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Dive into the research topics where Oedilius Johannes Bisschop is active.

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Featured researches published by Oedilius Johannes Bisschop.


Journal of Power Sources | 1998

Charging device for charging rechargeable batteries with temperature-dependent termination of the charging process

Oedilius Johannes Bisschop; Johann R. G. C. M. Van Beek; Eduard Engelbert Alphonsus Gillissen; Martinus H. Van Maaren

A charging device for charging a rechargeable battery (2), comprising first means (10, 4, 16) for the supply of charging current to the battery (2), second means (4, 16) for terminating the supply of charging current when the battery (2) reaches an end temperature which is higher than an initial temperature of the battery (2) at the beginning of the supply of charging current, and third means (18..58) for determining in which temperature range of a plurality of at least two given temperature ranges the initial temperature lies and for selecting the end temperature in dependence upon the instantaneous temperature range thus determined.


Archive | 1997

Battery charger with charging current variation based on a temperature difference between the battery and its environment

Wieger Lindeboom; Oedilius Johannes Bisschop


Archive | 2008

BATTERY VOLTAGE MONITORING SYSTEM

Schelte Heeringa; Wilhelmus Ettes; Oedilius Johannes Bisschop; Der Burg Job J. Van; Pascal Homan


Archive | 2007

Apparatus with rechargeable power supply

Schelte Heeringa; Oedilius Johannes Bisschop


Archive | 2008

Battery voltage monitoring system for monitoring the battery voltage of a series arrangement of more than two batteries

Schelte Heeringa; Wilhelmus Ettes; Oedilius Johannes Bisschop; Job Van Der Van Der Burg; Pascal Homan


Archive | 2007

Battery low indication

Schelte Heeringa; Oedilius Johannes Bisschop


Archive | 2007

Indication de pile faible

Schelte Heeringa; Oedilius Johannes Bisschop


Archive | 2007

Simulated fast recharge of power supply

Schelte Heeringa; Oedilius Johannes Bisschop


Archive | 1997

Chargeur de batterie a variation de courant de charge basee sur la difference de temperature entre la batterie et son environnement

Oedilius Johannes Bisschop; Wieger Lindeboom


Archive | 1996

Leistungsversorgungsschaltung Power supply circuit

Schelte Heeringa; Oedilius Johannes Bisschop

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