7158-3083 Silicone Waterproof Plug For Automotive Connectors

|5 Conclusion

This article starts with common optimization schemes in the design of automotive low-voltage wire harness products, and shares the competitiveness of some design optimization schemes in terms of cost contribution. Of course, there are many methods for cost optimization in design, such as the application of intelligent electrical boxes and the use of multi pin fuses, which can to some extent curb the cost of wiring harnesses. I hope that through the sharing of this article, we can contribute to our national automotive industry and contribute our humble efforts.

Industry 4.0, Industrial Internet of Things, IIoT, Intelligent Factory. These are not just catchphrases; They are a defining trend that changes the manufacturing industry.

Connectors play an important role in achieving the future of industrial automation. This raises a question: how can a single component play such a significant role in innovating the entire manufacturing process? A connector is not only a component in Industry 4.0, but also a fundamental component for realizing its potential.

The term 'Industry 4.0' is full of hope: unparalleled operational efficiency, overall production transparency, implementation of predictive maintenance models, and more. However, these commitments are usually presented as outcomes without specifying how to achieve them.

Industry 4.0 refers to specific technologies embedded in manufacturing processes. In 2016, the Institute of Electrical and Electronics Engineers (IEEE) defined four key themes for Industry 4.0:

The ability of machines, equipment, people, and sensors to communicate with each other.

Information transparency. Operators can access and utilize the information collected in all parts of the manufacturing process to identify areas where efficiency can be improved.

Technical assistance: The ability of technical assistance to make decisions or perform unsafe tasks.

Decentralized decision-making: The ability of a network physical system to independently execute tasks and make decisions.

Seamless communication from sensors to the cloud

Industry 4.0 is applicable to all devices, sensors, and machines, and one key aspect is communication between them. Machines have been using data for decades; However, the data is locked at the individual machine or device level. The data has not been collected, organized, or used for decision-making. Industry 4.0 overturns this well-known practice and allows for the use of all data to construct a complete picture of a system or machine.

Previously, data was important for "instant" functionality. In a sense, devices using different data protocols will not speak the same language. The cost of translating and collecting data is high, and storing data is even more challenging. Therefore, data exists in isolated islands.

The cloud can store and process a large amount of data without interfering with local servers and processes, thus changing the rules of the game. The ability to store data on dedicated servers at an affordable price allows companies to actually retain and use data generated by their machines.

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