Gadget and Technology

Archive for September, 2011

fracture out your crystal ball and engage a peak at what the future may gain for your beloved laptop computer. For you Wizard of Oz fans, “we’re not in Kansas anymore Toto.”

Though rather tongue in cheek, did we really say “Laptop”, as in one of those boat anchors that people are shlepping around to do more find based applications (or SaaS applications)?

Don’t we really mean something more along the lines of the HTC Touch Pro2 running WinMo12.x, which allows for transparent interchange of assets (files, images, documents, etc) between mobile device[s] and the cloud? Well we should. unbiased using the term “laptop” is musty. We’ve advanced well beyond the horse and buggy days and if the future holds accurate, are poised to go even farther. At least we hope so.

Besides, “devices” are so 1999. Clouds are where we are flying now.

Now, what will your “traveltop” watch like in the future?

Hmmm, how about this:

* The size/screen factor. There will be enough that it doesn’t bother you. It will be compact yes …. but not so distinguished that you’ll need to catch your eyes examined.

* Bundled software – there will be none. You’ll “live in the cloud”. Your connectivity will be your bundle. Access to whatever your heart desires will be through your cloud connectivity. Switch on, connect, and voila. Everything you want is at your finger tips. No fuss, no muss.

* There will be no specific applications and the “machine” will unprejudiced work flawlessly. It’ll be so pure, so non-pesky, it’ll rock, it will be solid, it will be sparse, it will be free of assumptions, it will simply offer a gateway to the web. What more do you need?

* It will not be Windows. It may be Mac. It will probably be Linux.

* It will be kinetic in power. It’ll charge off of you.

* It will be slim, gestural, but gleaming enough to give you a keyboard.

* It will advance in a rainbow of colors. It will be flexible, and race for days on a charge.

* It will have a crap load of competition, such as something akin to a Kindle ZLT, or the recent iTablet.

* It will be affordable (oh yeah!), colossal in Korea, and hot movie stars will carry it around. he frosty factor will be clear.

And finally, it will be no nonsense, already dated, but coming out with something fresh the next year. So I guess not considerable will change in that regard.

Sound a bit far fetched?

Maybe this is a bit of a funny prediction. However, there is some realistic truth to the vision.

It could happen.

With the contrivance “depart tops” morph so snappily in this high tech world, and as the tech savvy and tech hungry public clamors for “more and better, and newer, and cooler,” who really knows what the future will really maintain?

But, it definite is fun day dreaming about it.

Now what do YOU judge?

You cannot ever raise the money to remove the latest craze in the mobile phone world: Motorola’s Droid. But should you rest your case? Not for the resourceful and desperate lot-those who will do anything and everything to secure their hands on a free Android phone. So to assist you increase your chances of getting a free android offer, here’s some well-known wait on.

First, try the websites that typically offer freebies for anyone who is willing to do what it takes. Their takeaway is usually easy: answering surveys, signing up for free product trials, joining a program and referring others to join as well, or helping drive traffic to their website. There are actually people who are feeble to chasing after these freebies and delivering the requirements.

One thing that you need to be wary of, however, are scam websites that ask you for something-money, more often-but do not give you anything. To protect yourself, you should remember to research on the status, especially if the offer sounds too friendly to be pleasurable.

Second, you can also see for swapping sites. These sites could have free android offers in exchange for your musty phone. But the fact that you will have to give up your aged phone in exchange for a new android phone means it’s not really free, after all.

Third, join contests. Search the internet for any ongoing contests for developers or consumers that promise an android phone as prize. designate up for the contest and give it all you got!

One of the most looked forward to advancement in technology is the production of hybrid cars. recent, improved models are being introduced and they are here not only to build consumers on gas. The care of the environment is one of the foremost factors on the minds of many consumers. As with the introduction of recent inventions and technology, questions are raised about the impact of hybrid cars on the environment.

The popularity of hybrid cars is increasing. Besides making a fashion statement or even as an outward befriend of the environment, driving a hybrid automobile announces to the world that ‘I care’ or ‘I am doing my part’ to set the environment. The number of celebrities singing their praises adds fuel (no pun intended) to the pomp and glamour beckoning the favorite masses to join in the cause. More and more are attracted to these vehicles of the future and are intrigued by the fact that some do not consume gas at all. There will be pros and cons on the impact these vehicles will have on the environment.

One of the negative effects of hybrid cars on the environment is the expend of the nickel metal hydride batteries. Battery toxicity is one of the concerns of the environment beneficial. Not unlike the worn lead batteries faded, nickel metal hydride batteries are toxic though less problematic. Ideally lithium should be the battery of choice. For now hybrid car producers are offering vast cash bonus for the return of weak nickel metal hydride batteries for recycling. Many critics are swiftly to point out that since hybrid cars employ both fuel and electricity so they are not as yet perfect. However technology is racing ahead each day and we should be able to come our goal before long.

There are many benefits to driving a hybrid car. One is because they consume less fuel. They beget less smog thus reducing smog pollution. They hasten on batteries but do not need to be plugged in so they are as convenient as ancient gas powered engines. The gas power only kicks in at higher speeds, leaving a majority of the work to the electric share of the engine. This helps to assign on your monthly gas bills.

More and more car manufacturers are jumping on the bandwagon to acquire the environmentally valid hybrids. Currently The Toyota Prius is the most favorite of the hybrid cars. Not to be left out, Lexus, Ford and Honda all fabricate hybrid cars as well. The popularity of the hybrid cars increases from day to day. The obvious impact it has created far outweighs the negative ones. Americans are aware of this and are drawn thus to this hot option when upgrading their automobiles.

Imagine a world where you don’t have to pay $3 to drive twenty or thirty miles, where trucks belching diesel smoke are unheard of, where you can scamper down the road without inhaling the fumes of a thousand vehicles, where thousands of cars pass you and you hear nothing but a gentle hum and whoosh, and you have an view of where hydrogen fuel cells will be taking us.

Fuel cells were invented in 1839 by Sir William Grove, who figured out that you could separate hydrogen and oxygen from water through hydrolysis, and suggested that the method could be reversed to perform elegant energy, with a by-product of water. assist then, it was called the gas voltaic battery; only in 1889 did it obtain the name fuel cell.

How Hydrogen Fuel Cells Work

Like batteries, fuel cells spend chemical processes without combustion to manufacture energy with a well-organized by-product. Because they do not work with the process of combustion, fuel cells never have partly obsolete components, and therefore do not fabricate poisonous by-products (combustion engines execute carbon monoxide and a wide variety of other poisons, in disagreement.)

They are very different from batteries in that they are not self-contained. Instead of counting on an enclosed chemical process that ends when all the components are primitive up, fuel cells have a constant inward mosey of their fuel, usually but not always hydrogen and oxygen. In the case of automobile fuel cells, this means you need a storage tank for water or a hydrocarbon fuel and a location where hydrogen can be separated (this residence, called a reformer, has its contain technological development problems), as well as an utilize system that directs old water out of the car or relieve to the unique storage tank.

There are several types of fuel cells true now, but currently the most favored model is the polymer exchange membrane fuel cell (PEMFC) . This cell uses precious metals like platinum to fabricate atom-thin layers of oxygen and hydrogen. The hydrogen gas, at this time H2, is split into two protons and two electrons at an anode. The electrons are conducted along a path to do useful work – in this case, hasten your car – before returning to a cathode where they are recombined with their protons and with oxygen, producing water as a by-product. lawful now, the typical fuel cell produces less than a single volt of electricity, so several cells must be piled into a stack in order to build enough energy to do useful work. Currently, the cost of creating each of these volts is prohibitively high, and technology is focused on making fuel cells more cost effective.

The titanic dilemma with the fuel cell is separating water into its constituent components to inaugurate with. Elementary physics dictate that you cannot invent or ruin energy, and entropy will cause energy to be lost. In addition, you’re using up some of the energy from the fuel cell to urge the car. So where does the initial energy to split the water molecules reach from?

Currently, instead of using water as a dismal fuel, we have to consume other technologies to originate hydrogen, which is then transferred to the car’s storage tank. This is costly, and we have no infrastructure for delivering hydrogen the procedure we can remark gasoline. It’s also perilous to handle flammable hydrogen in big quantities; remember the Hindenburg?

Freezing and boiling are also problems. Most forms of fuel cells, including the PEMFC, require water to function properly, but if your fuel cell is frozen or heated above 80 degrees Celsius, it may be destroyed.

Who Is Working On Fuel Cells

Researchers all over the world are working on fuel cell technology; it is potentially a very lucrative field. The United States Department of Energy supports many different fuel cell initiatives with block grants, and it also supports work at its contain Brookhaven National Laboratory in novel York. Most car companies that have a reasonably forward-looking research and development arm are also working to produce fuel cells for their possess vehicles; this includes companies like Daimler AG, Honda, Ford, and General Motors.

Governments are also becoming increasingly sensitive to the need to have alternative fuel cars. Leading politicians like Newt Gingrich, who is rarely considered a leader in green technology, has spoken out for years about the need for government to befriend alternative fuel initiatives. seek for this to become the norm in the political future.

When Hydrogen Fuel Cell Cars Will Be Available

We currently have several fuel cell cars in production as prototypes, including the DaimlerChrysler Necar, which drove spoiled country in 2002 from San Francisco to Washington DC. The fling was beautifully successful despite the extremes in temperature the car had to endure. At that time, Chrysler predicted no fuel cell cars would be available commercially before about 2010.

However, the Honda FXC Clarity is scheduled to be available in miniature quantities in gradual summer 2008, leasing for about $600 a month (they will not be available for sale at all, only lease) . It will not exhaust gasoline at all, but instead enjoy up at hydrogen stations; these stations will be available primarily in Southern California at first. Honda is working on developing home fueling stations that will allow you to generate your hold hydrogen at home using electricity.

Efficient bear and outcomes for the Samsung Transform

The Samsung Transform has arrive onto the market with a bang. It brings together some of the best features in the world of electronics. There is the android capability with premium power. The spring ID is yet another colossal element that is making the rounds with this phone. The personalization elements unprejudiced pick up this one of the substantial finds on the market at the moment. Widgets and ring tones approach as standard and there is a single download process that removes the hassle from the client led projects. Heavy text usage is encouraged with the phone and there is a amazing QWERTY facility that is impartial to die for. A HVGA touch hide with dimensions of about 3.5 inches is fair the business.

Email users will savor the Samsung Transform specs. This is one gadget that is gay to label all the typing possibilities that anyone could ever want. There is a rear facing camera that can deliver 3.2 MP facilities. A flash camcorder makes video recording a matter of course. Video conferencing is made possible with the help of the 2.1 power specification. Some people are particularly cheerful with the video conferencing facility. There are the mobile series and the Google Search capability. Google maps are also available on this phone as well as YouTube access. At over seventy thousand applications, the Samsung Transform stamp does not seem to be such a sizable impart.

Looking forward to the Samsung Transform

The anticipation has been rewarded with a capability that is absolutely pleasing. The FaceBook and Twitter users are well catered for and there is even the possibility of accessing the spring 3g network in many locations. The Bluetooth is of the stereo types and there is a setup for wireless technology. A noted process makes all this possible in the Samsung Transform review. The Wi-Fi capability is up there with the best and therefore there is no reason why this gadget cannot continue to rock the world. The gloomy Color is radiant and practical. The pearly notice gives off the impression of class. Perhaps one minor criticism might be that they have left out the possibilities of the pink glimpse that is distinguished with some customers.

The Android 2.2 features are then complemented by visual voicemail which can be very impressive in the office. The turn by turn directions on the GPS are very effective. The Samsung Transform features are designed to note and they do this job very well indeed. The review is not complete without an overview. The overview indicates that this is a phone that has been able to combine the raw functionality of its class with some substantial elegant features for those that are eager in looks. Of course the contractual arrangements will have a step up from the basic entry level to the more enhanced versions of the phone. The running theme peaceful remains the high quality of the production and the generosity of the features that are on offer.

There are many future hybrid car models on the horizon that possess the promise of improving the environmental and economic benefits offered. Here is a brief overview of some of these promising technologies:

• Plug-in hybrid cars utilize larger electric battery backs that allow the car to be driven at high and improper speeds using only electric power, improving fuel efficiency by 40% over venerable hybrids while emitting even fewer greenhouse gas and toxic emissions. The battery packs can be charged from any favorite household outlet and some charging is even done when the car brakes, improving fuel efficiency even more. At reveal, high prices are the main bar to wider adoption of the technology although Federal and dwelling governments are encouraging the assume of plug-in hybrids by offering tax credits to early adapters.

• Flex-fuel are future hybrid car models with internal combustion engines that can race on either gasoline or E85, a fuel substitute which is collected of 85% ethanol (made from plants such as corn) and 15% gasoline. However, supplies of ethanol and other bio-fuels are currently not enough to ensure that flex-fuel cars can become economically feasible.

• Diesel hybrids exhaust internal combustion engines that hurry on desirable diesel fuel rather than gasoline, providing better fuel efficiency than outmoded gas-run hybrids while aloof reducing toxic emissions. And diesel hybrids are more mighty than veteran hybrids. The novel hurdle that needs to be overcome is the higher cost of well-organized diesel technology, which translates to more expensive hybrid cars.

• Hydrogen hybrids are considered one of the most promising technologies for creating righteous zero-emission vehicles. The key to the success of this technology is the development of a storage medium that allows the hydrogen to be stored in the vehicle for utilize as a fuel. However, aside from the expense of the technology, the wider adoption of hydrogen hybrids is also hampered by the lack of a widespread refueling infrastructure. And many manufacturers discover the development of a successful hydrogen hybrid car not as a goal in itself but as the bridge towards hydrogen-powered fuel-cell hybrid cars.

• Fuel-cell hybrids spend fuel cell batteries fueled by hydrogen to invent electricity that powers the car. However, the prospects for future hybrid car models that spend fuel cells are peaceful perilous as car manufacturers have to overcome many obstacles such as reducing the size and weight of the fuel cell as well as the high cost of the technology.

While there are no water-powered cars on the market, scientists are working hard at finding a arrangement to cheaply mass beget these vehicles. These cars would be a gargantuan device to neat up our environment as they have no inferior emissions.

Advantages:

o If water cars could be developed and old by everyone then we would have no need for gas stations, oil refineries and tankers. There would be no more need for drilling for oil. The corner gas site would be a distant memory. In addition, the Ozone layer would return to pre-industrial conditions without any holes and the smog would recede. Our environment would be worthy cleaner.

o Water cars are cheaper. Water costs a lot less than gasoline. And it is very easy to procure water to maintain up your car.

o Water cars are distinguished better for the environment as they obtain no emissions. Therefore they will not contribute to global warming.

o Water is always being produced. It is very unlikely the earth will ever accelerate out of water. And using a water-powered car it might wait on the environment. Water cars, using a process called electrolysis, send oxygen into the atmosphere. The oxygen can bind with hydrogen in the atmosphere to product water in the create of rain and snow.

Disadvantages

o Water cars, if they came on the market, would be very expensive as they cost a lot to compose. However, there are developers working to acquire a cheaper car.

o The water cars that are being developed today composed expend what is called brown gas and it is mixed with water using a arrangement called electrolysis to gain power for the car. So this type of water card would quiet need gasoline. However a lot less gas would be needed and it would not have to be as refined to do its job.

o There are some skeptics that say the opinion of a water car is one colossal scam and is an impossibility. Only time will teach as there are people that fill in this process and are diligently working to build an effective and affordable water powered vehicle.

Water cars might quiet a dream of the future. However, if they do reach to fruition, these extraordinary indecent pollution vehicles will be the respond to high gas and oil prices. They will actually contribute to the well being of our environment.

Today however we can only rely on conservative driving to derive us where we want to go. Or, better yet the foot-powered bicycle is a substantial option to put on gas and prevent pollution or search for to public transportation and shoe leather as alternate means of transportation until the water car is ready for the market.

Let’s commence our comparison for Android OS and Windows phone 7

1- OS Android has more features:

As compared to other knowing phones Windows mobile 7 lacks a lot of features which are generally supported by other radiant phones and OS Android devices. For Example, it lack cleave and paste option. You cannot speed Flash, HTML5 and silverlight videos. You are unable to unify your E-mail inbox. If there features are integrated in this phone, it will surely net a lot of buyers.

2 – Android OS has better customizing options:

Windows mobile 7 lacks the customizing options. It does not offer you home conceal widgets, or live wallpapers. You cannot install fresh services for extending portion options. Android OS provides you gracious customizing options.

3- OS Android offers many Applications:

There are nearly 100,000 applications available with OS Android, but the Windows phone 7 is supported with unbiased over 100 applications. There is a lot of room for applications to be filled.

4 – Windows Mobile 7 is using Version 1.0

Application developers are introducing many applications for radiant phones everyday.

So if you want to consume a better or upgraded application in your Windows phone 7, you might have to gape for v2.0 to pick up the applications that other intelligent phones wait on.

5- Unlike OS Android

WP7 is only a GSM phone. GSM Network is musty widely across Europe and all over the world. But WP7 is not a solution for other network providers.

Conclusion:

The Windows phone 7 has produced some impressive results. But the Android beats Windows phone 7 for now. The OS Android is providing great customizations and it has introduced many features and apps that are making our lives easier.

Chemical and pharmaceutical companies protect their investment in research and development and the future of the companies by securing patents on their inventions. Patents support you resist competition. Success or failure of the company often depends on the strength of the patent and the longer the term of the patent, the greater will be its value. A strong patent is one that defines your invention broadly and but at the same time builds in fallback narrow invention.

The United States Patent and Trademark Office receives hundreds of thousands of patent applications each year. In fact, the Patent Office has recently proposed novel patent rules to ease the Examiner workload. According to one proposed rule, if a patent application is rejected, to be able to note your case again, the patent applicant will be slight to filing one put a question to for continued examination (or RCE) . In light of the modern rule, unless the patent applicant masters the complexities of patent law, the applicant might ruin up getting a mature patent instead of a strong one.

Imagine you have filed a patent application where you have defined your invention broadly as well as narrowly in ten succinct sentences in what are known as patent claims. These patent claims will be numbered 1 through 10. Typically claim 1 will report the invention of the broadest scope, and the higher numbered claims characterize fallback narrow inventions. In our hypothetical, claims 2 to 10 will refer aid to claim 1. Thus, claim 2 refers succor to claim 1. Claim 4 refers attend to claim 3, which in turn refers serve to claim 2. Claim 5 refers abet to claim 1 or claim 4. In this example, say claim 5 refers serve to claim 1. retain in mind that the more number of fallback claims you have, you have a better chance of winning the lawsuit in the event your competitor challenges your patent.

Now imagine that the Examiner rejects the patent, as it often happens, stating that the invention is not unique or is only a minor modification of what is known already. You, as patent applicant, have a chance to answer to the Examiner. You explain arguments stating why the invention is unusual and not clear and why you should granted a patent. The Examiner rejects your argument. Now, to continue your difficulty to accumulate a patent, you wish to show current arguments. To do so, you may have to file an RCE (and the fee) along with the recent arguments.

The Examiner takes it up again. This time, the Examiner softens a shrimp and says, in a non-final rejection, that invention of claims 4 to 10 would be allowable as a patent if you rewrite claim 4 without a reference to claim 1, but continues to reject the broader invention of claims 1, 2, and 3. You now have a choice of taking what the Examiner gave you, that is, claims 4 to 10 or alternatively, argue some more. You determine to argue. The Examiner finally rejected your application, repeating what he said before, that is, claim 4 onwards would be allowable if you rewrite it as indicated before. Now, the options you have are very small. You can rewrite claim 4 as the Examiner indicated, as fresh claim 1, and derive a patent with current claim 1. However, you will not be able to come by a patent with claims 5 to 10.

The Examiner would refuse to grant claim 5 to 10 because he will say that claim 5 now has been changed in its scope even though you did not change the wording of the claim. The Examiner will argue that unique claim 5 referred help to modern claim 1. Now, claim 5 refers encourage to unusual claim 1, which is of a different scope. The Examiner would display that, as the scope of the claim has changed, he would need to carry out further search and examination on claims 5 to 10. He would say that the patent law would not allow him to do so since the rejection has been made final already. The only draw to secure the Examiner attractive on this would be if you could file an RCE. However, you have already faded up your RCE option. You cannot file another RCE now, and therefore, you cannot salvage claims 5-10. You will accumulate a patent with impartial one claim. If an infringer challenges your patent, and proves that your only claim is invalid, your entire patent would be thrown out.

If you had rewritten claim 4 (as recent claim 1) when responding to the non-final rejection, rather than when responding to the final rejection as you did, patent law would have allowed the Examiner to carry out further search on claims 5 to 10, and the chances of getting those claims would have been fine. If you had fallback spot of claims 5 to 10 also, you would have a greater chance of winning the case.
Copyright 2006

Among the latest scientific inventions of tremendous importance to us in our daily lives are devices known as MEMS. Microelectromechanical systems (MEMS) are the technology of the very cramped. In Japan MEMS are also called micromachines. Smaller calm, are the nano-scale nanoelectromechanical systems (NEMS) and nanotechnology.

MEMS are made up of components between 1 to 100 micrometers in size (i.e. 0.001 to 0.1 mm) and MEMS devices generally range in size from 20 micrometers (20 millionths of a meter) to a millimeter. MEMS became practical once they could be fabricated using modified semiconductor fabrication technologies, normally former to manufacture electronics.

One type of invention impacting our lives is the accelerometer. An accelerometer measures the acceleration and gravity it experiences. current accelerometers are often puny micro electro-mechanical systems (MEMS), and are indeed the simplest MEMS devices possible, consisting of tiny more than a cantilever beam with a proof mass. Under the influence of gravity or acceleration the proof mass deflects from its neutral area. This deflection is measured in an analog or digital manner. This plot is simple and reliable; it also does not require additional process steps making it inexpensive.

Micromechanical accelerometers are available in a wide variety of measuring ranges, reaching up to thousands of g’s. These astounding miniature devices are what allow us to retract for granted the most commonplace things in our lives, while benefiting from them immensely.

For instance, these latest of scientific devices roar our air bags when to deploy. Do you feel that we encourage from our airbag technology? They are becoming endemic in gaming devices and even iPhones and other sparkling phones are using them for interfacing purposes. They are being incorporated into laptop computers to sense mask orientation, and to park hard drive heads in case a descend is detected. They are also ragged for images stabilization in digital cameras and a host of other applications. They are everywhere you eye these days.

Another place where MEMS are popping up is in pressure sensors. MEMS technology combines microelectronics with small mechanical systems such as valves, gears, and other mechanical components all on one semiconductor chip using nanotechnology to measure pressure. Pressure sensors can be broken-down for directly sensing pressure for such uses as measuring weather data, aircraft performance parameters, automobiles processes, medical devices, and other machine applications .

These latest scientific inventions can be customary for sensing altitude for spend in aircraft, rockets, satellites, weather balloons etc. And finally, they can be expend for fling sensing. MEMS technology is responsible for everything from automatic blood pressure monitoring devices to monitoring tire pressure of your car.

I’ve barely touched upon the latest scientific inventions in the MEMS field, impartial believe of the military and battlefield uses for such a technology, research is underway for such things as shimmering clothing and intelligent armor.

We are using these technologies in the exploration of the ocean depths by implanting them into whales and fish, and monitoring them with radio technology. All fields of science will continue to wait on from the fantastic novel inventions being spawned by these astonishing and cold modern technologies.