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Top Technology Products at CES 2024

One of the world’s largest technology events, CES, is taking place this week in Las Vegas, Nevada. Here is a look at some top products presented at CES 2024.

Robot that adds walking power

WIRobotics introduced a wearable robot that provides walking assistance to users. The company’s WIM model is designed for anyone who needs an extra “push” when walking. An online description explains the robot can help individuals “walk farther, faster and healthier”. The price for such assistance is high, though, with the WIM selling for about $2,500.

Body power to charge a phone

Sports equipment developer LifeSpan introduced an exercise bicycle/desk combination that uses human power to charge phones or other devices. The Ampera bike is designed to be used with a “standing” desk table. LifeSpan says the bike can produce up to 65 watts of electricity per hour.

Home-made ice cream in 2 minutes

The ColdSnap company introduced a machine that can make single servings of ice cream in about two minutes. The machine uses small containers, called pods, just like Keurig coffeemakers. The company points out the pods for its ColdSnap machine can be kept at room temperature, saving energy costs. The machines can be taken anywhere and are simple to operate.

Smart mirror for better mental health

French health product developer Baracoda presented what it described as “the world’s first AI-powered smart mirror for mental wellness.” The company’s BMind model is built to work in any bathroom. The product was designed to use cameras and sensors to collect data on a person's movements , expressions and language. It can identify a user’s moods (心情) and sense other possible mental health issues.

1. What do the first product and the second one have in common?
A.They are expensive.B.They are related to sports.
C.They can produce power.D.They can make walking easier.
2. What can you do with AI-powered smart mirror?
A.Maintain a good mood.B.Make bathing more comfortable.
C.Improve your image gradually.D.Find your mental health problems.
3. Which product will you choose if you’re interested in cooking?
A.The robot that adds walking power.B.The Ampera bike.
C.The home-made ice cream machine.D.The AI-powered smart mirror.

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文章大意:这是一篇应用文。主要介绍了科学家在偶然的错误中发现的几项伟大发明。

【推荐1】Louis Pasteur once said, “Chance favors the prepared mind.” That’s the truth behind the following inventions — the scientists were prepared and were able to see the magic in a mistake.

Mauve

In 1856, William Perkin was trying to come up with an artificial medicine, but his experiments produced a thick mess. But the more Perkin looked at it, the more he saw a beautiful color in his mess. Turns out he had made mauve, the first-ever synthetic dye (合成染料), which was far better than any natural dyes: the color was brighter, clearer, and didn’t fade or wash out.

Superglue

This super-sticky substance was discovered by accident — twice! Chemist Harry Coover had been attempting to make clear plastic gun sights, and in 1942 one method he tested produced an extremely quick bonding adhesive (黏合剂). It was useless for his gun sights, though, and he forgot about it until almost ten years later, when he came across it again while developing heat-resistant parts for airplanes. This time he realised its potential, and the product was put on the market.

Plastic

In 1907, shellac (虫胶) was used in electronics. It was costly, so American chemist Leo Hendrik Baekeland tried to produce an alternative. Instead, his experiments produced a material that could take high temperatures. He later developed it into plastic, and it was soon used in the production of almost everything.

Teflon

Back in the 1930s, Young DuPont chemist Roy Plunkett was working to make a new kind of CFC for refrigeration. After storing the gas in certain containers, he opened one to discover that it had changed into a white powder that was extremely sticky and had a very high melting point. Three years later, the substance, which was named Teflon, was patented.

1. Which invention came out earliest?
A.Mauve.B.Superglue.C.Plastic.D.Teflon.
2. Who recognized the value of his original invention when developing airplane parts?
A.William Perkin.B.Harry Coover.C.Leo Hendrik.D.Roy Plunkett.
3. What do the inventions have in common?
A.They were made by accident.B.They could take high temperatures.
C.They received no recognition at first.D.They could be used in medical fields.
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【推荐2】Macinley Butson was just 16 years old when she first had the idea to try and protect women from more — than — necessary radiation during breast cancer treatments—and now, her invention could be a game-changer in the medical field.

Butson, whose father works in medical physics, has always been interested in science. But she only began researching the harmful side effects of radiation treatment after her father discussed his experience with ineffective cancer treatments in his work. Since Butson had also recently lost a relative to breast cancer, she felt inspired to conduct her own research on the subject. She tried to begin her medical research by consulting scientific journals, but she found their academic terms almost impossible to understand.

She then turned to the Internet to find videos that taught how to read scientific journals. As she went deeper in her research, she stumbled upon a key bit of information: copper (铜)has been shown to be effective at protecting skin from radiation. An idea hit this Australian teen as she was viewing a film on medieval wars in her 10th grade history class. When she saw the scaled (鳞片) patterns of the mail (盔甲),she was inspired to create a wearable protective tool out of copper. She then headed back online and watched videos on how to put together tiny scales. She made her own flexible scale-mail which she now calls SMART: Scale Mail for Radiation Therapy.

When her invention was tested in a laboratory setting, it reduced surface exposure to unnecessary radiation by 75%. And now Butson is working on getting her SMART into clinical settings for use.

1. Why did Macinley Butson start her research?
A.To assist her father with his work.B.To save her relative from cancer.
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C.History textbooks.D.Soldiers defensive clothes.
4. Which of the following best describes Macinley Buston?
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【推荐3】Imagine taking a flying taxi to the airport, or hopping over crowded city streets at rush hour, getting where you want to go far faster than you could in a car. Believe it or not, you might be able to do these things in an electric air taxi sooner than you think.

An air taxi is a small aircraft that can carry people from place to place. Air taxis don’t need a long runway like planes do. They can go straight up and down, like a helicopter.

In June, the FAA—the government group in charge of America’s skies—agreed to allow a company called Joby Aviation to start testing their new air taxi.

Joby has been making and testing flying taxis since 2017. But this is the first time that they’re testing a taxi that’s been built in a factory. Before that, all their taxis were made by hand.

By 2025, Joby hopes to start carrying passengers for money. They’ve teamed up with Delta Air Lines to create a program to fly people from their homes to the airport. Joby also expects their air taxis to provide a ride-sharing service in the air. Just like you might use an app to order a car to pick you up, you could use an app to order an air taxi.

Compared with helicopters, Joby claims their taxis are cheaper. The company expects to charge about $3 a mile (1.6 kilometers) at first. But over time, they hope to bring the price down to less than $1 per mile.

Joby isn’t the only company to develop air taxis. Companies around the world are working on similar vehicles. France even plans to use a few air taxis in Paris during next summer’s Olympic Games.

But there’s still a lot to do before air taxis become common. For one thing, governments need to make rules about where, when, and how these taxis can fly.

Still, it seems likely that air taxis will be part of the future of travel. The FAA says, “We could see air taxis in the skies by 2024 or 2025.”

1. What do the underlined words “hopping over” in paragraph 1 mean?
A.Moving below.B.Walking across.C.Jumping into.D.Flying over.
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D.They will be used during the next Olympic Games in Paris.
3. What does paragraph 5 mainly talk about?
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4. In what way are air taxis better than helicopters?
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