TH7635A3 - A nickle metal hydride battery charger that tells you the energy level of the battery. - Google Patents

Abstract

DC60 (10/10/55) Nickel Metal Hydride Battery Charger Indicating the energy level of the battery consists of Power supply circuit, power sector, microcontroller Nickel metal hydride batteries and display units Act together to charge the battery, Nickel Metal Hydride. The key is that a microcontroller does. Charge controller duty for nickel metal hydride batteries And serves to store the voltage of Nickel Metal Hydride Battery To bring the battery voltage information To check the pressure slope Battery and memorize the maximum voltage value of the battery voltage. Detecting the slope of the battery for use in The decision to cut the battery charge Maximum voltage memorization section to let the user know that the battery Which one has the most energy levels? Which batteries have a lower energy level and which are Minimal power with a display unit The control program will be contained in the memory of the Microcontroller Nickel Metal Hydride Battery Charger Indicating the energy level of the battery consists of Power supply circuit, power sector, microcontroller Nickel metal hydride batteries and display units Act together to charge the battery, Nickel Metal Hydride. The key is that a microcontroller does. Charge controller duty for nickel metal hydride batteries And serves to store the voltage of Nickel Metal Hydride battery to carry the battery voltage information. To check the pressure slope Battery and memorize the maximum voltage value of the battery voltage. Detecting the slope of the battery for use in The decision to cut the battery charge Maximum voltage memorization section to let the user know that the battery Which one has the most energy levels? Which batteries have a lower energy level and which are The lowest energy with the display unit The control program will be contained in the memory of the Microcontroller

Claims (1)

1.Nickle Metal Hydride battery charger that indicates the battery's energy level, it consists of an electrical supply (1) power circuit (2) a microcontroller (3) a nickel metal hydride battery. The drive (4) and the display unit (5) where the power supply (1) supplies power to the power circuit (2) and the microcontroller (3), where the power circuit (2) supplies current. Electricity goes to charge the Nick battery. Metal hydride (4) in which the power circuit (2) receives a charge control command of the nickel metal hydride battery (4) from the microcontroller (3) that Which the microcontroller (3) will measure the voltage from The nickel metal hydride battery (4) is then memorized. To compare the electric voltage of Nickel Metal Hydride Battery (4) Now, the voltage of the Nickel Metal Hydride battery (4) is now measured and compared with the voltage. Electricity of the nickel metal hydride battery (4) was measured the previous time remembered. To send commands to control the power circuit (2) cut off the supply of electricity to charge the charge To nickel metal hydride batteries (4) in case the current measured voltage value is less than the value of The measured voltage was previously remembered and at the microcontroller (3) when the command was sent to cut off. Charge the power circuit (2) and compare the voltage of each battery with a unique characteristic. On the microcontroller (3), the maximum voltage value of the Nickel metal hydride batteries (4) in each memorized one By comparing whether or not the lump is valuable The highest maximum voltage Which one has the highest voltage? And which one has the voltage Minimum But the microcontroller (3) will send the data obtained from the comparison of The voltage of each nickel metal hydride battery (4) is displayed on the display unit (5) to let the user know.