POWER SUPPLY CONTROL DEVICE AND POWER SUPPLY CONTROL PROGRAM

• Main Authors: HORIE HIDENORI, OGATA KENTA, ISHIYAMA MASATO, BABA MOTOFUMI, MAMIYA MITSUNOBU, AZUMA KOICHI, ONO MASASHI, NARISHIMA KAZUHIKO, KUROISHI KENJI, SHIRAISHI KEIKO
• Format: Patent
• Language: English; Japanese
• Published: 08.09.2016
• Subjects: CINEMATOGRAPHY; CORRECTION OF TYPOGRAPHICAL ERRORS; ELECTRIC COMMUNICATION TECHNIQUE; ELECTRICITY; ELECTROGRAPHY; ELECTROPHOTOGRAPHY; HOLOGRAPHY; i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; LINING MACHINES; MAGNETOGRAPHY; PERFORMING OPERATIONS; PHOTOGRAPHY; PHYSICS; PICTORIAL COMMUNICATION, e.g. TELEVISION; PRINTING; SELECTIVE PRINTING MECHANISMS; STAMPS; TRANSPORTING; TYPEWRITERS

PROBLEM TO BE SOLVED: To provide an image processing device capable of correlating detection of a movable body with operated part activation timing, and setting priority for an operated part activation timing according to a purpose including convenience and energy saving.SOLUTION: Each device, which is classified into events on the basis of relation between time required until each device of an image processing device 10 is activated and electric power consumption when the device is on standby, is allocated to sensor detection regions. As activation conditions, energy saving and convenience are set. Transitional control is executed selectively on the basis of priority when selecting the energy saving and priority when selecting the convenience. During energy-saving priority, a UI touch panel 216 and an IC card reader 217 are allocated to regions of a first human sensor 28, and an image formation unit 240 and an image read unit 238 are allocated to a second human sensor 30. During convenience priority, the image formation unit 240 is allocated to the regions of the first human sensor 28, and the UI touch panel 216, the image read unit 238, and the IC card reader 217 are allocated to the second human sensor 30.SELECTED DRAWING: Figure 7 【課題】移動体の検出と被動作部の起動時期とに相関を持たせ、利便性や省エネ性を含む目的に即した被動作部の起動時期優先順位を設定する。【解決手段】画像処理装置１０の各デバイスの起動までの時間とスタンバイ時の電力消費量の関係に基づいて、事象分類した各デバイスをセンサ検出領域に割り当て、立ち上げ条件として省エネと利便性を設定し、省エネを選択したときの優先順位と、利便性を選択したときの優先順位とのそれぞれに基づいて遷移制御を実行する。省エネ性優先時は、ＵＩタッチパネル２１６、ＩＣカードリーダー２１７が第１の人感センサ２８の領域に割り当てられ、画像形成部２４０、画像読取部２３８が第２の人感センサ３０に割り当てられる。利便性優先時は、画像形成部２４０が第１の人感センサ２８の領域に割り当てられ、ＵＩタッチパネル２１６、画像読取部２３８、ＩＣカードリーダー２１７が第２の人感センサ３０に割り当てられる。【選択図】図７