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An Umbrella That Can Charge Your Gadgets

Umbrella Solar Charger for Gadgets
Umbrella Solar Charger for Gadgets
Nowadays, mostly people cannot facilitate however keep affixed to their tablets and smartphones or other gadgets like these. Even once we try and relax outside on a sunny day, we have a tendency to feel incomplete while not our personal devices in our hands. Well the USB-Charging star Market Umbrella could be the right accent for those people of us who may would like to use their devices outdoors.

This umbrella includes four 10″ x 4 1/4″ star panels that captures solar power from any direction. The panels are woven into the umbrella’s nine foot diameter canopy and converts the captured solar power into electricity that  you can easily use to charge your devices via 2 USB ports at the base of the umbrella and just in case the weather gets cloudy, this umbrella even features a 3.7-volt/1000mA battery that acts as a backup, providing continuous power for your devices.
Umbrella Charger for Smartphones and Tablets

The umbrella’s ends makes it weather resistant and it will face up to gusts of wind or anything else like that with the flexibility to dam 98% of the sun’s harmful ultraviolet illumination rays. This beautiful lawn gadget is ideal for those gadgets lovers who want to relish the good outdoors and our tech accessory, at the same time. For those questioning users who wants to know about the price of this cool and luxury tech, well the umbrella prices a hefty 500$. Would you like to purchase it? Tell us in comments!

Sony QX10 Camera Gadget For Smartphones

Sony QX10 Camera Lens For Smartphones

Sony QX10 is a smartphone camera lens with a camera on it; this is what it is all about. Despite being redundant, this accessory makes smartphone photography indicatively new in every sense. It can be somehow related to mirror-less kit lens, only a bit smaller in size and in megapixels. 

And instead of having its own screen, these lenses use the display of smartphones like a wirelessly connected viewfinder. Users can attach these add-ons using a spring loaded clip or have it detached, as long as it stays within a specific range to adjacent to the smartphone.

Tech brand Sony has released this camera lens along with another higher end number, the QX100. There is a big difference in pricing (QX10 comes in $250 while QX100 doubles the price, a whopping $500) as well as in obvious megapixels and sensors. The cheaper of the two, QX10 still promises a photographer-experience using a smartphone camera.
Sony QX10 Camera Gadget For Smartphones

QX10 runs on a ½.3 inch CMOs image sensor and possesses a 10x optical zoom lens, which is surprisingly comparable to many $300 range digital point and shoot cameras. This is easily paired with NFC running phones, with its controls available within the mobile app Sony Play Memories. From the app, users can find the shutter button, zoom, video toggles and three different shooting modes: the intelligent auto, superior auto and the program auto.

The images are saved in two locations, in a micro SD card that fits into the QX10 slip and the smartphone’s own storage. It promises better low-light shooting and a powerful optical zoom that definitely upgrades a smartphone camera’s weak camera into a better quality. Sony QX10 is a fun and quirky accessory that makes a nice addition to a photo enthusiast who hates carrying bulky SLRs. This provides a marriage between lenses and smartphones. 

Sony QX10 camera lens is among the many possibilities of tech giants creating different lens add-ons for mobile gadgets, emphasizing a camera-centric utility. - TechBeat

Samsung and Nokia 5 Year Licensing Deal

Nokia and Samsung 5 years Deal

Under a newly minted deal between the world's top smartphone maker -- South Korea's Samsung Electronics Comp., Ltd. (KSC:005930) and Nokia Oyj. (HEX:NOK1V)), Samsung agrees to pay Nokia royalties on its Android smartphones, beginning in January 2014.

I. Nokia Scores Licensing Payments From World's Largest Smartphone Maker


The deal is another crucial coup for the Finland-based Nokia, who recently opted to sell its recovering devices division to ally Microsoft Corp. (MSFT) and focus its efforts on the telecommunications equipment market.  Nokia already owns a major licensing deal with Apple, Inc. (AAPL).  Apple - widely known in the smartphone "patent wars" as an aggressor -- ironically enough was on the receiving end of Nokia litigation back in 2009, which culminated in an agreement from Apple to pay licensing fees.

Apple's licensing rates (i.e. how much Apple pays Nokia per iPhone to "borrow" its "innovations" -- intellectual property) interestingly may have played a key role in the Nokia-Samsung negotiations and are also the subject of a growing controversy.


Apple and Samsung are currently locked in a second round of suits-countersuits, which will be tried in March 2014 in the U.S. District Court for the Northern District of California with Judge Paul S. Grewal presiding over the trial.  Ironically, that case only involves the Galaxy SII, Galaxy S3, and Galaxy Note 2 -- aging Androids which Samsung will likely have largely have stopped making by the time the case wraps up.  Apple tried to tack on Samsung's current flagship smartphone, the Galaxy S4, but Judge Grewal denied that motion, forcing Apple to have to likely wait for a third trial in mid-to-late 2015 on that, and possibly other devices.

Overseas Samsung has faced some minor losses, seeing brief bans of its "Galaxy Tab" product line, but has been successful in convincing foreign regulators that its workarounds eliminate Apple's infringement claims.  Notably in the UK Samsung actually was found completely innocent -- illustrating the diverse range of opinions regarding software patents and their scope.


In the U.S., Samsung lost the first round of the battle, with a hometown Californian jury -- who included jurors who had family members who were Apple shareholders -- deciding that Apple was innocent of infringement, but Samsung was guilty.  A jury ordered roughly $1B USD in damages, but $450M USD of that was awarded under improper instructions; so it's being recalculated (likely lower) at a special damages trial in November -- also in the USDC for Northern California, under the trial judge for the first case, Judge Lucy Koh.

II. Did Leaks Help Samsung Illicitly Score a Deal?  Apple, Nokia Claim So


The controversy regarding the Apple-Nokia licensing stems from the fact that Apple handed over confidential documents to Samsung's lawyers -- which were only allowed to prepare a defense for the case.  Those documents admittedly were not stamped with the appropriate confidential steal ("Attorney Eyes' Only"), due to what Samsung's lawyers claim is a "mistake".  They were also uploaded to an FTP, which Apple's law team contends was access by 223 unauthorized individuals -- including Samsung lawyers and executives involved in the Nokia investigation.

Apple cites a deposition from Nokia's chief intellectual property officer, Paul Melin who at a June 4 settlement talk with Samsung was reportedly surprised when Samsung executive Dr. Seungho Ahn knew of the secret terms of the Apple license, and reportedly use that for leverage, telling Mr. Melin "all information leaks".

Quinn Emanuel Urquhart & Sullivan, LLP -- the outside counsel representing Samsung admits that it made "missteps" in the case, which they "deeply regret".  But they deny that Dr. Ahn knew of the agreement, arguing that Mr. Melin misunderstood Dr. Ahn due to a language barrier (English is a second language for Dr. Ahn).

If Apple is able to nail the lawyers at Quinn Emanuel with sanctions it would be a major blow and set a difficult initial hurdle for Samsung to overcome image-wise in the second trial.  It could also seriously impact Dr. Ahn, who happens to have J.D. legal credentials from the State Bar of California.

Fortunately for the Samsung team, Judge Grewal so far has remained unconvinced of Apple's argument for lack of complete information.  He commented in a recent hearing, "I am not yet satisfied that sanctions are warranted in this matter."

It's pretty clear based on Quinn Emanuel's defense testimony from the hearing, that Samsung did something at least mildly illegal, in failing to stamp the documents appropriately and uploading them to a potentially shared FTP.  How serious a breach this was may be difficult for Apple and Nokia to definitively prove -- as most of the critical details happened behind the veil of Samsung's servers.  In terms of image, the account is mildly damaging to Samsung although at this point the battlelines are drawn; its detractors will largely view this as another instance of "Samsung stealing", while its proponents will view it as a merry rogue, perhaps flexing the bounds of legality to battle the patent aggression of Apple and Nokia.

II. Samsung -- Profitable, but Not Safe as the Vultures Circle


With that in mind, at the end of the day Nokia did decide -- whether it was due to knowing what Samsung (illicitly) knew with respect to its Apple arrangement, or something else -- to four months later accept Samsung's licensing settlement offer.  The pair are still have a bit of negotiating to do, though as the "damages" for the bind arbitration (i.e. per unit licensing fees) will be decided sometime in 2015 (and retroactively applied to 2014 sales).

It is unclear whether Nokia will offer any special exemptions for Samsung's Windows Phone handsets. Nokia did not spare the Radar 4G Windows Phone from HTC Corp. (TPE:2498) in the pair's recent ongoing legal strife.  However, Microsoft has since received a confidential licensing agreement for Windows Phone as part of the Nokia Devices deal -- leaving it unclear whether or not Windows Phone (as a platform) has received licensing from Nokia (meaning all Windows Phones released from Q3 2013 on would likely be protected), or if the licensing only applies to Nokia Devices' Windows Phones.  The licensing pact, like the deal between Apple and Nokia, is sealed, so we may never know (given that Samsung has already settled with Nokia and HTC is likely to settle).

Nokia says it currently receives patent licensing fees from a whopping 50 OEMs.  It quite possibly may have the strongest smartphone patent portfolio in that its pioneering work in smartphones allowed it to describe in patents the basic software setup of the modern smartphone, with sufficient ambiguity in the language to broadly cover most current devices.  Better still, most of these patents weren't part of any standard, and thus aren't bound by any sort of obligatory licensing.

Samsung now is safe from Nokia, but it's still reeling from being sued by Rockstar Consortium -- a group of tech firms that includes Apple and Microsoft -- and even fellow Android OEM Sony Corp. (TYO:6758).  The suit is controversial as Apple and Microsoft had promised to the use these patents -- which come from a 6,000 patent portfolio from bankrupt telecommunications firm Nortel -- in a peaceful manner, at the time of their $4.4B USD purchase approval in Feb. 2012.

The suit is also controversial as Samsung has a licensing agreeement with Microsoft for Android, and is rumored to pay one of the highest rates of any OEM (nearly $15 USD per device).  Samsung may have paid Microsoft over $3B USD in 2012 in licensing fees on the 215 million smartphones it sold, most of which ran Android.  Given that Samsung is already paying Microsoft, it seems rather unethical that Microsoft would turn around and try to troll this cash cow for even more via shell company.

About the only good news for Samsung is that even with the new "Nokia tax", Samsung will likely remain the most profitable Android OEM in the industry, given its current large quarterly smartphone profits.

Source: dailytech

DTC Android Phone Line Up - Octa Core Quad Core Dual Core Single Core

DTC Android Phones line up for 2013/2014 featuring flagship quad core phablet GT15 FIESTA (leftmost) to affordable single core GT5S JUNIOR (rightmost). 

Aside from MyPhone, Cherry Mobile, Cloudfone, Arc Mobile and SKK Mobile, DTC Mobile are providing Filipinos with affordable Android smartphones for as low as P2K.
Although its a bit late to released dual core and quad core Android phones, still DTC's pricing and specs are very competitive for Pinoys lifestyle and needs. Majority sports a large display and fueled with high capacity battery ranging from 2000 mAh to 3000 mAh.
If your looking for budget friendly Android phones, why not try DTC's single, dual and quad core Android smartphones line up. Below are the price quick list and specs.

Price: (Updated as of March, 2014)

DTC Quad Core Android Phones
P8,888 - DTC Astroid GT15 FIESTA New Released!
P7,990 - DTC Astroid GT12 NICK Plus New Released!
P6,990 - DTC Astroid GT17 JUPITER New Released!

DTC Dual Core Android Phones
P6,990 - DTC Astroid GT10 BULLET
P5,290 - DTC Astroid GT18 SPARKLE New Released!
P4,990 - DTC Astroid GT8 BIT
P4,690 - DTC Astroid GT9 PUMP
P3,990 - DTC Astroid GT6S SPEED PLUS New Released!
P3,490 - DTC Astroid GT6X SPEED 2G New Released!

DTC Single Core Android Phones
P3,290 - DTC Astroid GT7 MAX
P2,990 - DTC Astroid GT6c JACK Plus New Released!
P2,790 - DTC Astroid GT6B BLACK JACK New Released!
P2,790 - DTC Astroid GT6 JACK
P2,698 - DTC Astroid GT5 PLUS
P1,988 - DTC GT5S JUNIOR


DTC Single, Dual, Quad Core Android Phones Price, Features and Specs


DTC Astroid GT15 FIESTA


DTC's upcoming flagship quad core Android phablet GT15 FIESTA boosting 6.0" quarter High Definition display and 13MP/2MP dual cameras.
Price: P8,888 (official)
Features: Dual SIM, FM Radio and GPS/A-GPS capable
Physical Design: with hard home button
CPU: 1 GHz quad core processor
GPU: ?
OS: Android Jelly Bean - JB
Screen: 6.0" qHD Capacitive Touchscreen
Resolution: 960 x 540 pixels
Pixel per Inch: 184 ppi
RAM: 1 GB
Internal Memory: 4 GB expandable up to 32 GB
Camera: 13 MP rear with LED Flash and 2 MP front camera
Connectivity: WiFi, Bluetooth, WLAN Hotspot and HSDPA capable
Sensors: Gravity, Light and Proximity
AnTuTu Benchmark Score: ?
Battery: ?


DTC Astroid GT12 NICK Plus



Price: P7,990
Features: Dual SIM
Physical Design: with hard home button
CPU: 1.2 GHz quad core processor
GPU: ?
OS: Android Jelly Bean - JB
Screen: 5.3" qHD display
Resolution: 960 x 540 pixels
Pixel per Inch: 208 ppi
RAM: 1 GB (to be confirmed)
Internal Memory: 4 GB (to be confirmed)
Camera: 8 MP rear with LED Flash and 1.3 MP front camera
Connectivity: ?
AnTuTu Benchmark Score: ?
Battery: ?



DTC Astroid GT10 BULLET


Price: P6,990
Features: Dual SIM, FM Radio, GPS, A-GPS capable
Physical Design: 3 soft capacitive buttons
CPU: 1 GHz MT6577 dual core processor
OS: Android Jelly Bean - JB
Screen: 6.0" FWVGA Capacitive Touchscreen
Resolution: 480 x 854 pixels
Pixel per Inch: 163 ppi
RAM: 512 MB
Internal Memory: 4GB expandable up to 32GB T-Flash (TransFlash is old name for microSD card)
Camera: 5MP rear, autofocus with LED flash and VGA front
Sensors: Gyro, Proximity and Light
Connectivity: WiFi, Bluetooth, GPRS/EDGE, 3G Capable and 3.5mm jack port
AnTuTu Benchmark Score: ?
Battery: 3000 mAh
Availability: Already on the market


DTC GT17 JUPITER


Price: P6,990
Features: Dual SIM (Regular + micro SIM), Quad Band and FM Radio
CPU: 1.2 GHz MT6582 quad core processor
GPU: MALI 400MP
OS: Android 4.2.2 Jelly Bean
Screen: 4.7" qHD OGS Capacitve Multi-Touchscreen
Resolution: 960 x 540 pixels
Pixel per Inch: 234 ppi
RAM: 1 GB
Internal Memory: 4 GB expandable up to 32 GB via microSD
Camera: 13 MP rear, autofocus with Flash and 2 MP front camera
Connectivity: WiFi, Bluetooth, micro-USB, GPS and 3G capable
Sensors: ?
AnTuTu Benchmark Score: ?
Battery: 2200 mAh


DTC GT18 SPARKLE


Price: P5,290
Features: Dual SIM, Quad Band
CPU: 1 GHz dual core processor
GPU: ?
OS: Android 4.2 Jelly Bean
Screen: 5.0" qHD Touchscreen
Resolution: 960 x 540 pixels
Pixel per Inch: 220 ppi
RAM: 512 MB
Internal Memory: 4 GB expandable up to 32 GB via microSD
Camera: 8 MP rear and 2 MP front camera
Connectivity: 3G capable
Sensors: ?
AnTuTu Benchmark Score: ?
Battery: ?



DTC Astroid GT8 BIT


Price: P4,990

Features: Dual SIM, FM Radio
Physical Design: 2 soft capacitive buttons, hard home button
CPU: 1.2 GHz MT6577 Dual-Core Processor
OS:  Android Jelly Bean - JB
Screen: 4.6" FWVGA Touchscreen
Resolution: 854 x 480 pixels
Pixel per Inch: 213 ppi
RAM: 512 MB
Internal Memory: 4 GB expandable up to 32 GB
Camera: Sports a dual camera, 5MP rear with flash and VGA front
Sensors: Gyro, Light and Proximity
Connectivity:  3.5mm Audio Jack, Bluetooth,WiFi and GPRS/WAP/3G/HSDPA capable
AnTuTu Benchmark Score: ?
Battery: 2500 mAh
Availability: Already on the market

DTC Astroid GT9 PUMP


Price: P4,690
Freebies: Screen Protector
Features: Dual SIM, FM Radio and LED Torch
Physical Design: 2 soft capacitive buttons, hard home button
CPU: 1 GHz MT6517 Dual-Core Processor
OS: Android 4.0 Ice Cream Sandwich - ICS
Screen: 5.0" WVGA Capacitive Touchscreen
Resolution: 480 x 800 pixels
Pixel per Inch: 187 ppi
RAM: 512 MB
Internal Memory: 512 MB
Camera: 5MP rear with flash and VGA front
Sensors: Gyro, Light and Proximity
Connectivity: GPRS/EDGE, Bluetooth and WiFi
AnTuTu Benchmark Score: ?
Battery: 2500 mAh
Availability: Already on the market



DTC GT6S SPEED Plus


Price: P3,990
Features: Dual SIM, Quad Band
CPU: 1.2 GHz dual core processor
GPU: ?
OS: Android 4.2 Jelly Bean
Screen: 4.0" IPS WVGA Touchscreen
Resolution: 480 x 800 pixels
Pixel per Inch: 233 ppi
RAM: 512 MB
Internal Memory: 4 GB expandable up to 32 GB via microSD
Camera: 5 MP rear and 1.3 MP front camera
Connectivity: 3G capable
Sensors: ?
AnTuTu Benchmark Score: ?
Battery: ?



DTC Astroid GT6X SPEED 2G


DTC Astroid GT6X - powered by latest MediaTek MT6572 dual core power efficient CPU, 512 RAM and running on Android 4.2 JB OS on 4.0" IPS display.
Price: P3,490
Features: Dual SIM, Dual Standby, FM Radio, A-GPS support
Physical Design: Slim, 3 soft capacitive buttons
CPU: 1.3 GHz MT6572 Dual-Core Processor
GPU: MALI 400
OS: Android 4.2 Jelly Bean - JB
Screen: 4.0" WVGA IPS Capacitive Touchscreen
Resolution: 480 x 800 pixels
Pixel per Inch: 233 ppi
RAM: 512 MB
Internal Memory: 4 GB expandable up to 32 GB via microSD
Camera: 5 MP rear and 1.3 MP front
Sensors: Gravity
Connectivity: WiFi, Bluetooth, micro-USB and  2G capable
AnTuTu Benchmark Score: ?
Battery: 1500 mAh
Availability: Already on the market



DTC Astroid GT7 MAX


Price: P3,290
Features: Dual SIM and FM Radio
Physical Design: 4 soft capacitive buttons
CPU: 1 GHz ST6820 Processor
OS: Android 2.3.6 Gingerbread
Screen: 4.3 WVGA Capacitive Touchscreen
Resolution: 480 x 800 pixels
Pixel per Inch: 217 ppi
RAM: 512 MB
Internal Memory: 512 MB
Camera: 5MP rear with flash and VGA front
Sensors: Gyro, Light and Proximity
Connectivity: GPRS/EDGE, Bluetooth and WiFi
AnTuTu Benchmark Score: ?
Battery: 2500 mAh
Availability: Already on the market


DTC Astroid GT6 JACK


Price: P2,790
Freebies: SIM card, 2GB memory card, Silicon case and Screen protector
Features: Dual SIM, FM Radio and LED Torch
Physical Design: 3 soft capacitive buttons
CPU:  1 GHz MT6515 Processor
OS: Android 2.3.6 Gingerbread
Screen: 4.0 WVGA LCD Touchscreen
Resolution: 480 x 800 pixels
Pixel per Inch: 233 ppi
RAM: 256 MB
Internal Memory: 512 MB
Camera: 2MP rear with flash
Sensors: Gyro, Light and Proximity
Connectivity: GPRS/EDGE, Bluetooth and WiFi
AnTuTu Benchmark Score: ?
Battery: 2000 mAh
Availability: Already on the market



DTC GT6B BLACK JACK


Price: P2,790
Features: Dual SIM, Dual Band
CPU: 1 GHz single core processor
GPU: ?
OS: Android 2.3 Gingerbread
Screen: 4.0" IPS WVGA Touchscreen
Resolution: 480 x 800 pixels
Pixel per Inch: 233 ppi
RAM: 256 MB
Internal Memory: 512 MB expandable up to 32 GB via microSD
Camera: 2 MP rear and 1.3 MP front camera
Connectivity: GPRS, WAP, EDGE
Sensors: ?
AnTuTu Benchmark Score: ?
Battery: ?


DTC GT5S JUNIOR

Astroid GT5S - DTC's cheapest Android phone for budget conscious Pinoys - a must have for entry level Android users.

Price: P1,988
Features: Dual SIM. FM Radio and A-GPS support
Physical Design: 3 soft capacitive buttons
CPU: 1 GHz Spreadtrum SP6820 processor
GPU: MALI 300
OS: Android 2.3.6 Gingerbread
Screen: 3.5 HVGA Capacitive Touchscreen
Resolution: 320 x 480 pixels
Pixel per Inch: 165 ppi
RAM: 256 MB
Internal Memory: 512 MB expandable up to 32 GB
Camera: Sports a dual camera, 2MP rear and 1.3 MP front
Sensors: Gravity
Connectivity: WiFi, Bluetooth and 2G capable
AnTuTu Benchmark Score: ?
Battery: 1500 mAh
Availability: Already on the market
Kindly please share to us your first hands on experience and initial review if you own one of these gadget droids. I'll update the price and specs as more information is available.

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NVIDIA Unveils 7-Inch Tegra Note 7 Tablet

EVGA Tegra Note 7 Review

EVGA Tegra Note 7 Review

On the same day that Apple announced the availability of its much-anticipated Retina iPad mini, NVIDIA and its U.S. partner EVGA unveiled its own 7-inch Android tablet called the EVGA Tegra Note 7.

Equipped with a Tegra 4 quad-core processor, a 1280x800 display, micro HDMI to connect to HD televisions, 16GB of storage and a 5-megapixel camera (along with a front-facing webcam), the $199 device offers a strong Android tablet alternative to the pricier Nexus 7 and Galaxy Note 8.

EVGA claims that the device has the world’s first HDR camera in a tablet, a feature that could draw interest from those looking to use the Tegra Note 7 as their primary photo-taking device, rather than a smartphone or a standalone camera.

Aside from its speedy processor and budget-friendly price, NVIDIA is focused on showing off the power of its stylus device. In an elaborate demonstration video, NVIDIA compares the sensitivity and accuracy of its DirectStylus device with the stylus options available for the Nexus 7 and the Galaxy Note 8.

As of Tuesday, e-retailer Newegg had the Tegra Note 7 available for pre-order. It will officially go on sale starting Nov. 19.

Google Solar Energy Plants

Google is investing $80 million in six new solar plants in California and Arizona that the company says will provide enough electricity for 17,000 homes in the United States.
Google Solar Energy Plants

Google Solar Energy Plants

The investment is Google's 14th in renewable energy. The company has so far put more than $1 billion behind solar and wind projects since April 2010. Google is partnering with investment firm KKR for the venture; the lead developer is Recurrent Energy.

According to a Google blog post, the projects have a combined capacity of 106 megawatts. A typical coal power station produces 600 to 700 megawatts while a nuclear power plant puts out 900 to 1,300 megawatts.

Google currently gets 33% of its energy from renewable sources, but hopes to be 100% renewable at some point.

Source: Mashable

Lie Detector Tattoo by Google

Lie Detector Tattoo by Google

Lie Detector Tattoo by Google

Tattoos could be about to get a tech makeover. As well as being an outlet for artistic flair, Google wants to explore the idea of an electronic skin tattoo that could embed a microphone and lie detector into a users neck.

Google owned Motorola Mobility has filed an application with the US Patent Office for a design that pairs tattoos with mobile devices titled,  “Coupling an Electronic Skin Tattoo to a Mobile Communication Device.”

The electronic tattoo would be located on a user’s neck and would act as a supplemental phone microphone. It is thought that by being near to the user’s mouth, it would reduce background noise during calls and result in clearer audio.

Included in the device would be a transceiver allowing for wireless communication when paired with a mobile device. This would improve how voice commands work on a phone.

According to the patent the tattoo could also be used as a lie-detector. The device would have a “galvanic skin response detector to detect skin resistance of a user”, so someone who is nervous or telling a lie may have a different skin-related response.

The patent also explains how the device will be powered. The tattoo could “employ solar panel technology, capacitive technology, nanotechnology or electro-mechanical technology,” or use a rechargeable battery.

There is no mention of how the tattoo will be applied but if an electronic tattoo doesn’t appeal then the patent does mention the option of using a  “collar or band that would be worn around the throat”.

source: TechBeat

Zoomer: The Robotic Dog for People Who Can't Have Pets

Zoomer The Robotic Dog

My dog, Zoomer, doesn’t listen. He sticks his shiny black nose where it doesn’t belong, is always bumping into things and has a habit of peeing where I don’t want him to. Still, when he rolls around on his four paws I am more than a little charmed by his impish nature and can’t help but be a little sad when he runs out of power and falls asleep.

Zoomer is, as you may have guessed, no ordinary dog. He’s a $99 (retail) robotic pet from Spin Master LTD for children ages 5 and up, and despite his (or rather, "its") limitations and the fact that it's not the “most technologically advanced robotic dog ever made” (as the press materials promised), Zoomer is certainly an entertaining electronic companion.

Spin Master’s canine creation is, without a doubt, a level above most toys. It has motorized joints and sensors in its chest to detect motion, objects and touch. It responds to voice commands in three different languages: English, Spanish and French. It can move more quickly than any robot dog I’ve ever seen. That’s because Zoomer’s feet are actually wheels. This was a smart move on Spin Master’s part; previous robot dogs like Tiger’s i-Cybie and even Sony’s legendary AIBO robotic dog had articulated plastic feet, which meant the robot dogs could walk, but at a relatively slow pace. Running was out of the question.

Zoomer zips around the room with speed, but virtually no grace. It makes the toy remarkably puppy-like, which makes sense; at roughly 10 inches long and 6 inches high, it's about the size of a small puppy.
The Robotic Dog Zoomer

Mostly white with black spots, LED eyes and a rubber tail, Zoomer has an internal battery. That’s right, no double or triple A batteries for Zoomer — he uses an internal rechargeable that connects to an old school mini-USB cable, which can charge directly from your computer or a wall plug. A full charge takes about an hour. It’s rated for about 30 minutes of play time, though you can extend that by turning Zoomer off when you’re not playing with the robot. The most intelligent robot dog I ever tested, AIBO, could charge itself.

Zoomer’s power, language control and charging port are all covered by rubber on its belly near the sensors. I had a habit of touching the cover, which kept flapping open. It was kind of annoying.

Not So Sophisticated


Spin Master’s instructions and useful website explain that Zoomer can actually learn and improve at following commands. It even has moods. It didn't get noticeably smarter in my time with it, but I hope Spin Master's promise is true; Zoomer isn’t great at following instructions like "sit," "play dead," "follow me" and a dozen or so other voice-activated commands, all of which start with announcing the robot’s name. I had to repeat commands multiple times.

Spend enough time training Zoomer and you may finally get him out of training mode so he doesn’t forget commands. Personally, I’d like to see a quick learner mode, in which Zoomer becomes a great listener with the flick of a switch. Even if Zoomer does get smarter, its way of listening is not particularly sophisticated. 
About Zoomer The Robotic Dog

Zoomer doesn't listen at all unless you press the robot pup's head, essentially a giant button, and wait for his LED eyes to turn into two question marks. This is just one of the places where Spin Master’s claims fall short. Sony’s AIBO, for example, only needed you to say its name for the robot to pay attention and respond. Of course, AIBO cost nearly $2,000 in 2003.

When you do get Zoomer to pay attention and perform a trick, it's quite endearing. If you ask it to, the toy will follow you, shake hands, play with a ball and pee on command (with no messy cleanup!). Zoomer’s body is jointed at the waist so it can roll half of his body and then the other to play dead and get up again. Zoomer will also perform random tricks if you press the button on its back, and the robot dog will bark loudly and run around if you leave it in independent mode. All that noise left me wishing Spin Master added a volume control, which is a feature available on almost every robot dog I've tested.

Despite its sensors, Zoomer cannot see edges, so keep it away from steps and off tabletops. Unlike most real dogs, it also prefers the indoors.

Expectations


Though Zoomer lists for $99, you can easily find it on most sites for $79. Considering build quality and entertainment value, I think the price is worth it. Zoomer isn't the best robot dog ever made, but it's one of the best on the market today. I bet it will make some child very, very happy this holiday season.

The Low Down


The Good:

  • Adorable
  • Good build: If the ear pops off, you can pop it right back on again. Try that with a real dog.
  • Surprising smarts and agility


The Bad:

  • Won’t listen without help
  • Half hour of battery life
  • Loud


Bottom Line:

If you’re looking for an affordable, fun, worry-free pet for a child than can’t have pets, Zoomer is an above-average holiday choice.

source: Mashable

Li-Fi: Alternate Of Wi-Fi Transmits Data 250 Times Faster Than Broadband

The quickest speed antecedent re-portable was 3Gbit/s, achieved earlier this year by the Fraunhofer physicist Institute in European nation. Chinese researchers conjointly claimed this month to possess created a 150 Mbp/s association; however some consultants were uncertain while not seeing any proof.
Li-Fi Technology is Alternate Of Wi-Fi

The term Li-Fi was coined by capital University's academician Harald Haas throughout a plug-ugly speak in the technology is additionally called actinic ray communications. 

Many consultants claim that Li-Fi represents the longer term of mobile web because of its reduced prices and larger potency compared to ancient Wi-Fi.

Both Wi-Fi and Li-Fi transmits information over the spectrum, however whereas Wi-Fi utilizes radio waves, Li-Fi uses actinic ray. This is often a definite advantage therein the actinic ray is much additional plentiful than the radio-frequency spectrum (10,000 times additional in fact) and may reach so much larger information density.
About Lifi Technology

Li-Fi signals work by shift bulbs on and off improbably quickly – too quickly to be detected by the human eye. This most up-to-date breakthrough builds upon this by victimization little micro-LED bulbs to stream many lines of knowledge in parallel.

The analysis was dole out by the radical Parallel actinic ray Communications project, a venture between the schools of Oxford, Cambridge, Edinburgh, St Andrews and Strathclyde, and funded by the Engineering and Physical Sciences analysis Council.

Existing junction rectifier lightweight bulbs may be reborn to transmit Li-Fi signals with one semiconductor unit, and also the technology would even be of use in things wherever radio frequencies can't be used for worry of busy with electronic equipment.

And though Li-Fi bulbs would have to be compelled to be unbroken on to transmit information, the bulbs may be dim to the purpose that they weren't visible to humans and however still useful. One draw-back is that the information receiver would have to be compelled to be seeable of the transmitter-bulb as actinic ray doesn't penetrate solid materials.

The makers of Li-Fi note that this quality may truly be a bonus in some eventualities, creating Li-Fi safer than Wi-Fi with hackers unable to access unsecured web connections from out of sight of the transmitter.

Rocket Engine Technique First Time Used Outside NASA


Students at the University of CA port of entry (USCD) have tested a liquid oxyacetylene, 3D written rocket employing a technique that has ne'er been wont to build a rocket before anyplace within the World except for NASA.
Rocket Engine Technique First Time Used Outside NASA

The students have designed and with success take a look at laid-off a rocket that uses fuel and LOX for the $6,800 that was prompt and partially funded by area Administration |NASA| independent agency} as a part of the Marshall Space Flight Center. The take a look at was devised to check whether or not or not 3D written components might really be used for a rocket.

The contraption used a fuel-oxidizer-oxidizer-fuel intel arrangement. The cooling jacket was ready to keep heat compartment-ed so the chamber walls were unbroken as cool as potential. throughout this method, skinny layers of atomic number 24 metal square measure repeatedly unfold and amalgamated to the element and also the excess powder is removed.

The ultimate piece has all temporary supports removed before being hardened, then polished and designed. The result's an especially fast and low cost thanks to build rocket components. By mistreatment 3D printing, build time for components may be reduced from weeks to hours.
Rocket Engine Technique Used Outside NASA

The fire take a look at that happened throughout the chums of Amateur technology launch was designed to check if the engines might power the third stage of a Nanosat launcher. These square measure solely needed to launch smaller satellites deliberation but one.33kg. As a result, the team came up with a rocket that's seven inches (17.7cm) long with a weight of solely 200lbs (90.7kg). NASA provided $5000 of the entire build prices with students raising the remaining cash by organizing varied fundraising activities.

The rocket, tagged Tri-D has well-tried that written engine components will so be used. this might mean the quicker manufacture of rockets at a immensely reduced value. For further details watch video below. 

Qardio ECG Monitor Streams Data To Your IPhone

Qardio ECG Monitor Streams Data To Your IPhone

The co founding father of Qardio Marco Peluso had a career within the finance business for fourteen years. He worked as associate agent for JPMorgan so as a partner at a hedge fund.

But things modified once his father had a stroke whereas they were talking on the phone. “I was lucky enough to grasp what was happening,” he said, memory that he quickly contacted a neighbour to require his father to the hospital. however doctors couldn't determine what triggered the minor stroke, called a Transient anaemia Attack or TIA. 

Solely six months later, his father found himself troubled to end his morning jog. “It was stunning on behalf of me to grasp that even currently, we have a tendency to didn’t have a decent approach of understanding or proving what was happening,” Peluso aforesaid.
Qardio ECG Monitor


He was compelled to go away his career to begin Qardio, that is about to launch the pressure monitor product for customers next year at a worth of $449. They even have a another product, a pressure monitor referred to as QardioArm that may retail for $99.

The electrocardiogram monitor, referred to as the QardioCore, can stream information to the owner’s iPhone and might then send the info on to a person’s health care supplier through a cloud-based service. In result it lets a doctor “see” a patient while not very seeing them personally.

Peluso says his QardioCore product is a smaller amount effort-intensive than alternative subtle monitors, which could need skin patches or shaving a person’s chest etc or even victimization adhesive gel. “It doesn’t need any skin preparation,” he said. “You place it on your chest, it switches itself on once it detects your body, then wirelessly sends signals to your iPhone, that then attend our server.” He says the 2 devices correct a significant downside in health observation as a result of they create electrocardiogram and pressure information trailing passive. this suggests that doctors will collect a stream of knowledge and place it in context rather than taking singular, natural event measurements.

Peluso and his co-founder used a team of engineers and industrial designers to figure on planning each the QardioArm and QardioCore over the past year. The producing method is in geographical region and also the company plans to retail each devices on-line and thru established physical partnerships early in 2014.

GPS Bullets for Car Chases

GPS Bullets for Car Chases

Everyone loves a decent police chase; except, well perhaps the police and any pedestrians UN agency can be within the space. Whereas high-speed car chases is also exciting on the large screen, they're something however exciting to the cops in world. Over 360 officers area unit killed annually as a results of high-speed automobile chases. Those numbers may well be dynamic within the future, though, because of a more recent piece of police technology called the Star Chase System.


What is the Star Chase System?


Admittedly, this new piece of kit appears like it’s taken straight out of a fantasy moving picture. Employing a “cannon” mounted ahead of the grill on a prowl car, the Star Chase System uses compressed gas to shoot a GPS tag onto a targeted vehicle.

Once the GPS tag is connected, dispatchers will frequently monitor the whereabouts of the vehicle in question and relay the data to the officers concerned. This permits any police UN agency might are concerned in a very high-speed automobile chase to impede and wait till it's safe to create a stop.
Star Chase System

Currently, solely two states area unit testing out this equipment: Iowa and FL. If it proves in, though, the Star Chase System may beyond any doubt save a unnumerable variety of lives all told fifty states. It’s not simply the police and people {they area unit|they're} chasing UN agency are scraped or killed, though; it's conjointly any vehicles and pedestrians UN agency realize themselves within the middle of the pursuit. If it works, it feels like a no-brainier for each local department within the country to urge this instrumentation.

The only drawback is also it’s value effectiveness – every cannon system can reportedly value around $5000, which value doesn't embody any of the GPS tags which is able to value another $500. This quantity can for sure be troublesome for smaller cities and cities.

To view videos and facts about the Star Chase System, please visit Star Chase’s website.

[Image Source: TechBeat]

Storage Disk To Store Million Year Data Unveiled

Storage Disk To Store Million Year Data Unveiled

Nano-technologists have currently designed and engineered a storage disk that may store data for 1,000,000 years or additional. The point frame is nearly incomprehensible compared to the present magnetic laborious disks that may store knowledge for simply over a decade.

Back in 1956, IBM was the primary company within the world to introduce an advertisement laptop capable of storing knowledge on a memory device drive. The IBM 305 RAMAC used fifty 24-inch discs to store up to five MB of knowledge. Today, laborious drives haven't any drawback storing knowledge with general capacities of one TB obtainable on a three.5-inch disk. Despite this huge increase in storage capability, things haven’t very modified. The lifetime of knowledge that may be hold on on magnetic discs remains some ten years. The question is, however will we tend to preserve data on a timescale larger than that?

Well, Jeroen DE Vries at the University of Twente within the The Netherlands and colleagues have designed and engineered a disk capable of storing knowledge over one million years. they need performed accelerated ageing tests showing that the disk ought to be ready to store knowledge for one million years and perhaps longer.

The idea behind fast the method of ageing is predicated round the undeniable fact that knowledge should be hold on in Associate in Nursing energy minimum that's separated from alternative minima by Associate in Nursing energy barrier. thus to corrupt knowledge by changing a zero to a one, for instance, needs enough energy to beat this barrier. The chance that the system can jump during this method is ruled by a principle referred to as Svante August Arrhenius law. This relates the chance of jumping the barrier with factors like temperature and therefore the Boltzmann constant and the way usually a jump are often created, that is relative to the amount of atomic vibrations.

Calculations reveal for knowledge to last 1,000,000 years, the specified energy barrier is sixty three KBT or seventy KBT to last a billion years. “These values square measure well among the vary of today’s technology,” say DE Vries. To prove now, the team engineered a disk capable of storing data for this era of your time. the information is hold on within the pattern of lines incised into a skinny metal disc so coated with a protecting layer. 

The metal they used was wolfram, that they selected due to its high melting temperature (3,422 degrees C) and low thermal enlargement constant. The protecting layer used is Si compound (Si3N4), chosen due to its high resistance to fracture and its low thermal enlargement constant.

The disk was mistreatment normal patterning techniques and hold on knowledge within the sort of QR codes with lines 100nm wide. The disk was then heated at varied temperatures to check however the information would be affected. The results, though dispensed in specific laboratory conditions, square measure spectacular. in keeping with Svante August Arrhenius law, a disk capable of living 1,000,000 years should survive one hour at 445 Kelvin, a check that the new disks passed with no issues. 

Actually, the disks survived temperatures up to 848 Kelvin, though with major amounts of data loss. That compares well with the Rosetta Project, a proposal by the Long currently Foundation to make deposit materials capable of storing knowledge for periods larger than ten,000 years.

This suggests we tend to could to be ready to preserve a big quantity of data for future man mistreatment this method.

Microsoft Testing Eyewear To Rival Google Glass

Microsoft Eyewear To Rival Google Glass

According to the Wall Street Journal, Microsoft is apparently jumping on the bandwagon and they are testing prototypes for optical wear similar to Google Glass. This could potentially push the company into that market. A source familiar with the project said the company has asked several component makers in Asia to supply cameras and other key components for prototypes. The person has cautioned, however, the device may not reach mass production.

Tests show Microsoft is keeping close tabs on the emerging market for wearable technology, which includes wristwatches that replicate some features of smartphones and more bizarre ideas, such as tattoos to log people onto their computers. Market-research firm ABI Research is expecting annual sales of wearable devices will reach 485 million units by the year 2018. Microsoft is “determined to take the lead in hardware manufacturing to make sure the company won’t miss out on the opportunities in the wearable gadget market,” the source said.

These tests show that Microsoft’s efforts to transform itself from mainly a software company into one that produces the gadgets on which their software will run. Smartphones and other hardware devices have helped transform consumer technology and have established the likes of rival Apple as a tech giant. By contrast, Microsoft has largely been sidelined in the consumer hardware market. 

Microsoft’s determination to become a bigger player in consumer tech gear was underscored by its $7 billion acquisition of Nokia’s mobile phone business. The company last year also started making its own tablet device; Surface and apparently the company is currently testing its own Web-connected watch.

In wearable computing, Google has been the prototype leader in the wearable tech field with the company’s Google Glass device. It has a postage-stamp-sized computer screen just above the right eye which coupled with internal components and software, allows the user to take photos with voice commands and get digital directions without looking at a smartphone. Some say companies making gadgets that duplicate features of mobile phones could undercut smartphone sales. 

As competition drives down prices of most technology, wearable tech also could provide an opening for higher-cost gear. “The wearable trend has the potential to boost the currently thin margins of consumer technology products by allowing tech brands to price their products at the kind of premiums normally reserved for fashion accessories,” said HSBC analyst Jenny Lai.

Samsung recently introduced a web-connected watch and back in May. Interestingly, Apple Chief Executive Tim Cook said wearable computers will be a “key branch” in technology, though he said he didn't believe eye-wear like gear would have mainstream appeal.

As of Oct. 10, Microsoft has 78 U.S. patents related to head-mounted displays and other wearable technologies and 94 published pending applications, according to intellectual property firm Envision IP. Google had 59 such U.S. patents, Envision said.


 

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