsletter chat avatar. Mobile Newsletter chat subscribe. Audio and Music Gadgets. How Vibration Speakers Work. The Vibration Speaker from Thumbs Up transmits vibrations to surfaces -- such as the packaging for the speaker itself -- to create sound.

Courtesy Thumbs Up Ltd. The Nature of Sound At its most basic level, sound is movement.

Best Vibration Speaker – Top 3 Reviews, Tips, Buyers’ Guide, FAQs & More

The small vibration bluetooth speaker with powerful sound. The bigger the surface, the bigger the sound. Free sports bodybuilding directory testogel for sale topic: or buy steroids in belgium, anabolic bodybuilding reviews buzzwork. Culinary, bedroom: id, the classical pilates and the nearby and safety plan and the stress away. Nowadays, having quick access to reliable customer support teams has become the norm for many operators, especially for the ones who want to be a part of the creme of the crop www.

Resonance Speaker - i-Jerry Surface Vibration Speaker

Audio isolation feet are vibration-proof materials that serve to block sound vibrations. Additionally, it also has the ability to absorb the self-induced vibrations of audio equipment. For audio enthusiasts who are particular about sound, listening to good music in the best environment is probably one of the most important things in their lives. Many are particular about audio accessories in order to enjoy high-quality analog sound. There are a number of different types of audio accessories, and among them, the audio isolation feet are considered easy-to-use and effective. Below, we will explain what audio isolation feet are, as well as the types, effects, etc. Audio isolation feet are easy to use — simply place them under the speakers or record player. Used under speakers, they reduce vibrations with minimal impact on the surroundings, while under record players, they prevent speaker vibrations from reaching the player. Audio isolation feet have the effect of suppressing sound vibration and improving sound quality. Sound is transmitted through the air as a vibration.

surface vibration speaker

The selected product combination is currently unavailable. That's it! We manage automatic weekly payments until you're paid off. Full purchase details can be viewed anytime online. Powerful Speaker: A multi-function watt speaker takes your music listening experience on to the next level Call Function: Engage in call function with the built-in hands-free function.

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It can be difficult to choose a high-quality vibration speaker. There are a few primary issues that will assist you in selecting the best vibration speakers for your home audio system and today we will talk about those. A vibration speaker creates sound, music, audio effects, and clear voice communications from resonant surfaces. Best vibration speakers may be used for a variety of purposes, including advertisements and creative campaigns since they enable audiences to immerse themselves in music. Magnetostrictive materials are used in vibration speakers to produce wide frequency vibrations within resonant surfaces. Vibration speakers are simple to build and maintain, with low installation and maintenance costs.

Vibration Speaker Technology - Massive Force : Micro Vibrations

Year of fee payment : 4. A vibration speaker is disclosed. The vibration speaker includes: a display screen including a first surface and a second surface opposite to the first surface; a vibrator disposed below the display screen with vibration direction perpendicular to the display screen; a cover including a lower cover and an upper cover assembled with the lower cover for forming a receiving space to receive the display screen and the vibrator; an elastic member comprising an inner end attached to the display screen, an outer end disposed between the lower cover and the upper cover, and a connecting part disposed between the inner end and the outer end and concaved towards the lower cover; wherein the display screen is actuated to vibrate and generate sound by the vibration of the vibrator. The contents of these applications are incorporated by this reference. The present disclosure relates to a speaker, and more particularly to a vibration speaker for generating sound by a display screen.

Best vibration speaker: Top reviews and features

Fabric creative wireless rohs square vibration portable resonance mini speaker with tf. Fast Delivery OEM 1. What type of business you are9 We are a Trading company also a factory for some of the products.

10 Best Vibration Speaker (Review & Guide for 2021)

RELATED VIDEO: Turn ANY Surface Into a Speaker!

Take your tunes anywhere, turning anything from a cup to a window into a speaker. The sonic system within Cyclone vibrates like a regular speaker but amplifies these vibrations to… more on Jumia. You need to log in or register in order to do this. JavaScript is disabled. Please enable JavaScript to use the full functionality of the website.

How Vibration Speakers Work

As part of my ongoing work with speakers that use uncommon technologies to project sound, this time I turned to the vibration speaker, a kind of transducer that, in order to radiate sound, coaxes a surface to vibrate by direct contact. Therefore, in this article, pros and cons of vibration speakers will be highlighted and, at the same time, I will proceed to illustrate a piano suite I assembled that uses an expressly built-for Android application as an interface between whatever sound is produced in, on or with the piano and the vibration speaker: the sound is captured by the microphone of the Android device, then it is processed by the application and eventually is sent via Bluetooth to the speaker sitting on the piano soundboard, through which it gets amplified. This relatively simple system allows for a large array of timbral possibilities and unconventional ways of playing the piano. Sign In or Create an Account. Advanced Search. User Tools. Sign In.

Damson Cisor

By: Jonathan Strickland. Few developments in musical history stand apart from all others: The first musical instrument, the development of recording technology and the day Bob Dylan switched to electric guitars are among them. Perhaps the most important change in the last few decades is the shift to mobile devices as music delivery systems. Smartphones , MP3 players, tablets and other gadgets make music more accessible.