@article{oai:ipsj.ixsq.nii.ac.jp:02000027,
 author = {田原,和真 and 塚田,浩二 and Kazuma Tahara and Koji Tsukada},
 issue = {2},
 journal = {情報処理学会論文誌},
 month = {Feb},
 note = {押しボタンスイッチ（以下，押しボタン）は，動作の分かりやすさや設計上の扱いやすさ等があり，多様な家電や情報機器等で用いられている．押しボタンは多様な押し心地（重さ，深さ，カチッといった感触等）を持つが，従来は押しボタンごとに固有であり，柔軟に調整することは困難であった．そこで，本研究では押し心地を動的に変更可能な押しボタン型デバイスを提案する．永久磁石の反発力を用いて安価に押下圧の変化を実現し，そこにリニア振動アクチュエータを用いて強さ・位置の異なるクリック感を表現する点が特徴である．本論文では，押下圧とクリック感を動的に変更可能なプロトタイプの開発と，これらを用いた活用例を示す．また，押しボタン型デバイスの性能評価・ユーザ評価を行い，その結果からプロトタイプの有用性と課題を議論する．, Pushbutton switches (pushbuttons) are used in a wide variety of home appliances and computers because of their ease of operation/design. Although pushbuttons have various push feeling (e.g., weight, depth, and click), it is difficult to flexibly adjust the feelings on the single device. We propose a pushbutton device that can dynamically change the push feeling. The repulsive force of permanent magnets is used to inexpensively achieve changes in pressing pressure, and a linear vibration actuator is used to express clicking feeling with different strengths and positions. In this paper, we introduce a prototype that can change the pressing pressure and click feeling dynamically. Some examples using the prototype are also explained. In addition, we discuss the effectiveness and challenges of the prototype based on the results of the performance evaluation and the user test.},
 pages = {354--365},
 title = {動的に押し心地が変化する押しボタンの試作と評価},
 volume = {66},
 year = {2025}
}