TH32074B - Battery charge and light control system - Google Patents

Abstract

DC60 (22/08/44) in battery charge control system. and illuminating the lamp for operating the battery charge (3) and illuminating the lamp (5) using the AC voltage that is is generated by a generator (2) powered by an internal combustion engine in order to prevent the battery charge from having an undesirable effect on lighting the lamp. 7) It changes the opening stroke of the switch part (SCR2) between the lamp (5) and the generator (2) depending on the signal to indicate the condition of the other switch part (SCR1). One between the battery (3) and the generator (2) in the battery charge control system. and illuminating the lamp for operating the battery charge (3) and illuminating the lamp (5) using the AC voltage that is is generated by a generator (2) powered by an internal combustion engine in order to prevent the battery charge from having an undesirable effect on lighting the lamp. 7) It changes the opening stroke of the switch part (SCR2) between the lamp (5) and the generator (2) depending on the signal to indicate the condition of the other switch part (SCR1). one between battery (3) and generator (2)

Claims (9)

1. The battery charging and lighting system consists of: a generator (2) that is powered by an internal combustion engine. To cause a grip AC voltage that contains Positive and negative slip; The part of the first switch (SCR1) that is connected between the generator (2) and the battery (3) for providing DC voltage to the DC load (4); Battery charge control circuit (6) for controlling the first switch segment (SCR1) so that the battery (3) is charged by one wave of positive wave and an AC voltage. From the generator (2); The part of the second switch (SCR2) that is connected between the generator (2) and the lamp (5); And control circuit to make the lamp glow (7) for controlling the second switch segment So that the lamp (5) is fed with other positive and negative waves. Of AC voltage From the generator (2), it is characterized by: the lighting control circuit (7) changes the opening timing of the second switch segment (SCR2) with respect to the point of time (T1). ) When other positive and negative waves Of AC voltage Began to be made Depending on the state of battery charge control That was carried by the cycle Battery charge controller (6) 2. Battery charge system And making the lamp on According to claim 1 which; In case of battery (3) will not be charged by one wave of positive and negative waves of voltage. Alternating current from the generator (2), the lamp-emitting control circuit (7) controls the second switch segment (SCR2) to the other positive and negative waves. Of the AC voltage from the generator (2) to the lamp (5) with a time delay (Td) from the point of time (T1) when the other positive and negative waves Of voltage Alternating current will begin to be generated from the generator (2), and in case the battery (3) is charged by positive and negative waves. Of voltage Alternator from the generator (2), the light-emitting control circuit (7) controls the second switch segment (SCR2) to conduct the other positive and negative waves. Of the AC voltage from the generator (2) to the lamp (5) without a delay from the point of time (T1) when the other positive and negative waves Of the AC voltage is started to be generated from the generator (2) 3.Battery charging system And making the lamp on According to claim 2, the system consists of a signal line (SL) for transmitting a signal that measures the state of the first switch segment (SCR1), while one of the positive and negative waves of the AC voltage is generated. Up to the control circuit Making the lamp light up (7) 4. Battery charge control system And making the lamp on According to claim 3, where the signal cable (SL) will contain a corrective method for allowing electric current to flow only through a control circuit, the The lamp lights up (7) only. 5.Battery charge control system And making the lamp on According to claim 1, where the lamp control circuit is lit (7) It consists of a delay circuit (9) consisting of a capacitor (C13) adjusted to be charged by other positive and negative waves. Of AC voltage From the generator (2) so that the time required to charge the capacitor (C13) at a predetermined level is determined the delay time (Td), the capacitor (C13) is also adjusted so that it will be charged by one. In one wave of positive and negative waves of an AC voltage When the first switch part (SCR1) is in the open state. 6.Battery charging system And making the lamp on According to claim 1, where the bulb will consist of the motorcycle's headlamp. 7.Battery charging system And the lighting of the lamp, consisting of: a generator (2) which is powered by an internal combustion engine To give birth AC voltage consisting of positive and negative waves The part of the first switch (SCR1) is connected between the generator (2) and the battery (3) for providing DC voltage to the DC load (4); The first (10) battery charge control circuit for controlling the part of the switch (SCR1) so that the battery (3) is charged by one wave of the positive and negative waves of the alternating voltage from the generator. (2); The second switch part (SCR2) that is connected between the generator (2) and the lamp (5); And the lamp emitting control circuit (7) for controlling the second switch segment so that the lamp (5) is fed with other positive and negative waves. Of AC voltage From the generator (2); Which has the characteristics that; When the first (10) battery charge control circuit detects the battery voltage (3) is lower than a set value. The first (10) battery charge control circuit opens the first switch segment (SCR1) with a delay time (Td) from the beginning of positive and negative one wave generation. Of the AC voltage from the generator (2) 8.Battery charging system And making the lamp on According to claim 7, it also includes Second battery charge control circuit (11) are connected in parallel with the charge control circuit. One (10) battery, where when the battery voltage (3) is detected below the set value, the second battery charge control circuit (11) starts controlling the first switch segment (SCR1) after the first battery load control circuit. (10) The control of the first switch section (SCR1) will be performed for at least a single period of AC voltage from the generator. (2), and charge control circuit The second (11) battery adjusted to turn on the first switch section (SCR1) without any delay from the Initiate the generation of one wave of positive and swaying waves of alternating voltage from the generator (2). 9.Battery charging system And making the lamp on According to claim 8, where the control circuit First and second battery charge (10,11), each circuit has a drive block (6b) for preparation. The signal ignites to the first switch segment (SCR1) when one of the positive and negative waves of AC voltage is generated from the generator (2) and the battery voltage sensing block (6a) for This makes the powered block (6b) unusable when the battery voltage (3) is more detected. The value is set. Where when the battery voltage (3) is dropped to a level below the set value, the battery voltage detection block of the first battery charge control circuit (10) stops charging. The integrated drive block was not faster than that of the second battery charge control circuit (11) and the trigger signal was provided at the first switch segment (SCR1) from the drive block of the loop. Control of the first (10) battery charge adjusted to turn on the first switch part (SCR1) after delay (Tb) from the beginning of positive and negative one wave generation. Of the AC voltage while the igniting signal is provided at the first switch section (SCR1) from the drive block of the control circuit. The second (11) battery charge is adjusted to open the switch portion (SCR1) without any delay from the Begins generating one of the positive and swaying waves of AC voltage 1. 0. Battery charge system And making the lamp on According to claim 7, where the bulb will consist of the motorcycle's headlights.