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DateDate: 24-07-2019, 06:02

  Personal non-property and property rights for the invention belong to the author and protected under current legislation. 
  In continuing the development of popular topics on innovative wearable devices platform "Innovator" presents another device that combines the use of existing accessories, such as hours, with the new technology of touchscreen smart devices, the opportunities which will be outlined below in the author's vision of a universal smart watch-strap "Innovator".
  So, universal time smart band is a flexible touch panel that can be worn on the arm. In the first place, the universality of this smart device is that this time the smart strap is a touch flexible bracelet with holders for watch straps of any type and any shape. That is, the user who has a conventional mechanical or quartz watch, or maybe even a smart watch, places it on the touch plane smart strap and secures with holders. Or even takes the strap off the clock and attach them using all the same mounts, to the time smart strap. After all these mechanical operations, we have secured a regular watch on the time universal smart strap. Now you can imagine what happened the combination of the old and classic devices with new and innovative technologies. Then begins the description of the smart features of this device.
  The size and shape of plane watch smart strap may have very different shapes and capacities. Depending on the specifications or wishes of the future users. First and foremost, it will play the aesthetic side, as it will be able to adjust in color and style to attached the clock. As standard, in conjunction with the smart device and operate the eponymous mobile app, which will give its users to monitor and adjust its performance. For example, when the user attached a steel watch with brown leather strap, you will be able to transform the touch plane smart strap in the same color tones. Or at the request of the user, in any style and color. And, accordingly, the universal clock smart bracelet will be equipped with already existing capabilities - sensors count steps and heart rate of the user, the air temperature and humidity, vibration module with speakers and a microphone, body temperature and pressure, etc. That is all the opportunities that are already working in such smart devices. Very comfortable is the lighting function of the wrist and hand of the user, which is dressed smart strap. It will be possible to highlight where there are bad constant light for Example in a bag or pocket. 
 But the most innovative innovation for this smart device will be the touch game handshake. That is, when two users shake hands, which dressed up the data hourly smart straps, you will hear a beep. In this opportunity you will hold and instant pairing of two such smart straps with sharing previously programmed information. Of course, all above described capabilities will be to gather and tune in mobile app is a universal smart watch-strap "Innovator".
  This idea is open to investment, and full of redemption.

DateDate: 24-07-2019, 05:57

Scientists from the Catholic University of Leuven created a material that has the formula LiTi2 (PS4) 3.
It is in a solid state of aggregation and has the highest lithium mobility coefficient ever measured, according to Naked Science.
This value is explained by the unique structure of the crystal lattice of the material, which previously could not be reproduced in materials based on lithium.
For renewable energy sources, such as solar panels or wind turbines, it is important to have reliable storage devices that could accumulate excess electricity to give them to the network when night falls or windless weather.
Currently, lithium-ion and lithium-polymer batteries are considered the best. They are most effective and cheap in production. However, they also have disadvantages.
For example, such batteries are fire hazardous: they often catch fire during operation due to the influence of environmental factors or manufacturer’s mistakes.
This problem can be solved by replacing the liquid electrolyte in the batteries with a solid one.
This is very difficult to do, since lithium ions in solids are less mobile than in liquids. Lower mobility limits the applicability of the battery, because of this, it has a low capacity and speed of charge and discharge.
However, according to scientists, there is still a lot of research ahead that will improve the material and bring it to the world market.
This discovery is nevertheless an important step in understanding materials with extremely high mobility of lithium ions, which are ultimately necessary for all future solid-state batteries.