LTD.;HAKUJU INSTITUTE FOR HEALTH SCIENCE CO.,LTD.;HAKUJU INSTITUTE FOR HEALTH SCIENCE CO.;株式会社白寿生科学研究所
发明人:
OGAWA, Yukio,小川幸雄
申请号:
JPJP2013/066175
公开号:
WO2014/002762A1
申请日:
2013.06.12
申请国别(地区):
JP
年份:
2014
代理人:
摘要:
Provided is an electric potential treatment device that uses an existing converter, has a simple circuit configuration, is able to impart a low-frequency stimulation to a human body, and by means of which a relaxing effect can be expected. The present invention pertains to an electric potential treatment device (1) that performs treatment using an electric field, and has: a first electrode (T1) that is contactlessly disposed opposite a human body (M); a second electrode (T2) that faces the first electrode (T1) and contacts the human body (M); a first transformer (21) that is connected to the commercial power supply (A) and imparts a high AC voltage to the first electrode (T1); a second transformer (22) that is connected to the commercial power supply (A) and imparts a high AC voltage on the second electrode (T2); and a frequency converter (23) that is provided in the circuit between the commercial power supply (A) and the first electrode (T1) and/or in the circuit between the commercial power supply (A) and the second electrode (T2), and converts the frequency of the commercial power supply (A). A difference is provided between the frequency (F1) of the high AC voltage imparted to the first electrode (T1) and the frequency (F2) of the high AC voltage imparted to the second electrode (T2).La présente invention concerne un dispositif de traitement par potentiel électrique qui utilise un convertisseur existant, possède une configuration de circuit simple, et est apte à communiquer à un corps humain une stimulation basses fréquences, et grâce auquel un effet relaxant peut être escompté. La présente invention porte sur un dispositif de traitement par potentiel électrique (1) qui réalise un traitement au moyen d'un champ électrique et comporte les éléments suivants : une première électrode (T1) placée sans contact en regard d'un corps humain (M) ; une seconde électrode (T2), située en regard de la première électrode (T1) et en contact avec ledit corps humain (M) ; un prem