인공와우 작동 원리 알아보기 I AB인공와우

Summary

The Clea implant system offers a revolutionary solution for those who can no longer benefit from hearing aids. It utilizes high-fidelity microphones to capture sounds, which are then converted into digital signals and transmitted to an implant. This implant stimulates the hearing nerve directly, sending impulses to the brain that are interpreted as sound. The technology enables individuals to hear once again, even for the first time, empowering them to reconnect with the moments they love. Advanced Bionics is committed to helping everyone live without the limitations of hearing loss.

Takeaways

• 😀 The Clea implant system includes several pieces of technology that work together to help people hear.
• 🎧 The process begins with High Fidelity CI microphones that capture sounds at the opening of the ear canal.
• 🔄 The processor worn over the ear converts sounds into digital signals for a more natural listening experience.
• 📡 The headpiece transmits the digital signals to the connected implant.
• ⚡ The implant passes electrical signals to the CI electrodes in the inner ear.
• 👂 The electrodes stimulate the hearing nerve directly, enabling hearing.
• 🧠 The hearing nerve sends impulses to the brain, which interprets them as sounds.
• 🔊 CI technology provides hearing benefits for those who no longer benefit from hearing aids.
• 🌟 Advanced Bionics aims to help individuals hear again or for the first time with their technology.
• 💬 The company believes everyone can live without the limitations of hearing loss, connecting them to the moments they love.

Q & A

What is the purpose of the Clea implant system?

The Clea implant system helps bypass the hearing loss by directly sending sound signals to the hearing nerve, enabling the user to hear again or for the first time.

How does the Clea implant system work?

The system works by using High Fidelity CI microphones to capture sound, which is then converted into digital signals by a processor worn over the ear. These signals are transmitted to the connected implant, which passes them to electrodes in the inner ear, directly stimulating the hearing nerve to send impulses to the brain.

What role do the High Fidelity CI microphones play in the Clea implant system?

The microphones pick up sound at the opening of the ear canal, providing the most natural listening experience by capturing external sounds.

What does the processor in the Clea implant system do?

The processor worn over the ear converts the captured sounds into digital signals, which are then transmitted to the implant to be further processed.

How are the sound signals transmitted to the hearing nerve?

The sound signals are transmitted from the processor to the implant, which then sends the electrical signals to the electrodes in the inner ear. These electrodes directly stimulate the hearing nerve.

What happens after the hearing nerve receives the signals from the implant?

Once the hearing nerve receives the signals, it sends impulses to the brain, which interprets these signals as sounds, allowing the person to hear.

Who can benefit from the Clea implant system?

The Clea implant system is ideal for individuals who no longer benefit from hearing aids, providing them the ability to hear again or for the first time.

What makes the Clea implant system different from hearing aids?

Unlike hearing aids, which amplify sound, the Clea implant system directly stimulates the hearing nerve, offering a solution for those who cannot benefit from traditional hearing aids.

What is the primary benefit of using the Clea implant system?

The primary benefit is that it enables people with severe hearing loss to hear again or for the first time by bypassing damaged parts of the ear and directly stimulating the hearing nerve.

How does Advanced Bionics view the potential of CI technology?

Advanced Bionics believes that everyone can live without the limitations of hearing loss, and CI technology makes it possible to reconnect with the moments people love.