Transport for London One ticket for London as Oysterisation of rail and river confirmed

Oyster pay as you go will be accepted on National Rail services from 2 January 2010.Mayor announces Oyster pay as you go will be accepted on Thames Clipper commuter services from today.

The Mayor of London, Boris Johnson, Transport Secretary, Andrew Adonis, and the Train Operating Companies serving the Capital, today confirmed that the hundreds of thousands of passengers who travel on National Rail services within Greater London will be able to use Oyster pay as you go from 2 January 2010.

The extension of the ticketing system will cover all commuter rail routes within Greater London, and will particularly benefit commuters living across south and northeast London, where Oyster pay as you go is not currently accepted on the vast majority of rail services.

The Mayor has also confirmed that Oyster pay as you go will be accepted on all Thames Clippers river services from today, making river travel more convenient for thousands more Londoners and helping to boost usage of London's underused thoroughfare.

Awards for Shanghai student's sterilization invention

A local high school student's invention of an ultraviolet sterilizer to kill germs in vehicles has won him local and international awards and may be put to use in public transport in the future.

Guo Haijun, 18, has just returned home after winning two prizes at the 2009 Intel International Science and Engineering Fair, the world's largest pre-college science competition, held in the United States last month.Guo, a senior student at a Luwan District high school, has applied for a patent for his invention and some taxi companies have already shown interest in the innovative device.

"I came up with the idea about two years ago," Guo said. "Many taxi drivers and passengers are prone to coughs and flu."

Guo suspected that microbe contamination in the public vehicles could be the cause. He carried out studies on public transport with his schoolmates from March last year to February this year. They collected air samples from three taxis companies, eight bus routes and four Metro lines over the past year.

"We collected more than 7,000 samples from 1,280 taxis, buses and Metros," he said.

Using a local university laboratory, they found bacteria responsible for causing sneezing and the common cold in quantities exceeding the national standard in many vehicles. Germs in taxis were 5.12 times more concentrated than national standards, while those in buses were 3.04 times worse. Microbes in subways were found to be within the national limit.

"My device can kill 83 percent of bacteria in vehicles within 30 minutes," Guo said. "It costs about 80 yuan (US$12)."

Using three ultraviolet lamps and a timer taken from a fan, Guo created a device small enough to fit unobtrusively into a taxi.Drivers can operate the device when outside the vehicle using a remote control to avoid exposure to ultraviolet rays.Guo applied for the patent for the device last year, but he has no intention of selling it yet.

Wearing a pair of glasses, a school uniform and a pair of white running shoes, Guo looks no different from his peers - who view him as a future scientist.The invention has brought him domestic science prizes, but Guo paid a hard price for it - in order to devote time to the invention, he gave up playing the violin.

"Most of the time, research and experimenting are boring," Guo said. "But it becomes more exciting when you start to make a little progress."

Japan Joins Green Asia and Pacific Aviation Partnership

Japan became the latest partner in the Asia and Pacific Initiative to Reduce Emissions (ASPIRE), which is designed to make aircraft operations in the region more efficient in order to reduce the emission of greenhouse gases.

“This is an important milestone in our collective effort to lessen aviation’s environmental footprint,” said FAA Administrator Randy Babbitt, who signed the agreement along with Ryuhei Maeda, the Director General of the Japanese Civil Aviation Bureau (JCAB), today in Osaka. “We have all pledged to adopt and promote best practices that will benefit the environment.”

Japan joins the FAA, Airservices Australia and Airways New Zealand as partners to ASPIRE, which began in February 2008. Goals of the partnership include identifying and sharing procedures that produce environmental benefits, quantifying green enhancements in the region over the last decade, and establishing fuel and emissions baselines for current operations, along with future performance benchmarks.

A Japan Airlines flight from Honolulu to Osaka preceding the signing ceremony is the latest ASPIRE flight demonstration to reduce emissions and to save time and fuel by utilizing the most efficient, advanced technologies and procedures. These include procedures such as just-in-time fueling, using preferred routes over the ocean, optimizing speed and altitude and using a tailored-arrival approach to the destination airport.

There have been three previous ASPIRE demonstration flights. An Air New Zealand 777 flying from Auckland to San Francisco last September saved 7,700 pounds of fuel and 27,700 pounds of carbon dioxide. A Qantas A380 flying from Los Angeles to Melbourne last October saved 19,600 pounds of fuel and 61,700 pounds of carbon dioxide. And a United 747 flying from Sydney to San Francisco last November saved 10,500 pounds of fuel and 33,100 pounds of carbon dioxide.

Electric vehicle e3 by esave transport systems inc

Green Space Age Cars

Funny driving

This is a new type of invention in transport. It is a different type of driving, the car is designed in the form of shoe which shows diverse image from the other cars.

One-Litre Car from Volkswagen

The world's first One liter car

This is a great Innovation of Volkswagen launched in 2010. It's named as the One-Litre because it can pass through 100km/litre (283mpg), has two seats and powered by a 330cc single-cylinder diesel engine.

Expect Volkswagen can keep the price point down so it will be reasonable to majority of people. Or else it will turn out to be one of those expensive nice to have toys.

Smart Car

This is about GM plus Segway’s new project P.U.M.A.


Carsharing 2.0 would mostly include on demand pick-up or drop-off, electric vehicles that charge while parked and automatic driving or parking. That last one would probable be carsharing 3.0 or 4.0 or 5.0.


This vehicle is part of a tendency of new vehicles planned particularly for cities. It makes the Smartcar appear like a Hummer! while stored it takes up a part of the space of a compact car. It’s rotating radius is zero, meaning similar parking is as simple as rotating your head. It is totally electric. One more disapproval, is that there is no cargo space, but according to the depiction below, a small cargo like to the Smartcar’s would extra than likely be incorporated in a production model.

Aerorider

This is not the tricycle you rode behind the driveway like a child. The Aerorider Sport is a part-electric, fraction muscle-powered cross under expansion in the Netherlands. Through a number of electric help, a traveler can handle to driove at 45 mph. Its aluminum unbreakable fiberglass corpse is lightweight (about 130 pounds) but protect the rider from the essentials. The Aerorider Sport’s 48-volt battery be able to last wherever from 12 to 60 miles, depending on the land traveled and the dimension of the battery set. The vehicle happily holds one driver and baggage. Its designers say the vehicle’s 4-foot height, headlight, tail lights and stop lamp make sure it’s safely able to be seen to other drivers. It includes a airing system and an electric wiper to assist give the driver a clear outlook, as well as two adaptable back view mirrors to stay an eye on travel.

According to Aerorider Company proprietor Bart de Wert, a little number have been shaped to date for trying and encouragement. A wholesome human-powered account of the Aerorider Sport known for the Sunrider is obtainable for acquire.

Women in Automobile Inventions

Prior to the manufacture of Henry Ford's Model A, Mary Anderson was granted her first patent for a window cleaning device in November 1903. Her invention could clean snow, rain, or sleet from a windshield by using a handle inside the car. Her goal was to improve driver vision during stormy weather.

The automobile gave women ample opportunity for invention. In 1923, of the 345 inventions listed under "Transportation" in the Women's Bureau Bulletin No.28, about half were related to automobiles and another 25 concerned traffic signals and turn indicators. Among these inventions were a carburetor, a clutch mechanism, an electric engine starter, and a starting mechanism. During the 1930s, Helen Blair Bartlett developed new insulations for spark plugs. A geologist by training, her knowledge of petrology and mineralogy was critical in the development of innovative uses of alumina ceramics.

Humorous Painted Cars

Urban Improvement and Transport

The City of Salisbury's Urban Development and Transport Policy Direction is to apply innovative planning policies and strategies to optimise ecologically sustainable urban development within the City, and to encourage and facilitate integrated transport networks and reduce reliance on fossil fuel motorised forms of transport.

KoH public transport method designed for little distances

The history of transport

The first invention of a person was maybe a stick, which a person began to use as a staff. But people needed to cross rivers without getting wet. And more than 4000 years ago the first means of transport was created, when prehistoric people learned to tie together sticks and logs creating a raft in such way. Later rafts were developed to make the transportation more comfortable and safe.

In Ancient Egypt people were building rowing boats using papyrus. They were wide with flat floor, with several matches. Later Ancient Egyptians started to use wood to build their first boats.

So the most ancient means of transport is water transport. And raft is the father of all boats. But Egyptians were not the only one to travel by water. In ancient Phoenicia people built big sea ships. They even had several kinds of ships: military and trade ones.

Later first ships appeared and developed a lot in Ancient Greece and Rome. They were much more comfortable and safe than those of Ancient Egypt. The 10th century was the century of prosperity of water transport.

The first wheel was one of the greatest inventions of humanity that allowed the development of many kinds of transport. It was invented in Mesopotamia in 4 b.c. It was a disk put on the axle. And it was the base of creating of the first automobile.

The first car was created in 1770 by the French scientist. Later in 1886 two German scientists created the car with explosion engine. And from that time this means of transport became very popular increasing competition with trains and ships. Nowadays it is impossible to imagine the world without cars.

The first steam locomotive was created by English inventor. But it couldn't be used because it was too heavy. Later it was developed and updated and was used for cargo transportation. And day by day new locomotives appeared until the plant of production of locomotives was created in 1823. And two years later the first passenger railway appeared.

Trains were developing but they lost their popularity with the spread of cars in the world. But they were developed a lot and updated so much that the result of it was the appearance of underground. The first underground system was built in London in 1863. And its length was only 3, 6 kilometres. After it underground system appeared in NY, Paris, and Budapest.

Trams are not so popular as they were later. This public transport at short distances was substituted by modern buses and cars. But this means of transport is ecological. The first tramway was created in Berlin in the 80-s of the 19th century. Its length was 2, 5 kilometres and a tram was moving with a speed 30 km/hour. At once this transport became popular for transporting people over in boarders of the city. Some cities still use it.
source : http://www.theironmonsters.com/thehistoryoftransport.html

Personal Pod Transport Is The Future

It seems like the idea of pod transportation is emerging strong. To be honest, it looks good to me to. A different type of transportation that can lower traffic, lower pollution, and help get to your destination faster.

The latest idea in pod transportation is the Personal Rapid Transit, PRT. PRTs are systems of independent vehicles that provide private, on-demand, nonstop travel for people or small freight, riding on small, overhead guideways. The cars run above existing roads and are powered entirely by electricity. Advocates of pod transport say it offers the convenience and personal experience of an auto without the gasoline, insurance, pollution, accidents, or congestion.

Another splendid point to this type of transportation is the amount of money saved. It would take 25 to 40 million to build a mile while it takes 100 to 300 million to build a road. As you can see, the future really is here and projects for the PRT are already on the way.
source : internetautoguide.com/6299533/industry-news/personal-pod-transport-is-the-future/index.html

Transport

This is designed by Harsha Vardhan this advanced concept motor vehicle is destined to work with power generated through magnetic fields beginning it’s electrical motor.

A Unicycle That’s a Motorcycle?

If you thought balancing on two wheels was hard enough, try balancing on one wheel. When we go to the circus, typically, we’ll see a few clowns riding unicycles. Isn’t it neat to see them do that? Well, now you can do that too, with the world’s first unicycle motorbike. A young, 18 year-old inventor named Ben Gulak has come up with a motorbike called the Uno that still uses two wheels, but they are paired side by side to create one wheel. Additionally, this unicycle motorbike uses something called gyroscopic technology (similar to what is used in the infamous Segway) in order to help the motorbike stay up without falling over. So, balancing might not be a hard as it looks.And it’s Even Eco-Friendly Too!

In order to operate this contraption, the rider leans forward to accelerate to speeds of 25mph. In order to slow down, you need to lean back. If you’re worried about what other “complicated” things there are about it, perhaps the most confusing feature is the switch to turn it on (which only has two positions: on and off). While this motorbike may look incredibly awkward, it is also incredibly eco-friendly. The motorbike runs on electricity and is small enough and light enough to be brought inside and carried around.

Gulak said that the inspiration for the bike came from visiting China and seeing all of the smog there. Part of the concept for the bike stemmed from his thinking that if it didn’t look cool, people wouldn’t be interested. The owner also reassures people that they don’t have to worry so much about the balancing part; the bike is actually self-balancing. Kudos to Gulak for this creative invention. Who knows- in a few years, you might be riding a Uno to work!
Source : nationaltransportllc.com/blog/a-delicate-balancing-act-a-unicycle-thats-a-motorcycle

The Future Of Personal Transport

If researchers from Kyoto University have their way, then this could be the future of personal transport, a vehicle that runs on electricity and is made from bamboo. The car has been named the Bamgoo is a single seater, weighs in at just sixty kilos and has a range of thirty miles on just one charge.Bamboo is very versatile material, which is highly sustainable too. However, there has to be some concern over the safety issues related to driving around in a car like this.

Source : http://keetsa.com/blog/auto/the-future-of-personal-transport/

The accident of world’s Costliest car

Russia: One of the richest cars in the world is Lamborghini, the owner of a car will never sleep even if he found any scratches on the car, but here a driver hit the car in roadside tree. And hence multimillion cars are now going to warehouse. This kind of accidents can be overcome by only car loans and insurance alone, without insurance the owner will never buy this kind of richest car.

Source : http://allamericanautotransport.blogspot.com/2009/04/accident-of-worlds-costliest-car.html

Inland water transport

Up to 240 million tonnes of bulk goods are transported per year via the German Federal waterways, which amounts to between 60 and 65 billion tonne-kilometres. This equals almost 90 per cent of the goods transport by railway in this country or about 14 million lorry journeys. Moreover, some 1.5 million twenty-foot equivalent units (TEUs) of containers are carried via inland waterways, which corresponds to another 700,000 lorry journeys.

This way, inland shipping makes a most significant contribution to satisfying the industry's demand for transport services, which are delivered on schedule and in a cost-effective and environmentally compatible manner. German inland shipping and inland ports keep around 400,000 people in work. Inland passenger vessels, including river cruise ships, are also growing in economic significance. Many millions of tourists travel in them each year, enjoying the delightful waterside landscapes.

Source : http://www.bmvbs.de/en/Transport/Waterborne-transport-,1898.964413/Waterways-as-transport-routes.htm