How Do Bone Conduction Headphones Work
Many people are curious about how bone conduction headphones work. Where does the sound come from? Where are the speakers? This article will help you to understand these modern headphones better.
Bone conduction headphones work by transmitting sound vibrations to your cheekbones instead of air. This is the same technique that marine mammals use underwater and Beethoven’s musician to make music when he lost his hearing. It all comes down to sound vibrations.
Most of the sounds that reach our ears go through the air. Sound vibration travels through the air beneath the ear canal, causing your eardrum to shake. Your brain acts on these vibrations and interprets them as sounds.
But there is another way we can hear things using the bone transmission. This is when the sound waves ignore your eardrums and are heard directly from the cochlea, the inner ear.
Beethoven – who began to experience hearing loss as he grew older – discovered this by holding a cane between his teeth while playing the piano.
The stick let the sound vibrations made by the piano reach his inner ear to hear the notes still.
How Do Bone Conduction Headphones Work
How well do bone conduction headphones work?
Bone delivery headphones and bone transmission headsets work amazingly well! They have great advantages over headphones in and out of the ear. Bone transmission technology keeps your ear canal open to hear other ambient sounds, making sure you know your surroundings. Headphones are more hygienic because germs are not transmitted from your ear to the speaker, as they are with earbuds, and there is no pressure or discomfort from the headphones in or around your ear. It is related with headphones for metal.
Bone-transmitting earphones provide conditions for outdoor safety, a dry and hygienic channel for sports, and a complete listening experience.
Bone transmission is a natural part of the hearing, used throughout the animal kingdom, used by aftershocks with bone transmission headphones. In 2015, scientists discovered that Ballin whales hear through vibrations in the whale’s skull.
When an elephant seals its foot, it shares a message with other elephants, often miles away. Elephants use their feet to sense the vibrations of earthquakes on the ground, as vibrations with bone transmission headphones send the bones directly to their inner ear.
So the next time you’re racing with your aftershocks headphones, be surprised for a moment that the song you’re listening to is reaching your ears like a whale’s call to your partner’s ear. Reaches through
