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题型:阅读理解-阅读单选 难度:0.65 引用次数:118 题号:20006026

When Alex Petrie went to stay with his father, he noticed that the 75-year-old walked around several times during the night. This was worrying: his father lived alone and had recently been diagnosed with Lewy body dementia (路易体失智症).

“I was feeling quite nervous about it and wondered if he was doing it every night,” says Petrie. “It‘s not nice to think that he's worried or can't sleep properly.”

But Petrie had recently installed (安装) a smart home system, Howz, in his father's flat. It uses sensors to track movements, feeding the data into an app that family members and close friends can access. Once the Howz system has analysed and established someone's habitual way of doing things, it will send alerts (警报) to the app if there are any changes. For example, if a sensor usually senses movement before 8 am each day — signalling the time the person normally gets up — an alert will be sent if there has been no movement by that time. Relatives can then call in to make sure everything is okay.

Using the app, Petrie could see that his father usually got a good night’s sleep and very rarely walked about during the night. With this knowledge, he was able to provide the right kind of support and care when his father did have a sleepless night.

Howz, which was developed by Intelesant, a Manchester-based health tech company, aims to help people live independently in their own homes and provide peace of mind for their relatives.

Petrie set up two sensors in his father’s flat: one on the front door and another in the hall. “The door sensor is important as I can see whether his carers have visited. It doesn’t tell me who has visited but it’s easy to find out by the time of the day. The sensor in the hall covers the most commonly used area of the flat. It gives us a near-continuous view of whether he's up and about. It’s a little safety net,” says Petrie.

1. What was the problem with Petrie’s father?
A.He insisted on living alone.
B.He didn't like the care home.
C.He always went out for a walk at night.
D.He sometimes couldn’t fall asleep at night.
2. What is paragraph 3 mainly about?
A.How Howz works.
B.How Howz is tested.
C.Who invented Howz.
D.Why Howz was created.
3. What does Petrie think of Howz?
A.It isn’t privacy-friendly.
B.It isn’t safe enough.
C.It is quite helpful.
D.It is big business.
4. What does the author want to tell us in the text?
A.Tech shortens the distance between people.
B.Tech is benefiting people’s daily life.
C.Tech affects the way people work.
D.Tech is slowing down aging.
【知识点】 发明与创造 说明文

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文章大意:这是一篇说明文。文章主要说明了科学家已经开发出一种类似手指的设备,通过触摸物体表面来绘制物体的三维内部结构。

【推荐1】Scientists have developed a fingerlike device that maps an object’s internal structure in 3-D by touching its surface. “This bionic finger has exciting application prospects in material characterization and biomedical engineering,” says Zhiming Chen, an engineer at China’s Wuyi University. “The technology could also be combined into robots and medical fields, which is our next research topic.”

The new “finger” contains a carbon fiber tactile sensor (触觉传感器), which returns a stronger signal when pressed against firmer objects. The device moves across an object’s surface to feel for increasing levels of pressure. This process can reveal subsurface details, such as hard layers inside soft er materials. “When pressed by this bionic finger, hard objects maintain their shape, whereas soft objects de form when sufficient pressure is applied,” says Jian Yiluo, the study’s senior author. “This information is sent to a computer, along with the recorded position, and displayed in real time as a 3-D image.”

Other imaging methods, including X-ray, PET, MRI and ultrasound, have their own advantages and disadvantages. X-ray s carry health risks, and other options lack portability or speed. Many are expensive. The new device is unlikely to be significantly cheaper than ultrasound, but it may provide better resolution (清晰度).

In man-made human tissue, the device can exactly find bones and a blood vessel (血管). For a flexible electronic circuit enveloped in soft material, it detected a circuit break and an incorrectly drilled hole. “When we make those devices, we always worry that if something is broken, the only way you can know is to take it apart,” engineer Subramanian says.

The device will struggle to map objects whose outer surfaces are too hard, and it may miss details underneath hard layers. The researchers plan to extend their invention into more dimensions, however, perhaps exploring from other directions as well. “This system might be expanded to multiple fingers, just like our hands, to realize detection in all directions,” Chen says. “This would enable it to get more complete information.”

1. What does Zhiming Chen think of the fingerlike device?
A.Convenient.B.Promising.C.Popular.D.Complicated.
2. What is Paragraph 2 mainly about?
A.How the new finger works.B.What benefits the finger brings.
C.Where the finger is applied.D.Why the finger is welcomed.
3. What’s the advantage of the new 3-D imaging device compared to ultrasound?
A.It is cheaper.B.It is quicker.C.It is clearer.D.It is safer.
4. What will the study focus on to improve the device?
A.The sense of direction.B.The exploration of human hands.
C.The application field.D.The detection accuracy.
2024-03-06更新 | 24次组卷
阅读理解-阅读单选(约280词) | 适中 (0.65)
文章大意:本文是一篇应用文。文章指出国际发明家协会联合会(IFIA)每年举办大约50场活动。文章介绍了四个即将举行的活动的信息。

【推荐2】The International Federation of Inventors’ Associations (IFIA) holds around 50 events every year. Here is the information of some upcoming events.

Korea International Women’s Invention Exhibition (KIWIE)


KIWIE is truly one and only festival celebrating women inventors and inventions in the world, which has driven the growth of women inventors at home and abroad. This year, KIWIE 2023 will be held online and offline so that you can view the site and the online exhibition hall at the same time.

Date: July 20 (Thurs) — 22 (Sat), 2023

Place: Hall 4, Exhibition Center 1, KINTEX

International Invention Innovation Competition in Canada (iCAN)


iCAN 2022 last year featured more than 720 inventions from 81 countries around the world and was a true global stage for worldwide creativity and innovation. This year is a special online edition. You can send your application form and video file before 10th August 2023 by email.

Date: August 26 (Sat), 2023

Website: www. tisias. org

Macao (China) International Innovation and Invention Exhibition Expo (MiiEX)


MiiEX is the first and only contest showing various inventions and new products that are intended to go to the market. MiiEX offers a platform for communication among university students and inventors, through which students will get inspiration from interaction among participants.

Date: October 27 (Fri) — 29 (Sun), 2023

Place: Cotai Expo Hall D, The Venetian Macao (China) — Online and Offline Exhibition

Malaysia Technology Exhibition (MTE)


MTE focuses on recognizing inventions, programmes and ideas which contribute to sustainability, reducing poverty, improving area cooperation, protecting our planet, and building peace. The awards especially encourage the development of local solutions to local challenges.

Date: October 17 (Tues) — 21 (Sun), 2023

Virtual Event: www. mte. org. my

Place: Kuala Lumpur City Center.

1. Which of the following events is only available online this year?
A.KIWIE.B.iCAN.C.MiiEX.D.MTE.
2. Who can benefit from MiiEX according to the text?
A.Macao people.B.Market managers.C.Women inventors.D.University students.
3. What inventions are more likely to be awarded in MTE?
A.Low-cost inventions.B.High-tech inventions.
C.World-wide inventions.D.Local-related inventions.
2023-07-02更新 | 45次组卷
阅读理解-阅读单选(约340词) | 适中 (0.65)
名校
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【推荐3】Scientists have created the first lab-grown coffee, which they say “smells and tastes like the real thing”. The Finland-based researchers used a process called cellular agriculture, which includes taking out cells from a small plant or animal sample (样本). In the latest example of lab-grown options, cell samples were taken from Arabica, a popular coffee plant that makes up 56 per cent of global production. With lab-grown coffee, the researchers say that they can deal with problems facing the global coffee industry, such as a need for clearing space for coffee plants to keep up with an increasing need for the drink worldwide.

The research is being conducted at VTT Technical Research Centre based in Espoo, Finland—the country that drinks the most coffee per person. “The process uses real coffee plant cells,” Dr. Heiko Rischer, head of plant biotechnology at Finland’s VTT research center, said. “At first, a cell culture (细胞培养) is started from a plant part, for example, a leaf. The formed cells reproduced on a specific nutrient medium. In the end, the cells are transported to a bioreactor from which the biomass (生物量) is then harvested. The cells are dried and roasted then coffee can be brewed.”

The first collection produced by VTT in their laboratory smells and tastes like traditional coffee, according to the results of a “sensory analysis (感官分析)”. After drinking a cup, Dr. Rischer said, “There is a surprisingly full smell. In terms of smell and taste, our trained sensory judgement and analytical examination has found the coffee bears similarity to ordinary coffee,” he said. “The experience of drinking the very first cup was exciting. ”

The idea that coffee cells could be used to make coffee was presented back in 1974 by plant scientist P. M. Townsley. But the VTT scientists have put the theory into practice with their lab-grown brew, which they think could hit the market by 2025.

1. What might be one of the causes of creating lab-grown coffee?
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C.Lab-grown coffee makes people who drink it more excited.
D.Lab-grown coffee tastes and smells better than ordinary coffee.
4. What is the main purpose of this article?
A.To praise scientists sticking with creation.B.To present a research on man-made coffee.
C.To introduce a new kind of Arabica coffee.D.To solve coffee shortage troubling people.
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