Scream if you want to charge your phone.
Thanks to the wonders of science, riders on Thorpe Park’s new attraction, a roller coaster called The Walking Dead, can now power their smart phones by screaming loudly. That’s because there are devices on it that “harvest kinetic energy (动能)”. The park conducted research which shows that people’s biggest fear is their phones running out of battery, so the device should prove popular.
All of the Walking Dead’s carriages have been fitted with the harvesting devices, which not only harvest the energy of screams, but that from g-force and vibrations (振动) of the ride, too. It is stored in a power management unit. The unit is then removed from the carriages by staff and deposited into an on-site mobile charging point where ride goers will charge their devices. The 188mmx 188mm x 67mm energy harvester is jet black, blending into its dark and mysterious surroundings on the roller coaster themed around the global TV shows.
Thorpe Park said: “If thrill-seekers are brave enough to open their eyes, they will see a set of LED lights in blood red powering up as guests’ screams become louder... throughout the 90-second experience.”
Designed and installed by researchers at Queen Mary University London and the engineering team at Thorpe Park Resort, the technology took three months to be carried out, from design to installation. It will be available at the theme park for an initial trial period.
Thorpe Park Resort’s John Burton, who came up with the ride concept, said, “The Walking Dead’s ride is 15 out of 10 on the scare factor scale, so it makes sense to be able to combine and use the power of our visitors’ screams and the ride’s vibrations to help solve a problem each and every one of us faces — losing the charge on our mobiles when we’re on a day out.”
Dr Joe Briscoe, School of Engineering and Materials Science at Queen Mary University of London, said, “This is an exciting concept that will undoubtedly be used more frequently in the future. The system uses a mini energy harvester to capture the kinetic energy, transferring it to a separate electrical circuit and storage unit, which is enough to charge a mobile phone.”
1. Where could ride goers easily get their phones charged?A.At the carriage. | B.At the charging point. |
C.At the LED light. | D.At the energy harvester. |
A.Because a mini energy harvester is applied. |
B.Because The Walking Dead is most frightening. |
C.Because the park has quite a number of scary rides. |
D.Because almost everyone is faced with power failure. |
A.Favorable. | B.Doubtful. | C.Neutral. | D.Disapproving. |
A.A new battery for powering your phone is invented. |
B.The traditional way of charging your phone is on the way out. |
C.Visitors’ scream in Thorpe Park can be used to charge the phone. |
D.The most effective way of charging your phone has been found in Thorpe Park. |
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【推荐1】The German company said 5,000 of the "Futurecraft 4D" shoes will be available at retail stores in the fall arid winter.As it is pressed for time,it still plans to start mass producing them next year and expects to have made more than 100,000 pairs by the end of 2018.The company would not disclose where the shoes will be manufactured.
Adidas cooperated with Silicon Valley-based start up Carbon to create the shoe,which uses a new technology called digital light synthesis(合成).
Although the common 3D printed materials are often rigid(僵硬的),the new materials are flexible with Silicon Valley-based start up Carbon's technology.
The technology works by using UV lasers to project a pattern for a midsole(鞋底夹层)liquid.It turns the liquid into a solid and the result is a flexible,but more durable midsole.
The technology could make the most of the time and money to produce the shoes in large quantities which may be loved by humans in the future.
"We can produce up to 100 times faster than 3D printing and additive manufacturing processes,"an Adidas spokesperson told CNNTech.
Title: Adidas just debuted its newest shoe | |
Passage outline | Supporting details |
Plans of the German company | ●The shoes will come into the ●The company intends to start mass producing them next year, |
Creation of the "Futurecraft 4D" shoes | ●Adidas cooperates with Silicon Valley-based startup Carbon to create the shoe. ●Rigid |
●With the technology,the new midsole is more durable. ●The technology could male full |
【推荐2】Humans are developing new places to live in. In the south of Silicon Valley sits the Monterey Peninsula, where you’ll find a moveable community that’s being designed as a rest region for the region’s tech elites(精英).
Walden Monterey was founded in 2016 by developer Nick Jekogian, who set out to turn the 609-acre land into a coastal “agrihood” community, a growing trend among the tech elites in which they avoid the idea of belonging to golf communities, unlike what the previous generations have done, and instead enjoy agricultural neighborhoods that focus on nature, farms, and outdoor living.
The property plans to build 22 homes in total, with the lots they sit costing about $1 million each(three lots have been sold, as of September 2018). After the sales are made, buyers can work with a team of more than 20 architects assembled by Jekogian to then pay additional millions each for home construction.
A key step in the buying process involves potential buyers actually visiting the land. Jekogian invites people to stay in “moveable rooms” or small moveable glass houses, which allow them to experience what living on the land would actually be like.
But now, Walden Monterey will soon provide a new way to try out the land. The design studio DFA, founded by Laith Sayigh, was approached by Walden Monterey to design a house for potential buyers to stay each in while they think about purchase decisions.
The 3D-printed houses, named Galini Sleeping Pods, are 300 square feet in size, can be moved anywhere, are powered by solar panels, wind turbines and Tesla batteries, and will cost about $250,000 each. Sayigh told Business Insider that they’ re not just a future staple for the Walden Monterey community, but that they represent the next generation of construction technology.
1. What life do the tech elites like according to the text?A.Getting close to nature. | B.Playing golf after work. |
C.Living in a big house. | D.Having a house in Silicon Valley. |
A.To attract more people to visit the design studio DFA. |
B.To give a rule for the future construction technology. |
C.To call on architects to build more moveable communities. |
D.To offer buyers chances to try living in a moveable house. |
A.Solar panels. | B.The 3D-printed houses. |
C.Tesla batteries. | D.The Walden Monterey Community. |
A.The style of the houses depends on buyers’ own ideas. |
B.Buyers should pay off the expense of the houses in one attempt. |
C.The money spent on constructing the houses is more than the cost of the lots. |
D.Buyers of the houses are forbidden to get involved in the process of constructing. |
【推荐3】If a pancake could dream, it might long for legs so it could jump off your breakfast plate in pursuit of a better, unchewed life. But legs aren’t necessary for something as flat as a pancake to jump around. A group of scientists have designed a pancake-shaped robot that can jump several times per second and higher than seven times its body height. The new robot named Hop, which swiftly jumps without feet, is an important contribution to the soft robotics.
Many ground robots move by rolling or walking. But it’s more efficient for robots to jump over obstacles than to go around them. Although jumping can offer some robots a competitive edge, engineering that ability has been a challenge for robotics researchers. Some soft robots that store energy can perform a single impressive jump very infrequently. Some lightweight soft robots that don’t store energy can jump frequently but can’t jump high or far enough to successfully cross an obstacle.
For inspiration, the researchers looked to gall midge larvae (瘿蚊幼虫) that miraculously throw themselves across distances 30 times as long as their loglike bodies. A gall midge larva bends. its body and squeezes the liquid in its body to one end, making it rigid. The accumulation of liquid builds up pressure, and releasing the pressure sends it soaring. The robot’s body doesn’t resemble that of a gall midge larva, but it jumps like one. Its body is made of two small plastic bags printed with electrodes; the front bag is filled with liquid and the back one is filled with the same volume of air. The robot uses electricity to drive the flow of liquid, which causes the body to bend and generate force with the ground, resulting in a jump. And the air bag imitates the function of an animal’s tail, helping the robot keep a stable position.
While the robot is currently restricted to Earth, it might be right at home exploring another planet. If this is true, the researchers robot might jump over dusty rocks and large holes on the moon or Mars, going where no pancake has gone before.
1. What does the author want to show by mentioning a pancake?A.A pancake’s dream to have legs is unrealistic. |
B.A robot is capable of serving a good pancake. |
C.A pancake-shaped robot can jump without legs. |
D.Research on pancakes advances our understanding of robots. |
A.Hop’s avoiding an obstacle. | B.Hop’s moving around by rolling. |
C.Hop’s performing one remarkable jump. | D.Hop’s jumping high and far continuously. |
A.They are shaped like logs. | B.They have tails to change positions. |
C.They bend their bodies and increase force. | D.They are filled with liquid and have rigid bodies. |
A.Intolerant. | B.Positive. | C.Disapproving. | D.Ambiguous. |
【推荐1】As the carbon countdown clock ticks on, cities must be more imaginative and cooperative, a lively round table hosted in Newham by a non-profit organization Friends of the Earth said.
“Net zero is around the corner,” said Mike Wake, Director of Friends of the Earth. “The UK has cut greenhouse gas emission (排放) by 40% to date mostly through the growth of large renewable generation on the grid (输电网), but further cuts will be needed as London tries to find new ways of using energy.
“While Newham has lower greenhouse gas emission per head than the UK, it has high levels of fuel poverty, poor air quality and leaky homes. Vastly improved energy efficiency, especially on older and leakier homes, along with more efficient forms of heating and an expansion of low carbon heat networks, will help,” said Wake.
“But the future requires a shift to a more communal solution,” the representatives said. District heating, which pipes hot water from a central source to connected homes or businesses, is often a cheaper and lower-carbon method of heating highly populated areas. “It’s the lowest cost and low carbon solution for the future,” Wake added.
“There are new technologies to use wasted heat,” Wake said. “We worked with businesses to decarbonise (使环保) energy supply. Rather than wasting, spare heat generated by manufacturing and other activities can be captured and used to heat nearby properties. Friends of the Earth has already helped save Newham thousands of tonnes of emissions through district heating plans, solar PV and more energy efficient measures in the homes.”
But the challenges are substantial. Newham has London’s second-highest rate of fuel poverty. “Anyway, I’m confident and hopeful about the collective challenge,” said Wake. “But for Newham to be at the forefront of a green economy, to solve fuel poverty and deal with structural equalities, we must spare no effort.”
1. What does Wake think of cutting greenhouse gas emission in the UK?A.It doesn’t work at all. | B.It ended a short time ago. |
C.It is very difficult to continue. | D.It still needs to be improved. |
A.Expensive. | B.Peaceful. | C.Public. | D.Complex. |
A.By releasing wasted heat. |
B.By starting up many businesses. |
C.By making national heating plans. |
D.By solving the issues about energy. |
A.Worried. | B.Positive. | C.Uncaring. | D.Critical. |
【推荐2】They come suddenly, without warning, and the question in your mind “Why now?” melts into the depressing realization that this could mean the end of your life. Until now.
A new machine-learning system of artificial intelligence(AI)can successfully predict the risk of cardiac arrest (心脏骤停)using timing and weather data, according to a new study published in the journal Heart.
The study found that the out-of-hospital risk of cardiac arrest was highest on Sundays, Mondays, during sharp drops in temperature during or between days, and on public holidays. The new findings could serve as an early warning system, lowering the risk of deadly episodes and raising survival chances, in addition to improving emergency medical services’ ability to prepare for serious situations. This is significant because out-of- hospital cardiac arrests are common globally, and are generally linked to low survival rates.
To deepen the research, the scientists evaluated the capacity of machine learning to anticipate daily out-of-hospital cardiac arrests via timing, as 1n the year, season, day of the week, hour of day, and daily weather, like snowfall, temperature, wind speed, and atmospheric pressure readings. Between 2005 and 2013, 1,299, 784 cases happened, and machine learning was implemented for 525,374 cases using timing data, weather, or both for a training dataset. These results were then contrasted with 135,678 cases that happened between 2014 and 2015, to examine the model’s capacity for accuracy for anticipating the statistical number of daily cardiac arrests in other years.
“This predictive model may be useful for preventing out of hospital cardiac arrest,” said the researchers. However, it’s critically important to note that this study does not promise a way to predict when people will really die from cardiac arrest. As a leading cause of death, the new machine learning AI merely predicts when the risk of having a heart attack is high.
1. What’s paragraph 3 mainly about?A.The seriousness of cardiac arrests. | B.The power of artificial intelligence. |
C.The great significance of the findings. | D.The time of cardiac arrests’ occurrence. |
A.Created. | B.Applied. | C.Suspended. | D.Updated. |
A.Critical. | B.Negative. | C.Doubtful. | D.Objective. |
A.To state the potential risks of heart attacks. |
B.To stress the importance of conducting researches. |
C.To introduce a breakthrough of a disease prediction. |
D.To point out the shortcomings of modern technology. |
【推荐3】The French Danone company is the latest to replace some plastic water bottles with aluminum (铝) cans. Competitors like Coca-Cola, PepsiCo and Nestle have also started selling water in aluminum cans.
Replacing plastic water bottles that pollute the seas with recyclable aluminum cans should be an easy way to help the environment, right?
Maybe not.
Aluminum cans might result in less ocean waste, and the metal containers also are lighter than glass or plastic bottles, but they also come with their own cost to the environment. The production of an aluminum can is estimated to release two times as much carbon dioxide into the air as a plastic bottle.
“That’s the dilemma you’re going to have to choose between,” said Ruben Griffioen, an official at beermaker Heineken. He said his company was Lrying to reduce the use of plastic bottles.
Bruce Karas of Coca - Cola North America agreed. He said, “There’s a mix. There are some things that are not that desirable, but if you have five good things and one that isn’t, we’ll all have to make decisions.” He added, “It’ll never be that clean.”
Bottled water is a 19 billion industry. Although its use of cans is increasing, experts say cans are unlikely to completely replace plastic bottles.
Aluminum is costlier than plastic so canned drinks mean higher prices for buyers. Another major consideration is user convenience-cans stay open while bottles can be reclosed. More importantly, there is one barrier to ending the use of plastic water bottles: There may not be enough cans to go around. Beer and wine makers are now also increasingly using aluminum.
1. What’s the advantage of aluminum cans?A.They are pollution-free. | B.They are lighter. |
C.They are cost-effective. | D.They are low-carbon. |
A.Supportive. | B.Disapproving. | C.Neutral | D.Indifferent. |
A.The wide application of aluminum cans. | B.The promising future aluminum cans |
C.The major advantages of aluminum cans. | D.The unavoidable limitations of aluminum cans. |
A.Aluminum Cans or Plastic Bottles? | B.A Blessing or a Misfortune? |
C.How to Deal with Plastic Bottles? | D.Why Do We Choose Aluminum Cans? |