DRAWINGS — D-CSE Patent Application
4 sheets • FIG. 1–4 • 37 C.F.R. § 1.84 compliant • File: "Drawings"
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Applicant:
BLOK®
Title: System and Method for Decentralized Cryptographic Symbology Generation
Docket No.: DCSE-001 • Status: Patent Pending
DRAWINGS
Application No.: [To Be Assigned]
Filed:
Sheet
1
of
4
FIG. 1
D-CSE SYSTEM ARCHITECTURE OVERVIEW
D-CSE System (10)
ENCODER MODULE
(100)
Keccak-256 Hash Engine
(102)
Procedural Glyph Generator
(104)
Compression Calculator
(106)
GlyphHash
+ IPFS URI
DECENTRALIZED LEDGER
INTERFACE (200)
IPFS Content-Addressable Store
(202)
Polygon Blockchain Ledger
(204)
Hash→Payload Index
(206)
Store /
Retrieve
Payload
Retrieval
DECODER MODULE
(300)
Hash / IPFS URI Parser
(302)
CID Lookup Engine
(304)
Lossless Fidelity Verifier
(306)
CLIENT / USER
Input Payload (400)
IPFS NETWORK (500) / POLYGON (600)
Decentralized Infrastructure
CLIENT / USER
Restored Payload (700)
Input
Output
Dashed outer border = system boundary (10). Dashed inner borders = sub-system modules.
FIG. 1
D-CSE System Architecture Overview
Applicant:
BLOK®
Title: System and Method for Decentralized Cryptographic Symbology Generation
Docket No.: DCSE-001 • Status: Patent Pending
DRAWINGS
Application No.: [To Be Assigned]
Filed:
Sheet
2
of
4
FIG. 2
METHOD FLOWCHART: ENCODING PROCESS
START
(S-202)
Receive natural language / code input payload
(S-204)
Apply Keccak-256 (SHA-3); output 32-byte Glyph Hash
(S-206)
Extract hash bytes [0..31] as geometric seed parameters
(S-208)
Execute Glyph Generation Subroutine (ref. FIG. 4)
(S-210)
Store {GlyphHash → InputPayload} in IPFS Content-Addressable Store
(S-212)
Derive IPFS Content Identifier (CID) from GlyphHash
(S-214)
Broadcast {GlyphHash, IPFS CID} to Polygon Blockchain Ledger
(S-216)
Return {GlyphHash, D-CSE Glyph, IPFS CID, CompressionRatio}
END
FIG. 2
Method Flowchart: Encoding Process (Claims 1, 2, 3, 5) — Step numerals prefixed S- to distinguish from system element numerals in FIG. 1
Applicant:
BLOK®
Title: System and Method for Decentralized Cryptographic Symbology Generation
Docket No.: DCSE-001 • Status: Patent Pending
DRAWINGS
Application No.: [To Be Assigned]
Filed:
Sheet
3
of
4
FIG. 3
METHOD FLOWCHART: DECODING / LOSSLESS RETRIEVAL
START
(S-302)
Receive query: Keccak-256 hash or IPFS URI string
(S-304)
Parse input: extract GlyphHash (strip IPFS prefix if present)
(S-306)
Query IPFS Content-Addressable Store using GlyphHash as CID
(S-308)
Payload found?
YES
NO
(S-310)
Return Error:
Hash Not Found
END (Error)
(S-312)
Retrieve original payload from IPFS store
(S-314)
Perform bit-perfect data integrity verification
(S-316)
Return {OriginalPayload, Fidelity: 100% Lossless Verified}
END
FIG. 3
Method Flowchart: Decoding / Lossless Retrieval Process (Claims 4, 6)
Applicant:
BLOK®
Title: System and Method for Decentralized Cryptographic Symbology Generation
Docket No.: DCSE-001 • Status: Patent Pending
DRAWINGS
Application No.: [To Be Assigned]
Filed:
Sheet
4
of
4
FIG. 4
GLYPH GENERATION SUBROUTINE: HASH BYTE TO VISUAL PARAMETER MAPPING
INPUT: GlyphHash [H₀ … H₁₁] — 32-byte Keccak-256 Hash Digest (400)
256-bit hexadecimal string; each byte value: 0x00–0xFF
GLYPH GENERATION ENGINE (402)
HASH BYTES
REF. NO.
GLYPH PARAMETER
VISUAL PROPERTY / SEEDED RANGE
H₀
(404)
Shape Family Selector
Polygon vertex count: 3 (triangle) → 8 (octagon)
H₁
(406)
Outer Radius Calculator
Shape canvas coverage: 30%–70% of viewBox
H₂
(408)
Inner / Outer Radius Ratio
Inner polygon ratio: 0.30–0.85 × outer radius
H₃
(410)
Base Rotation Angle
Glyph orientation: 0°–360° (mapped from 0x00–0xFF)
H₄
(412)
Primary Color Hue
HSL primary hue: 0°–360° (full color wheel)
H₅–H₆
(414)
Accent Color Hue
Secondary palette hue: offset from primary by H₅×1.4
H₇–H₈
(416)
Nested Layer Depth
Number of concentric shape layers: 2–5 layers
H₉–H₁₄
(418)
Per-Layer Geometry Offsets
Individual layer scale offset, rotation delta, opacity
H₁₅–H₁₉
(420)
Stroke Weight Parameters
Per-element line thickness: 0.5–4.0 SVG units
H₂₀–H₃₁
(422)
Decorative Geometry Seed
Embellishment positions, inner dot array, accent shapes
OUTPUT: D-CSE Glyph Symbol — Deterministic SVG Visual Token (424)
FIG. 4
Glyph Generation Subroutine: Hash Byte to Visual Parameter Mapping (Claim 3)