1. Special English for Industrial Robot
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2. 49PARTs Unit01 Introduction of robot
Unit02 Introduction of industrial robot
Unit03 Types of industrial robots
Unit04 ABB robot
Unit05 KUKA robot
Unit06 YASKAWA robot
Unit07 FANUC Robot
Unit08 SCARA robot
Unit09 Industry application of robot
Unit10 New robots
Unit11 Intelligent manufacturing and global robot development program
Unit12 The outlook for industrial robot
49PARTs

3. Unit1 Introduction of robot
Robots are used everywhere from work to home. These machines can do work too dangerous for humans, help around the house, or can be used just for fun.
Task：
Part1 About robot
Part2 Types and application of robot
Part3 About industrial robot
Part4 Component and applications of industrial robot
Special English for Industrial Robot
Unit1 Introduction of robot
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4. 4 Unit1 Introduction of robot Component
Part4 Component and applications of industrial robot
The most commonly used industrial robot configurations are articulated robots, SCARA robots, delta robots and cartesian coordinate robots (gantry robots or x-y-z robots).
Component
Figure 1-6 Components of industrial robot
A typical industrial robot consists of an robotic arm, a control system, a teach pendant, an end effector as well as some other peripheral equipment, as shown in Figure 1-6.

5. 4 Unit1 Introduction of robot Component
Part4 Component and applications of industrial robot
Component
Figure 1-6 Components of industrial robot
The robot arm, basically, is the thing that moves the tool, not every industrial robot resembles an arm, there are different types of different robot structures. A control system resembles robot's brains, a teach pendant makes up the user environment. The teach pendant is
The teach pendant is usually used only in time of programming. An end effector is a device designed for a specific task for example – welding or painting.

6. 4 Unit1 Introduction of robot Types
Part4 Component and applications of industrial robot
Types
Here are main types of industrial robots
1. Cartesian robot / Gantry robot —— Used for pick and place work, application of sealant, assembly operations and welding. It's a robot whose arm has three prismatic joints, whose axes are coincident with a Cartesian coordinator.
2. Cylindrical robot —— Used for assembly operations, handling at machine tools, spot welding, and handling at diecasting machines. It's a robot whose axes form a cylindrical coordinate system.

7. 4 Unit1 Introduction of robot Types
Part4 Component and applications of industrial robot
Types
3. Spherical robot —— Used for handling machine tools, spot welding, diecasting, fettling machines, gas welding and arc welding. It's a robot whose axes form a polar coordinate system.
4. SCARA robot —— Used for pick and place work, application of sealant, assembly operations and handling machine tools. This robot features two parallel rotary joints.

8. 4 Unit1 Introduction of robot Types
Part4 Component and applications of industrial robot
Types
5. Articulated robot —— Used for assembly operations, diecasting, fettling machines, welding and spray painting. It's a robot whose arm has at least three rotary joints.
6. Parallel robot —— It's a robot whose arms have concurrent prismatic or rotary joints.

9. 4 Unit1 Introduction of robot Application
Part4 Component and applications of industrial robot
Application
Here are the top4 applications for industrial robots:
1 – Robotic handling
As shown in Figure 1-7, material handling is the most popular application of industrial robots worldwide. This includes robotic machine tending, palatalizing and various operations for metal machining and plastic moulding. With the introduction of collaborative robots in the last few years, this part of the market is always increasing.
Figure 1-7 Robotic handling

10. 4 Unit1 Introduction of robot Application
Part4 Component and applications of industrial robot
Application
2 – Robotic Welding
As shown in Figure 1-8, this segment mostly includes spot welding and arc welding which is mainly used by the automotive industry. More small work shop are beginning to introduce welding robot into their production. In fact, with the price of robot going down and the various tool now available on the market, it is now easier to automate a welding process.
Figure 1-8 Robotic Welding

11. 4 Unit1 Introduction of robot Application
Part4 Component and applications of industrial robot
Application
3 – Robotic Assembly
As shown in Figure 1-9, assembly operations include: fixing, press-fitting, inserting, disassembling, etc. This category of robotic applications seems to have decreased over the last few years, even while other robotic applications have increased. The reason why the applications are diversified is because of the introduction of different technologies such as force torque sensors and tactile sensors that gives more sensations to the robot.
Figure 1-9 Robotic Assembly

12. 4 Unit1 Introduction of robot Application
Part4 Component and applications of industrial robot
Application
4 – Robotic Dispensing
Here we are talking about painting, gluing, applying adhesive sealing, spraying, etc. Only 4% of the robots are doing dispensing. The smoothest of robot makes a repeatable and accurate process.
Figure 1-10 Robotic Dispensing

13. 4 Unit1 Introduction of robot Vocabulary
Part4 Component and applications of industrial robot
Vocabulary
brain
[bren]
n.头脑，智力；脑袋
diecasting
[di'kæstɪŋ]
网络.；压铸；压铸件；压铸作业
fettling
['fɛtlɪŋ]
n.涂炉床材料；铸件清理
axes
['æksɪz]
n.轴线；轴心；坐标轴
palatalizing
金属加工
fixing
['fɪksɪŋ]
n.安装；设备；修理 v.固定
press-fitting 压装
inserting
[ɪn'sɜ:tɪŋ]
n.插入；嵌进 v.插入；添写
disassembling
[dɪzə'semblɪŋ]
n.拆卸 v.拆开 adj.拆卸的
dispensing
[dɪ'spɛns]
n.配药；调剂v.分发；执行
gluing
[glʊ]
n.粘合；胶合
apply
[ə'plaɪ]
vt.申请；敷 vi.申请；敷；适用

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书 名：工业机器人专业英语
出 版 社：华中科技大学出版社
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