How Do I Use Cluster View in a Workspace?

Cluster View in Patsnap Workspace uses AI to organize patents into a structured technology landscape. It helps you understand the main technical areas represented in your patent collection, compare different technical approaches, and review the benefits and challenges associated with specific technologies.

How to Use Cluster View

1. Open a Workspace containing the patents you want to analyze.
2. Navigate to the relevant Workspace folder.
3. Select the Cluster View icon (lightbulb icon) from the toolbar at the top of the Workspace.
4. Wait for the AI analysis to complete, if the clustering results have not already been generated.
5. Explore the patent clustering tree on the left to identify different technical domains, approaches, and methods.
6. Select a cluster to view its details, including solution benefits, technical challenges, and representative patent records.

Understanding the Cluster View Interface

Cluster View displays an interactive technology hierarchy alongside detailed information about the selected cluster. This allows you to navigate from broader technology areas to specific technical methods and the patents associated with them.

• The left-hand panel displays a hierarchical tree of the technologies identified in your patent collection.

  The tree organizes patents into three levels:

  • Technical Domain: The broader technology area or problem being addressed.
  • Technical Approach: The approach used to address the technical problem.
  • Technical Method: The specific method or implementation used.

  Select a node in the tree to explore the corresponding technical cluster.

  You can use the navigation and zoom controls to move around the tree and examine different branches.

  

• When you select a cluster, its details appear in the right-hand panel.

  The panel displays the selected cluster name and its position within the technical hierarchy, helping you understand how the technology relates to the broader landscape.

  The number of patent records associated with the selected cluster is also displayed.

  

• The Solution benefits section summarizes the potential technical advantages associated with the selected cluster.

  These may include improvements in performance, efficiency, reliability, or other technical outcomes described in the underlying patents.

  Use this section to understand the benefits of a particular technical approach before investigating the relevant patents in more detail.

  

• The Technical challenges section highlights potential difficulties or limitations associated with the selected technology.

  These may include implementation complexity, material constraints, technical risks, or other challenges identified from the patent content.

  Review this section alongside Solution benefits to gain a more balanced understanding of the technology.

  

• The Representative patent records section lists patents associated with the selected cluster.

  Depending on the available patent information, each record may display:

  • Patent publication number and title.
  • A summary or abstract of the invention.
  • Publication date.
  • Applicant or assignee information.
  • Patent status and other available record labels.

  Select a patent record to investigate the underlying patent document in more detail.

  

How Does Cluster View Work?

Cluster View uses AI to analyze the technical content of patents in a Workspace and organize them according to a three-level technology hierarchy:

Technical Domain > Technical Approach > Technical Method

This methodology helps you move from a broad understanding of a technology area to the specific technical solutions and implementations described in individual patents.

• Technical Domain represents the broader technology area or technical problem addressed by a group of patents.

  It helps you understand the main areas of innovation represented in your collection.

  Example: Surgical Instruments and Medical Devices.

• Technical Approach describes a particular approach or solution within a technical domain.

  Different approaches may address similar technical problems using different principles, designs, or technologies.

  Example: Orthopedic Soft Tissue Fixation and Anchoring Systems.

• Technical Method represents a more specific technique, component, or implementation within a technical approach.

  This level helps you investigate how a particular technical solution is implemented.

  Example: Knotless Bone Anchors and Suturing Inserters.

What Patent Data Is Analyzed?

Cluster View analyzes patents from the selected Workspace folder using the following data selection rules:

• Only one representative document is selected from each simple patent family.

  Where multiple publications belong to the same simple family, the document with the latest publication date is selected for analysis.

  This helps avoid analyzing multiple publications from the same simple family as separate records.

• Records are prioritized according to the date they were added to the Workspace folder, from newest to oldest.

  This means recently added records are prioritized when selecting patents for analysis.

• Cluster View analyzes a maximum of 500 patent records.

  If the Workspace folder contains more than 500 eligible records, the analysis is limited to the first 500 records based on the selection and prioritization rules described above.

  The generated clusters may not represent every patent in a folder containing more than 500 eligible records.

What Can You Use Cluster View For?

• Cluster View provides an overview of the technologies represented in a patent collection.

  By exploring the clustering tree, you can identify major technical areas and understand how different approaches and methods relate to each other.

  This is particularly useful when reviewing a large patent collection or researching an unfamiliar technology area.

• Explore different branches of the clustering tree to compare alternative approaches within the same technical domain.

  Review the Solution benefits and Technical challenges sections to understand the potential advantages and difficulties associated with each approach.

  This can help you investigate how different inventions address similar technical problems.

• Use the generated hierarchy to investigate technical approaches, methods, and challenges that may warrant further research.

  For example, reviewing the technical challenges associated with a cluster may help identify problems that could benefit from alternative solutions.

  These findings can support early-stage R&D exploration and technology planning.

  A cluster containing relatively few patents does not necessarily indicate a technology gap or an available innovation opportunity.

• Once you identify a technology of interest, review the representative patent records associated with that cluster.

  This allows you to move from a high-level technology overview to the underlying patent documents for more detailed investigation.

Benefits of Cluster View

Cluster View helps R&D teams understand complex technology landscapes more efficiently by organizing patents into meaningful technical groups.

• Cluster View helps R&D teams:
  • Quickly understand the solution space: Gain an overview of the technologies and solutions represented in a patent collection.
  • Compare different technical approaches: Explore alternative methods for addressing similar technical problems.
  • Identify strengths, weaknesses, and gaps: Review solution benefits and technical challenges to identify areas for further investigation.
• Cluster View helps streamline patent analysis by:
  • Reducing manual review: Understand the main technical themes without having to read hundreds of patents individually during the initial analysis.
  • Reducing cognitive load: Navigate a structured technology hierarchy instead of interpreting a large, unorganized collection of patents.
  • Supporting faster decision-making: Identify relevant technologies and technical approaches more quickly, helping teams focus their research efforts.

Best Practices and Limitations

• Cluster View works best when the patents in your Workspace share a meaningful technology area or technical problem.

  If the collection contains unrelated technologies, the generated clusters may be broad, vague, or less useful.

  For better results, consider organizing related patents into a focused Workspace folder before using Cluster View.

• When analyzing large Workspace folders, remember that Cluster View processes a maximum of 500 records, using one representative document per simple family and prioritizing recently added records.

  For a more focused analysis, consider using a folder containing the patents most relevant to your research question.

• Cluster names, solution benefits, and technical challenges are generated using AI and should be treated as analytical guidance.

  Review the underlying patent documents to confirm important technical details, particularly when comparing solutions or evaluating potential research opportunities.

• When patents do not share meaningful technical overlap, the generated hierarchy may contain broad technical categories, clusters with few patents, or groupings based on surface-level similarities.

  Using a more focused patent collection can help improve the relevance of the clustering results.

• Cluster View is available to Patsnap Analytics Premium users only.

  In addition, third-party large language models (LLMs) must be enabled for your organization.

  If you cannot see the Cluster View option, check that your subscription includes Analytics Premium and that third-party LLM access is enabled.

  Contact your account administrator or Patsnap Support if you need assistance.

Key Takeaways

• Cluster View uses AI to organize patents into a three-level hierarchy: Technical Domain, Technical Approach, and Technical Method.
• Cluster View helps R&D teams reduce manual patent review, compare technical approaches, identify potential technology gaps, and make more informed research decisions.
• Cluster View is available only to Analytics Premium users with third-party LLMs enabled.
• Results are most useful when the patent collection contains related technologies and should be validated against the underlying documents.