SOAR 研究者総覧｜信州大学学術情報オンラインシステムSOAR

教員組織	学術研究院（工学系）	電話番号	026-269-5181
教育組織	工学部　電子情報システム工学科	FAX番号
職名	助教（テニュア・トラック）	メールアドレス	buyinggang＠shinshu-u.ac.jp
住所	〒380-8553 長野県長野市若里4-17-1	ホームページURL	http://mizunolab.shinshu-u.ac.jp/

プロフィール

研究分野: 電力工学・電力変換・電気機器

現在の研究課題: シリコンゴム製ねじりばねを用いた両端持ち構造を有する振動アクチュエータの研究
キーワード：振動アクチュエータ，共振，シリコンゴム，ねじりばね，両持ち構造
磁界共振結合形無線給電
キーワード：無線給電
高速振動アクチュエータ
キーワード：振動アクチュエータ

所属学会: 所属学会
日本AEM学会
IEEE
電気学会

学歴: 取得学位
工学博士 , 信州大学

受賞学術賞: 2014 , 日本AEM学会　奨励賞
2008 , 平成19年電気学会産業応用部門研究会優秀論文発表賞

研究職歴等: 研究職歴
2009-2012 , 株式会社オプトエレクトロニクス開発部

研究活動業績

研究業績（著書・ 発表論文等）: 論文
リニア直流モータにおける高速位置決めに必要な最大遅れ時間の検討
日本AEM学会誌,24(3):172-177 2016(Sep. 15)
Author:河合亮典，卜穎剛，水野勉，丸山利喜，寺島智樹

Effect of core and magnetoplated wire on energy harvesting using leakage flux recovery coil
INTERNATIONAL JOURNAL OF APPLIED ELECTROMAGNETICS AND MECHANICS,52(3-4):1341-1349 2016
Author:Yamamoto, Tatsuya; Bu, Yinggang; Mizuno, Tsutomu;

13.56MHz磁界共振結合形非接触電力伝送システムの検討 (半導体電力変換家電・民生自動車合同研究会自動車など移動体および家電用パワーエレクトロニクスならびに半導体電力変換一般)
電気学会研究会資料. VT,2015(34):105-108 2015(Dec. 18)
Author:川島康裕; 大長洋介; 卜穎剛;
Keywords:非接触電力伝送; 磁界共振結合; 伝送効率; 13.56 MHz; Q値; 銅管; wireless power transfer; magnetic resonant coupling; efficiency; quality factor; copper pipe;

13.56MHz磁界共振結合形非接触電力伝送システムの検討 (半導体電力変換家電・民生自動車合同研究会・自動車など移動体および家電用パワーエレクトロニクスならびに半導体電力変換一般)
電気学会研究会資料. HCA,2015(63):105-108 2015(Dec. 18)
Author:川島康裕; 大長洋介; 卜穎剛;
Keywords:非接触電力伝送; 磁界共振結合; 伝送効率; 13.56 MHz; Q値; 銅管; wireless power transfer; magnetic resonant coupling; efficiency; quality factor; copper pipe;

Proposal of a Wireless Power Transfer Technique for Low-Power Multireceiver Applications
IEEE TRANSACTIONS ON MAGNETICS,51(11):- 2015(Nov.)
Author:Bu, Yinggang; Mizuno, Tsutomu; Fujisawa, Hidetaka;

Proposal of a Wireless
IEEE TRANSACTIONS ON MAGNETICS,51(11):8402904 2015(Nov.)
Author:Bu, YG; Mizuno, T; Fujisawa, H

LLC resonance power transformers using magnetoplated wire
INTERNATIONAL JOURNAL OF APPLIED ELECTROMAGNETICS AND MECHANICS,47(3):719-727 2015
Author:Bu, Yinggang; Nishiyama, Masahiro; Yamamoto, Tatsuya; Mizuno, Tsutomu; Tsuchiya, Shigeaki;

体内ロボット用非接触給電における周波数と給電領域の検討
日本AEM学会誌,23(1):144-150 2015
Author:水間淳一郎; 後藤徳仁; 卜穎剛; 水野勉;
Abstract:Research on the robot inside the body equipped with various features, such as therapeutic function and self-propelled capability within the capsule endoscope is performed. Research on Wireless Power Transfer for robot inside the body to act sufficient in the body is performed, because internal battery has a limit of the capacity. It is necessary to reduce an electromagnetic field because electromagnetic field is generated from a Wireless Power Transfer. Power transmission in the Wireless Power Transfer depends largely on the quality factor of the coil and the transmission frequency. In this paper, it is shown that it is possible transmission power of 30 mW in the range of 300 mm × 300 mm × 180 mm, while reducing an electromagnetic field in the frequency 700 kHz.
Keywords:wireless power transfer; magnetic resonant coupling; robot inside body; capsule endoscopy; magnetic field; electric field; wireless power transfer; magnetic resonant coupling; robot inside body; capsule endoscopy; magnetic field; electric field;

自励式発振回路を有する渦電流形変位センサの発振電圧特性
日本AEM学会誌,23(3):636-641 2015
Author:下島芳史; 渡辺隆志; 大村洸平; 卜穎剛; 水野勉; 榎木茂実; 品川宏樹;
Abstract:　Eddy-current displacement sensors (EC displacement sensor) are used in a variety of industries, such as detection of shaft vibration for power generation turbine. An EC displacement sensor is composed of a coil, a coaxial cable and impedance / output voltage (Z/V) converter. Z/V converter composed of Colpitts oscillation circuit and rectifier circuit. In addition, impedance of EC displacement sensor probe is used for a part of Colpitts oscillation circuit. If output and oscillation voltage of a self-oscillation circuit and impedance of EC displacement sensor probe are calculated, design of EC displacement sensor of a self-excitation circuit becomes facilitated. In this paper, impedance of the EC displacement sensor probe by theory of Dodd was calculated. Furthermore, oscillation voltage was calculated by simulation software. Then, measured and calculated values were consistent. As a result, design of circuits of EC displacement sensor can become easy.
Keywords:eddy-current displacement sensor; self-oscillation circuit; impedance; oscillation voltage; displacement; circuit design; eddy-current displacement sensor; self-oscillation circuit; impedance; oscillation voltage; displacement; circuit design;

加速度および推力特性に着目した可動磁石形リニア直流モータの検討
日本AEM学会誌,23(4):705-710 2015
Author:井上要; 卜穎剛; 水野勉; 丸山利喜; 寺島智樹;
Abstract:　Linear DC motors (LDM), used in office automation equipments (OA) such as line printers and image scanners, are required to be with high acceleration and fast-response. Under the condition of limited power supply capacity and an outside dimension, the structure of LDM to make the acceleration rise most quickly is investigated by using finite element method. The target of acceleration, direct current and response time of acceleration are 490 m/s², below10 A and 0.15 ms. As a result, maximum acceleration is 516 m/s² and response time of acceleration is 0.125 ms, so the target is achieved.
Keywords:linear DC motor; voltage source capacity; acceleration; electrical time constant; fast-response; finite element method; linear DC motor; voltage source capacity; acceleration; electrical time constant; fast-response; finite element method;

体内ロボット用非接触給電における周波数と給電領域の検討
日本AEM学会誌,23(1):144-150 2015
Author:水間淳一郎; 後藤徳仁; 卜穎剛; 水野勉;
Abstract:Research on the robot inside the body equipped with various features, such as therapeutic function and self-propelled capability within the capsule endoscope is performed. Research on Wireless Power Transfer for robot inside the body to act sufficient in the body is performed, because internal battery has a limit of the capacity. It is necessary to reduce an electromagnetic field because electromagnetic field is generated from a Wireless Power Transfer. Power transmission in the Wireless Power Transfer depends largely on the quality factor of the coil and the transmission frequency. In this paper, it is shown that it is possible transmission power of 30 mW in the range of 300 mm × 300 mm × 180 mm, while reducing an electromagnetic field in the frequency 700 kHz.
Keywords:wireless power transfer; magnetic resonant coupling; robot inside body; capsule endoscopy; magnetic field; electric field; wireless power transfer; magnetic resonant coupling; robot inside body; capsule endoscopy; magnetic field; electric field;

LLC resonance power transformers using magnetoplated wire
INTERNATIONAL JOURNAL OF APPLIED ELECTROMAGNETICS AND MECHANICS,47(3):719-727 2015
Author:Bu, Yinggang; Nishiyama, Masahiro; Yamamoto, Tatsuya; Mizuno, Tsutomu; Tsuchiya, Shigeaki;

体内ロボット用ワイヤレスエネルギー伝送 (ワイヤレスエネルギー伝送技術 : 磁気工学の役割とバイオ医療応用)
社団法人日本磁気学会研究会資料 = Bulletin of Topical Symposium of the Magnetics Society of Japan,199:9-14 2014(Dec. 08)
Author:水野勉; 卜穎剛; 水間淳一郎;

A Novel High-Speed Electromagnetic Oscillatory Actuator With a Dual Mover for Optical Scanner Applications
IEEE Transactions on,50(11):8203504 2014(Dec. 02)
Author:Yinggang Bu, Yoshida, S. ; Oyaizu, K. ; Kinjo, H. ; Inoue, K. ; Nitta, A. ; Mizuno, T. ; Duan, Z.

Examination of Wireless Power Transfer Combined With the Utilization of Distance Detection
IEEE TRANSACTIONS ON MAGNETICS,50(11):4005304 2014(Nov.)
Author:Bu, YG; Nishiyama, M; Ueda, T; Tashima, Y; Mizuno, T

Examination of Wireless Power Transfer Combined With the Utilization of Distance Detection
IEEE TRANSACTIONS ON MAGNETICS,50(11):- 2014(Nov.)
Author:Bu, Yinggang; Nishiyama, Masahiro; Ueda, Takuto; Tashima, Yoshimi; Mizuno, Tsutomu;

Magnetic spring characteristic of an oscillatory actuator with silicone rubber torsion springs for optical scanner applications
INTERNATIONAL JOURNAL OF APPLIED ELECTROMAGNETICS AND MECHANICS,Vol.46(No.3):pp.463-470 2014(Sep. 29)
Author:Yinggang Bu, Hideyuki Kinjo, Kazuaki Oyaizu, Kaname Inoue, Tsutom Mizuno and　Zhihui Duan

加速度特性に着目した可動コイル形リニア直流モータの検討
日本AEM学会誌,Vol.22(No.2):pp. 214-219 2014(Jun. 10)
Author:卜穎剛, 井上要, 小柳津一晃, 金城秀幸, 新田晃弘, 吉田慎太郎,水野勉, 丸山利喜,寺島智樹

加速度特性に着目した可動コイル形リニア直流モータの検討
日本AEM学会誌,22(2):214-219 2014
Author:卜穎剛; 井上要; 小柳津一晃; 金城秀幸; 新田晃弘; 吉田慎太郎; 水野勉; 丸山利喜; 寺島智樹;
Abstract:　Linear DC Motors (LDM), used in office automation equipments (OA) such as line printers and image scanners, are required to be with high acceleration and fast-response. Under the condition of limited power supply capacity and an outside dimension, we investigate the structure of LDM to make the acceleration rise most quickly by using finite element method. In this paper, we examine the single-supported and double-supported LDMs. Target of acceleration, direct current and response time of acceleration are 490 m/s2, below10 A and 0.15 ms. As a result, double-supported LDMs maximum acceleration is 655 m/s2 and response time of acceleration is 0.36 ms, so the target is not achieved, but comparing to single-supported LDM, response time of acceleration is less than 0.59 ms.
Keywords:linear DC motor; voltage source capacity; acceleration; electrical time constant; fast-response; Finite Element Method; linear DC motor; voltage source capacity; acceleration; electrical time constant; fast-response; Finite Element Method;

金属フレームとシリコンゴムの一体構造を有する振動アクチュエータの検討
電気学会研究会資料. MAG, マグネティックス研究会,2013(28):19-23 2013(Jun. 20)
Author:金城秀幸; 小柳津一晃; 井上要; 卜穎剛; 水野勉; 段志輝;
Keywords:振動アクチュエータ; シリコンゴム; ねじりばね; 両端持ち構造; 小形化; 生産性; 耐久性;

距離検出機能を有する磁界共振結合形非接触給電の検討
電気学会研究会資料. MAG, マグネティックス研究会,2013(28):25-30 2013(Jun. 20)
Author:西山昌宏; 上田拓人; 卜穎剛; 水野勉;
Keywords:磁界共振結合; 非接触給電; 距離検出; 周波数; 重畳; 分離;

渦電流形変位センサの温度ドリフトの要因
電気学会研究会資料. MAG, マグネティックス研究会,2013(28):85-90 2013(Jun. 20)
Author:渡辺隆志; 大村洸平; 卜穎剛; 水野勉; 榎木茂実; 品川宏樹;
Keywords:渦電流形変位センサ; 温度ドリフト; 自励式発振回路; 出力電圧; 発振周波数; インピーダンス;

磁性めっき線を用いたLLC共振電源用トランス
電気学会研究会資料. MAG, マグネティックス研究会,2013(22):17-22 2013(Mar. 28)
Author:大友隆平; 西山昌宏; 武藤龍; 水野勉; 卜穎剛; 宮尾直樹; 土屋茂昭; 関峰邦;
Keywords:磁性めっき線; 銅導線; 交流抵抗; LLC共振; トランス; 効率;

磁界共振結合形非接触給電のコイルのインピーダンスと効率の理論式
電気学会研究会資料. MAG, マグネティックス研究会,2013(22):23-28 2013(Mar. 28)
Author:上田拓人; 西山昌宏; 武藤龍; 卜穎剛; 水野勉;
Keywords:磁界共振結合形非接触給電; 理論式; 効率; インピーダンス; Sパラメータ; Zパラメータ;

研究グループ紹介：信州大学工学部電気電子工学科水野・卜研究室
電気学会論文誌Ｄ（産業応用部門誌）,133(12):NL12_13-NL12_13 2013
Author:水野勉; 卜穎剛;
Abstract:Our research focuses on the liner motor, oscillatory actuator, eddy-current displacement sensor, LLC converter, wireless power transfer and energy harvesting.

シリコンゴム製ねじりばねを用いた両端持ち構造を有する振動アクチュエータの諸特性
電気学会研究会資料. LD, リニアドライブ研究会,2012(66):89-93 2012(Nov. 15)
Author:卜穎剛; 金城秀幸; 小柳津一晃; 井上要; 水野勉; 段志輝;
Keywords:振動アクチュエータ; 共振; シリコンゴム; ねじりばね; 片持ち構造; 二重線; 両持ち構造;

Examination of vibration control of linear oscillatory actuator
ELECTRICAL ENGINEERING IN JAPAN,178(4):55-62 2012(Mar.)
Author:Bu Yinggang; Aotsuka, Ryota; Mizuno, Tsutomu;

シリコンゴム製ねじりばねを用いた光スキャナ用振動アクチュエータの検討
電気学会研究会資料. LD, リニアドライブ研究会,2011(78):89-94 2011(Dec. 15)
Author:水野勉; 堀尾達也; 小柳津一晃; 金城秀幸; 卜穎剛; 段志輝;
Keywords:振動アクチュエータ; 光スキャナ; 共振; シリコンゴム; ねじりばね; 空芯コイル;

シリコンゴム製ねじりばねを用いた光スキャナ用振動アクチュエータの設計
電気学会研究会資料. LD, リニアドライブ研究会,2011(1):25-30 2011(Feb. 16)
Author:水野勉; 堀尾達也; 寺前欣則; 小柳津一晃; 卜穎剛; 段志輝;
Keywords:振動アクチュエータ; 携帯端末; 光スキャナ; 共振; シリコンゴム; ねじりばね;

リニア振動アクチュエータの振動制御の検討
電気学会論文誌. D, 産業応用部門誌 = The transactions of the Institute of Electrical Engineers of Japan. D, A publication of Industry Applications Society,129(2):184-190 2009(Feb. 01)
Author:卜穎剛; 青塚亮太; 水野勉;
Abstract:Linear oscillatory actuators (LOAs) are widely used in linear-motor shavers, electric toothbrushes and mobile phone vibrators as high-speed oscillatory driving devices. The maximum amplitude of the mover is obtained at a resonance frequency that is determined from the spring constant and the mass of the mover. However there is a problem with these actuators: the amplitude decreases sharply when the driving frequency differs from the resonance frequency in a mechanical vibration system with small damping. In this paper we propose a control of resonance frequency in which the thrust, which shows the characteristics of a spring, is generated based on the displacement of the mover and damping factor in which the thrust, which shows the characteristics of a damping, is generated based on the velocity of the mover. The proposed method ensures that the resonance frequency always corresponds to the driving frequency and that rapid changes in the amplitude are avoided.
Keywords:リニア振動アクチュエータ; 振動制御; 共振周波数; 減衰係数;

リニア振動アクチュエータの振動制御の検討
電気学会論文誌D,129(2):184-190 2009(Feb. 01)
Author:卜穎剛，青塚亮太，水野勉

光スキャナ用リニア振動アクチュエータの基本設計
電気学会研究会資料. LD, リニアドライブ研究会,2009(1):31-36 2009(Jan. 29)
Author:水野勉; 青塚亮太; 卜穎剛; 服部友紀; 寺前欣則;
Keywords:リニア振動アクチュエータ; 携帯機器; 光スキャナ; 小形化; 薄形化; 共振; ねじり捧ばね;

携帯電話用リニア振動アクチュエータの基本設計
電気学会研究会資料. RM, 回転機研究会,2008(49):29-34 2008(Aug. 08)
Author:水野勉; 服部友紀; 卜穎剛; 青塚亮太;
Keywords:リニア振動アクチュエータ; 携帯電話; 小形化; 薄形化; 加速度; 可動子質量; 振幅;

Proposal of highly effective driving method for linear oscillatory actuator
Journal of Optoelectronics and Advanced Materials,10(5):1257-1261 2008(May 01)
Author:Y. Bu, M. Karasawa, Y. Isono, T. Mizuno

Proposal of highly effective driving method for linear oscillatory actuator
JOURNAL OF OPTOELECTRONICS AND ADVANCED MATERIALS,10(5):1257-1261 2008(May)
Author:Bu, Yinggang; Karasawa, Makoto; Isono, Yusuke; Mizuno, Tsutomu;

観測器を用いたリニア振動アクチュエータの動推力測定法
電気学会論文誌D,127(9):993-999 2007(Sep. 05)
Author:水野勉，大久保光範，卜穎剛，柄澤誠，中川洋，村口洋介

観測器を用いたリニア振動アクチュエータの動推力測定法
電気学会論文誌. D, 産業応用部門誌 = The transactions of the Institute of Electrical Engineers of Japan. D, A publication of Industry Applications Society,127(9):993-999 2007(Sep. 01)
Author:水野勉; 大久保光範; 卜穎剛; 柄澤誠; 中川洋; 村口洋介;
Abstract:The kinetic thrust of a linear motor (LM) is measured with a load cell connected between the LM and a load motor. The case of linear oscillatory actuator (LOA), the kinetic thrust obtained using this method is not accurate, because the inertial force affects the load cell under the high-speed reciprocating motion of the LOA. In this paper, we propose a novel method of measuring kinetic thrust using an observer-inputted output of the load cell and the displacement of the load motor, and examine the proposed method. The estimated kinetic thrust Fe obtained by the observer agrees with the kinetic thrust obtained by simulation. In the measurement, the ratio of Fe to √2KfI1 (Kf is the thrust constant of the LOA, I1 is the exciting current) is 0.93 at frequency f = 37.3Hz. Fe decreases with increasing frequency because of the eddy currents in the yokes of the LOA. Therefore, it is considered that the proposed method is appropriate, as ascertained by simulation and measurement. In addition, it is necessary for the leaf spring of the LOA to be light and to have a fixed spring constant for the high-precision measurement of kinetic thrust.
Keywords:リニアモータ; リニア振動アクチュエータ; 動推力; 測定法; ロードセル; 変位; 観測器;

リニア振動アクチュエータの高効率駆動法の提案
電気学会研究会資料. LD, リニアドライブ研究会,2007(1):19-25 2007(Jun. 14)
Author:卜穎剛; 柄澤誠; 磯野祐輔; 水野勉; 中川洋; 村口洋介;
Keywords:リニアモータ; リニア振動アクチュエータ; リニアコンプレッサ; 共振周波数; 高効率駆動法;

リニア振動アクチュエータの効率測定法の検証(<特集>第15回MAGDAコンファレンス)
日本AEM学会誌,15(2):132-137 2007(Jun. 10)
Author:水野勉; 大久保光範; 卜穎剛; 柄澤誠; 磯野祐輔; 中川洋; 村口洋介;
Abstract:We already proposed the method for efficiency measurement of the linear oscillatory actuator (LOA) with a load cell between a LOA and a load motor. However, output of load cell is not an accurate value, because the inertial force affects the load cell under high-speed reciprocating motion of the LOA. In this paper, we verify that the proposal method for efficiency measurement is appropriate by deducing equations of motion. Moreover the proposal method is verified by the both simulation and measurement. Output of load cell becomes larger than the accurate thrust in both simulation and measurement. However, the accurate mechanical power is equal with the proposal one. Therefore, it becomes clearness that the proposal method for efficiency measurement is appropriate.
Keywords:linear motor; linear oscillatory actuator; efficiency; mechanical power; method for efficiency measurement; load cell; observer;

リニア振動アクチュエータの効率測定法の検証
日本AEM学会誌,15(2):132-137 2007(Jun. 01)
Author:水野勉，大久保光範，卜穎剛，柄澤誠，磯野祐輔，中川洋，村口洋介

リニア振動アクチュエータの動推力測定法の提案
電気学会研究会資料. LD, リニアドライブ研究会,2006(16):11-16 2006(Jul. 06)
Author:水野勉; 大久保光範; 卜穎剛; 柄澤誠; 中川洋; 村口洋介;
Keywords:リニアモータ; リニア振動アクチュエータ; 動推力; 動推力測定法; ロードセル; 変位; 観測器;

アクティブ制振用リニア振動アクチュエータの動推力特性
電気学会研究会資料. LD, リニアドライブ研究会,2006(16):39-43 2006(Jul. 06)
Author:卜穎剛; 大久保光範; 柄澤誠; 水野勉;
Keywords:リニアモータ; リニア振動アクチュエータ; 静推力; 動推力; パーミアンス法; 有限要素法; モータ定数;

磁石可動形リニア振動アクチュエータの静特性解析
電気学会研究会資料. LD, リニアドライブ研究会,2005(22):1-6 2005(Jun. 02)
Author:水野勉; 卜穎剛; 土屋文昭; 加藤錬太郎; 村松篤; 郭松; 山田一;
Keywords:リニアモータ; リニア振動アクチュエータ; 静推力; モータ定数; パーミアンス法; 3-D有限要素法;

学会発表
Loss Reduction of Transformer for LLC Resonant Converter Using a Magnetoplated Wire
The 19th Interntional Conference on Electrical Machines and Systems(ICEMS2016) 2016(Nov. 15)
Author:Tatsuya Yamamoto, Yinggang Bu, Tsutomu Mizuno, Yutaka Yamaguchi and Tomoyoshi Kano

High-Lift-Off of Rail Displacement Sensor Using Triangle Spiral Coil
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A study of an electromagnetic energy harvester device with negative magnetic spring characteristics
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Leakage Flux Recovery Coil for Energy Harvesting Using Magnetoplated Wire
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Author:Tatsuya YAMAMOTO, Yinggang BU and Tsutomu MIZUNO

Examination of Oscillation Frequency to Reduce Change in the Sensitivity of an Eddy-current Displacement Sensor due to Coaxial Cable Torsion
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Author:Yoshifumi SHIMOJIMA, Kohei OMURA, Yinggang BU

Characteristics of a Fix-end Torsion Spring Oscillatory Actuator with Molded Silicone Rubber
The 9th International Symposium on Linear Drives and Industry Applications , :127 2013(Jul. 07)
Author:Yinggang Bu, Hideyuki Kinjo, Kazuaki Oyaizu, Kaname Inoue, Tsutom Mizuno, Zhihui Duan

シリコン製ねじりばねを用いた光スキャナ用振動アクチュエータの諸特性
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シリコンゴム製ねじりばねを用いた光スキャナ用振動アクチュエータの検討
電気学会リニアドライブ研究会 , :89-94 2011(Dec. 15)
Author:水野勉，堀尾達也，小柳津一晃，金城秀幸，卜穎剛，段志輝

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Basic design of linear oscillatory actuator for two-dimensional optical scanner
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Consideration on Linear Oscillatory Actuator for Optical Scanner
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Optimum design of linear oscillatory actuator for mobile phone
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Author:T. Mizuno, Y. Hattori, Y. Bu, R. Aotsuka

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特許等知的財産: 登録済特許
光学的情報読取装置
リニア振動アクチュエータ

共同研究等希望テーマ: 光スキャナ用振動ミラー
小型振動アクチュエータ
ワイヤレス給電 , 電気磁気 , 複数小電力ワイヤレス給電システムの開発

研究費: 共同研究
次世代高速スキャナ装置に用いた走査デバイスの開発 , 国内共同研究
2015 - 2016 , 電子表示装置の非接触給電システムの研究開発 , 国内共同研究
2015 - 2016 , 1000と3000スキャンを有する高速振動アクチュエータの研究開発 , 国内共同研究
2014 - 2016 , 複数小電力ワイヤレス給電システムの開発

科学研究費補助金（研究代表者）
2016 - 2017 , 複数小電力デバイスに向けた低周波ワイヤレス電力伝送技術の開発 , 若手研究B

その他公的資金
2013 - , 省電力かつ大振幅な光スキャナ用高速電磁振動アクチュエータの研究開発

教育活動実績

授業等: 2015 , 前期 , 電気機器１
2015 , 後期 , パワーエレクトロニクス
2014 , 後期 , パワエレクトロニクス
2013 , 前期 , パワーエレクトロニクス
2013 , 後期 , 電気機器1

社会活動実績

社会活動等: 出前講座
2015.8.6 - , 地球温暖化を考えてみよう
2013.11.1 - 2015.10.31 , 「長野市地球温暖化防止推進」に関する内容

その他社会活動
20130211 - , 電気学会多自由度新世代アクチュエータの性能評価調査専門委員会 , 委員
ラジオ番組出演　　FMぜんこうじ , みどりとみずと　長野県環境保全協会 , ゲスト出演

研究者総覧

卜 穎剛 ボク エイゴウ

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卜　穎剛　　ボクエイゴウ