How We Hear: Air Conduction vs. Bone Conduction
When it comes to how we hear, there are two main ways: air conduction and bone conduction. Most people are familiar with air conduction, which is the process of sound waves traveling through the outer ear and middle ear before they reach the inner ear. However, bone conduction is a lesser-known way of hearing that can have a significant impact on those with certain types of hearing loss.
The Science Behind Bone Conduction
In bone conduction, sound is conducted as subtle vibrations along the bones to the inner ear, which houses the organs of hearing and balance. The vibration is carried through the entire skeletal structure and activates both the sense of hearing and the organ of balance. This means that bone conduction can be used as an alternative route for sound to reach the inner ear when traditional air conduction is blocked.
A Brief History of Bone Conduction: From Beethoven to Today
One famous example of bone conduction comes from the composer Ludwig van Beethoven, who was almost completely deaf. Beethoven found a way to hear the sound of the piano through his jawbone by attaching a rod to his piano and clenching it in his teeth. By doing this, he was able to receive perception of the sound when vibrations transferred from the piano to his jaw, proving that sound could reach our auditory system through another medium besides eardrums.
Who Can Benefit from Bone Conduction Solutions?
Today, bone conduction solutions are used by many people with conductive hearing loss, mixed hearing loss, or single-sided deafness. These conditions can block sound waves from getting to the inner ear through air conduction. Hearing through bone conduction bypasses these damaged, blocked, or missing parts of the ear and delivers sound vibrations directly to the inner ear.
How Bone Conduction Headphones Work
One popular use of bone conduction technology is in the form of bone conduction headphones. These devices perform the role of eardrums by decoding sound waves and converting them into vibrations that can be received directly by the cochlea, without the eardrum being involved. The “sound” reaches the ears as vibrations through the bones or skull and skin, making bone conduction headphones a popular option for those with hearing loss or tinnitus.
The Advantages of Bone Conduction Headphones: Comfort and Sound Quality
Because of their open ear design, bone conduction headphones can be helpful for anyone who wears hearing aids or suffers from tinnitus. They allow ambient sounds to enter the ear canal, effectively acting as a masking solution for individuals suffering from this condition. Additionally, many users report that bone conduction headphones are very comfortable to wear and produce adequate sound quality.
Bone Conduction Headphones for Hearing Loss and Tinnitus Sufferers
While air conduction is the more commonly known way of hearing, bone conduction can have a significant impact on those with hearing loss. By using the body's natural ability to conduct sound, bone conduction solutions like headphones can help those with certain types of hearing loss to hear more clearly and enjoy a better quality of life.
Key Features of Klatre LS1 Bone Conduction Headphones
Our headphones are designed to the highest specification and come packed with the following key features:
- Patented Bone-Conduction Technology: Our unique technology provides crystal clear midrange to high-frequency sounds, ensuring that you enjoy every note, beat, and chorus while staying aware of your surroundings.
- 8 Hours of Music and Calls: Our headphones offer up to 8 hours of music and calls to keep you powered up during long training sessions.
- IP55 Water-Resistant: With an IP55 rating that resists dust and moisture, the Klatre LS1 is built to last and withstand rainy runs, sweaty rides, and tough conditions.
- Dual Noise-Canceling Microphone: Equipped with a dual noise-canceling microphone for clear calls on both ends.
- Limited Sound Leakage: Keep your music to yourself with minimal sound leakage.
- Major Certifications: Our headphones carry major certifications in the US, Europe, Japan, and China, including FCC ID, sDoc, CEC+DoD, BQB, CE, MIC, and SRRC.
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In comparison to Air-conduction headphones, Bone-conduction headphones provide a more natural open-ear listening experience with minimal sound leakage. They also do not cause fatigue to the outer or middle ear and remain secure during physical activities. Air-conduction headphones, on the other hand, require a higher volume for sound clarity, which can drown out ambient noise. Additionally, the larger battery capacity required for this design leads to an increase in the weight of the earbuds or headphones.