This repository contains an implementation of an MCP Server for interfacing with the RapidAPI Global Patent API and storing patent data in a SQLite database.

• RapidAPI Global Patent API integration
• MCP Server implementation for handling patent requests
• SQLite database integration for patent data storage
• Advanced patent scoring system (pscore, cscore, lscore, tscore)
• Rate limiting and error handling

1. Clone the repository:

git clone https://github.com/myownipgit/RapidAPI-MCP.git
cd RapidAPI-MCP

2. Create and activate conda environment:

# Create environment from yml file
conda env create -f environment.yml

# Activate environment
conda activate rapidapi-mcp

Alternatively, you can create the environment manually:

# Create new environment with Python 3.11
conda create -n rapidapi-mcp python=3.11

# Activate environment
conda activate rapidapi-mcp

# Install required packages
conda install -c conda-forge requests aiohttp python-dotenv pytest
pip install rapidapi-connect

3. Set up environment variables:

cp .env.example .env
# Edit .env with your settings

1. Initialize the MCP Server:

from patent_mcp.server import MCPPatentServer

mcp_server = MCPPatentServer()

2. Handle patent search requests:

search_request = {
    'command': 'search',
    'params': {
        'query': 'quantum computing',
        'date_range': '2004-2024',
        'page': 1,
        'per_page': 100
    }
}

results = await mcp_server.handle_patent_request(search_request)

To run the tests, activate your conda environment and run:

# Run the connection test
python tests/test_connection.py

# Run all tests with pytest
python -m pytest tests/

• patent_mcp/ - Main package directory
  • client.py - RapidAPI client implementation
  • server.py - MCP Server implementation
  • database.py - SQLite database operations
  • scoring.py - Patent scoring system
  • __init__.py - Package initialization
• docs/ - Documentation
  • SCORING.md - Detailed scoring methodology
• examples/ - Example scripts
• tests/ - Unit tests

• Python 3.11 or higher
• Required packages are listed in environment.yml

The system implements a comprehensive patent scoring methodology:

• Patent Score (pscore): Overall patent strength
• Citation Score (cscore): Citation impact analysis
• Legal Score (lscore): Legal status evaluation
• Technology Score (tscore): Technical complexity assessment

See SCORING.md for detailed information.

The server uses the following environment variables:

• RAPIDAPI_KEY: Your RapidAPI API key
• DB_PATH: Path to SQLite database (optional, defaults to ./patents.db)
• Additional configuration options in .env

The RapidAPI service has the following limits:

• 1000 requests per day
• 500000 hard limit

Contributions are welcome! Please feel free to submit a Pull Request.

MIT License - see LICENSE file for details