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    • 62. 发明申请
    • Apparatus and method for controlling internal combustion engine
    • 内燃机控制装置及方法
    • US20050234632A1
    • 2005-10-20
    • US11106568
    • 2005-04-15
    • Satoshi MasudaMasaomi InoueYuichi TakemuraKenji KasashimaRihito Kaneko
    • Satoshi MasudaMasaomi InoueYuichi TakemuraKenji KasashimaRihito Kaneko
    • F02D45/00F02D41/24G01L23/22
    • F02D35/027G01L23/225
    • An ECU obtains two data values (a peak value and a waveform correlation coefficient) that show the characteristics of a knock from the output of a knock sensor. The ECO approximately obtains the mean of each data value by smoothing each data value, and approximately obtains a variance by smoothing the squared deviation between the data values before and after the smoothing process. The ECU then computes the square root of the variance to approximately obtain a standard deviation. The ECU normalizes each data value using the mean and the standard deviation, obtains a distribution of the normalized two data values, and calculates a correlation coefficient that shows the correlation between the obtained distribution and an ideal knock distribution. Based on the correlation coefficient, the ECU corrects a knock determination threshold value. Therefore, the mean and the standard deviation of the data values are computed with a small RAM capacity.
    • ECU从爆震传感器的输出中获得表示敲击特性的两个数据值(峰值和波形相关系数)。 ECO通过平滑每个数据值大致获得每个数据值的平均值,并且通过平滑平滑处理之前和之后的数据值之间的平方偏差近似地获得方差。 ECU然后计算方差的平方根,大致获得标准偏差。 ECU使用平均值和标准偏差对每个数据值进行归一化,获得归一化的两个数据值的分布,并计算显示所获得的分布与理想的爆震分布之间的相关性的相关系数。 基于相关系数,ECU校正爆震判定阈值。 因此,以小的RAM容量计算数据值的平均值和标准偏差。
    • 64. 发明授权
    • Multi-process emulator suitable for testing software under multi-process
environments
    • 多进程仿真器适用于在多进程环境下测试软件
    • US5280626A
    • 1994-01-18
    • US701359
    • 1991-05-10
    • Megumu KondoSatoshi Masuda
    • Megumu KondoSatoshi Masuda
    • G06F11/36G06F9/00
    • G06F11/3652
    • An emulator for use in a multi-process environment for simulating a computer and supporting testing of software, where the emulator detects a first event corresponding to a desired process on the basis of process information; detects a second event corresponding to a desired address on the basis of address information; stores in a memory the output of the first event and sets the output of the first event in the memory, when the desired process is being operated and resets the content in the memory, when a process, which is not desired, is being operated, such that the emulator can detect a final desired event on the basis of both the process information and the address information.
    • 一种在多进程环境中用于模拟计算机和支持软件测试的仿真器,其中仿真器基于过程信息检测对应于期望过程的第一事件; 基于地址信息检测对应于期望地址的第二事件; 存储器中的第一事件的输出并且当期望的进程被操作时将第一事件的输出设置在存储器中,并且当不期望的进程正在被操作时将存储器中的内容重置, 使得仿真器可以基于过程信息和地址信息来检测最终期望的事件。
    • 69. 发明授权
    • Liquid applying apparatus and ink jet printing apparatus
    • 液体涂布装置和喷墨打印装置
    • US08726834B2
    • 2014-05-20
    • US11946014
    • 2007-11-27
    • Yoshinori NakagawaOsamu IwasakiAtsuhiko MasuyamaSatoshi MasudaNaoji Otsuka
    • Yoshinori NakagawaOsamu IwasakiAtsuhiko MasuyamaSatoshi MasudaNaoji Otsuka
    • B41F33/00B05C11/00
    • B41J11/0015B41J29/38
    • An object of the present invention is to provide a liquid applying apparatus which can inhibit a variation in application amount associated with the individual variability of a component of the apparatus. According to the present invention, a liquid holding space in which a liquid is held is formed between the applying member and the liquid holding member. When the applying member moves, the liquid attached to the applying member is fed out of the liquid holding space together with the applying member. The liquid is applied to a medium. The application amount of liquid applied to the applying medium varies depending on the individual variability of a component such as a liquid applying member. The variation in liquid application amount is adjusted by adjusting section for adjusting, the rotation speed of the liquid holding member or the flow speed of the liquid flowing through the liquid holding space.
    • 本发明的目的在于提供一种液体涂布装置,其能够抑制与装置的部件的个体差异性相关的涂布量的变化。 根据本发明,在施加构件和液体保持构件之间形成保持液体的液体保持空间。 当施加构件移动时,附着到施加构件的液体与施加构件一起从液体保持空间送出。 将液体施加到介质上。 施加到施加介质的液体的施加量根据诸如液体施加构件的部件的个体差异而变化。 通过用于调节的调节部分,液体保持部件的旋转速度或流过液体保持空间的液体的流速来调节液体施加量的变化。