Nerves are showing among Britain’s car makers, which are ramping up their warnings over a no-deal Brexit as the UK's 29 March 2019 leave date gets closer. Toyota warned of the “massive” impact of Britain not reaching an agreement with the European Union, which would mean no transition period and the immediate adoption of World Trade Organization rules, almost certainly bringing additional tariffs and border checks. Toyota has just invested in its Derbyshire factory to build the new Corolla, but, like most other car makers, it argues that the addition of tariffs and customs checks could decimate its already slim profit margins. BMW is so worried about disruption from a no-deal scenario that it's shifting the summer closure of Mini's Oxford plant to 1 April, right after the UK is due to leave the EU. The same applies to Rolls-Royce. BMW Group CEO Harald Krüger told journalists at the recent Paris motor show that he would also be forced to move more Mini production to the company's Netherlands plant if the UK leaves with no deal. The German ‘big three’ were supposed to be putting pressure on the EU to do all it can to prevent the UK – one of their largest markets – from heading into a no-deal scenario, but that doesn’t seem to be having much effect. For Jaguar Land Rover, a no-deal Brexit is another headache on top of falling global sales. “I do not even know if any of our manufacturing facilities in the UK will be able to function on 30 March,” CEO Ralf Speth told an industry summit in September. He has warned of a £1.2 billion hit and the potential loss of thousands of jobs in the event of a hard Brexit. He has also threatened to shift planned production of electric cars away from the UK.

NVIDIA is all set to report its quarterly earnings soon and as things stand right now, this is going to be one of the more interesting numbers reported in recent history. The result that NVIDIA (NASDAQ:NVDA 197.19 -0.01%) reveals tomorrow is highly significant and can be used to set the baseline risk of the company. Q3 2018 has mostly been without any significant crypto demand (not there was much for NVIDIA, to begin with) and also saw no major traction of its newly released Turing cards. So the question on everyone’s mind is of course, can Jensen pull a rabbit out of his leather jacket and beat? I will be going through some of the key points to keep in mind while dealing with a stock as ambitious as NVIDIA – the ones that could lead to a surprise beat and the ones that could lead to analyst expectations barely being met (or even an underperform). There are a lot of variables at play when talking about a quarterly result and NVIDIA (NASDAQ:NVDA 197.19 -0.01%) is no different, but the subtle nuances of the GPU market is something that analysts very rarely understand, which is why it is quite possible that the company would find it much more difficult to beat expectations this time than last time around.

Engineers and software developers around the world are seeking to create technology that lets users touch, grasp and mani[CENSORED]te virtual objects, while feeling like they are actually touching something in the real world. Scientists at EPFL and ETH Zurich have just made a major step toward this goal with their new haptic glove, which is not only lightweight -- under 8 grams per finger -- but also provides feedback that is extremely realistic. The glove is able to generate up to 40 Newtons of holding force on each finger with just 200 Volts and only a few milliWatts of power. It also has the potential to run on a very small battery. That, together with the glove's low form factor (only 2 mm thick), translates into an unprecedented level of precision and freedom of movement. "We wanted to develop a lightweight device that -- unlike existing virtual-reality gloves -- doesn't require a bulky exoskeleton, pumps or very thick cables," says Herbert Shea, head of EPFL's Soft Transducers Laboratory (LMTS). The scientists' glove, called DextrES, has been successfully tested on volunteers in Zurich and will be presented at the upcoming ACM Symposium on User Interface Software and Technology (UIST). Fabric, metal strips and electricity DextrES is made of nylon with thin elastic metal strips running over the fingers. The strips are separated by a thin insulator. When the user's fingers come into contact with a virtual object, the controller applies a voltage difference between the metal strips causing them to stick together via electrostatic attraction -- this produces a braking force that blocks the finger's or thumb's movement. Once the voltage is removed, the metal strips glide smoothly and the user can once again move his fingers freely. Tricking your brain For now the glove is powered by a very thin electrical cable, but thanks to the low voltage and power required, a very small battery could eventually be used instead. "The system's low power requirement is due to the fact that it doesn't create a movement, but blocks one," explains Shea. The researchers also need to conduct tests to see just how closely they have to simulate real conditions to give users a realistic experience. "The human sensory system is highly developed and highly complex. We have many different kinds of receptors at a very high density in the joints of our fingers and embedded in the skin. As a result, rendering realistic feedback when interacting with virtual objects is a very demanding problem and is currently unsolved. Our work goes one step in this direction, focusing particularly on kinesthetic feedback," says Otmar Hilliges, head of the Advanced Interactive Technologies Lab at ETH Zurich. In this joint research project, the hardware was developed by EPFL at its Microcity campus in Neuchâtel, and the virtual reality system was created by ETH Zurich, which also carried out the user tests. "Our partnership with the EPFL lab is a very good match. It allows us to tackle some of the longstanding challenges in virtual reality at a pace and depth that would otherwise not be possible," adds Hilliges. The next step will be to scale up the device and apply it to other parts of the body using conductive fabric. "Gamers are currently the biggest market, but there are many other potential applications -- especially in healthcare, such as for training surgeons. The technology could also be applied in augmented reality," says Shea.

You are not a Designer if you dont know how to do made some lines like those ... Regards

Ok rrofsh T/C

Po qarku mund ta ket kte problem ?

I dont think so , i try with an other battery but is same..

Model Your Nickname: Suarez Your Problem: My problem is at my iphone 5 , i get the problem of Phone Temperature , Is anyone which can advice something to me how to slolve it ? Screenshot:

Dev is winner (v2) Congra frate.

Start Vote V1: V2:

Name of the oponent: @d3v0uTT™ Theme of work: Type of work (signature, banner, avatar, Userbar, logo, Large Piece): Signature Size: 500x320 *Text: Leauge of Legends Watermark: csbd/csblackdevil Working time: 1hr

Both are awesome , but i vote V1 becouse of effects