Surgeon General Deems E-Cigarette Use Among Young People A ‘Major Public Health Concern’

Smoking e-cigarettes is one of the "real general wellbeing concerns," noticed the U.S. Top health spokesperson Vivek Murthy in a report discharged on hursday, Dec. 8. Murthy, who said that there is a hotshot requirement for research on

wellbeing effects of "vaping," noticed that smoking e-cigarettes is definitely not an innocuous propensity.

He additionally brought up that utilization of ecigarettes The specialist included that he is worried that e-cigarettes may

cause the up and coming era who aren't presented to smoking propensity dependent on nicotine. He likewise noticed that if early introduction to nicotine in high schooler brings about the utilization of some sort of tobacco item, it would push the nation in reverse as far as tobacco utilize.

Murthy clarified that nicotine is damaging to creating mind despite the method for presentation. "Your children are not an test," Murthy noted in an open administration declaration that is discharged with the report. Despite the fact that e-cigarettes are considered as more secure other option to routine cigarettes, it is not totally free of unsafe fixings. The e-cigarettes are filled with fluid nicotine that is changed over into inhalable vapor with the assistance of introduced batteries.

While both types of cigarettes contain nicotine, e-cigarettes do not create tar as in standard ones. Be that as it may, there are no confirmations by a long shot on wellbeing results of vaping and how vaping helps smokers avoid smokingtraditional cigarettes. In the interim, official reports discharged last year have it that 16 percent of secondary school kids utilize one or other sort of e-cigarettes. That incorporates understudies that haven't smoked a customary cigarette some time recently. Around 38 percent of secondary school kids were observed to utilize e-cigarettes in 2015, though the rate was just 13.4 percent in 2014. In the mean time, Terry Pechacek, an educator in the school of general wellbeing at Georgia State University, said that nicotine

is seen to be unsafe to immature brains in examinations. Nonetheless, it is superior to general cigarette in terms of ingestion of cancer-causing agents notwithstanding nicotine, he included.

Controls On E-Cigarettes

To the extent laws are concerned, offering e-cigarettes to minors is viewed as unlawful in the nation. The U.S. Sustenance and Sedate Administration has issued requests to the vaping gadget producers for the accommodation of e-cigarette fixings list for survey.

Matthew Myers, President of the Campaign for Tobacco-Free Kids, noticed that in light of the accessible review 􀃚ndings, utilization of e-cigarette is a genuine wellbeing worry that requests government activity.

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Scrap Metal Batteries Promise Energy Storage Innovation

A group at Vanderbilt University (Nashville, TN) has made the world's first steel-metal battery - produced using junkyard metal scraps - that can store vitality at levels equivalent to lead-corrosive batteries while charging and releasing at rates practically identical to ultra-quick charging supercapacitors.

The key is anodization, a typical compound treatment used to give aluminum a solid and improving completion. At the point when effortlessly accessible waste scraps of steel and metal are anodized utilizing a typical family unit synthetic and private electrical ebb and flow, the analysts found that the metal surfaces are rebuilt into nanometer-sized systems of metal oxide that can store and discharge vitality when responding with a water-based fluid electrolyte.

The group verified that these nanometer areas clarify the quick charging conduct and in addition the battery's soundness. They tried it for 5,000 continuous charging cycles - the likeness more than 13 years of day by day charging and releasing - and observed that it held more than 90 percent of its ability.

Not at all like the lithium particle batteries utilized as a part of today's Powerwall-sort frameworks, the steel-metal batteries utilize non-combustible water electrolytes that contain potassium hydroxide, an economical salt utilized as a part of clothing cleanser.

"Envision that the huge amounts of metal waste disposed of consistently could be utilized to give vitality stockpiling to the renewable vitality framework without bounds, rather than turning into a weight for waste handling plants and the earth," said Cary Pint, partner teacher of mechanical building at Vanderbilt University. "At the point when our point was to deliver the materials utilized as a part of batteries from family unit supplies in a way so efficiently that vast scale producing offices don't bode well, we needed to approach this uniquely in contrast to we typically would in the examination lab." The group's next stride is to construct a full-scale model battery appropriate for use in vitality effective shrewd homes.

"We're seeing the begin of a development in contemporary society prompting to a 'producer culture' where extensive scale item advancement and assembling is being decentralized and downsized to people or groups. In this way, batteries have stayed outside of this culture, yet I trust we will see the day when inhabitants will detach from the network and deliver their own particular batteries. That is the scale where battery innovation started, and I think we will return there," said Pint.

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World’s First Blood Test To Aid Diagnosis Of Parkinson’s

Specialists analyze upwards of 60,000 new instances of Parkinson's illness (PD) consistently in the United States. However diagnosing PD with assurance can take years long after early signs and indications have showed up. The Israeli startup BioShai has a diversion changing item not too far off: PDx, the world's first basic blood test for the early determination of PD.

The test outcomes can be consolidated with clinical information, giving a more exact determination to help doctors choose the best course of treatment at a much prior stage. More than 10 million individuals worldwide are living with this incessant and dynamic development issue brought on by the breakdown and passing of neurons that create dopamine, a compound that organizes the cerebrum's control of development and coordination.

"Having a conclusion at a prior stage can prompt to a more exact treatment and a higher personal satisfaction for the patient," says BioShai CEO Jennifer Yarden, who has a PhD in medicinal science and in the past was in charge of clinical and business improvement of indicative measures and units at Glycominds. Yarden is likewise CEO and prime supporter of Curewize Health. "Offering a basic and modest test for the determination of Parkinson's is viewed as fundamental for the improvement of neuroprotective treatment," she clarifies, "on the grounds that when a patient has the numerous development side effects connected with Parkinson's, a dominant part of the dopamine-creating neurons are lost or get to be distinctly weakened by the malady."

Look into in Technion lab:

The PDx blood test, which measures changes specifically atoms known to be connected with Parkinson's, will be accessible through an Israeli lab on a restricted beta premise in mid 2017. BioShai will soon apply for administrative endorsement in Europe. BioShai was established in January 2014 in the Youdim Pharmaceuticals hatchery in Yokneam Illit. Technion Prof. Moussa Youdim, (one of the innovators of the Parkinson's medication Azilect) helped to establish BioShai, which right now has four representatives.

Youdim and University of Würzburg Prof. Subside Riederer performed spearheading research, distributed in 2010 and 2012, uncovering that measuring the expression level of particular qualities in blood could recognize PD with an abnormal state of precision. BioShai became out of this revelation. Prime supporter and CMO Dr. Martin Rabey, a neurologist initially from Argentina, is an educator emeritus at Tel Aviv University's Sackler School of Medicine and a worldwide master in Parkinson's and Alzheimer illnesses. He and European neurologists built up the Simple Parkinson Evaluation Scale (SPES), a pragmatic apparatus for the assessment of PD patients.

Approving and institutionalizing

Yarden tells ISRAEL21c that BioShai is at present in the last phases of approving and institutionalizing the PDx examine in a multi-focus clinical trial in Israel and Italy. "We have selected 400 patients, partitioned into two phases. The main stage is for the formation of a business test in light of Prof. Youdim's discoveries, and the second stage is approval," she says.

"We additionally are finishing a trial on review tests from the Parkinson's Progression Markers Initiative study drove by the Michael J. Fox Foundation. In our lab in Yokneam, we have tried more than 1,000 examples including tests from Parkinson's patients, sound controls and PD patients who have clinical side effects yet no proof of dopamine deficiency in picture filters." This review study will look at how the biomarker changes after some time and could help with guess and additionally determination, Yarden says.

"BioShai's methodology is to first build up the test for differential conclusion of PD from patients with comparative parkinsonian engine elements and after that to build up an altered variant of the test for prior determination of patients with pre-engine side effects, for example, diminished capacity to notice (anosmia), consistent blockage, misery and REM rest issue," says Yarden. "A great deal of these indications can show up for different reasons, but at the same time are considered non-engine early hazard elements for PD. Our biomarker would be particular for Parkinson's." She noticed that the cost of the PDx blood test, assessed to be a few hundred dollars, is altogether less costly than any accessible imaging test and "will diminish the cost of finding." While different organizations are moving in the direction of a blood test for PD, she includes, "Our measure is one of a kind and we want to be the first in market."

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US Army will have laser weapons by 2023 as research bosses say killer technology is 'very close'

The US Army is wanting to send the Ồirst laser weapons in 2023, it has been

uncovered. Mary J. Mill operator, delegate colleague secretary of the Army for Research and Technology, told the House Armed Services Committee's Subcommittee on Emerging Threats and Capabilities 'I accept we're close,' when asked how shut the Army is to creating hostile and guarded coordinated vitality weapons. She said the projects would be broadly tried as the Army needs to comprehend the lasers' full capacities 'before we offer it to a Soldier.'

'It's being done in a 'stage shrewd exhibition of ability,' she said. 'We need to ensure the lasers work and do the full arrangement of extensions against the dangers we anticipate. What's more, those dangers incorporate the counter-rockets, counter-mounted guns and counter-mortar and additionally [Unmanned Aerial Vehicle] and journey rocket dangers.' Miller clarified that the Army needs to comprehend the lasers' full abilities 'before we offer it to a Soldier.'

Administrators need to trust what lasers can do, she included. 'Lasers have been guaranteed for quite a while, however they've never held up and conveyed what was requested, so the administrators are legitimately suspicious,' she called attention to. 'That is the reason the Army is taking lasers out into operational situations and testing them. Meanwhile, 'there will be ventures en route where we turn off lesser competent laser frameworks that can do great things on littler stages. 'Those will turn out soon.'

The Air Force said it was at that point Ồlying model weapons. Dr. David Walker, appointee associate secretary of the Air Force for Science, Technology and Engineering, Oồice of the Assistant Secretary of the Air Force for Acquisition, said the Air Force is working with Special Operations Command to build up an

hostile laser that will be Ồitted to AFSOC AC-130 gunships. Part of that innovation, he said, incorporates 'bar guiding and power and warm administration.' 'The Air Force is Ồlying consistently with lasers under its vehicle flying machine, utilizing them as infrared countermeasure framework,' so we too spun off lesser-proficient laser frameworks and as we get bigger power yields and better warm administration out of littler bundle lasers, we will incorporate those forces with cautious to hostile ability also,' Walker said. The Navy's science agent depicted comparable laser programs for boats, subs and Marines.

Flying corps supervisors have beforehand bragged battle lasers will be Ồitted to Ồighters planes by 2020. The U.S. Aviation based armed forces Research Laboratory, or AFRL, is on track to exhibit a The U.S. Aviation based armed forces Research Laboratory, or AFRL, is on track to exhibit a working laser weapon on a Ồighter stream by 2020, it has uncovered. 'It truly is a national tipping point,' Kelly Hammett, boss specialist for the AFRL's coordinated vitality directorate, told CNN. 'We see the innovation advancing and developing to the phase where it truly can be utilized.

The military trusts that the new era of weapons could prompt to radical changes in the way wars are battled, with planes having boundless ammo the length of they have enough power. 'You could have a boundless magazine

dillydallying air ship that could address and get to a wide assortment of targets, Hammett said. 'I trust we'll have a coordinated vitality unit we can put on a Ồighter plane soon,'

Aviation based armed forces General Hawk Carlisle has asserted at the Air Force Association Air and Space meeting in a presentation on what he called Fifth-Generation Fighting, as indicated by Ars Technica. 'That day is a considerable measure nearer than I might suspect many people think it is.' The US Navy has as of now sent a laser weapon adrift on board the USS Ponce, fit for a scope of assaults against little water crafts, automatons, and light air ship representing a risk, by blinding sensors or administrators or warming components to make them fall flat or detonate. Other laser weapons are additionally being tried by the Oồice of Naval Research for use on helicopters to secure against man-compact hostile to air ship rockets.

Coordinated vitality weapons cases could be aồixed to air ship to demolish or cripple approaching rockets, rambles, and even adversary air ship at a much lower 'cost per shot' than rockets or even weapons, Carlisle proposed. The leader for the Air Force framework is accepted to be known as the High-Energy Liquid Laser Area Defense System (HELLADS), and will make a laser sufficiently little to be mounted on a plane, and is relied upon to be prepared for use by 2020. General Atomics, the Ồirm making, it, has uncovered a full scale framework is now under development taking after tests.

The AFRL is likewise chipping away at a cautious laser shield. A 360-degree laser "air pocket" would encompass a U.S. warplane. That air pocket would impair or devastate anything that comes inside, similar to a rocket or another flying machine. To design such a shield, you'd require a turret that doesn't meddle with the streamlined features of the warplane. A turret like that has as of now been effectively tried under Hammett at AFRL in organization with Lockheed Martin and DARPA, the Pentagon's Defense Advanced Research Projects Agency

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Juno Arrives at Jupiter the Edge of the Solar System

NASA's Juno rocket has effectively entered circle around Jupiter. At 8:53 P.M. Pacific time, ground controllers got a telemetry tone of 2,327 hertz - proportionate to the most elevated D note on a piano console—showing that Juno's 35-minute motor blaze had eased back the rocket enough to slip into the mammoth planet's gravitational grasp. Propelled in 2011 on an about five-year interplanetary voyage, Juno is just the second shuttle to ever circle Jupiter, after the Galileo mission that investigated the mammoth planet from 1995 to 2003. Amid its catch into space Juno passed only 4,490 kilometers over the Jovian cloud tops, so shut that the planet filled a large portion of its sky. All things considered, Jupiter is immense to the point that a space traveler riding along would have seen just around 5 percent of the planet's cloud-covered face.

At 9:50 P.M., the move was formally total as the rocket turned its sun based exhibits back toward the sun. "I won't breathe out until we're sun-pointed once more," Juno's key agent Scott Bolton had said at a question and answer session prior in the day.

The rocket dove in from interplanetary space over Jupiter's north shaft at around 7:30 P.M., falling ever speedier as it dove further into the planet's gravitational field. Only two days prior its speed with respect to Jupiter was nine kilometers for each second; late morning yesterday, 12 kilometers for every second; and by the rocket smolder, 54 kilometers for each second. The smolder lessened its speed by only 1 percent, yet that was sufficient. (Hypothetically, the shuttle was caught by the planet at 8:38 P.M., about part of the way through the smolder, yet affirmation did not come until some other time.) After skimming so near Jupiter's upper air, the rocket took off go down from the planet's cloud tops at around 9:30 P.M. into a circling, extended circle out to 8.1 million kilometers.

Were it not for Juno's motor blaze, Jupiter's gravitational field would have spat the rocket once more into the profundities of interplanetary space at about an indistinguishable speed from its approach. A long way from endeavoring to promise general society that such a consequence could never happen, researchers and specialists spent the day cautioning writers about it. "Juno is going into the scariest part of the scariest place," Heidi Becker of the Jet Propulsion Laboratory, who drives the radiation-observing group, said amid a question and answer session prior Monday. The gauntlet Juno kept running at Jupiter held many shots for fiasco: The rocket may have been thumped out by serious attractive fields (at that separation, 20 times more grounded than Earth's), ionizing radiation (an aggregate measurements of 265 rads—all that anyone could need to kill a person), tidy particles from Jupiter's rings (from which the fundamental motor was totally unshielded) or loss of force if the sun powered exhibits were not able reorient to the sun.

Presently, before Juno can continue rapid correspondences by means of its primary radio wire, controllers must flawless its arrangement with Earth and hose any wobbling movement, first by terminating thrusters, then by twisting the sun oriented boards marginally to tweak the shuttle's introduction. In the wake of putting all the logical instruments into prudent hibernation a week ago, the mission controllers are planning to power them go down on Wednesday. And still, at the end of the day, however, researchers don't expect any not too bad pictures or emotional discoveries until August 27, when the rocket adjusts its first circle and swoops near the planet once more. (Formally, a circle begins when the rocket achieves its most remote separation, or "apojove," which it accomplishes surprisingly on July 27. So the following nearest approach will be viewed as part of the way through the primary circle.)

The following nail-gnawing minute will go ahead October 19, when the primary motor is planned to flame for a last time, putting the rocket into a 14-day mapping circle. On the off chance that that goes well, researchers can finally quit fussing about particular points of reference and rather lose rest over Juno's heightening radiation measurement. At first the measurements is minimized by the shuttle's polar circle, which ducks added to the radiation repertoire, however the circle moves after some time because of the torquing from Jupiter's gravitational field. As its circle shifts, Juno will approach the planet at a steepening point, going through more extreme locales of radiation and expanding its presentation ten times. In spite of being protected in a titanium vault, the rocket's instruments will be slowly cooked. For the present Juno has evaded finishing with a blast, however it can't abstain from going out with a yowl.

George Musser is a contributing editorial manager at Scientific American. He concentrates on space science and major material science, going from particles to planets to parallel universes. Musser finished his undergrad contemplates in electrical building and arithmetic at Brown University and his graduate studies in planetary science at Cornell University, where he was a National Science Foundation Graduate Research Fellow.

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Nano Drone World’s Smallest Quadcopter

Nano Drone is the World's Smallest Remote Controlled Drone Quad-copter. Measuring just 2″ crosswise over and 3/4″ tall, The Nano Drone is a completely working 6-Axis Gyro Enabled Quad-copter. Fit for flying for 5-8 minutes on a solitary energize at a separation to 150 feet away. The Nano Drone can perform 360 degree flips and exact flight every which way.

GET REPLACEMENT BLADES HERE

The World's Smallest Nano Drone (RC Quadcopter) The Nano Drone is the World's Smallest Remote Controlled Drone Quad-copter. Measuring just 2″ crosswise over and 3/4″ tall, The Nano Drone is a completely working 6-Axis Gyro Enabled Quad-copter. Fit for flying for 5-8 minutes on a solitary energize at a separation to 150 feet away. The Nano Drone can perform 360 degree flips and exact flight every which way. The ideal present for the Remote Controlled fan in your life, incredible for figuring out how to fly bigger more costly automatons without the high sticker price and danger of costly harm.

Specifications:

Frequency: 2.4G
Gyro: 6 axis
Material: ABS
Size: 40 x 40 x 22mm
Color: green, blue and orange
Flight time: about 5-8 minutes
Charging time: 30 minutes
Control distance: about 20-50M
Battery for quadcopter: 3.7V 100mah
Battery for transmitter: 2 x AAA battery (not included)

Features:

4 channel nano drone
Real 6 axis gyro stabilization
Up/down/left/right/side flight/hover/flip / hand launch
3 flight speed modes
4 colors available
Low voltage alarm
With LED light for night flight

Package Includes:

1 x Nano Drone RC Quadcopter
1 x 2.4G transmitter
1 x USB charging cable
1 x Spare blades set

Essential operation is as per the following:

•           Place Nano Drone on a level surface and power on

•        Power on remote

•        Move left joystick up-down-up-down to match remote with Nano Drone

Ø  NOTE: Pairing should be finished every time power is killed and on

•       Left joystick works throttle and Yaw: up (increment speed) and down (diminishing rate), left and right work yaw (rotational pivot) left (counter clockwise turn), right (clockwise revolution)

•       Right joystick works directional constrain/development, up (forward, bow), down (invert, toward the back), left (port), right (starboard)

•       Pressing the left joystick IN changes control/speed demonstrated by 1 beep (low), 2 beeps (medium) 3 beeps (high)

•       Pressing the right joystick IN actuates trap/flip mode, subsequent to squeezing IN move right joystick to the full course you wish the automaton to flip

•       If the automaton floats to one course you can conform the trim utilizing the little bolt catches to repay the other way until it focuses

•       Other things to note:

Ø  Be certain the cutting edges are on in the best possible introduction for flight

Ø  Be certain the cutting edges are completely situated on every pole and similarly adjusted to guarantee even flight and drift

Ø  It is prescribed to charge the automaton through a PC USB as divider fittings change in mAh and can harm battery

Ø  Do not charge the automaton while fueled on, may make battery overheat and decrease battery life

Ø  Be beyond any doubt to utilize new batteries in the remote for ideal separation and responsiveness of flight

Merchandise exchange:

Because of the physical way of this thing returns and swaps might be issued for Postal Damages or Manufacturer deserts when we are advised inside 3 days of conveyance of merchandise.

Harm through Postal Service

In the event that a shipment lands at your entryway with evident transportation harm, please decline the conveyance and let us know. In the event that you have officially acknowledged conveyance and afterward discover shipping harm, please reach us inside 3 days after the item(s) arrive. Try not to discard any of the pressing materials and please get in touch with us quickly. The arrival shipping expense ought to be paid by the client. After we have gotten the item(s) and the item(s) end up being harmed by means of postal administration, we will send new item(s). We will pay the cost of resending the replacement(s).

Industrial facility Defects

In the event that you trust you have gotten an item with a processing plant imperfection, please get in touch with us inside 3 days after the item(s) arrive. The product(s) must be in new and unused condition and in the first bundle.

We will issue a Return Authorization Code for you to send the item(s) back to us. The arrival shipping cost must be paid by client. After we have gotten the item(s) and the item(s) end up being a production line imperfection, we will test and send new item(s). We will pay the cost of resending the replacement(s).

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Building a Better Satellite Antenna for Connected Cars

The innovation for associated autos hasn't exactly made up for lost time with the potential outcomes. Before autos can have profound, significant discussions with each other and the world and drive independent from anyone else as a group and manufacture superior quality maps continuously. there are still a few issues to understand. Like, how to transmit heavenly bodies of information forward and backward from a moving article to a focal area in nanoseconds, or how to keep cybercriminals from hacking into your dashboard and sending you zooming down a mountain.

LTE has its confinements: it's an interwoven of territorial scope territories, with numerous passage focuses for programmers. Satellite covers the earth and has millions less openings—and on the off chance that you have to fix those gaps, you can dispatch a settle specifically to everybody from one focal area, as opposed to need to manage provincial systems. Be that as it may, unless you're a toon character or tornado chaser, attaching a mammoth satellite dish to your auto may get you optimized to the worldwide lobby of terrible thoughts. Nathan Kundtz, a physicist turned tech business visionary, thought of a possibly diversion changing contrasting option to the satellite dish while a postdoc at Duke University: an electronically cleaned level board reception apparatus utilizing LED innovation that extends over the auto rooftop. Rather than an immense, awkward bit of gear. you get a brilliant gadget that utilizations programming to check and send flags just in the particular bearing you need

The thought got footing while Kundtz was still at Duke, pulling in speculation from Intellectual Ventures, who enrolled him to market the business. The subsequent startup, Kymeta, propelled in 2012, is situated in Redmond, Wash., and has around 110 workers. Scholarly Ventures, situated in close-by Bellevue and drove by previous Microsoft CTO Nathan Myhrvold, got Kuntz various times to converse with Bill Gates about the capability of the innovation for creating nations—versatile doctor's facilities and classrooms, for example.

Improvement assistance from Toyota and a generation organization with Sharp "where we can actually take a line that makes TVs in the morning and transform it into one that makes recieving wires toward the evening" took after. The LED innovation holds the cost down. A military antecedent, called a phaser recieving wire, "is bigger—the design is totally extraordinary—and they utilize exceptionally costly segments that regularly require fascinating materials," says Kuntz, who is Kymeta's CEO. "We don't."

In January, Kymeta and Toyota together appeared the smooth, honeycomb-designed board on the Mirai hydrogen-celled vehicle at the 2016 Detroit Auto Show. The group at the public interview was moderately little, however the sprinkle was enormous. After two weeks, financial specialists drove by Gates and the Kresge Foundation emptied $62 million into Kymeta.

Kymeta has likewise been creating oceanic and aeronautics applications for the innovation, including following gear on motors and climate following. A week prior to the Auto Show, Panasonic reported an expansive buy request of a variant of the radio wire for its oceanic business. What's more, in flight, Kymeta has been collaborating being developed with Inmarcet. "Applications traverse—and I don't mean this with extreme hubris—everything that moves," says Kundtz.

 

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Hammacher Schlemmer offers 55 Language Translator scanner Devices.

The 55 Language Translating Scanner:

Hammacher Schlemmer  is an American catalog founded in 1848. The company provides unique products that solve problems or represent the only one of their kind. Headquarters are based in Niles, Illinois and they have an annual catalog circulation exceeding 50 million. The company is employee owned and considered to be a renowned purveyor of gadgetry and elegant gifts.

This is the wireless pen scanner that transmits text from the printed page to a smartphone then translates it into 55 languages. Ideal for international travelers who need to read a menu or newspaper, the scanner resembles a highlighter and is just as simple to use. Upon swiping printed lines, for example a menu entrée, the text instantly appears on a paired device’s screen. The scanner’s app then lets users choose the translated language from a dropdown menu.

 It can even read 40 of them aloud on your smartphone. The scanner can also insert text directly into many popular apps, such as Word, Outlook, and Google docs. Rechargeable battery provides four hours of untethered use from a 2 1/2hour charge via USB with the included cable. Translation requires Internet connection. For iOS 7.02 and later, Android 4.4 and later, Windows 10, 8, 7, and Vista, and Mac OS X 10.8 and higher. 5 1/2" L x 1 1/2" W x 1" D. (9oz.)

Features:

This devise is based on Optical Character Recognition software and dictionary. OCR (Optical Character Recognition) is the mechanism for transforming text mage into text codes. OCR software takes input from image files or image capturing devices and produces text codes for displaying, storing or further processing. This  OCR software is able to read a multiple languages characters and alphanumeric characters. They can recognize text from both simplified and traditional character sets, but they all designed in a way that they can only recognize text from one set at a time. They also require users to specify the character set. With this OCR technology, the recognition rate for printed characters can reach over 95%, and they can recognize text written in various common used typefaces. For handwriting of different languages, the recognition rate is much lower.

Lifetime Guarantee:

The 55 Language Translating Scanner comes with The Hammacher Schlemmer Lifetime Guarantee at no additional charge. If this product ever disappoints you, for any reason, you may return your Hammacher Schlemmer purchase for exchange, credit, or refund. Should you have any questions, we are available 24 hours a day, seven days a week. Please call 18003211484 to speak with a product specialist or email us at customerservice@hammacher.com

 to receive a response within one hour.

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