Tag Archives: Patent

Touchscreen iMac like the Microsoft Surface Studio hinted by Apple patent

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Apple products have always been hailed by designers, and its computers have long been the tool of choice for many digital content creators, especially graphic artists. None of those computers, however, have ever sported a touchscreen, even one that supports the Apple Pencil, an irony that isn’t lost on many digital artists. This means they have to settle for external drawing tools or, for some more daring users, mods that combine MacBook internal with a drawing tablet. A Mac that can instantly be used as a digital canvas is definitely going to be an artist’s dream, and based on a patent that Apple has filed, that dream could still become a reality, and it already has the perfect design for that.

Designer: Apple

Apple M3 iMac

Apple might have plenty of reasons not to put touch screens on iMacs and MacBooks, but those reasons are starting to drop one by one. It might not want to muddle the lines that separate its Macs and iPads, for example, but you can already run touch-based iOS apps on Macs for years now. And it’s not like it’s lacking the technology to make it all possible, as proven by the highly successful iPad Pro and Apple Pencil.

A patent unearthed by Patently Apple reveals that the company has indeed, been toying around with that idea, though it’s not exactly surprising given how many ideas tech companies patent all the time. Admittedly, the patent’s focus is less on the touch screen itself but more on the stand and hinge mechanism that would let you tilt and even pull the whole iMac down to the desk’s surface, making it more comfortable for artists to draw on. It’s an instant display tablet without having to buy an expensive Wacom or switch to a different technology from the one you might already be familiar with.

As weird as that idea might sound, it has actually already been done before and with surprising success. The Microsoft Surface Studio pictured at the top is one of the company’s unexpected hardware champions, quickly endearing itself to content creators. It is almost exactly what Apple’s patent describes, an all-in-one computer with a stand and hinge that lets you tilt and turn it whichever way you need to, and it comes with a touch screen, too!

Microsoft Surface Studio

It’s not hard to imagine how such a feature could be a game changer for artists on Macs, making their workflows more seamless. Of course, it’s far too premature to get excited over this patent, because tech companies also have a tendency not to implement even a fraction of the patents they hold. And given Microsoft already has an implementation of this design, it might still come down to a legal battle if Apple does decide to push through with a touchscreen iMac since it filed the patent years before the Surface Studio came out.

The post Touchscreen iMac like the Microsoft Surface Studio hinted by Apple patent first appeared on Yanko Design.

Samsung’s Rollable Phones Will Be Able To Measure Air Quality, Thanks To A New Patent

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Representational Image

Your phone is an absolute jungle of sensors – it can measure temperature changes, pressure changes, touch input, voice input, environment brightness, gyroscopic tilt, movement, among quite a few other things… and now Samsung wants it to measure the air quality around you too. It might seem odd at first (I felt so too), but this feature ties in with the broader approach at making your phone or any other wearable a health-focused device. If your watch can tell you that you’re in a high-noise environment and you should consider protecting your hearing, why not have a phone tell you if the air you’re breathing is polluted or contaminated? A patent uncovered by Twitter user @xleaks7 and tech blog Pigtou highlights the integration of an air quality sensor into Samsung’s upcoming Rollable Smartphones. This effectively helps your phone constantly measure the air quality on a hyper-local level, letting you know if you need to ventilate your kitchen or living room, or if the area you’re in has bad air, prompting you to leave or put on a mask.

Designer: Samsung

Representational Image

Imagine a phone that unfurls to reveal a sensor, discreetly tucked away when not in use. This is the essence of Samsung’s patent. The phone’s rollable display transforms into a gateway for external air, allowing the sensor to take accurate readings without compromising the phone’s sleek design. This eliminates the need for bulky external components, a common drawback of conventional air quality monitors.

But what makes air quality monitoring so important? Air pollution, particularly fine particulate matter (PM2.5), poses a significant health risk. By integrating sensors into everyday devices, Samsung offers a solution for convenient, on-the-go air quality monitoring. This empowers users to make informed decisions about their health and well-being, especially when spending time outdoors or in unfamiliar environments.

Here are a few features highlighted in the patent:

  • Adjustable Housing Concept: Tailors the display size and regulates airflow for precise sensor functionality.
  • Flexible Display Technology: Adapts seamlessly to varying screen dimensions, maintaining device portability.
  • Innovative Airflow System: Channels external air directly to the air quality sensor, enhancing measurement accuracy and speed.
  • Intelligent Opening and Closing Mechanism: Seamlessly integrated with the housing, optimizing sensor performance by managing air intake.
  • Improved Sensor Response Time: Facilitates swift sensor reaction to air quality fluctuations, ensuring timely feedback to users.
  • Built-in Sensor Protection: Shields the sensor from internal contaminants, guaranteeing consistent air quality assessments.
  • Streamlined Design: Maximizes space utilization, keeping the device sleek without compromising functionality.

The implications extend beyond personal health. This technology has the potential to foster a more environmentally conscious society. By raising awareness of air quality fluctuations, users can be prompted to take action, such as using public transport on high-pollution days. This collective effort can contribute to cleaner air and a greener future.

Patent via USPTO

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Wider, more ergonomic Samsung foldable phone might be in the works

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Samsung might be one of the pioneers of the whole foldable phone craze, but the disadvantage of being the first is that you risk getting things wrong the first time around. In contrast, hindsight is 20/20, as they say, and many of its competitors have used that advantage to catch up and even overtake Samsung at its own game. Of course, the tech giant isn’t content to just sit around while others outrun it, and it has been catching up with “innovations” like a hinge that lets the phone fold flat. Now it seems that Samsung will be catching up in another aspect, with a Galaxy Z Fold that’s a little bit wider when folded and, therefore, easier to use as a regular phone.

Designer: Samsung (via Pigtou and David Kowalski/xleaks7)

To be fair, Samsung was sailing on uncharted waters, so it was bound to miss a few marks. For its inaugural foldable phone, Samsung aimed for a tablet that was like a mini iPad mini or, closer to home, a smaller Galaxy Tab A, which meant it adopted a vertical or portrait format when unfolded. That meant it would have an extremely narrow phone when folded, which was heavily criticized for being awkward to hold and nearly unusable as a regular “candy bar” smartphone.

In contrast, foldable phones like the OPPO Find N and the Google Pixel Fold aimed for a more “traditional” horizontal or landscape tablet design, which had a few direct benefits in terms of consuming content like videos or even books. More importantly, however, it also meant that the folded form of the phone more closely resembles regular smartphones with a wider and sometimes shorter design. In over five generations, Samsung has never changed its design on that front, but that might not be the case with the Galaxy Z Fold 6 or later models.

OPPO Find N3

OPPO Find N2

Vivo X Fold 2

Google Pixel Fold

A recent patent filed by Samsung reveals a foldable design that is significantly different from its status quo in more ways than one. First, it is noticeably wider when folded, giving it a shape that will feel more natural to use compared to the recent crop of Galaxy Z Fold models. Additionally, it’s also significantly thinner, both folded and opened, which would go a long way in increasing the usability of an otherwise heavy and bulky device. In other words, it would be the foldable that Samsung should have launched in the first place if it had the benefit of hindsight five years ago.

Of course, a patent doesn’t immediately mean it will be implemented, whether in the Galaxy Z Fold 6 or future incarnations. It is at least proof that Samsung is aware of the shortcomings of its current design and is taking steps to correct its course. It would definitely be grand if it could launch such a sleek foldable this year, but such a thin design would also go against calls for bigger batteries or a built-in S Pen. For now, other brands still have an advantage over Samsung in some aspects, including and especially the price of such a premium piece of technology.

The post Wider, more ergonomic Samsung foldable phone might be in the works first appeared on Yanko Design.

Apple Vision Pro first accessory might be a protective cover

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If you’re one of those that are excited for the upcoming mixed reality headset from Apple called Vision Pro, you’ll be pleased to know that they have won 70 more design patents that may be used as official accessories. With the headset set to make its debut in early 2024, those who will be early adapters are also looking at what else they can add to enhance the experience of using it. And if you like protecting your gadgets, they may be releasing an official cover for it too.

Designer: Apple

One of the patents that Apple has reportedly won is a cover for their upcoming “spatial computing” device. It uses a soft-touch woven fabric material and is designed to fit in with the device design-wise so that it won’t be too bulky or too out of place. The main function is for it to protect the most vulnerable parts of the gear. It will help you avoid scratches and debris in the front and sides of your headset but it also leaves the back part and the Light Seal clear so it won’t interfere with your viewing and computing experience.

The cover will be able to make sure the EyeSight display will be protected while not hindering the user from actually seeing what needs to be seen. There is also a tab on the left side which will make it easy to remove it in case you don’t need the cover while using the headset. Based on some product renders, the cover does seem to be integrated well into the Vision Pro and maybe even making it cooler.

We can expect a slew of accessories for the upcoming Apple device that should make AR and VR more accessible and usable for the average person. Whether they’re “official” ones from Apple or from popular third-party accessory brands like CASETiFY, expect to be flooded with these add-ons even before you decide whether you’re getting a Vision Pro or not.

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Microsoft’s AI Powered Backpack Redefines Your Smart Companion On the Go

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In a world where our trusty smartphones have evolved into pocket-sized powerhouses, it’s natural to wonder if our everyday backpacks could use a tech-savvy upgrade. Well, wonder no more, because Microsoft has just unveiled an ingenious wearable that promises to revolutionize the way we perceive and interact with our surroundings.

Designer: Microsoft

Imagine this: a smart backpack, not just any backpack, but one powered by the remarkable capabilities of artificial intelligence (AI). It’s not science fiction; it’s a reality that has recently received the green light from the US Patent and Trademark Office (USPTO). Let’s delve into the exciting world of this innovative invention and see what all the buzz is about.

At its core, Microsoft’s smart backpack acts as your extra set of eyes. It’s equipped with the remarkable ability to identify objects in your immediate surroundings. Picture walking down a bustling street, and your backpack can provide you with real-time information about your environment – it’s like having your personal guide right there with you.

 

yanko design images to size – Microsoft_AI_backpack_03

Beyond object recognition, this intelligent companion can handle tasks for you. Need to set a reminder? Just ask your backpack. Want to add an event to your calendar? Your backpack is on it. It can even assist you in determining the price of an item at the grocery store. Think of it as your reliable sidekick, always ready to assist you on your adventures.

Thanks to its cloud connectivity, this smart backpack is a veritable treasure trove of information. It can fetch data from the internet in the blink of an eye, keeping you informed and up-to-date, no matter where you find yourself. Imagine having Google’s vast knowledge right at your disposal, all from the convenience of your backpack. The phrase “Are you stupid?” is on the verge of extinction! But of course, AI does not aid with common sense yet, right?!

Coming back, the magic doesn’t stop there. This backpack effortlessly syncs with your other tech gadgets, creating a harmonious tech ecosystem that simplifies your life. It’s like having all your devices working together seamlessly, sharing information and enhancing your daily experiences.

Beyond convenience, this backpack could be a game-changer for the visually impaired. With its built-in camera, microphone, speaker, network connection, processor, and storage space, it becomes an invaluable tool, offering crucial information and assistance in navigating the world.

While the potential applications of this smart backpack are vast, there’s a critical aspect that must not be overlooked: ergonomics. Designing the backpack to be ergonomic is key to making it a staple in our daily lives. Just think back to the early days of computing when computers were massive and cumbersome. Now we have lightweight laptops like the Microsoft Surface Laptop Go 2 and MacBook Air. Similarly, ensuring that this smart backpack is easy to carry and lightweight would make it accessible to people of all ages and strengths, much like a smartphone.

Furthermore, this innovative backpack could be a lifeline for the elderly, helping them navigate the modern tech world without feeling left out. Its intuitive design and AI-powered features could bridge the gap between generations and empower individuals to stay connected and informed.

While the release date and availability of this futuristic backpack remain a mystery, there’s no denying that it represents a significant leap forward in wearable technology. In a world where technology continues to reshape our lives, this AI-powered backpack could be the next big thing, seamlessly integrating digital intelligence into our daily experiences. So, stay tuned for updates, because the future of backpacks might just be smarter than we ever imagined, and it could change the way we all interact with the world around us.

The post Microsoft’s AI Powered Backpack Redefines Your Smart Companion On the Go first appeared on Yanko Design.

Motorola wrap-around display phone concept is pretty but also pretty impractical

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A phone that’s almost 100% screen has some benefits, but the ergonomic and practical concerns could outweigh those.

Most of the time we spend on our smartphones is, of course, spent on the screen. It is, after all, the primary point of interaction and feedback on modern mobile devices. Despite its importance, the screen actually covers less than half of a phone’s surface, which some might consider being a waste of space. Unsurprisingly, phone makers have been trying to come up with ways to take advantage of all the places where you can put a display on the phone, and Motorola’s patent reveals how that beautiful but unusual design can actually become useful.

Designer: Parvez Khan (Technizo Concept) for LetsGoDigital

Phones with displays that wrap around the body and leave almost nothing uncovered are right up there with foldable phones, transparent displays, and holograms that spark people’s imaginations. Given how small phones are compared to laptops or even tablets, it’s understandable that manufacturers and consumers will want to take advantage of every piece of real estate available on the pocketable device. Motorola is hardly the first to try, but it is one of the few to go the extra mile and explain why you might want to have an all-display phone.

Flexibility will be the name of the game for a phone where there is practically no front or back. No matter how you pull it out from your pocket or your back, that side facing you will always be the front, and the software will adjust the elements on the screen to match. You might not even have to fully pull out the phone, as long as you can see a small part of the screen. Again, the software could adjust the user interface elements, so you can immediately see who’s calling and swipe to reject or accept the call, even if only the “bottom” part of the phone is visible from your pocket.

Such a phone with a wrap-around display will have to do more work than most phones to pull this off. For one, it will need to use a variety of sensors to determine which direction the phone is facing in a pocket. The software running on the phone needs to be especially dynamic, as it needs to shift UI elements around to match the position and orientation of the phone. There are no physical volume controls, for example, and the phone will have to know on which side to place those depending on how a person is holding it.

Those might be easier to pull off than resolving some usability and ergonomic concerns that an all-screen phone might introduce. Phones whose screens curve off to the sides are sometimes criticized for accidental taps from palms for fingers. An all-screen phone might not have room for cameras either, and the current state of under-display cameras still leaves a lot to be desired. And then there’s the problem that dropping the phone on any side can actually damage the screen, knocking scores off its repairability and sustainability.

The post Motorola wrap-around display phone concept is pretty but also pretty impractical first appeared on Yanko Design.

Apple just filed a patent for a new MacBook design with its own integrated Apple Pencil

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Earlier this week, a patent filed by Apple at the US Patent & Trademark Office (USPTO) was discovered that outlined a schematic for a MacBook with a new input device – the Apple Pencil. According to the patent images, the pencil would conveniently sit docked within the keyboard when not in use, and could be easily popped out and used as an input device, either on the screen or the trackpad. Apart from being a mouse-alternative, the patent even mentions that the pencil would provide extra features to the MacBook like F-key functionality.

Based on these patent drawings, I decided to put a 3D model together and take it for a spin. Conceptually, the presence of an Apple Pencil within a MacBook feels confusing but also potentially exciting. The minute you introduce a pencil to the MacBook, you’re singlehandedly killing the iPad Pro’s upper edge, but the more you think about it, the more it feels like it just might work. A Mac”Book” and a “Pencil” just instinctively go together, like a notebook and a pencil, right? Besides, it creates a synergy between the two products, and I can just imagine Craig Federighi dragging files from the iPad Pro with a Pencil onto the MacBook and having them carry over from one device to another, extending the user experience of Apple’s Universal Control feature!

Potentially (at least according to the schematics in the patent), the Pencil or ‘Pencil-like device’ would sit right above the keyboard, replacing the area originally reserved for the largely ignored Touch Bar. At least for the concept, I’ve shrunk down the Touch Bar instead of removing it entirely. For now, it sits in the top right corner, between the Pencil’s docking area and the Touch ID button.

The Pencil or ‘input tool’ would sit within the MacBook’s magnetic docking area, charging while not in use. Pop it out and I’d imagine you could use it on both the screen as well as the trackpad, although Patently Apple’s article doesn’t really highlight usage. It does, however, show that the Pencil is no ordinary stylus. This new input device would have multiple buttons or touch-zones on it, allowing it to double up as a row of Function keys when docked, and even letting you calibrate/control settings like your screen’s brightness, media volume, or more specifically brush sizes as you sketch on the MacBook screen.

However, like all patents, this one should be taken with a pinch of salt too. Most patents serve a singular purpose – of protecting intellectual property. They aren’t indicative of what Apple plans on rolling out to the public, although my gut tells me the Pencil is due for a redesign too, so maybe it isn’t too farfetched to assume that new touch-features could be coming to the Apple Pencil. As for being able to dock a stylus inside your MacBook, the patent document (which can be found below) and these images are all I have to offer!

Visualizer: Sarang Sheth

Patent discovered by Patently Apple

Completely absurd patent by Vivo shows a smartphone with its own built-in tiny drone camera

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What will they think of next? A smartphone that can 3D print?? (Okay scratch that, that would actually be pretty awesome)

Just last week (Friday to be specific), LetsGoDigital uncovered this rather outrageous patent filed by Chinese phone manufacturer Vivo at the World Intellectual Property Office (WIPO) showcasing a phone with its own drone camera. Sort of like how Marvel superhero Falcon had his own flying sidekick ‘Redwing’, Vivo’s phone had its own mini-drone that could pop out on command and click photos at you from any vantage point.

Sliding cameras on smartphones aren’t new, although Vivo’s concept takes it a couple of notches ahead. The patent shows a phone with a massive pop-out tray on the front. Within it, sits a tiny drone (sort of like the Air Selfie Drone from AirPix but smaller) with four propellers and a bunch of cameras and sensors. Fire your camera app and the tray instantly pops out and the drone takes off. A front-facing camera on the drone’s body lets you click photos (either of yourself or of landscapes) from a variety of vantage points, going above and beyond what your smartphone camera and your outstretched hand can do. Given how small drones, it isn’t entirely an idea I can actually dismiss… although what would Vivo’s marketing team call it? A Dronephone? A Smartdrone? A Phdrone?!

Practicality aside, the tech isn’t too far-fetched. The drone fits right into the phone’s slightly thick body, and comes with dual portrait-mode cameras on the top (that directly face you when the tray pops out), a main camera on the front (that works as the drone’s eyes), and IR sensors on the left and right that help the drone detect and avoid objects. The presence of cameras on the drone mean Vivo’s smartphone doesn’t need any cameras at all. This means no front-facing camera and a clean notch-less hole-punch-less display, as well as no massive camera bump on the back. The smartphone is a complete monolith of glass, metal, and screen, punctuated by a charging port and a set of buttons. The drone tray sits flush against the phone when closed, and pops up only when you fire up the camera app. (I’m assuming the app has drone controllers built in too)

Now let’s argue practicality from both sides of the argument. There’s a fair amount of evidence to say that this is a terrible idea. Moving components on a smartphone are historically the first to fail – Dust gets stuck in it, components wear out, parts accidentally break. The presence of a drone would mean saying goodbye to water-resistance, and there’s also a high chance your drone can get lost or stolen, leaving you with absolutely no camera (that’s if Vivo implements something exactly like this). Not to mention the fact that it practically means the end of privacy as we know it. (Imagine hundreds and thousands of drones flying around in every public space, or worse, or a drone entering a private space).

That being said, drone photography is truly the final frontier in consumer photography. The smartphone camera is already comparable to a DSLR, so now imagine being able to point that camera from any vantage point. You could take distant selfies without selfie sticks, sunsets from inside your house, and get better photos at concerts. It’s safe to assume that the drone would have a rather small battery (given its size), but one could easily make the argument that the drone could also wirelessly charge while docked inside the phone). As far as safety and privacy go, companies could build safeguards and throttles into the drone, preventing it from flying too far from its smartphone. There’s a lot to discuss and unpack here, although at the end of the day, fair reminder – this is just a patent and it’s likely that we won’t see anything like this for at least a couple of years. It’s fun to dream though…

Designer/Visualizer: Sarang Sheth for LetsGoDigital

This concept was first published on LetsGoDigital. Click here to view the original piece.

Xiaomi tries building what Google and Motorola couldn’t – the modular smartphone

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The modular smartphone still remains an elusive pipe dream, nearly a decade after the Phonebloks surfaced on the internet. Google tried it, Motorola managed to execute a strange version of it with the Moto Mods, and every company that considered it eventually abandoned it because it was a logistical nightmare with very little net positive benefit. It’s safe to say Xiaomi isn’t ‘every company’. The Chinese giant’s company’s name loosely translates to ‘little grain’, and it talks about a philosophy of building a lot from a little. This means they’re not averse to taking risks, and they’ve definitely surprised before, with their phones like the Mi MIX 2 that was designed by Philippe Starck, the Mi TV LUX, a transparent television, and even their latest bit of innovation in the Mi MIX Fold, with its liquid camera lens. According to LetsGoDigital, it seems like the company is also trying its hand out at designing the modular smartphone by splitting the device into four distinct parts – the screen, the camera, the battery+pcb, and the speakers.

LetsGoDigital uncovered the patent on the 26th of April, and partnered with Jermaine Smit (aka Concept Creator) to bring the patent drawings to life. The phone’s components attach to one another using sliding dovetail joinery, with contact points that allow for communication between modules. Finally, a primary screen snaps on the front, hiding the crease-lines and providing a large, bezel-less display. The three modules play a rather interesting role when combined together. The upper module houses the camera, but also contains the phone’s motherboard. The central module houses the battery, while the third contains the speaker along with the phone’s charging port. Conceptually, the modules would be interchangeable, but I wouldn’t be surprised if you had to switch the phone off prior to swapping parts.

Jermaine Smit’s camera modules give this conceptual Xiaomi smartphone a variety of features, including camera modules with different capabilities. The different modules have anywhere from a 3-4 lens setup, with one of the higher-end ones even coming with its own backward-facing display that’s emblematic of the Mi 11 Ultra that released earlier this year. Unlike the Ultra, which had a tiny display, this concept’s display is a respectable 2-inches diagonally. I’d assume it would be big enough to use as a viewfinder for selfies (given that the phone doesn’t have a front-facing camera) and even for notifications.

Although this concept, and Xiaomi’s patent, unlocks some pretty interesting possibilities, it should be taken with a grain of salt. Not many of these patents really make it to a public reveal or to a retail outlet, but instead, aim at protecting a company’s intellectual property and research. However, I wouldn’t be surprised if Xiaomi just announced it as a one-off concept to show that their tech isn’t just a dream, it works in reality too. Until then, all we have are these (pretty intriguing) renders!

Designer: Jermaine Smit for LetsGoDigital

Image Credits: LetsGoDigital