求一篇关于发明的英语作文，要求包含发明人 发明时间 发明地点和怎样发明的，90个单词左右，不能写电视、汽车、电脑、电话、计算机、茶、飞碟、薯片。速度啊！！！
The Telephone
The telephone is one of the most welcome and useful inventions.No wonder more and more families have got to use their own telephones today.
The telephone makes things easy in many ways.Especially,after the mobile telephone appears,communication becomes easier and rapider.To students and people going out for business far away from their homes,the telephone can shorten the distance between them and their families.Thus they will get comfort whenever they are homesick or they run into trouble.With the help of the telephone,people can keep in touch with anyone at any time and in any place for urgent help.
All in all,the telephone is so helpful that we can say that nowadays we can not live without the telephone in our daily life.We will further improve the performance of the telephone so as to create better conditions for its development.
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The telephone is one of the most welcome and useful inventions.No wonder more and more families have got to use their own telephones today.
The telephone makes things easy in many ways.Especially,after the mobile telephone appears,communication becomes easier and rapider.To students and people going out for business far away from their homes,the telephone can shorten the distance between them and their families.Thus they will get comfort whenever they are homesick or they run into trouble.With the help of the telephone,people can keep in touch with anyone at any time and in any place for urgent help.
All in all,the telephone is so helpful that we can say that nowadays we can not live without the telephone in our daily life.We will further improve the performance of the telephone so as to create better conditions for its development.
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çµè¯æ¯ç®åæå欢è¿åææç¨çåæä¹ä¸,æªä¸å¾è¶æ¥è¶å¤ç人已ç»ä½¿ç¨äºèªå·±ççµè¯.
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第1个回答 推荐于2018-02-25
The abacus was invented in the sixth century by Chinese people.The umbrella was invented about 4000 years ago in Assyria,China and Egypt.The binoculars was invented in 1854 by Ignatio Porro in Italy.The camera was invented in 1827 by Joseph Nicephore Niepce who took the first picture.The bicycle was invented in 1880s in England.本回答被提问者和网友采纳
第2个回答 2012-05-15
Following the terminology of political economist Joseph Schumpeter, an invention differs from an innovation. While an invention is merely theoretical (even though the legal protection of a patent may have been sought), an innovation is an invention that has been put into practice. However, these conflicts with the theory of social anthropologists and other social sciences researchers. In social sciences, an innovation is anything new to a culture. The innovation does not need to have been adopted. The theory for adoption (or non-adoption) of an innovation is called diffusion of innovations. This theory, first put forth by Everett Rogers, considers the likelihood that an innovation will ever be adopted and the taxonomy of persons likely to adopt it or spur its adoption. Gabriel Tarde also dealt with the adoption of innovations in his Laws of Imitation.[citation needed]
第3个回答 2007-12-25
The abacus was invented in the sixth century by Chinese people.The umbrella was invented about 4000 years ago in Assyria,China and Egypt.The binoculars was invented in 1854 by Ignatio Porro in Italy.The camera was invented in 1827 by Joseph Nicephore Niepce who took the first picture.The bicycle was invented in 1880s in England.
Computer enjoys a long history and it is one of the most inventions.
Today, it is widely used in many fields.
The oldest computers is the abacus used in China several centries ago, but the computer is becoming smaller and smaller now, and it can be used in shops, factories and hospitals.
The computers are developing with an astonishing speed, and no one could expect what it will be like in the future.
1．The computer has a long history , it is one of the most important nventions. Today, the computer applies in many ways.
2.The oldest computer is was the abaci which worked in many A.Ds ago in China, but now the couputer is getting smaller and smaller, and it can do many works, it can work in shops,factories and hospitals and other places.
3.The computer grows very fast, nobody can know the future of it.
Computer enjoys a long history and it is one of the most inventions.
Today, it is widely used in many fields.
The oldest computers is the abacus used in China several centries ago, but the computer is becoming smaller and smaller now, and it can be used in shops, factories and hospitals.
The computers are developing with an astonishing speed, and no one could expect what it will be like in the future.
1．The computer has a long history , it is one of the most important nventions. Today, the computer applies in many ways.
2.The oldest computer is was the abaci which worked in many A.Ds ago in China, but now the couputer is getting smaller and smaller, and it can do many works, it can work in shops,factories and hospitals and other places.
3.The computer grows very fast, nobody can know the future of it.
第4个回答 2007-12-16
An invention is an object, process, or technique which displays an element of novelty. An invention may sometimes be based on earlier developments, collaborations or ideas, and the process of invention requires at least the awareness that an existing concept or method can be modified or transformed into an invention. However, some inventions also represent a radical breakthrough in science or technology which extends the boundaries of human knowledge. Legal protection can sometimes be granted to an invention by way of a patent.
Contents
[hide]
* 1 The process of invention
* 2 Ideas as a starting point
* 3 Commercialization
* 4 Innovation
* 5 See also
* 6 Bibliography
* 7 External links
[edit] The process of invention
Over time, humanity invented objects and methods for accomplishing tasks which fulfill some purpose in a new or different manner, usually with the objective of realizing that purpose in a faster, more efficient, easier or cheaper way.
[edit] Ideas as a starting point
Although a new or useful object or method may be developed to fulfill a specific purpose, the original idea may never be fully realised as a working invention, perhaps because the concept is in some way unrealistic or impractical.
A "castle in the air" or a "pie in the sky" (or "castles in Spain") may refer to a creative idea which does not reach fruition due to practical considerations. The history of invention is full of such castles, because inventions are not necessarily invented in the order that is most useful; for example, the design of the parachute was worked out before the invention of powered flight. Other inventions simply solve problems for which there is no economic incentive to provide a solution.
On the other hand, any barriers to implementation may simply be an issue of engineering or technology which can be overcome in time with scientific advances. History is also replete with examples of ideas which have taken some time to reach physical reality, as demonstrated by various ideas originally attributed to Leonardo da Vinci which are now expressed in everyday physical form.
[edit] Commercialization
Inventors may be inspired to invent through a desire to create something new or better, simple altruism, or for competitive or commercial reasons. An invention may also result from a combination of these motivating factors. Although many inventors may have in mind the commercialization of their product, very few will secure the funding and support often needed to develop and launch a product in the marketplace, and fewer still will experience lasting commercial success or the economic reward they may have expected. However, inventor associations and clubs and business incubators can be used to provide the mentoring, commercial skills and economic resources which private inventors may often lack. Entrepreneurship and an awareness of the demands of a changing marketplace are typical characteristics of successful inventors.
Most great inventors developed countless prototypes, changing their designs innumerable times. Today much emphasis is placed on research and development, prototyping and finding solutions.
Inventions are one of the chief examples of "positive externalities" (an economist's name for a beneficial side-effect that falls on those outside a transaction or activity). One of the central concepts of economics is that externalities should be internalized: unless some of the benefits of this positive externality can be captured by the parties, the parties will be under-rewarded for their inventions, and systematic under-rewarding will lead to under investment in activities that lead to inventions. One important economic effect of the patent system is to capture those positive externalities for the inventor (or the party that hired the inventor), so that the economy as a whole will invest a more-closely-optimum amount of resources in the process of invention.
[edit] Innovation
This section does not cite any references or sources.
Please improve this section by adding citations to reliable sources. Unverifiable material may be challenged and removed. (September 2007)
Main article: Innovation
Following the terminology of political economist Joseph Schumpeter, an invention differs from an innovation. While an invention is merely theoretical (even though the legal protection of a patent may have been sought), an innovation is an invention that has been put into practice. However, these conflicts with the theory of social anthropologists and other social sciences researchers. In social sciences, an innovation is anything new to a culture. The innovation does not need to have been adopted. The theory for adoption (or non-adoption) of an innovation is called diffusion of innovations. This theory, first put forth by Everett Rogers, considers the likelihood that an innovation will ever be adopted and the taxonomy of persons likely to adopt it or spur its adoption. Gabriel Tarde also dealt with the adoption of innovations in his Laws of Imitation.[citation needed]
Contents
[hide]
* 1 The process of invention
* 2 Ideas as a starting point
* 3 Commercialization
* 4 Innovation
* 5 See also
* 6 Bibliography
* 7 External links
[edit] The process of invention
Over time, humanity invented objects and methods for accomplishing tasks which fulfill some purpose in a new or different manner, usually with the objective of realizing that purpose in a faster, more efficient, easier or cheaper way.
[edit] Ideas as a starting point
Although a new or useful object or method may be developed to fulfill a specific purpose, the original idea may never be fully realised as a working invention, perhaps because the concept is in some way unrealistic or impractical.
A "castle in the air" or a "pie in the sky" (or "castles in Spain") may refer to a creative idea which does not reach fruition due to practical considerations. The history of invention is full of such castles, because inventions are not necessarily invented in the order that is most useful; for example, the design of the parachute was worked out before the invention of powered flight. Other inventions simply solve problems for which there is no economic incentive to provide a solution.
On the other hand, any barriers to implementation may simply be an issue of engineering or technology which can be overcome in time with scientific advances. History is also replete with examples of ideas which have taken some time to reach physical reality, as demonstrated by various ideas originally attributed to Leonardo da Vinci which are now expressed in everyday physical form.
[edit] Commercialization
Inventors may be inspired to invent through a desire to create something new or better, simple altruism, or for competitive or commercial reasons. An invention may also result from a combination of these motivating factors. Although many inventors may have in mind the commercialization of their product, very few will secure the funding and support often needed to develop and launch a product in the marketplace, and fewer still will experience lasting commercial success or the economic reward they may have expected. However, inventor associations and clubs and business incubators can be used to provide the mentoring, commercial skills and economic resources which private inventors may often lack. Entrepreneurship and an awareness of the demands of a changing marketplace are typical characteristics of successful inventors.
Most great inventors developed countless prototypes, changing their designs innumerable times. Today much emphasis is placed on research and development, prototyping and finding solutions.
Inventions are one of the chief examples of "positive externalities" (an economist's name for a beneficial side-effect that falls on those outside a transaction or activity). One of the central concepts of economics is that externalities should be internalized: unless some of the benefits of this positive externality can be captured by the parties, the parties will be under-rewarded for their inventions, and systematic under-rewarding will lead to under investment in activities that lead to inventions. One important economic effect of the patent system is to capture those positive externalities for the inventor (or the party that hired the inventor), so that the economy as a whole will invest a more-closely-optimum amount of resources in the process of invention.
[edit] Innovation
This section does not cite any references or sources.
Please improve this section by adding citations to reliable sources. Unverifiable material may be challenged and removed. (September 2007)
Main article: Innovation
Following the terminology of political economist Joseph Schumpeter, an invention differs from an innovation. While an invention is merely theoretical (even though the legal protection of a patent may have been sought), an innovation is an invention that has been put into practice. However, these conflicts with the theory of social anthropologists and other social sciences researchers. In social sciences, an innovation is anything new to a culture. The innovation does not need to have been adopted. The theory for adoption (or non-adoption) of an innovation is called diffusion of innovations. This theory, first put forth by Everett Rogers, considers the likelihood that an innovation will ever be adopted and the taxonomy of persons likely to adopt it or spur its adoption. Gabriel Tarde also dealt with the adoption of innovations in his Laws of Imitation.[citation needed]
