TH18596A3 - Intermittent and accelerated battery charger - Google Patents

Abstract

Summary of the invention which will appear on the advertisement page ReadFile:------26/03/2564------(OCR)The intermittent battery charger and accelerated charging use the principle of the machine. The split-charge and accelerated charging of the periodic battery is set to a DC voltage that falls within a voltage range of 120-190% of the battery's rated voltage to charge the battery with an approximate charging time. This is done alternatingly until the battery reaches 115 percent of the rated voltage, the battery is fully charged during charging. There is a battery cleaning system by transmitting the frequency of the AC voltage over the DC power while charging, resulting in no heat generation to the battery cells and hydrogen gas does not evaporate outside the battery, prolonging the battery life. ------------The split-charge and accelerated-charge battery chargers are useful for electric devices that require battery-powered power. Intermittent charging and accelerated charging are set. DC voltage within the voltage range from 120-190 percent of the rated voltage of the battery to charge the battery with a charging interval of approximately 10 seconds and with a rest period of 30 seconds to 50 seconds is like this. This alternates until the battery voltage is 115% of the rated voltage. The battery is considered full capacity during charging. There is a battery cleaning system with an alternating voltage frequency transmission. Stacking on DC electricity while charging results in no heat generation to the battery shell and hydrogen gas does not evaporate outside the battery, prolonging the battery life.

Claims (2)

Claims (all) which will not appear on the classifieds page:------26/03/2021------(OCR) 1. Periodic and accelerated battery chargers. The charger consists of a charging circuit which controls the supply at an appropriate interval for the battery by using a FrequencyScanningControl (FSC) to control the power transformer through a solid state device. Relay (SolidStateRelay: SSR) and then go to control the electricity that enters the 3 phase or 1 phase transformer by converting the high voltage to low voltage, which is an alternating power through diodes into DC power, which is characterized by an open control. Closed charging circuit where the chargepattern is open and closed is obtained from the frequency generation circuit to control the periodic operation derived from the analog or digital circuit. The charging pattern has a charge time of 10 seconds and Charging break time is 3-5 times the charging time for a 12V battery, the charging current is 40-50% of the battery capacity current, the battery charging voltage is applied to the new battery, the charging voltage is 150. % of battery voltage For old or used batteries, the charging voltage is 12. 0-190% of battery voltage, charging time 10 seconds, charging pause time is the charging time multiplied by the number 3-5, where the number 3-5 is the number representing the capacity of the battery used to charge the lower capacity battery. or equal to 99 ampere-hours (Ah) number 3 batteries with capacity from 100 ampere-hours (Ah) to 399 ampere-hours (Ah) use numbers 4 batteries with capacity greater than or equal to 400 ampere-hours (Ah) use numbers 5. Multiplying with the charging time, it will be the charging break time. In case of using a 24 volt charger, the charging time must be reduced for 7 seconds, but charging with a voltage greater than 24 volts will cause The battery is hotter and the time it takes to charge will be more than the 12 volt voltage, and the battery charger is divided into periodic charge and accelerated charging cycles according to the number of batteries to be charged. 2. The battery charger is a periodic charge and accelerated charging according to claim 1, where the charging circuit on-off control has a chargepattern open and closed type, derived from the frequency generation circuit to control. Periodic operation derived from analog or digital circuits. The charging pattern has a charge time of 10 seconds and a charging break time equal to 3-5 times the charging time for a 12 volt battery. There are two types of battery terminal cleaning systems available. is the trigger charging that stops charging, in the middle of the charging time, the total charging time C seconds is divided into 3 phases: the first (t1) charge 40% of C seconds, the second (t2) charge break 20 % of C seconds and the third (t3) charge 40% of C seconds or AC voltage input of twice the battery voltage with a frequency range of 0.1-200,000 Hz overlapped on voltage. DC while charging------------- 1. The periodic charge and accelerated battery charger consists of a charging circuit which controls the periodic power supply for that battery by using FSC (FrequencyScanningControl) to control the transformer through SSR (SolidstateRelay). ) and then go to control the electricity that enters the 3 phase or 1 phase transformer by converting the high voltage to low voltage, which is an alternating current through diodes to become direct current, which is characterized by the on-off control of the charging circuit that which has an open and closed charge pattern derived from the frequency generating circuit to control the periodic operation derived from an analog or digital circuit. The charging pattern has a charge time of 10 seconds and a charging break time equal to 3-5 times the charging time for a 12V battery, the charging current is 40-50% of the battery capacity current, the battery charging voltage is applied to the new battery, the charging voltage is 150% of the voltage. For old or used batteries, the charging voltage is 120-190% of the battery voltage, charging time 10s, charging break time is charging time multiplied by the number 3-5, where the number of digits 3- 5 is a number representing the size Capacity of batteries that are used to charge batteries, capacity less than or equal to 99Ah, use numbers 3, battery capacity from 100Ah to 399Ah, use numbers 4 batteries, capacity greater than or equal to 400Ah, use numbers 5 as a multiplier with the charging time, it will be charging time In the case of 24V charging voltage, the charging time must be reduced for 7 seconds, but charging with a voltage greater than 24V will cause the battery to overheat, and the time it takes to charge will also increase. More than the use of 12 volt voltage and the charger, the battery charger is divided into periodic and accelerated charging has a charging circuit according to the number of batteries to be charged. 2. The battery charger is a periodic charge and accelerated charging according to claim 1, where the charging circuit on-off control has a chargepattern open and closed type, derived from the frequency generation circuit to control. Periodic operation derived from analog or digital circuits. The charging pattern has a charge time of 10 seconds and a charging break time equal to 3-5 times the charging time for a 12V battery. There are two types of battery terminal cleaning systems available. is the trigger charging that stops charging, in the middle of the charging time, the total charging time C seconds is divided into 3 periods: the first period (t1) charged 40% of C seconds, the second period (t2) charged at 20. % of C sec and the third (t3) charge 40% of C s or AC voltage input with a try magnitude equal to the battery voltage with a frequency range of 0.1-200,000 Hz overlapped on the voltage. DC while charging