Patent Submission Archives: March 17, 2014

Power & Broadband.
onewyr: Energy & Communications.

The groundbreaking utility paradigm that utilizes existing outdoor secondary powerlines to distribute Gigabit internet directly into client structures—literally, one wire (onewyr) carrying both electricity (energy) and high-speed broadband (communications).

onewyr Unified Utility
Energy Grid electricity
Telecom Data Communications
Zero Trench Instant Final-Mile

The Technological Paradigm

How onewyr Reinvents Telecom

Modern telecommunication carriers burn billions of dollars trenching optical cables through front yards and boring into walls. onewyr exploits the pre-existing electrical power line drop to ride multi-megahertz carrier signals safely alongside municipal power, delivering energy and data communications over a single wire.

The Utility-Grade Backhaul

By deploying ruggedized media converters directly at the transformer level (or utility pole), fiber optics, cable coax, or phone drops terminate safely outside the residential envelope.

Power Line Carrier Modulation

Data translates from ethernet frames into high-frequency analog signals mapped directly onto the primary 120V/240V utility copper drops. Data flows effortlessly through the electricity meter.

Zero-Config Plug-and-Play

The consumer plugs a miniature, robust PLC adapter into any wall outlet inside the structure, instantly extracting high-performance Ethernet interfaces with no professional configuration.

How the System Flows

01

Network Feed

Fiber, coax, or phone wire reaches the utility-side breakout location.

02

Media Conversion

The incoming communications media is converted to Ethernet.

03

PLC Bridge

Ethernet is converted to a Power Line Carrier signal.

04

Service Line

The customer's existing power line carries electricity and data.

05

Indoor Ethernet

A plug-in adapter presents Ethernet to the home network.

Interactive Patent Drawings

The Complete onewyr System Blueprint

Click any component highlighted in our vectorized patent layout below to isolate the hardware, view its signal properties, and read description summaries excerpted from the Gerry Hall 2014 application.

Interactive Blueprint Model (Fig. 1)
Communications Network [3] Fiber, Coax, or Twisted Pair 3 Primary High-Voltage Lines [1] XFRMR [5] 5 XFRMR Box [1] 1 Pole Breakout [2] PLC Converter inside 2 Customer Drop Line [6] 6 PLC Adapter [8] 8 Home LAN [7] Gigabit Router / TV 7
Component Node 2 Drawing Figure Ref

Pole Based Breakout Box

Application Description Excerpt

A specialized pole-based weatherproof housing containing an outdoor Power Line Carrier converter and an optional Wi-Fi Access Point, serving as the link between municipal telecommunications lines and the residential power drops.

Claim Validation Verified Fig. 1 Complete Assembly

Detailed Outdoor Signal Transduction

Within the weatherproof outdoor Breakout Box (Fig 2), a Media Converter converts network inputs (Fiber/Coax/DSL) directly into standardized Gigabit Ethernet. A tightly coupled Power Line Carrier Converter maps these ethernet streams directly onto the high-voltage mains drops.

Double-click nodes 1 or 2 to see modular diagrams

Physics & Signal Processing Laboratory

Live Waveform Modulator (PLC Demo)

Understand the technology that powers onewyr. Use the laboratory dashboard below to generate low-frequency power currents, modulate them with high-frequency telemetry carrier bursts, and view the filtered results.

Modulator Dashboard

Power Lines carry 120V to 240V of AC electricity at a low frequency (60Hz / 50Hz). Our technology overlays safe, ultra-low-voltage microvolt data cycles running in the Megahertz (MHz) spectrum. Filters at each node split them seamlessly.

Modulate Data Packet
System ready for packet injection.
Note: Oscilloscope timescale and magnitude are adjusted for standard web rendering speed.
Tektronix Digital Output Simulator
DATA CH: OFF GRID AC: 120V RMS

SYS_INIT: OK

FREQ_MAIN: 60.012 Hz

CARRIER_BAND: 2.1 - 30.0 MHz

RX_STREAM: IDLE

VOLTS/DIV: 50.0 V

TIME/DIV: 5.00 ms

COUPLING: POWER AC

ONEWYR CORP © 2014

LIVE PLOT
Signal Isolation > 85 dB
Carrier Attenuation < 0.15 dB/m
Max Signal-to-Noise 42 dB

Legal & Specifications Framework

Patent Office Archives & Claims

Read through the original technical specifications, patent claims, and summary reports submitted by Gerry Hall for patent filing on March 17, 2014.

Document Index

Submission Meta

Inventor: Gerry Hall

Date: March 17, 2014

Patent Abstract

"onewyr (originally filed as One-Wire) is a data communication system to use a home or businesses existing power line to carry data to that customer. The system has two parts. The first is an outdoor breakout box with a connection to the customer service powerline. The breakout box can be mounted to the pole or bottom of the customer's transformer. The breakout box also connects to the communications network by fiber, coax, or phone wire. The second part is a powerline adapter that plugs into any outlet. The adapter has an ethernet jack to connect to the customers data network."

"The system uses existing Power Line Carrier technology to carry the data from outside the customers location into the locations data network. An in-home power line data converter that plugs into an outlet and provides an ethernet port for in-home IP data communications. The data communications can provide internet, TV, Phone and other data services over a single existing power connection to the customer."

Positioning Statement

Last-Foot Infrastructure Reuse

onewyr is a utility-edge communications concept built around a simple idea: one wire carrying both energy and communications to homes and businesses.

Rather than selling the technology as "another adapter," the stronger story is about lowering construction friction, enabling faster service enablement, and offering a cleaner handoff to the customer network.

Electric utilities Exploring broadband & grid-edge services.
Rural providers Reducing last-foot communications buildout.
Municipal broadband Evaluating infrastructure reuse models.
Investors / Partners Assessing feasibility & pilot economics.

Next-Step Roadmap

Validation & Pilot Path

The practical next steps for moving the onewyr concept towards a controlled feasibility and safety validation path.

01

Technical Feasibility

Validate signal quality, transformer behavior, grounding, and bandwidth limits.

02

Safety & Standards

Assess utility safety, isolation, weatherproofing, and code compliance.

03

Lab Prototype

Assemble conversion and handoff in a controlled, safe test environment.

04

Field Pilot

Test a small number of sites with utility oversight and instrumentation.

Field Deployment Visual

Are you an Electrical Utility or Municipal Provider?

Implementing the onewyr protocol allows your utility grid to instantly unlock a second high-margin revenue stream. Scale local broadband coverage to 100% of grid-tied consumers within days, instead of years.

Inquire at gfhall.com