MindMap Gallery Chapter 1 Overview of Sensor Application Technology
This is a mind map about the overview of sensor application technology in Chapter 1. The main content includes: sensors and Internet of Things applications, development trends of sensor technology, sensor applications, sensor naming and codes, sensor characteristics and performance indicators, Classification of sensors, functions of sensors, and brief description of sensors.
Edited at 2024-10-13 13:20:13這是一篇關於把時間當作朋友的心智圖,《把時間當作朋友》是一本關於時間管理和個人成長的實用指南。作者李笑來透過豐富的故事和生動的例子,教導讀者如何克服拖延、提高效率、規劃未來等實用技巧。這本書不僅適合正在為未來奮鬥的年輕人,也適合所有希望更好地管理時間、實現個人成長的人。
This is a mind map about treating time as a friend. "Treating Time as a Friend" is a practical guide on time management and personal growth. Author Li Xiaolai teaches readers practical skills on how to overcome procrastination, improve efficiency, and plan for the future through rich stories and vivid examples. This book is not only suitable for young people who are struggling for the future, but also for everyone who wants to better manage time and achieve personal growth.
這七個習慣相輔相成,共同構成了高效能人士的核心特質。透過培養這些習慣,人們可以提升自己的領導力、溝通能力、團隊協作能力和自我管理能力,從而在工作和生活中取得更大的成功。
這是一篇關於把時間當作朋友的心智圖,《把時間當作朋友》是一本關於時間管理和個人成長的實用指南。作者李笑來透過豐富的故事和生動的例子,教導讀者如何克服拖延、提高效率、規劃未來等實用技巧。這本書不僅適合正在為未來奮鬥的年輕人,也適合所有希望更好地管理時間、實現個人成長的人。
This is a mind map about treating time as a friend. "Treating Time as a Friend" is a practical guide on time management and personal growth. Author Li Xiaolai teaches readers practical skills on how to overcome procrastination, improve efficiency, and plan for the future through rich stories and vivid examples. This book is not only suitable for young people who are struggling for the future, but also for everyone who wants to better manage time and achieve personal growth.
這七個習慣相輔相成,共同構成了高效能人士的核心特質。透過培養這些習慣,人們可以提升自己的領導力、溝通能力、團隊協作能力和自我管理能力,從而在工作和生活中取得更大的成功。
Chapter 1 Overview of Sensor Application Technology
Sensor brief description
Definition: A sensor is a device that converts physical quantities into electrical signals and is used to detect and measure various parameters in the environment.
Basic composition
Sensing element: directly in contact with the measured quantity, responsible for converting physical quantities into electrical signals
Conversion element: converts the output of the sensing element into an electrical signal. Common ones include capacitive, inductive, photoelectric, etc.
Circuit part: Amplify, filter, and linearize the signal to ensure the accuracy and stability of the output signal.
The role of sensors
Data acquisition: Provides real-time data to control systems for environmental monitoring and process control
Automation: Realize the automation of the production process and improve production efficiency and product quality.
security monitoring
Sensor classification
Classification according to detection principle
mechanical sensor
Pressure sensor, displacement sensor
electronic sensor
Temperature sensor, humidity sensor
optical sensor
Photoelectric sensor, infrared sensor
Classification according to output signal
Analog sensor
Thermocouples, strain gauges
digital sensor
Hall effect sensors, encoders
Sensor characteristics and performance indicators
Sensitivity: Indicates the degree of response of the sensor to changes in the measured value. The higher the sensitivity, the more accurate the measurement.
Linearity: the linear relationship between the output signal and the input quantity, good linearity and small measurement error
Stability: The performance changes of the sensor under long-term operation, high stability and strong measurement reliability
Response time: The time it takes for the sensor to change from input to output stability. The response time is short and the real-time performance is good.
Accuracy: The closeness between the measured value and the real value. High accuracy makes the measurement results more credible.
Sensor naming and code
International standard naming
According to the International Electrotechnical Commission (IEC) standard, a unified naming rule is adopted
Code name composition
Includes sensor type, range, accuracy level and other information for easy identification and classification
Sensor Applications
Industrial automation
Automotive electronics
medical health
Environmental monitoring
Development Trends in Sensor Technology
Miniaturization and integration
Use microelectronics technology to create smaller sensors and integrate multiple sensor functions into a single chip
Intelligent
Integrated microprocessor to implement signal processing and decision-making functions
Wireless
Develop wireless sensor networks to facilitate remote monitoring and data transmission
Green and environmentally friendly
Use environmentally friendly materials and processes
Sensors and IoT applications
Definition of Internet of Things
Through information sensing equipment, any item can be connected to the Internet for information exchange according to the agreed protocol.
The role of sensors in the Internet of Things
As the core component of the perception layer of the Internet of Things, it realizes the perception and data collection of the physical world.
The combination of sensors and the Internet of Things
Sensor networks are combined with cloud computing and big data analysis to achieve intelligent management and decision support
Application cases
smart home
Automatic control of home environment through sensors
smart city
Utilizing sensor networks for urban infrastructure management
Industry 4.0
Realizing intelligent and adaptive control of production processes in manufacturing