FROM DISCLOSURE TO FULL APPLICATION

Turn your invention into a complete application.

Ratio captures every technical nuance of your invention, filling in gaps and identifying missing details to build a comprehensive, lawyer-ready patent dossier.

Step 1

Technical Disclosure

Securely ingest your technical whitepapers, blueprints, and draft claims. Ratio maps your invention's core architecture across all provided docs.

Source Ingestion

Live Link

PDF

DWG

DOC

HDL

Processing EngineTECH-MAPPED

Neural_Arch_Draft_v2.pdf92%

CORE DETECTED

1.8s left

Technical Disclosure v2Core

System Architecture DiagramBlueprints

Draft Claims - MethodLegal

Prior Art Search - 2024Research

Benchmarking WhitepaperTechnical

Prototype Log - Q3Core

HDL Source SnippetsTechnical

Inventor Bio - Dr. SmithAdmin

IEEE Conference PaperResearch

Competitor Patent AnalysisLegal

Thermal Constraint SpecsTechnical

Algorithm FlowchartBlueprints

User Manual DraftTechnical

Provisional Filing CopyLegal

Lab Test ResultsCore

Materials Data SheetTechnical

Step 2

Invention Mapping

Invention Graph

Novel AI Chip

Claim 1: Neural Arch

Claim 2: Power Mgmt

Feature: Sparse Multiplier

Feature: Dynamic Gating

Prior Art: US 10.2k

Effect: 40% Less Power

Effect: 2x Throughput

React Flow

142 CLAIMS MAPPED52 TECH EFFECTS

Claim Properties

Component Details

Neural Arch Claim

Claim TypeMethod Claim

Novelty Score84/100

Enablement Confidence94.2%

Dependencies

SPARSE_MULTGATING_CTRL

* Ratio automatically links features to technical effects to ensure 112/103 compliance.

Step 3

Expansion Interview

Ratio asks targeted technical questions to fill in missing information, uncovering the hidden details required to make your invention a complete, robust application.

Application Completeness Queue

Missing Detail: What are the thermal constraints for [Neural_Arch]?

Implementation: Can you describe the fallback logic for [Gating_Ctrl]?

Enablement: Is [Memory_Buffer] size critical for the 40% gain?

I've mapped your sparse multiplier to the energy efficiency claim:

Sparse_Multiplier

reduces_power

40%_efficiency

The current disclosure is missing specific timing data for the gating sequence. How many clock cycles are required for the predictive stage to stabilize?

The predictive stage stabilizes within 2 clock cycles, using a look-ahead buffer that pre-fetches the sparsity pattern.

Understood. Adding "Look-ahead Buffer" as a critical enablement component:

Look-ahead_Buffer

stabilizes

Predictive_Stage

I am now integrating this into the Technical Specification and re-running the completeness audit.

Step 4

Application Precision Audit

Ratio runs 100+ automated tests to verify the technical completeness, legal precision, and filing readiness of your entire application.

100+

Total Tests

4.5s

Execution Time

1 Warning

Enablement

32 Tests

2 Gaps

Completeness

48 Tests

Clean

Definiteness

24 Tests

Verified

Prior Art

10 Tests

Automated Patent Audit Suite

112(a) Enablement Scan

112(b) Indefiniteness Check

Disclosure Completeness

Technical Disclosure Gap

Antecedent Basis Match

Claim Tree Integrity

Technical Effect Support

Draft Claim vs. Spec Match

Specification Support

Term Consistency Scan

Abstract/Title Alignment

Multi-Dependent Claim Check

Statutory Subject Matter

Double Patenting Risk

Enablement Threshold

Means-Plus-Function Scan

Enablement Support Check

Numerical Range Support

Invention Unity Check

Patentability Scorecard

Novelty Search - USPTO

Novelty Search - EPO

Novelty Search - WIPO

Non-Obviousness Matrix

Inventive Step Logic

Draft Claims Synthesis

Claim Scope Overlap

102 Anticipation Audit

103 Obviousness Map

Prior Art Overlap Detect

Gap Analysis Engine

"Analyze Neural_Arch_Draft_v2.pdf for missing thermal constraint specifications"

Compiled Analysis Query

SCAN (doc:TechnicalDisclosure)WHERE doc.component = "neural_arch" AND doc.missing_field = "thermal_constraints"RETURN gap.severity, gap.recommendation

+ 70 additional precision audits in full report

Patent Output

Complete Patent Application

Application Readiness

94/100

Comprehensive application generated with 100% technical coverage.

Quality Distribution

Critical Gaps (1)Warnings (2)Validated (142)

Quality Factor	Impact	Analysis
Technical Specification v1.0 Completeness	High	Technical Validated
Thermal Constraint Specs Missing Info	Critical	Gap detected in Neural_Arch cooling logic
Technical Effect Validation Clarity	Medium	Insufficient data for 40% power claim
Invention Unity Check Structural	High	Technical Validated
Antecedent Basis Check Precision	Low	Technical Validated