CONNECTING TERMINAL OF SHUNT RESISTOR, AND BATTERY STATE DETECTING APPARATUS

The purpose of the present invention is to provide a configuration wherein a main body and a terminal member of a shunt resistor are separately formed, and sensing accuracy is improved. A shunt resistor of the present invention is provided with a resistor main body, and a terminal member (21), which...

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Bibliographic Details
Main Authors TANAKA, KAZUYUKI, SAKATA, KAZUMASA, ABURAYA, KENGO, WATANABE, YUUICHI
Format Patent
LanguageEnglish
French
Japanese
Published 04.10.2012
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Summary:The purpose of the present invention is to provide a configuration wherein a main body and a terminal member of a shunt resistor are separately formed, and sensing accuracy is improved. A shunt resistor of the present invention is provided with a resistor main body, and a terminal member (21), which is electrically connected to the resistor main body. The terminal member (21) has a resistor connecting section (23) in contact with the resistor main body, and a circuit connecting section (24), which is provided such that the circuit connecting section extends from the resistor connecting section (23). The circuit connecting section (24) is divided in half by having a slit (27) formed therein. The slit (27) is formed to a part of the resistor connecting section (23). La présente invention propose une configuration dans laquelle un corps principal et un élément de borne d'une résistance shunt sont formés séparément, pour améliorer la précision d'une détection. La résistance shunt selon la présente invention est dotée d'un corps principal de résistance et d'un élément de borne (21) qui est électriquement connecté au corps principal de résistance. L'élément de borne (21) comporte une section connexion à la résistance (23) en contact avec le corps principal de résistance, et une section connexion au circuit (24), ladite section connexion au circuit s'étendant à partir de la section connexion à la résistance (23). La section connexion au circuit (24) comporte une fente (27) qui la divise en deux. La fente (27) est formée sur une partie de la section connexion à la résistance (23).
Bibliography:Application Number: WO2012JP02244