Value Delivered
The client gained a clearer, more effective way to understand and communicate a complex FinFET structure during the prior-art discussion.
The research challenge involved a dense FinFET structure where the 3D geometry was difficult to interpret from traditional patent drawings. Instead of relying only on flat figures, the team created a visual bridge by converting the patent figures and claim elements into an interactive 3D model.
This helped the client visualize the invention before reviewing technical details, making discussions more efficient and improving understanding of the underlying structure.
Problem Solved
The challenge was finding prior art for a rotary visor mechanism involving a specific combination of structural elements. The challenge was not only understanding the technical details of the FinFET structure but also explaining the structure clearly to the client.
The patent contained dense FinFET drawings representing a complex three-dimensional geometry. However, flat patent figures were not sufficient to make the structure tangible or easy to explain during client communication.
The team needed a way to bridge the gap between:
- Complex patent drawings.
- Three-dimensional device structures.
- Clear client-facing explanations.
The key challenge was converting a technical concept into a visual representation that could communicate the invention effectively.
Solution Offered
The team developed a 3D visualization workflow to represent the FinFET structure.
The approach involved:
- Reviewing the patent claims and figures.
- Creating a 3D visualization concept from the disclosed structure.
- Using AI-assisted structure breakdown to develop a client-ready model.
The final model included interactive features that allowed users to:
- Rotate the structure.
- Zoom into different areas.
- Hide or show components.
- View labels for easier explanation.
The interactive model made it easier to explain the FinFET structure from multiple angles and helped transform a complex semiconductor design into an understandable visual representation.
Get the full case study to discover how visualizing a FinFET structure bridged the gap between drawings and understanding
Request Full Case Study
Download in PDF Format and read anytime. Fill the form to get access to this article.
