An electric fence energiser system and methods of operation and components thereof
OwnerRobert Charles Bryan WOODHEADinventor
Life of this patent
Estimating the term…
Abstract
An electric fence energizer including an IPC (isolated power coupling) power transmitter and an IPC power receiver adapted to receive power from the IPC power transmitter and supply power to the energizer. A pulse shaping circuit between an energy source and output transformer of the energizer may include a series inductance of between 2 μH to 20 μH and a parallel capacitance of between 3μF to 30 μF. The energizer output transformer may comprise a primary winding consisting of less than 15 turns and a secondary winding of between 5 and 50 times the number of turns of the primary winding. The energizer may produce a pulse having a duration of between 20 μs and 60 μs and a peak amplitude greater than 5 kV into 300 Ω.
Claims22
1-66. (canceled)
An electric fence energizer system including:
- a. an energizer;
- b. an IPC (isolated power coupling) power transmitter;
- and
- c. an IPC power receiver adapted to receive power from the IPC power transmitter and supply power to the energizer,
- wherein the IPC power transmitter and IPC power receiver utilise resonant inductive coupling.
An electric fence energizer system including:
- a. an energizer;
- b. an IPC (isolated power coupling) power transmitter;
- and
- c. an IPC power receiver adapted to receive power from the IPC power transmitter and supply power to the energizer,
- wherein the IPC power transmitter and IPC power receiver are formed as units detachable from each other.
An electric fence energizer system including:
- a. an energizer;
- b. an IPC (isolated power coupling) power transmitter;
- c. an IPC power receiver adapted to receive power from the IPC power transmitter and supply power to the energizer;
- and
- d. an isolation barrier between the IPC power transmitter and IPC power receiver greater than 2 mm thick.
Dependencies are inferred from the claim text.