US 2025/0068389 A1 · Electronic Wireless Binary Transmitter to a Electronic Receiver

Abstract

The Binary Transmitter and Receiver is a circuit for Binary information to travel through Air without wires from the end out FIG. 4 without wires. The transmitter circuit and Receiver is powered by FIG. 2 (volt, current, amp), FIG. 1 (capacitance), and resistance with its information of 0 or 1 in a series or parallel circuit or both. It was tested in wood (a box). To be housed in plastic (a polymer), tin, copper, metal or Metal alloy. To function with keys from 0-9 key punch, A-Z and special character's key punch, and other inputs and outputs That uses switches, nor-gates, and-gate, diodes, resistors and capacitors FIGS. 1A and 1B for a functional transmitter and a functional receiver. Mini technology is required in models for mobile traveling with Lithium batteries or non-Lithium batteries for its power source.

Claims1

Dependent claims

It was tested that a sinewave binary wave will jump it spark to another circuit transmit out it signal FIG. 4 to a binary receiver circuit. Also, we found that the use of electricity jumps across a wire without being connected to each other helps the transmitter across a wire without being connected to each other. The sinewave Binary wave is code of binary passing through space coded as a binary wave passing through space.

It was used on a telephone from it was connection to the circuit and jumps from the circuit to the detached phone binary wave circuit and AC at the wall to the circuit connection at FIG. 2.
The output at FIG. 4 binary wave transmitted to the detached phone. The binary wave from the wall and AC power FIG. 2 connected to the phone while being wireless was able to communicate through a door at a distance.

Dependencies are inferred from the claim text.

Electronic Wireless Binary Transmitter to a Electronic Receiver

Life of this patent

Electronic Wireless Binary Transmitter to a Electronic Receiver

Life of this patent

Abstract

Claims1