If a prototype tablet PC that debuted at this month's Consumer Electronics Show in Las Vegas ever gets produced in volume and becomes the next big thing in portable consumer computing, we'll be back to laying out sheets of paper on a desk. Except a lot of data will be stored in each sheet, and the sheets will be communicating with one another.
The PaperTab flexible tablet splits a tablet's windows into separate sheets of electronic paper. Developed at the Human Media Lab of Canada's Queen's University in collaboration with Plastic Logic and Intel Labs, the conceptual device should probably be called PaperWindow, since each sheet serves as an app window.
The device runs on the Intel Core i5 processor and is based on flexible plastic transistor technology and 10.7-inch display touchscreen technology developed by Plastic Logic, a company known for its research in plastic transistors and flexible displays. (We've discussed this company before.)
The PaperTab flexible tablet PC splits a tablet's windows into separate sheets of user-editable electronic paper that store a lot of data and communicate with one another. (Source: Human Media Lab, Queen's University)
Instead of cramming separate windows on to a single small display, the PaperTab system spreads them out on a physical desk. In a video demonstrating the conceptual device, the displays appear to plug into a box under the desk. Users can have 10 or more "interactive displays," or one per app in active use, that communicate with each other and transmit data through an undefined medium. The idea is to make it easier to work with multiple documents and multiple apps.
The process is similar to opening a window on a regular tablet or notebook PC. When the user picks up a PaperTab, it switches to a full-screen page view. Moving it farther away makes it revert to a thumbnail overview of a document, and when it's beyond reaching distance, it displays icons. Users can navigate through multiple pages within a single PaperTab document by bending one side of the display: one side for forward, the other for backward. Users can also place two or more PaperTabs next to each other to form a larger drawing or display surface, edit its contents, or enter data.
The video shows someone using two PaperTab: one blank and one showing PDF icons. The user hits an icon on one PaperTab with the blank PaperTab to open a particular document. To open an email, the user hits the email inbox on one PaperTab with an empty PaperTab, which is then bent to open a reply window. The user writes on the reply window with a touchscreen keyboard. The user can also create a larger view of a drawing by placing two PaperTabs side by side and then dragging an image from one to the other.
Happy to see I'm not the only one confused by the value of this technology...again, it's probably why it's a prototype! Maybe feedback will convince the company to change the design a bit or come up with more of a value proposition. I think it was certainly worthwhile for Ann to cover, though, as it has us all scratching our heads over it! And it shows people thinking of new ways to extend the function of tablets, which are quickly becoming ubiquitous.
Ann, forgive me if I missed this in the article, but if this went into production and I wanted to buy one, would I be able to choose how many PaperTabs I wanted or is there a set amount? Does it come with a certain number and then you can add to it? Or, am getting ahead of myself here?
This devices seems like a bit of a stretch, considering toggling screens in a regular tablet (iPad, etc.) is fairly simple. Isn't the point of a tablet the portability factor? Am I missing something?
Al, the possible lack of connector strength is a really good point. We've seen several issues before with lack of connector strength. I would guess that the issues described in this article on mobile medical connectors would be equally applicable here: http://www.designnews.com/author.asp?section_id=1386&doc_id=255424
Thanks, Ann. The technology is definitely interesting but between the flexible tablet and connector interfaces, I guess I'm somewhat skeptical it will emerge given the competition already in the marketplace. Thanks.
Good question, Al. E-paper display technologies have been around for several years, at least in a prototype stage like this one. The flexible plastic display substrates and flexible plastic electronics are surprisingly sturdy, from what I saw years back when covering the subject. Some are being used now in flexible sports and health monitoring "watches", which sounds like at least some of these materials must be pretty rugged.
I wonder if they would survive the dropped stapler test? It's an interesting technology. It looks like they've put quite a bit of thought into it. The ability to transfer data from one page to another by touching them together is cool. Unfortunately, I don't see these helping most people get their work done. I would like to see a Pen computer with a roll-up screen. Something about the size of a Sharpie with a touch screen that is semi-rigid when unrolled. Maybe someday soon.
OK, so I watched the video and this still seems rather complicated! Maybe it's just something you have to use to understand...still seems like there is a little bit too much of a "paper" trail for this to be practical...but that's just an opinion! It is just a prototype, after all, so perhaps it will be a bit more streamlined by the time it's ready for commercial release. Still quite interesting to see what's being hatched by clever minds!
Ah, OK, Ann, I will take your advice! It did seem like a difficult thing to describe but you did a very good job of it anyway. Still sounds quite intriguing; I am sure the video will answer my remaining questions.
New versions of BASF's Ecovio line are both compostable and designed for either injection molding or thermoforming. These combinations are becoming more common for the single-use bioplastics used in food service and food packaging applications, but are still not widely available.
The 100-percent solar-powered Solar Impulse plane flies on a piloted, cross-country flight this summer over the US as a prelude to the longer, round-the-world flight by its successor aircraft planned for 2015.
GE Aviation expects to chop off about 25 percent of the total 3D printing time of metallic production components for its LEAP Turbofan engine, using in-process inspection. That's pretty amazing, considering how slow additive manufacturing (AM) build times usually are.
A $1,500, hand-operated, bench-model, plastic injection machine crowdsource-funded via Kickstarter can be used to mold small, quality, plastic parts inexpensively, on demand.
The federal government is launching competitions to kickstart three more manufacturing innovation institutes, including one focused on Lightweight and Modern Metals Manufacturing Innovation.
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