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    • 61. 发明授权
    • Method and apparatus for thermal recording
    • 用于热记录的方法和装置
    • US5886724A
    • 1999-03-23
    • US831524
    • 1997-04-01
    • Takao KuwabaraTetsuya KojimaToshitaka Agano
    • Takao KuwabaraTetsuya KojimaToshitaka Agano
    • B41J2/36B41J2/365G01D15/10
    • B41J2/36B41J2/365
    • In the improved thermal recording method in which image data supplied from an image data supply source are subjected to specified image processing jobs and in which a thermal head is driven in accordance with the processed image data so as to perform thermal recording, image processing jobs are performed in a specified order such that sharpness correction and tone correction are followed by shading correction and correction of resistance values which, in turn are followed by compensation for temperature elevation, provided that calculation treatment of respective values of the image data for the compensation for temperature elevation is performed either prior to or after either one of the corrections that are performed subsequent to the tone correction. It is preferred that black ratio correction and/or load variation correction are also performed after the shading correction and the correction of resistance values, and prior to the compensation for temperature elevation. The improved thermal recording apparatus is used to carry out the thermal recording method described above. According to these apparatus and method, high quality images can be recorded consistently.
    • 在从图像数据供给源提供的图像数据经受特定图像处理作业并且根据处理后的图像数据驱动热敏头进行热记录的改进的热记录方法中,图像处理作业 以指定的顺序执行,使得锐度校正和色调校正之后是阴影校正和电阻值的校正,电阻值随后是温度升高补偿,只要对温度补偿的图像数据的各个值的计算处理 在色调校正之后执行的校正之一之前或之后执行高程。 优选地,在阴影校正和电阻值的校正之后以及在温度升高补偿之前也执行黑色比率校正和/或负载变化校正。 改进的热敏记录装置用于执行上述热敏记录方法。 根据这些装置和方法,可以一致地记录高质量的图像。
    • 63. 发明授权
    • Diaphragm valve
    • 隔膜阀
    • US5669596A
    • 1997-09-23
    • US558697
    • 1995-11-14
    • Kazuhiro YoshikawaTetsuya Kojima
    • Kazuhiro YoshikawaTetsuya Kojima
    • F16K7/16F16J3/02F16K41/12F16K31/00
    • F16K41/12
    • A diaphragm valve comprises a body having an inflow passage, outflow passage, valve chamber and valve seat, a metallic diaphragm for maintaining air-tightness of the valve chamber, a bonnet for securely holding the edge portion of the outer circumference of the metallic diaphragm in cooperation with the body, a stem inserted through and supported by the bonnet but movable up and down, and a valve disk inserted through a center opening in the metallic diaphragm. The valve disk comprises a seat portion of disk-like shape contacting with and moving away from the valve seat, a shaft portion provided on the top surface of the seat portion and inserted through the opening in the diaphragm, and a connecting portion provided at the top end of the shaft portion and connected to the bottom end portion of the stem. An end edge portion of the inner circumference of the diaphragm is welded to the disk valve shaft portion over the entire circumference of the shaft portion at a location spaced from the seat portion so that a large gap exists between the upper surface of the seat portion and the lower surface of the diaphragm, thereby improving gas substitution performance.
    • 隔膜阀包括具有流入通道,​​流出通道,阀室和阀座的主体,用于保持阀室的气密性的金属隔膜,用于将金属膜的外周边缘部分牢固地保持在阀体 与阀体配合,阀杆穿过阀盖插入并由阀盖支撑,但可上下移动;阀芯通过金属隔膜中心开口插入。 阀盘包括与阀座接触并远离阀座的盘状形状的座部,设置在座部的顶表面上并插入隔膜中的开口的轴部,以及设置在阀座上的连接部 轴部的顶端并连接到杆的底端部分。 隔膜的内周的端缘部分在与座部分隔开的位置处在轴部的整个圆周上焊接到盘阀轴部分,使得在座部分的上表面和 隔膜的下表面,从而提高气体替代性能。
    • 64. 发明授权
    • Flow rate control valve
    • 流量控制阀
    • US5439197A
    • 1995-08-08
    • US297551
    • 1994-08-31
    • Shigeru ItoiTetsuya Kojima
    • Shigeru ItoiTetsuya Kojima
    • F16K7/16F16K31/50F16K31/60F16K35/00F16K51/02G05G23/00
    • F16K35/00F16K31/506F16K31/60F16K51/02G05G23/00
    • In a flow rate control valve having a handle (12) for rotating a stem (9), the handle being locked to a bonnet (3) by a lock screw (14), the handle (12) comprises a handle main body (12') fixed to an upper end of the stem (9), and a tubular lock handle (12") coupled to the lower end of the handle main body (12'). The lock handle is movable in a direction orthogonal to an axial line of elongation Y of the stem 9 relative to the handle main body, with the lock handle enclosing the upper outer circumference of the bonnet (3), and the lock screw (14) being movable in the lock handle (12") in a direction nearly orthogonal to the axial line of elongation Y of the stem (9) to engage the bonnet (3).
    • 在具有用于旋转杆(9)的手柄(12)的流量控制阀中,手柄通过锁定螺钉(14)锁定到发动机罩(3)上,手柄(12)包括手柄主体(12) ')固定到杆(9)的上端,以及联接到手柄主体(12')的下端的管状锁定手柄(12“)。 锁定手柄可以在杆9相对于把手主体的延伸轴线Y的正交方向上移动,锁定手柄包围发动机罩(3)的上部外圆周,锁定螺钉(14) 能够在与所述杆(9)的伸长轴线Y几乎正交的方向上在所述锁把手(12“)中移动以接合所述发动机罩(3)。
    • 65. 发明授权
    • Control valve
    • 控制阀
    • US5427357A
    • 1995-06-27
    • US209906
    • 1994-03-14
    • Mutsunori KoyomogiKunihiko DaidoMasahiko NakazawaYukio MinamiMasahiko SogaoKazuhiro YoshikawaShuhei OgawaTetsuya Kojima
    • Mutsunori KoyomogiKunihiko DaidoMasahiko NakazawaYukio MinamiMasahiko SogaoKazuhiro YoshikawaShuhei OgawaTetsuya Kojima
    • F16K1/10F16K41/10F16K3/00
    • F16K41/10F16K1/10Y10T137/6416
    • A control valve comprises a valve body having a fluid channel and a valve seat; a valve operating part; a valve stem supporting member having its upper end fixed to the valve operating part and its lower end fixed to the valve body; a valve stem penetrating the valve stem supporting member and having its upper end part connected to the valve operating part and its lower end part entering the valve body, the valve stem being movable upward or downward by the valve operating part; and a valve element attached to the lower end of the valve stem. The valve element is moved upward or downward by moving the valve stem upward or downward, the valve element being brought into contact with and seated in the valve seat to close a fluid channel as it is moved downward, the valve element being detached from the valve seat to open the fluid channel as it is moved upward. The valve stem supporting member has an upper tubular body and a lower tubular body, the upper tubular body having its upper end fixed to the valve operating part and its lower end detached from the valve body, the lower tubular body having its lower end fixed to the valve body and its upper end detached from the valve operating part, the two tubular bodies being spaced apart each other, the lower end part of the upper tubular body and the upper end part of the lower tubular body being connected by a connecting member.
    • 控制阀包括具有流体通道和阀座的阀体; 阀门操作部分; 阀杆支撑构件,其上端固定到阀操作部分,其下端固定到阀体; 阀杆贯穿阀杆支撑构件,其上端部分连接到阀操作部分,其下端部分进入阀体,阀杆可由阀操作部件向上或向下移动; 以及附接到阀杆的下端的阀元件。 阀元件通过向上或向下移动阀杆而向上或向下移动,阀元件与阀座接触并安置在阀座中,以在其向下移动时闭合流体通道,阀元件从阀门拆下 座椅向上移动以打开流体通道。 阀杆支撑构件具有上管状体和下管状体,上管状体的上端固定到阀操作部分,其下端与阀体分离,下管状体的下端固定到 阀体及其上端与阀操作部分脱离,两个管状体彼此间隔开,上管状体的下端部和下管状体的上端部通过连接部件连接。
    • 66. 发明授权
    • Control valve
    • 控制阀
    • US5379982A
    • 1995-01-10
    • US209903
    • 1994-03-14
    • Mutsunori KoyomogiYukio MinamiMasahiko NakazawaKazuhiro YoshikawaTetsuya Kojima
    • Mutsunori KoyomogiYukio MinamiMasahiko NakazawaKazuhiro YoshikawaTetsuya Kojima
    • F16K1/00F16K1/10F16K41/10F16K51/00F16K49/00
    • F16K41/10F16K1/10Y10T137/7036
    • A control valve comprises a valve body having a fluid channel and a valve seat; a valve operating part; a valve stem supporting member having its upper end fixed to the valve operating part and its lower end fixed to the valve body; a valve stem penetrating the valve stem supporting member and having its upper end part connected to the valve operating part and its lower end part entering the valve body, the valve stem being movable upward or downward by the valve operating part; and a valve element attached to the lower end of the valve stem. The valve element is moved upward or downward by moving the valve stem upward or downward, the valve element being brought into contact with and seated in the valve seat to close a fluid channel as it is moved downward, the valve element being detached from the valve seat to open the fluid channel as it is moved upward. The valve stem comprises an upper bar-shaped member of metal connected to the valve operating member and a lower bar-shaped member made of a fiber reinforced plastic to which the valve element is attached. The upper and lower bar-shaped members are movable upward from a lower end position where the valve element is in a fully open state. The lower bar-shaped member is stop from moving upward at an upper end position where the valve element is in a fully open state. An uppward moving distance of the upper bar-shaped member from a lower end position is made longer than a moving distance of the lower bar-shaped member from the lower end position to the upper end position.
    • 控制阀包括具有流体通道和阀座的阀体; 阀门操作部分; 阀杆支撑构件,其上端固定到阀操作部分,其下端固定到阀体; 阀杆贯穿阀杆支撑构件,其上端部分连接到阀操作部分,其下端部分进入阀体,阀杆可由阀操作部件向上或向下移动; 以及附接到阀杆的下端的阀元件。 阀元件通过向上或向下移动阀杆而向上或向下移动,阀元件与阀座接触并安置在阀座中,以在其向下移动时闭合流体通道,阀元件从阀门拆下 座椅向上移动以打开流体通道。 阀杆包括连接到阀操作构件的上部金属板状金属构件和由附着有阀元件的纤维增强塑料制成的下部杆状构件。 上下条形构件可从阀元件处于完全打开状态的下端位置向上移动。 下阀杆件在阀元件处于完全打开状态的上端位置处停止向上移动。 上部条形构件从下端位置向上的移动距离比下部杆形构件从下端位置到上端位置的移动距离长。
    • 67. 发明授权
    • Power converting appartatus
    • 电源转换appartatus
    • US09130481B2
    • 2015-09-08
    • US13612181
    • 2012-09-12
    • Kosuke NakanoTetsuya Kojima
    • Kosuke NakanoTetsuya Kojima
    • H02P27/04H02P6/14H02M7/5387H02P27/08B60L3/00B60L15/00
    • H02M7/53875B60L3/0061B60L15/007H02P27/08Y02T10/644Y02T10/645
    • In a power converting apparatus having a plurality of phases on an AC side and configured to perform conversion between DC power and AC power, a current detector detects currents flowing through a DC source line through which a plurality of phase currents commonly flow. A control unit sets a current detection period and a succeeding current control period in each successive control cycle. Using first gate signals based on reference gate signals for PWM control, the control unit calculates values of the individual phase currents from the first gate signals and the detected currents during the current detection period. Then, during the current control period, the control unit performs PWM control using phase voltage commands generated by correcting phase voltage target values so as to cancel out voltage errors that occur during the current detection period.
    • 在具有交流侧多相的电力转换装置中,电流检测器检测流经多个相电流通过的直流电源线的电流。 控制单元在每个连续的控制周期中设置电流检测周期和后续电流控制周期。 使用基于用于PWM控制的参考栅极信号的第一栅极信号,控制单元在当前检测周期期间从第一栅极信号和检测到的电流计算各个相电流的值。 然后,在当前控制期间,控制单元使用通过校正相电压目标值而产生的相位电压指令来执行PWM控制,以抵消在当前检测周期期间发生的电压误差。
    • 69. 发明授权
    • Power converting apparatus
    • 电力转换装置
    • US08878482B2
    • 2014-11-04
    • US13318812
    • 2010-02-09
    • Tetsuya KojimaYoshihiko Kinpara
    • Tetsuya KojimaYoshihiko Kinpara
    • H02P27/04H02P6/18H02M7/797H02M1/00
    • H02P6/18H02M7/5395H02M7/797H02M2001/0009H02P6/183
    • A power converting apparatus includes a timing signal generator and a phase determination signal generator provided in an ON/OFF signal generating unit as well as a detected current correction unit. On the basis of timing signals ts1, . . . and phase determination signals ph1, . . . , the power converting apparatus determines detected current values and phases of the detected current values fed from a DC bus current sensor at timings set in accordance with the timing signals and corrects the detected current values idc1, . . . for the individual phases obtained at the individual timings during PWM cycles to represent values which would be obtained at reference timing t0 to thereby reduce errors caused by differences in the current detecting timings for the individual phases.
    • 电力转换装置包括定时信号发生器和设置在ON / OFF信号产生单元中的相位确定信号发生器以及检测电流校正单元。 基于定时信号ts1,...。 。 。 和相位确定信号ph1,...。 。 。 电力转换装置根据定时信号确定从DC总线电流传感器馈送的检测电流值的检测电流值和相位,并校正检测到的电流值idc1。 。 。 对于在PWM周期期间的各个定时获得的各个相位来表示将在参考定时t0获得的值,从而减少由各个相位的电流检测定时的差异引起的误差。