Toyota hybrids-What you should know?

Toyota hybrids are in high demand, but many consumers will have to wait because there is a short supply of its batteries. Toyota will be increasing its supply of batteries next year. Toyota hybrids are currently earning only one-quarter of their original tax credit, and the tax credit for those vehicles will no longer be available after October 1, 2007. Honda Motor Company has sold more than 60,000 hybrid vehicles that qualify for the federal tax credit, so the tax credits for the automaker's hybrid vehicles will be cut in half as of January 1, 2008.

honda

Honda recently reached the mark of 60,000 hybrids sold, and will now start their phase-out into next year. GM, Ford, and Nissan are not expected to reach cap before 2009 (when the incentive laws will be reconsidered or entirely discontinued). Honda expects to come out with a Fit Hybrid sometime in the early 2010s. Whether "early 2010s" means like January - March 2010 or like before 2014, well, your guess is as good as mine. Honda remains favorable to the long-term potential of lithium-ion technology, said company President Takeo Fukui. Fukui said he is skeptical the technology can be made reliable enough for vehicles in the next few years.

Honda hybrids do not function on electric power only at low speeds, unlike Ford and Toyota hybrids. Honda even color codes the conduit of the wiring harness. Be cautious if the owner of the vehicle has the vehicle undercoated. Honda has said it will increase hybrid sales to 500,000 a year sometime after 2010. Honda also will introduce a new hybrid-only model, its fourth, next year.

prius

Prius sales averaged between 8000 and 11,000 a month last year, capturing 30% to 45% of the hybrid-vehicle market. Toyota's hybrid Camry debuted on the market in April 2006, and its sales are climbing quickly, currently averaging 4000 to 5000 a month. Prius sales, for example, are kicking ass. Showing off a better Prius would probably only slow Toyota's hybrid sales, not help them. Prius production is only 20% higher than last year, and there are still 3 month waiting lists. Previously production was doubling every year.

Prius and Escape which are slated to take over. And according to my sister in law who does all city driving, her Prius gets 63 mpg in all the stop and go that she does. Prius’ EPA fuel rating is the main reason its current popularity is impressive, but some people have really pushed the limits of the Prius to maximize their fuel efficiency. Hypermiler Dan Bryant of Houston managed to eke out 106 miles per gallon from a Prius at the Hybridfest Fair in 2007, ranking him second in the country. Prius reached 60,000 sold last summer, but if you buy before October 1, you still get a partial credit: $787.50. But after that, you won't be able to get credit for any Toyota model, including the #2 bestselling hybrid, the Camry.

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A Brief History of BMW Motor Cars

The BMW story starts way back in 1913 with the formation of the Rapp-Motorenwerke company by Karl Rapp. The firm were engaged in the production of aircraft engines from a former bicycle factory located near Munich. It was close to this plant that Gustav Otto established the Bayerische Flugzeugwerke AG aircraft factory and in 1922 these two organisations merged to form BMW. The letters stand for: Bayerische Motoren Werke.

In their early years BMW produced mainly aircraft engines, but also some motorcycle engines. In fact the BMW badge is supposed to resemble a spinning aircraft propeller. It wasn't until 1928 when BMW bought a car factory at Eisenach/Thuringia that BMW began producing cars. Along with the factory they bought the license to produce a small car called the Dixi. The first cars produced by BMW at the plant were badged BMW Dixi, but the word Dixi was soon dropped. They introduced a new model called the BMW 3/15 DA-2 and the success of this car enabled them to survive the great depression.

It was in 1936 that BMW introduced the type 328 roadster which quickly became the most successful sports car of the time. The 328, designed by Fritz Fiedler, featured a number of innovative features including a stylish, aerodynamic body shape. It used an inline 6-cylinder engine which gave the car excellent performance and it was renowned for its excellent handling. The type 328 roadster accumulated a number of prestigious wins on the racing circuit and was nominated as car of the century in 1999.

BMW's involvement in aircraft engine production during WWII led to a 3 year ban on production at the end of the war. It wasn't until 1949 that they were able to return to production which they did with the 250cc R24 motorcycle.

It was in 1951 that BMW introduced a spacious, 6-cylinder sedan called the 501. This was followed by the 502 which featured a lightweight alloy V8 engine. Later in the 1950s they began producing the BMW 507, a lightweight, V8 propelled sports car. This was the vehicle they hoped would revive the sporting success they'd achieved with the 328 roadster. But this wasn't to be. They were losing money on every 507 that was produced and so production stopped in 1960.

Also during the 1950s BMW bought the design and manufacturing rights to the Isetta which was to become one of the most successful microcars in the post WWII years. It was a time when cheap, short distance transportation was much needed and the 2-seater, with an economical 250cc engine, fit the requirements nicely. Manufacturing rights for the Isetta were sold to various production companies around the world and these included the British Railways works in Brighton, UK.

The 1960s saw BMW enjoying a number of notable successes including the BMW 1500 which was a 1499cc, four cylinder touring sedan introduced in 1961. This was the first of the modern BMW sports sedans. They went on to produce a series of popular sedans including the famous BMW 2002. This was a 2-door sedan that had been based upon the 4-door 1600. The 2002 was to be the forerunner of the BMW 3 series and production of this successful model continued until 1976.

By the 1970s BMW had cemented their reputation as an innovative automobile manufacturing company. The 70s saw the introduction of the 3-tier sports sedan range consisting of the 3-series, 5-series and the 7-series. Between 1970 and 1993 BMW car production quadrupled and turnover increased by 1700%.

The 1990s, after 1994, saw BMW take ownership of the British Rover Group. This was not a successful venture and in 2000 BMW disposed of Rover.

Today's 'beemers' have retained their highly prestigious reputation for quality and reliability. The company are taking steps to reduce the impact they and their motor cars have upon the environment so we can expect to see more innovative and exciting developments from the motor car company who have not only survived two world wars and a massive depression, but thrived.

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Collectible dollhouse

Collectible dollhouse is the most attractive dollhouse that interests the dollhouse lovers most. They are the special dollhouses and differ from the common dollhouse that we see in the market. They are a treasure to collect.

Building a dollhouse is fun, but it can also be hard work, especially if you don’t have all of the required supplies for putting the dollhouse together. With careful planning and a detailed list, however, you can put those concerns aside and get on with building the dollhouse of your dreams. There are a few critical supplies when it comes to building a dollhouse that can make the process of construction a lot smoother and a lot less complex.

The Barbie doll house and Lee Middleton doll house are the number one choice of the doll house collectors. They are the collectible dollhouse that has just the right features and qualities that the collectors adore. Barbie is the biggest attraction of the era and is one of the most collectible dollhouse in 2006.

The dollhouse collectors have their own choices. Where some love the mass made metal dollhouses, the others be in the need of the simpleness and good craftsman skill in the classical wooden collectible dollhouse.

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‘Safe & Sound’ on Lotus Hybrid Technology

The blind have a serious problem when it comes to hybrid cars. Since the gas engine shuts off when the hybrid car slows down or is stopped, there is no sound to warn them a hybrid car is there or is moving towards them. This has them so worried, they have petitioned the federal government and the individual state governments to pass an ordinance requiring vehicles to make a minimum amount of sound.

Lotus has introduced a new system to do just that. The nice part of the system is, while the gas engine is off, the sound system replicates the sound. But, if the gas engine kicks in, the sound system shuts itself off.

Lotus has a demonstration video.

Press Release Follows:

Lotus introduces ‘Safe & Sound’ Hybrid

Lotus Engineering, the world renowned automotive consultancy division of Lotus, has developed technologies to synthesise external sound on electric and hybrid vehicles to counteract the growing concern these ‘quiet’ vehicles pose to pedestrians and cyclists. A simulation of a real engine sound is used on the ‘Safe & Sound’ Hybrid technology demonstrator vehicle, making it instantly recognisable that the vehicle is in motion.

Electric and hybrid vehicles, a favourite choice of the environmentally conscientious have recently come in for criticism from blind and partially sighted people. Due to the almost silent operation of hybrid vehicles at slower speed when running on electric power, the independent travel of the blind and partially sighted may be put at risk as they cannot hear these quiet vehicles as they approach, making crossing a road or walking through a car park hazardous.

The Lotus ‘Safe & Sound’ Hybrid technology demonstrator uses a standard Toyota Prius, one of the highest volume and most advanced hybrid vehicles to demonstrate the sound synthesis application and compensate for the lack of engine noise emitted by the vehicle when running on an electric motor. What has resulted is the same environmentally conscious hybrid vehicle, without the potential risk to pedestrians and cyclists.

The solution that Lotus has devised is a novel reapplication and development of its Sound Synthesis technology. This is a part of the Lotus suite of patented active noise technologies which comprise three main systems, Active Road Noise Cancellation, Engine Order Cancellation and Sound Synthesis.

To synthesise the engine sound, a road speed signal is taken from the vehicle and a waterproof loudspeaker system is positioned adjacent to the radiator allowing the sound to emanate from the front of the vehicle. Once the vehicle has passed, the sound is not heard. When the car is operating on the electric motor only, throttle and speed dependent synthesised sound projects a realistic engine sound in front of the vehicle. The technology was designed around the behaviour of a conventional engine, using an existing engine sound which makes it instantly recognisable with the pitch and frequency helping to identify vehicle distance and speed. If the hybrid’s engine starts operating, at higher speeds or throttle demands or lower battery levels, the control system automatically stops the external synthesis. When the powertrain control system switches the car back to running on the electric motor only, the synthesis controller instantaneously sets the system running again. It is all completely automatic and the driver hears almost none of the additional sound.

In order to generate the engine sound, recordings of a suitable donor engine were made and analysed to establish the characteristic frequencies at different engine speeds. These frequencies are then entered into the synthesis controller in the form of a ‘voice’ which outputs the sound through an amplifier and out through the loudspeakers.

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Water Hybrid System

n 1918, Charles Frasier patented the first hydrogen/oxygen generator and found they work best with low grade fuels such as gasoline or diesel fuel. In fact there are over 240 patents for carburetors and fuel injection systems that can get over 100 miles per gallon on record with the United States Patent Office.

Most people believe that the reason they have not been fully researched and used on today’s cars is that the oil companies don’t want them to be developed and are using part of their huge $25 Billion per year in profits to buy patents and otherwise suppress the development of more fuel efficient vehicles. It took government mandates before the auto manufacturers began producing more fuel efficient and environmentally friendly cars.

Water electrolysis is simply a method of causing the atoms in a water molecule to separate into their individual components which are hydrogen gas and oxygen gas. Basically the system takes the 12 volts available from your automobile’s battery and sends it to the two electrodes in the hydrogen/ oxygen generator to vibrate the water molecules which produces heat until it raises the water in it to the boiling point (212 degrees Fahrenheit or 100 degrees centigrade) which converts the water to gas.

At that point the hydrogen gas is pulled to the negative cathode rod and the oxygen is pulled to the positive anode rod. You can use plain tap water to supply the necessary electrolytes to kick start the process or use distilled water and add a commercial electrolyte such as potassium hydroxide. The combination of the hydrogen and oxygen gases when added to the combustion chamber of you car engine burn cleanly and increase the combustion’s energy output which in turn increases you miles per gallon.

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Mercedes Benz Bluetec SUV

When Mercedes Benz first introduced Bluetec clean diesel technology in the 2007 E320 Bluetec sedan, many saw the comeback of diesel in the United States. The idea of a luxury car that gets better than 40 miles to the gallon—with particulate filters and after-treatment devices to minimize diesel emissions—sounded like a winner. But in the end, those emissions were only clean enough for 43 states.

Since then, Benz engineers incorporated a liquid called AdBlue into the exhaust system that further scrubs NOx particles. The new and improved Bluetec system is now 50-state legal and will be featured this fall in a trio of high-end Mercedes SUVs: the R, ML, and GL. We had an opportunity to drive one of these SUVs, the Mercedes R320 Bluetec, to evaluate its efficiency. The results fell short of our expectations.

Our first driving loop was a highway route that took us westbound from Baltimore to Cumberland, Maryland—a 142-mile stretch on Interstate 70. The road posts a 65 miles per hour speed limit, though most traffic was moving about 80 miles per hour. This test route yielded just 18.5 miles per gallon. The EPA rates the vehicle at 15 in the city and 23 on the highway, so we were expecting something, at least, in the low 20s. Heading back to Baltimore on the same route confirmed our findings with a calculation of 19.2 miles per gallon. More disappointment.

Our second test loop consisted of urban-suburban driving in and around the Washington, DC metropolitan area. The highest speed traveled was 40 miles per hour, and there was considerable stop-and-go traffic. Once again, the Bluetec SUV fell short. Where its sedan counterpart two years ago managed stellar numbers in city driving, the Mercedes R320 yielded just 14.4 miles per gallon on a 110-mile test drive.

Mercedes introduced its Bluetec vehicles to most of the country two years ago, and is now prepared to debut the cleaner diesel offerings on a national stage. But even before the curtain rises, there may be trouble backstage. The current price of diesel is about 20 percent higher than gasoline. That will keep some customers away. In addition, Mercedes is applying the diesel technology to luxury SUVs, in a time when the economy is struggling and larger vehicles have fallen out of favor. With the disappointing fuel economy numbers we experienced, the argument for diesel in America may be further weakened upon release of Benz's newest Bluetec SUVs.

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Honda's Fight for Hybrid Market Begins April 2009

The new Honda subcompact hybrid will hit dealer showrooms in April 2009. That’s the official word from Honda about the hybrid-specific yet-to-be named hybrid designed to take the Prius head-on in the battle for the hybrid market. Many details about the vehicle are not yet known, but Honda has revealed that the car will be smaller and more efficient than the Honda Civic Hybrid, and will be aimed at affordability—meaning a sales price below $20,000.

“We’re targeting sales of 100,000 units of this new vehicle in North America,” said Richard Colliver, an American Honda Motor Company executive, in a speech at this weeks’ Management Briefing Seminars in Traverse City, Michigan. By comparison, Toyota sold 181,000 Priuses in 2007, and is on track to exceed 200,000 sales this year.

Honda appears to be just warming up with its hybrid plans. “After our next hybrid comes out in 2009, we will then introduce another hybrid based on the CRZ Concept, and then later a Fit Hybrid,” said
Chris Naughton, a Honda spokesperson. Naughton told HybridCars.com, “We have not said whether the Fit hybrid or the CRZ will come to the United States.”

The next wave of Honda hybrids—which have been somewhat speculative to this point—are quickly becoming reality. The re-emergence of Honda into the hybrid market with multiple vehicles is likely to intensify competition between all global automakers for gas-electric, all-electric, and other more efficient alternative vehicles.

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Memory Stick and your life

A memory stick is a form of storage device for storing your digital data. This device is very handy for almost all portable devices such as cameras, camcorders. This stick packs in much more data in a small space. Easy removal, erasure and copying of data is the main USP (Unique Selling Proposition) of this device. Sony and some other companies have digital cameras that are especially designed to use memory sticks for storing image files.

Everyday, the market is flooded with the latest and state-of-the-art gadgets. New devices as well as the upgraded version of the devices are constantly being developed everyday. These gadgets are basically information storing devices that are mostly portable in nature - for example, the PSP console, digital camera, etc. Users sometimes download lots of information and images onto these gadgets that a maximum number of times the storage capacity is insufficient for the user. In such a scenario, the user either has to delete some of the information or graphics in order to make space for fresh downloads. Memory Stick Pro Duo is a device that saves all the information that the user has downloaded and provides and adds on to the existing memory space of the device.

The technology brand leader, Sony launched this device in October 1998. It was meant to cater to the file storage needs of Sony products. The recreational use of mobile phones were in fact, the driving force behind the development of these flash card format storage devices. The increased need for data storage necessitated the expansion of file storage capacity by use of a device that could be easily used, read and erased. A memory stick caters to all these requirements while also providing fast file transfer speeds.

Memory stick repair and data recovery facilities do exist. In most cases, you might be able to recover the pictures on the memory sticks, even if you cannot gain access to your files a specialist data recovery expert might be able to.

The camera error messages are caused by corruption of the files on, or physical damage to, the memory stick / card. In the case of physical damage, the pictures might not be recoverable. Corrupted files can usually be recovered by an experienced memory stick repair / data recovery service.

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