here are a list of voip providers who provide low rate voip calls
low-rate voip
coms voiphiptelny voip provider
Wednesday, January 30, 2008
voip service providers
here are the links to voip service providers
i call globe
tele velocity
voip traffic
1866 voip
voip service provider resource
which voip
voip review
i call globe
tele velocity
voip traffic
1866 voip
voip service provider resource
which voip
voip review
Tuesday, January 29, 2008
new technology:ROBOTIC LAWN MOWER
Scotts lawn care products are a standard for high quality and reliable performance. Over 125 years ago, Scotts began their business in one of the toughest markets around— selling grass seed to golf courses. Since then Scotts Company has expanded its product line and its market share through continual research and development, Today Scotts lawn care is well-known world-wide with branches in over 25 countries and representatives in an additional 35 countries.
In addition to grass seed, today’s Scotts lawn care products include a complete line of soils, mulches, decorative ground covers, fertilizers, and the spreaders to make lawn care easier. Scotts consumer product line also includes plant foods like its Miracle Grow, which is a staple for many gardeners both indoors and out!
Scotts company trademark, “The Scotts Difference®”, is synonymous with excellence in the horticultural industry and evokes visions of lush expanses of meticulously kept greenery. However, the Scott’s difference doesn’t end with their products. Although their trademark was earned through delivering reliable, top-of-the-line products, the real difference is the company’s dedication to superior product development, excellence in quality control, and commitment to customer satisfaction. An expert staff of technical advisors helps Scotts lawn care customers find the lawn care solutions they need by both phone and e-mail.
Internet users can get a real sampling of the Scotts difference by visiting any of several web sites maintained by Scotts Company. Each web site is well-stocked with articles, tips, and advice for both the professional and the consumer. In fact, the Scotts lawn care site is complete with an excellent lawn care tutorial to help their customers build attractive and functional lawns. Unlike many other commercial sites that offer tutorials, the Scotts lawn care tutorial includes subjects like watering, mowing, trimming, and aeration in addition to those sections where it effectively showcases its many products.
In addition to grass seed, today’s Scotts lawn care products include a complete line of soils, mulches, decorative ground covers, fertilizers, and the spreaders to make lawn care easier. Scotts consumer product line also includes plant foods like its Miracle Grow, which is a staple for many gardeners both indoors and out!
Scotts company trademark, “The Scotts Difference®”, is synonymous with excellence in the horticultural industry and evokes visions of lush expanses of meticulously kept greenery. However, the Scott’s difference doesn’t end with their products. Although their trademark was earned through delivering reliable, top-of-the-line products, the real difference is the company’s dedication to superior product development, excellence in quality control, and commitment to customer satisfaction. An expert staff of technical advisors helps Scotts lawn care customers find the lawn care solutions they need by both phone and e-mail.
Internet users can get a real sampling of the Scotts difference by visiting any of several web sites maintained by Scotts Company. Each web site is well-stocked with articles, tips, and advice for both the professional and the consumer. In fact, the Scotts lawn care site is complete with an excellent lawn care tutorial to help their customers build attractive and functional lawns. Unlike many other commercial sites that offer tutorials, the Scotts lawn care tutorial includes subjects like watering, mowing, trimming, and aeration in addition to those sections where it effectively showcases its many products.
Sunday, January 27, 2008
new technology:WIRELESS ELECTRICITY
If a single one-megaton nuclear warhead were exploded 300 miles over the center of the country, a high-voltage electromagnetic pulse would in theory disrupt communication and electrical systems all over the continental U.S. Gamma rays emitted by such an explosion would instantly strip away the electrons from air molecules in the upper atmosphere in roughly a circular, pancake-shaped zone. The free electrons would then accelerate radially with the earth's magnetic field, separating from the heavier, positively charged ions and creating a downward directed high-voltage electromagnetic pulse. This in turn results in electrical surges in all exposed conductors on the ground.
When Nikola Tesla discovered alternating current (AC) electricity, he had
great difficulty convincing men of his time to believe in it. Thomas Edison was in favor of direct current (DC) electricity and opposed AC electricity strenuously. Tesla eventually sold his rights to his alternating current patents to George Westinghouse for $1,000,000. After paying off his investors, Tesla spent his remaining funds on his other inventions and culminated his efforts in a major breakthrough in 1899 at Colorado Springs by transmitting 100 million volts of high-frequency electric power wirelessly over a distance of 26 miles at which he lit up a bank of 200 light bulbs and ran one electric motor! With this souped up version of his Tesla coil, Tesla claimed that only 5% of the transmitted energy was lost in the process. But broke of funds again, he looked for investors to back his project of broadcasting electric power in almost unlimited amounts to any point on the globe. The method he would use to produce this wireless power was to employ the earth's own resonance with its specific vibrational frequency to conduct AC electricity via a large electric oscillator. When J.P. Morgan agreed to underwrite Tesla's project, a strange structure was begun and almost completed near Wardenclyffe in Long Island, N.Y. Looking like a huge lattice-like, wooden oil derrick with a mushroom cap, it had a total height of 200 feet. Then suddenly, Morgan withdrew his support to the project in 1906, and eventually the structure was dynamited and brought down in 1917.
A Tesla coil is a special transformer that can take the 110 volt electricity from your house and convert it rapidly to a great deal of high-voltage, high-frequency, low-amperage power. The high-frequency output of even a small Tesla coil can light up fluorescent tubes held several feet away without any wire connections. Even a large number of spent or discarded fluorescent tubes (their burned out cathodes are irrelevant) will light up if hung near a long wire running from a Tesla coil while using less than 100 watts drawn by the coil itself when plugged into an electrical outlet! Since the Tesla coil steps up the voltage to such a high degree, the alternating oscillations achieve sufficient excitations within the tubes of gases to produce lighting at a minimal expense of original power! Fluorescent tubes can be held under high-tension wires to produce the same lighting up effect. Remember the farmer a few years ago who was caught with an adaptive transformer under a set of high tension lines that ran over his property? Through the air, he pulled down all the power he needed to run his farm without using any connecting apparatus to the lines overhead! Any electrical engineer with the proper materials can do the same thing.
Incandescent bulbs burn high resistance filaments that gobble up energy. Fluorescent tubes burn filaments (cathodes) to create an electrical flow that sets their internal phosphorus coatings aglow. Using a Tesla coil, high voltage AC can light up glass-enclosed vacuum bulbs coolly without any gases inside them at all! Any number of cold light bulbs can be lit using only one Tesla coil, and since there is nothing inside them to burn out, they can last indefinitely. It seems like a low cost form of street lighting, doesn't it?
When Tesla was determining the resonant frequencies of the earth to potentially transmit unlimited electric power, he also recognized frequencies that acted as a damping field to nullify electric power. With the advent of the wireless and Tesla's unique investigations into broadcasting electricity, a dozen or more inventors thereafter announced their own means for transmitting electrical energy without wires. One British inventor, H. Grindell-Matthews, actually demonstrated his "mystery ray" apparatus in 1924 to a Popular Science Monthly writer in London (See: Pop. Sci. Monthly, Aug. 1924, P. 33). When his beam was directed toward the magneto system of a gasoline engine, it stopped the system. Afterwards, it ignited gun powder, lit an electric lamp bulb from a distance and killed a mouse in seconds! Grindell-Matthews said the secret was involved with the "carrier beam" he used to conduct a high-voltage, low-frequency electrical current. During 1936, Guglielmo Marconi experimented with extremely low frequency (ELF) waves and displayed their exceptional ability to penetrate metallic shielding. These waves could affect electrical devices, overload circuits and cause machines like generators, electric motors and automobiles to stall. Diesel engines, which do not rely on electrical ignition, were not affected. Mysteriously, Marconi's research on the subject was never found after the war.
When Nikola Tesla discovered alternating current (AC) electricity, he had
great difficulty convincing men of his time to believe in it. Thomas Edison was in favor of direct current (DC) electricity and opposed AC electricity strenuously. Tesla eventually sold his rights to his alternating current patents to George Westinghouse for $1,000,000. After paying off his investors, Tesla spent his remaining funds on his other inventions and culminated his efforts in a major breakthrough in 1899 at Colorado Springs by transmitting 100 million volts of high-frequency electric power wirelessly over a distance of 26 miles at which he lit up a bank of 200 light bulbs and ran one electric motor! With this souped up version of his Tesla coil, Tesla claimed that only 5% of the transmitted energy was lost in the process. But broke of funds again, he looked for investors to back his project of broadcasting electric power in almost unlimited amounts to any point on the globe. The method he would use to produce this wireless power was to employ the earth's own resonance with its specific vibrational frequency to conduct AC electricity via a large electric oscillator. When J.P. Morgan agreed to underwrite Tesla's project, a strange structure was begun and almost completed near Wardenclyffe in Long Island, N.Y. Looking like a huge lattice-like, wooden oil derrick with a mushroom cap, it had a total height of 200 feet. Then suddenly, Morgan withdrew his support to the project in 1906, and eventually the structure was dynamited and brought down in 1917.
A Tesla coil is a special transformer that can take the 110 volt electricity from your house and convert it rapidly to a great deal of high-voltage, high-frequency, low-amperage power. The high-frequency output of even a small Tesla coil can light up fluorescent tubes held several feet away without any wire connections. Even a large number of spent or discarded fluorescent tubes (their burned out cathodes are irrelevant) will light up if hung near a long wire running from a Tesla coil while using less than 100 watts drawn by the coil itself when plugged into an electrical outlet! Since the Tesla coil steps up the voltage to such a high degree, the alternating oscillations achieve sufficient excitations within the tubes of gases to produce lighting at a minimal expense of original power! Fluorescent tubes can be held under high-tension wires to produce the same lighting up effect. Remember the farmer a few years ago who was caught with an adaptive transformer under a set of high tension lines that ran over his property? Through the air, he pulled down all the power he needed to run his farm without using any connecting apparatus to the lines overhead! Any electrical engineer with the proper materials can do the same thing.
Incandescent bulbs burn high resistance filaments that gobble up energy. Fluorescent tubes burn filaments (cathodes) to create an electrical flow that sets their internal phosphorus coatings aglow. Using a Tesla coil, high voltage AC can light up glass-enclosed vacuum bulbs coolly without any gases inside them at all! Any number of cold light bulbs can be lit using only one Tesla coil, and since there is nothing inside them to burn out, they can last indefinitely. It seems like a low cost form of street lighting, doesn't it?
When Tesla was determining the resonant frequencies of the earth to potentially transmit unlimited electric power, he also recognized frequencies that acted as a damping field to nullify electric power. With the advent of the wireless and Tesla's unique investigations into broadcasting electricity, a dozen or more inventors thereafter announced their own means for transmitting electrical energy without wires. One British inventor, H. Grindell-Matthews, actually demonstrated his "mystery ray" apparatus in 1924 to a Popular Science Monthly writer in London (See: Pop. Sci. Monthly, Aug. 1924, P. 33). When his beam was directed toward the magneto system of a gasoline engine, it stopped the system. Afterwards, it ignited gun powder, lit an electric lamp bulb from a distance and killed a mouse in seconds! Grindell-Matthews said the secret was involved with the "carrier beam" he used to conduct a high-voltage, low-frequency electrical current. During 1936, Guglielmo Marconi experimented with extremely low frequency (ELF) waves and displayed their exceptional ability to penetrate metallic shielding. These waves could affect electrical devices, overload circuits and cause machines like generators, electric motors and automobiles to stall. Diesel engines, which do not rely on electrical ignition, were not affected. Mysteriously, Marconi's research on the subject was never found after the war.
Friday, January 25, 2008
I pHONE
The iPhone is a multimedia, Internet-enabled mobile phone designed and marketed by Apple Inc. It has a multi-touch screen with virtual keyboard and buttons. The iPhone's functions include those of a camera phone and a portable media player ("iPod"), in addition to text messaging and visual voicemail. It also offers Internet services including e-mail, web browsing, and local Wi-Fi connectivity. It is a quad-band mobile phone that uses the GSM standard, hence has international capability. It supports the Enhanced Data Rates for GSM Evolution (EDGE) data technology.
Following the success of iPod, Apple announced the iPhone in January 2007. The announcement was preceded by rumors and speculations that circulated for several months. The iPhone was introduced, first in the United States on June 29, 2007 with much media frenzy and then in the United Kingdom, Germany and France in November 2007. It was named Time magazine's Invention of the Year in 2007.[4] A new version of Apple's iPhone is expected to be introduced in 2008 that is capable of operating on faster 3G cellular networks
FEATURES
The iPhone allows conferencing, call holding, call merging, caller ID, and integration with other cellular network features and iPhone functions. For example, a playing song fades out when the user receives a call. Once the call is ended the music fades back in. Voice dialing is not supported by the iPhone.
The iPhone includes a Visual Voicemail feature allowing users to view a list of current voicemail messages on-screen without having to call into their voicemail. Unlike most other systems, messages can be listened to and deleted in a non-chronological order by choosing any message from an on-screen list. AT&T, O2, T-Mobile and Orange modified their voicemail infrastructure to accommodate this new feature designed by Apple. A lawsuit has been filed against Apple and AT&T by a company called Klausner Technologies claiming the iPhone's Visual Voicemail feature infringes two patents.[19]
A ringtone feature, introduced in the United States on September 5, 2007, but not yet available in all countries where the iPhone has been released, allows users to create custom ringtones from their purchased iTunes music for an additional fee, the same price of a song. The ringtones can be from 3 to 40 seconds in length of any part of a song, can include fading in and out, can pause from half a second to five seconds when looped, and never expire. All customizing can be done in iTunes, and the synced ringtones can also be used for alarms on the iPhone. Custom ringtones can also be created using Apple's GarageBand software 4.1.1 or later (available only on Mac OS X).[20]
Apple has released a video explaining many of iPhone's features through a series of demonstrations
Wednesday, January 23, 2008
Saturday, January 19, 2008
TATA NANO FEATURES
Here are some of the features of tata nano
# 624cc petrol engine
# 33BHP
# 20km per liter mileage, upto 26km per liter on highway
# 30 liter petrol tank
# 4 door, 5-seater
# Rear engine, front boot
# 4 speed manual gear box
# On road price expected to be around Rs. 1 lakh 25 thousand
# front disc brakes and drums in the rear
# Euro 4 compliant
# Top speed 90kmph
# 21% more space than Maruti 800!
Standard model would cost roughly Rs. 1,25,000 onroad
Will be launched countrywide in September 2008.
t
# 624cc petrol engine
# 33BHP
# 20km per liter mileage, upto 26km per liter on highway
# 30 liter petrol tank
# 4 door, 5-seater
# Rear engine, front boot
# 4 speed manual gear box
# On road price expected to be around Rs. 1 lakh 25 thousand
# front disc brakes and drums in the rear
# Euro 4 compliant
# Top speed 90kmph
# 21% more space than Maruti 800!
Standard model would cost roughly Rs. 1,25,000 onroad
Will be launched countrywide in September 2008.
t
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