Apple Patents Water-Resistant Speaker Port and Bone Conduction Earbuds

[MacRumors]

Apple was granted patents today that include a concept for water-resistant iPhone speakers and a bone conduction technology that could bring advanced noise cancellation to future earbuds (via AppleInsider).

The first application granted by the U.S. Patent and Trademark Office is titled "Liquid resistant acoustic device" and details a protected acoustic port that uses a special mesh "umbrella" inserted between apertures in a device's housing, similar to the design of the mesh-covered loudspeaker found in current iPhones.

If liquid enters through the housing apertures it immediately comes into contact with the umbrella and is directed away from the internals, although in some versions a small amount of liquid is allowed to pass through if the handset is under significant pressure, to avoid structural damage.

Apple's invention also includes a second line of liquid defense, in the form of a "hydrophobic" coating applied to the outer surface of the iPhone housing and mesh umbrella, while a "hydrophilic" coating applied to the inside of the mesh works to draw liquid out.

As with all patents, whether or not Apple decides to use the invention in any future product remains unclear, although AppleInsider notes that a similar port design can already be found on the current Apple Watch.

Several rumors claim that the upcoming iPhone 7 could be properly waterproof, but it's not obvious that the invention described above would meet the requirements of such a specification.

Another Apple patent was awarded today, called "System and method of mixing accelerometer and microphone signals to improve voice quality in a mobile device". This one describes a headset that uses bone conduction technology to effectively filter out ambient noise.

The invention works by using accelerometers that detect vocal chord vibrations which reverberate through the user's skull. Coupled with an onboard microphone, the system is able to measure output signals and effectively parse out ambient noise vibrations.

Output from both systems are processed through a noise cancellation unit which then outputs a clean signal for transmission.

Article Link: Apple Patents Water-Resistant Speaker Port and Bone Conduction Earbuds

 

[MH01]

Further water resistance of the iPhone should be a given , and the removal of the headphone jack will give us some average replacement earbuds . Question will be what 3rd party headphone manafacturers will come up with...

 

[Kabeyun]

The invention works by using accelerometers that detect vocal chord vibrations which reverberate through the user's skull. Coupled with an onboard microphone, the system is able to measure output signals and effectively parse out ambient noise vibrations.

Didn't Jawbone do this already? Unless Apple's way of doing the same thing is completely novel, more evidence that the patent system is indeed broken.

 

[Dave245]

It would be cool if this made it into the iPhone 7, but it may be a feature of the 7S/8 (depending what Apple call the 2017 iPhone). If they do remove the headphone jack i'm guessing they will offer a wireless version of the EarPods and maybe a more premium version of wireless headphones and or earphones through the Beats brand that they brought.

 

[happydude]

Long overdue for water resistance.

 

[2010mini]

Long overdue for water resistance.

The current ones are. What you are looking for is Apple to officially say it is.

iPhones are built a lot tougher than you think.

 

[Zimmie]

Didn't Jawbone do this already? Unless Apple's way of doing the same thing is completely novel, more evidence that the patent system is indeed broken.

Jawbone's system was a little more like an audio processing tool called a noise gate. From what I've seen, they use a conventional microphone to actually pick up the audio. They then use the little nub that contacts your face to adjust how much of the microphone's audio to pass as input. When you're not talking, the nub on your face picks up no vibrations, so it doesn't let any sound from the microphone through. When you talk quietly, it passes a little sound.

Actual bone conduction microphones have historically not been very good. That's why the military and various high-noise professions use throat mics, even though they aren't terribly comfortable.

 

[Aston441]

Didn't Jawbone do this already? Unless Apple's way of doing the same thing is completely novel, more evidence that the patent system is indeed broken.

We don't need any more evidence it's broken. There is no longer any question we have the most anti innovation and anti creative system the world has ever known. It was rewritten in the 90s to make the giant corps richer and it is working well for that. But it's one of the main reasons the little guy in America can't get ahead through creativity, while China kicks our butt.

 

[Kabeyun]

Jawbone's system was a little more like an audio processing tool called a noise gate. From what I've seen, they use a conventional microphone to actually pick up the audio. They then use the little nub that contacts your face to adjust how much of the microphone's audio to pass as input. When you're not talking, the nub on your face picks up no vibrations, so it doesn't let any sound from the microphone through. When you talk quietly, it passes a little sound.

This is not my understanding. I thought that contact nub is part of a noise cancellation system. The logic compares ambient noise from an external mic to vibrations from the nub and produces a signal with low ambient noise. I can't find much on this now, but I had one and that was in the product marketing info as I recall. If so, it seems just like Apple's tech here.