90.920

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Since the advent of mass production and the industrial revolution, the need to be able to use reliable, automated systems to safely and cost-effectively produce goods has been increasingly important. This need has given rise to the development of various automated systems including the 90.920 application field and working principle. The 90.920 application field involves the use of computer systems to control various processes in industrial, military, and commercial applications. It is used to control complex processes like automated material handling, automated factory production lines, and even robotic systems.

The 90.920 application field and working principle includes the use of robots, sensors, actuators, signal processing systems, and communication systems to create automated systems capable of performing complex tasks. These systems are able to sense the environment, control the output of predetermined functions, and execute user instructions in a timely manner. In addition to these, the 90.920 application field and working principle may also involve the use of artificial intelligence, where machines are able to make decisions based on information gathered from the environment and then programmed accordingly.

Robots are probably the most well-known and widely used type of equipment in the 90.920 application field. They are often used to perform tasks that are too dangerous or too complex for a human to safely and accurately perform. For example, robotic arms are used in the automotive industry to perform welding and other processes, while robots can be used in assembly lines to assemble and inspect components. Additionally, robots are commonly used for medical applications such as surgery, as well as for military purposes like bomb disposal or aerial reconnaissance.

Sensor-based systems are also a major component of the 90.920 application field and working principle. Sensors are able to detect changes in the environment, which can then be used to control or direct processes. For example, a system could use sensors to detect obstacles, vibrations, or motion, and then relay this information back to the computer system which would then direct the robot to perform the necessary action. Sensors can also be used to measure temperatures, pressure, and other physical properties in the environment.

Actuators are the components of a system that perform the actual physical action. The actuation system may be a hydraulic, pneumatic, or electric system and is responsible for controlling the movement of robots or machinery. Examples of commonly used actuators include linear actuators, servo control mechanisms, and motor controllers. In addition, the actuation system may also incorporate programmable logic controllers (PLCs) or embedded software, which are computer programs used to further control the actions of the actuators.

Communication systems are also an integral part of the 90.920 application field. These systems allow for communication between the various components of the system. Examples include power, data, and control networks. Additionally, information can be transmitted through telephone lines or over the internet.

Signal processing systems are used to convert electronic signals from sensors into useful information that can be used to make decisions. Signal processing is used for applications such as speech recognition, pattern recognition, or system control. Signal processing systems often use digital signal processing algorithms to accomplish their tasks.

The 90.920 application field and working principle is a complex system, incorporating various elements to control processes and robots in industrial, commercial, and military applications. The use of robots, sensors, actuators, signal processing systems, and communication systems make the 90.920 application field a powerful and useful tool in many industries.

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