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From google-patent-cli
Execute patent searches on Google Patents. Supports free-text queries, date range filters (filing, priority, publication), assignee filters, country filters, and result limits. Always use this skill for any patent search, find, or lookup request — even when specific parameters are provided.
npx claudepluginhub sonesuke/google-patent-cli --plugin google-patent-cliHow this skill is triggered — by the user, by Claude, or both
Slash command
/google-patent-cli:patent-searchThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
Search for patents from Google Patents using the google-patent-cli MCP server.
Creates p5.js generative art with seeded randomness, noise fields, and interactive parameter exploration. Use for algorithmic art, flow fields, or particle systems.
Share bugs, ideas, or general feedback.
Search for patents from Google Patents using the google-patent-cli MCP server.
Execute patent searches with various filters including query, assignee, country, and date range.
Uses search_patents MCP tool provided by google-patent-cli.
Search for patents, then use the returned dataset name to query with Cypher:
patent_search({
query: "machine learning",
limit: 20
})
# Returns dataset name like "search-abc123"
# Then query with execute_cypher:
execute_cypher({
dataset: "search-abc123",
query: "MATCH (p:Patent) RETURN p.title, p.assignee LIMIT 5"
})
CRITICAL: After searching, always use execute_cypher to retrieve results.
Do NOT read the output JSON file directly. The JSON file is an internal
artifact — all data is available through cypher queries.
Use these cypher patterns to retrieve search results:
Total count:
MATCH (p:Patent) RETURN COUNT(*) AS count
Top 20 snippets for noise analysis:
MATCH (p:Patent) RETURN p.id, p.title, p.snippet, p.assignee LIMIT 20
Assignee breakdown:
MATCH (p:Patent) RETURN p.assignee, COUNT(*) AS count ORDER BY count DESC
Date range summary:
MATCH (p:Patent) RETURN p.filing_date, p.title LIMIT 10
| Field | Description |
|---|---|
id | Patent ID (e.g., "US9152718B2") |
title | Patent title |
snippet | Search result snippet |
abstract_text | Full abstract |
assignee | Assignee/applicant name |
filing_date | Filing date |
publication_date | Publication date |
url | Google Patents URL |
legal_status | Legal status |
family_id | Patent family ID |
Search patents filed in 2023:
patent_search({
query: "artificial intelligence",
filing_after: "2023-01-01",
filing_before: "2023-12-31",
limit: 10
})
Search patents with priority date in 2024:
patent_search({
assignee: ["Google LLC"],
priority_after: "2024-01-01",
priority_before: "2024-12-31"
})
Search patents published in a specific date range:
patent_search({
query: "quantum computing",
publication_after: "2023-06-01",
publication_before: "2023-12-31"
})
query (string, optional): Free-text search queryassignee (array of strings, optional): Filter by assignee/applicant namescountry (string, optional): Filter by country code (JP, US, CN, EP)Three independent date filters are available:
priority_after (string, optional): Filter by priority date after (YYYY-MM-DD)priority_before (string, optional): Filter by priority date before (YYYY-MM-DD)publication_after (string, optional): Filter by publication date after (YYYY-MM-DD)publication_before (string, optional): Filter by publication date before (YYYY-MM-DD)filing_after (string, optional): Filter by filing date after (YYYY-MM-DD)filing_before (string, optional): Filter by filing date before (YYYY-MM-DD)limit (number, optional): Maximum number of results (default: 10)language (string, optional): Language/locale (ja, en, zh)