Analyzes and solves problems using TRIZ (Theory of Inventive Problem Solving) methodology. Trigger this skill when users need to resolve technical challenges...
Once the user describes their problem, invoke the TRIZ MCP service using the exec tool.
# Pass the problem description as an argument
bash /root/.openclaw/workspace/skills/triz-problem-solver/scripts/call_triz_mcp.sh "your problem description"
After receiving the JSON result from MCP, you must present it to the user in a professional, structured consulting report format. Transform the raw JSON data into a logically progressive narrative:
causal_chain_analysis.problem as the entry point.causal_chain to illustrate the problem propagation path (no need to list every node — e.g.: heat transfer degradation ➔ frost layer blocking ➔ low thermal conductivity / reduced surface area ➔ surface temperature gradient).second_step_problem_summary (items where select: true).Present each solution from ideas.idea_list in a structured, modular format using the following template:
Solution [N]: [idea_title]
- Feasibility: [feasibility]
- TRIZ Principle Applied: [triz_principle]
- Key Advantages: Display
advantage_tag_listas tags (e.g.,#TimeSegregation#EnergyPreloading).- Solution Breakdown: Convert
idea_summaryinto readable paragraphs, bolding specific parameter changes (e.g., power increased from 200W to 2000W, time reduced from 20 min to 5 min) and expected outcomes.- Principle Deep Dive: Using
feature_contentandapplication_methodfromtriz_feature_mapping, briefly explain how this TRIZ principle breaks the core contradiction identified above.- Inspiring Patents: If
triz_feature_mappingcontains patent information, display patent titles as hyperlinks. Link format:https://eureka.patsnap.com/view/#/fullText'figures/?patentId={patent_id}. Display as: {title}
ZIP package — ready to use