组卷网 > 高中英语综合库 > 主题 > 人与社会 > 科普与现代技术 > 科学技术
题型:阅读理解-阅读单选 难度:0.65 引用次数:42 题号:10203356

A new type of robot could help industries to cut costs and make better products.

Industrial robots have long been dangerous, caged creatures. But in recent years, the barriers between robots and humans have been coming down. A friendlier type of robot has begun appearing on the factory floor – and with it, a new way of working that could cut costs in many industries.

One area that has benefited hugely is the car industry. “In a car plant, a vehicle is produced every minute, and approximately 1,000 cars are made a day,” said Adolfo Suarez Roos, the Airbus Group expert who works with robotics on the French National Research Agency project ICARO. On the project, robots are able to help workers with repetitive tasks.

Suarez is hopeful the same success can be enjoyed while making planes. But given that robotics isn’t as widely used, the challenges are very different. “When making cars ,a robot has 40 seconds to do its job and the complete programming task takes about a month,” he said. “At Airbus, we produce 1.5 aircraft per day, so we have to look at tasks that will last several hours. We need mobile robots and a very simple way to program the robot.”

At Cranfield University, the EPSRC Centre in Intelligent Automation is trying to make this a reality for flight. An important part of the work is understanding how tasks can be divided between industrial robots and human operators to make use of the skills of both. When man and machine are working together over long periods of time, engineers are looking at how human can improve the robot or the robot can improve the human.

The project, called Futurassy, last year began introducing the robots to perform the processes that could be used across other sites by Airbus, an aircraft company.

The first robotic unit bought by Airbus arrived last year, and is now used at the A380 station, where humans now work with the robot. Key to the success of this project is safety, and making sure that the barriers between human and robot are just enough to still allow a productive working relationship.

Prof Phil Webb claims there is no doubt that the number of robots putting together aircraft will increase significantly over the next few years. Cost pressures placed on the traditional centers in North America and Europe mean they soon won’t have a choice but to move ahead with robotics.

1. Which industry has benefited a lot from robotics according to the article?
A.The car industry.B.The plane industry.
C.The computer industry.D.The service industry.
2. What are the main difficulties of using robots to make planes?
a. The high cost of robots.                         
b. The safety of using robots.
c. The poor creativity of robots.                 
d. Task division between human and robots.
e. Finding an easy way to program the robots.
A.a, b, cB.b, c, d
C.b, d, eD.a, c, e
3. What is the main factor that has pushed the aircraft industry to move ahead with robotics?
A.Technology development.B.Cost pressures.
C.A shortage of workers.D.The low efficiency of workers.
4. What is the article mainly about?
A.Safety tips for robotics in industries.
B.The aircraft industry’s difficult situation.
C.The use of robots in the aircraft industry.
D.The advantages and disadvantages of robots.

相似题推荐

阅读理解-阅读单选(约320词) | 适中 (0.65)
名校
文章大意:这是一篇说明文。文章主要介绍现代技术(AI和VR)怎样应用在文化遗产的保护上。
【推荐1】

Wherever we go, we are surrounded by history. Across the globe, cultural heritage is passed down through the generations. It is in the buildings and structures around us. It is in the arts and artifacts (手工艺品) we treasure. It lives in the languages we speak and the stories we tell. But today, it is under attack as never before. Not only are the damages of time threatening our cultural heritage, but conflicts, climate change, globalization and tourism are all exacting a heavy price. Technology is now the most essential weapon in the battle. Here's how technology is preserving our cultural heritage.

As you can imagine, creating the replicas (复制品) via crowd sourced 2D images is extremely time-consuming. Increasingly, artificial intelligence (AI) algorithms (算法) are being used to do all the required sourcing, allowing millions of images to be stored in a matter of hours.   AI will also make restoration and preservation of existing cultural heritage far easier and vastly superior to previous methods.

Virtual reality (VR) technology will play a leading role in preserving our cultural heritage in the coming years. Many of the most important sites and architecture are extremely fragile. Human interaction with these locations is doing a great deal of harm. Wastes accumulate everywhere, causing enormous problems. As more cultural heritage sites and objects are digitally mapped and recorded, VR technology will increasingly become the way that people experience them. We'll all eventually be able to walk through places, look at (and touch!) artifacts and works of art without ever seeing them with our own eyes.

Finally, our cultural heritage will be preserved via technology. Efforts in research, innovation, data sharing and project work will help promote and preserve the cultural heritage of countries all across the world.

1. What does the underlined word “exacting” in paragraph 1 mean?
A.Paying.B.Cutting.C.Receiving.D.Demanding.
2. What is the advantage of Al in preserving cultural heritage?
A.It generates 2D images.B.It makes restoration easier.
C.It makes preservation safer.D.It creates replicas in seconds.
3. How does VR help to preserve cultural heritage?
A.By recycling huge amounts of waste.B.By reducing human impact on the site.
C.By forbidding visitors from touching artifacts.D.By educating people about the sites' importance.
4. Which of the following can be the best title for the text?
A.How Technology Changes ArtB.What Cultural Heritage Means to Us
C.Preserve the Ancient with the AdvancedD.Prepare for a Revolution in Technology
2022-03-27更新 | 295次组卷
阅读理解-阅读单选(约330词) | 适中 (0.65)

【推荐2】Bryan Laubscher, one of the world's leading astrophysicists, who study the physics and chemistry of the stars, planets, etc, is developing an invention called the Mars Elevator. To form a picture of this, you may want to imagine the story of Jack and the Beanstalk . This is the story of a boy who grew a beanstalk that reached the heavens. Jack climbed the stalk and entered another world. The space elevator is similar but of course much more high-tech and better yet, it is real!

Astrophysicists are designing a steel-like cable that will be connected to a platform in the ocean. This cable is designed to be pulled up into space, where it will then be connected to a space station. People will be able to travel up and down this elevator by the year 2030. There will be a number of space elevators so that both tourists and businesses can travel into space. To get there, space tourists will simply travel to the nearest ocean elevator entrance. The trip up into space will take about a week. When they arrive, space tourists will be inside a space station and will be able to stay there. There are other alternatives, too. Astronomers think it will be easy to travel from the space station to the moon, where space tourists can stay in a moon hotel — which is now being designed.

The future looks bright for space tourists. It also looks bright for industry and scientists. Mining companies will travel to space to mine elements that are rare on Earth. Energy scientists will travel to space to set up space solar panels, which will collect a huge amount of energy from the sun and shoot it back to Earth where we can use it to heat our homes and meet our energy needs.

1. What does Jack and the Beanstalk help readers understand?
A.The difficulty of building space elevators.B.What material space elevators would use.
C.What space elevators would look like.D.The reason for inventing space elevators.
2. What can we infer about space elevators?
A.They're accepting pre-paid bookings.B.They'll be available in the near future.
C.They're mainly used for scientific study.D.They'll offer people a seven-day round trip.
3. What does the underlined word “alternatives” in Para. 2 mean?
A.Advantages.B.Purposes.C.Entries.D.Choices.
4. What is the author's attitude towards space elevators?
A.Worried.B.Doubtful.C.Critical.D.Positive.
2021-11-20更新 | 63次组卷
阅读理解-七选五(约190词) | 适中 (0.65)

【推荐3】Google announced this week that it’s building 100 self-driving car prototypes and Lloyd wrote a great piece discussing various city and planning implications, questions, and suggestions.     1    

It’s electric!

Google didn’t make a big point of this, but the self-driving cars will be 100% electric.     2    

Their small size would further help on the green front, but one commenter noted to me that the aerodynamics could be much better. Indeed. However, my understanding is that the shape of the vehicle is centered around the laser and radar sensors, maximizing their view.

You can summon the car!

As The Guardian puts it, "the car is summoned by a smartphone for pickup at the user’s location with the destination set."    3    

    4    

A key point that was very quickly mentioned in Lloyd’s post is that the cars only contain "two seats, a space for passengers’ belongings, buttons to start and stop, and a screen that shows the route — and that’s about it."

The car will have a range of 100 miles

    5     And the infamous and overhyped "range anxiety" shouldn’t be a problem for anyone, as the car should be smart enough to know whether or not it can get to its destination.

A.It has no pedals, no steering wheel
B.Confused? Don’t worry, this isn’t just for fun.
C.The car doesn’t want you to feel too at home
D.That would certainly make them much greener than typical cars.
E.On a full charge, the car will have a range of 100 miles, which is a lot for a non-Tesla 100% electric car.
F.Here are a few more points about the self-driving cars themselves that we thought were pretty interesting.
G.I know that’s what we all think of, but I thought that step of the technology was still a long way off.
2019-03-22更新 | 29次组卷
共计 平均难度:一般