Intelligent equipment refers to any equipment, apparatus or machine with computing and processing capabilities. Intelligent equipment with complete functions must have sensitive and accurate perception functions, correct thinking and judgment functions, and effective execution functions.
Intelligent equipment is a combination of traditional electrical equipment and computer technology, data processing technology, control theory, sensor technology, network communication technology, and power electronics technology.
Smart devices mainly include two key aspects: self-test is the basis of smart devices; self-diagnosis is the core of smart devices.
Intelligent equipment is a highly automated mechatronics equipment. Due to its complex structure, its role in the system is very important, so the reliability of intelligent equipment is very high. The reliability of the components, technical design, engineering and theory together determine the reliability index of electronic products. To improve the reliability of products, it is necessary to master the failure laws of the products. Only by fully understanding the failure laws of the products can we take effective measures to improve the reliability of the products.
Equipment category
When computer technology becomes more advanced and cheaper, it is possible to build various types of equipment, in addition to personal and handheld computers, there are many smart equipment, including medical equipment, geological equipment, household equipment and so on.
Equipment characteristics
The intelligence of the smart device application platform is reflected in the system composed of heterogeneous devices with the characteristics of situational awareness, task migration, intelligent collaboration and multi-channel interaction.
situational awareness applications can capture, analyze and respond to the relationship between multiple objects. Device collaboration refers to coordinating services provided by different devices, integrating the functions of existing available services, and constructing new composite services with richer functions. Multi-channel interaction refers to a human-computer interaction method that uses multiple channels to communicate with a computer, where "channel" refers to a communication method for users to express their intentions, perform actions, or perceive feedback information.
