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Please use this identifier to cite or link to this item:
http://hdl.handle.net/11133/876
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Title: | ファジー理論によるかご型誘導電動機定スベリ制御 |
Other Titles: | ファジー リロン ニヨル カゴガタ ユウドウ デンドウキ テイスベリ セイギョ Constant Slip Controle of Cage-type Induction Motor on Fussy-theory |
Authors: | 新宮, 博康 周, 礼中 鷲見, 哲雄 SHINGU, Hiroyasu ZHOU, Li-Zhong SUMI, Tetsuo |
Issue Date: | 31-Mar-1991 |
Publisher: | 愛知工業大学 |
Abstract: | The optimum controle of a cage-type induction motor decreases the consumption of an electric power with a constant slip controle. The controle is established by a non-core coil device picking up a secondery current. It also requires to apply the driving caracteristic of an recently advancing motor. The concept of the controle will be investigated by Fuzzy theory and an optimum constant-slip controle of the motor. this paper will be useful to decrease the consuming energy of the motor. Until now, these motors in a lot of munifarctue have been independently driving with an each driving mode so this paper will partcipate to the low energy controle for the driving technique of these motors. |
URI: | http://hdl.handle.net/11133/876 |
Appears in Collections: | 26号
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