This iPhone case integrates a pair of ultra-thin reading glasses into its design to ensure you never lose your EDC items!

Picture this. You’re out at a friend’s place (seems implausible given this ridiculous pandemic, but bear with me) and you’ve got contacts on and it turns out you need to spend the night. You’ve got nowhere to stash the lenses so you decide to ditch them, but you forgot to carry your spectacles too. Or imagine you’re traveling someplace and your contact lens relocates inside your eye (or pops out) and suddenly you’re visually compromised because contact lenses are the goddamn worst. Would be nice to have spectacles handy, right? Well, with the Read On iPhone Case by Sol Sol Ito, you don’t have to worry about losing your lenses, because this nifty iPhone case comes with its own pair of glasses docked inside it.

Industrial designer Sandra Kaufmann and artist Monika Fink first attempted to design a pair of lightweight sunglasses that could be folded to save space. Leaning on the inherent foldability of eyewear, Kaufmann and Fink designed a pair of folding reading glasses that are slim enough to slip into the back of a phone case for storage. Reaching a total height of only 4mm when folded, Read On glasses hardly add any size to the accompanying iPhone case, only a slightly raised finger grip. The polished correction glass is only 3.7mm thick, allowing the slight overhang of the frames to protect the glasses from scratching when tucked in and out of their slot. The brackets’ design also allows the glasses to be folded down to one plane, enhancing their slim construction.

Whether you’ve had to ditch your contact lenses, or you’re in a dimly lit restaurant, or need to read the washing directions on clothes tags, Read On makes reading the fine print that much easier. With Read On, the days of scrambling around the house looking for your glasses with five minutes to spare are over. Integrating a pair of reading glasses into the build of an iPhone case keeps your glasses on hand without the extra bulk and time spent looking for them. Sure, you forfeit the ability to be able to wirelessly charge your iPhone with the case on, but it’s a small price to pay for having clear vision, isn’t it?

Designer: Sol Sol Ito

The discreet storage compartment for reading glasses appears as only a slightly raised finger grip.

The reading glasses have a unique design that allows them to fold down onto a single plane.

The reading glasses feature Sol Sol Ito’s lengthy, signature temples.

The reading glasses are simple and slim to slip easily into the iPhone case and get their job done.

Read On’s case features slots for the iPhone’s microphones and charging ports.

Reaching a maximum height of 4mm when folded, Read On’s glasses are built on a slim design.

Read On’s unique brackets protect a 3.7mm thick lens that allows them to fold into one plane.

These magnetic modular glasses with a hingeless design resolves the most common frame breakage problem!

MagLeg is a pair of 3D-printed magnetic eyeglasses that allow for hingeless, unrestricted movement of the temples with an ergonomic design.

If you wear glasses, then you know the struggle of keeping them in one piece. All it takes is one wrong move and your glasses are squashed, scraped, or broken. The temples of glasses are especially notorious for breaking off at the hinges. The temples of glasses are flexible to point, but when they’re over flexed to fit larger head sizes, the hinges snap from too much tension. For designers Marc Sapetti and Arthur Carvalho Vieira, this is all too familiar, so they created MagLeg, a pair of 3D-printed magnetic eyeglasses that allow for hingeless, unrestricted movement of the temples with an ergonomic design.

Small magnets are embedded into the temples and rims of MagLeg to connect all the pieces together and these magnets curve upwards only slightly to ensure an upright fit. Sapetti and Carvalho Vieira set out to design a pair of eyeglasses that stands the test of time and wear, looking toward magnetic joinery to bring them there. Each pair of eyeglasses comes in three parts: the isolated frames and two temple legs. Embedding the tip of each temple with small magnets, they connect to each corner of the rims to form a single pair of glasses.

While MagLeg’s construction is unique and unlike any other pair of glasses on the market, their appearance remains inconspicuous. Magnets replace the hinges of traditional eyeglasses, allowing for unrestricted movement at the temples and rims. Following a thorough research period filled with interviews and trial periods, Sapetti and Carvalho Vieira took a human-centric approach in creating MagLeg. The designers note, “We noticed a gap in the glasses industry. These magnetic glasses were developed to address the lack of lasting glasses that also offer stylish design and human comfort. We used our experience from other segments like backpacks and industry-machines to come up with this innovative solution.”

The frames are produced in high volume following a plastic injection template or a 3D printmaking process that uses nylon material to create the eyewear. The designers followed a thorough period of research with trial runs of their eyeglasses on 3D-printed heads to ensure a comfortable, secure fit. Using these construction processes opens the door to customization work that might call for acute measurement adjustments or color changes. The magnetic and modular makeup of MagLeg also makes for easy and long-lasting maintenance, allowing users to reorder individual parts of their glasses instead of having to order an entirely new pair of frames.

Designers: Marc Sapetti and Arthur Carvalho Vieira

Apple Glass AR designed to give homage to the retro glasses Steve Jobs wore!

Antonio De Rosa and Apple concepts are the perfect smoothies we love and the Italian designer has surprised me again. This time Antonio has gone for a piece of concept that has a lot of nostalgia as well as the historical value attached to it. Meet the Apple glass concept that pays homage to Steve Jobs favorite pair of prescription glasses – the Lunor Classic PP. Apple co-founder was obsessed with this eyewear ever since he got influenced by the ways of Mohandas Karamchand Gandhi – who apparently shaped up Steve’s very thought process. After the turmoil of being fired by the board of Apple, he got the pair of circular wire-rim glasses to emulate his hero and ultimately returned stronger than ever as the CEO of Apple. Later on, Steve switched to the rimless brand Lunor Ideal i 380.

Combine that iconic piece of historical magnificence with the brewing rumors of the Apple AR eyeglasses, and it makes for a perfect case. Yes, this concept by Antonio makes even more sense since the world is expecting the augmented reality glasses by Apple to be announced as soon as this year. Having them in the Lunor Classic PP theme will be the apt strategy to go for if Apple is reading this piece. The AR glasses are in the second phase of testing since the start of this year and now this concept design weights its worth in gold. The rounded glass frame coincides with the rumor last year by trusted leakster Jon Prosser who claimed that Apple is working on Steve Jobs Heritage Edition AR eyeglasses.

These countered glasses look absolutely stylish for the generation next crowd- with the frame crafted from lightweight aluminum and the lenses made out of polycarbonate material. The technology of these wearables is honed by an array of six cameras with autofocus lenses, an eye-tracking system with HDR, and gesture recognition. The glasses even track your calorie intake and health status. Coming onto the cameras, two cameras are tucked in the nose-piece assemblies and the other two on the opposite side of each nose piece. Other cameras and sensors take a position in the crossbar connecting the two lenses. What I like the most besides the glasses is the AirPods style charging case for them!

Designer: Antonio De Rosa

These Eyeglass Frames Glow in the Dark

With Halloween just a couple of days away, I wish I had come across these a little earlier. But should a rave be in your future, you still might want to pick up a pair of these glow-in-the-dark eyeglasses from Zenni Optical.

The glowing glasses are perfect for those times when you want to stand out from the crowd in a dark room, and can easily be charged back up to their brightest if you keep a UV flashlight in your pocket. They come in four different frame styles, including one for kids. They glow a bright blue color in the dark, and then turn a smoky white in the daylight.

They’re actually designed to be able to hold prescription lenses if you want, so if you’re like me, you can actually see out of them too. They’re just $15.95 a pair, though at the moment, a couple of the styles are currently out of stock.

Google’s Next-Gen Glass Runs on Android, Is Faster than Ever

The third generation of Google Glass has arrived with Glass Enterprise Edition 2. This version largely sticks to the familiar formula that you know on the outside, but we can expect it to be different inside, and more powerful in both hardware and software. Since it’s “built on Android” it will be easier for developers to write apps for it, and you can also enroll it in Android’s enterprise device management to help IT maintain control. There are also some very welcomed changes on the inside though.

The new version runs on Qualcomm’s Snapdragon XR1 processor. That means much faster performance and power savings for longer battery life. Which is very helpful when you need to wear Glass for hours on the job. There is also improved camera quality for video streaming and such. It also has a USB-C port for faster charging which is a good addition.

Keep in mind that this version is for work use, and not really for the rest of us. You won’t see them on the street, but you may see them in warehouses, shipping centers and other work environments. It may also attract more corporate customers who want augmented reality eyewear without buying something as cumbersome as Microsoft’s HoloLens 2. Companies interested in the Glass Enterprise Edition 2 can inquire here.

[via Engadget]

Gunnar Optiks PPK Glasses Protect Your Eyes from Computer Screen Eyestrain

If you have a desk job, type a lot, or play a lot of video games, you might have noticed that prolonged usage of screens can cause eye strain. Alleviate that with Gunnar Optiks PPK Advanced Computer Glasses. These glasses were designed specifically for gamers, although anyone who regularly sits in front of a screen for long sessions can benefit from them.

The lenses are equipped with i-AMP technology that helps to reduce the strain on your eyes. To help them fit any face shape, the glasses come with gently curved temples, and the silicone nose pads help them rest comfortably on your nose bridge.

Protect your eyes from the damage that long-term screen usage can cause. The Gunnar Optiks PPK Advanced Computer Glasses are yours for only $45.99 in the Technabob Shop.

Eyes-on Review: ZEISS DriveSafe Lenses – The Best Eyeglasses for Driving

I’ve worn eyeglasses ever since I was a teenager. Back then, I was mostly walking around and attending school, and didn’t have to worry about night driving, using mobile devices, nor the gradual changes that would impact my vision as I got older. These days, my daily routine includes hours behind the wheel of a car, travel, sitting at a computer, reading emails on a smartphone or tablet, and watching lots of videos. Up until now, I assumed that all eyeglass lenses were pretty much created equal, and I’d have to make some pretty big tradeoffs if I wanted glasses that worked while driving and were also good for interacting with today’s gadgets. So when ZEISS gave me the opportunity to test out their DriveSafe lenses, my curiosity was certainly piqued.

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What makes ZEISS DriveSafe lenses different is that they’re optimized for driving, but versatile enough for everyday wear. Driving at night is especially challenging for many eyeglass wearers and DriveSafe lenses significantly improve nighttime vision. They also are designed for today’s modern vehicles, optimizing your field of vision for frequent switching of focus between heads-up driving and glances at your mirrors, dashboard, backup camera or navigation screen.

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When driving, bicycling or walking at night, car headlights and streetlights can cause significant glare on most glasses. However, the DriveSafe lenses have an amazing coating called DuraVision that dramatically reduces glare and reflections. This isn’t just any anti-glare coating. It actually is optimized for the specific wavelengths in today’s super-bright Xenon and LED headlights. I was shocked by how much clearer and sharper lighting sources became with the DriveSafe lenses compared to my other eyeglasses, which have a typical anti-glare coating.

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While I couldn’t capture exactly what I see with my own eyeballs, I used this completely non-scientific method to show the difference in the way that a bright flashlight beam passes through conventional anti-glare and ZEISS DriveSafe lenses. You can see a dramatic reduction in glare and artifacts, and improved clarity in the bottom image:

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DriveSafe lenses also improve overall vision and depth perception by helping your eyes focus better, regardless of the amount of ambient light. This is important, since the amount that your pupil dilates based on lighting conditions affects your eyes’ ability to focus, as well as your peripheral vision.

Another thing that has become more of a challenge over the years is the number of places you might have to look in your vehicle while driving. In addition to the mirrors, we now have LCD infotainment screens, high-tech dashboards and controls galore, so you need to be able to glance quickly and identify things while driving, parking or just sitting in your car. This is especially problematic for those of us who wear progressive lenses. Being nearsighted and having presbyopia, I can easily see things up close, but need glasses for things that are far away, and my eyes can’t refocus properly to the close-up stuff when wearing glasses. That said, progressive lenses are the best solution for this situation.

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With traditional progressive lenses, the mid-range areas like the dashboard and mirrors in the car are sometimes out of focus. ZEISS DriveSafe lenses have adjusted the coverage area to be up to 43% larger for mid-range vision, and up to 14% larger for distance vision, both of which make driving more pleasant and safer. The result of this design is a slightly narrower reading zone for up-close items, but with most people relying on smartphones and tablets for reading these days, this is actually ideal.

I’ve found the DriveSafe lenses offer much more comfortable and useful focus areas while driving or doing anything active, compared to traditional progressives, and as such require less head movement and seeking of the proper focus area. Of course, DriveSafe lenses are also available for single-vision wearers, who still benefit from the optimized glare and depth perception features. You can also get them with self-tinting PhotoFusion technology, which makes the lenses quickly darken in bright sunlight and clear up in seconds, all but eliminating the need to own a pair of prescription sunglasses. Since I frequently drive convertibles, this is a fantastic option.

Overall, I’m really loving my new DriveSafe lenses and will be saying goodbye to my old glasses. With ZEISS leveraging its research and engineering abilities to adapt their lens designs to modern lifestyles and work environments, the result is lenses that are more user-friendly, comfortable and safer than traditional lens designs.

zeiss_drivesafe_lenses_in_tom_davies_frames_2zoom in

For those of you who don’t drive much, but spend all day in front of computer screens and other digital devices, you should check out their Digital Lens, which is designed not only to reduce harmful blue wavelengths, but is also optimized for viewing electronic screens while reducing eyestrain. They’re definitely worth checking out as well.

You can get fitted for your own DriveSafe or Digital lenses from ZEISS-authorized eye doctors around the world. You can search for your closest doctor here.

[FTC Disclaimer: Technabob received compensation from ZEISS for this post. However, all posts on Technabob are the unbiased opinions of our authors, and in no way represent the views of the product manufacturer represented here.]

Deal: Save 28% on Gunnar Optiks Intercept Advanced Computer Glasses

If you’re like me, you sit in front of a computer screen for a good part of your work day. The problem is that the light and small type on screens can lead to eyestrain and discomfort over time. Gunnar’s Intercept computer glasses are designed to reduce fatigue and enhance vision when working with computer screens.

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The glasses feature precision optics, and a special lens which combines blue light filtering and gentle magnification to make things much easier on your eyes. They’re ideal for computing tasks, and are also great for gaming.

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The Gunnar Optiks Intercept glasses normally go for $69(USD), but you can grab a pair in the Technabob Shop for just $49 for a limited time.

Eyeglasses with Autofocus: Omnifocals

The lenses in prescription eyeglasses are usually tailored to the wearer’s vision. There are also multifocal or progressive lenses that provide different focal powers, but each power is confined to portions of the lens. That’s why a company called Deep Optics is working on a pair of electronic eyeglasses that automatically change the entire lens’ focal power based on where the wearer is looking.

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Deep Optics’ Omnifocals have a transparent sheet of liquid crystals on both of its lenses. These crystals can change the lenses’ focal power. To automate the process, a pair of sensors facing the wearer calculate the distance between the wearer’s pupils. The Omnifocals’ computer uses that data to calculate the distance of the wearer from the object that they’re focusing on. It then sends a current to the sheets of liquid crystals to change the lenses’ focus accordingly.

But don’t be fooled by the concept video, because Omnifocals is still in its development phase. CEO Yariv Haddad told MIT that they’re two years away from conducting real world tests, not to mention figuring out how to pack all the electronics in a portable and compact form. Still, this is promising news for us four-eyed folk, who often have to rely on estimates or trial and error when we’re getting our glasses.

[via Pop Mech & MIT via Reddit]