Millainen maailma olisi ilman antureita
Kun se tuleeanturit, ihmiset yleensä kuulevat enemmän ja näkevät vähemmän. Itse asiassa anturitekniikan lisääntyessä sen sovelluskenaariot ovat levinneet sotilas-, energia-, robotiikka-, automaattinen ohjaus, ympäristönsuojelu, kuljetus, lääketiede ja kemikaalit, kodinkoneet ja kaukokartoitustekniikat.
Lisäksi kaukokartoitustekniikkaa käytetään kohteiden ja niiden tilojen laajamittaiseen havaitsemiseen suurilla alueilla suurilla etäisyyksillä lentokoneista, keinotekoisista satelliiteista, avaruusaluksista ja aluksista.
2. Application of anturit in robots
In places with high labor intensity or dangerous operations and some high-speed, high-precision jobs, robots have gradually been used to replace human jobs. But to make the functions of robots and humans closer, it is necessary to install visual anturit and tactile anturit on the robots, so that the robots can recognize and detect objects through vision, and produce pressure, force, sliding feeling and weight on objects through touch feeling.
3. Application of anturit in industrial automatic control systems
Anturit ovat ensisijainen linkki automaattiseen tunnistamiseen ja automaattiseen ohjaukseen. Jos ei ole anturia alkuperäisten tietojen (signaalien tai parametrien) tarkkaan ja luotettavaan mittaamiseen, on mahdotonta saavuttaa automaatiota signaalin purkamisesta, muuntamisesta, prosessoinnista tuotantoon tai ohjaukseen. Voidaan nähdä, että anturi on välttämätön automaattisessa ohjausjärjestelmässä.
4. Soveltaminenanturitympäristönsuojelussa
Global air pollution, water pollution and noise have severely damaged the ecological balance of the earth and the environment on which we depend. In order to protect the environment, various environmental monitoring instruments made of anturit are playing an active role. Such as the use of biological anturit to monitor water quality, the detection of the amount of sewage in the sewage monitoring system, the identification of sewage components, etc., all use anturit to monitor.
5. Soveltaminenanturitlääketieteessä
Sensors can be usedlääketieteessä to perform difficult diagnosis on the surface and internal temperature of the human body, blood pressure, intracavity pressure, blood and respiratory flow, tumor, blood analysis, pulse and heart sounds, and heart and brain waves. It plays a role in a wide range of early diagnosis, early treatment, remote diagnosis and the development of artificial organs.
6. Soveltaminenanturitkuljetuksissa
Sensors are also widely usedkuljetuksissa. Sensors are used in vehicle transportation to detect the number of axles, wheelbase, vehicle speed monitoring, vehicle classification, dynamic weighing, toll station scales, red light shooting, parking area monitoring, and traffic information collection (road monitoring) ) And airport taxiways. In vehicles, it is not only limited to the monitoring of driving speed, driving distance and engine rotation speed, but also used for safety monitoring, such as car airbag systems, anti-theft devices, anti-skid control systems, anti-lock braking devices, electronic transmission control devices, Exhaust gas circulation devices, electronic fuel injection devices, and automobile "black boxes" have all been put into practical use.
7. Soveltaminenanturitjokapäiväisessä elämässä
Sensors can be seen everywhere in our daily lives. For example, anturit are used in household appliances: temperature anturit in refrigerators and rice cookers, temperature and humidity anturit in air conditioners, liquid level anturit in washing machines, and gas leak anturit in gas stoves. , Water meters, electricity meters, infrared remote controls in TVs and DVD players, light anturit in cameras, fuel gauges and speedometers in cars, etc.
1. Soveltaminenanturitilmailualalla
In addition to the use of anturit to measure speed, acceleration, and flight distance, the spacecraft's flight direction, flight attitude, flight environment, the status of the aircraft itself, and the monitoring of internal equipment must also be detected by anturit, as well as the internal environment of the spacecraft (such as Humidity, temperature, air composition, etc.) must be detected by anturit.Lisäksi kaukokartoitustekniikkaa käytetään kohteiden ja niiden tilojen laajamittaiseen havaitsemiseen suurilla alueilla suurilla etäisyyksillä lentokoneista, keinotekoisista satelliiteista, avaruusaluksista ja aluksista.
2. Application of anturit in robots
In places with high labor intensity or dangerous operations and some high-speed, high-precision jobs, robots have gradually been used to replace human jobs. But to make the functions of robots and humans closer, it is necessary to install visual anturit and tactile anturit on the robots, so that the robots can recognize and detect objects through vision, and produce pressure, force, sliding feeling and weight on objects through touch feeling.
3. Application of anturit in industrial automatic control systems
Anturit ovat ensisijainen linkki automaattiseen tunnistamiseen ja automaattiseen ohjaukseen. Jos ei ole anturia alkuperäisten tietojen (signaalien tai parametrien) tarkkaan ja luotettavaan mittaamiseen, on mahdotonta saavuttaa automaatiota signaalin purkamisesta, muuntamisesta, prosessoinnista tuotantoon tai ohjaukseen. Voidaan nähdä, että anturi on välttämätön automaattisessa ohjausjärjestelmässä.
4. Soveltaminenanturitympäristönsuojelussa
Global air pollution, water pollution and noise have severely damaged the ecological balance of the earth and the environment on which we depend. In order to protect the environment, various environmental monitoring instruments made of anturit are playing an active role. Such as the use of biological anturit to monitor water quality, the detection of the amount of sewage in the sewage monitoring system, the identification of sewage components, etc., all use anturit to monitor.
5. Soveltaminenanturitlääketieteessä
Sensors can be usedlääketieteessä to perform difficult diagnosis on the surface and internal temperature of the human body, blood pressure, intracavity pressure, blood and respiratory flow, tumor, blood analysis, pulse and heart sounds, and heart and brain waves. It plays a role in a wide range of early diagnosis, early treatment, remote diagnosis and the development of artificial organs.
6. Soveltaminenanturitkuljetuksissa
Sensors are also widely usedkuljetuksissa. Sensors are used in vehicle transportation to detect the number of axles, wheelbase, vehicle speed monitoring, vehicle classification, dynamic weighing, toll station scales, red light shooting, parking area monitoring, and traffic information collection (road monitoring) ) And airport taxiways. In vehicles, it is not only limited to the monitoring of driving speed, driving distance and engine rotation speed, but also used for safety monitoring, such as car airbag systems, anti-theft devices, anti-skid control systems, anti-lock braking devices, electronic transmission control devices, Exhaust gas circulation devices, electronic fuel injection devices, and automobile "black boxes" have all been put into practical use.
7. Soveltaminenanturitjokapäiväisessä elämässä
Sensors can be seen everywhere in our daily lives. For example, anturit are used in household appliances: temperature anturit in refrigerators and rice cookers, temperature and humidity anturit in air conditioners, liquid level anturit in washing machines, and gas leak anturit in gas stoves. , Water meters, electricity meters, infrared remote controls in TVs and DVD players, light anturit in cameras, fuel gauges and speedometers in cars, etc.
