JPS6341296B2 - - Google Patents
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- Publication number
- JPS6341296B2 JPS6341296B2 JP57038916A JP3891682A JPS6341296B2 JP S6341296 B2 JPS6341296 B2 JP S6341296B2 JP 57038916 A JP57038916 A JP 57038916A JP 3891682 A JP3891682 A JP 3891682A JP S6341296 B2 JPS6341296 B2 JP S6341296B2
- Authority
- JP
- Japan
- Prior art keywords
- voltage
- output
- reference voltage
- generator
- heteronomous
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
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- 230000005284 excitation Effects 0.000 description 3
- 230000005856 abnormality Effects 0.000 description 2
- 230000007423 decrease Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000002238 attenuated effect Effects 0.000 description 1
- 230000001276 controlling effect Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
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- Control Of Charge By Means Of Generators (AREA)
- Control Of Eletrric Generators (AREA)
Description
【発明の詳細な説明】
この発明は、充電発電機において、該充電発電
機の出力電圧を、自律制御の場合には第１の所定
値に、他律制御の場合には外部より指示される基
準電圧値に制御する充電発電機制御装置に関する
ものである。DETAILED DESCRIPTION OF THE INVENTION The present invention provides a charging generator in which the output voltage of the charging generator is set to a first predetermined value in the case of autonomous control, or to a specified value from the outside in the case of heteronomous control. The present invention relates to a charging generator control device that controls the voltage to a reference voltage value.
先ず、従来装置に関し、第１図に示し説明す
る。図において、１は図示しない車両等に装備さ
れ、図示しない機関により駆動される三相交流発
電機で、三相星形結線された電機子コイル１０１
と界磁コイル１０２を有している。２は上記発電
機１の交流出力を全波整流する全波整流装置、２
０１，２０２，２０３はそれぞれ、第１、第２整
流出力端と接地端、３は上記界磁コイル１０２に
流れる界磁電流を制御することによつて上記発電
機１の出力電圧を第１の所定値に制御する電圧調
整装置で、以下の部品にて構成されている。 First, a conventional device will be explained as shown in FIG. In the figure, 1 is a three-phase alternating current generator installed in a vehicle (not shown) and driven by an engine (not shown), with an armature coil 101 connected in a three-phase star shape.
and a field coil 102. 2 is a full-wave rectifier that performs full-wave rectification of the AC output of the generator 1;
01, 202, and 203 are the first and second rectified output terminals and a ground terminal, respectively; 3 controls the field current flowing through the field coil 102 to control the output voltage of the generator 1 to the first level; This is a voltage regulator that controls the voltage to a predetermined value and is composed of the following parts.
即ち、３０１は上記界磁コイル１０２の両端に
接続されたサージ吸収用ダイオード、３０２，３
０３は、上記界磁コイル１０２の通電々流を断続
するダーリントン接続されたパワートランジス
タ、３０４は該トランジスタ３０２，３０３のベ
ース回路を構成する抵抗、３０５は上記トランジ
スタ３０２，３０３をオン・オフ制御する制御ト
ランジスタ、３０６は上記発電機１の第２整流出
力端２０２の電圧を検出して、この出力電圧が第
１の所定値に達した時に導通するゼナーダイオー
ド、３０７，３０８は互いに直列に接続され、電
圧の分圧回路を構成する抵抗、３０９は充電表子
灯６と並列に接続され、該表子灯６が断線しても
上記発電機１に初期励磁電流を供給し得る初期励
磁抵抗である。４は蓄電池、５はキースイツチで
ある。 That is, 301 is a surge absorbing diode connected to both ends of the field coil 102;
Reference numeral 03 indicates a Darlington-connected power transistor for intermittent current flowing through the field coil 102, 304 a resistor forming a base circuit of the transistors 302 and 303, and 305 controlling on/off of the transistors 302 and 303. A control transistor 306 is a zener diode that detects the voltage at the second rectified output terminal 202 of the generator 1 and becomes conductive when the output voltage reaches a first predetermined value. 307 and 308 are connected in series with each other. A resistor 309 constituting a voltage dividing circuit is connected in parallel with the charging headlight 6, and is an initial excitation resistor capable of supplying initial excitation current to the generator 1 even if the front light 6 is disconnected. It is. 4 is a storage battery, and 5 is a key switch.
次に、以上の様に構成された装置の動作を説明
する。先ず、機関の始動に際し、キースイツチ５
を閉成すると、蓄電池４から、キースイツチ５、
抵抗３０４を介して、トランジスタ３０２，３０
３にベース電流が供給され、トランジスタ３０
２，３０３は導通する。該トランジスタ３０２，
３０３が導通すると、蓄電池４から、キースイツ
チ５、充電表子灯６及び抵抗３０９、界磁コイル
１０２、トランジスタ３０２，３０３を介して、
界磁コイル１０２に界磁電流が流れ、界磁起磁力
が発生する。 Next, the operation of the apparatus configured as above will be explained. First, when starting the engine, press key switch 5.
When closed, the key switch 5, from the storage battery 4,
Transistors 302 and 30 via resistor 304
A base current is supplied to transistor 30.
2,303 is conductive. the transistor 302,
When 303 becomes conductive, electricity flows from the storage battery 4 through the key switch 5, the charging headlight 6, the resistor 309, the field coil 102, and the transistors 302 and 303.
A field current flows through the field coil 102, and a field magnetomotive force is generated.
この状態で機関が起動し、発電機１が駆動され
ると、その回転数に応じて電機子コイル１０１に
交流出力を誘起し、この出力は全波整流装置２に
よつて全波整流される。ここで、該整流出力が第
１の所定値以下の時、抵抗３０７，３０８にて構
成される分圧回路の分圧点電位がまだ低いので、
ゼナーダイオード３０６は導通状態に至らず、不
導通状態を保持し、界磁電流の供給は保持されて
おり、それによつて発電機１の出力電圧は、回転
数の上昇に伴なつて上昇している。その後、発電
機１の回転数が更に上昇して、出力電圧が上記第
１の所定値以上になれば、上記分圧回路の分圧点
電位も高くなり、ゼナーダイオード３０６は導通
し、該ゼナーダイオード３０６を通じて、トラン
ジスタ３０５にベース電流が供給され、トランジ
スタ３０５は導通する。該トランジスタ３０５が
導通すると、トランジスタ３０２，３０３は遮断
し、界磁コイル１０２に流れていた電流は遮断さ
れ、発電機１の出力電圧は低下する。 When the engine is started in this state and the generator 1 is driven, an AC output is induced in the armature coil 101 according to the rotation speed, and this output is full-wave rectified by the full-wave rectifier 2. . Here, when the rectified output is below the first predetermined value, the potential of the voltage dividing point of the voltage dividing circuit constituted by the resistors 307 and 308 is still low;
The Zener diode 306 does not become conductive and maintains a non-conductive state, and the supply of field current is maintained, so that the output voltage of the generator 1 increases as the rotation speed increases. ing. After that, when the rotational speed of the generator 1 further increases and the output voltage becomes equal to or higher than the first predetermined value, the voltage dividing point potential of the voltage dividing circuit also becomes high, and the zener diode 306 becomes conductive. A base current is supplied to the transistor 305 through the Zener diode 306, and the transistor 305 becomes conductive. When the transistor 305 becomes conductive, the transistors 302 and 303 are cut off, the current flowing through the field coil 102 is cut off, and the output voltage of the generator 1 is reduced.
この出力電圧が第１の所定値まで下がると、再
びゼナーダイオード３０６、トランジスタ３０５
は不導通状態となり、トランジスタ３０２，３０
３は導通して界磁コイル１０２は付勢され、発電
機１の出力電圧は再び上昇する。 When this output voltage drops to the first predetermined value, the zener diode 306 and the transistor 305
becomes non-conductive, and the transistors 302 and 30
3 becomes conductive, the field coil 102 is energized, and the output voltage of the generator 1 increases again.
上述した動作を繰り返して、発電機１の出力電
圧は上記第１の所定値に制御され、この制御され
た電圧にて、蓄電池４を充電するのである。ま
た、この時、第２整流出力端２０２の出力電圧も
ほぼ第１の所定値となり、蓄電池４との電位差が
ほとんどなくなる為、充電表子灯６は消灯し、蓄
電池４の充電状態を表示する。 By repeating the above-described operations, the output voltage of the generator 1 is controlled to the first predetermined value, and the storage battery 4 is charged with this controlled voltage. Moreover, at this time, the output voltage of the second rectified output terminal 202 also becomes almost the first predetermined value, and the potential difference with the storage battery 4 is almost eliminated, so the charging indicator light 6 turns off and displays the state of charge of the storage battery 4. .
しかしながら、上記の従来装置に於ては、第１
の所定値を電圧調整装置３が固定値として内部設
定している為、車の走行状態とか、蓄電池４の充
電状態に即応した、発電機１の出力電圧のきめ細
かな制御をしようと思つても外部から任意に所定
値を設定できない欠点を有していた。この発明
は、上記欠点を解消する充電発電機制御装置を提
供するものである。以下、第２図において、この
発明の一実施例を説明する。第２図において、３
は電圧調整装置であり、３１０，３１１は互いに
OR（論理和）接続されたダイオードである。７
は各種センサーの入力データを演算し、最適な所
定値を設定出力する基準電圧出力装置であり、７
０１は基準電圧出力端である。 However, in the above conventional device, the first
Since the predetermined value of is internally set as a fixed value by the voltage regulator 3, even if you want to perform detailed control of the output voltage of the generator 1 in response to the driving condition of the car or the state of charge of the storage battery 4. This has the disadvantage that a predetermined value cannot be set arbitrarily from the outside. The present invention provides a charging generator control device that eliminates the above drawbacks. An embodiment of the present invention will be described below with reference to FIG. In Figure 2, 3
is a voltage regulator, and 310 and 311 are mutually connected.
It is an OR (logical sum) connected diode. 7
is a reference voltage output device that calculates input data of various sensors and sets and outputs an optimal predetermined value.
01 is a reference voltage output terminal.
８は上記基準電圧出力装置７より出力される基
準電圧値が、予め設定された有効な範囲内の電圧
値の場合には、上記電圧調整装置３を他律制御
へ、上記有効範囲外の電圧値が指示された場合に
は自律制御に切換える制御切換え装置である。８
０１は基準電圧入力端、８０２は他律制御時には
(L)となりＡ点を接地し、自律制御時には(H)とな
り、電圧調整装置３へ自律制御を指示する自律制
御指示出力端、８０３は８０２と全く逆の動作を
する他律制御指示出力端である。９は他律制御装
置であり、以下の部品にて構成されている。即
ち、９０１は第２整流出力端２０２電圧を外部よ
り指示された基準電圧値と比較して、他律制御時
に、電圧調整装置３に対して界磁コイル１０２の
断続を指示するコンパレータ、９０２は該コンパ
レータの出力に接続された抵抗、９０３，９０４
は互いに直例に接続され、第２整流出力端２０２
電圧の分圧回路を構成する抵抗、９０５，９０６
は互いに直列に接続され、基準電圧入力の分圧回
路を構成する抵抗、９０７は基準電圧入力端であ
る。次に、以上の様に構成されたこの発明の一実
施例装置の動作説明を行なう。 8, when the reference voltage value outputted from the reference voltage output device 7 is a voltage value within a preset effective range, the voltage regulator 3 is put into heteronomous control; This is a control switching device that switches to autonomous control when a value is specified. 8
01 is the reference voltage input terminal, 802 is during heteronomous control
(L), the point A is grounded, and during autonomous control, it becomes (H), an autonomous control instruction output terminal that instructs the voltage regulator 3 to perform autonomous control, and 803 is a heteronomous control instruction output terminal that operates completely opposite to 802. It is. 9 is a heteronomous control device, which is composed of the following parts. That is, 901 is a comparator that compares the voltage of the second rectified output end 202 with a reference voltage value instructed from the outside and instructs the voltage regulator 3 to turn on and off the field coil 102 during heteronomous control; Resistors connected to the output of the comparator, 903, 904
are directly connected to each other, and the second rectified output end 202
Resistors forming a voltage divider circuit, 905, 906
and 907 are resistors connected in series with each other to form a voltage dividing circuit for a reference voltage input, and 907 is a reference voltage input terminal. Next, the operation of an embodiment of the apparatus of the present invention constructed as described above will be explained.
先ず機関の始動に際し、キースイツチ５を閉成
すると、蓄電池４からキースイツチ５、充電表子
灯６及び初期励磁抵抗３０９、界磁コイル１０
２、トランジスタ３０２，３０３を介して、界磁
コイル１０２に界磁電流が流れ、界磁起磁力が発
生すると共に充電表子灯６が点灯する。ここで、
制御切換え装置８において、基準電圧出力装置７
よりの基準電圧値が、予め設定された有効な範囲
内の電圧値の場合には、Ａ点に(L)の、Ｂ点に(H)の
信号が出力される。この為、電圧調整装置３は外
部より指示される基準電圧値に発電機１の出力電
圧を制御する他律制御状態となる。 First, when the key switch 5 is closed when starting the engine, the power is transferred from the storage battery 4 to the key switch 5, the charging headlight 6, the initial excitation resistor 309, and the field coil 10.
2. A field current flows through the field coil 102 via the transistors 302 and 303, and a field magnetomotive force is generated, and the charging table lamp 6 is turned on. here,
In the control switching device 8, the reference voltage output device 7
If the reference voltage value is within a preset valid range, a (L) signal is output to point A and a (H) signal is output to point B. Therefore, the voltage regulator 3 enters a heteronomous control state in which the output voltage of the generator 1 is controlled to a reference voltage value instructed from the outside.
この状態で機関が始動し、発電機１が駆動され
ると、この回転数に応じ、第２整流出力端２０２
に発電機１の整流出力電圧が誘起される。ここ
で、上記整流出力電圧が、基準電圧値以下の時、
コンパレータ９０１の出力はオンにする。この為
トランジスタ３０５は、Ａ、Ｂ両点共に接地され
て、ベース電流が流れずオフする。該トランジス
タ３０５のオフにより、トランジスタ３０２，３
０３は抵抗３０４よりベース電流を供給され、導
通を維持する。この結果、発電機１の出力電圧
は、回転数の上昇に伴なつて増加している。その
後、更に回転数が上昇し、第２整流出力端２０２
電圧が、基準電圧値以上になると、コンパレータ
９０１はオフする。該コンパレータ９０１のオフ
により、トランジスタ３０５は抵抗９０２、ダイ
オード３１０、ゼナーダイオード３０６を介して
ベース電流を供給されオンする。この為、トラン
ジスタ３０２，３０３は遮断し、界磁コイル１０
２に流れる電流はダイオード３０１を通して減衰
する。同時に発電機１の出力電圧も低下する。出
力電圧が低下して、基準電圧以下となると、再
び、コンパレータ９０１はオンし、トランジスタ
３０２，３０３は導通する。該トランジスタ３０
２，３０３の導通により、界磁コイル１０２は付
勢され、発電機１の出力電圧は再び上昇する。上
述した動作を繰り返して、発電機１の出力電圧は
上記基準電圧に制御される。この時、充電表子灯
６は両端間の電圧差が殆どなくなる為、消灯し
て、蓄電池４の充電状態を知らせる。この状態
で、基準電圧出力装置７の故障とか、基準電圧入
力端９０７外れ等により、基準電圧入力が予め設
定された有効な電圧範囲外となると、制御切換え
装置８により、Ａ点に(H)、Ｂ点に(L)の信号が出力
され、電圧調整装置３は自律制御となる。この場
合の動作は第１図における従来装置と同じ為、説
明は省略する。 When the engine is started in this state and the generator 1 is driven, the second rectified output end 202
The rectified output voltage of the generator 1 is induced. Here, when the rectified output voltage is below the reference voltage value,
The output of comparator 901 is turned on. Therefore, both points A and B of the transistor 305 are grounded, and no base current flows and the transistor 305 is turned off. By turning off the transistor 305, the transistors 302 and 3
03 is supplied with a base current from the resistor 304 and maintains conduction. As a result, the output voltage of the generator 1 increases as the rotational speed increases. After that, the rotation speed further increases, and the second rectified output end 202
When the voltage exceeds the reference voltage value, the comparator 901 is turned off. When the comparator 901 is turned off, the transistor 305 is supplied with a base current via the resistor 902, the diode 310, and the Zener diode 306, and is turned on. Therefore, the transistors 302 and 303 are cut off, and the field coil 10
The current flowing through 2 is attenuated through diode 301. At the same time, the output voltage of the generator 1 also decreases. When the output voltage decreases to below the reference voltage, the comparator 901 is turned on again and the transistors 302 and 303 are rendered conductive. The transistor 30
2,303, the field coil 102 is energized and the output voltage of the generator 1 increases again. By repeating the above-mentioned operation, the output voltage of the generator 1 is controlled to the above-mentioned reference voltage. At this time, since the voltage difference between both ends of the charging headlight 6 is almost eliminated, the charging headlight 6 is turned off to notify the state of charge of the storage battery 4. In this state, if the reference voltage input falls outside the preset valid voltage range due to a failure of the reference voltage output device 7 or disconnection of the reference voltage input terminal 907, the control switching device 8 switches the output voltage to point A (H). , a signal (L) is output to point B, and the voltage regulator 3 becomes autonomously controlled. Since the operation in this case is the same as that of the conventional device shown in FIG. 1, the explanation will be omitted.
尚、上記一実施例においては、基準電圧出力装
置７より、他律制御装置９の基準電圧入力端９０
７に対し、定電圧にて基準電圧値の指示を与えて
いるが、該基準電圧入力端９０７と接地端間の電
圧が基準電圧となる様、該基準電圧に対応した定
電流値により指定しても同様の効果が得られる。
この時、基準電圧入力端９０７における基準電圧
は、抵抗９０５，９０６の直列合成抵抗値に上記
の定電流値を乗じた値となる。 In the above embodiment, the reference voltage output device 7 connects the reference voltage input terminal 90 of the heteronomous control device 9.
7, the reference voltage value is specified using a constant voltage, but it is specified using a constant current value corresponding to the reference voltage so that the voltage between the reference voltage input terminal 907 and the ground terminal becomes the reference voltage. The same effect can be obtained.
At this time, the reference voltage at the reference voltage input terminal 907 is a value obtained by multiplying the series combined resistance value of the resistors 905 and 906 by the above constant current value.
以上、詳述した様に、この発明装置に於ては、
通常、発電機の出力電圧を、外部より入力される
基準電圧値に制御され、かつ該基準電圧は基準電
圧出力装置より、基準電圧に対応した定電圧ある
いは定電流により指示している為、従来の如く、
電圧調整装置における第１の所定値を内部固定設
定した装置と比較して、発電機の出力電圧を各種
センサー入力に基ずいて任意に設定された値に制
御することが可能となる効果がある。又、基準電
圧出力装置の故障あるいは、基準電圧入力端外れ
等により、上記基準電圧値が、予め設定された有
効範囲外の電圧を指示すると、制御切換え装置に
より、電圧調整装置は自律制御となるようにして
いるので、発電機の出力電圧は第１の所定値に制
御され、基準電圧の異常による制御異常に至るの
を防ぐ効果がある。更には上記の機能を実現する
のに、基準電圧入力端を一端子追加するのみで良
い為、複雑な配線を必要としない効果もある。 As detailed above, in this invention device,
Normally, the output voltage of a generator is controlled to a reference voltage value input from the outside, and the reference voltage is indicated by a constant voltage or constant current corresponding to the reference voltage from a reference voltage output device. Like,
Compared to a voltage regulating device in which the first predetermined value is internally fixed, the output voltage of the generator can be controlled to an arbitrarily set value based on various sensor inputs. . In addition, if the reference voltage value indicates a voltage outside the preset effective range due to a failure of the reference voltage output device or disconnection of the reference voltage input terminal, etc., the voltage regulator becomes autonomously controlled by the control switching device. Therefore, the output voltage of the generator is controlled to the first predetermined value, which has the effect of preventing control abnormalities due to abnormalities in the reference voltage. Furthermore, in order to realize the above functions, it is only necessary to add one reference voltage input terminal, so there is an advantage that no complicated wiring is required.
第１図は従来装置の電気回路図、第２図はこの
発明の一実施例を示す電気回路図である。
図中、１は交流発電機、１０１は電機子コイ
ル、１０２は界磁コイル、２は全波整流装置、２
０１は第１整流出力端、２０２は第２整流出力
端、２０３は接地端、３は電圧調整装置、４は蓄
電池、５はキースイツチ、６は充電表示灯、７は
基準電圧出力装置、８は制御切換え装置、９は他
律制御装置、９０７は基準電圧入力端である。
尚、図中、同一符号は、同一又は相当部分を示
す。
FIG. 1 is an electric circuit diagram of a conventional device, and FIG. 2 is an electric circuit diagram showing an embodiment of the present invention. In the figure, 1 is an alternating current generator, 101 is an armature coil, 102 is a field coil, 2 is a full-wave rectifier, 2
01 is the first rectified output terminal, 202 is the second rectified output terminal, 203 is the ground terminal, 3 is the voltage regulator, 4 is the storage battery, 5 is the key switch, 6 is the charging indicator, 7 is the reference voltage output device, 8 is the 9 is a control switching device, 9 is a heteronomous control device, and 907 is a reference voltage input terminal.
In addition, in the figures, the same reference numerals indicate the same or corresponding parts.
Claims (1)
出力を整流する整流装置、該整流装置の出力によ
り充電される蓄電池、上記整流装置の出圧電圧に
基づき、上記充電発電機の界磁コイルに流れる界
磁電流を断続して上記充電発電機の出力を第１の
所定値に自律制御する電圧調整装置、各種センサ
ーからの入力に基づいて任意の基準電圧を出力す
る基準電圧出力端置、該基準電圧出力装置の出力
電圧に応じて上記電圧調整装置を制御し、上記充
電発電機の界磁コイルに流れる界磁電流を断続さ
せる他律制御装置、上記基準電圧出力装置の出力
電圧値が予め設定された電圧範囲外のとき上記電
圧調整装置を自律制御により動作させるとともに
上記電圧範囲内のとき上記他律制御装置の出力を
上記電圧調整装置に供給して他律制御状態で動作
させる制御切換え装置を備えた充電発電機制御装
置。 ２ 特許請求の範囲第１項記載のものにおいて、
基準電圧出力装置は上記他律制御装置に対し、各
種センサーの条件より設定される基準電圧値を定
電圧あるいは定電流にて、任意の値に設定できる
機能を有することを特徴とする充電発電機制御装
置。[Claims] 1. A rectifier that rectifies the alternating current output induced in the armature coil of the charging generator, a storage battery that is charged by the output of the rectifier, and the charging power generator based on the output voltage of the rectifier. A voltage regulator that autonomously controls the output of the charging generator to a first predetermined value by intermittent field current flowing through the field coil of the machine, and a standard that outputs an arbitrary reference voltage based on inputs from various sensors. a voltage output terminal, a heteronomous control device that controls the voltage regulator according to the output voltage of the reference voltage output device to intermittent the field current flowing through the field coil of the charging generator, and the reference voltage output device When the output voltage value of is outside a preset voltage range, the voltage regulator is operated by autonomous control, and when it is within the voltage range, the output of the heteronomous control device is supplied to the voltage regulator to perform heteronomous control. A charging generator control device equipped with a control switching device that operates under certain conditions. 2. In what is stated in claim 1,
A charging generator characterized in that the reference voltage output device has a function for setting the reference voltage value set based on the conditions of various sensors to an arbitrary value at a constant voltage or constant current, in contrast to the heteronomous control device. Control device.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP57038916A JPS58154335A (en) | 1982-03-09 | 1982-03-09 | Charging generator controller |
| FR8303771A FR2530892B1 (en) | 1982-03-09 | 1983-03-08 | DEVICE FOR CONTROLLING A CHARGE GENERATOR |
| DE19833308410 DE3308410A1 (en) | 1982-03-09 | 1983-03-09 | DEVICE FOR CONTROLLING A CHARGING GENERATOR |
| US06/856,538 US4716355A (en) | 1982-03-09 | 1986-04-24 | Device for controlling a charging generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP57038916A JPS58154335A (en) | 1982-03-09 | 1982-03-09 | Charging generator controller |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS58154335A JPS58154335A (en) | 1983-09-13 |
| JPS6341296B2 true JPS6341296B2 (en) | 1988-08-16 |
Family
ID=12538528
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP57038916A Granted JPS58154335A (en) | 1982-03-09 | 1982-03-09 | Charging generator controller |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS58154335A (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3423767A1 (en) * | 1984-06-28 | 1986-01-09 | Robert Bosch Gmbh, 7000 Stuttgart | VOLTAGE REGULATOR FOR A GENERATOR |
| JPS63262033A (en) * | 1987-04-17 | 1988-10-28 | 株式会社デンソー | Voltage regulator for vehicle charging generator |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5558739A (en) * | 1978-10-24 | 1980-05-01 | Nippon Denso Co | Method of and device for controlling voltage of automotive generator |
| US4237412A (en) * | 1977-03-09 | 1980-12-02 | Ab Volvo | Voltage regulator for a generator |
| JPS5641730A (en) * | 1979-09-07 | 1981-04-18 | Nippon Denso Co | Generator*controller for vehicles |
-
1982
- 1982-03-09 JP JP57038916A patent/JPS58154335A/en active Granted
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4237412A (en) * | 1977-03-09 | 1980-12-02 | Ab Volvo | Voltage regulator for a generator |
| JPS5558739A (en) * | 1978-10-24 | 1980-05-01 | Nippon Denso Co | Method of and device for controlling voltage of automotive generator |
| JPS5641730A (en) * | 1979-09-07 | 1981-04-18 | Nippon Denso Co | Generator*controller for vehicles |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS58154335A (en) | 1983-09-13 |
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