Google Patent Points To Multiple LED Flash

google multiple flash patent Google Patent Points To Multiple LED FlashPatents are interesting (and definitely valuable) things to own, and here we are with word that Google was recently granted a patent for a mobile device that will feature multiple LED flashes. Yes sir, just when you thought that the only way to improve a digital camera on a smartphone would be to cram in more megapixels, along comes a bright idea (pun not intended) to shed more light on the situation. It could be the next Nexus or Motorola flagship smartphone, we do not know, that will feature this innovation where the imaging department is concerned.

LED flashes have always played second fiddle to Xenon flashes for a long time now, but when you have multiple LED flashes in action, perhaps it might finally achieve parity with Xenon. Of course, this would also mean going easy on your smartphone’s battery since LEDs do not have the kind of high power consumption that Xenon flashes do, and neither does it require plenty of space. Will subjects having their photos taken with multiple LED flashes find it to be equally bright? Only time will tell.

By Ubergizmo. Related articles: Starfish Technologies To Unveil Smartwatch At Macworld, Volvo Relies On Crowdsourcing For New App,

Apple patent shows shoe sensor for information on sole death

If you’ve got a pair of shoes that are so old that your feet touch the ground, you’re going to need a new pair – this will no longer have to be a scenario where you have to make that judgement if Apple’s newest patent application is realized. In the application revealed this week, Apple has shown an outline for how they might place sensors in shoes that track the wear and tear on the soles of the footwear in a variety of ways. The end result will be a pair of shoes that informs the wearer if they get worn out while walking then warns every subsequent wearer (if there are any) that they are not fit to use.

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This system in one case decides how much you’ve used the shoes based on the movement of a “body bar.” This bar works with a coupling mechanism attached to a detector that senses movement of the bar when they’re active. This way you’ve got a sensor that only activates when enough weight is placed in the shoes, then only when you’re pressing down on the soles (not while you’ve got your feet dangling). Another suggestion from the patent includes notes of how you’d be able to use this system for more than just knowledge of wear.

If you’d have sensors such as this showing the pressure along the sole of your shoe, you’d also have the ability to track your movements in an advanced way. If you’re seeing how well a person is walking, how much and with how much pressure they’re moving, you’ve got an advanced physical activity system in the making. These systems are being suggested to be paired with wireless connectivity (wi-fi or Bluetooth), LED displays, speakers, and more.

While we’ve never seen Apple create a shoe on their own in the past, we’ve seen collaborations between them and Nike more than once. This patent application is likely set for a bit of footwear that could potentially exist in the future, but there’s no real sign at the moment (other than the patent itself) that any such footwear is currently in the works. What do you think, readers – is it time for Apple to create their own brand of clothing and shoes?

[via CNET]


Apple patent shows shoe sensor for information on sole death is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

PBS profiles Martin Goetz, recipient of the first software patent

PBS profiles Martin Goetz, recipient of the first software patent

PBS has been exploring a fair bit technology history with its digital shorts lately — examining the likes of animated GIFs, indie games and coding as art in its Off Book series — and it’s now tackled one issue that’s making more headlines than ever: software patents. It hasn’t provided a distilled history of the topic this time, though, instead offering a brief profile of the man who received the first software patent in 1968, Martin Goetz, as part of its Inventors series. Not surprisingly, he still sees a place for software patents, but admits that the current situation is “a little bit of a mess.” Head on past the break for the video.

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Source: PBS Inventors Series (YouTube)

Google Patent Delivers Bone-Conduction Audio

googleglassboneconduction Google Patent Delivers Bone Conduction Audio We have seen a couple of Apple patents on our page earlier this morning, but here we are to balance the scale of things with word on an Apple patent instead. While the Google Project Glass has yet to hit the mainstream market at a price that will not tax most folks’ pockets too much, here we are with a patent that depicts a Project Glass-like device that carries bone conduction audio capability.

This particular gizmo has been described as a “wearable computing device with indirect bone-conduction speaker” in the patent application, where it seems to share a similar structural make-up as that of Project Glass. Touted to come with a minimum of one vibration transducer, there is every possibility that this head mounted display device will not make your ears tingle with stereo sound. Well, what do you make of it? There are other manufacturers out there who have bone conduction devices in the market as well, so it would be interesting to see how the future pans out.

By Ubergizmo. Related articles: Archos Design Bluetooth Keyboard For iPad, DNA Offers Cavernous Storage Option,

Google Glass bone-conduction increasingly possible with indirect audio patent

Signs that Google is using bone-conduction for private audio from its Project Glass headset continue to mount, with a new patent application from the company describing exactly how the surreptitious system might work. The patent filing, a “Wearable computing device with indirect bone-conduction speaker” uses the same basic Google Glass diagrams as we’ve seen in other recent wearables patents, but this time details “at least one vibration transducer” the movements of which are passed through the headset and into the wearer’s bone structure.

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That way, unlike other bone-conduction systems we’ve seen – such as in Bluetooth headsets – there’s no need for a direct point of contact between the conduction speaker itself and the wearer. Instead, since at least the ear-hooks and nose pad will be touching the user, they’ll be relied upon to pass through any vibration-based audio.

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The advantage of bone-conduction as a technique rather than, say, earphones or a small, traditional speaker, is privacy and convenience. Earpieces block out external sounds, while speakers – even at low volume – can be heard by those nearby; with bone-conduction, only the wearer can hear the audio, and it won’t distract even those standing right beside them.

Chatter of such a system being intended for Google Glass began back in December, when insiders claimed the headset funnelled audio directly to the mastoid process. At the time, we speculated that the protruding lozenge of plastic seen near the battery section on the inner surface of Glass in the photo below might be the contact point of the bone-conduction system.

project_glass_bone_conduction

However, judging by Google’s patent application, the speaker needn’t actually make direct contact at all (though it’s possible that, if Glass does indeed use bone-conduction, the prototype shown in the image doesn’t have the indirect system installed). Google outlines multiple arrangements for the speaker system, in fact, so there are various ways it couple implement it.

We’ll presumably know more when the first developers get to play with Glass Explorer Edition headsets at Google’s Glass Foundry events, the developer workshops kicking off in New York at the end of the month.

[via Engadget]


Google Glass bone-conduction increasingly possible with indirect audio patent is written by Chris Davies & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Apple applies for shoe-life sensor patent, puts it in hypothetical brogues

Apple applies for shoelife sensor patent, puts it in hypothetical brogues

Nike’s running sensor, a detachable piece of tech that connected to a companion iOS app, is the closest that Apple’s associated itself to foot metrics so far, but folded inside the company’s patent applications for today is this left-field addition, a shoe wear-out sensor. We assume the idea is geared towards runners — presumably these brogue outlines we’re looking at above are just red herrings.

The application draws together two possible outcomes: one with an thin sensor layer built your footwear of choice and another which keeps the sensor in the heel. A “unitless activity number” is also mentioned, where the device (which could include accelerometers, flexibility sensors and more) could craft an “activity value” based on your movement — this would then also be used to gauge the shelf-life of your current footwear. When this pre-specified threshold is exceeded, it would then sound the alarm. According to one diagram, the process could connect with an external display, likely broadcasting its concern to your nearby iOS device. But if your running needs demand a sensor to tell you when your sneakers are cooked, there might be other things worth tracking.

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Source: USPTO

Google patent application reveals Glass-like device with bone-conduction audio

Google patent application reveals Glasslike device with boneconduction audio

As we’ve heard before, Google’s Glass project features are “still in flux” — could one be a bone-conduction speaker? It very well may, at least according to a US patent application published today. The gadget, described as a “wearable computing device with indirect bone-conduction speaker,” appears to be similar in structure to Glass. It includes “at least once vibration transducer,” so it’s possible that this HMD implementation wouldn’t offer stereo sound. This audio solution does seem within reach — Panasonic had functional bone-conduction headphones at CES, and while they weren’t quite loud enough to provide an earbud-like experience, they did indeed work. As with any patent application, the document confirms only that Google was considering such a technology, not that it’ll actually ship a similar device. So, if you’ve decided that your portable audio future will be headphone-free, you might want to keep an eye on Panasonic’s solution, instead.

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Source: USPTO

iRobot applies for ‘all-in-one’ 3D printer patent: aims to reduce need for post-processing

iRobot applies for 'allinone' 3D printer patent which reduces need for postprocessing

It’s no floor cleaner, so it looks like iRobot‘s looking to expand its horizons, filing a patent application for a “robotic fabricator”. While not granted (yet), the USPTO filing outlines an all-in-one 3D printer that is capable of post-print milling and processing. Typical 3D printing results in an ‘overhang’ excess that needs to be clipped from the finished article, but iRobot’s loosely worded notion would process these automatically, as well as seams formed where parts are fused together. Multiple manipulators mean that the object can be contorted over “at least six axes”, while the toolhead would combine together a print and milling head, alongside an exotically-named robocasting extruder, which is used in building up the layers of material. The design aims to reduce the need for any non-automated manufacturing processes, hopefully meaning effortless turtleshell kart production and reduced printing blemishes — that is, if it makes it to reality.

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Via: Adafruit

Source: USPTO

Apple Patents Shoe Sensor To Detect When Shoes Begin To Degrade

13.01.24 Shoe 640x505 Apple Patents Shoe Sensor To Detect When Shoes Begin To DegradeShoes not just provide comfort for when we walk, but provide support to athletes and people who need them, but due to wear and tear they lose their support over time and it would be great if people knew when to replace them. Interestingly it seems that of all companies, Apple might be the one to actually come up with a solution in a recent patent for what seems like a pair of “smart shoes”. Obviously Apple is not getting into the shoemaking business, but the patent describes a sensor that can be fitted into a shoe that has the ability to detect when a pair of shoes is beginning to wear out. Considering that sensors for shoes already exist, such as the Nike+ and Adidas miCoach, it might not be sure a ludicrous idea after all.

Basically the sensor works in threefold – it will firstly be able to detect when a pair of shoes begins to deteriorate. Next the data will be sent to a processor to be quantified, and lastly an alarm which will alert the wearer when their pair of shoes is no longer “stable”. We’re all guilty of wearing shoes way past their “stable” phase, but for those who are really picky, this could be a really useful feature. It’s hard to determine when a pair of shoes really begins to degrade, and the patent takes care of this by implementing an activity number which basically provides a set value of actions or moves before the user is alerted. It’s hard to say if Apple will actually turn this idea into a reality, but what do you guys think? Is this something you’d like to see?

By Ubergizmo. Related articles: Do Not Microwave Your iPhone!, Apple Patent Describes A Brightness Auto-Adjust System That Adjusts According to Screen Content,

Apple Patent Describes A Brightness Auto-Adjust System That Adjusts According to Screen Content

patentpic3 Apple Patent Describes A Brightness Auto Adjust System That Adjusts According to Screen ContentMost smartphones, if not all of them, have the ability to auto-adjust the display’s brightness. This is a great way to save battery, not to mention using your phone at night will no longer blind you with its glare! However there are times and situations where auto-adjust might not be perfect and thanks to a new Apple patent, perhaps future iPhones or iOS updates might be introducing a new feature that will adjust your phone’s brightness depending on your screen content. According to the patent dubbed the “Portable media device with power-managed display”, it will be able to detect what’s being display on the screen, such as videos, images, websites, PDFs, etc.

For example if a PDF with a white/light background is displayed, then brightness of the device can afford to be lowered, versus a dark background where it might have to be brighter in order for it to be more legible. Videos on the other hand are a bit more complicated and according to the patent, the system will have to sample frames every so often in order to ensure a degree of consistency. It sounds like a pretty neat idea but unfortunately with patents, it’s hard to say if Apple is merely trying to protect an idea or if they actually have plans to implement it in their future products, but what do you guys think?

By Ubergizmo. Related articles: Apple Patents Shoe Sensor To Detect When Shoes Begin To Degrade, Orangutans Now Use iPads ,