techno

Sensata Technologies Introduces Advanced Auto Seat Sensors

Sensata Technologies earlier demonstrated various approaches regarding auto occupant sensing. The demonstration is also aimed at helping engineers design seat belt alert systems that are more precise in order to offer an improved level of consumer safety and convenience.

The company, which was previously called the Sensors & Controls business of Texas Instruments, showed its new pride which is called as the piezo electric sensor. It also flaunted the current Monocrystalline Silicon Strain Gauge (MSG) force sensor. The sensors gave engineers a range of design options and they make new seat belt alert systems more dependable and ‘consumer friendly.’ The sensors also showcase an edge that could boost air bag classification systems.

The new piezo electric sensor is deemed the solution to the traditional weight. The problem occurs when detection systems get confused about differentiating between a person or a heavy object such as a box, bag of groceries, and the like thus creating irritating false seat belt alerts. A piezo electric wire, which is mated to a pad that is easily mounted under the seat cushion to deliver input to an electronic module, senses the frequency response of a human. As such, it can determine the relative position of the passenger.

“Consumers will use seat belt alerts that accurately determine if a passenger is really in the car. A box or laptop bag won’t annoy them anymore because the system thinks it’s a person,” said Michael Mainvielle, the market segment manager at Sensata Technologies.

The Sensata piezo sensor is engineered to be conveniently integrated into a variety of seat structures, including A- or B-surface mounting. It also accommodates all seat covering options including ventilated seats. Additionally, a three-position sensor is made available for rear seats. The sensor also is designed to complement the overall performance of the vehicle without compromising safety and ergonomics. Moreover, auto parts like the airbags, seatbelts and Banks power will be complemented well by the said technology.

Due to the sensor’s ability to correctly measure weight and passenger position, the new technology from the manufacturer is also being considered for use with new Federal Motor Vehicle Safety Standard 208 classification airbag deployment systems. The sensors are expected to provide a single, integrated solution for two significant consumer safety concerns.

The Monocrystalline Silicon Strain Gauge Pressure (MSG) Occupant Weight Sensor (OWS) that uses a silicon MEMS strain gauge element glass bonded to a stainless steel diaphragm. Four MSG sensors could be conveniently mounted within the seat structure to make accurate weight measures for safe airbag deployment and compliance to the FMVSS208. The sensors are available in a wide variety of designs including an axial or flange rigid sensor, a rigid sensor with a Stress Reduction Component (SRC); or an SRC at flange center style. These options from Sensata Technologies offer designers a plethora of styling and mounting flexibility.

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Google Io Showcases Wearable Technologies

It seems that wearable technology is going to be the in thing in the next few years. During the 2012 Google I/O, a major theme that was being pushed would be technology that would be wearable by the consumers.

Instead of having to bring along a separate device in bags or pant pockets, it seems that Google (and other tech companies for that matter) would want users to actually wear them as part of their outfit. Perhaps the idea behind this is that it would make the device much more embedded into the lives of its users.

Historical Use:

Industry observers mentioned that the idea is not that far-fetched. In fact, the military would already have prototypes and actual products of utilizing wearable computers. Usually, these military themed devices are used either for their communications capabilities or their GPS functionalities. However, the trend is to slowly bring these military devices into use for regular consumers.

In fact, there are now more companies who have tried to integrate their devices into more wearable designs. For example, MIT researches have long been looking at how they can manufacture wearable computers. Another example would be on how Apples iPod Nano has now made a wristband like peripheral which you could use to wear the highly capable device as a wrist watch.

Googles take:

Not one to be left behind by technology, Google also has something up their sleeve. They have previously announced the Google Glass. Google glass is a wearable device that would provide its users with a video game like heads up display while they are doing their everyday tasks.

Some analysts believe that Googles involvement in wearable technology would help push forward the acceptance of wearable devices. As of now, the use and acceptance of it is usually limited to the aforementioned military uses as well as to some of the rich and tech savvy people.

Analysts are speculating that similar to what happened with Android and smartphones, a Google role in the push for wearable technologies would also help push the number of devices that would provide this kind of function to the consumers,

Of course, people should note that despite the Google glass being highlighted in this years Google I/O, the actual thing is still in development. Many experts believe that the soonest that it would become available for commercial release would still be in 2 or 3 more years.

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How To Build A Greenhouse Grade 7 Science Fair Projects

A greenhouse is basically a structure that has been designed to capture and retain the heat from the sun. It is used to grow plants when the climate does not want to cooperate. Greenhouses can be used in a number of science fair projects and can be used to test concepts from a variety of fields of sciences including engineering, physics, botany and biology.

Project #1 Capturing Heat Energy

In this project the students will be designing a greenhouse that captures heat energy from multiple sources. They will be capturing heat energy from the sun and geothermal heat energy from the ground. This project will require the student to learn about heat extraction techniques related to solar energy and geothermal energy.

Sample hypotheses that can be tested with this project include:
(1) The thickness of the plastic used for enclosing the greenhouse impacts the amount of heat conservation in the greenhouse;
(2) The opaqueness of the material used for enclosing the greenhouse impacts the amount of heat conservation in the greenhouse;
(3) The depth of the insulation on the floor of the greenhouse impacts the amount of geothermal heat conservation in the greenhouse.

Project #2 Growing Radishes

In this project the student will build a greenhouse so that they can grow radishes and conduct experiments on the radish plants during times of the year that are not normally conducive to gardening. Radish projects can look at a number of things. For example, students can try to cross pollinate radishes with another root vegetable like carrots, they can attempt to grow radishes in sand or they can try to manipulate the size of the radish by exposing the plant to 20 hours of light per day.

Project #3 Engineering Greenhouses

For students that are interested in engineering, greenhouse science fair projects can be developed with an engineering focus. For example, students can try to develop a greenhouse using nothing but materials that are normally thrown out or recycled, such as cans, bottles and plastic containers. Students will not only need to design and build their greenhouse, but they will also need to test the effectiveness their greenhouse has in regards to collecting and conserving heat energy.

Project #4 Studying Solar Energy Applications

The final project option will be an application project. Students will be learning about solar energy and how to use this knowledge to harness the suns energy to heat a greenhouse. For this project students will design and build a greenhouse that maximizes the energy delivered by the sun. A good approach for this project is to see if their design can magnify solar energy within the greenhouse to make it effective in cold weather.

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Computer Science Scholarships

There are many computer science scholarships for students working towards these exciting careers. The following are considered to be the top 10:

1. AFCEA Educational Foundation Scholarship: The AFCEAs $2,000 General John A. Wickham Scholarships are awarded to full-time sophomore, junior or senior students with GPAs of 3.5 or higher who are enrolled full time in aerospace, computer engineering, computer science, electrical engineering, math or physics programs at accredited four-year institutions.

2. $2,000 Alice L. Haltom Educational Fund: These computer science scholarships are awarded in $2,000 increments for students working towards a bachelors degree and $1,000 increments for students working towards an associates degree.

3. ESA Foundation Computer and Video Game Scholarship: The ESA Foundation established these $3,000 scholarships in 2007 for women and minorities attending or planning to attend accredited four-year colleges and universities and working towards degrees that will lead to careers in the computer and video game industries.

4. Intel Science Talent Search: These $100,000 computer science scholarships go to one lucky college student each year. Applicants must submit applications by November 17 for the following year.

5. NFB Computer Science Scholarship: The NVM provides about 30 scholarships each year at its national convention to U.S. blind students who participate in the entire NFB convention and are pursuing or planning to pursue full-time, postsecondary studies (except for one scholarship given to a part-time student working full time).

6. ThinkQuest Internet Challenge: $5,000 computer science scholarships from the Oracle Education Foundation are available to teams of students through this international website-building competition.

7. SWE Scholarship Program: $10,000 scholarships are awarded to female students in accredited bachelors or masters programs preparing for computer science, engineering and engineering technology careers.

8. UC/Edison International Scholarship Program: These $15,000 computer science scholarships are available to community college transfer students planning to finish B.S. degrees in computer science, engineering, life science, math, physical science or technology.

9. Upsilon Pi Epsilon Student Award for Academic Excellence: UPE offers several $500 scholarships to computer science students who excel in their national competition.

10. XEROX Technical Minority Scholarship Program: $10,000 computer science scholarships are available for minority students pursuing technology careers.

Find the perfect Computer School today and start your path to a rewarding career.

techno15

The Meaning Of Health Science

True we are moving fast towards a highly evolved society with rapid advancement in all fields of technology, communication as well as sciences. There are innumerable new terminologies that have come into existence, for eg: “health science”. Though the term may be newly coined, the science has been in practice for ages.

What does Health science mean to you? It can mean different things to different people depending upon each one’s view point. Health of every individual is a sum of several parts which is not limited to one particular branch alone. We have the physical health or the medical science which looks into the physical ailments. This stream itself has innumerable specialization branches depending upon various disciplines. Besides we have the psychology and psychiatry branch of health science to be considered too.

All of us know the definition of science. It refers to scientific examination or study of principles and laws that are verifiable and can be reproduced and validated to give the same results. As applied to health sciences, we are referring to the systematic pursuit of similar research and query into the issues concerning the health of the human beings.

So you can call the general practice of medicine including nutrition, die tics as well as fitness and overall body metabolism to be covered under Health Sciences which deals with the human body as a whole. Health sciences while being concerned about overall health and metabolism of the body can still focus on a particular function of body part too.

If you look at the health sciences branches there are quite a few of them with most common being die tics, phytotherapy, occupational health, audiology, speech therapy, nutrition, environmental health etc.

Besides medical community of doctors, there are several other health science specialists that are a part of the hospitals and other clinics today. Holistic health centers offer all branches under one roof. Not only the medical centers but even corporates are seen to be including the health sciences as a part of their employee safety and welfare schemes.

If you wish to aim for a successful career, you can even work up to get a PhD in Health sciences. Then you get to choose where you wish to work whether in a hospital or a clinic or a rehab center. You can even join any NGO promoting awareness or join a MNC corporate as a part of CSR.

It takes a while to get a mastery over the subject, but once you are at the top, then you get ample opportunities to research into the problems plaguing people and help find practical solutions to everyday health problems.

Know the top 4 health science jobs or you can try your career by signing for the FBI possibilities.

techno5

The Bsc Geophysical Sciences Geophysics Degree

At Ocean and Earth Science at the University of Southampton we offer a BSc Geophysical Sciences geophysics degree that ranks highly in both student satisfaction and career prospects.

Indeed, students on geophysics degrees at the University of Southampton recently reported an incredible 100% satisfaction rate in a national survey.
But it is the strength and prestige of this geophysics degree that will open doors to a wide range of employment opportunities. That is because potential employers view graduates of our Ocean and Earth Science programmes as superbly qualified scientists, with excellent personal and transferable skills in numeracy, communication and team working, according to feedback.

If you have the drive and ambition, and a love for geophysical sciences, the career opportunities once you graduate with your BSc Geophysical Sciences geophysics degree are enormous. For example, among our geophysics degree graduates is James Adcock, now senior geophysicist for a company specialising in shallow and archaeological geophysics.

James now works behind the scenes on the Channel 4 programme Time Team. He said: I have specialised in one area, called GPR (ground penetrating radar), but use all of the techniques initially learnt at Southampton in the work I undertake.

We will consider your geophysics degree application as soon as possible after it arrives at the University. In selecting applicants, we use the information provided on the UCAS form to determine whether you have the potential to flourish within Ocean and Earth Science.

Candidates who are predicted to attain our standard degree offers will be invited to visit the University and the waterside campus. During this visit you will meet with one of our academic staff to discuss the offer and explore how your interests and aspirations fit with the course. This formal interview also gives us the opportunity to get to know you.

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Podcasting Technology What Is It

Podcasting: Everyone is talking about it. But what exactly is it, and how does it work? Simply defined, podcasting is the dissemination of syndicated files, either audio or video in content, over the Web for use on handheld audio/video equipment and computers. The term itself is a combination of two words, “iPod” and “broadcasting.” The word refers to both the file that’s downloaded and the technology to transfer it. Keep in mind that an iPod is not necessary for accessing podcasts. A podcast is also known as an audio subscription service. Listeners can subscribe to and download as many podcasts as they want. As a new method of downloading and transferring information, podcasting is revolutionizing the way we communicate. Podcasts differ from streaming video and audio. Podcasts are usually a continuous series of programs, with many episodes featured in serial format. Podcast subscribers can listen to the content on MP3 players or computers whenever they want. Unlike streaming video, no Internet connection is necessary to review the content of a podcast. But, due to their nature as stored files, podcasts can never be experienced live, in real time – again, unlike streaming video.

Podcasters, or people who create podcasts, have Web sites where their content is available for downloading. Can any old Joe start his own podcast? For better or worse, the answer is yes. All a would-be podcaster has to do is put his files on a web server thats accessible to the public. The file should have an internet address (URI). Podcast files can be any kind of files, from a PDF to a text file. The files can contain audio or video content. The would-be podcaster begins to create a series of files, creating a feed or list of URIs, so the entries in the series can be easily found and downloaded. Each entry is usually accompanied by a date, a title and some kind of content overview. The podcaster links the file to an identifiable place on the web server. This place is usually permanent, and its called the feed URI.

The popularity of these informational feeds has grown astronomically since 2004, when podcasting first became popular among bloggers and software developers. Podcasts cover all sorts of subjects, from technology to politics, to art and literature. Apple made podcasting part of its iTunes package in 2005, and last year, Sony Entertainment released a statement saying that its Play station Portable would be compatible with podcasts.

Now, podcasting has become a part of conventional media. The technology is being used by news stations and newspapers around the world, including The New York Times, The San Francisco Chronicle, the BBC, ABC in Australia, and Sirius satellite radio. The popularity of podcasting is expected to continue to grow, as print media becomes a less vital part of day-to-day communication. Check out New Technology TV for more information.

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Is Ams Health Sciences A Scam Or Legit Opportunity – Ams Health Sciences Review

I decided to investigate an opportunity called AMS Health Sciences due to the number of scams running online, this is what I found out…

Some of the network marketing companies have begun in other countries or has taken its roots abroad and has just recently spread all over United States. AMS Health Sciences is one of these companies inspired greatly by a Russian scientist.

Company Background

Dr. Israel Brekhman, a Russian scientist in 1940s went on a research expedition along the China-Russia border to study how special plants can affect humans and animals. The term adaptogens was created to describe the ability to cope effectively with different stressors. Taking adaptogens also improved people’s chances to deal with stress and other health problems.

Dr. Brekhman continued to make a formula, made of adaptogens to be used by individuals. AMS acquired the exclusive rights to distribute the formula and products worldwide. Currently, AMS opens the opportunity for individuals to experience the health benefits of adaptogens and start their own business.

What are the Products?

Saba is one of the most popular products, containing antioxidants and other nutrients that claim to help detoxify the body to effectively get rid of stress. Saba Weight Loss is also available which can help maintain healthy weight and cholesterol levels. Natural ACE Weight Loss is offered by AMS Health Sciences to help individuals suppress their appetite and get over their fat and weight problems.

Prime One Concentrate, Prime Plus and Uropower are the other products that mainly function to get rid of stress and other related problems. People stay safe from disease and stay strong for different daily activities.

The Opportunity

By joining AMS Health Sciences, you get the business opportunity of buying the products wholesale. You can then retail these and keep the profit. You can also earn bonuses by inviting others into the network to become distributors. You continue earning commission based on the sales and performance of others in your down line.

This seems to be a legit opportunity to pursue, but what is missing?

You need proper marketing knowledge to make this opportunity work. I can say that I’ve wasted a lot of money on the WRONG information. I use to do home meetings, call leads, distrubute brochures and even ask my family and friends to buy my products. These methods didn’t work.

Want the shortcut? Visit the link below for AMS Health Sciences profitable tips…

techno13

Two Oled Technologies Amoled And Pmoled

OLED is a new technology that can make thin, efficient and bright displays. OLEDs are made from organic light-emitting materials, and OLEDs do not require any backlight and filtering systems that are used in LCDs. So OLEDs are more simple to make and actually can be made flexible and transparent as well. OLEDs are also very efficient, and companies are working towards OLED lighting – an OLED “lightbulb” will be efficient and thin, opening the way for great new lighting designs.

There are two types of OLEDs used in displays – PMOLED and AMOLED. The difference is in the driving electronics – it can be either Passive Matrix (PM) or Active Matrix (AM).

With Passive-Matrix OLEDs, the display is controlled by switching on rows and columns. When you turn on row number x and column number y, the pixel at the intersection is lit – and emits light. Each time you can choose just one pixel to light. So you have to turn these on and off very quickly. You do so in a certain sequence, and create the desired image. This is somewhat like the interlace-system used in old CRTs, but the control is done pixel-by-pixel.

PMOLEDs are very easy and cheap to build, but they are limited to small sizes (up to 3″, typically). The image displaying is a bit complicated (because of the row/column method). Also the power consumption is not as good as AMOLEDs.

AMOLEDs have a different driver electronics – each pixel is controlled directly. AMOLEDs are more expensive, and much more difficult to create, but can be used for larger displays (current prototypes are up to 40″) and are very power efficient.

The first OLED products in the market used PMOLEDs – these were MP3 players, sub-displays on cellphones and radio decks for automobiles. The displays were small and usually with just one or two colors. When AMOLED panels started to emerge in 2007 and 2008 we have seen these larger displays in mobile video players, digital cameras, mobile phones main displays and even OLED TVs.

PMOLEDs are still very popular – there are more MP3 player sold today with PMOLED than with LCDs. But for larger displays, AMOLED is the best technology, and is growing much more quickly than PMOLED displays. Obviously for larger displays, such as TV, laptop monitors or PDAs, AMOLED is the only choice.

Today there are several companies that are working on technologies that actually close the gap between PMOLEDs and AMOLEDs – offering a sort of hybrid system. The promise is that these displays will be both easy to make and allow power efficient larger displays. We still have to wait and see whether these technologies actually work on commercial displays. One such technology is Dialog’s SmartXtend.

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Compete With Science Fair Engineering Projects

Science Fair Engineering Projects

Human beings have always had the need to move things, build things and adjust the physical characteristics of their environments. Since humanity started gathering in communities and staying rooted in specific geographic areas, these challenges have presented themselves in the daily lives of people. Science fair engineering projects have some of the richest history of any of the subjects covered at these events. The first theories for the subjects addressed by science fair engineering projects date back thousands of years. Some of the greatest minds of history have applied their skills to refining and evolving this particular area of science. Students who choose science fair engineering projects to research are joining these great thinkers in evaluating the needs of humanity.

There are several subcategories to explore with science fair engineering projects. One of the oldest of these subcategories is civil engineering. Students can demonstrate this ancient science in their science fair engineering projects through presentations about the nature of building structures. We all travel over bridges and go into buildings without much thought about the science involved in their construction. Students who choose science fair engineering projects can demonstrate the underlying mechanical principles utilized for construction and safety. Other students may take the approach of automotive engineering in their science fair engineering projects. These students are the ones who will be interested in robotics and other highly technical fields of study.

Science fair engineering projects are also likely to include presentations in the area of chemical engineering. These students have an interest in chemistry as it applies to the creation and adjustment of known elements and interactions at the microscopic levels. Additionally, there will be students who demonstrate science fair engineering projects on the relatively new topic of computer engineering. This field is in its infancy compared to the other fields of engineering. This gives the current students a wide range of opportunity to explore and discovery new uses for the developing field. Many students will also use a combination of these disciplines to create new and innovative ways to use the established principles in order to make new inventions. An example of this combination of principles is the large windmills on turbine farms that are now generating electricity in a carbon free environment.