The Technology Behind a Waterproof Hearing Aid
Many people who have trouble with their ability to hear wear a hearing aid to correct the problem.
However, because these aids are delicate and often expensive instruments, it is easy to worry about damaging or losing them.
As a result, many people will limit their activities or their movement to take better care of the devices.
One big worry is water damage, which can severely detriment any instrument that isn't waterproof, including a hearing aid.
As a result, many people who have a limited auditory perception will cut out or limit water-related activities they once loved.
Surveys have found that as many as 17% of people who own listening devices have limited their activities to avoid damage to the instrument.
Fortunately, there is a solution.
Many science and technology companies are working on waterproof hearing aids, which will allow those with limited auditory capabilities to once again participate in the activities they once loved.
For example, Siemens recently announced that it was developing a hearing aid that will be waterproof for up to 3 feet.
Although this will not be much help for scuba diving enthusiasts, it will allow those who love to swim, surf, kayak, or water ski to once again do so without worrying about damaging their earpiece.
The device, which is called the Aquaris, will have the capacity to be connected to a Bluetooth remote, which will allow the wearer to listen to music underwater, perhaps while swimming or in the shower.
The technology behind the instrument features a silicone sealant that connects the earpiece to the battery compartment.
The entire device is one solid instrument, with no screws or pins connecting various pieces together.
Because screws or pins could rust, this would hinder the waterproof capabilities of the earpiece.
Additionally, the device will have as few openings as possible to minimize the risk of water damage.
To keep water out, a waterproof silicone membrane will protect the device.
There will also be a protective top cover that will shield the membrane and serve as an extra layer of waterproof protection.
Despite the silicone membrane's waterproof nature, it will still allow air to flow into the earpiece.
The Aquaris will run on zinc air batteries, which are also used in film cameras and vehicle propulsion engines.
Such batteries work by allowing zinc inside the battery to oxidize with oxygen cells from the environment around the device in which the battery is implanted.
Thus, it is important that the waterproof technology of the earpiece still allow oxygen inside the device, which the waterproof membrane is capable of doing.
According to Siemens, the waterproof hearing aid will also be dustproof.
This will be helpful to many people, including those who work in places where dust is prevalent, such as farmers and mill workers.
Additionally, the device will be shock resistant, which will benefit people with high-impact lifestyles such as extreme sports enthusiasts.
However, because these aids are delicate and often expensive instruments, it is easy to worry about damaging or losing them.
As a result, many people will limit their activities or their movement to take better care of the devices.
One big worry is water damage, which can severely detriment any instrument that isn't waterproof, including a hearing aid.
As a result, many people who have a limited auditory perception will cut out or limit water-related activities they once loved.
Surveys have found that as many as 17% of people who own listening devices have limited their activities to avoid damage to the instrument.
Fortunately, there is a solution.
Many science and technology companies are working on waterproof hearing aids, which will allow those with limited auditory capabilities to once again participate in the activities they once loved.
For example, Siemens recently announced that it was developing a hearing aid that will be waterproof for up to 3 feet.
Although this will not be much help for scuba diving enthusiasts, it will allow those who love to swim, surf, kayak, or water ski to once again do so without worrying about damaging their earpiece.
The device, which is called the Aquaris, will have the capacity to be connected to a Bluetooth remote, which will allow the wearer to listen to music underwater, perhaps while swimming or in the shower.
The technology behind the instrument features a silicone sealant that connects the earpiece to the battery compartment.
The entire device is one solid instrument, with no screws or pins connecting various pieces together.
Because screws or pins could rust, this would hinder the waterproof capabilities of the earpiece.
Additionally, the device will have as few openings as possible to minimize the risk of water damage.
To keep water out, a waterproof silicone membrane will protect the device.
There will also be a protective top cover that will shield the membrane and serve as an extra layer of waterproof protection.
Despite the silicone membrane's waterproof nature, it will still allow air to flow into the earpiece.
The Aquaris will run on zinc air batteries, which are also used in film cameras and vehicle propulsion engines.
Such batteries work by allowing zinc inside the battery to oxidize with oxygen cells from the environment around the device in which the battery is implanted.
Thus, it is important that the waterproof technology of the earpiece still allow oxygen inside the device, which the waterproof membrane is capable of doing.
According to Siemens, the waterproof hearing aid will also be dustproof.
This will be helpful to many people, including those who work in places where dust is prevalent, such as farmers and mill workers.
Additionally, the device will be shock resistant, which will benefit people with high-impact lifestyles such as extreme sports enthusiasts.
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