A Music Instrument for the Hearing Impaired: This Synth uses Tactile and Color Cues Instead of Sound

“Play by ear” as they commonly say, doesn’t really apply to people with hearing impairments. The most common example of a hearing-impaired musical genius remains Beethoven, who composed entire orchestral pieces by relying on what he remembered from a time when he could hear. By the time he reached the peak of his career, Beethoven was completely deaf, but his memory served him well when it came to playing music… not everyone today has that luxury, but the Vibra helps the hearing impaired play music by connecting the audio to other senses like touch and sight.

Designers: Ahn Taegwang, Go Yeongseok, Hwang Jimin, Lee Wonjae

A winner of the Red Dot Design Concept Award, Vibra is a new instrument and service that can meet the musical needs of people with hearing impairments. Unlike traditional instruments that rely entirely on auditory feedback, Vibra relies on a combination of vibrations or haptic feedback, and visual cues like color and composition. The musical instrument comes with a modular design that serves the needs of multiple instruments, from key-based to percussive, string, and even electronic. It eventually pairs with an app that allows players to visualize their music. With a fair amount of visual training and consistent practice, hearing-impaired people can use the Vibra to play existing tunes and even compose new music entirely on their own.

The companion app fills in the sensorial gaps left by the auditory impairment. It provides a visual interface that helps conceptualize sound in a graphic sense, allowing people to understand notes, chords, harmonies, and other complex theories through vision instead of sound. The app enables practice, helps users find which instrument they’re more comfortable playing, and also allows them to learn and practice how to play popular tunes!

The Vibra is a Winner of the Red Dot Award: Design Concept for the year 2023.

The post A Music Instrument for the Hearing Impaired: This Synth uses Tactile and Color Cues Instead of Sound first appeared on Yanko Design.

ROUTINE is an alarm clock that is designed with accessibility and beauty in mind

We take many products in life for granted just because many of us still have nearly complete use of our senses, especially sight, hearing, and touch. We use our smartphones without a second thought about how people who can’t see or touch the screen can navigate our phone-centric world today. Unfortunately, most products are also designed without considering people with special needs, and products that are indeed designed for accessibility often lack the same design appeal as more common products. An alarm clock that wakes up hearing-impaired people in an effective yet satisfying way is one such example, and this concept tries to offer a solution that would delight even those that could hear the alarm go off anyway.

Designer: Gloria Jung

Since the earliest times, alarm clocks have always been aural more than visual, using loud sounds to call attention to themselves and, therefore, the time. It was only with the advent of smart devices with screens that some alarms have taken on a more visual aspect, but even then, the primary way alarms work is to blast you with sound. It’s a simple yet effective method that is, of course, pointless for someone who can’t hear properly.

There are “silent” options available, of course, but they won’t satisfy even some fully-hearing people. Smartwatches vibrate ever so gently and are only effective if you’re already half awake. Vibrating alarms specifically designed for people with hearing problems, on the other hand, are often too strong and give people a rude awakening. Both solutions also don’t offer the same kind of visual appeal and beauty that many alarm clocks have, especially the ones designed specifically to look pretty on top of your desk or bedside table.

ROUTINE takes its inspiration from nature’s silent alarm, light. Many alarm systems and smart lighting now try to use the science and psychology of light to offer a gentler and more natural way to wake up. This alarm clock concept that’s specifically designed for hearing-impaired people uses that same principle not just to wake you up but also to call your attention. The circular face of the alarm gradually lights up closer to the set alarm time until it reaches full brightness. If the person still doesn’t wake up or react to the alarm, it starts blinking with a stronger intensity. Turning off the alarm is as simple as pulling the ball-shaped switch down.

The base of the alarm also functions as a wireless charging pad for phones or other compatible devices. Considering this alarm clock will most likely end up beside your bed, it conveniently provides two functions in one. It helps save up on space, especially since the alarm clock will actually take up some space on any table or drawer.

The ROUTINE alarm clock concept definitely looks attractive with its featureless face and minimalist design. The one odd detail with the concept is that the actual “clock” part of the device is on the base, where a phone will cover it when it is charging. That would require the owner to sit or stand up just to see the time, which might actually be a tactic to get that person up and out of bed.

The post ROUTINE is an alarm clock that is designed with accessibility and beauty in mind first appeared on Yanko Design.

Decibels Hearing Enhancers will let you hear every detail

People hard of hearing need all the help they can to be able to live a convenient life. Accessing information is a need, but let’s admit it is still a challenge to find the best hearing-enhancing wearables.

A team of designers was able to develop Decibels as a special set of wearables for those who do not want to wear hearing aids. Wearing one or a pair on your ears isn’t exactly comfortable, so there is a demand for a better solution. There are millions of people that need to wear hearing aids to communicate, but the fact is, not everyone has access to the right equipment.

Designers: Nick Morgan-Jones and Gray Dawdy

Decibels

Decibels Hearing Enhancers Hearing Aid Images

Connecting with people can be easier with the Decibels Hearing Enhancers. The small device features designer hearing technology in a form that you will not be ashamed to wear. It’s not just an ordinary hearing aid or a medical device. People may even mistake this for an earbud.

Conventional hearing aids are usually hidden or associated with disabilities or getting old. With Decibels, such social stigma can be removed. But even if you have a problem with hearing, you don’t have to be ashamed, especially since the Decibels Hearing Enhancers are designed with a more modern and stylish look.

Decibels Hearing Enhancers Hearing Aid Images

One of the designers, Nick Morgan-Jones, has hearing loss, so he knows the exact need to wear something more confidently. Hearing technology is more than just providing excellent audio. It should allow more people to be confident in how they look despite their physical limitations.

Decibels connect via Bluetooth and allow anyone to stream audio and hear the word. The hearing technology used is medical-grade, but the form isn’t something you will be ashamed to wear. The product comes with a compatible app that lets users measure their hearing profile. The app helps program the hearing device for personal hearing and audio needs.

Decibels Bluetooth

Decibels Hearing Enhancers Hearing Aid

Decibels will let you hear the world in full color. To achieve this, real-world sounds are enhanced. The device also offers clarity to speech to enjoy conversations like never before. The Decibels team calls these hearing enhancers and not hearing aids, but the technology is medical grade. It is designed to be seen and make ears open.

Price of the Decibels is $799, but you can reserve now and enjoy a 30% discount at $560. You can place your order for only $79. Learn more on Decibels.co and sign-up to know when the product will be out on the market.

Decibels Hearing Enhancers Hearing Aid Design

The post Decibels Hearing Enhancers will let you hear every detail first appeared on Yanko Design.

These headphones and mouthpiece rely on bone conduction to transmit audio from your bones to your inner ear!





Bit-N Music is an audio project that aims to find a new way of experiencing music for the hearing impaired community through the use of bone conduction.

Bone conduction is the transmittance of sound to the inner ear through the bones of the skull. It’s one reason we cringe when we hear our own voices played back on recorded audio. Since bones conduct lower frequencies than air, when we listen to recordings, our voices might sound higher than we expect. Relied on by the hearing impaired community and musicians among others, bone conduction speakers are even used by scuba divers and some hearing aids also employ bone conduction. Using bone conduction to create a set of audio wear specifically for the hearing impaired community, designer Noelia Martin crafted Bit-N Music, “a project that seeks to find a new way of experiencing music.”

Initially constructed as a prototype, Bit-N Music is comprised of three components: a pair of headphones, a mouthpiece, and a connector jack. During the prototype phase, Martin invited peers to test the bone conductive audio wear, asking them to listen to music while biting down on the mouthpiece. Describing the process of bone conduction for her specific design, Martin notes, “Once your teeth make contact with the prototype, they conduct the sound through the skull and reach the auditory nerve directly, thus making it possible to hear what is being emitted by the chosen device.”

“Designed for people with conductive, mixed or unilateral hearing problems (isolating sensorineural dysfunctions),” Martin’s experimental project provides an auditory product that relies first and foremost on our bodies and their natural adaptability to produce quality sound that resonates with the inner ear. This inclusive design replaces the role of our eardrums with bone conduction to generate, “a space for dialogue between music and people with different hearing conditions. A place where two different realities coexist, but with similar experiments.”

Designer: Noelia Martin

The post These headphones and mouthpiece rely on bone conduction to transmit audio from your bones to your inner ear! first appeared on Yanko Design.

This transparent display for captions designed for the DHH community makes sure facial expressions aren’t missed!

See-Through Captions is a simple, understated solution for the DHH community that uses a transparent subtitle display screen to project conversations with ASR technology and incorporate facial expressions to bridge communication gaps between DHH and hearing individuals.

While there are some adaptive designs that aim to help those who are deaf or hard-of-hearing (DHH), most of them rely too heavily on subtitles and audio, losing out on physical gestures and facial expressions. Some products are designed to convert sign language to text, some AI robots are meant to replace hearing dogs, and then there’s even a wearable device that translates sign language into speech. Awarded by James Dyson with Japan’s highest award, a team of designers from Digital Nature Group developed a new solution for bridging communication gaps between hearing and hard-of-hearing folks called See-Through Captions.

Developed for those who are deaf or experience varying levels of hearing loss, See-Through Captions was designed by a team of hearing and deaf individuals and tested in real-life situations to ensure its effectiveness. See-Through Captions is essentially a transparent projector that converts audio to subtitles and displays those conversations on its two-way screen. Since most pre-existing related products only focus on translating audio to subtitles, Digital Nature Group gave See-Through Captions a transparent screen to guarantee that users’ facial expressions and physical gestures aren’t missed. In addition to the incorporation of physical expression, Digital Nature Group improved its automatic speech recognition (ASR) technology to optimize real-time captioning and ensure an accurate relay of communication.

The See-Through Captions product comes in two different physical forms, stationary and portable, so the ASR technology can be applied across different interactions. In developing See-Through Captions, Digital Nature Group demonstrated different prototypes in a museum setting. In the National Museum of Emerging Science and Innovation, See-Through Captions was used in its stationary form at the museum’s front desk as well as its portable form on guided tours. Following its demonstration, Digital Nature Group decided some improvements could be made to the size and amount of text displayed on the portable product. Overall, See-Through Captions is a simple, understated solution for the DHH community that incorporates facial expression as well as accurate ASR technology to bridge communication gaps between DHH and hearing individuals.

Designer: Digital Nature Group

On a transparent screen, ASR technology converts audio to subtitles in real time. 

The transparent screen allows DHH individuals to maintain eye contact while engaging with hearing people. 

The portable form of See-Through Captions is handheld and can be applied in social settings such as guided tours and offsite meetings. 

After using prototypes in real-life situations, Digital Nature Group is improving the amount and visibility of text on the screen. 

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

This AI robot + smart home system replaces hearing dogs for those with hearing impairment!

We’ve often seen hearing dogs help those who may have trouble listening but there are a few issues with that system. Firstly, getting a hearing dog is expensive, secondly the training takes a long time, and they really aren’t an accessible solution for everyone. So this conceptual robot + smart home system was designed to fill the gap and be an alternative solution for people with hearing problems.

Called ‘Hearingbot’, this AI-powered robot comes with an integrated smart home system for seamless and reliable use through the day. One of the components is the hearing clock which wakes you up with vibrations while the Hearingbot smart home system raises the curtains for you. A cool feature is gesture recognition which makes communication easy for those who rely on sign language. The robot can recognize the signs and uses speakers as well as subtitles to communicate with its user. “It interprets sign language of the deaf through motion sensor and projects it into a projector.Through these process, it helps easy and natural conversation between deaf and ordinary people,” explains the design team. It can be paired with different products, for example, Hearingbot will manage the cooking status and schedule of the dish while the hearing-impaired person cooks and prepares the dish individually. It is also synced with a smartwatch that keeps you alert about real-time information, dangerous situations, public transport, and if someone is ringing your doorbell.

If main body of the bot has insufficient battery, it can be charged on its own. The bottom feature three wheels, an anti-fall sensor, and a vent hole. Hearingbot also uses minimal graphic facial expressions to communicate, it is a simple design detail which makes the product more organic and allows the user to form an emotional bond with it. Concepts like these are pushing boundaries for inclusive designs and showing us that we can do more to help a huge demographic that experiences the world differently.

Designers: Fountain Studio, JC HAM and Boseon Kwon

Alexa now speaks as slowly (or quickly) as you need

As of today, users in the US can ask their Alexa devices to speak slower or faster. The change is meant to make Alexa more accessible. Asking the voice assistant to speak slower could help people with hearing impairment better understand their device...

Commu helps the hearing-impaired get their pronunciations right

A hearing-impaired person usually has no frame of reference when it comes to speech, but they possess all the tools needed to speak correctly. Through process of lip-reading, the deaf can pick up how to speak, and moreover, people who have lost their hearing later on in life often have the powers of speech, but lack the practice and the ability to tell if they’re speaking correctly. That’s where the Commu helps.

Designed to help the hearing-impaired speak correctly (while also making sure their vocal muscles don’t atrophy with lack of use), Commu is a two-part device designed to capture vocal-chord vibrations and translate them into speech, guiding the user through the process of enunciation and pronunciation. One half of the Commu sits on the throat, with a vibration-sensor capturing the nuances of the waves, to translate them into text. The other half of the Commu docks your phone, allowing it to display your speech waveforms, as the phone’s app uses AI to determine whether the sentences spoken were clear or not. Gradual progress helps users retain powers of speech even though they can’t hear speech on a day-to-day basis!

Designers: Kyuseok Lee & Hyunjin Kim.

Feel the Click

The Feeling Mouse, designed specifically for the hearing impaired, appeals to the user’s tactile senses to emphasize the all-important “click” that’s crucial in operating the device. When the user presses down on the mouse, raised bumps slightly protrude through designated holes where the user’s fingers rest to signal the “click.” It’s a simple solution, but incredibly useful for those missing out on this subtle queue.

Designer: Si Hun Lee

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(Feel the Click was originally posted on Yanko Design)

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