Product Teardown.pptx
Product Teardown • The process of taking apart a product to understand how it is made and how it works • A product teardown process is a formal approach Measure, and
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Energy Storage Product Disassembly
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6 Frequently Asked Questions about “Energy storage product disassembly process chart”
What is a Knowledge Graph-based disassembly information model of a power battery?
A knowledge graph-based disassembly information model of a power battery is constructed to describe the internal parts of the power battery and their connection relations. The model is proposed for updateability and scalability to handle dynamic power battery disassembly information.
How is the disassembly information of a power battery visualized?
By categorizing the power battery and utilizing its structural information, a knowledge graph representing the disassembly information of the power battery is generated. The internal parts and assembly relations of the battery are visualized using the Neo4j software, as demonstrated in Fig. 3.
What is a disassembly chart?
This information draws the designer's attention to obvious design weaknesses. Once completed, the disassembly chart may be used to identify weaknesses in a design and to assess its overall efficiency. The design efficiency is defined by: Equation (1) compares the current design with an "ideal" design of the same product.
What is Power Battery disassembly planning?
The power battery disassembly planning is from the battery pack disassembly to the battery module, without disassembling the battery module. The disassembly process is continuous, ignoring worker and machine rest periods. There are four constraints on the model.
What is disassembly sequence planning for power batteries?
Disassembly sequence planning for power batteries presents a fundamental challenge in representing the information and assembly relationships between battery components. Currently, the disassembly sequence planning for power batteries relies on a disassembly mixture graph to characterize the interconnections among battery parts.
Can knowledge graphs be used to plan disassembly sequences for power batteries?
The effective utilization of knowledge graphs in planning disassembly sequences for power batteries relies on the ability to express and update assembly relations and disassembly information promptly using graph frameworks, thereby optimizing the disassembly sequence.