Invention Disclosure Document

The Universe
Time Wheel

A unified timekeeping instrument that encodes four independent cyclical time systems — orbital, solar, civil, and cultural — on a single concentric face, derivable from a single angular measurement.

Concept Origin
Hand-drawn notebook sketch
Disclosure Date
March 12, 2026
Status
Pre-filing / Confidential
Field
Horology · Cosmology · Cultural Timekeeping

Working Prototype

The instrument — live

Four time systems · One face · One hand angle

Western 12h
—
24-hour
—
Swahili Saa
—
Day of Year
—
Date
—
Season
—

I. The Core Discovery

All cycles of time are geometrically identical

The central insight of the Universe Time Wheel is that every recurring time cycle — a second, a minute, an hour, a day, a year — is geometrically the same object: one complete rotation of 360°. The only variable is scale.

By mapping multiple independent time scales to a single circular face, any one angular measurement on the face simultaneously encodes the full state of time across all scales. The wheel is not a display — it is a geometric calculator.

Key ratio: 365 days ÷ 360° = 1.0139 days per degree of arc

Orbital angular rate: Earth travels 0.9863° per solar day

Quarter markers (exact): 91.25 · 182.50 · 273.75 · 365 days — not rounded to 90°

Cardinal anchors: North = Winter solstice · East = Spring equinox · South = Summer solstice · West = Autumn equinox

This is not an approximation. The numbers inscribed on the outer ring are exact fractional day-counts of Earth's orbital quarters. No prior clock or calendar instrument unifies these four scales — orbital year, solar day, civil hour, and cultural time — on a single readable face.

II. Architecture

Four rings, four civilisations of time

The instrument consists of four concentric annular rings, each representing a complete and independent timekeeping tradition. All four share the same rotational geometry, enabling simultaneous cross-system reading.

Ring Cycle One Full Rotation Key Markers
Orbital Earth's solar orbit 365 days (1 year) N/S/E/W = solstices & equinoxes
24-hour Solar day 24 hours Hours 0–23
12-hour Civil half-day 12 hours Hours 1–12, AM/PM
Swahili Saa Sunrise-based day 12 saa (sunrise to sunset) Saa 1 (moja) = 7 AM Western

The innermost ring encodes Saa za Kiswahili — the timekeeping system of East African coastal cultures — in which the day begins at sunrise rather than midnight. The Swahili numbers 1–12 are rotationally offset by six positions from the Western 12-hour ring, so both systems are readable from the same hand position.

III. The Cultural Layer

Saa za Kiswahili — time from sunrise

The integration of Swahili time is not decorative. It represents a distinct philosophical framework: time counted from the natural anchor of sunrise, not from the arbitrary civil midnight. The Universe Time Wheel is the first instrument to display both frameworks simultaneously and geometrically.

The highlighted cell updates live. Both the Western 12-hour position and the Swahili saa position are read from a single hand — the geometry of the rings handles the conversion automatically, with no calculation required by the reader.

IV. Potential Patent Claims

What may be protectable

The following represent potential independent claims for a utility patent application. These should be reviewed and refined with a registered patent attorney. The core novelty lies in the geometric unification of independent time systems on a single instrument.

Note on prior art: Standard clock faces encode one or two time systems (12h and 24h). Astronomical clocks (e.g. Prague Orloj) encode celestial position but do not unify civil and cultural time systems. No known instrument encodes Swahili saa time geometrically alongside orbital, 24-hour, and 12-hour civil time on a single readable face.

Design patent: The specific visual arrangement, proportions, and material language of the four-ring face may also be protectable as a separate design patent.

V. Path Forward

Recommended next steps

Step 01
Provisional Patent Application
File a provisional patent application (PPA) in the US or relevant jurisdiction. A PPA costs ~$320 USD and establishes a priority date — giving 12 months to develop the full application. This document serves as an initial invention disclosure.
Step 02
Prior Art Search
Commission a formal prior art search across patent databases (USPTO, EPO, WIPO) and horology literature. Particular attention to astronomical clocks, multi-timezone instruments, and ethnographic timekeeping devices.
Step 03
Utility Patent Application
Work with a registered patent attorney to draft and file a full utility patent application based on the claims above. The geometric unification of time systems is the core novel claim to protect.
Step 04
Design Patent
File a separate design patent for the visual face arrangement — the concentric ring layout, proportions, and material differentiation system. Design patents are faster and cheaper to obtain than utility patents.
Step 05
Prototype & Documentation
Produce a physical prototype and full technical drawings. Physical prototypes strengthen patent filings and are essential for manufacturing partnership conversations.
Step 06
International Protection
File a PCT (Patent Cooperation Treaty) application to preserve rights in 150+ countries. Particularly relevant given the Swahili cultural dimension — East African markets may hold significant commercial interest.

Important: This document is for internal exploration only and does not constitute legal advice. Before public disclosure or sharing, consult a registered patent attorney. Public disclosure before filing can invalidate patent rights in many jurisdictions. Keep this document confidential until a provisional application is filed.