The radio TV/audio system with a standard under-the-chin receiver. The Radiolight DIR Headset Listener is used to help you listen more clearly to your TV, radio etc. without any trailing leads across the floor. It allows you to enjoy your TV etc at your own volume without disturbing others. It is particularly useful if you tend to move around whilst listening to the television or radio as the signal is not interrupted by walls etc.The fitted ear-pieces of the under-the-chin receiver are made from soft silicone material and fit the shape of the auditory canal.
The radio TV/audio system with a neckloop receiver. The Humantechnik InfraLight NeckLoop Listener is used to help you listen more clearly to your TV, radio etc. without any trailing leads across the floor. It allows you to enjoy your TV etc at your own volume without disturbing others. Audio signals are transmitted inductively to hearing aids with an integrated telephone coil via the teleloop. By switching your hearing aid to “T” or “MT” and wearing the neckloop receiver you will receive sound from the source directly into your hearing aid, effectively cutting out all background noise.
The CM-1 Communication Master System is made up of a Transmitter and a Receiver, the transmitter has a built in microphone which picks up sounds, and then sends the signal to the receiver which you would wear. Because this system sends its signal via radio waves you do not need to be in “Line of sight” of the transmitter and also the receiver can be concealed in clothing if you wish. The CM-1 system can be used by people who wear hearing aids and non hearing aid wearers alike.
The Geemarc CL7300 Wireless Radio TV Headset System allows you to enjoy your TV, etc, all at your own volume settings (so as not to disturb others or even the neighbours!). It is particularly useful if you tend to move around whilst listening to the television or radio as the signal is not interrupted by walls etc.The fitted ear-pieces of the under-the-chin receiver are made from soft silicone material and fit the shape of the auditory canal.