题目内容
Humans have sewn by hand for thousands of years. It was said that the first thread was made from animal muscle and sinew (肌腱). And the earliest needles were made from bones. Since those early days, many people have been involved in the process of developing a machine that could do the same thing more quickly and with greater efficiency.
Charles Wiesenthal, who was born in Germany, designed and received a patent on a double-pointed needle that eliminated the need to turn the needle around with each stitch (缝合) in England in 1755. Other inventors of that time tried to develop a functional sewing machine, but each design had at least one serious imperfection.
Frenchman Barthelemy Thimonnier finally engineered a machine that really worked. However, he was nearly killed by a group of angry tailors when they burned down his garment factory. They feared that they would lose their jobs to the machine.
American inventor Elias Howe, born on July 9, 1819, was awarded a patent for a method of sewing that used thread from two different sources. Howe’s machine had a needle with an eye at the point, and it used the two threads to make a special stitch called a lockstitch. However, Howe faced difficulty in finding buyers for his machines in America. In frustration, he traveled to England to try to sell his invention there. When he finally returned home, he found that dozens of manufacturers were adapting his discovery for use in their own sewing machines.
Isaac Singer, another American inventor, was also a manufacturer who made improvements to the design of sewing machines. He invented an up-and-down-motion mechanism that replaced the side-to-side machines. He also developed a foot treadle (脚踏板) to power his machine. This improvement left the sewer’s hands free. Undoubtedly, it was a huge improvement of the hand-cranked machine of the past. Soon the Singer sewing machine achieved more fame than the others for it was more practical. It could be adapted to home use and it could be bought on hire-purchase. The Singer sewing machine became the first home appliance, and the Singer company became one of the first American multinationals.
However, Singer used the same method to create a lockstitch that Howe had already patented. As a result, Howe accused him of patent infringement (侵犯). Of course, Elias Howe won the court case, and Singer was ordered to pay Howe royalties (版税). In the end, Howe became a millionaire, not by manufacturing the sewing machine, but by receiving royalty payments for his invention.
1.Barthelemy Thimonnier’s garment factory was burned down because __________.
A. people did not know how to put out the fire
B. Elias Howe thought Thimonnier had stolen his invention
C. the sewing machines couldn’t work finally
D. workers who feared the loss of their jobs to a machine set fire
2.Why did the court force Isaac Singer to pay Elias Howe a lifetime of royalties?
A. Because the judge was against Singer for his unfriendly attitude.
B. Because Howe had already patented the lockstitch used by Singer.
C. Because Singer had borrowed money from Howe and never repaid it.
D. Because Singer and Howe had both invented the same machine.
3.Which of the following would be the best title for this passage?
A. A Stitch in Time Saves Nine
B. The Case between Howe and Singer
C. Patent Laws on the Sewing Machine
D. The Early History of the Sewing Machine
1.D
2.B
3.D
【解析】人类最早是用动物的骨头和肌腱做针线来缝制的,很多人梦想发明机器来解放繁重的劳动。法国的Barthelemy Thimonnier发明了能用的缝纫机结果却差一点被裁缝活活烧死。美国的Elias Howe发明并申请了专利双线连锁缝纫法,结果回到英国发现另一个美国人Isaac Singer改用脚工作,使缝纫机走进了百姓家,缝纫法还是他的。最终Howe成了百万富翁,不是因为批量生产缝纫机,而是因为得到了他发明的版税。
1.细节理解题。第三段大意是:Barthelemy Thimonnier 的制衣厂被一群愤怒的裁缝烧了,因为他们担心会因为这个机器而丢了工作。 故选D。
2.细节理解题。 最后一段的大意:法庭强迫Isaac Singer付给 Elias Howe专利税。因为Isaac Singer没有经过Elias Howe同意,就使用了他已经申请了专利的双线连锁缝纫法。Howe控告Singer侵权并获胜,而Singer被要求付给Howe版税。故选B。
3.主题归纳题。通读全文判断,全文介绍了缝纫机从无到有,从手动到脚动的过程,以及几个发明人之间的故事。所以最佳题目应该是缝纫机的早期历史。故选D。
考点:说明类短文阅读。
What will people die of 100 years from now?If you think that is a simple question,you have not been paying attention to the revolution that is taking place in bio-technology(生物技术).With the help of new medicine,the human body will last a very long time.Death will come mainly from accidents,murder and war.Today’s leading killers,such as heart disease,cancer,and aging itself,will become distant memories.
In discussion of technological changes,the Internet gets most of the attention these days.But the change in medicine can be the real technological event of our times.How long can humans live?Human brains were known to decide the final death.Cells(细胞) are the basic units of all living things,and until recently,scientists were sure that the life of cells could not go much beyond 120 years because the basic materials of cells,such as those of brain cells,would not last forever.But the upper limits will be broken by new medicine.Sometime between 2050 and 2100,medicine will have advanced to the point at which every 10 years or so,people will be able to take medicine to repair their organs(器官).The medicine,made up of the basic building materials of life,will build new brain cells,heart cells,and so on—in much the same way our bodies make new skin cells to take the place of old ones.
It is exciting to imagine that the advance in technology may be changing the most basic condition of human existence,but many technical problems still must be cleared up on the way to this wonderful future.
【小题1】According to the passage,human death is now mainly caused by _______.
A.diseases and aging | B.accidents and war |
C.accidents and aging | D.heart disease and war |
A.medicine | B.the Internet |
C.brain cells | D.human organs |
A.heart disease will be far away from us |
B.human brains can decide the final death |
C.the basic materials of cells will last forever |
D.human organs can be repaired by new medicine |
A.human life will not last more than 120 years in the future |
B.humans have to take medicine to build new skin cells now |
C.much needs to be done before humans can have a longer life |
D.we have already solved the technical problems in building new cells |