\"Automation Technology and Information and Telecommunication Technologies\"

Could you send it to my email address, 1172713040@qq.com? Thank you!

This post was last edited by zhoudingshengs on 2023-12-13 13:38. Table of contents

Table of Contents Translator's Preface Original Book Preface Chapter 1 Basics of Automation Technology 1.1 Introduction 1.2 Control technology 1.2.1 Types of control systems 1.2.2 Program control systems 1.2.3 Electrical components 1.2.4 Protection measures, protection levels and hazards 1.2.5 Basic circuits of electrical contact control systems 1.2.6 Safety protection circuits 1.2.7 Integrated circuits and basic logic operations 1.2.8 Switching algebra 1.2.9 Combinational logic control 1.2.10 Sequential control 1.2.11 State sequence diagram 1.3 Digital memory 1.3.1 Mechanical memory 1.3.2 Optical data memory 1.3.3 Electronic memory 1.3.4 Magnetic memory 1.4 Memory programmable controller 1.4.1 Structure and working method 1.4.2 System structure 1.4.3 Programming 1.4.4 Program processing, organization module 1.4.5 Addressing and data types 1.4.6 Basic logical operations 1.4.7 Memory 1.4.8 Pulse edge detection and evaluation 1.4.9 Sequence controller 1.4.10 Working mode 1.4.11 Counting operation 1.4.12 Programming of time 1.4.13 Basic digital operations (word processing) 1.4.14 Data module 1.4.15 Analog value processing 1.4.16 Fast counting process 1.4.17 Functions and functional modules 1.4.18 Operation and process observation 1.4.19 IEC1131 1.4.20 Reliability and safety 1.5 Basics of logic signal processing 1.5.1 Operational amplifier 1.5.2 Basic circuit 1.5.3 Analog-to-digital converter and digital-to-analog converter 1.6 Regulation technology 1.6.1 Terminology and concepts 1.6.2 Adjustment method 1.6.3 Adjustment loop components 1.6.4 Regulator and adjustment loop Chapter 2 Actuator and its control 2.1 Pneumatic actuator 2.1.1 Introduction 2.1.2 Components of pneumatic system 2.1.3 Pneumatic control system 2.2 Hydraulic actuator 2.2.1 Introduction 2.2.2 Basics of physics 2.2.3 Hydraulic oil 2.2.4 Structure of the hydraulic control system 2.2.5 Hydraulic pump 2.2.6 Hydraulic accumulator 2.2.7 Transmission element 2.2.8 Hydraulic valve 2.2.9 Continuous valve 2.2.10 Proportional control technology 2.2.11 Servo valve 2.3 Electric actuator 2.3.1 Electromagnet 2.3.2 DC transmission 2.3.3 Grid-fed three-phase AC motor 2.3.4 Three-phase AC synchronous transmission (AC transmission) device using speed regulation 2.3.5 Three-phase AC asynchronous transmission device using magnetic field oriented commutation 2.3.6 Multi-motor transmission device for machine tools 2.3.7 Linear electric transmission device 2.3.8 Stepper motor transmission device 2.3.9 Hydraulic power amplifier 2.3.10 Piezoelectric actuator 2.3.11 Magnetostrictive actuator 2.3.12 Memory metal actuator 2.4 Computer numerically controlled axis transmission system 2.4.1 Structure 2.4.2 Method of displacement measurement 2.4.3 Type of transmission 2.4.4 Mechanical transmission elements 2.4.5 Position adjustment 2.4.6 SERCOS interface Chapter 3 Sensors 3.1 Introduction to sensor technology 3.2 Sensors for displacement, angle and distance 3.2.1 Sensor signal generated by resistance change 3.2.2 Sensor signal generated by electromagnetic coupling 3.2.3 Generation of sensor signals with the aid of magnetic and electric fields 3.2.4 Sensors for level measurement 3.2.5 Optical sensors 3.2.6 Generation of sensor signals by propagation time measurement 3.2.7 Proximity-sensitive switches (binary sensors) 3.2.8 Digital displacement and angle measurement 3.3 Speed sensors 3.4 Strain, force, torque and pressure sensors 3.5 Acceleration sensors 3.6 Temperature sensors 3.7 Electrical quantity sensors (measuring transducers) 3.8 Interference in sensor circuits Chapter 4 Computer-controlled machine equipment 4.1 CNC machine tools 4.1.1 Production process 4.1.2 NC axes and their control 4.1.3 CNC programming 4.1.4 Interpolation 4.1.5 Operating performance 4.1.6 Open CNC control system 4.2 Rapid prototyping technology 4.2.1 Overview and application 4.2.2 Methods of rapid prototyping technology 4.2.3 Information chain and process chain 4.3 Digital measurement and inspection 4.3.1 Coordinate measuring instrument 4.3.2 Optical shape inspection 4.3.3 X-ray computed tomography 4.4 Robotics 4.4.1 Introduction 4.4.2 Classification 4.4.3 Kinematic structure 4.4.4 Robot gripper 4.4.5 Robot programming 4.4.6 Coordinate system 4.4.7 Generation of motion 4.4.8 Coordinate transformation 4.4.9 Interpolation and mode of operation 4.4.10 Hysteresis and path speed 4.4.11 Sensor guidance of the robot 4.4.12 Protective measures 4.5 Assembly and disassembly 4.5.1 Basics 4.5.2 Material flow 4.5.3 Machine assembly 4.5.4 Organization of the assembly 4.6 Interfaces 4.6.1 IGES, VDAIS 4.6.2 VDAFS 4.6.3 DXF 4.6.4 STEP 4.6.5 STL 4.7 Virtual Environment 4.7. 1 Stereo Viewing 4.7.2 Surround Environment and Immersion 4.7.3 Scene Control and Tracking 4.7.4 Augmented Reality 4.7.5 Application of VE System Chapter 5 Quality Management 5.1 Quality 5.1.1 Quality Characteristics 5.1.2 Defects 5.2 Objectives of Quality Management 5.3 TQM—Total Quality Management 5.4 Quality Circle and Quality Pyramid 5.5 Structure and Elements of Quality Management 5.6 Quality Management Tools 5.6.1 QFD Quality Function Deployment 5.6.2 SixSigma Strategy and Method for Eliminating Defects 5.6.3 FMEA Failure Mode and Impact Analysis 5.6.4 Statistical Quality Monitoring 5.7 Operational Data Collection 5.7.1 Code Reader 5.7.2 Mobile Data Storage 5.7.3 Radio Terminal Chapter 6 Information Technology 6.1 Programming 6.1.1 Programming languages 6.1.2 Software engineering 6.1.3 Software quality 6.1.4 Protection against unauthorized use 6.1.5 Windows operating system 6.1.6 Object-oriented programming 6.1.7 Algorithms 6.1.8 Structured programming 6.1.9 Data representation within the computer 6.1.10 Program structure and program components 6.1.11 Structured statements 6.1.12 Program structuring using functions 6.1.13 Cases: Control cams 6.1.14 Floppy and hard disks 6.1.15 Serial data transmission 6.1.16 Graphic programming 6.2 Computer control 6.2.1 Structure of the system 6.2.2 Interface plug-ins 6.2.3 Logic control system without memory 6.2.4 Logic control system with memory 6.2.5 Measurement and control via Ethernet TCP/IP 6.2.6 Control via OPC server 6.3 Computer adjustment technology 6.3.1 Hardware and software 6.3.2 Graphic output 6.3.3 Adjustment loop components 6.3.4 Adjustment loop 6.3.5 Fuzzy logic 6.4 Programming language Java 6.5 Visual Basic for Excel 6.6 Image processing 6.6.1 Grayscale image processing 6.6.2 Binary image processing 6.6.3 Color * * image processing and color * * Like Coding Chapter 7 Communication Technology 7.1 ISDN 7.2 ADSL/DSL and PLC 7.2.1 ADSL/DSL 7.2.2 PLC 7.3 Internet and Intranet 7.4 Telematics 7.5 Local Communication Technology 7.5.1 Ethernet LAN 7.5.2 ATM Network 7.6 Fieldbus System 7.6.1 CAN Bus 7.6.2 PROFIBUS, PROFIBUSDP 7.6.3 Actuator sensor interface 7.6.4 Interbus 7.7 interface 7.7.1 V.24 serial interface 7.7.2 RS485 serial interface Appendix Abbreviations References in Chinese, English (German)

If the amount is not sufficient or the download is not possible, please leave your email address and I will send it to you.

I’m unable to download it; please send me a copy so I can study it. Thank you! Email: plbyd@163.com.

Could the original poster please send me their email address? Thank you. Email address: 32449567@qq.com

Those who are unable to download it or don’t have enough wealth points and want to learn how to *download it, please leave your email address; I will send it to you once I have time! (Please do not mention it in the comments; I hardly ever read them. Leave your email address below the post.) ）

1029760452@qq.com, thank you, teacher

Please send an email to 573718583@qq.com, thank you

Thank you to the original poster for sharing; could you send it to my email: Instissues@sina.com?

I’ve sent it to your email; please check it!

It has been sent to your email; please check it.

It has been sent to your email; please check it.