Monday, June 6, 2016

Blue Origin to by choice Fail New Shepard for Emergency Safety Testing

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Blue Origin to by choice Fail New Shepard for Emergency Safety Testing

Jeff Bezos, Founder and chief executive officer of Blue Origin, has unconcealed that New Shepard, the remote-controlled crew capsule, can endure a controlled parachute failure as a part of its emergency systems testing.

The tests are going to be like the one conducted by independent agency on the Orion spacecraft. The officers expressed that the capsule won't come back floating down gently. Instead, the flight engineers area unit going to produce the controlled parachute failure to check systems that defend the crew within the event of a crash.

Parachute failures will flip a wonderfully prospering mission into an enormous failure, that is one in all the explanations why Blue Origin has developed a spread of redundant systems to attenuate or utterly avoid the harm in such an incident.

The fourth New Shepard flight are going to be an excellent demonstration of the reusability and certainty of Blue Origin’s launch system. it'll even be an excellent take a look at of preplanned control maneuvers of the booster, fin deflectors of the capsule, thrust vector managements and therefore the reaction control systems.

As the capsule separates from the launch vehicle throughout descent, a drogue and one in all the 3 main chutes are going to be created to fail deliberately once seven and a [*fr1] minutes of flight, at AN altitude of twenty four,000 feet.

The New Shepard capsule consists of a redundant set of 3 parachutes as insurance just in case of another parachute failing. The system is additionally protected with a rocket engine system that fires before touchdown, reducing the capsule rate to three feet per second upon landing.

The capsule’s two-stage crush-able structure absorbs impact and therefore the passive energy absorbent defend passengers from heightened impact.

Blue Origin can use identical New Shepard vehicle that it's launched and landed thrice before. the corporate is nevertheless to verify the date for the flight take a look at.

Sunday, June 5, 2016

Collapsible e-Scooter eFOLDi is additionally a baggage and a Chair


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e-Scooter eFOLDi
London-based Jianmin and SumiWang have created the ‘eFOLDi,’ associate degree e-scooter which will rework into a sensible chair yet as a suitcase-sized unit.

The objective is that the simple transport for travelers in planes, trains and cars. the look additionally includes USB charging ports, therefore it can even be used as an enormous moveable charger.

The frame is created of a mixture of aluminium and steel – leading to a weight of solely forty two pound. At identical time, it's additionally durable and may carry a weight of up to 330 pound while not unsteady, though counseled most load is 220 pound. The wheels area unit massive enough to make sure a snug ride. It will simply transport most adults.

The e-scooter will move at completely different speeds – up to six km/h for once used as a quality aid and twenty km/h for recreational use. It additionally offers 2 battery types: AirSafe battery pack (24V 4Ah) deliberation two.5 pound is good for normal travelers and is allowed on-board by most airlines – on a full charge, it averaged six to ten kilometer in one.5 hours; FarReach battery (24V 12Ah) deliberation five.9 pound will cowl twenty to thirty kilometer on full charge – the charging time is four.5 hours.

Some of the awards won by this versatile product are: British Inventors Project at the appliance Show Live exhibition in Birmingham; ribbon at the 2015 Beijing Invention Competition and also the Grand Prize at the 2015 Surrey bourgeois United Kingdom of Great Britain and Northern Ireland Academy.

In the UK, eFOLDi has been designed as a sort three scooter for road use. The lighter unit prices close to $1000. The e-scooter regarding|is ready} to be shipped this Oct and is aimed to achieve a goal of about $131,000.Collapsible e-Scooter eFOLDi is additionally a baggage and a Chair

London-based Jianmin and SumiWang have created the ‘eFOLDi,’ associate degree e-scooter which will rework into a sensible chair yet as a suitcase-sized unit.

The objective is that the simple transport for travelers in planes, trains and cars. the look additionally includes USB charging ports, therefore it can even be used as an enormous movable charger.

The frame is created of a mixture of aluminium and steel – leading to a weight of solely forty two pound. At identical time, it's additionally durable and may carry a weight of up to 330 pound while not unsteady, though counseled most load is 220 pound. The wheels area unit massive enough to make sure a snug ride. It will simply transport most adults.

The e-scooter will move at completely different speeds – up to six km/h for once used as a quality aid and twenty km/h for recreational use. It additionally offers 2 battery types: AirSafe battery pack (24V 4Ah) deliberation two.5 pound is good for normal travelers and is allowed on-board by most airlines – on a full charge, it averaged six to ten kilometer in one.5 hours; FarReach battery (24V 12Ah) deliberation five.9 pound will cowl twenty to thirty kilometer on full charge – the charging time is four.5 hours.

Some of the awards won by this versatile product are: British Inventors Project at the appliance Show Live exhibition in Birmingham; ribbon at the 2015 Beijing Invention Competition and also the Grand Prize at the 2015 Surrey bourgeois United Kingdom of Great Britain and Northern Ireland Academy.

In the UK, eFOLDi has been designed as a sort three scooter for road use. The lighter unit prices close to $1000. The e-scooter regarding|is ready} to be shipped this Oct and is aimed to achieve a goal of about $131,000.

Toshiba Makes Cheaper Production of NAND non-volatile storage an opportunity

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Nanoimprint Lithography (NIL) technology


Toshiba has declared that it'll use Nano-imprint Lithography (NIL) technology for cheaper production of the NAND non-volatile storage.

The company has teamed up with Dai Japan Printing and Canon to form the efficient memory. Production can begin in 2017 in Yokkaichi, Mie Prefecture. The production can then be shifted to a replacement building wherever operations ought to begin by 2018.

A part of $7.9 billion are going to be spent on fixing non-volatile storage production lines that utilize goose egg. The semiconductor business can work towards constant for around 3 years.

Silicon wafers have circuits shaped on them with the assistance of costly instrumentality like special lightweight sources and high-precision lenses. just in case goose egg technology is employed, a example is ironed on the semiconducting material wafer sort of a stamp. As a result, the assembly prices decrease by just about common fraction.

If the whole non-volatile storage fabrication method is taken into thought, Toshiba expects that prices would fall by virtually 100 percent.

Currently, NAND non-volatile storage – wont to store video on alternative knowledge on smartphones – is in nice demand. As for knowledge center memory instrumentality, the market is anticipated to expand. per Nikkei Asian Review, South Korea’s Samsung physical science stands initial in international market share for NAND non-volatile storage, whereas Toshiba ranks second.

Toshiba plans to dump its white product operation and medical device subsidiary. the corporate will lose weight its semiconductor business whereas lavishing funds and technical upgrades on the NAND non-volatile storage section. Toshiba is within the method of restructuring its business and concentrating resources on its semiconductor and apparatus instrumentality operations.

Friday, June 3, 2016

New Satellite Solutions for Mobile Communication



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New Satellite Solutions for Mobile Communication


Researchers at Fraunhofer have developed a brand new antenna system that dependably transmits knowledge via satellite with a high-bandwidth chiefly for mobile use.

During natural disasters, once phone and mobile telecommunications square measure out of service, rescuers largely have confidence satellite communications to hold out the relief operations. however once the info lines of the satellite square measure full, the affiliation disconnects. additionally these systems aren't appropriate for moving vehicles.

For clear communications, the satellite antenna is needed to be aligned terribly exactly with the satellite similar to within the case of tv. however that's nearly not possible in a very moving automotive since the antenna perpetually moves out of focus owing to the movement of the vehicle.

The researchers at Fraunhofer Institute for Integrated Circuits IIS, Erlangen, at the side of 3 different operating teams has overcome these hurdles and developed a brand new technology to form satellite communications acceptable mobile use.

The first issue that they handled was to shift and position the satellite antenna on a moving automotive quickly enough so it perpetually keeps the satellites visible . this needs high preciseness because it will solely move by a most of zero.2 degrees from the main focus of the satellite. The team has developed algorithms that may management the movement of the antenna exactly so it compensates for a amendment in direction among fractions of a second.

Satellite communication lacks never-ending mechanism that controls the affiliation quality and adapts to this utilization of the info line. thus the team has engineered a special electronic equipment that may amendment the info process so the info rate modifies looking on the case.

So far users had to attach with one another tho' a central hub however the new electronic equipment permits direct connections that contribute to knowledge security and quicker streaming.

Rescuers within the future are going to be ready to simply send maps and videos of the native scenario with none knowledge discrepancies similar to in net services. “In this fashion, we have a tendency to reach a awfully high information measure of many megabits per second,” says Project Manager Florian Raschke of the IIS. “Of course, we have a tendency to don‘t approach the Gigabit streams of a solid knowledge line, except for satellite communication, it‘s a giant step.”

Ultra sturdy Carbon Composite


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Ultra sturdy Carbon Composite

A team of researchers LED by University of Calif., Riverside (UCR) have developed a brand new bio-inspired carbon stuff that would be employed in airplanes, body armors and helmets.

The new radical sturdy stuff gains its inspiration from the mantis crab, a small, calico marine crustacean that crushes the shells of its prey employing a fist-like appendage known as a dactyl club. The researchers ascertained a troublesome material structure on the outer layer of the shrimp that not solely protects the club throughout impact, however conjointly causes unimaginable harm to its prey.

The outer layer of the claw is incredibly robust and is proof against cracking because it contains polyose fibers and orthophosphate that type a decent material pattern. They even have a skinny coating round the surface that serves to any dissipate the strain of impact.

The energy engrossing layer within the outer layer of the mantis crab is named the periodic region and therefore the crack-resistant layer that shields the club is represented as impact region.

“We knew from previous studies that the impact region permits the mantis crab to transfer unimaginable momentum to its prey whereas resisting fracture, however it absolutely was exciting to reveal through our analysis that the properties of this extremely impact-resistant material square measure created by the novel material structure,” aforementioned St. Nicholas Yaraghi, one in every of the researchers.

The team designed machine models that replicated the native details of the material structure. These models helped make a case for that damaging stress will be a lot of uniformly distributed, mitigating ruinous structural failure.

Compression testing of the 3D printing bio-mimetic composite conjointly proved  that the material structure makes the impact region even more practical than the periodic region in redistributing stress and deflecting cracks.

The team conjointly enclosed members from Purdue University and was funded by the Air Force workplace of research project below the Multi-University analysis Initiative.

“The smasher mantis crab has evolved this exceptionally sturdy and impact-resistant dactyl club for one primary purpose – to be ready to eat. However, the a lot of we have a tendency to find out about this little creature and it’s multi-layered structural styles, the a lot of we have a tendency to notice what proportion it will facilitate United States as we have a tendency to style higher planes, cars, sporting goods and armor,” over David Kisailus, academician at UCR.

Thursday, June 2, 2016

3D Printing hardware



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3D Printing hardware

Fraunhofer Institute and Stratasys have collectively created leading edge package and 3D printing hardware which offer extremely innovative solutions to moviemakers.


LAIKA, the U.S. animation studio, depends on such hardware and package in its films. The new technology currently provides the flexibility to print thousands of precise colours and delicate gradients in plastic, achieving a color accuracy bigger than ever before.


The studio has already made 3 Oscar-nominated films specifically The Boxtrolls, ParaNorman and Coraline. the employment of 3D printing school in animation has earned  them a Scientific and Engineering award from the Academy of film Arts and Science. The studio can manufacture a brand new feature, Kubo and also the 2 strings, this year.


To produce the facial expressions of puppets, LAIKA styles varied models, animates and paints the faces on a pc and employs color 3D printers to supply thousands of various facial expressions. LAIKA pioneered this method on its initial feature, Coraline, and has been perpetually pushing the boundaries of 3D printing school in movies with every future feature.
LAIKA’s fifth feature can utilize the foremost leading edge color plastic printing hardware from Stratasys combined with the universal print driver cuttle from Fraunhofer Ig to attain correct and repeatable color from face to face.


Cuttlefish permits operating with varied printing materials at the same time that permits correct replication of pure mathematics and sleek color transitions of the initial to stimulate the output on screen prior to.


“Our initial tests were fantastic,” says Academy Award winner and director of LAIKA’s speedy prototyping department, Brian McLean. “We have not seen such correct and elaborate color before during a plastic 3D print.”

TorqueControl SoftFinish



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 TorqueControl SoftFinish
Wiha introduced its TorqueControl SoftFinish shooting iron ratchet force screwdriver that includes Associate in Nursing adjustable force vary from seventeen.5-70 In/lbs.

A clearly loud and perceptible click signal once the set force limit is reached. Associate in Nursing integrated cycle counter records all applications. The torque is set with the tool integrated into the handle. This shooting iron ratchet force screwdriver conjointly incorporates a alphanumeric display for straightforward viewing.

The handle size is proportioned to optimize the force setting. engineering science soft zones change comfy power transmission, even at high force values. Interchangeable blades and adapters is employed in the shooting iron ratchet handles.