Methods and systems for DC current interrupter based on thermionic arc extinction via anode ion depletion
OwnerFrank P Stacominventor
Life of this patent
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Abstract
A system for thermionic arc extinction via anode ion depletion. The system includes a fixed terminal end including at least a fixed conductor containing at least a fixed contact. The system includes a moveable terminal end including at least a moveable conductor containing at least a moveable contact. The system includes a body including an inner compartment, wherein the inner compartment includes at least an arc shield housing at least two arcing contacts, the at least two arcing contacts including at least an anode contact and at least a cathode contact.
Claims14
A system for thermionic arc extinction via anode ion depletion, the system including:
- a fixed terminal end including at least a fixed conductor containing at least a fixed contact;
- a moveable terminal end including at least a moveable conductor containing at least a moveable contact;
- and
- a body including an inner compartment, wherein the inner compartment includes:
- at least an arc shield housing at least two arcing contacts wherein;
- the at least two arcing contacts include at least an anode contact and at least a cathode contact and wherein the at least two arcing contacts are fabricated with a first conducting material having a first vaporizing point and a second conducting material comprises steel having a vaporizing temperature from about 2700 degrees Celsius to 2900 Celsius.
A method of thermionic arc extinction via anode ion depletion the method comprising:
- inserting a system for thermionic arc extinction via anode ion depletion into at least a circuit breaker, the system including:
- a fixed terminal end including at least a fixed conductor containing at least a fixed contact;
- a moveable terminal end including at least a moveable conductor containing at least a moveable contact;
- and
- a body including an inner compartment, wherein the inner compartment includes:
- at least an arc shield housing at least two arcing contacts;
- the at least two arcing contacts including at least an anode contact and at, least a cathode contact, wherein the at least two arcing contacts are fabricated with a first conducting material having a first vaporizing point and a second conducting material comprises steel having a vaporizing temperature from about 2700 degrees Celsius to 2900 degrees Celsius;
- separating the moveable contact from the fixed contact in parallel to separating, the anode arcing contact from the cathode arcing contact;
- restricting a flow of electrons from the anode arcing, contact to the cathode arcing contact;
- and
- extinguishing an arc.
Dependencies are inferred from the claim text.