How Hearing Loops Work

Summary

Ampetronic's hearing loop systems, utilizing T-coil technology, offer a revolutionary solution for individuals with hearing loss. By creating a magnetic field linked to a sound source, these systems enable clear, intelligible sound reception, unaffected by background noise or distance. T-coils in hearing aids or cochlear implants pick up this signal, providing access to sound in various settings, from retail counters to public transport. Ampetronic's commitment to delivering equal access to sound for all is central to their diverse and effective loop applications.

Takeaways

• 🦻 Hearing loss can be mitigated with hearing aids, cochlear implants, and hearing loop systems.
• 🔗 T-coils and hearing loops are widely recognized as the gold standard for assistive listening technology.
• 🌐 These technologies are gaining popularity globally for their effectiveness.
• 🎚️ Hearing loop systems create a magnetic field that is picked up by T-coil-enabled devices for clear sound transmission.
• 👂 T-coils convert the magnetic field signal into sound within the ear, enhancing the listening experience.
• 🏗️ Hearing loops can be installed in various settings, including outdoors and in challenging building structures.
• 🚪 Loops can be designed to prevent sound from spilling over into adjacent rooms, ensuring focused audio.
• 🛠️ In smaller spaces, a wall-mounted loop driver is sufficient to generate the necessary magnetic field.
• 💼 Hearing loops are beneficial in noisy environments like retail counters or reception desks for clear communication.
• 🏢 They are also integrated with window intercom systems and in public facilities like banks, buses, and elevators for accessibility.

Q & A

What is the primary purpose of a hearing loop system?

The primary purpose of a hearing loop system is to provide people with hearing loss access to sound that would otherwise be unavailable to them, by producing a magnetic field that can be picked up directly by T-coil enabled devices.

What are T-coils and how do they relate to hearing loops?

T-coils are telecoils in hearing aids or cochlear implants that can pick up a magnetic field produced by a hearing loop system, allowing users to listen to clear and intelligible sound directly through their hearing devices.

Why are T-coils and hearing loops considered the gold standard in assistive listening technology?

T-coils and hearing loops are considered the gold standard because they offer a reliable and effective way for individuals with hearing loss to hear sound clearly, regardless of background noise or distance from the sound source.

How does a T-coil-enabled device receive sound from a hearing loop system?

A T-coil-enabled device receives sound from a hearing loop system by picking up the magnetic field generated by the loop and transferring the signal via the hearing device into the ear.

Can hearing loops be installed in outdoor settings?

Yes, hearing loops can be installed in outdoor settings such as railway platforms, with various loop configurations available to suit different environments and building structures.

What are the different types of hearing loops that can be installed?

Hearing loops can be installed as simple perimeter or boundary loops, or more complex systems for larger areas or challenging building structures. They can also be designed to prevent sound signal spillover between rooms.

In what types of smaller spaces can a wall-mounted loop driver be sufficient?

In smaller spaces, such as retail counters or reception desks, a wall-mounted loop driver can be sufficient to generate the required magnetic field for a T-coil-enabled device.

Where else can hearing loops be commonly found?

Hearing loops can be commonly found in places like automated ticket and vending machines, car parks, transport concourses, elevators, and alongside window intercom systems in banks, buses, and taxis.

How does a hearing loop system enhance personal communication in noisy environments?

A hearing loop system enhances personal communication in noisy environments by providing a direct, clear sound signal to T-coil-enabled devices, allowing for better audibility and understanding over background noise.

What is the core principle behind the effectiveness of hearing loops?

The core principle behind the effectiveness of hearing loops is the ability of a T-coil fitted to a hearing aid or cochlear implant to pick up an electronic sound signal carried by a magnetic field generated by a loop driver.

What is Ampetronic's commitment regarding hearing loop systems?

Ampetronic is committed to delivering equality of access to intelligible sound for all, ensuring that individuals with hearing loss can benefit from their hearing loop systems.

Outlines

00:00

🔊 The Power of Hearing Loops and T-coils

The paragraph introduces the importance of hearing loops and T-coils for individuals with hearing loss. These technologies are considered the gold standard in assistive listening in many countries and are gaining global popularity. Hearing loop systems, when linked to a sound source, create a magnetic field that can be directly picked up by T-coil-enabled devices such as hearing aids and cochlear implants. This allows users to hear clear and intelligible sound regardless of background noise or distance from the sound source. The T-coil in the hearing device receives the signal from the loop's magnetic field and transfers it into the ear. The technology can be installed in various settings, both indoor and outdoor, and can be tailored to fit different spaces, from simple perimeter loops to complex systems for larger areas. The paragraph also mentions the use of hearing loops in personal settings like retail counters and reception desks, as well as in automated systems like ticket machines and elevators, ensuring accessibility to sound for those who need it.

Keywords

💡Hearing loss

Hearing loss refers to a decrease in one's ability to hear sounds, which can be partial or total. In the context of the video, it is the condition that many individuals face, necessitating the use of assistive technologies like hearing aids and cochlear implants. The video emphasizes how these technologies, in conjunction with hearing loop systems, can significantly improve the quality of sound reception for those with hearing loss.

💡Hearing aid

A hearing aid is an electronic device designed to amplify sound to assist individuals with hearing impairments. The video mentions hearing aids as a common tool used alongside hearing loop systems to enhance auditory experiences. They are fitted with T-coils, which allow them to receive the magnetic field produced by loop systems, thus providing clear sound directly to the user's ear.

💡Cochlear implant

A cochlear implant is a surgically implanted device that provides a sense of sound to a person with severe to profound hearing loss. Similar to hearing aids, cochlear implants can be equipped with T-coils to benefit from hearing loop systems. The video underscores the importance of these implants in conjunction with loop systems for improved sound clarity.

💡T-coil

A T-coil, short for telecoil, is a feature found in some hearing aids and cochlear implants that allows them to pick up signals from a hearing loop system. The video explains that when a T-coil is switched to the 'T' or 'MT' setting, it can directly receive the magnetic field generated by the loop system, providing the user with a clear and intelligible sound signal.

💡Hearing loop system

A hearing loop system is an assistive listening technology that uses a wire loop to create a magnetic field, which can be picked up by devices with T-coils. The video highlights the system's ability to produce a magnetic field linked to a sound source, enabling users with T-coil enabled devices to listen to sound without interference from background noise or distance.

💡Magnetic field

The magnetic field in the context of the video is generated by the hearing loop system and is essential for the operation of T-coils. It is the medium through which the audio signal is transmitted wirelessly to the hearing aid or cochlear implant, ensuring that users receive a direct and clear sound signal.

💡Telecoil setting

The 'T' or 'MT' telecoil setting is a mode on T-coil enabled devices that allows them to receive the magnetic field signal from a hearing loop system. The video emphasizes switching to this setting to access the loop system's benefits, such as improved sound clarity and reduced background noise.

💡Loop driver

A loop driver is a component of the hearing loop system that generates the magnetic field. The video mentions that in smaller spaces, a wall-mounted loop driver can be sufficient to create the necessary field for T-coil devices to pick up the audio signal, enhancing the user's auditory experience.

💡Assistive listening technology

Assistive listening technology encompasses devices and systems designed to improve sound reception for individuals with hearing impairments. The video positions T-coils and hearing loops as the gold standard in this category, highlighting their widespread use and effectiveness in providing clear sound to users.

💡AmpeTronic

AmpeTronic is the company featured in the video, specializing in hearing loop systems. The video promotes their commitment to delivering 'equality of access to intelligible sound for all,' showcasing their various solutions for different environments and applications, from indoor spaces to outdoor settings like railway platforms.

💡Intelligible sound

Intelligible sound refers to sound that is clear and understandable. The video's central theme revolves around the importance of providing intelligible sound to individuals with hearing loss, which is achieved through the use of hearing loop systems and T-coil enabled devices. This ensures that users can comprehend speech and sounds regardless of background noise or distance.

Highlights

Many people with hearing loss use hearing aids or cochlear implants with hearing loop systems.

T-coils and hearing loops are the gold standard assistive listening technology.

Hearing loop systems produce a magnetic field for T-coil enabled devices.

Users can listen to clear sound regardless of background noise or distance.

T-coils transfer the magnetic field signal into the ear via hearing devices.

Hearing loops can be fitted almost anywhere, including outdoor settings.

Loops are designed for various areas, from simple perimeter loops to complex systems.

Sound signals from one room do not spill over into other rooms with proper loop design.

In smaller spaces, a wall-mounted loop driver is sufficient.

Hearing loops are used in noisy environments for personal communication.

Loops are commonly fitted alongside window intercom systems for sound accessibility.

Automated machines and elevators often have loops for remote assistance.

The principle of T-coils picking up electronic sound signals remains consistent.

Ampetronic hearing loop systems aim to deliver equality of access to intelligible sound.

There are numerous applications for hearing loops of all types.

Ampetronic is dedicated to making a difference in sound accessibility.

Transcripts

Ampetronic Listen to the difference

Many people who experience hearing loss use a  hearing aid or cochlear implant in conjunction  

with a hearing loop system to gain access to  sound that would otherwise be unavailable to them.  

T-coils and hearing loops are the gold  standard assistive listening technology  

in many countries and are increasing  in popularity around the world.  

Linked to a sound source, hearing loop systems  produce a magnetic field that can be picked up  

directly by a device that is fitted with a T-coil  and switched to the 'T' or 'MT' telecoil setting.  

People who use T-coil enabled devices, like  hearing aids, cochlear implants or handheld  

receivers, can listen to clear intelligible sound  regardless of background noise or the distance to  

the source of the sound that they want to hear. A  T-coil takes the signal from the loops' magnetic  

field and transfers it via the hearing device into  the ear. With specialist help hearing loops can be  

fitted almost anywhere even in an outdoor setting,  such as a railway platform. From simple perimeter  

or boundary loops to more complex loop systems for  larger areas or challenging building structures.

Hearing loops can even be designed so  that the sound signal from one room  

does not spill over into other rooms close by. It  is not always necessary to loop an entire area.  

In smaller spaces a wall mounted loop driver  is sufficient to generate the field required.  

Hearing loops can also be found in use wherever  there is a need to be able to speak and hear on a  

more personal level in a noisy environment such as  a retail counter or reception desk. In addition,  

loops are commonly fitted alongside window  intercom systems to make sound accessible  

through protective screens like the ones used  in a bank, on a bus or in a taxi. Many automated  

ticket and vending machines in car parks, and  transport concourses along with elevators have  

loops fitted so that a person in need of help  can access remote assistance whenever required.  

The shape and size of the loop area may change  but the principle remains that a T-coil fitted  

to a hearing aid or cochlear implant will pick  up an electronic sound signal carried by a field  

generated by a loop driver. As you can see  the theory behind how loops work is simple  

but extremely effective when installed correctly.  There are a staggering number of applications for  

hearing loops of all types but at the heart  of every Ampetronic hearing loop system is  

the determination to deliver equality  of access to intelligible sound for all.  

For more information visit our website or call our  friendly team on the number shown on the screen.

Ampetronic

Listen to the difference