Photoelectric Measurement Technology and Instrument

推荐语

Photoelectric measurement technology is one of the basic supports of advanced manufacturing technology. With the development of sophisticated equipment manufacturing, functional diversification and high performance, photoelectric measurement technology, as an important link in the closed-loop manufacturing of digital design-process-measurement integration, has higher and higher requirements for the principle, method, technology and instrument of photoelectric measurement.

The book focuses on the theme of the close combination of photoelectric measurement technology and instruments, organizes the content and discusses it in 10 chapters. Chapter 1 introduces the concept, characteristics and main research contents of photoelectric measurement from the perspective of manufacturing background requirements; Chapter 2~Chapter 6 introduces the key technologies of photoelectric measurement, including laser ranging technology, angle technology and its error compensation method, precision turntable, image processing method of visual measurement and attitude measurement method; Chapter 6~Chapter 10 describes several typical optoelectronic measuring instruments, including laser tracker, industrial total station, collimating theodolite and three-dimensional laser projector.

目录

Chapter 1 Introduction

1.1 Measurement and instrument

1.2 Photoelectric measurement technology

References

Chapter 2 Laser Ranging Technology

2.1 Introduction to laser ranging technology

2.2 Phase-based ranging technology

2.3Interferometric ranging

2.4 Femtosecond laser frequency comb ranging

References

Chapter 3 Angle Measurement Techniques

3.1 Introduction to angle technology

3.2 Angle measurement error analysis

3.3 Harmonic-based grating angle measurement technique

3.4 Genetic algorithm-based grating angle measurement technique

3.5 Stereo grating goniometry

References

Chapter 4 Precision Turntable Technology

4.1 Introduction to precision turntables

4.2 Design analysis of precision rotary table shaft system

4.3 Multi-grating angle measurement system precision rotary table shaft system design

4.4 Application of precision rotary table in instrumentation

References

Chapter 5 Visual Measurement Techniques

5.1 Introduction to vision measurement technology

5.2 Structured light vision sensors

5.3 Image recognition technology

References

Chapter 6 Attitude Measurement Technology

6.1 Introduction to attitude measurement technology

6.2 Monocular vision attitude measurement technology

6.3 Automatic attitude measurement method

References

Chapter 7 Laser Tracker

7.1 Introduction of laser tracker

7.2 Principle of laser tracker

7.3 Accuracy analysis of laser tracker

7.4 Optical system design of laser tracker

7.5 Installation and adjustment technology of laser tracker

References

Chapter 8 Industrial Automatic Total Station

8.1 Introduction to industrial automatic total station

8.2 Working principle of industrial automatic total station

8.3 Measuring system

8.4 Automatic collimation method

References

Chapter 9 Collimating Theodolite

9.1 Introduction to collimating theodolite

9.2 Collimating theodolite system

9.3 Collimating small angle measurement technology

9.4 Optical system design of collimating theodolite

References

Chapter 10 Three Dimensional Laser Projector

10.1 Introduction to 3D laser projector

10.2 Working principle of 3D laser projector

10.3 System calibration technology

References