For information on personal induction hearing loops, contact American Loops.
Please visit our partner's website at americanloop to have any item in inLOOP's complete line of induction loop solutions installed.
Hearing Wellness Organization is an educational non-profit that exists to promote induction loop technology.
An audio induction loop system consists of a loop of wire that is connected to an induction loop amplifier. An input signal is provided to the induction loop amplifier via microphone or direct cable input. The induction loop amplifier drives this signal through the loop of wire in the form of a strong alternating current. This current creates a magnetic field around the wire which is picked up by any telecoil equipped hearing aid positioned inside the loop of wire. The hearing aid must be switched into a "telecoil only" or "microphone plus telecoil" mode to pick up the signal. The loop is a wire which is placed around the perimeter of the room or around any other area in which the creation of the magnetic signal is desired.
Television can be difficult for viewers that are hard of hearing, even when they have been fitted with new state-of-the-art digital hearing aids. Distance from the sound source, room acoustics and background noise can all interfere with intelligibility. Moreover, the viewer does not have the opportunity to have dialogue repeated and much of the conversation on television goes by very quickly. Any person with diminished speech recognition will have trouble in this type of hearing environment. As everyone has witnessed, this usually means that the hard of hearing viewer turns the volume up to uncomfortable levels in the home to better hear the television. A loop system can provide a solution to all of these issues as it isolates the sound from the television and transmits it equally into both ears through telecoil equipped hearing aids. The volume control can be set to a level that is comfortable for all listeners. Not only is the hearing aid wearer happier, other family members can sit in the same room and enjoy television again at a reasonable volume.
Hearing loops can be used in private homes or in larger public environments. In most public places, hard of hearing people hear the broadcast sound, but only after it has traveled some distance from a loudspeaker, reverberated off walls, and gotten mixed with other room noise. Induction loop systems take sound straight from the source and deliver it right into the listener's ear, drastically improving hearing in these large venues. In addition, the Americans for Disabilities Act Accessibility Guidelines for Buildings and Facilities require that buildings with fixed seating for 50 or more persons "have a permanently installed assistive listening system" plus signs "installed to notify patrons." Loops have been installed in many churches, theatres, courts and auditoriums. In addition, banks, pharmacies, or other venues where detailed information must be transmitted and understood can be terrific applications for inductive loop systems.
The inLOOP System comes with simple step-by-step illustrated instructions which show how it can be installed in a home environment. The cushion inLOOP can be used which requires no difficult permanent installation or a wire is routed around the perimeter of a room and connected to the inLOOP unit, which must then be connected to the sound source (television or phone). If the room is carpeted, this can be as simple as tucking the wire under the baseboard around the room. In other cases, the wire can be inconspicuously attached to the top of the baseboard. Optionally, a chair cushion loop can be utilized if a more concentrated field loop is desired. Most installations require between 30 minutes and 1 hour. We can assist you over the telephone if you have installation questions.
The inLOOP System can also be utilized for looping at banks, pharmacies, or other public venues where a counter system is needed. We have detailed instructions available with diagrams on how to correctly place the loop system under a counter top. These instructions are available upon request.
Loop system installation for churches, auditoriums or larger venues requires different equipment and can be more complicated. Call us for more information if this type of loop installation is of interest to you.
Our company was created to help hearing professionals add this unique offering to their practice. Usually one gets started by installing a loop system in their patient reception area and in their fitting room. These systems must be connected to a sound source which is usually a television or radio. These loop installations allow the hearing professional to demonstrate the system to each patient as they arrive to the office and during their hearing aid fitting. Most patients usually want this listening experience in their home after a very short demonstration.
There are a couple of ways to incorporate this into the dispensing process. The successful practices have been including an installed loop with each new fitting. Patients all over America are telling their hearing professionals that they love how the loop helps them to more fully and effortlessly enjoy TV and the fact that it works with their hearing aids helps them to perceive more value from their instruments.
While Infrared and FM products work well, there is an inherent problem for the hearing aid user in that they are required to remove their instruments (unless wearing an inductive neck loop) to put on the receiver. In the case of a loop system, the user simply has to push a button on their personal hearing device to put the device in the right program to receive clear and direct sound from the loop. Moreover, the user's telecoil mode is programmed specifically for that individual's hearing loss as opposed to the broadband signal produced from "stock" receivers which are not programmed specifically for the user. Advantages loop systems have in the public venue include; no pick up or return of the receiver, they are inconspicuous, they entail no hygienic concerns and have no "bleed over" sound coming from around the headphones that might be heard by others nearby. For these reasons and more, the loop is much more likely to be used.
The new "Streamer" type devices work great for bluetooth phone connections and some music players, but require another piece of expensive equipment that needs batteries or charging. The loop works witht he hearing aid alone and is much less troublesome, and usually less expensive.
No. Any hearing aid that is equipped with a telecoil will work well in a looped environment.
Fortunately no, otherwise the user with an auto-T would be forced to listen to the television when in the looped environment. Most hearing aids give the option of having both an auto-T and a telecoil in separate programs.
A 60 cycle hum can be picked up in some environments and can be heard by the hearing device/loop user. This is less of a problem in Europe where the standard voltage is 220 but is still a minor concern here in America with our 110 volts and can be generated by a variety of sources. Most patients are unable to perceive the hum but when hearing is very good in the low frequencies, the hum can be an issue. Most new programmable hearing aids can be adjusted to reduce the low frequencies and increase the mid range int the T-Coil program to eliminate this problem.
Bluetooth technology has found its way into the hearing aid world as an add-on to a behind the ear hearing aid (unless coupled with an induction neckloop for users with T coils). Bluetooth has limited range (when compared to an induction loop), size concerns, and excessive battery drain on the hearing aid. Bluetooth remains an external device to the hearing aid as opposed to an internally placed telecoil. We, as hearing professionals, need to be open-minded and ready to adopt any new technology that is hearing aid compatible, for the end user's quality of life will surely be improved. At this time however, induction looping remains the most cost effective and elegant solution.
Most hearing aid users prefer to be in the M/T setting when using an induction loop. This allows them to hear the sound source (TV, bank teller, public speaker) while still being in touch with their environment. In the case of TV listening, the user is able to hear clearly while still being able to hear the doorbell, telephone, or other person in the room.a distinct advantage over Infrared headphones. It is convenient, however, at times to be able to shut those sounds out and go directly to the "T" setting.