The project works with Mektepbayeva robotics Ernesto Rodriguez and marketer Irina Rumshina. The main part of two rings – a base, where the electrodes are painkillers and Cartridge with chip and disposable needle. Each ring will be supplied with three cartridges, so that the blood test could be carried out three times (for example, on a course of treatment).

How does it work of intelligent diagnostic ring?

Before using the intelligent diagnostic ring should be worn on the thumb, and the electrodes almost immediately reduce the sensitivity of the finger. After pressing the needle penetrates the finger, the result of which is getting blood on the diagnostic chip.

If the infection has been detected, the corresponding LED lights, located on the ring. Plus, all of the data ring transmits via Bluetooth to a paired smartphone.

“We have developed a method for painless blood collection using neuromodulation by an electric current. For detection of antibodies, we use the lab on a chip based on a paper that does not require any source of energy “, – he clarified the principle of the ring Damel Mektepbayeva.

Problems and Plans

Now the intelligent diagnostic ring as a system does not yet exist – the fact that the developers create different elements of the ring separately. Also, individually held and test operation – all the working parts of the ring, there is no problem.

It is also interesting that the design of the ring is conducted in three countries. In Mexico, we are working on the hardware, the software is developed in Peru and Kazakhstan conducts research in the field of biotechnology, plus finalized diagnostic laboratory on a chip.

It is clear that research of this kind can not be carried out without money. And the project receives investment and premium. So in November 2014, the team received a prize Google, D.camp, on World Startup Competition (Korea). At the end of December last year, the team won in the Startup Chile, also received the award. Developers have received several awards at various technology events, plus a grant of $ 30 thousand. The Ministry of Education and Science of Kazakhstan.

The total amount required for the project and access to international markets is estimated at $ 2 million.

How much is intelligent diagnostic ring?

According to the developers, the cost of the intelligent diagnostic ring Hoope is about $ 50. This is not just cheap, very cheap, considering that the ring allows you to test for the presence of 4 different sexually transmitted diseases, not once but three times.

Source: hoope

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In a light of recent developments in the field of legal regulation of commercial use of drones, NASA and Space Company Exelis teamed up to develop a prototype system for air traffic control.

Last month, the Department of FAA presented a proposed set of recommendations for the commercial use of drones. Although at most those intentions were hot acclaimed in society were some moments that made “fall from heaven to earth.” Namely, if someone does not remember, it was forbidden to use drones outside their physical appearances. That is, be started only in open country spaces within a radius of 300 meters from the control BPPLA.

Reuters reports that for the past six months, the company has developed Exelis tracking system for drones, which could make the task manageable control of drones that fly outside of the designated area. Including binary system UAS-Vue & RangeVue, which aims to improve the standards of safety during the flight drones.

In Exelis have interest in other companies working on similar solutions because it already provides FAA data that will be used to pilot the machine during follow them to their goal.

On the prototype, which is expected to be officially unveiled later this month, the agency NASA will take patronage and finalize it before that, they hope, will be ready for release on the market of the product. It is expected that the system will be approved by the FAA and will be in demand among customers, which Hoth whether to optimize the performance of their companies. Amazon, Google, Alibaba and a number of new companies such as (Flirtey, Bizzby, etc.) Have already expressed their intention to use drones for delivery.

Source: Gizmag

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The idea of video glasses is becoming increasingly popular not only among the gadget lovers, but also among specialties such as builders, engineers, and even astronauts. NASA has announced that the astronauts on the ISS will use a special version of goggles that allow the employee the space industry to see all the necessary information at a specific moment right before your eyes. Usually, the astronauts must either flipping thick paper guides and directories or to study such data on the screen laptop.

The developer of video glasses is a company ODG, which creates devices for the military. Produced by the company Soup is something average between Google Glass and Oculus Rift.

Together with glasses offered and Bluetooth keyboard, plus interchangeable lenses for glasses themselves. It should be noted that these devices are very expensive: the price varies from 1 to 5 thousand dollars, depending on the model.

Source: Time

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The revolution in the field of robotics continues. At this time we will meet with the novelty of NASA. This month at the Research Centre in Langley, in Hampton, Virginia, are preparing to release a new integrated structural assembly systems for working with composite materials (abbreviated its name is a bit of a human name – ISAAC). This is very useful from the perspective that so actively advertise specialists NASA, the robot. It is planned to release three such units, which after passing special tests will eventually be admitted to the assembly process of spacecraft, as well as a little more simple means – aircraft, engines and components of other vehicles.

Described as “changing the paradigm”, ISAAC is designed to remove the weak spot, which is currently present in the work of the team from Langley. According to Brian Stewart, manager of the project for the integration of the production process, the convenience of this robot contributes to the further development of the project, and thus continues the analysis and modeling of its potential. Procedures are carried out by structural analysis. However, while the connections are made robot, were not something extraordinary, to say the least. So, all of its benefits has to be discovered.

Namely, the ability to be flexible in the application, that is quickly rebuilt with the use of one-way on something else entirely. NASA has long needed such a decision. And that was proposed by ISAAC, who began his career as a standard industrial robot type KUKA, which was equipped with a large, removable disk like head, the ability to hold up to 16 different types of nozzles. This allows not only ISAAC quickly rebuilt between the materials, but also to change the nozzle, so it can perform almost parallel to completely different functions.

The idea of this project is to ensure that the work to create new accounts in the composites under different formulas adding one after the other. According to NASA, «hand» ISAAC and drive-arm allows you to adjust the slope of the conveyor belt, and more.

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Lost from view in 2003, launched the UK Mars lander Beagle-2 was finally found on the Martian surface unit Mars Reconnaissance Orbiter (juice. – MRO) American agency NASA. Image analysis showed that come into contact with our neighbor in the solar system, according to all accounts, did not survive the December 25, 2003 a rigid landing partially disperse their details on the surface of the Red Planet. No signal was received from the landed on the Martian surface unit within a reasonable time to wait. Everything has been thought that all the unit no one else sees, but there it was … But back to the story.

Veagle-2 was launched into an open space June 2, 2003, sent jointly with the mission of ESA’s Mars Express agency in order to find clues as to the presence of life on the Martian surface or its definitive absence. Fallen on the surface of the device (along with other debris, which is believed to have been associated with the process of the descent of the spacecraft), was found at the expected landing site during the study, conducted by a different mission. In the vicinity of the crater, which was studied by means of Isidis Planitia, which is close to the Martian equator, have been made of the image, which experts were able to identify a bit forgotten apparatus Beagle-2, to be exact – but what’s left of it.

“We are very happy to know that Beagle-2 was able to land on Mars,” said Alvaro Jimenez, Director of ESA’s science and research of automated technologies. “Attracted by the study of images with high resolution, scientists from different teams, seeing the lander, were delighted.” Three sets of images taken by a camera with high resolution, installed on board the MRO, suggest that the Beagle-2 has successfully logged into the atmosphere of Mars, the descent.

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It was learned that NASA experts are currently working on the implementation of two rather interesting projects. First – this is a project to create a new generation rover that does not have wheels or caterpillar tracks, and consists of rods and cables, built on the principle of tensegrity. The second task, which went to researchers from the Jet Propulsion Laboratory (JPL), is to develop an efficient method for controlling robots using points Oculus Rift and Kinect sensor 2.

It is noted that the combined in a seamless design rods and cables, of which mainly consists rover new generation can be controlled by multiple motors. Engines are responsible for compression or stretching of the structural elements, resulting in a change in the shape and the rover can be pumped to the surface of the Moon or other celestial objects. According to the researchers, the rover this type not only takes up very little space inside the spacecraft, but can be reset on the planet’s surface with sufficiently large height and remain intact.

The following video allows you to see the principle of operation of such rovers in detail.

The results of the JPL team are no less impressive. Just a few days they were able to combine a virtual reality goggles Oculus Rift and motion capture Kinect sensor 2 in a single hardware platform for remote control robot arm. In an interview with the resource Engadget JPL engineers said that Oculus Rift Kinect 2 and allowed to create “the most exciting to date interface” remote control of robots.

At this stage, the researchers were able to develop a technology that allows you to conveniently manage only one robot arm. However, in the future it will help to subdue the entire robot. The first technology to be adapted to such robots as Robonaut 2, which is currently on board the ISS.

The video below is able to give a more clear idea about the new development JPL.

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NASA experts have long been hatching plans to seize and moving asteroids . It is now known that in its neutral buoyancy laboratory NBL (Neutral Buoyancy Laboratory) in Houston Agency is testing a special version of the suit Advanced Crew Escape System (ACES).

Suits Extravehicular Mobility Unit (EMU), which use the ISS astronauts are too bulky and uncomfortable, and the space inside the spacecraft Orion, designed for deep space research and hunting for asteroids – limited. That is why a team of experts was tasked NASA spacesuit to make ACES more mobile and comfortable. The following video captures the process of testing a modified ACES suit in the pool with water.

It is noted that the changes are designed to create a suit that can be applied equally well both inside and outside the spacecraft.

“We go back to our heritage, to be able to use one suit for multiple tasks” – said Dustin Gohmert, systems manager for crew protection in NASA.

Recall that the program to capture and movement of asteroids will not begin until 2025, so the time at NASA is still there. Who knows, maybe one of the crew members at the time can become a humanoid robot Valkyrie .

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NASA experts have created a robot that will take part in competitions DARPA Robotics Challenge (DRC) with a prize fund of $ 2 million

Humanoid robot Valkyrie growth 183 cm and a weight of 125 kg has 44 degrees of freedom and is equipped with all kinds of sensors. According to the space agency, a mobile robot and agile enough to perform rescue missions in disaster areas.

During the interview with the resource IEEE Spectrum project manager in Valkyrie Space Center. Nicholas Johnson Radford said that Valkyrie is designed especially for the contest and DRC differs strong legs that allow the robot to move easily over rough terrain. As mentioned above, the robot is equipped with a plurality of sensors that help him determine the location, speed and applied to objects mechanical force. In addition, almost all parts of the robot’s body (head, arms, knees, legs, torso) placed camera sensors that provide visual information. Additional information on the sensors comes from hydraulic joints and laser scanner LIDAR.

Unlike other contestants – ATLAS robot , “Valkyrie” is equipped with a built-in battery capacity of 2 kWh, not cables that severely restrict freedom of action. The battery is located in a compartment on the back of the robot. In terms of autonomy Valkyrie creators promise to work for about an hour in the intensive mode. By the way, the modular design allows the robot to replace in a matter of minutes, not only the battery, but also my hands.

It is worth noting that Valkyrie is based on other humanoid systems NASA, in particular exoskeleton Robonaut. However, it differs completely new technology, and its lightweight body and legs make it stable aimed at performing tasks on earth, not in space.

Mr. Radford also said that the team has paid due attention and a lot of time designing the robot design. Metal components Valkyrie covered with special material, which in addition to protective functions gives Valkyrie aesthetic appearance.

It should be noted that NASA is funding another project codenamed Valkyrie – «kriorobot”, which works on the creation of the company Stone Aerospace, equipped with a special laser to penetrate through the thick bowl of ice on the satellite in Europe. However, this mission will not mated with “Valkyrie”, developed by a team of Nicholas Radford. According to him, at the moment comic agency more interested in Mars and perhaps, Valkyrie will soon become a full-fledged member of the team colonists.

Finally it is worth mentioning that the creation of Valkyrie team from 55 people took nine months.

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At first glance, the space suits look quite simple, but it is only in appearance. Isolation and several layers of protective material makes sophisticated technology invisible to the eye. Decided to fill this gap in the National Air and Space Museum (National Air and Space Museum), the exhibition Suited for Space, reports Wired .

As part of the exhibition the museum has presented a series of x-rays suits, which gives an idea about the technologies that are inside.

“The naked eye can see only a small part of the suit. If you look at it from inside the structure, you can see in it a work of art “- said Kathy Lewis (Cathy Lewis), curator of the Museum of Cosmonautics.

Each image allows you to see technologies that are responsible not only for the safety of people inside, but for convenience in the different missions. For example, details such as perforated metal ring in the shoulder area not only strengthen the structure of the suit, but also provide additional space without limiting the freedom of action. As can be seen wearing gloves made of rubber mechanism that allows you to restrict the movement of air inside the suit. In other words, if the astronaut will bend right elbow, his left hand will not be forced out into space because of the pressure.

Interesting is the fact that each of the costumes for the Apollo program was created under each astronaut individually.

In total, the Smithsonian Institution (Smithsonian Institution), which owns the museum was able to collect 270 different space suits. Unfortunately, the scanner at the Smithsonian Institution is not allowed to take pictures of suits in the collection – is too small, so I had to take pictures of every detail, and then combine them into a single image.

Despite the fact that since the last lunar mission, enough time has passed, and during that time, technology has advanced a little forward, the overall design suits virtually unchanged. During this time, it was decided to abandon the fasteners, and also made six changes to the design of gloves, which are the most important part of the suit. Agree, get tactile feedback without sacrificing features such as durability and convenience, is not an easy task.

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