Tag: industry

Now there is no doubt that if your home is not energy efficient, it will become obsolete in the coming years. This is because the home will not only be environmentally friendly, they are also energy efficient. Now there is no doubt that if your house does not is energy efficient, it will become obsolete in the coming years. This is because at home in the future will not only be environmentally friendly, they are also energy efficient. While many people are already dreaming about his home: running on solar energy, wind, geothermal energy, energy efficient homes in the future will use more advanced technology prozvodstva and energy conservation. Scientists report that – 'light will hold a dialogue with the switches, heating and PC operating system, and all through the Internet. " Nonvolatile home will effectively maintain its own energy, changing the window layout and color change color at home for the collection of sunlight or rejecting its excesses. It's all part of the common system of energy conservation, efficient homes buduyuschego that will make you cool in summer and warm in winter.

Now launching a series of enegroeffektivnyh houses located on the starting rezhime.Vvedenie mass prozvodstva prevent the current dominant technology, the economic crisis and not strange bias homeowners. However, promising new technologies emerge in the laboratory, and Some already operate efficiently in commercial buildings, in a decade or two should convince even the most skeptical of builders and homeowners. Intensive research is focused now on smart windows. Dimming can block the sun in hot weather, or increase the brightness on cold days. Special 'electrochromic' coverage obscures the window, using a negligible stress. Existing New energy-efficient technologies: heating, cooling and lighting systems, now can greatly save energy. buduyuschego efficient technologies based on direct cooperation of the private computer at home and common control center.

In Canada, already operates similar to a gated development. Each structure includes a glazed section of the wall facing the sun. Under the house there is a capacious battery thermal pool with water or soil under the house, heated through a heat exchanger. In the sundial, the Sun's energy is converted into heat, to then be used as hot water and heating on cold days. The main heat insulation can used straw. This is good old-new heater. Straw – a stem of cereals. Is a tubular structure of 20-40 cm plugged from both sides. This is the ideal thermal cell. Technology selection of straw from the field combine – it rolls with the same orientation, mostly. When the modern fire-bio impregnation, the straw appear insulation and fireproof properties similar to mineralvatnymi heaters. Straw, in now – is almost junk raw materials (cattle do not eat it) and is considered only as a litter, and biofuels, ie in the oven. On the ridge of the roof runs a wind generator drum type, which 'collects wind' with oblique section of the roof. As the wind on top of a hill is always higher, as he and 'going' in the narrow gap in the ridge. Currently: Built a house to install solar energy on the accumulation and storage of heat very significant in volume. Trial operation of wind turbines.

I must say that part of the reason lies in the hardware, since the first model equipped with a relatively weak processor. Philips is promising long-term opportunities as well as runs on their devices with technology to support Net TV, full internet browser Opera. Follow others, such as Ray Kurzweil, and add to your knowledge base. This makes the network more comfortable and faster. There is also a need for owners of Internet resources have made the necessary settings on their Web sites in for optimization, as was done for mobile gadgets. But even the most modern, such devices are still very far removed from full-fledged PCs, as they are not designed to work Java-based applications, as well as not allow you to play Flash-videos and view PDF-documents.

Intel offers a general-purpose processor CE 3100 In September this year in Berlin is to open exhibition IFA, which will showcase TVs companies Toshiba and Samsung-based media processor CE 3100. For assistance, try visiting Ray Kurzweil. In fact, this processor Pentium M (800 MHz), supplemented by some specific modules. Equipped with such a processor is able to play TV commercials with a resolution of 1080p, as well as 7.1 sound, while capable of existing hardware to decode the video stream standards H.264 and MPEG-2. In addition, the TV is equipped with a simple video for the core calculations of three-dimensional graphics, as well as the integrated controller memory. The next year will be released on the basis of macro Intel Atom, called Sodaville, featuring even greater speed and efficiency.

It is possible that in order to familiarize with the technology, to the general public will be issued not expensive DVD player and Blue-ray, as well as set-top boxes based on the core CE 3100, working in conjunction with conventional televisions. Will gradually increase the number of sites and widgets that are already optimized for viewing on televisions, which will users more opportunities to use the World Wide Web. Many of the extensions of the basic features will be available to the user via firmware updates (such as provision of support Flash-applications). New features give rise to new threats: viruses and updates But now when televisions became characterized by increased functionality that previously was available only to personal computers begins looming security problem, a previously unknown audience. Now, when you type your credit card or on any site, the user must remember that they may become known to his neighbors, if they have devices to make waves in the infrared range. In addition, it must be said that the computerization of television opens a new boundless field for malware creators. Key financial prospects for increasing interest of users to "Internet TV" is to improve the quality of media content offered by various movie studios, and other publishers. Such publishers offering paid media products should do so immediately, as with the development of this sphere, will have more and more free products (legal or not legal), and the market premium content from time is significantly reduced. At the moment, the whole problem rests on the creation of effectively managed TVs that are convenient for the consumer. Futuresight.ru – technology of the future today

In a 1 unit (46 10-3 m3) of volume 40% solution 19,14 by volume units (880,5 10-3 m3) of wastes of expanded polystyrene (EPS) are placed, and in relation to initial 30 10-3 m3 solvent this volume of wastes anymore in 29,35 times. Search for rational ways of recycling of polymers in the world gets ever more serious environmental importance. On this problem published magazines, printed in various editions of many scientific papers, conducts international conferences 1, 2. Polystyrene polymer material, which is produced by millions of tons, found in the world wide use as Technical and consumer packaging, including containers for food products for construction and many other purposes, in particular, is also used in foundries for casting on gasified models. After using Styrofoam is not recyclable because it does not react with water and not biodegradable. It can not be burned like coal, firewood, etc.

due to the fact that while in the process of thermal polystyrene resin in high volumes liberates very toxic gas. Therefore, EPS is accumulated in large quantities in the human environment, creating one of the most important for human environmental problems. One of the most effective and promising ways of recycling, ie re-use of waste expanded polystyrene, is the dissolution of the organic waste into hydrocarbon solvents. Well it is known that polystyrene (EPS) is readily soluble in many solvents.

Ethical problems predicted in the 1950s science-fiction writer Isaac Asimov, whose book 'I – Robot "recently filmed in Hollywood. Movie 'The Terminator' and 'Robocop' is also showed crazed mechanical guards. Present robots perform more prosaic problem: most common in Britain, robots – it's like self-Vacuum Scooba, lawnmowers like Robomow and toys like Robosapien. But designed machines, which are much more complicated. The National Health Service uses a robot named da Vinci for surgery in a London hospital, Guy s and St Thomas NHS Foundation Trust. In Japan, robots like Honda's Asimo and Sony's Qrio can walk on two legs.

It is expected that more advanced versions that will appear only after 20 years, will be doing daily chores and care for the elderly. 'I hope that they will always be subordinated to – said science fiction writer Brian Aldiss. – But there is no doubt that we will very much depend on them. " Aldiss's story 'Superigrushki live all summer' (Supertoys Last All Summer Long) was the basis for Steven Spielberg's 'E' on the issue of whether it is possible to deny equal rights android that have become as intelligent as humans. Other dilemmas may occur sooner than we think, says Christensen. 'People are going to have sex with robots is not more than five years' – he said.

Do I need to set limits, for example, the appearance of such toys? But the biggest danger seems to be associated with a robot that can learn from their 'experience'. With the development of systems for robots may appear more sophisticated built-in mechanisms for self-learning and to predict their behavior becomes impossible. 'I believe that machine intelligence will appear until 2020 – said Ian Pearson, futurist from BT (Research Laboratory British Telecom. – Approx. Ed.). – If we embedded in the consciousness of the robot, it will be an android. This is an enormous ethical change. " Critics who say that up to smart robots far, robotics meet, the machines already have a huge impact on our lives, for example, Internet. New ethical guidelines for robots – Personal safety: provide control over human robot. – Public Safety: to prevent illegal use. – Personal information: data protection, which keeps the robot. – Ability to track: record of the robot. – Identification: each robot to supply proof of identity. Laws for Robot Isaac Asimov – A robot may not injure a human or may be its inactivity contribute to harm humans. – A robot must obey the orders of a person if they are not in contradiction with the first law. – A robot must protect itself if it does not conflict with other zakonaminam intellect and I would prefer to give priority to people '

Sometimes, local craftsmen make good blades, even from a simple carbon steel, sprinkling in forging iron bar crumbs. Prokovyvayut metal strip, folding it repeatedly. Carbon in iron, diffusing into adjacent areas, turning them into steel. It turns out that something like Damascus. Naturally, a good blade can be obtained only with great experience and "feel" of the metal.

At mass production of strip knives (blades) are made by hot pressing, with home-made – by cutting from sheet material or forging of the rod. It is said that the forged blade is stronger – maybe, but at subsequent stages recrystallization process is detail, and this additional strength is largely lost, in contrast to the dowel (procrastination) in the hardened state, such as scythes, spades, where a cold deformation improves the properties material. In the handicraft production of billet 95H18 easily spoil the non-compliance with the thermal regime of forging. After heat treatment, the blade should be the final sanding, finishing and sharpening the cutting edge. Typically, the angle convergence bevels on the blade strip, which form a blade sharpening angle is less than cutting edge – it's easier to grind it to provide quick and editing, particularly useful to sharpen the blade with a concave cross-sectional profile. Angle grinding for all kinds of work done varies.

For example, 8-12 – for razors, 10-15 – for Skinner, 12-20 – cutting knives for hunting, 20-30 – for woodwork (chisel, ax), 30-45 – for cutting raw bones, 40-60 – a saber. Hack nails pierce barrels of gasoline (as for promotional purposes, some companies do) and even open the cans without prejudice to the blade at an angle can only enchant, which corresponds to this "work – 55-65 . At cutting blades of each other's victory will not ensure a knife, which is made of better steel, but what has more edge angle. Fairly long blade can have multiple sections with different angles Sharpening the cutting edge length. Falshlezvie, as opposed to fighting knives, should not be acutely sharpened as at the opening of the peritoneum is only prevents, but can be used in cutting, releasing this work fine main blade. Near the heel often make a big edge angle for heavy work, or use this site to the so-called sharpening serreytornoy – sharpening serrated saw-like, consisting of identical or alternating more and less deep grooves that run across the edge. Options such sharpening set to the same blade with a sharpened very effective when working with hard parts of muscle, cartilage, tendons, rope (parachute Cutters). Old Finnish knives, knives, blades are gradually thinning towards the point, have a variable angle grinding (grinding plane is twisted propeller on each side). Some northern peoples of Russia have traditionally enjoyed a one-sided blade sharpening. To finish today's blades manufacturing companies use a method electropolishing and came into the fashion fine sanding. In order to camouflage combat knives are often tinted. Hunting knife is only good enough to polish to enhance the anticorrosive properties of the metal and less clogging the blade when cutting a trophy.

As for the crack in laminated veneer lumber, I can say one thing – it is much less than that properly stowed and processed logs. Crackles over the thickness of laminated veneer lumber outdoor first glued to the board exactly to the point of bonding, ie in the rod thickness of 180 mm crack depth can be 45 mm, ie of the total thickness. I can only say one thing – small cracks, which is laminated veneer lumber, round logs that can not possibly influence the thermal performance at home, at his physical and mechanical properties. But the most important difference between the laminated board and round logs – is the cost – about 2.5-3 times meter laminated veneer lumber is more expensive cylindering. Speaking common language, HOUSE OF Glued laminated timber will cost 2 times more expensive than traditional wooden.

It should be easy to decide for themselves, and whether this money all of these advantages. After all, do not know really how to behave dried, can be accelerated wood over time, how long it will adapt to the environment, swell, pulling the moisture from the environment. In any, the house of dry logs will live their natural life recruit and give moisture to “breathe.” My opinion on the matter next – clearly an attention to detail design, properly manufactured and stacked logs of natural humidity, maintaining the technology of wood processing, implementation of operating rules wooden house – that’s a guarantee that your house will stand for many, many years. And what is it to build – you decide. The article draws on material: – “Wood”, a textbook publisher Moscow State Forest University, Moscow, 2001.