英语演讲PPT-机器人简介
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英语演讲Artificial-intelligence人工智能PPT课件
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The future of AI
Since the birth of artificial intelligence,the
theory and technology are becoming more
and more mature,and the application field
is also expanding.It can be envisaged that
the technology products brought by
artificial intelligence in the future will be
The”container” of human wisdom and m
ay be more than human intelligence.
University of Science and Technology of China
artificial intelligence robot “jiajia”
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Language recognition
Language recognition “Xunfei input”
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8
Image recognition
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AlphaGo
As we all know that AlphaGo eventually defeated Lee Sedol with a total score of 1:4. This Go Game shows the power of artificial inte technology of iPhone X
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Natural Language Processing
医用纳米机器人英语演讲
Columbia University scientists successfully developed a spider robots. They can follow the path of ile, steering, and stop. They can walk freely on the surface of a twodimensional object. This spider robots only 4 nano long, smaller than one million one hundred thousandth the diameter of a human hair. Spider robots can be used for medical enterprise, help people to identify and kill cancer cells to achieve the goal of treatment for cancer. 哥伦比亚大学的科学家成功地开发了一个蜘蛛机器人。他们 可以沿着DNA自由行走,移动、方向盘、和停止。他们可以自 由行走在一个二维物体的表面。这只蜘蛛机器人长4纳米,比 人类头发直径的十万分之一还小。蜘蛛机器人可以用于医疗 事业，帮助人类识别并杀死癌细胞以达到治疗癌症的目的。
Thank you for your listening 谢谢大家的倾听
Many engineers, scientists and doctors think, medical nanoscale robots have unlimited potential. One of the most likely include: anti-cancer, remove blood clot, clean the wound, help blood coagulation, dispel parasites, treat gout, crushing kidney stones, artificial insemination and the cell activation energy. Make the person not only keep healthy, and prolong life. 许多工程师、科学家和医生都认为，医用纳米机器人有 着无限的潜力。其中最有可能的包括：治疗抗癌、去除 血块、清洁伤口、帮主凝血、祛除寄生虫、治疗痛风、 粉碎肾结石、人工授精以及激活细胞能量。使人不仅保 持健康，而且延长寿命。
机器人课件chapter1
机器人学是工程与科学的跨学科分支，包括机械工程、电 子工程、信息工程、计算机科学等。机器人学涉及机器人 的设计、构造、操作和使用，以及控制、感觉反馈和信息 处理的计算机系统。
ቤተ መጻሕፍቲ ባይዱ
These technologies are used to develop machines that can substitute for humans and replicate human actions. Robots can be used in many situations and for lots of purposes, but today many are used in dangerous environments (including bomb detection and deactivation), manufacturing processes, or where humans cannot survive (e.g. in space). Robots can take on any form but some are made to resemble humans in appearance. This is said to help in the acceptance of a robot in certain replicative behaviors usually performed by people. Such robots attempt to replicate walking, lifting, speech, cognition, and basically anything a human can do. Many of today’s robots are inspired by nature, contributing to the field of bio-inspired robotics.
机器人PPT
的多功能操作装置，可以通过改变动作程序，来完成各种工作，主 要用于搬运材料，传递工件。”)
or virtual artificial agent, usually an electro-mechanical machine that is guided by a computer program or electronic circuitry(电路线路).
is a “reprogrammable, multifunctional manipulator designed to move material, parts, tools or specialized devices through variable programmed motions for the performance of a variety of tasks.” (它是一个“可重复编程
ROBOT
马坤 尤长俊 任成勇 朱庆 梁文俊
1. What is the robot ?
2. The origin of the robot
3. What can robot do ? 4. The development trend of the robot
Association, the leading trade group for the robotics industry, defines a robot as follows: it
1738年，法国天才技师杰克•戴•瓦克逊发明了一只机器鸭，它会嘎嘎叫，会游泳和喝 水，还会进食和排泄。瓦克逊的本意是想把生物的功能加以机械化而进行医学上的分 析。
What can robot do
FIRST，human social life more closely
or virtual artificial agent, usually an electro-mechanical machine that is guided by a computer program or electronic circuitry(电路线路).
is a “reprogrammable, multifunctional manipulator designed to move material, parts, tools or specialized devices through variable programmed motions for the performance of a variety of tasks.” (它是一个“可重复编程
ROBOT
马坤 尤长俊 任成勇 朱庆 梁文俊
1. What is the robot ?
2. The origin of the robot
3. What can robot do ? 4. The development trend of the robot
Association, the leading trade group for the robotics industry, defines a robot as follows: it
1738年，法国天才技师杰克•戴•瓦克逊发明了一只机器鸭，它会嘎嘎叫，会游泳和喝 水，还会进食和排泄。瓦克逊的本意是想把生物的功能加以机械化而进行医学上的分 析。
What can robot do
FIRST，human social life more closely
演讲比赛ppt
• Robôs industriais • Robot industriel
工业机器人主要类别
Main categories of industrial robots
搬运机器人
焊接机器人
激光加工机器人
喷涂机器人
工业机器人类别概述
Overview of Industrial Robot Categories
搬运机器人
搬运机器人【transfer robot】是可以进行自动化搬运作业 的工业机器人。
焊接机器人
焊接机器人焊接机器人具有性能稳定、工作空间大、运动 速度快和负荷能力强等特点，焊接质量明显优于人工焊接， 大大提高了点焊作业的生产率。
激光加工机器人
激光加工机器人是将机器人技术应用于激光加工中，通过 高精度工业机器人实现更加柔性的激光加工作业。
Application Specific Gravity Diagram of Industrial Robot
汽车工业
37%
汽车零部件工业
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31%
工业机器人的应用
Application of Industrial Robot
1，仓储业 2，制造业
3，公共场合 4，烟草行业 01
工业机器人
目录
1 工业机器人的概念 2 工业机器人的种类 3 工业机器人的应用 4 工业机器人的发展
概念
工业机器人
• Industrial robot • Robots industriales
• Robôs industriais • Robot industriel
工业机器人概述
Overview of Industrial Robots
亚洲方面，工业机器人大规模应用的时机已经成熟。汽 车行业的需求量持续快速增长，食品行业的需求也有所 增加，电子行业则是工业机器人应用快的行业。工业机 器人行业正成为受亚洲政府财政扶持的战略新兴产业之 一。
英语介绍机器人五年级
英语介绍机器人五年级Robots.A robot is a special kind of machine. It can do many different things.Appearance.Robots come in all shapes and sizes. Some robots look like humans. They have a head, a body, two arms, and two legs. These human - like robots can move around just like people. For example, they can walk, run, and even dance. Other robots may not look like humans at all. They could be in the shape of a car, a ball, or a strange box - like shape.Functions.Robots are very useful. In factories, there are many robots. They can help make things. For instance, they can put parts together to build a caror a toy. They work very fast and accurately, so they can make a lot of products in a short time.Some robots are used for cleaning. They can clean the floor in big shopping malls or offices. They move around the room and pick up dirt and dust.There are also robots that can explore dangerous places. For example, some robots can go deep into the sea to find new kinds of fish or look for sunken ships. Others can be sent to outer space to study planets and stars. These robots can send back important information to scientists on Earth.Future of Robots.In the future, robots may become even more amazing. They might be ableto do more complex jobs like teaching students or taking care of old people.But no matter how advanced robots become, they are still created by humans to make our lives better.。
机器人的英文1PPT课件
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The application of robot
Packaging, is still a minor application area for industrial robots,accounting for only 2.8%.These application area is expected to grow as robots become easier to handle.
Assembly accounts for approximately 40% of the applications of the world robot stock . Many of these robots can be found in the automotive and electronics industries.
2006 Microosoft introduced Microsoft Robotics studio.
.
The applicatioቤተ መጻሕፍቲ ባይዱ of robot
Industrial robots are used a wide specturm of applications.The main applicantions are still today however , welding and assembly. Below are some examples of current applications.
One of the most common uses forindustrial robots is welding .Robot welded car bodies for example enhances safety ,a robot never miss a welding spot and performs equally all through the day.
The application of robot
Packaging, is still a minor application area for industrial robots,accounting for only 2.8%.These application area is expected to grow as robots become easier to handle.
Assembly accounts for approximately 40% of the applications of the world robot stock . Many of these robots can be found in the automotive and electronics industries.
2006 Microosoft introduced Microsoft Robotics studio.
.
The applicatioቤተ መጻሕፍቲ ባይዱ of robot
Industrial robots are used a wide specturm of applications.The main applicantions are still today however , welding and assembly. Below are some examples of current applications.
One of the most common uses forindustrial robots is welding .Robot welded car bodies for example enhances safety ,a robot never miss a welding spot and performs equally all through the day.
机器人的英文PPT教学文案
The history of robot
the first stage-----theoretical development(1920---1948)
1942American science fiction writer asimov put forward the "three lawsof robotics"
One of the most common uses forindustrial robots is welding .Robot welded car bodies for example enhances safety ,a robot never miss a welding spot and performs equally all through the day.
The first rule
Robot may not injure a human,or sit back and do nothing hurt humans;
The second rule
Unless contrary to the first rule,the robot must obey human orders;
The application of robot
Packaging, is still a minor application area for industrial robots,accounting for only 2.8%.These application area is expected to grow as robots become easier to handle.
Assembly accounts for approximately 40% of the applications of the world robot stock . Many of these robots can be found in the automotive and electronics industries.
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From dream to reality ： the development of robot
Reporter：Song Meiying
The purpose of creating robots
Thousands of years human are burdened by heavy labor. If machine can follow human's instructions, help mankind to relieve human labor, it will greatly improve the production efficiency。
Cornell” is walking forward
The development of robot
The third stage - Intelligent robotics development (1984- ) In1997 ,Honda(本田汽车公司） demonstrated the Intelligent robotics ASIMO .
An android, or robot designed to resemble a human, can appear comforting to some people
Classification of robots
Industrial robot - can relieve human labor, increase the efficient of manufacturethe
The history of robots
The third stage - Intelligent robotics development(1984-？ ) In1999 , Sony demonstrated the Intelligent robotics AIBO In2002, iRobot company launched a vacuum cleaner(吸尘器） robot Roomba
MQ-1L Predator UAV (Unmanned Aerial Vehicle) armed with AGM-114 Hellfire missiles(导弹）
The Armed（武装的） Robotic Vehicle variant （变种） of the MULE
military robot
Will robot capture the human being?
The development of robot
The first stage- Theoretical development (1954-1959)
In1954 ，American George Dvol（乔治·德沃尔） create the world's first programmable robot,（可编程
以计算机为核心的自动化工厂。
The development of robot
In our country, the Eastern Han Dynasty zhang heng invented the south, the Three Kingdoms Period, zhuge liang created MuNiu LiuMa... Strictly speaking, this is not a modern sense of the robot, but they expressed the human yearning for robots and explore.
机器人） and registered patents. In1959， Dvol and American inverntor Joseph F•Engelberger（英格伯格） invernt the first
industrial robot（工业机器人） and found a robot copany- Unimation.
In2006，Microsoft introduced Microsoft Robotics Studio（微 软机器人工作室）
Classification of robot
According to the purpose of robot Civilian or Service robot: help people live better Industrial robot: increase the efficient of manufacture Agricultural robot：picking, weeding, fertilizing, etc military robot : avoid death ，fighting，search Underwater robot：diving，Underwater detection Medical robot：engaged in the medical or auxiliary medical ………
This small tactical robot named "SUGVs", it is a small unmanned ground installations, assembling cameras, audio devices and other sensors on the battlefield can be found in real-time remote explosive device (IED), and related public safety the threat. It can crawl into the stairs, and roll it difficult to enter into the human or dangerous areas.
The developmentof robots
Three Laws of Robotics
The first rule Robot may not injure a human, or sit back and do nothing hurt humans;机器人不得伤害 人类,或在人类受到伤害时袖手旁观 The second rule Unless contrary to the first rule, the robot must obey human orders;在不违反第一定律 的前提下,机器人必须绝对服从人类的命令 The third rule Without prejudice to the first and second law, the robot must protect themselves. 在不违背第一和第二定律的前提下,机器人 必须尽力保护自己。
Classification of robot
Civilian or Service robot -help us do job in everyday life,improve the quality of life.
domestic vacuum cleaner
A toy for today’s child
.
industrial robot
The development of robot
The second stage - Technology development
(1962-1978) In1962-1963， Application of sensors（传感器） to improve the operability of the robot. In1965 ，Johns Hopkins University(约翰霍普金 斯大学) Applied Physics Laboratory developed the Beast robot. In1969， Japan’s Waseda University （早稻田 大学）developed the first robot to walk with its feet. In1978 ，Unimation company developed industrial robot PUMA which means the industrial robot technology has fully matured.
carrier robot hold Lamborghini in the production line.
Manipulator & Machine hand
To carry and manufacture the car. Ferrari production equipment
A set of six-axis robots used for welding(焊接）
medical
Medical nanoscale robot
Medical nanoscale robots is currently in the pilot phase, big to a few millimeters long, small to a few microns in diameter; But certainly, the next few years, nanoscale robots will lead to a revolution in medicine. Many engineers, scientists and doctors think, medical nanoscale robots have unlimited potential-and one of the most likely include: treatment of atherosclerosis, anti-cancer, remove blood clot, clean the wound, help blood coagulation, dispel parasites, treat gout, crushing kidney stones, artificial insemination and the cell activation energy, make the person not only keep healthy, and prolong life.
Reporter：Song Meiying
The purpose of creating robots
Thousands of years human are burdened by heavy labor. If machine can follow human's instructions, help mankind to relieve human labor, it will greatly improve the production efficiency。
Cornell” is walking forward
The development of robot
The third stage - Intelligent robotics development (1984- ) In1997 ,Honda(本田汽车公司） demonstrated the Intelligent robotics ASIMO .
An android, or robot designed to resemble a human, can appear comforting to some people
Classification of robots
Industrial robot - can relieve human labor, increase the efficient of manufacturethe
The history of robots
The third stage - Intelligent robotics development(1984-？ ) In1999 , Sony demonstrated the Intelligent robotics AIBO In2002, iRobot company launched a vacuum cleaner(吸尘器） robot Roomba
MQ-1L Predator UAV (Unmanned Aerial Vehicle) armed with AGM-114 Hellfire missiles(导弹）
The Armed（武装的） Robotic Vehicle variant （变种） of the MULE
military robot
Will robot capture the human being?
The development of robot
The first stage- Theoretical development (1954-1959)
In1954 ，American George Dvol（乔治·德沃尔） create the world's first programmable robot,（可编程
以计算机为核心的自动化工厂。
The development of robot
In our country, the Eastern Han Dynasty zhang heng invented the south, the Three Kingdoms Period, zhuge liang created MuNiu LiuMa... Strictly speaking, this is not a modern sense of the robot, but they expressed the human yearning for robots and explore.
机器人） and registered patents. In1959， Dvol and American inverntor Joseph F•Engelberger（英格伯格） invernt the first
industrial robot（工业机器人） and found a robot copany- Unimation.
In2006，Microsoft introduced Microsoft Robotics Studio（微 软机器人工作室）
Classification of robot
According to the purpose of robot Civilian or Service robot: help people live better Industrial robot: increase the efficient of manufacture Agricultural robot：picking, weeding, fertilizing, etc military robot : avoid death ，fighting，search Underwater robot：diving，Underwater detection Medical robot：engaged in the medical or auxiliary medical ………
This small tactical robot named "SUGVs", it is a small unmanned ground installations, assembling cameras, audio devices and other sensors on the battlefield can be found in real-time remote explosive device (IED), and related public safety the threat. It can crawl into the stairs, and roll it difficult to enter into the human or dangerous areas.
The developmentof robots
Three Laws of Robotics
The first rule Robot may not injure a human, or sit back and do nothing hurt humans;机器人不得伤害 人类,或在人类受到伤害时袖手旁观 The second rule Unless contrary to the first rule, the robot must obey human orders;在不违反第一定律 的前提下,机器人必须绝对服从人类的命令 The third rule Without prejudice to the first and second law, the robot must protect themselves. 在不违背第一和第二定律的前提下,机器人 必须尽力保护自己。
Classification of robot
Civilian or Service robot -help us do job in everyday life,improve the quality of life.
domestic vacuum cleaner
A toy for today’s child
.
industrial robot
The development of robot
The second stage - Technology development
(1962-1978) In1962-1963， Application of sensors（传感器） to improve the operability of the robot. In1965 ，Johns Hopkins University(约翰霍普金 斯大学) Applied Physics Laboratory developed the Beast robot. In1969， Japan’s Waseda University （早稻田 大学）developed the first robot to walk with its feet. In1978 ，Unimation company developed industrial robot PUMA which means the industrial robot technology has fully matured.
carrier robot hold Lamborghini in the production line.
Manipulator & Machine hand
To carry and manufacture the car. Ferrari production equipment
A set of six-axis robots used for welding(焊接）
medical
Medical nanoscale robot
Medical nanoscale robots is currently in the pilot phase, big to a few millimeters long, small to a few microns in diameter; But certainly, the next few years, nanoscale robots will lead to a revolution in medicine. Many engineers, scientists and doctors think, medical nanoscale robots have unlimited potential-and one of the most likely include: treatment of atherosclerosis, anti-cancer, remove blood clot, clean the wound, help blood coagulation, dispel parasites, treat gout, crushing kidney stones, artificial insemination and the cell activation energy, make the person not only keep healthy, and prolong life.