A hearing loop is a type of assistive listening system that sends audio directly to people’s own hearing devices. It is the only system that uses the user’s unique tuning to their individual pattern of hearing loss without the need for any additional equipment.
A hearing loop system is a type of assistive listening technology that is widely known as the preferred solution for individuals with hearing loss, allowing users to conveniently receive crystal-clear sound wirelessly transferred directly to their hearing aids, cochlear implants, or smartphones. The system is compatible with all manufacturers of hearing aids and cochlear implants that are equipped with a t-coil, or telecoil, thus being the only globally universal solution. Users get to experience audio quality as if they were sitting right next to the presenter or performer. Room acoustics, audience noise, and distance from the speaker are no longer barriers to being able to comprehend speech and enjoy music with high fidelity.
In contrast to other assistive listening technology options, such as FM/RF systems and infrared technology, a hearing loop system removes the hassle of needing to deal with bulky headset receivers from both the user and the venue. All the user has to do is press a button on their own hearing device and they instantly receive an audio stream directly from the sound system. Hearing loop technology creates equal access for people with hearing loss, treats them with dignity, and increases independence.
In the United States, the Americans with Disabilities Act (ADA) mandates that all public places in which audible communication is integral to the space are required to provide an assistive listening system, except for places of worship since they are typically exempt from the ADA. However, states like California and other local city governments have enacted local ordinances that model their accessibility requirements after the ADA. Most venue operators consider making accommodations for individuals with physical disabilities a priority, but hardly ever is assistive listening technology on top of their minds, as this disability is largely invisible.
Approximately 23% of U.S. population over the age of 12, more than 60 million people, are affected by hearing loss in at least one ear. Despite legislation and available technology to provide access, many individuals find their communication needs to be misunderstood and unaddressed. Consequently, they become isolated, since many do not see the point in attending events they cannot hear at or fully participate in. As often happens, they significantly cut back on attendance, reducing audience sizes at performances, events, meetings, and religious services throughout our communities.
A telecoil or t-coil is a small coil of wire embedded in approximately 80% of all hearing aid models in the market today, independent of the age of the device. It receives the magnetic signal from a hearing loop and turns it back into audible sound, which is customized for the person’s individual pattern of hearing loss.
However, the t-coil feature needs to be programmed into the hearing aid by the user’s hearing professional. It is important that audiologists and hearing aid dispensers educate their clients about this feature being available and how to use it. Several states have incorporated laws to require these steps from hearing professionals. Since it is possible that the feature has not been programmed at the time of purchase, the only reliable way to find out whether someone’s hearing device is compatible with a hearing loop, is to ask the person they purchased the device from.
Hearing loops have almost infinite applications. They can be used in theaters, auditoriums, places of worship, classrooms, ticket counters, at grocery counters, drive-thru windows, banks, doctor’s offices, pharmacies, and even at home with the TV. Most are found in public venues where large groups congregate to hear presentations, or entertainment.
While we find that places or worship, universities, and government buildings are adopting the technology at rapid rates, it seems that movie theaters, music festivals, and concert venues are slower to install hearing loops because these venues are generally viewed as spaces for entertainment, not for accessing information. Furthermore, organizations tend to not recognize their lack of accessibility, since hearing loss is not a visible limitation and many affected individuals do not speak up about their needs for accommodations due to the stigma that’s still associated with this disability.
OTOjOY has offices throughout California and is now headquartered in Phoenix, Arizona. We currently cover hearing loop installations throughout both states, and are continuing to grow and expand. We also focus on installing temporary hearing loop systems for conferences and music festivals around the world. Historically sources of entertainment have been overlooked as needing assistive listening technology, but we are making rapid progress in creating sustainable change in this particular area.
Once the t-coil feature has been programmed into the hearing device, all the user needs to do is switch their hearing aid or cochlear implant to the “T”, telecoil, or hearing loop program.
In general, venues equipped with a hearing loop system have portable receivers available to borrow. These bodypack receivers typically have a 3.5 mm (⅛ inch) headphone output and can either be used with headphones provided by the venue or with the user’s own headphones, earphones, or earbuds. This makes for a less convenient way to access the sound from a hearing loop and the sound is not custom tailored to suit the individual’s pattern of loss, but it still provides a world of difference in terms of comprehension and enjoyment.
Until recently, telecoil-enabled hearing devices and portable receivers were the only two ways to utilize a hearing loop. Now, thanks to the innovation of OTOjOY, a third solution has become available. OTOjOY LoopBuds are earbuds equipped with a telecoil that allow users to access the sound from a hearing loop with their smartphone. Since high cost and stigma are significant factors in deterring individuals from purchasing and using hearing aids, OTOjOY LoopBuds provide an affordable, stigma-free solution to give users access to an enhanced listening experience and and the added ability to customize their sound with the LoopBuds smartphone app.
The first hearing aid ever equipped with a telecoil was developed in 1936 to help users hear on the telephone. The first patent for an induction hearing loop was filed in 1937, but the benefits of the technology at the time were limited. In the 1960s and 1970s, experimentation with these systems was very prevalent in Scandinavia. Univox, one of the leading hearing loop amplifier manufacturers, was founded in 1965 and developed the first true hearing loop amplifier in 1969. During this time, hearing loops were installed in places of worship and schools.
In 1987, Ampetronic opened their doors in the United Kingdom and developed the first “phased array” hearing loop system in 1991. This allowed hearing loop systems to be installed in more challenging venues, and provided users with higher quality audio. In the mid-2000s, further advancements were made with computer modeling of the magnetic signals sent out by hearing loops as well as in audio processing to optimize the sound quality and engineering qualities. In 2006, the new IEC 60118-4 standard was released, which dictates the international performance standard for hearing loops to abide by, and is still in effect.
In October 2017, the 4th International Accessibility Conference on Hearing Loops and Hearing Technology was held in Berlin, Germany and was attended by more than 300 industry experts. A particular focus of the conference was placed on the future of hearing loop technology. The conference organizers concluded that currently, there is no new technology on the horizon that is as user-friendly, universal, cost-effective, and efficient in creating equal access for individuals with hearing loss.
Other wireless technologies are prone to issues, including delay, compatibility, battery drain, and poor connectivity. Per Kokholm Sorensen, Director of Research & Development for Widex, German hearing loop engineer Hannes Seidler, psychology professor and hearing loop advocate David Myers, as well as Cynthia Compton-Conley, former audiology professor and one of the leading authorities on assistive listening technology in the United States, have all concluded that it will be a long time before Bluetooth or any other alternative wireless connectivity can match the virtues of hearing loops.
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