AT66392B - Charging circuit in which an electrical energy accumulator is charged by means of a corresponding alternating current source. - Google Patents

Charging circuit in which an electrical energy accumulator is charged by means of a corresponding alternating current source.

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Publication number
AT66392B
AT66392B AT66392DA AT66392B AT 66392 B AT66392 B AT 66392B AT 66392D A AT66392D A AT 66392DA AT 66392 B AT66392 B AT 66392B
Authority
AT
Austria
Prior art keywords
alternating current
charging circuit
charged
current source
electrical energy
Prior art date
Application number
Other languages
German (de)
Original Assignee
Signal Ges M B H Fa
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Signal Ges M B H Fa filed Critical Signal Ges M B H Fa
Application granted granted Critical
Publication of AT66392B publication Critical patent/AT66392B/en

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Description

  

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 induktiv kurzschliesst und somit die Selbstinduktion der Spulen    verringert. Dieser Umlauf erfolgt   nun auf irgend eine Weise synchron mit dem Wechselstromerzeuger und dadurch wird es möglich, den in den Ladekreis eingeschalteten veränderlichen, selbstinduktiven Widerstand immer wieder zur richtigen Zeit zu verändern. Wenn die Zeit, in welcher der Wechselstromwiderstand im Ladekreis klein ist und in welcher somit die Aufladung des Kondensators vor sich gehen kann, richtig bemessen wird, so kann auch bei verhältnismässig wenig konstanter Entladespannung der Funkenstrecke eine regelmässige Entladefolge erreicht werden. 



   Anstatt   den Wechselstromwiderstand   der Selbstinduktion auf die beschriebene Weise, d. h. mittels induktiver   Kurzschlusswindungen   veränderlich zu machen, kann man ihn auch auf eine beliebige andere Art variieren. Es kommt hiebei lediglich darauf an, die Einrichtung so zu   treffen, dass   die Selbstinduktion entsprechend der gewünschten Funkenfolge periodisch ver- änderlich ist und dass diese Verällderung zur richtigen Zeit erreicht wird. 



   Soll die Entladung jeweilig erst nach mehreren Wechseln auftreten, so kann die Einrichtung auch so getroffen werden, dass sie immer nur nach der gewünschten Anzahl von Wechseln eine Ladung des Kondensators zulässt. 



   An Stelle der Selbstinduktion als veränderlicher   Wechselstromwiderstand   können auch eine Kapazität oder ein rein Ohmscher Widerstand oder eine beliebige Kombination hievon treten. 



    PATENTANSPRÜCHE :  
1. Ladekreis, in welchem mittels einer entsprechenden Wechselstromquelle ein elektrischer Energieansammlungsapparat (Kondensator, Selbstinduktion   usw.)   aufgeladen wird, dadurch   gekennzeichnet,   dass das Einsetzen der Entladungen zu einer ganz bestimmten Zeit innerhalb der einzelnen Wechsel, d. h. eine regelmässige   Funkenfolge,   dadurch erreicht wird, dass in den Ladekreis ein synchron mit der Spannung der Wechselstromquelle veränderlicher Wechselstrom-



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 inductively short-circuits and thus reduces the self-induction of the coils. This cycle now takes place somehow synchronously with the alternator and this makes it possible to change the variable, self-inductive resistance switched on in the charging circuit again and again at the right time. If the time in which the alternating current resistance in the charging circuit is small and in which the charging of the capacitor can take place is correctly measured, a regular discharge sequence can be achieved even with a relatively less constant discharge voltage of the spark gap.



   Instead of changing the AC resistance of self-induction in the manner described, i. H. to make it variable by means of inductive short-circuit windings, it can also be varied in any other way. The only thing that matters here is to make the device so that the self-induction is periodically variable according to the desired spark sequence and that this deterioration is achieved at the right time.



   If the discharge is to occur only after several changes, the device can also be designed in such a way that it only ever allows the capacitor to be charged after the desired number of changes.



   Instead of self-induction as a variable alternating current resistance, a capacitance or a purely ohmic resistance or any combination thereof can also be used.



    PATENT CLAIMS:
1. Charging circuit, in which an electrical energy accumulation apparatus (capacitor, self-induction, etc.) is charged by means of a corresponding alternating current source, characterized in that the onset of discharges at a specific time within the individual change, d. H. a regular spark sequence, which is achieved by the fact that in the charging circuit an alternating current voltage that changes synchronously with the voltage of the alternating current source

 

Claims (1)

EMI2.1 induktion benutzt wird. EMI2.1 induction is used. 3. Ladekreis nach Anspruch 1 und. 2, dadurch gekennzeichnet, dass die Selbstinduktion EMI2.2 3. Loading circuit according to claim 1 and. 2, characterized in that the self-induction EMI2.2
AT66392D 1913-06-14 1913-06-14 Charging circuit in which an electrical energy accumulator is charged by means of a corresponding alternating current source. AT66392B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
AT66392T 1913-06-14

Publications (1)

Publication Number Publication Date
AT66392B true AT66392B (en) 1914-08-25

Family

ID=3588336

Family Applications (1)

Application Number Title Priority Date Filing Date
AT66392D AT66392B (en) 1913-06-14 1913-06-14 Charging circuit in which an electrical energy accumulator is charged by means of a corresponding alternating current source.

Country Status (1)

Country Link
AT (1) AT66392B (en)

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