Discreet hearing aid concept empowers people with hearing disabilities

Many people try to deny experiencing physical disabilities for fear of making them look weak. This is especially true when it comes to hearing problems that people feel they can simply ignore or wave off easily. Those who do admit to having some hearing disabilities, however, are hesitant to get hearing aids that are expensive, fragile, uncomfortable, and too conspicuous, as if announcing their handicap to everyone around them. That doesn’t have to be the case, especially with today’s advancements in technology, and fortunately, some people are indeed stepping up to design a less obnoxious and more reliable hearing aid, such as this concept that tries to check all the boxes that would encourage more people to wear them and enjoy the world as it was meant to be heard.

Designers: Jitendra Kakade, Nikhil Srikrishnan, Riddhiman Dutta Choudhury

Despite how electronic components can now be so minuscule, most hearing aids still come in a large, two-piece design that, more often than not, clamps to the back of your ear. Such hearing aids are not only uncomfortable to wear, they also tend to put a very visible stigma on wearers, making them feel self-conscious and even ashamed to wear one. This leads to many owners abandoning these devices altogether, willing to sacrifice their happiness for the sake of their image.

Rezonance is a concept design that tries to think of a better solution that isn’t just more discreet but also more affordable and accessible in the long run. Instead of the typical clamping design, Rezonance employs bone conduction technology to be almost invisible. It’s a technology that is already used today on some wireless headphones, so it’s already a proven solution. By using bone conduction, there doesn’t need to be any visible part going into the person’s ear and Rezonance can stay hidden from view behind the wearer’s ear.

Instead of using clamping force to stay in place, the concept suggests an adhesive pad that’s similar to sports tape, ensuring that the material is not only waterproof but also reusable. Additionally, the components used to make the actual hearing aid are claimed to be quite cheap and easily available, which means that the final product itself doesn’t have to cost people an arm in exchange for their ear.

The design doesn’t specify whether Rezonance works only as a single piece or if you will need two for the full audio experience. Even then, it would still be a lot less cumbersome compared to the traditional hearing aid design. Of course, such a design will need to be verified first, especially by professionals, because a design that’s elegant yet ineffective will just end up disappointing and turning away people all the same.

The post Discreet hearing aid concept empowers people with hearing disabilities first appeared on Yanko Design.

Bose officially launches SoundControl hearing aids, making its audio tech more inclusive and accessible

Bose just announced their latest product, the SoundControl™ Hearing Aids – the first FDA-cleared, direct-to-consumer hearing aid developed for adults with perceived mild to moderate hearing loss. They’ll be sold by Bose (as opposed to being available at medical stores) and can be directly purchased, worn, and controlled by the wearer without needing to visit a doctor for a prescription or even an audiologist for a hearing test and professional fitting. The SoundControl hearing aids partner up with the Bose Hear app that gives wearers complete control over their wearables through their smartphone. Using its revolutionary CustomTune technology, the app lets you personalize your hearing experience in under 30 minutes, which Bose says is “a seismic shift from the process required for conventional hearing aids”.

The hearing aids come with a rather discreet design that’s virtually impossible to spot when worn. They even come in a palm-sized case that’s highly reminiscent of TWS earbuds, helping bring hearing aids into the 21st century… although Bose mentions that they’re strictly just regular hearing aids. They don’t stream music from your phone or let you use them as Bluetooth headsets while on calls or video chats. However, designed as a culmination of over 30 years of research and conceptualized along with scientists, audiologists, and engineers, the SoundControl claims to do a remarkably good job with being able to make the hearing-impaired hear crisp, clear audio, with the ability to amplify soft and easy-to-miss sounds in conversations (like consonants).

The SoundControl ‘hearables’ take on a sleek, practically invisible design featuring a tiny ear-tip that connects using a transparent cable to the receiver that sits behind the ear. Each earpiece contains one tiny speaker and two microphones, while the receivers both come with their own dedicated volume buttons that control ‘World Volume’, that helps amplify quieter audio to balance it out with louder noises. Each earpiece weighs just 3 grams (0.1 ounces) and runs on a standard 312 zinc-air battery, which lasts for up to four days when used 14 hours daily. That would imply that the case that comes along with the SoundControl is purely for storage, and doesn’t provide any charging function, as found with most TWS earbuds.

The SoundControl is Bose’s first foray into medical audio tech. “In the United States alone, approximately 48 million people suffer from some degree of hearing loss that interferes with their life. But the cost and complexity of treatment have become major barriers to getting help,” said Brian Maguire, category director of Bose Hear. The SoundControl aims at bridging the current divide by providing those people with access to the same high-fidelity audio experience that Bose provides to the rest of the world. My personal gripe with the SoundControl, however, is its absolute lack of smart features. The hearing aids don’t play music from your phone or even assist with phone calls or alarms. They don’t summon your phone’s voice assistant either – which does seem like a bit of a let-down, but then again, that could have impacted their FDA approval. They do, however, move mountains by making hearing aids much more accessible to the masses by helping customers circumvent the current system of consulting doctors and buying prescription hearing aids which can cost in the ballpark of over a thousand dollars. The SoundControl helps avoid that clinical route, and customers can purchase them for $849.95 starting May 18th in five states: Massachusetts, Montana, North Carolina, South Carolina, and Texas — with nationwide availability to follow.

Designer: Bose

Improving Your Hearing Improvement

Gone are the days of wearing clunky over-the-ear hearing aids, but Eargo aids are taking things to the next level. Their beautifully crafted buds are actually designed to go in the ear canal so they’re practically invisible.

Unique “Flexi Fibers” keep the units comfortably suspended in the ear canal without plugging them up completely. This allows healthy air flow, but also permits natural bass frequencies to pass through while the device enhances mid and high frequencies. Better yet, users can forget about replacing annoying and expensive batteries! Eargo aids can be recharged with a handy carrying case that also keeps them organized and safe.

Designer: Ammunition for Eargo

Click here to Buy Now

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Designed to look like jewelry, the Facett Hearing Aid makes wearables precious

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My disdain for medical products that look ‘clinical’ isn’t really a secret. I’ve been openly critical of medical products that put function above aesthetics, because healing isn’t a purely physical process, it’s an emotional and mental one too. Integrating medical design and fashion design (in its broadest sense possible) is, in my book, one of the biggest areas where designers can intervene to create products that don’t just save lives, but enrich them too.

Designed with an aesthetic that borrows from jewelry design, the Facett hearing aids feel less like medical-aid devices and more like precious accessories that people would want to wear. “Facett seeks to shift the stigma of hearing loss, to move these devices from disability to desirability,” says designer Leah Heiss. “All too often products in the category of ‘therapeutic technologies’ are medical-looking, created in skin tones — or ‘disabled beige’ as I refer to it.”

She looked to the minerals in the Melbourne Museum to inspire a different direction for Facett. The device’s colour, surface texture deviates from the norms of using beige to camouflage, and rather takes inspiration from crystals and gemstones to stand out… shifting the product’s aesthetic from disability to empowerment, both through enabling hearing as well as increasing one’s self-esteem.

The Facett come with detachable battery modules that snap on and off the hearing aid. The carrying case designed for the aids also act as wireless chargers for the batteries (borrowing from the charging techniques pioneered by truly wireless earphones), and the case comes with a spare set of batteries too, letting users keep a spare set for when one set runs out.

Designer: Leah Heiss for Blamey Saunders Hears

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5 Bits of Future Hearing Technology

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The following article is written by Sophie Davidson in collaboration with Hidden Hearing. -Ed.

Hearing aids have been around for centuries, but they weren’t always as high-tech and sophisticated as the ones now available. While horn-style devices were popular back in the 1800s, the first electrical hearing aid was created in 1898, which led to hybrid aids using combined digital and analogue circuitry being patented in 1977. Digital signal processing chips also revolutionised the hearing aid industry and these days you only have to visit a site like Hidden Hearing to see sleek inner ear models that offer those with hearing impairments a more discreet alternative.

Technology has greatly enhanced the hearing aid world, but what’s next? Here are five bits of future hearing technology we might expect to see over the coming years:

1. Ear-lens
Currently at clinical trial stage, the ear-lens could soon be a common form of treatment for those with hearing problems. Essentially, it’s a transducer mounted on the eardrum that receives a laser signal from the external part of the aid mounted behind the ear. The transducer converts the laser signal into a physical vibration on the eardrum itself and has a much wider frequency range than many of the more conventional hearing devices.

2. Inductive charging hearing aids
Within the next five to ten years, we might expect to see hearing aids that are fully implanted into the ear meaning the user won’t have to worry about taking it in or out or adjusting the settings. But how will it stay charged, you say? Well, these innovative devices will use inductive charging which quite literally means that the energy from the human body will be enough to keep it working – pretty cool, huh?

3. Hearing aids connected to audio products
It’s thought that somewhere down the line, hearing aids will be wirelessly connected to a wide range of audio devices thanks to digital wireless technology being imbedded into various household devices. If a television was transmitting its audio wirelessly, for instance, then a wireless receiver could be added to the hearing aid so that a hearing aid user can listen to television audio that is not subject to room vibration.
On a similar note, hearing aid companies are already creating Bluetooth accessories that plug into a hearing aid’s direct audio input. These accessories provide wireless links between the hearing aid and cell phone devices making it easier for the user to hear what’s being said.

4. Smartphone compatible hearing aids
Imagine a world where hearing aids are connected to your smartphone! Well, this might not be too far off as the idea is already floating around. If you need directions, for instance, you wouldn’t have to look at your map or phone to find out where to go as they could be spoken directly into your ear via your hearing device. Similarly if you got a call on your phone, it could be synched up with your hearing aid allowing you to hear the person speaking clearly. And this kind of tech is not exclusive to hearing aids only as it could work for other in-ear devices.

5. Ear-to-ear connectivity
Hearing aids for individual ears are often considered separate entities, but wireless technology will help hearing devices for the left and right ear become more synchronised. While this functionality has already been introduced into the industry with the synchronisation of volume controls, the process will become a lot smoother with a pair of hearing aids being considered a single system.

With technology advancing at a rapid rate it seems anything is possible when it comes to the development of hearing technology – so watch this space.

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