题目内容
【题目】 Seventeen-year-old Lindsey Stoefen loves to play tennis, softball and run until last October when a rare disorder paralyzed her legs and left her in a wheelchair. But in late April after becoming an in-patient at Marianjoy Rehabilitation Hospital in Chicago, the teen climbed into a specially designed exoskeleton (外骨骼) which supported her body and moved her legs.
“Yes, I'm gonna be a robot! And I was scared at first. Am I gonna like it? Is it gonna be okay? And then once I got into it, I loved it." Lauren Bularzik, Lindsey s physical therapist, says the exo robots help to accelerate the recovery process.
For someone who takes a lot of energy to only walk a few feet, exo can get them up and get them moving. Besides speeding up recovery time, these robotic skeletons are especially helpful for those with paralysis, from spinal cord injuries and strokes.
Using the machine can help some patients rewire their brains to use secondary muscles, so they can eventually walk again without the device. But Patrick Wensing, assistant professor at the University of Notre Dame says exoskeletons have one big drawback. While existing exoskeletons are very powerful, right now they don t understand what the user wants to do. So in order to switch between activities in daily life, you often have to press a button interface to tell the exoskeleton “I would like to stand up now".
Wensing and his team are cooperating with Ekso Bionics, a leading developer of wearable robots, to create a machine that can understand what its user wants to do without implanted sensors and complicated control panels.
Taylor Gambon has spent the last year analyzing data from exoskeleton users and comparing them to models of everyday walking. Later this year, the team will travel to Ekso Bionics' California headquarters, where they will work directly with exoskeletons to design programs that interact with users of various disabilities, so that more people like Lindsey Stoefen can get back on their feet again.
【1】What's the purpose of the story about Stoefen in the first paragraph?
A.To prove Stoefen's bravery against disability.
B.To explain Stoefen's misfortune in life.
C.To introduce advanced medical skills in Chicago.
D.To introduce the topic of robotic skeleton.
【2】How does Patrick Wensing find the robotic skeletons?
A.They can improve the recovery speed.
B.They can replace the real person.
C.They can't understand the intention of users.
D.They can help patients do everything in life.
【3】What's the attitude of Taylor Gambon and his team towards the development of exo robots?
A.Disappointed.B.Critical.
C.Indifferent.D.Optimistic.
【4】Where is the text probably taken?
A.An advertisement.B.A science fiction.
C.A product handbook.D.A popular science magazine.
【答案】
【1】D
【2】C
【3】D
【4】D
【解析】
本文是一篇夹叙夹议文。文章主要是介绍一种有助于加速康复过程的骨外机器人的研制以对此研究趋势探究。
【1】推理判断题。本文第一段开头讲述了喜欢运动的斯托芬得了一种罕见疾病使得她的腿部瘫痪,她不得不坐上了轮椅。但是在4月底,当她住进芝加哥马里亚诺康复医院后,斯托芬用上了专门设计的外骨骼,使她能站起来并走动。接下来讲述这种骨外机器人发明的情况,故斯托芬的故事是为了引出下文谈论的骨骼机器人。故选D。
【2】细节理解题。根据第四段中的But Patrick Wensing, assistant professor at the University of Notre Dame says exoskeletons have one big drawback. While existing exoskeletons are very powerful, right now they don’t understand what the user wants to do.(但是圣母大学的助理教授Patrick Wensing说,外骨骼系统有一个很大的缺点。虽然现有的外骨骼非常强大,但目前它们还不知道用户想要做什么)可知,在Patrick看来,外骨骼系统有一个很大的缺点,它们不知道使用者的意图。故选C。
【3】推理判断题。根据本文最后一段谈到泰勒·甘邦分析外骨骼用户数据,并将其与日常行走模式进行了比较。同时该团队将前往Ekso Bionics公司加州总部,他们将直接与骨骼机器人接触,设计可以与各类残疾病人互动的骨骼机器人。因此,更多像林赛·斯托芬这样的病人就可以重新站起来了,可见泰勒·甘邦以及他的团队对于骨骼机器人的研究持乐观支持的态度。故选D。
【4】推理判断题。本文主要通过讲述腿部瘫痪的斯托芬在不得不坐上轮椅的情况下,借助于骨外机器人能站起来并走动的故事,以此来介绍骨外机器人的优缺点和此项发明的研究趋势,故本文最可能是来自于科学杂志。故选D。