TH125636A - Bipolar Voltage Battery Pulsers and Methods - Google Patents

Abstract

DC60 (05/11/55) Pulser Battery Bipolar Voltage Difference and Methods have been prepared using difference. Positive pulse potential and negative pulse voltage are alternated across different terminals of the battery. The purpose of the bipolar voltage pulse battery pulse battery and the method is to increase its service life. Cycles and storage battery capacity Such as lead acid batteries Add time for The leading edge of the positive pulse and for the follow edge of the negative pulse is short when compared with the Reduction of ions in electrochemical solutions Switching between positive and negative pulses gives new pulses. Each pulse of the initial state being equal without causing a memory phenomenon that otherwise may This can be effective if the last applied pulse is the same polarity. Which reduces the scope of the potential difference Exceeds that that may be applied to the battery and the maximum usable pulse cycle frequency that can be achieved. This can be achieved without experiencing any overlap, pulse, shape, and pulse timing. May be adjusted to produce excess voltage pulses with high intervals and amplitude. The bipolar voltage battery pulsers and methods have been prepared using the difference. Positive pulse potential and negative pulse voltage are alternated across different terminals of the battery. The purpose of the bipolar voltage pulse battery pulse battery and the method is to increase its service life. Cycles and storage battery capacity Such as lead acid batteries Adding time for The leading edge of the positive pulse and for the negative pulse leading edge is short when compared with the Relaxation of ions in electrochemical solutions Switching between positive and negative pulses gives new pulses. Each pulse of initiation evenly without causing a memory phenomenon that otherwise may This can be effective if the last applied pulse is the same polarity. Which reduces the scope of the potential difference Exceeds that may have been applied to the battery and the maximum usable pulse cycle frequency that can be achieved. This can be achieved without experiencing any overlap, pulse, shape, and pulse timing. May be adjusted to produce excess voltage pulses with high intervals and amplitude.

Claims (1)

: DC60 (05/11/55) pulsator, bipolar voltage battery, and the method has been prepared using the difference. Positive pulse potential and negative pulse voltage are alternated across different terminals of the battery. The purpose of the bipolar voltage pulse battery pulse battery and the method is to increase its service life. Cycles and storage battery capacity Such as lead acid batteries Add time for The leading edge of the positive pulse and for the follow edge of the negative pulse is short when compared with the Reduction of ions in electrochemical solutions Switching between positive and negative pulses gives new pulses. Each pulse of the initial state being equal without causing a memory phenomenon that otherwise may This can be effective if the last applied pulse is the same polarity. Which reduces the scope of the potential difference Exceeds that that may be applied to the battery and the maximum usable pulse cycle frequency that can be achieved. This can be achieved without experiencing any overlap, pulse, shape, and pulse timing. May be adjusted to produce excess voltage pulses with high intervals and amplitude. The bipolar voltage battery pulsers and methods have been prepared using the difference. Positive pulse potential and negative pulse voltage are alternated across different terminals of the battery. The purpose of the bipolar voltage pulse battery pulse battery and the method is to increase its service life. Cycles and storage battery capacity Such as lead acid batteries Add time for The leading edge of the positive pulse and for the negative pulse leading edge is short when compared with the Reduction of ions in electrochemical solutions Switching between positive and negative pulses gives new pulses. Each pulse of the initial state being equal without causing a memory phenomenon that otherwise may This can be effective if the last applied pulse is the same polarity. Which reduces the scope of the potential difference Exceeds that that may be applied to the battery and the maximum usable pulse cycle frequency that can be achieved. This can be achieved without experiencing any overlap, pulse, shape, and pulse timing. May be adjusted to produce excess voltage pulses with high intervals and amplitude. (Section one) which will appear on the advertisement page: ------ 19/07/2018 ------ (OCR) Page 1 of the number 5 pages. 1.Pulse Sir Battery Bipolar Voltage Difference It consists of a pulse generator configured to produce a positive pulsed voltage and a negative pulse received voltage. A positive pulsed voltage driver is configured to convert the positive pulsed voltage driver to a positive pulsed voltage waveform. The negative pulsed voltage difference is configured to convert the negative pulsed voltage to a tag form: