Further improvement based on AI is the future development direction of Automatic Optical Inspection (AOI), and training algorithms for optical inspection applications can bring higher decision-making capabilities. AOI technology is currently widely used in industry, agriculture, biomedical and other industries, especially in precision manufacturing and assembly industries.
A pneumatic drive system is a system that transforms the energy from compressed air into linear or rotational movement. If the inlet air pressure is insufficient to provide the needed force for the work to be done, a booster pump can be added to the system which will increase the air pressure of the system. This is called a pneumatic transmission system.
A pneumatic tool is a device that uses compressed air from an air compressor as the power source for the tool. Pneumatic tools are very sturdy and because they do not use electricity, can be used in areas where the tool may be exposed to inflammable, explosive, dusty, or humid, harsh environments. Owing to their high stability, long working life, and easy maintenance, they are widely used in industrial fields.
OTA programming is to realize the remote control of the data of the mobile device or equipment through communication and use the wireless network to update the database to obtain the latest version.
The core value of the brain-computer interface: Communication without action. People can communicate with the outside world and even control surrounding objects through the will of the brain without the need to move any part of the body.
Characteristics of the 5G network include high-speed large-traffic communication, high-reliability, low-latency communication, and large-scale machine-type communication. In the architecture of the 5G network, network slicing will be a key technology.
MCUs (microcontroller units) have a wide range of terminal applications, including home appliance controls, automotive electronics, education and entertainment, medical equipment, etc. Among them, automotive electronics and the Internet of Things are the main driving forces of the MCU industry.
The global manufacturing industry is moving towards intelligent manufacturing, and Industry 4.0 is driving the manufacturing industry towards trends of higher efficiency, lower costs, and intelligent and flexible production. The nine technologies of Industry 4.0 include Big Data, Laminated Manufacturing, Cloud Technology, Automation, System Integration, Internet of Things, Cyber Security, Augmented Reality, and Simulation.