@article{oai:doshisha.repo.nii.ac.jp:00029720,
 author = {野崎, 友裕 and Nozaki, Yusuke and 山本, 隆将 and Yamamoto, Takamasa and 松田, 亮 and Matsuda, Ryo and 真所, 最 and Madokoro, Sai and 廣垣, 俊樹 and Hirogaki, Toshiki and 青山, 栄一 and Aoyama, Eiichi},
 issue = {2},
 journal = {同志社大学ハリス理化学研究報告, The Harris science review of Doshisha University},
 month = {Jul},
 note = {近年，IoTに関係した工場の自動化においてモニタ技術が着目されている．しかしながら，工作機械で回転する工具からの加工情報のモニタは難しい．そこで加工プロセスをモニタできる無線機能を具備した新しい工具ホルダを開発してきている．本報では，様々な工作機械での加工をモニタするためにコンパクト無線加速度センサを開発する．旋盤の工具の近くにそのセンサを取り付け，振動加速度と切削力をモニタしながら突切り加工を評価する．その結果より，無線システムを有する開発した手法は，旋削加工における工具の摩耗や逃げ面欠損を評価するために効果的であることを示した．, Nowadays, a monitoring technology has attracted attention in the factory automation fields regarding IoT (Internet of Things). However, it is difficult to monitor the process information from a round tool during rotating operation in machine tools. We therefore have developed a novel tool holder equipped with a wireless communication function to monitor a cutting process. In the present report, we also attempt to develop a wireless compact acceleration sensor to monitor the cutting process in various kinds of machine tools. We set a developed sensor around the cutting tool in a lathe and perform to estimate a plunge cutting processes with measuring the cutting force and the acceleration vibration. As a result, we demonstrated that the developed method with a wireless system is effective to evaluate the wear and the flake damage of cutting tool under tuning processes., application/pdf},
 pages = {70--75},
 title = {無線式コンパクト加速度センサによる突切り加工のモニタと状態診断},
 volume = {64},
 year = {2023},
 yomi = {ノザキ, ユウスケ and ヤマモト, タカマサ and マツダ, リョウ and マドコロ, サイ and ヒロガキ, トシキ and アオヤマ, エイイチ}
}