patent-lawer-space

内容来源：README.md（说明文档） · 原始地址 · 查看安装指南

原始内容

# Patent Analysis and Writing Environment

A comprehensive workspace for patent analysis, prior art searching, and patent application drafting using Claude Code.

## Overview

This repository provides a structured environment for conducting patent-related work, including:

- Patent application drafting
- Prior art analysis
- Freedom to operate (FTO) analysis
- Patentability assessments
- Invention disclosure management
- Claims analysis and drafting

## Patent Workflow Overview

```mermaid
flowchart TD
    Start([New Invention Idea]) --> Disclosure[Fill Invention Disclosure<br/>templates/analysis/invention-disclosure.md]
    Disclosure --> PriorArt[Conduct Prior Art Search<br/>Use /prior-art command or prior-art-search.py]
    PriorArt --> Analyze[Analyze Patentability<br/>§101, §102, §103, §112]

    Analyze --> Decision{Worth<br/>Patenting?}
    Decision -->|No| Stop([Stop or Modify Invention])
    Decision -->|Yes| Claims[Draft Claims<br/>Start with independent claims]

    Claims --> ClaimsCheck[Analyze Claims<br/>claim-analyzer.py or MCP tool]
    ClaimsCheck --> ClaimsOK{Claims<br/>Valid?}
    ClaimsOK -->|Issues Found| Claims
    ClaimsOK -->|OK| Spec[Draft Specification<br/>Use templates/applications/]

    Spec --> Abstract[Write Abstract<br/>≤150 words]
    Abstract --> WordCheck[Check Word Count<br/>word-count.py or MCP tool]
    WordCheck --> Review[Review Complete Application]

    Review --> File[File Patent Application]

    style Start fill:#e1f5e1
    style Stop fill:#ffe1e1
    style File fill:#e1f0ff
    style Decision fill:#fff4e1
    style ClaimsOK fill:#fff4e1
```

### Alternative Workflows

```mermaid
flowchart LR
    A[Product Launch] --> B[Freedom to Operate Analysis<br/>templates/analysis/freedom-to-operate.md]
    B --> C{Infringement<br/>Risk?}
    C -->|High| D[Design Around or License]
    C -->|Low| E[Proceed with Launch]

    style A fill:#e1f5e1
    style E fill:#e1f0ff
    style D fill:#fff4e1
```

## Directory Structure

```
patent-lawer-space/
├── patents/              # Patent documents
│   ├── drafts/          # Work in progress
│   ├── filed/           # Filed applications
│   └── analysis/        # Analysis reports
├── templates/           # Document templates
│   ├── applications/    # Patent application templates
│   ├── claims/         # Claims templates and examples
│   ├── abstracts/      # Abstract templates
│   ├── specifications/ # Detailed description templates
│   └── analysis/       # Analysis templates
├── tools/              # Utility scripts
├── mcp-server/         # Model Context Protocol server
├── docs/               # Documentation
└── examples/           # Example documents
```

## Templates

### Patent Application Templates

- **`templates/applications/utility-patent-template.md`**
  - Complete utility patent application template
  - Includes all required sections (Background, Summary, Detailed Description, Claims, Abstract)
  - Guidelines for each section

- **`templates/applications/h01l-semiconductor-template.md`** ⭐ **NEW**
  - Specialized template for H01L semiconductor device patents
  - Comprehensive guide for transistors, memory, LEDs, power devices, sensors
  - Layer-by-layer description framework with reference numbering conventions
  - Process parameter templates and material specifications
  - Multiple embodiment examples

### Claims Templates

- **`templates/claims/claims-template.md`**
  - Independent and dependent claims structure
  - Claims drafting guidelines
  - Examples of different claim types (system, method, computer-readable medium)

- **`templates/claims/h01l-claims-template.md`** ⭐ **NEW**
  - H01L semiconductor device claims
  - Device structure, process method, and specialized claim examples
  - FinFET, memory, power device, and optoelectronic claim templates
  - Semiconductor-specific claim language and best practices

### Analysis Templates

- **`templates/analysis/prior-art-analysis.md`**
  - Systematic prior art evaluation
  - Element-by-element claim charts
  - Obviousness analysis framework

- **`templates/analysis/patentability-analysis.md`**
  - Comprehensive patentability assessment
  - 35 U.S.C. § 101, 102, 103, 112 analysis
  - Prosecution strategy recommendations

- **`templates/analysis/freedom-to-operate.md`**
  - FTO/clearance analysis template
  - Risk assessment framework
  - Mitigation strategies

- **`templates/analysis/invention-disclosure.md`**
  - Invention disclosure form
  - Captures all necessary invention details
  - Prior art documentation

## ⭐ H01L Semiconductor Device Support

**NEW:** This repository now includes comprehensive support for H01L semiconductor patent work!

### What is H01L?

H01L covers semiconductor devices and electric solid-state devices including:
- Transistors (MOSFET, FinFET, GAA, HEMT, etc.)
- Memory devices (DRAM, NAND, Flash)
- Power semiconductors (IGBT, LDMOS, SiC devices)
- Optoelectronic devices (LEDs, laser diodes, solar cells)
- Sensors and MEMS devices
- Advanced packaging and assembly

### Priority Company Focus

H01L prior art searches prioritize these semiconductor industry leaders:
1. **TSMC** - Advanced process nodes, 3D IC, packaging (CoWoS, InFO)
2. **Samsung** - Memory (DRAM, NAND), logic, displays
3. **Intel** - Processors, RibbonFET, Foveros, advanced packaging
4. **ASE (Advanced Semiconductor Engineering)** - Packaging, assembly, FOWLP, SiP
5. **Amkor Technology** - Advanced packaging, SWIFT, panel-level packaging

### Quick Start for H01L

**Command:**
```
/h01l-draft
```

This launches the H01L patent drafting assistant which will:
- Guide you through semiconductor-specific information gathering
- Create H01L-specific draft files
- Recommend priority company prior art searches
- Provide semiconductor claims drafting guidance
- Generate targeted search queries

### H01L Resources

**Templates:**
- `templates/applications/h01l-semiconductor-template.md` - Complete H01L application template
- `templates/claims/h01l-claims-template.md` - Semiconductor claims examples

**Guides:**
- `docs/h01l-quick-start.md` - **START HERE** for H01L patent work
- `docs/h01l-terminology-reference.md` - 300+ semiconductor terms with definitions
- `docs/h01l-prior-art-search-guide.md` - Search strategies for priority companies

### Why H01L Support Matters

Semiconductor patents require:
- **Specialized terminology** (gate dielectric, source/drain, doping concentration, etc.)
- **Precise specifications** (dimensional ranges, process parameters, material properties)
- **Thorough prior art searches** (TSMC, Samsung, Intel, ASE, Amkor dominate the field)
- **Technical accuracy** (realistic process parameters, achievable dimensions)
- **Proper structure** (layer-by-layer descriptions, systematic reference numbering)

The H01L templates and guides ensure your semiconductor patents meet these requirements.

### Example H01L Use Cases

- Drafting FinFET or GAA transistor patents
- Memory device patent applications (3D NAND, DRAM)
- Advanced packaging patents (fan-out, TSV, SiP)
- Power semiconductor patents (SiC, GaN devices)
- LED and optoelectronic device patents
- Prior art searching for semiconductor technologies
- FTO analysis for chip products

**Get Started:** Read `docs/h01l-quick-start.md` or run `/h01l-draft`

## Tools

The repository includes both standalone Python tools and an MCP server that exposes these tools to Claude.

### MCP Server (Recommended for Claude Desktop)

The **Model Context Protocol (MCP) server** makes all patent analysis tools available directly to Claude through the MCP protocol. This is the recommended way to use the tools with Claude Desktop.

**Quick Setup:**

1. Install dependencies:
   ```bash
   cd mcp-server
   pip install -r requirements.txt
   ```

2. Configure Claude Desktop (see `mcp-server/README.md` for details):
   ```json
   {
     "mcpServers": {
       "patent-tools": {
         "command": "python",
         "args": ["/absolute/path/to/patent-lawer-space/mcp-server/run.py"]
       }
     }
   }
   ```

3. Restart Claude Desktop and the tools will be available automatically!

**Available MCP Tools:**
- `analyze_patent_word_count` - Word count and structure validation
- `analyze_patent_claims` - Claims analysis with antecedent basis checking
- `generate_prior_art_search` - Prior art search query generation

See [mcp-server/README.md](https://github.com/travishsu/patent-lawer-space/blob/HEAD/mcp-server/README.md) for complete documentation.

### Standalone Python Tools

These tools can also be run directly from the command line:

### Word Count Tool

Analyzes patent documents and checks word count against requirements.

```bash
cd tools
python word-count.py ../templates/abstracts/my-abstract.md
```

Features:
- Counts words excluding markdown formatting
- Checks abstracts against 150-word limit
- Verifies document structure

### Claims Analyzer

Analyzes patent claims for common issues and best practices.

```bash
cd tools
python claim-analyzer.py ../templates/claims/my-claims.md
```

Features:
- Identifies independent vs. dependent claims
- Checks antecedent basis
- Analyzes claim structure
- Provides suggestions for improvement

### Prior Art Search Helper

Generates search queries and strategies for prior art searching.

```bash
cd tools
python prior-art-search.py ../patents/drafts/my-invention.md
```

Features:
- Extracts keywords from invention description
- Generates Boolean search queries
- Suggests CPC classifications
- Recommends search databases and strategy

## Quick Start Guide

### For Newcomers: 3 Easy Steps

**Step 1: Start with a simple invention**
```bash
# Ask Claude to help you draft a patent
"I have an invention for [describe your invention].
Help me create a patent application using the utility patent template."
```

**Step 2: Use slash commands for guidance**
```bash
/draft-patent      # Start a new patent application
/prior-art         # Search for prior art
/analyze-claims    # Check your claims for issues
```

**Step 3: Let Claude guide you through the process**
- Claude will ask questions about your invention
- Follow the workflow diagram above
- Use the tools to validate your work

### For Advanced Users: Direct Tool Usage

**Option A: Use MCP Tools (Recommended for Claude Desktop)**
- Tools are automatically available in Claude Desktop
- Just ask Claude to analyze claims, check word count, or generate search queries
- See [mcp-server/README.md](https://github.com/travishsu/patent-lawer-space/blob/HEAD/mcp-server/README.md) for setup

**Option B: Use Python Tools Directly**
```bash
# Analyze patent claims
python tools/claim-analyzer.py patents/drafts/my-claims.md

# Check word count (abstracts must be ≤150 words)
python tools/word-count.py patents/drafts/my-abstract.md

# Generate prior art search queries
python tools/prior-art-search.py patents/drafts/my-invention.md
```

### Example: Complete Patent Workflow

**Starting a new patent application:**
```
You: "I need to patent a new smartphone battery design that uses
graphene electrodes. Can you help me draft the application?"

Claude: "I'll guide you through the patent workflow:
1. First, let me gather details about your invention...
2. Conduct a prior art search on graphene battery technologies...
3. Draft independent and dependent claims...
4. Create the specification with multiple embodiments...
5. Validate everything with the analysis tools..."
```

**For H01L semiconductor patents:**
```bash
/h01l-draft    # Specialized workflow for semiconductor devices
```
This command provides semiconductor-specific guidance for transistors, memory, LEDs, packaging, etc.

## Best Practices

### Patent Drafting

1. **Start with Invention Disclosure**: Use the invention disclosure template to capture all details
2. **Conduct Prior Art Search First**: Understand the landscape before drafting
3. **Draft Claims Early**: Claims define the scope - start here
4. **Multiple Embodiments**: Describe various implementations
5. **Consistent Terminology**: Use the same terms throughout
6. **Reference Numbers**: Assign and use systematically
7. **Figures**: Create clear diagrams with proper labeling

### Claims Drafting

1. **Independent Claims**: Start broad, cover core inventive concept
2. **Dependent Claims**: Add specific implementations and alternatives
3. **Claim Differentiation**: Each claim should add value
4. **Clear Language**: Avoid ambiguity
5. **Antecedent Basis**: Proper use of "a/an" and "the"
6. **Multiple Claim Types**: Include system, method, and CRM claims if applicable

### Prior Art Analysis

1. **Systematic Search**: Use multiple databases and search strategies
2. **Document Everything**: Record search queries and results
3. **Element-by-Element**: Compare each claim element to prior art
4. **Consider Combinations**: Analyze obviousness from combinations
5. **Update Regularly**: Prior art landscape changes

### Analysis Documentation

1. **Be Thorough**: Complete all sections of analysis templates
2. **Objective Assessment**: Honest evaluation of strengths and weaknesses
3. **Support Conclusions**: Provide evidence and reasoning
4. **Consider Alternatives**: Multiple strategies and approaches
5. **Regular Updates**: Keep analyses current

## Working with Claude Code

This environment is optimized for use with Claude Code. Simply describe what you need in natural language:

**Drafting:**
```
"Help me draft a patent application for [your invention idea]"
```

**Analysis:**
```
"Analyze the patentability of my invention - check for prior art issues"
```

**Claims:**
```
"Draft independent and dependent claims for my invention"
```

**Prior Art Search:**
```
"Search for prior art related to [technology area]"
```

**Review:**
```
"Review my claims for antecedent basis and structural issues"
```

**Use Slash Commands for specialized workflows:**
- `/draft-patent` - Complete patent drafting workflow
- `/prior-art` - Comprehensive prior art search
- `/patentability` - Full patentability analysis (§101, §102, §103, §112)
- `/analyze-claims` - Claims structure and validity check
- `/fto` - Freedom to operate analysis
- `/h01l-draft` - Semiconductor device patent drafting

## Patent Law Fundamentals

### Patentability Requirements (U.S.)

1. **35 U.S.C. § 101 - Eligible Subject Matter**
   - Process, machine, manufacture, or composition of matter
   - Not abstract idea, law of nature, or natural phenomenon

2. **35 U.S.C. § 102 - Novelty**
   - New (not in prior art)
   - Each claim element must be novel

3. **35 U.S.C. § 103 - Non-Obviousness**
   - Not obvious to person skilled in the art
   - Must have inventive step beyond prior art

4. **35 U.S.C. § 112 - Written Description, Enablement, Definiteness**
   - Adequate description of invention
   - Enables others to make and use
   - Claims are clear and definite

### Key Deadlines

- **Provisional to Non-Provisional**: 12 months
- **Public Disclosure**: File before or within grace period (1 year in U.S.)
- **PCT Filing**: 12 months from priority date
- **Office Action Response**: Typically 3-6 months
- **Foreign Filings**: 30 months from priority (via PCT)

### Patent Types

- **Utility Patent**: Functional inventions (20 years)
- **Design Patent**: Ornamental designs (15 years)
- **Plant Patent**: New plant varieties (20 years)
- **Provisional**: Placeholder (not examined, 12-month term)

## Common Workflows

See the **Mermaid diagrams** at the top of this document for visual workflow guidance.

### New Invention Workflow

**Quick Version:** Invention Disclosure → Prior Art Search → Draft Claims → Draft Specification → Abstract → File

**Detailed Steps:**
1. Fill out invention disclosure (`/invention-disclosure`)
2. Prior art search (`/prior-art`)
3. Assess patentability
4. Draft claims (start broad, add dependencies)
5. Draft specification (use templates)
6. Create abstract (≤150 words)
7. Review and file

### Prior Art Analysis Workflow

**Quick Version:** Keywords → Search → Document → Analyze → Update Claims

**Detailed Steps:**
1. Extract keywords and generate queries (`prior-art-search.py`)
2. Search USPTO, Google Patents, academic databases
3. Document each relevant reference
4. Create claim charts (element-by-element comparison)
5. Update claims to distinguish from prior art

### FTO Analysis Workflow

**Quick Version:** Product Features → Search Patents → Analyze Claims → Assess Risk → Mitigate

**Detailed Steps:**
1. List all product features
2. Search for relevant patents (`/fto`)
3. Map patent claims to product features
4. Assess infringement and validity
5. Develop mitigation strategy (design-around, licensing, etc.)

## Resources

### Patent Databases

- **USPTO**: https://patft.uspto.gov/
- **Google Patents**: https://patents.google.com/
- **Espacenet**: https://worldwide.espacenet.com/
- **WIPO PatentScope**: https://patentscope.wipo.int/

### Classification Systems

- **CPC** (Cooperative Patent Classification): https://www.cooperativepatentclassification.org/
- **IPC** (International Patent Classification): https://www.wipo.int/classifications/ipc/

### Non-Patent Literature

- **IEEE Xplore**: https://ieeexplore.ieee.org/
- **Google Scholar**: https://scholar.google.com/
- **PubMed**: https://pubmed.ncbi.nlm.nih.gov/

### Guidelines and Rules

- **MPEP** (Manual of Patent Examining Procedure): https://www.uspto.gov/web/offices/pac/mpep/
- **USPTO Rules**: https://www.uspto.gov/patents/laws

## Tips for Success

1. **Document Everything**: Keep detailed records of all work
2. **Version Control**: Track changes to applications and analyses
3. **Consistent Naming**: Use clear, descriptive file names
4. **Regular Backups**: Protect your work
5. **Collaborate**: Use this environment for team collaboration
6. **Stay Current**: Patent law and technology evolve
7. **Professional Review**: Consider professional patent attorney review for final applications

## Contributing

This is a template environment. Customize it for your specific needs:

- Add industry-specific templates
- Create custom analysis tools
- Develop additional scripts
- Add reference materials
- Include sample patents from your field

## License

This template repository is provided as-is for patent analysis and drafting work.

## Disclaimer

This environment and its templates are for informational purposes only and do not constitute legal advice. For actual patent applications, consult with a registered patent attorney or agent. Patent laws vary by jurisdiction and change over time.

---

**Version**: 1.0
**Last Updated**: 2026-01-04
**Maintained for**: Claude Code patent analysis and writing workflows

Patent Analysis and Writing Environment

A comprehensive workspace for patent analysis, prior art searching, and patent application drafting using Claude Code.

Overview

This repository provides a structured environment for conducting patent-related work, including:

Patent application drafting
Prior art analysis
Freedom to operate (FTO) analysis
Patentability assessments
Invention disclosure management
Claims analysis and drafting

Patent Workflow Overview

flowchart TD
    Start([New Invention Idea]) --> Disclosure[Fill Invention Disclosure<br/>templates/analysis/invention-disclosure.md]
    Disclosure --> PriorArt[Conduct Prior Art Search<br/>Use /prior-art command or prior-art-search.py]
    PriorArt --> Analyze[Analyze Patentability<br/>§101, §102, §103, §112]

    Analyze --> Decision{Worth<br/>Patenting?}
    Decision -->|No| Stop([Stop or Modify Invention])
    Decision -->|Yes| Claims[Draft Claims<br/>Start with independent claims]

    Claims --> ClaimsCheck[Analyze Claims<br/>claim-analyzer.py or MCP tool]
    ClaimsCheck --> ClaimsOK{Claims<br/>Valid?}
    ClaimsOK -->|Issues Found| Claims
    ClaimsOK -->|OK| Spec[Draft Specification<br/>Use templates/applications/]

    Spec --> Abstract[Write Abstract<br/>≤150 words]
    Abstract --> WordCheck[Check Word Count<br/>word-count.py or MCP tool]
    WordCheck --> Review[Review Complete Application]

    Review --> File[File Patent Application]

    style Start fill:#e1f5e1
    style Stop fill:#ffe1e1
    style File fill:#e1f0ff
    style Decision fill:#fff4e1
    style ClaimsOK fill:#fff4e1

Alternative Workflows

flowchart LR
    A[Product Launch] --> B[Freedom to Operate Analysis<br/>templates/analysis/freedom-to-operate.md]
    B --> C{Infringement<br/>Risk?}
    C -->|High| D[Design Around or License]
    C -->|Low| E[Proceed with Launch]

    style A fill:#e1f5e1
    style E fill:#e1f0ff
    style D fill:#fff4e1

Directory Structure

patent-lawer-space/
├── patents/              # Patent documents
│   ├── drafts/          # Work in progress
│   ├── filed/           # Filed applications
│   └── analysis/        # Analysis reports
├── templates/           # Document templates
│   ├── applications/    # Patent application templates
│   ├── claims/         # Claims templates and examples
│   ├── abstracts/      # Abstract templates
│   ├── specifications/ # Detailed description templates
│   └── analysis/       # Analysis templates
├── tools/              # Utility scripts
├── mcp-server/         # Model Context Protocol server
├── docs/               # Documentation
└── examples/           # Example documents

Templates

Patent Application Templates

templates/applications/utility-patent-template.md
- Complete utility patent application template
- Includes all required sections (Background, Summary, Detailed Description, Claims, Abstract)
- Guidelines for each section
templates/applications/h01l-semiconductor-template.md ⭐ NEW
- Specialized template for H01L semiconductor device patents
- Comprehensive guide for transistors, memory, LEDs, power devices, sensors
- Layer-by-layer description framework with reference numbering conventions
- Process parameter templates and material specifications
- Multiple embodiment examples

Claims Templates

templates/claims/claims-template.md
- Independent and dependent claims structure
- Claims drafting guidelines
- Examples of different claim types (system, method, computer-readable medium)
templates/claims/h01l-claims-template.md ⭐ NEW
- H01L semiconductor device claims
- Device structure, process method, and specialized claim examples
- FinFET, memory, power device, and optoelectronic claim templates
- Semiconductor-specific claim language and best practices

Analysis Templates

templates/analysis/prior-art-analysis.md
- Systematic prior art evaluation
- Element-by-element claim charts
- Obviousness analysis framework
templates/analysis/patentability-analysis.md
- Comprehensive patentability assessment
- 35 U.S.C. § 101, 102, 103, 112 analysis
- Prosecution strategy recommendations
templates/analysis/freedom-to-operate.md
- FTO/clearance analysis template
- Risk assessment framework
- Mitigation strategies
templates/analysis/invention-disclosure.md
- Invention disclosure form
- Captures all necessary invention details
- Prior art documentation

⭐ H01L Semiconductor Device Support

NEW: This repository now includes comprehensive support for H01L semiconductor patent work!

What is H01L?

H01L covers semiconductor devices and electric solid-state devices including:

Transistors (MOSFET, FinFET, GAA, HEMT, etc.)
Memory devices (DRAM, NAND, Flash)
Power semiconductors (IGBT, LDMOS, SiC devices)
Optoelectronic devices (LEDs, laser diodes, solar cells)
Sensors and MEMS devices
Advanced packaging and assembly

Priority Company Focus

H01L prior art searches prioritize these semiconductor industry leaders:

TSMC - Advanced process nodes, 3D IC, packaging (CoWoS, InFO)
Samsung - Memory (DRAM, NAND), logic, displays
Intel - Processors, RibbonFET, Foveros, advanced packaging
ASE (Advanced Semiconductor Engineering) - Packaging, assembly, FOWLP, SiP
Amkor Technology - Advanced packaging, SWIFT, panel-level packaging

Quick Start for H01L

Command:

/h01l-draft

This launches the H01L patent drafting assistant which will:

Guide you through semiconductor-specific information gathering
Create H01L-specific draft files
Recommend priority company prior art searches
Provide semiconductor claims drafting guidance
Generate targeted search queries

H01L Resources

Templates:

templates/applications/h01l-semiconductor-template.md - Complete H01L application template
templates/claims/h01l-claims-template.md - Semiconductor claims examples

Guides:

docs/h01l-quick-start.md - START HERE for H01L patent work
docs/h01l-terminology-reference.md - 300+ semiconductor terms with definitions
docs/h01l-prior-art-search-guide.md - Search strategies for priority companies

Why H01L Support Matters

Semiconductor patents require:

Specialized terminology (gate dielectric, source/drain, doping concentration, etc.)
Precise specifications (dimensional ranges, process parameters, material properties)
Thorough prior art searches (TSMC, Samsung, Intel, ASE, Amkor dominate the field)
Technical accuracy (realistic process parameters, achievable dimensions)
Proper structure (layer-by-layer descriptions, systematic reference numbering)

The H01L templates and guides ensure your semiconductor patents meet these requirements.

Example H01L Use Cases

Drafting FinFET or GAA transistor patents
Memory device patent applications (3D NAND, DRAM)
Advanced packaging patents (fan-out, TSV, SiP)
Power semiconductor patents (SiC, GaN devices)
LED and optoelectronic device patents
Prior art searching for semiconductor technologies
FTO analysis for chip products

Get Started: Read docs/h01l-quick-start.md or run /h01l-draft

Tools

The repository includes both standalone Python tools and an MCP server that exposes these tools to Claude.

MCP Server (Recommended for Claude Desktop)

The Model Context Protocol (MCP) server makes all patent analysis tools available directly to Claude through the MCP protocol. This is the recommended way to use the tools with Claude Desktop.

Quick Setup:

Install dependencies:

cd mcp-server
pip install -r requirements.txt

Configure Claude Desktop (see mcp-server/README.md for details):

{
  "mcpServers": {
    "patent-tools": {
      "command": "python",
      "args": ["/absolute/path/to/patent-lawer-space/mcp-server/run.py"]
    }
  }
}

Restart Claude Desktop and the tools will be available automatically!

Available MCP Tools:

analyze_patent_word_count - Word count and structure validation
analyze_patent_claims - Claims analysis with antecedent basis checking
generate_prior_art_search - Prior art search query generation

See mcp-server/README.md for complete documentation.

Standalone Python Tools

These tools can also be run directly from the command line:

Word Count Tool

Analyzes patent documents and checks word count against requirements.

cd tools
python word-count.py ../templates/abstracts/my-abstract.md

Features:

Counts words excluding markdown formatting
Checks abstracts against 150-word limit
Verifies document structure

Claims Analyzer

Analyzes patent claims for common issues and best practices.

cd tools
python claim-analyzer.py ../templates/claims/my-claims.md

Features:

Identifies independent vs. dependent claims
Checks antecedent basis
Analyzes claim structure
Provides suggestions for improvement

Prior Art Search Helper

Generates search queries and strategies for prior art searching.

cd tools
python prior-art-search.py ../patents/drafts/my-invention.md

Features:

Extracts keywords from invention description
Generates Boolean search queries
Suggests CPC classifications
Recommends search databases and strategy

Quick Start Guide

For Newcomers: 3 Easy Steps

Step 1: Start with a simple invention

# Ask Claude to help you draft a patent
"I have an invention for [describe your invention].
Help me create a patent application using the utility patent template."

Step 2: Use slash commands for guidance

/draft-patent      # Start a new patent application
/prior-art         # Search for prior art
/analyze-claims    # Check your claims for issues

Step 3: Let Claude guide you through the process

Claude will ask questions about your invention
Follow the workflow diagram above
Use the tools to validate your work

For Advanced Users: Direct Tool Usage

Option A: Use MCP Tools (Recommended for Claude Desktop)

Tools are automatically available in Claude Desktop
Just ask Claude to analyze claims, check word count, or generate search queries
See mcp-server/README.md for setup

Option B: Use Python Tools Directly

# Analyze patent claims
python tools/claim-analyzer.py patents/drafts/my-claims.md

# Check word count (abstracts must be ≤150 words)
python tools/word-count.py patents/drafts/my-abstract.md

# Generate prior art search queries
python tools/prior-art-search.py patents/drafts/my-invention.md

Example: Complete Patent Workflow

Starting a new patent application:

You: "I need to patent a new smartphone battery design that uses
graphene electrodes. Can you help me draft the application?"

Claude: "I'll guide you through the patent workflow:
1. First, let me gather details about your invention...
2. Conduct a prior art search on graphene battery technologies...
3. Draft independent and dependent claims...
4. Create the specification with multiple embodiments...
5. Validate everything with the analysis tools..."

For H01L semiconductor patents:

/h01l-draft    # Specialized workflow for semiconductor devices

This command provides semiconductor-specific guidance for transistors, memory, LEDs, packaging, etc.

Best Practices

Patent Drafting

Start with Invention Disclosure: Use the invention disclosure template to capture all details
Conduct Prior Art Search First: Understand the landscape before drafting
Draft Claims Early: Claims define the scope - start here
Multiple Embodiments: Describe various implementations
Consistent Terminology: Use the same terms throughout
Reference Numbers: Assign and use systematically
Figures: Create clear diagrams with proper labeling

Claims Drafting

Independent Claims: Start broad, cover core inventive concept
Dependent Claims: Add specific implementations and alternatives
Claim Differentiation: Each claim should add value
Clear Language: Avoid ambiguity
Antecedent Basis: Proper use of "a/an" and "the"
Multiple Claim Types: Include system, method, and CRM claims if applicable

Prior Art Analysis

Systematic Search: Use multiple databases and search strategies
Document Everything: Record search queries and results
Element-by-Element: Compare each claim element to prior art
Consider Combinations: Analyze obviousness from combinations
Update Regularly: Prior art landscape changes

Analysis Documentation

Be Thorough: Complete all sections of analysis templates
Objective Assessment: Honest evaluation of strengths and weaknesses
Support Conclusions: Provide evidence and reasoning
Consider Alternatives: Multiple strategies and approaches
Regular Updates: Keep analyses current

Working with Claude Code

This environment is optimized for use with Claude Code. Simply describe what you need in natural language:

Drafting:

"Help me draft a patent application for [your invention idea]"

Analysis:

"Analyze the patentability of my invention - check for prior art issues"

Claims:

"Draft independent and dependent claims for my invention"

Prior Art Search:

"Search for prior art related to [technology area]"

Review:

"Review my claims for antecedent basis and structural issues"

Use Slash Commands for specialized workflows:

/draft-patent - Complete patent drafting workflow
/prior-art - Comprehensive prior art search
/patentability - Full patentability analysis (§101, §102, §103, §112)
/analyze-claims - Claims structure and validity check
/fto - Freedom to operate analysis
/h01l-draft - Semiconductor device patent drafting

Patent Law Fundamentals

Patentability Requirements (U.S.)

35 U.S.C. § 101 - Eligible Subject Matter
- Process, machine, manufacture, or composition of matter
- Not abstract idea, law of nature, or natural phenomenon
35 U.S.C. § 102 - Novelty
- New (not in prior art)
- Each claim element must be novel
35 U.S.C. § 103 - Non-Obviousness
- Not obvious to person skilled in the art
- Must have inventive step beyond prior art
35 U.S.C. § 112 - Written Description, Enablement, Definiteness
- Adequate description of invention
- Enables others to make and use
- Claims are clear and definite

Key Deadlines

Provisional to Non-Provisional: 12 months
Public Disclosure: File before or within grace period (1 year in U.S.)
PCT Filing: 12 months from priority date
Office Action Response: Typically 3-6 months
Foreign Filings: 30 months from priority (via PCT)

Patent Types

Utility Patent: Functional inventions (20 years)
Design Patent: Ornamental designs (15 years)
Plant Patent: New plant varieties (20 years)
Provisional: Placeholder (not examined, 12-month term)

Common Workflows

See the Mermaid diagrams at the top of this document for visual workflow guidance.

New Invention Workflow

Quick Version: Invention Disclosure → Prior Art Search → Draft Claims → Draft Specification → Abstract → File

Detailed Steps:

Fill out invention disclosure (/invention-disclosure)
Prior art search (/prior-art)
Assess patentability
Draft claims (start broad, add dependencies)
Draft specification (use templates)
Create abstract (≤150 words)
Review and file

Prior Art Analysis Workflow

Quick Version: Keywords → Search → Document → Analyze → Update Claims

Detailed Steps:

Extract keywords and generate queries (prior-art-search.py)
Search USPTO, Google Patents, academic databases
Document each relevant reference
Create claim charts (element-by-element comparison)
Update claims to distinguish from prior art

FTO Analysis Workflow

Quick Version: Product Features → Search Patents → Analyze Claims → Assess Risk → Mitigate

Detailed Steps:

List all product features
Search for relevant patents (/fto)
Map patent claims to product features
Assess infringement and validity
Develop mitigation strategy (design-around, licensing, etc.)

Resources

Patent Databases

USPTO: https://patft.uspto.gov/
Google Patents: https://patents.google.com/
Espacenet: https://worldwide.espacenet.com/
WIPO PatentScope: https://patentscope.wipo.int/

Classification Systems

CPC (Cooperative Patent Classification): https://www.cooperativepatentclassification.org/
IPC (International Patent Classification): https://www.wipo.int/classifications/ipc/

Non-Patent Literature

IEEE Xplore: https://ieeexplore.ieee.org/
Google Scholar: https://scholar.google.com/
PubMed: https://pubmed.ncbi.nlm.nih.gov/

Guidelines and Rules

MPEP (Manual of Patent Examining Procedure): https://www.uspto.gov/web/offices/pac/mpep/
USPTO Rules: https://www.uspto.gov/patents/laws

Tips for Success

Document Everything: Keep detailed records of all work
Version Control: Track changes to applications and analyses
Consistent Naming: Use clear, descriptive file names
Regular Backups: Protect your work
Collaborate: Use this environment for team collaboration
Stay Current: Patent law and technology evolve
Professional Review: Consider professional patent attorney review for final applications

Contributing

This is a template environment. Customize it for your specific needs:

Add industry-specific templates
Create custom analysis tools
Develop additional scripts
Add reference materials
Include sample patents from your field

License

This template repository is provided as-is for patent analysis and drafting work.

Disclaimer

This environment and its templates are for informational purposes only and do not constitute legal advice. For actual patent applications, consult with a registered patent attorney or agent. Patent laws vary by jurisdiction and change over time.

Version: 1.0 Last Updated: 2026-01-04 Maintained for: Claude Code patent analysis and writing workflows