Multi-powered vehicle starter system and methods of use
OwnerIraj Karimiinventor
Life of this patent
Estimating the term…
Abstract
A battery jumpstarter system and method of use can be used to jumpstart all types of vehicles, including light duty passenger cars, trucks, commercial and construction vehicles, and even the most heavy-duty vehicles including military vehicles. Also, the jumpstarter system can include a switching power supply subsystem, a capacitor bank, a sensor, and a processor subsystem. The processor can be configured to control the sequential timing of releasing ascending or descending electrical current from the capacitor bank through control of parallel circuitry capacitors, batteries, or a combination thereof. The jumpstarter system is portable and has various configurations of the operatively coupled subsystems to yield a powerful and convenient jumpstarter system.
Claims20
A battery jumpstarter system comprising:
- (a) a switching power supply subsystem comprising:
- (1) an inverter electrically interconnected in parallel circuitry with a capacitor bank;
- and
- (2) a battery;
- wherein said inverter and said battery are electrically interconnected in parallel circuitry with an alternating current input source,
- (b) a processor subsystem comprising at least one processor electrically interconnected in parallel circuitry with said switching power supply subsystem, wherein said processor subsystem includes a timer function and is configured to control operation of said capacitor bank;
- and
- (c) at least one sensor, wherein said at least one sensor is electrically interconnected in parallel circuitry with said switching power supply subsystem and said processor subsystem.
A battery jumpstarter system comprising:
- (a) a switching power supply subsystem comprising:
- (1) a first inverter electrically interconnected in parallel circuitry with a first capacitor bank;
- (2) a second inverter electrically interconnected in parallel circuitry with a second capacitor bank;
- and
- (3) a battery;
- wherein said first inverter, said second inverter, and said battery are electrically interconnected in parallel circuitry with an alternating current input source,
- (b) a processor subsystem comprising at least one processor electrically interconnected in parallel circuitry with said switching power supply subsystem, wherein said processor subsystem includes a timer function and is configured to control operation of said first capacitor bank and said second capacitor bank;
- and
- (c) at least one sensor, wherein said at least one sensor is electrically interconnected in parallel circuitry with said switching power supply subsystem and said processor subsystem.
A battery jumpstarter system comprising:
- (a) a switching power supply subsystem comprising:
- (1) a first inverter electrically interconnected in parallel circuitry with a first capacitor bank;
- (2) a second inverter electrically interconnected in parallel circuitry with a second capacitor bank;
- (3) a third inverter electrically interconnected in parallel circuitry with a third capacitor bank;
- and
- (4) a battery;
- wherein said first inverter, said second inverter, said third inverter, and said battery are electrically interconnected in parallel circuitry with an alternating current input source,
- (b) a processor subsystem comprising at least one processor electrically interconnected in parallel circuitry with said switching power supply subsystem, wherein said processor subsystem includes a timer function and is configured to control operation of said first capacitor bank, said second capacitor bank, and said third capacitor bank;
- and
- (c) at least one sensor, wherein said at least one sensor is electrically interconnected in parallel circuitry with said switching power supply subsystem and said processor subsystem.
Dependencies are inferred from the claim text.