Battery reclaimer and charger
First Claim
1. A battery reclaimer, charger and maintainer circuit for removing current blocking deposits from plates of batteries utilizing liquid and jell electrolytes, comprising;
- an output circuit including at least one battery to be reclaimed, maintained and recharged;
a D.C. voltage source providing a D.C. voltage for charging said battery connected to said output circuit;
an oscillator circuit, operating in the 2 to 10 megahertz range, for producing fast rise time voltage pulses;
a close coupled rf transformer, having ferrite ceramic cores, connecting the oscillator circuit to the output circuit in parallel with the D.C. voltage source; and
a rectifier circuit connected between the transformer and the output circuit, the rectifier circuit including a two diode rectifying circuit for producing a full wave positive voltage output pulse having an RF content corresponding to the natural frequencies of the electrolyte used in the battery being charged for removing current blocking deposits for the battery plates.
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Accused Products
Abstract
The invention is to a battery reclaimer, charger and maintainer circuit for removing current blocking deposits from plates of batteries utilizing liquid and jell electrolytes. The circuit includes an output circuit including at least one battery. A D.C. voltage source providing a D.C. voltage for charging said battery connected to said output circuit. An oscillator circuit for producing fast rise time voltage pulses is close coupled to an rf transformer, connecting the oscillator circuit to the output circuit in parallel with the D.C. voltage source. A rectifier circuit is connected between the transformer and the output circuit, the rectifier circuit including a two diode rectifying circuit for producing a full wave voltage output positive pulse having an RF content.
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Citations
18 Claims
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1. A battery reclaimer, charger and maintainer circuit for removing current blocking deposits from plates of batteries utilizing liquid and jell electrolytes, comprising;
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an output circuit including at least one battery to be reclaimed, maintained and recharged; a D.C. voltage source providing a D.C. voltage for charging said battery connected to said output circuit; an oscillator circuit, operating in the 2 to 10 megahertz range, for producing fast rise time voltage pulses; a close coupled rf transformer, having ferrite ceramic cores, connecting the oscillator circuit to the output circuit in parallel with the D.C. voltage source; and a rectifier circuit connected between the transformer and the output circuit, the rectifier circuit including a two diode rectifying circuit for producing a full wave positive voltage output pulse having an RF content corresponding to the natural frequencies of the electrolyte used in the battery being charged for removing current blocking deposits for the battery plates. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. A battery reclaimer, charger and maintainer circuit for removing current blocking deposits from plates of batteries utilizing liquid and jell electrolytes, comprising;
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an output circuit including at least one battery to be reclaimed, maintained and recharged, said battery including an electrolyte having a natural resonant frequency; a D.C. voltage source for charging said battery connected to said output circuit; an oscillator circuit, operating in the 2 to 10 megahertz range, for producing fast rise time voltage pulses; a close coupled rf transformer connecting the oscillator circuit to the output circuit in parallel with the D.C. voltage source; and a rectifier circuit connected between the transformer and the output circuit, the rectifier circuit including a two diode rectifying circuit for producing a voltage full wave positive output pulse having an RF content in a range of frequencies including the natural resonant frequency of the electrolyte used in the battery to be reclaimed. - View Dependent Claims (11, 12, 13, 14, 15, 16, 17)
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18. A battery reclaimer, charger and maintainer circuit for removing current blocking deposits from plates of batteries utilizing liquid and jell electrolytes, comprising;
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an output circuit including at least one battery to be reclaimed, maintained and recharged, said battery including an electrolyte having a natural resonant frequency; a D.C. voltage source for charging said battery connected to said output circuit; an oscillator circuit, operating in the 2 to 10 megahertz range, for producing fast rise time voltage pulses; a close coupled rf transformer connecting the oscillator circuit to the output circuit in parallel with the D.C. voltage source, superimposing the voltage pulses on the D.C. charging voltage; and a rectifier circuit connected between the transformer and the output circuit, the rectifier circuit including a two diode rectifying circuit for producing a voltage full wave positive output pulse having an RF content having a range of frequencies between 2 MHZ and 10 MHZ.
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Specification