Research on automatic driving technology and intelligent transportation system of die-casting machines

With the continuous development of science and technology, autonomous driving technology has been widely used in the industrial field. Especially in the manufacturing industry, the application of autonomous driving technology has moved from theory to practice. Among them, the die-casting machine is an important industrial equipment, and the research on its automatic driving technology is of great significance. At the same time, intelligent transportation systems, as an important part of modern cities, are constantly developing and improving. This article will conduct a detailed study of automatic driving technology and intelligent transportation systems for die-casting machines.

1. Autonomous driving technology of die-casting machines

A die-casting machine is a piece of equipment used to manufacture metal parts, and its working process requires precise control and operation. Traditional die-casting machines require manual operation, which is not only inefficient but also error-prone. Therefore, the application of automatic driving technology on die-casting machines is of great value.

Principles of autonomous driving technology
Autonomous driving technology mainly relies on computer vision, sensor technology and control systems. Through these technologies, the autonomous driving system can obtain information about the surrounding environment, then analyze and process it through algorithms, and finally make corresponding decisions.

Implementation of automatic driving technology for die-casting machines
In the process of realizing automatic driving technology of die-casting machines, the following key factors need to be considered:

Environmental perception: By installing cameras and other sensors, the surrounding environment information is collected, including the status of the die-casting machine, the location of the operator, etc.

Data processing: Process the collected data, including image recognition, data analysis, etc.

Decision making: Based on the processed data, formulate corresponding operation strategies.

Control execution: Convert the formulated strategy into specific operations, and control the die-casting machine to perform corresponding actions.

Through the above steps, the die-casting machine can realize automatic driving. This automated die-casting machine can not only improve work efficiency, but also reduce human errors and improve product quality.

2. Research on intelligent transportation systems

Intelligent transportation system is a system that uses advanced information technology to manage and control transportation. It can effectively predict and solve traffic problems by collecting and processing traffic information in real time, thereby improving traffic efficiency and safety.

How intelligent transportation systems work
The working principle of intelligent transportation system mainly includes the following aspects:

Information collection: Collect information about vehicles and pedestrians on the road through various sensors and devices.

Information processing: Process the collected information, including data analysis, model prediction, etc.

Decision making: Based on the processed information, formulate corresponding traffic control strategies.

Control execution: Convert the formulated strategies into specific operations to control and manage traffic.

Applications of intelligent transportation systems
Intelligent transportation systems are widely used in modern cities, including traffic signal control, public transportation management, traffic accident prevention, etc. For example, through real-time traffic information collection and processing, intelligent transportation systems can automatically adjust the timing of traffic lights to improve traffic flow and traffic efficiency. At the same time, intelligent transportation systems can also improve road traffic safety by predicting and preventing traffic accidents.

3. Conclusion

In general, the research on automatic driving technology of die-casting machines and intelligent transportation systems has important theoretical and practical significance. With the continuous development of science and technology, we expect these two technologies to be more widely used in the future, bringing more convenience and benefits to our production and life.