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    • 31. 发明申请
    • SYSTEM FOR CALCULATING SPINE JACKET WIDTH
    • 计算脊柱宽度的系统
    • US20090306809A1
    • 2009-12-10
    • US12363276
    • 2009-01-30
    • Kunihiko SugimotoTsuyoshi MorimotoAtsushi ItoTaro Yamamoto
    • Kunihiko SugimotoTsuyoshi MorimotoAtsushi ItoTaro Yamamoto
    • G06F7/00B42B5/00B42C11/02
    • B42C11/02
    • A control apparatus obtains information identifying sheets stored in an MFP to be caused to perform printing for printing a printed object to be subjected to jacketed book binding, wherein this information is stored in the MFP. The control apparatus stores thicknesses of respective paper sheets as information about paper sheets. From this information and from the information obtained from the MFP, the control apparatus creates a table indicative of the correspondence between the respective paper sheets stored in the MFP and their thicknesses. Further, on receiving a selection of paper sheets to be used for printing for the printed object and a number of these paper sheets, the control apparatus determines a thickness of each paper sheet by making a reference to the table and calculates the spine jacket width by multiplying the thickness by the number of paper sheets.
    • 控制装置获取识别存储在MFP中的纸张的信息,以进行用于打印要进行夹克书装订的打印对象的打印,其中该信息存储在MFP中。 控制装置存储各纸张的厚度作为关于纸张的信息。 根据该信息和从MFP获得的信息,控制装置创建表示存储在MFP中的各个纸张与其厚度之间的对应关系的表格。 此外,控制装置在接收到用于打印对象的打印用纸和多张这样的纸张的选择时,通过参照表格来确定各纸张的厚度,并且通过 将厚度乘以纸张的数量。
    • 32. 发明申请
    • WORKFLOW CONTROL APPARATUS, WORKFLOW CONTROL METHOD, AND WORKFLOW CONTROL PROGRAM EMBODIED ON COMPUTER READABLE MEDIUM
    • 工作流控制装置,工作流程控制方法和工作流程控制程序在计算机可读介质上
    • US20090281866A1
    • 2009-11-12
    • US12435093
    • 2009-05-04
    • Tsuyoshi Morimoto
    • Tsuyoshi Morimoto
    • G06Q10/00G05B19/02G06F3/048
    • G06Q10/06G06Q10/0633
    • In order to facilitate generation of a workflow and setting of a parameter by an operator, a server includes a job generating portion which generates a job including two or more processes selected from among a plurality of processes, a workflow generating portion which generates a workflow by assigning each of the two or more processes to at least one operator capable of processing the process with reference to skill data indicating for each of the processes at least one operator capable of processing the process, a setting screen output portion which outputs a setting screen for allowing an operator to input a parameter for each of the two or more processes included in the workflow, a parameter accepting portion which accepts the parameter input by the operator in accordance with the setting screen, and a setting portion which sets the accepted parameter.
    • 为了便于生成工作流程和由操作者设定参数,服务器包括生成包括从多个处理中选出的两个以上处理的作业的作业生成部,生成工作流的工作流生成部, 将两个或更多个处理中的每一个分配给至少一个能够参照能够处理所述处理的至少一个操作者的操作者,所述技术数据指示用于处理所述处理的至少一个操作者的每个处理;设置画面输出部,其输出用于 允许操作者输入包括在工作流程中的两个或多个处理中的每一个的参数,接受操作者根据设置画面输入的参数的参数接受部分和设置接受参数的设置部分。
    • 36. 发明授权
    • Full charge capacity correction circuit, charging system, battery pack and full charge capacity correction method
    • 全充电容量校正电路,充电系统,电池组和全充电容量校正方法
    • US08736232B2
    • 2014-05-27
    • US13105694
    • 2011-05-11
    • Toshiyuki NakatsujiTsuyoshi Morimoto
    • Toshiyuki NakatsujiTsuyoshi Morimoto
    • H02J7/00
    • G01R31/361G01R31/3651
    • A full charge capacity correction circuit including: an integrating unit that calculates an integrated current value; a capacity storing unit that stores a full charge capacity value; a first estimating unit that estimates a storage ratio, which is a ratio of a quantity of stored electricity to an actual full charge capacity, as a first storage ratio; a second estimating unit that estimates a storage ratio; a full charge capacity correction unit that estimates a new full charge capacity value, and stores the estimated new full charge capacity value; an open circuit ratio estimating unit that uses a condition in which the rechargeable battery is in an open circuit state, and estimates the storage ratio based on a terminal voltage of the rechargeable battery; and a correction control unit that uses the open circuit ratio estimating unit as the first estimating unit or the second estimating unit.
    • 一种完全充电容量校正电路,包括:积分单元,其计算积分电流值; 容量存储单元,其存储完全充电容量值; 第一估计单元,其将作为存储电量与实际完全充电容量的比率的存储比率估计为第一存储比率; 估计存储比率的第二估计单元; 完全充电容量校正单元,其估计新的全充电容量值,并存储所估计的新的全充电容量值; 使用所述可再充电电池处于开路状态的状态的开路比率估计单元,并且基于所述可再充电电池的端子电压来估计所述存储比; 以及校正控制单元,其使用所述开路比率估计单元作为所述第一估计单元或所述第二估计单元。
    • 37. 发明申请
    • FULL CHARGE CAPACITY CORRECTION CIRCUIT, CHARGING SYSTEM, BATTERY PACK AND FULL CHARGE CAPACITY CORRECTION METHOD
    • 充满电能力校正电路,充电系统,电池组和充满电容量校正方法
    • US20110279094A1
    • 2011-11-17
    • US13105694
    • 2011-05-11
    • Toshiyuki NAKATSUJITsuyoshi Morimoto
    • Toshiyuki NAKATSUJITsuyoshi Morimoto
    • H02J7/04G01R31/36
    • G01R31/361G01R31/3651
    • A full charge capacity correction circuit including: an integrating unit that calculates an integrated current value of a rechargeable battery; a capacity storing unit that stores a full charge capacity value of the rechargeable battery; a first estimating unit that estimates a storage ratio of the rechargeable battery, which is a ratio of a quantity of stored electricity to an actual full charge capacity, as a first storage ratio when an estimable condition which is a condition that enables to estimate the storage ratio is satisfied; a second estimating unit that estimates a storage ratio when the estimable condition is satisfied after the first storage ratio is estimated, as a second storage ratio; a full charge capacity correction unit that estimates a new full charge capacity value of the rechargeable battery based on a difference integrated value that is an integrated value integrated by the integrating unit for a period after the first storage ratio is estimated and until the second storage ratio is estimated by the second estimating unit and on a ratio of a difference between the first storage ratio and the second storage ratio to 1, and stores the estimated new full charge capacity value in the capacity storing unit; an open circuit ratio estimating unit that uses a condition in which the rechargeable battery is in an open circuit state, as the estimable condition, and estimates the storage ratio based on a terminal voltage of the rechargeable battery when the estimable condition is satisfied; and a correction control unit that uses the open circuit ratio estimating unit as the first estimating unit or the second estimating unit.
    • 一种完全充电容量校正电路,包括:积分单元,其计算可再充电电池的积分电流值; 容量存储单元,其存储可再充电电池的完全充电容量值; 第一估计单元,当作为能够估计存储的条件的可估计条件时,将作为存储电量与实际完全充电容量的比率的可再充电电池的存储比率估计为第一存储比率 比例满足; 第二估计单元,作为第二存储比率,估计在所述第一存储比之后满足所述可估计条件时的存储比; 完全充电容量校正单元,其基于在所述第一存储比率被估计之后的周期内积分单元积分的积分值的差积分值,估计所述可再充电电池的新的全充电容量值,并且直到所述第二存储比 由所述第二估计单元估计出,并且将所述第一存储比与所述第二存储比之间的差的比率设为1,并将所估计的新的全充电容量值存储在所述容量存储单元中; 使用可充电电池处于开路状态的状态的开路比率估计单元作为所述可估计状态,并且当满足所述可估计条件时,基于所述可充电电池的端子电压来估计所述存储比; 以及校正控制单元,其使用所述开路比率估计单元作为所述第一估计单元或所述第二估计单元。
    • 38. 发明申请
    • CHARGE CONTROL CIRCUIT, BATTERY PACK, AND CHARGE SYSTEM
    • 充电控制电路,电池组和充电系统
    • US20110267009A1
    • 2011-11-03
    • US13142971
    • 2010-06-04
    • Toshiyuki NakatsujiTsuyoshi Morimoto
    • Toshiyuki NakatsujiTsuyoshi Morimoto
    • H02J7/04
    • H02J7/0073H01M2/34H01M2/348H01M10/425H01M10/44H01M10/46H01M10/48H01M10/486H01M2200/10Y02E60/12
    • A charge control circuit includes a charge control unit that controls an operation of a charging unit that charges a rechargeable battery; and a voltage detection unit that detects a terminal voltage of the rechargeable battery, wherein when a terminal voltage of the rechargeable battery as detected by the voltage detection unit is lower than a predetermined first threshold-value voltage, being lower than a full-charge voltage which is a terminal voltage of the rechargeable battery in full charge, the charge control unit causes a constant current charging to the rechargeable battery by requesting the charging unit to supply a charging current of a predetermined first current value, causing the charging unit to supply a charging current of the first current value to the rechargeable battery, when the terminal voltage of the rechargeable battery as detected by the voltage detection unit exceeds the first threshold-value voltage but is less than the full charge voltage, the charge control unit causes the constant current charging to the rechargeable battery by requesting the charging unit to supply a charging current of a second current value that is smaller than the first current value, causing the charging unit to supply a charging current of the second current value to the rechargeable battery, and when the terminal voltage of the rechargeable battery as detected by the voltage detection unit is equal to or greater than the full charge voltage, the charge control unit causes a constant voltage charging to be carried out by causing the charging unit to supply the full charge voltage to the rechargeable battery, as a charge voltage.
    • 充电控制电路包括充电控制单元,其控制对可再充电电池充电的充电单元的操作; 以及电压检测单元,其检测所述可再充电电池的端子电压,其中当由所述电压检测单元检测到的所述可再充电电池的端子电压低于预定的第一阈值电压时,低于满充电电压 所述充电控制单元是充满电的充电电池的端子电压,通过请求所述充电单元提供预定的第一电流值的充电电流,对所述充电电池进行恒定电流充电,从而使所述充电单元 当由电压检测单元检测到的可充电电池的端子电压超过第一阈值电压但小于满充电电压时,充电控制单元使恒定电流值达到恒定值 通过请求充电单元提供一次充电电流,向充电电池充电 小于第一电流值的电流值,使得充电单元向可再充电电池提供第二电流值的充电电流,并且当由电压检测单元检测到的可再充电电池的端子电压等于 或大于满充电电压时,充电控制单元通过使充电单元向充电电池提供完全充电电压来进行恒压充电,作为充电电压。