Five Tweets for Luna Lights – Part 2 (Content Strategi)

Detecting senior living patterns with #IoT #tech does matter. #caregiving #innovation
http://bit.ly/2aYSOAJ
Seniors need safety and security more than anything else. #Revolutionary technology is built around #empathy.
http://bit.ly/2aLWyoa
81{ed162fdde9fdc472551df9f31f04601345edf7e4eff6ea93114402690d8fa616} Americans are looking out for #fallreduction solutions, says Carnegie Mellon
http://bit.ly/2bfwRAd
Is #innovation the answer to senior worry, anxiety, fear? Can #tech lead to #fallreduction? Our heart goes out to this story!
http://bit.ly/2aLmlRp
#caregiving at home is most preferred. What if we designed homes well for safety and #mobility? Mobility matters. Here’s why.
http://bit.ly/2bixFAm

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The All new InTouchApp Chrome Extension(Rank Princess – SEO)

~Exciting Features and More~

Well, we all know WhatsApp is about displays, pictures, and phone-numbers. So the all new InTouchApp Chrome extension lets you save images directly from Whatsapp to your phone. From group photos to a single friend’s photo, this new feature also allows you to select a few images from a pool of fetched photos. Users can also save unknown contacts in bulk from without having to save it one by one.

Don’t Fret, It’s Quite Easy:

Save Images from Whatsapp to Phone-Book

Once you download the new plug-in, you can directly save all displays and pictures in the name of your contact. The images are organised by the InTouchApp without creating clutter or chaos in your phonebooks.

Group Photos in Bulk

The images can be stored in bulk, so if you want to save images from a WhatsApp group, then they can be sorted out by the InTouchApp, without you having to save it one by one. The Plugin allows you to save time and invest it in chatting rather than storing images.

Choice of Image Selection

Once, the images are fetched by the App, you have the choice selected few out of the whole lot. That way you can select multiple photos at once, without having to do it again and again.

Save Unknown Contacts in Bulk

To save your time, you have the option of storing multiple contacts at once. You save a lot of time, by just keeping them all at the click of a button. All you have to do is click ‘save all’ and all of them will be stored in their respective names without you having to go through the turmoil of doing it one by one.

Save Contacts from LinkedIn

Find professionals on LinkedIn and get in touch with them right away. Keep their contact coordinates with the help of the IntouchApp Chrome plug-in and make networking a child’s play. All you have to do is click save the contact, and all his contact information (Number, Email, LinkedIn Username) will be saved immediately to your phone-book.

Save Unknown Contacts from any website

We visit a hundred sites every day, go through countless numbers every second.  Ever wondered if we could save all important numbers by just clicking save, well Intouch App allows you to do so. From Facebook to Zomato, you can store all relevant numbers just by clicking save and just get in touch ☺

Final Take

The all new InTouchApp Chrome extension is worth it. Store images in bulk or keep them individually, select or deselect photos to make your phone clutter-free and organised.  Storing WhatsApp contact numbers in groups become all the easier, you don’t have to go through the exercise of saving each number, you can just click save all, and the contacts will be stored in their respective names. Find numbers and email address online from numerous websites, just click save contact, and the App keeps your phone book up to date.

 

LSI Keywords

Bulk Images from Whatsapp

Save contact from LinkedIn

Save Unknown Contacts in Bulk

Save Unknown Contact from any website

Intouch Chrome Extension Features

 

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7 INVENTIONS TO REVOLUTIONISE THE LIVES OF THE VISUALLY IMPAIRED

Unfortunately, coping with becoming visually impaired is a common way of life for many people thanks to diseases, injuries or other health conditions such as diabetes. One of the fundamental problems which loss of sight causes for people is the inability to negotiate unfamiliar places. It can also affect everyday life activities such as working, sports, or even building friendships.
However, technological advances have been used to help improve the lives of the visually impaired with many creative new inventions developed to help with daily living challenges. Here are the top seven inventions which could revolutionise the lives of people with sight problems:

1. Shoes which can tell you which way to go
Ducere Technologies have created Lechal insoles which can connect via Bluetooth to your mobile device. You input your directions, and as you start to walk, the shoes will vibrate when you need to change course – either the right shoe or the left shoe – with the buzzing getting stronger the nearer you are.

2. Glasses which show you colours
For people whose visual impairment includes colour blindness, to them, a whole new way of seeing the world could be made available thanks to Enchroma Lenses. They look like regular sunglasses but enable colour blind people to view a variety of hues.

3. Accessible mobile phones
Many cell phone manufacturers are now incorporating original elements to make their handsets accessible for the visually impaired, including screen-reading, voice control, slide out keypads, and raised details on the keys to guide your fingers.

4. Braille Rubik Cube
While it’s not something you need on a daily basis, those looking for an exciting challenge might like to try the braille Rubik cube. Rather than match the colours, you match the feel of the braille squares.

5. A safe audible mug
Imagine being blind and trying to make a cup of tea or coffee – how would you know when you had filled the cup with hot water? Well, thanks to the Braun Bell Concept Mug there is now no risk of burning yourself as it lets out a sound once the water hits a particular sensor, telling you to stop.

6. A watch that lets you feel what time it is
Being able to speak the time is something we all take for granted, but if you can’t see, then how do you know what time it is? A brilliant invention to make everyday life easier for those whose sight is limited is the watch which lets you feel the time. The designs use breaks at the 12 o’clock mark and ball bearings to enable the wearer to feel the position of the second hand and the hour hand.

7. A bracelet which tells you where you are
A simple looking piece of jewellery can help blind people to navigate around unfamiliar places, as they contain full navigation options including GPS, audio and voice controls. This nifty and stylish gadget can contribute to maintaining a healthy level of independence.

Key word:
Visually impaired
LSI:
Visual impairment
Blind
Sight loss
Loss of vision
Sight problems
Sight challenge
Colour blind
Sight limited
Accessible

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7 INVENTIONS TO REVOLUTIONISE THE LIVES OF THE VISUALLY IMPAIRED

According to the World Health Organization, about 285 million people worldwide are considered visually impaired, meaning they are fully or partially blind. Visual impairment makes it tough to navigate today’s fast-paced, technologically-focused world. However, advances in technology are enabling innovative designers to create inventions which allow the blind and visually impaired to regain a sense of autonomy, agency, and dignity in a world which often undermines their potential.

  1. Mobile phones adapted for the visually impaired

    None of the major mobile companies such as Apple or Android has phones specifically built for blind people, although some models can be tailored for those with mild visual disabilities. The B-touch mobile phone by Yanko Design is a smartphone, equipped with touch screen technology, which is entirely designed for blind users. The phone uses a combination of a braille touch pad, high-contrast raised keys, voice recognition and camera word processing technologies to enable the blind to do many of the tasks of traditional smartphones.

  2. Touch-sensitive vibrating shoes

    The sense of touch is highly underused in technology assisting those with visual impairments. One shoe company called Lechal had designed a pair of shoes which combines GPS technology with vibration to help the user navigate through his or her environment. The shoes vibrate the left or right foot when a turn is needed, and the designers soon hope to be able to identify obstacles ahead.


  3. Tactile Flash Cards

    Another design by Yanko, these flashcards enable the lifelong visually impaired to learn about different objects through three-dimensional diagrams and braille terms.

  4. Argus II: The Bionic Eye

    Although this may sound like something out of a science-fiction novel, it has been used experimentally by over a hundred people. The company Second Sight developed Argus II to help those with degenerative eye disease (not those blind from birth) to regain some amount of vision. The device uses a combination of retinal implants, optical processing glasses, and electrical impulses to transfer light manually from the user’s environment to the visual cortex.

  5. Thermal Painting

    Although it may not seem like the most useful invention, there are plenty of blind artists who are denied the opportunity for creative freedom. This touch colour tablet necessarily translates colour into critical temperature (a spectrum of tools for blue, purple, and green, and spectrum of warms for reds). This way, artists can paint using heat as their guide and can “mix” colours as well as sample colours from their environment.

  6. Braille Watch

    Another Yanko design called the “Feel the Time” watch has physical dots of braille moving around the clock face rather than two hands under a glass panel. This enables the blind to feel the positioning of the clock hands and tell the time.

  7. Braune Bell Concept Mug

    This mug enables the blind and the visually impaired to drink hot beverages like coffee and tea without risking burning themselves. Most blind people use their fingers to test the level of water in a mug, but this cup sends out a different pitch when the mug is low, medium, or almost full so that the visually impaired person can hear the water level rather than feel it.

http://www.who.int/mediacentre/factsheets/fs282/en/

http://www.who.int/

https://en.wikipedia.org/wiki/Visual_impairment

http://www.yankodesign.com/2009/06/15/touchphone-for-the-blind/

http://lechal.com/

http://www.yankodesign.com/2009/08/11/tactile-flash-cards-for-the-blind/

http://www.secondsight.com/

http://www.yankodesign.com/2009/08/04/no-longer-color-blind/

http://www.yankodesign.com/2009/04/22/get-touchy-feely-with-time/

http://www.ohgizmo.com/2009/08/06/braun-bell-concept-mug-for-the-visually-impaired/

Keywords:

blind,

visually impaired,

visual impairment,

technology,

mobile phones,

visual disabilities,

smartphones,

vibration,

GPS,

motion sensing,

flashcards,

vision,

degenerative eye disease,

thermal painting,

braille watch

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DeepDream Algorithms and How they Changed the World (Rank Princess – SEO)

DeepDream formed by Google is described by Wikipedia as a “convolutional neural network to discover and improve patterns in images via algorithmic pareidolia, thus generating a dreamlike hallucinogenic manifestation in the intentionally over-processed images”.

The transformation of pictures into a dreamlike image only with the use of certain algorithms has marked the next stage of evolution in not only photography and photo editing, but also technology and human genius.

The artificial neural network created by Google, known as DeepDream, to interpret imagery is not only intriguing because of its beauty but also the ingenuity of the entire idea.

How It Works:

The algorithm was initially designed to notice the edges in the images and to state what the object in the image is, such as “This is a tiger”, or “That is a bone”. It was observed that the same neural network could be used by the algorithms to process its own images, instead of the actual object in the image.

For example, if the algorithm has processed a pigeon in an image by the recognition of certain edges and angles, it will continue to process and enhance them in a manner that you can observe the pigeon in the image, even if there isn’t one present there. The DeepDream algorithm achieves this through continuous processing of the object and transforming it into a dreamlike embodiment.

Why is it so desired?

The general masses seem to be intrigued by this new development, by Google. The basic reason for such a predicament is that the images thus generated by the DeepDream process are looked at as a form of art. These images are:

1. Beautiful: Any object of beauty recognised by an individual is bound to attract some attention.

2. Out-of-the-box: The idea itself, of a dreamlike image, is something very few could have imagined. To be able to use it for individual purposes is unique and the desire to do so is almost compelling.

3. Abstract: Modern art gains its fan following due to its abstract approach and subjective interpretation. Similar is the condition with DeepDream imagery.

4. Wanted: Last, but not the least, a thing of beauty or originality cannot be made popular without advertisement or public following and support. This new technology has gained the support of the crowds from the beginning and has thus become such a hot commodity in the market.

All of these above reasons have had some major role to play in the increase in the number of users for the DeepDream algorithm program. The dreamlike images produced by it have had a significant impact on people globally.

The Science Behind it:

The artificial neural network is trained by the software engineers to recognise as well as adjust certain angles and edges in the images. Around 10-30 layers of artificial neurons are stacked together for the programming to commence. These neurons are fed millions of images and shown how to adjust the parameters to suit that of the user’s choices. Each image is fed into the input layer, which then feeds it to the next, till the desired output is attained.

The entire designing process is a long and complicated one, yet the results are outstanding and worth all the effort that is put in.

The actual level of enhancement and the amount of complexity in the images generated depends upon the layer the engineers choose to enhance it on. The network is also able to choose on its own, the layer of output or the level of enhancement. Any image thus generated is completely the computer’s own artwork, made possible by the hard work of certain software engineers. 

DeepDream algorithm has marked the next age of imagery and computer intelligence developed and enhanced by human beings.

LSI Keywords: DeepDream algorithm, computer intelligence, artificial neural network, Science Behind it, intrigued by this new development, created by Google, programming, software engineers, layers of artificial neural networks, adjust certain angles and edges

References:

https://research.googleblog.com/2015/06/inceptionism-going-deeper-into-neural.html

https://artofericwayne.com/2015/07/08/google-deep-dream-getting-too-good/

https://en.wikipedia.org/wiki/Hallucinogenic

https://en.wikipedia.org/wiki/Algorithm

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Looking Deep Into The Neural Network (Rank Princess – SEO)

A while back, an intriguing photograph made an appearance on Reddit which showed a grotesque mutant: a shimmering, hydra-headed, slug-like being covered with liquefying animal faces.

Soon enough, the true origin of the image surfaced, in the form of a blog post made by a research team from Google. It turned out that the otherworldly picture was indeed, inhuman. It was the result of an artificial neural network (a computer brain) with an ability to recognise images.

Even the media picked up on the story, with reports in the Tech Times and PBS

Is there any connection between the psychedelic visuals of these pictures and Google’s neural network which created these images, and what do our brains do when faced with psychedelics?

Computers designed to mimic the human brain are known as Artificial Neural Networks (ANNs). They have been around since the early part of the 50s, but have made amazing progress in image recognition over the last few years.

The networks are composed of “neurons” that are software-based, which can communicate

They alter the strength of their connections in order to reflect the results of their calculations, similar to real neurons. What makes ANNs special is this adaptability. It provides them with an ability to learn.

The neural networks learn in a manner similar to children, by observing and imbibing the knowledge of the world around them. Usually, this data is put by people directly into the system.

For a neural network that is designed to recognise images, if it sees a hundred photos of cats, it shall begin to identify a cat on its own. The more photos of cats that it sees, the more efficient it will become. Should the network see a photograph of a cat-shaped thing, then a particular neuron in the network’s topmost layer will become distinctly activated, and the network will throw out the result: cat.

With such skills, ANNs have become vital for identifying faces and features in imagery, the sort of thing that the photo service from Google takes benefit of to create automatedfilms and albums.

The type of neural network used by Google is the convolutional neural network

This is what was used to create these odd images. It is composed of layers of neurons which send messages up through a command chain, understanding information with more features and abstraction as it goes upward, which means that each layer focuses only on one small task at a time.

As the network is self-teaching, what goes on exactly within each of those layers is still mostly a mystery. Google does not know which the exact pathways are that the information is moving through. It does not even fully know how the labour is divided and shared between the layers.

The experiment by Google was undertaken to split open these layers and observe what was happening inside

After examining the results, the researchers could quantify the accuracy of the machine’s knowledge.

The results were always not exactly on point. An example being, each image that was produced for “dumbbell” showed not just a metallic weight but also showed the muscular arm holding on to it. This gave an important insight: the computer had in most likelihood only ever seen a dumbbell which had an arm attached.

The complexity of the brain is such that artificial neural networks cannot be easily compared to it. People, for thousands of years, have turned their minds inside out with hallucinogenic substances, trying to get a clearer look at what we have learnt and what we still have to learn. The artificial brains from Google are a reminder that there is still plenty of research left to be done.

Keywords – artificial neural network, automated films and albums, psychedelic visuals, Google’s neural network

References:

https://www.reddit.com/r/WTF/comments/3a2bl6/supposedly_this_image_was_created_by_ai/

http://www.theverge.com/2015/6/4/8729943/laughing-and-crying-my-way-through-the-new-google-photos

https://research.googleblog.com/2015/06/inceptionism-going-deeper-into-neural.html

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Unblinding With Technology – Five Amazing Gadgets for Visually Impaired

There are various reasons for a person to turn blind, from age, accidents to diseases and strokes. Thanks to the massive renaissance in science and technology, there are many gadgets available for the blind, to help them ease their daily chores and live their lives normally.

The core functionality of our body is to live and enjoy through our five senses. These are ears to hear, tongue to taste, nose to smell, nerves to feel touch/pressure and eyes for sight. But not all are fortunate to have all five senses intact.

Loss of sight or blindness is a condition in which a person’s view becomes partially or completely damaged and cannot be corrected by wearing spectacles. There are various reasons for a person to turn blind, from age, accidents to diseases and strokes. Thanks to the massive renaissance in science and technology, there are many gadgets available for the blind, to help them ease their daily chores and live their lives normally. With these gadgets, blindness will no longer hinder them from pursuing their dreams.

Here is a list of devices designed specifically to ease the visually impaired:

1. Sensor Embedded Sticks

Walking on streets is not easy for blind people. They use a stick to make sound by tapping as they walk to get an idea of the terrain on which they are walking. But now we have i-sticks. These sticks are built with lenses at the end that convert the images received into electronic signals. The stick vibrates, alerting the blind people when are near uneven terrain such potholes or staircase.

2. Color Sensors With Sound

Vision impairment doesn’t mean you leave your style. This is a colour reader that detects the colour underneath it and then translates them into voice signals. It might not be very helpful for people who are blind since birth, but others who have suffered a loss at a later stage can benefit a lot.

3. Sign Convertors

A major problem with deaf and blind people is the communication barrier between them and the rest of the world. Not many people know sign language, and the gestures can vary from region to region. This could lead to a whole lot of miscommunication. This gadget has a dual functionality wherein it converts gestures to voice, and voice signals to speech. You can even select a language of your choice for easier communication. The device is light in weight and worn as a pendant.

 4. E-Braille

Visually impaired people read through braille script, in which letters are embossed in dotted rectangular blocks. It was printed on paper, but now we have ibrailler tablets. This is not as advanced as an actual tablet but lets the user type, edit, read or surf the internet. The user only needs to place their eight or ten fingers, and a voice over integration will help them guide to apps or use other functionalities. It is now available on mobile too.

 5. Artificial eyes

A concept which became the plot of ‘Blind Dating,’ 2006, is now actually reality. The visual prosthesis is a complicated and slightly expensive procedure but helps the blind see the world again. The patient is required to go through a surgery where a device is inserted in their retina. This device gets activated when the accompanying glasses are worn. These glasses have the camera built in them. When turned on, the patient sees the object in front of them in the contrast of light and darkness. Research is being conducted to enhance the quality and provide coloured imagery to the user.

Apart from these, there are magnetic cups, a sensor built shoes, blind watches and even flash cards to help the blind feel as normal as they can in their day to day life.

Keyword: Visually impaired

LSI: Gadgets for blind, science and technology, istick, braille, tablets, blind watches, Visual prosthesis, sign convertors, sensor embedded sticks, blind, blindness

Reference:

http://weburbanist.com/2010/04/05/12-ingenious-gadgets-technologies-for-the-blind/

http://www.digitaltrends.com/mobile/blind-technologies/

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Seven Inventions to revolutionise the Lives of the Visually Impaired

The world of technology is dynamic and always moving forward. However, humanity has always ensured that those who find it hard to move along with us, are not left behind. The following list is a glaring example of that. Here are seven inventions which hope to help people with blindness lead healthy lives.

1. See Stick

See stick is essentially a walking stick with a few enhancements. These improvements have made an already useful tool more intelligent.

See Stick is equipped with several sensors that analyse the environment around it and send vibrations to its handle accordingly. This gadget is capable of warning the user against possible threats while commuting.

2. Lechal Shoes

People with blindness usually rely on voice commands from their GPS device to walk through the city. Lechal Shoes takes this idea a ‘step’ forward.

These shoes connect to your mobile phone using Bluetooth and come with vibration motors in the soles which would guide the user about the directions he should take by buzzing the right/left foot accordingly.

3. Bionic Eye

Bionic Eye is a high-tech piece of technology that enables people with Pigmentose Blindness to see the world.

This is achieved through a camera in the glasses which would be worn by the user, and a tiny device placed on the retinas of the user.

These two components capture a digital image and convert it into signals that the brain can process.

4. B- Touch Mobile Device Concept

This soon-to-be-reality concept device will be able to assist people with visual imparity to carry out regular tasks such making phone calls, reading books, etc.

This all-in-one device uses Braille, voice processing and visual reading technologies to perform the tasks mentioned above.

5. Braun Bell Mug

This mug was designed to prevent the burns caused by over-filling hot drinks into the mug.

This convenient piece of technology works by incorporating several sensors which vibrate and beep according to the level of liquid poured into the cup.

6.Feel-The-Time Watch

Individuals with blindness are dependent on either audio clocks or strangers to know the time. This watch aims to change that. It has two concentric circles with a tiny nub at each, which moves according to the time.

It allows the user to know the time by merely feeling the nudges on the dial of the watch, thus saving time and inconvenience in the process.

7. Braille E-Book

The trouble with braille books is that they are way bulkier and more expensive than conventional books. This makes it tough to carry more than one book at a time.

Braille e-book is exactly how it sounds. It can dynamically change the pattern and the texture of the braille letters on the screen, and also store a tonne of books.

Advancement in technology is continuously improving the quality of life for all of us, including the physically challenged. So we wouldn’t be wrong if we said that in the future, the difference in the quality of life of the specially abled and the rest would be minimised to almost zero.

LSI Keywords

Inventions to help the blind

Gadgets for the visually impaired

Technologies for the Blind

Inventions for people with blindness.

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7 Inventions To Revolutionise The Lives Of The Visually Impaired

As we break barriers in science and technology at blitzkrieg pace, we hope tobetter serve those among ourselves who haven’t been lucky enough to receive the gift of vision. In recent years, our endeavour in this direction has moved only forward letting us know that we are coming close to eliminating visual impairment as a problem.

Here are a few inventions that have made lives of blind people a little easier-

  1. Shoes That Guide In The Right Direction-

Available for online purchase, these ‘Lechal’ shoes designed by Ducere Technologies connect with your smartphone to guide you in the right direction. As you walk, a vibration produced in the shoes will help you navigate routes with relative ease. A vibration in your left shoe indicates that you need to turn left while a vibration in your right shoe indicates that you need to turn right.

These are almost a necessity for the people who are both blind and deaf, as people with only vision loss can still use sounds to navigate routes.

  1. Guide Dots-

Guide Dots is an app that makes use of social networking sites to let you know which friend is near you. Plus, you can also use it to let your friends know where exactly you are. The app also informs you of points of interest with geotagging. It does all this via the use of sound. You need to wear earphones to keep listening to the information the app gives you. You can also give certain commands to the app using its push to talk feature.

  1. iBrailler Notes-

iBrailler brings the standard Brailler device used by the visually challenged onto an iPad. Once the app is opened on an iPad, you need to calibrate the device by placing your hands where usually, the keyboard would be. The app places a virtual Braille pad in place of a keyboard.

You can now use this calibrated Braille pad to do your work, type documents, write or Google. Google can be used by one-touch open button on the Braille pad itself. Using the Apple VoiceOver option, whatever you want to hear will be read back to you.

  1. Argus II Bionic Eye

Taking a page out of ‘The Terminator’ book, Dr Robert Greenberg workedfor 25 years to make the bionic eye a reality.

Argus II is designed to help patients with retinal pigmentosa, which causes vision loss and eventually leads to blindness.

Patients are implanted with a small device that sits on their retinas. Patients have to wear a set of corresponding glasses which has a camera. When the glasses are on, the signal from the camera turns into electrical impulses on the patient’s eye allowing them to be able to see.

  1. Enchroma Lenses-

Enchroma lenses are lenses specially designed to help colour blind people see properly. The lenses have a lot of scientific work going on in them that makes it hard to produce these glasses. These lenses are shaded such that people who have trouble seeing particular colours will no longer have the same problem. From outside, these glasses look like regular sunglasses.

  1. Tiffy Template-

Tiffy template is an extremely simple device which helps people to keep track of what kind of currency notes are there in their pockets.

Made by Paul D’Souza, the Tiffy template is a metal plate which helps the blind measure the length and width of their currency notes, thus being able to differentiate between them. The length and breadth are measured using grooves on the template that can be felt after placing currency notes against the template.

  1. Be My Eyes-

Be my eyes is a non-profit app that helps blind people feel the world around them a little better. This app is aimed at blind people who don’t have anyone living with them to take care of them.

First, a person needs to take a video by pointing his camera at the place or object about which he wants to know more. The app uploads this video online, and volunteers using the Be My Eyes app will help describe the look of that object via audio.

Further, this app can also be used by taking pictures of documents and having the text read aloud by potential volunteers.

We still have a long way to go to make the lives of the visually impaired as comfortable as the rest of us. It is our duty to appreciate, and bring to forefront ways that help the visually challenged.

LSI Keywords- visual impairment, vision loss, Blind, blindness, visually impaired, Revolutionize The Lives Of The Visually Impaired, make the lives of the blind as comfortable as the rest, Enchroma lenses, retinal pigmentosa, Argus II Bionic Eye,

Reference Links-

www.thebetterindia.com/topics/inventions/

https://www.pinterest.com/pin/39688040441959033

mashable.com/2011/10/05/tech-disabled

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7 Inventions To Revolutionise The Lives Of The Visually Impaired

For people who aren’t visually impaired, it’s sometimes difficult to comprehend how much the world is designed for people who aren’t visually impaired.

From traffic lights to coffeemakers that indicate they’re done with lights, even the smallest thing can be frustrating because of designs that are automatically made for people without visual impairments.

Here are seven innovative products for visual impairment to even the score just a little bit:

  1. Braun Bell Concept Mug: Sang-hoon Lee and Yong-bum Lim have made a mug that emits a sound when the liquid reaches water sensors that mark certain places inside the mug: you can now fill up your mug to exactly 3/4ths with no problem. People who can’t see how full the cup is, have to resort to dipping a finger in, this is not only unsanitary, it’s downright dangerous for mugs full of scalding hot liquid.
  1. The Eye Stick: The walking stick that sees for you. This walking stick is equipped with a lens that recognises special hazards like stairs, or traffic lights and then communicates to the user through sonic vibrations. New environments are now less dangerous and unknown for the visually impaired who get hold of this nifty little thing.
  1. The B-Touch Mobile Phone: Designed by the brilliant Zhenwei You, if this smartphone had an IQ, it would be off the charts. Along with braille touch screen tech, this phone incorporates voice activated software as well. This phone will read out loud to you, act as a navigator, and do object recognition, so you don’t have to, and so much more. All it needs now is a laundry setting.
  1. LeChal Shoes: Wear the future with Lechal’s shoes. They connect with apps on your phone or tab to act as navigator. Vibrations on your shoes will tell you how to walk. Move left if you feel a vibe on the left shoe and so on. The latest version doesn’t work with obstructions in your path yet, but they’re working on it, and I for one am eager to explore what they come out with.
  1. Enchroma Lenses: Opening up a whole new world for colourblind people, these spectacles may look like shades, but they can help a lot of colourblind people see more colours than before. Colour blindness happens due to a different balance of absorption in retinal cone cells which will cause ‘spectral overlap.’ Red-green colourblind people are likely to not have full spectral overlap so that they can be helped through this.
  1. Bionic Eye: Visual impairment through retinal pigmentosa can be a terrible thing. However, with Robert Greenberg and the Argus II, there may be a light at the end of that tunnel. This is a two-step process with a device that is implanted in the retinas combined with a pair of glasses which will send signals to the device that will then send electrical impulses. The image is low-resolution, but at least it’s possible. Unfortunately, it is still extremely expensive and unlikely to be accessible to a majority of patients.
  1. Braille E-Book Reader: Electroactive polymers may fulfil the dreams of many readers worldwide. While not a reality yet, and not cost-effective enough to be commercially available, it’s a good thought and one that needs to be pursued.

    Using electromagnetic signals, it is possible to produce refreshable braille patterns or an e-book reader that will make millions of books accessible to visually impaired people in a lightweight and simple form. The design was proposed by Seon-Keun Park, Jin-Sun Park, Sun-Hye Woo, Byung-Min Woo.

Seven things that prove that with technology and will, you really can change the world for the better. This will improve the lives of many people, and give them the tools to change the world as well. It’s a beautiful domino effect.

LSI Keywords:visual impairment, visually impaired, blindness, blind, Accessible to visually impaired people, Products for visual impairment, Visual impairment through retinal pigmentosa, Colorblind people, Braille

References:

http://www.yankodesign.com/2009/08/06/no-more-overspills-even-if-you-are-blind/

http://www.concept-phones.com/cool-concepts/btouch-concept-touchscreen-mobile-phone-blind/

http://www.yankodesign.com/2009/09/08/blind-stick-with-eyes/

http://enchroma.com/technology/

https://www.nbp.org/downloads/cbi/EAPActuators.pdf

http://www.massdevice.com/restoring-sight-blind-conversation-with-second-sights-robert-greenberg/

https://www.entrepreneur.com/slideshow/245443

http://weburbanist.com/2010/04/05/12-ingenious-gadgets-technologies-for-the-blind/

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