TH82428A - Control circuit for charging the battery and turning on the lamp. - Google Patents

Abstract

DC60 This invention presents the charge of a battery. And control circuit to turn on the lamp While not charging Converters to direct current 7-1 Even when established, half-wave element Wp maintains OFF condition. Half-wave component voltage Wp is wave style approaching positive wave with no load. Voltage detection circuit 801 detects force. The voltage of the half-wave element Wp circuit across voltage 803 performs only a relative cross-pressure drop, the waveform was observed with the charging voltage Vc. Delay Vt, 805 channel control circuit, according to the delay time display from the start of the negative side Wn half-wave component, the converter 7-2 is ON with the extended delay time. Let the delay time Td compare with the area of the surplus so that the output current flows to the lamp side 6 is set up for the transmitting current standard at the time of recharging, adjust the maximum output current while Uncharged can be made to an equal average. The invention presents the charge of a battery. And control circuit to turn on the lamp While not charging Converters to direct current 7-1 Even when established, half-wave element Wp maintains OFF condition. Half-wave component voltage Wp is wave style approaching positive wave with no load. Voltage detection circuit 801 detects force. The voltage of the half-wave element Wp circuit across voltage 803 performs only a relative cross-pressure drop, the waveform was observed with the charging voltage Vc. Delay Vt, control circuit, channel 805, according to the delay time display from the start of the negative side Wn half-wave component, the converter 7-2 is ON with the extended delay time. Let the delay time Td compare with the area of the surplus so that the output current flows to the lamp side 6 is set up for the transmitting current standard at the time of recharging, adjust the maximum output current while Not charged, can be made to the same average

Claims (2)

1. The lighting, lamp and battery charge control circuit has a unique feature that separates the alternator power into positive and negative half-wave components. Do power transmission On one side the power supply terminal is used to connect to the charger terminal of the battery. At the same time as a cycle Control the power of the lamp and charge the battery that is outputting at the power supply terminal 2 to connect to other lamps. It has a known procedure for detecting a voltage with a half-wave component that is Power supply terminal, enter the 1st power source with step save. Record the standard value relative to the charging voltage of Such batteries. With the signal handling procedure 1 that is a known detection signal, the value is reduced to only that standard value. With a second signal handling step that shows the time to The relative positive signal output amplitude of the signal handling step 1 provides a delay control step from the initial period of the half-wave component. It is the start of transmission of the half-wave element that is transmitting power at the power supply terminal 2 with the extended time acting as shown in this extended delay. 2. The control circuit of the lamp opening and charging the battery. There is a unique feature. Procedure for handling the signal 2 as in the control circuit, turn on the lamp and charge the battery corresponding to claim 1, the extended time display is the collection of the transmitting power signal of the signal handling step 1. 3.The circuit maintains a unique connection load. Separate the output power of the generator. AC is a half-wave component of the positive and negative sides. Insert the converter to DC power. According to the controller, charge the battery supplied on the other side, where the connected load and the positive terminal of the battery are connected load-maintaining circuits that maintain such junction load in the case of the battery. Such is an open condition that has a delay time 1, which occurs in accordance with the procedure, the delay time 1, and the delay time 1, the delay time 1, is related to the positive power of the machine. Such an alternator and provides a converter control procedure to DC power. 4. The coupling-stabilizing circuit, which has a unique characteristic, is with regards to the connection-stabilizing circuit, which is the third invention of the delay time phase 1 as mentioned in The power of such an alternator is the 1st damping part that satisfies the voltage of the previous half-wave component. Half-cycle per half-wave component supplied on the connected load side 5. A unique coupling-load-keeping circuit is with respect to the load-maintaining circuit that is Constructed in claim 4, the first delay time procedure is the 1st delay time based on the aggregated value of the aforementioned voltage.6. Maintain that connection burden since Invention of any of the 3rd to 5th claim. Prepare a procedure to know the monitored battery voltage. Know the terminal voltage of the battery. The procedure for detecting the said battery voltage is higher than the value. Upper boundary of the battery charge voltage And the compression value is lower than the power voltage of the converter to power Such direct current It is the working part of the converter control to DC with a delay time of 1, while the battery terminal voltage is within the aforementioned compression range. There is a unique feature about the circuit to maintain the connected load, since The invention in Clause 3 through 6 is one of the following: Set up a step-by-step to detect the converter voltage that detects the output voltage of such a converter with a 2nd delay phase with a long 2nd delay. Than the delay time stretched at 1, while the mains voltage The output power of the converter is DC. Above the specified value It is a control circuit act. Converter to dc power The delay time stretches at 2 such. 8. A control circuit for opening a lamp that has a unique feature. Separate power transmission generator Alternating current is a positive and negative half-wave component. Send power on the other side to the compression terminal. Battery charge It is a control circuit for the opening of a lamp that transmits the power of a lamp that is inserted into the converter into DC power on the other side, collects the output pressure of the alternator with such a delay time that has occurred. With the phase-regulating phase, the corresponding positive delay delay time occurs at Alternator power output voltage Provides a step to control the inverter. The control of the timing around the point of the converter to DC power. The phase control procedure that Among the power of the aforementioned alternator is the part that causes such delay time that it responds. The pre-half-cycle half-wave component voltage to the half-wave element is fed to the aforementioned lamp. According to the control circuit to turn on the lamp at In accordance with the invention of claim 8, provide a lamp voltage adjustment procedure that adjusts the voltage at Supply to the aforementioned lamp It is a preparation of the steps that mean the effectiveness that is averaging. Effectiveness of the voltage applied to the aforementioned lamps in the procedure for voltage regulation of the aforementioned lamps 1 0. Lamp switching control circuit with its characteristic is According to the control circuit to turn on the lamp at Consistent with the invention of claim 9, that is, compare the collection circuit that collects the supply voltage to Such lamps in the step mean such effectiveness. With the rated compression of the circuit's collection value Compile such In the event that the collection is circled over the compression value while the cycle time of A converter to DC, following the control steps of such a DC converter. Has prepared a procedure Ambient cadence control, which controls the ambient timing of the converter to DC. As mentioned in the addition More delay time At the delay time that occurs in the control phase 1 1. Lighting control circuit with a unique feature is According to the control circuit to turn on the lamp at Consistent with the invention of claim 9 or 10, that is, provide at least a series of quantities in the cycle. Compile such The procedure for adjusting the lamp voltage is to provide a compression circuit for fast charging time. Charge time of the aforementioned set of quantities 1 2. Lighting control circuit with a unique feature is According to the control circuit to turn on the lamp at Corresponds to, from the invention of any Clause 9 to 11 Which steps to adjust the power voltage Such lamps also provide an overvoltage protection circuit that also provides an overvoltage protection. Such light bulb