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    • 1. 发明授权
    • Sweat-absorbent sheet and process for making the same
    • 吸汗片及其制作方法
    • US07803146B2
    • 2010-09-28
    • US11559121
    • 2006-11-13
    • Mitsuhiro WadaAkiko TangeKiyoshi MiyazawaChieko Toyooka
    • Mitsuhiro WadaAkiko TangeKiyoshi MiyazawaChieko Toyooka
    • A61F13/15
    • A61F13/84A61F13/15699
    • A sweat-absorbent sheet includes a first surface layer, a second surface layer lying on the opposite side of the first surface layer and an intermediate layer sandwiched between these two layers. Each of the first and second surface layers comprises a mixture layer of first and second hydrophobic fibers made of thermoplastic synthetic resin as main constituent and first and second hydrophilic fibers. The intermediate layer comprises third hydrophilic fibers extending into at least one of the first and second hydrophobic fibers. The first and second hydrophobic fibers are bonded to the crimped to hydrophobic composite fibers mixed in the respective layers. The first, second and third hydrophilic fibers are impregnated with antibacterial or bactericidal medicinal ingredient and such medicinal ingredient is left behind on these hydrophilic fibers after these hydrophilic fibers have been dried.
    • 吸汗片包括第一表面层,位于第一表面层相对侧的第二表面层和夹在这两层之间的中间层。 第一表层和第二表层中的每一个包括由热塑性合成树脂作为主要成分和第一和第二亲水纤维制成的第一和第二疏水纤维的混合层。 中间层包括延伸到第一和第二疏水纤维中的至少一个的第三亲水纤维。 将第一和第二疏水性纤维结合到混合在各层中的卷曲到疏水复合纤维。 第一,第二和第三亲水性纤维用抗菌或杀菌药物成分浸渍,并且在这些亲水性纤维被干燥之后,将这些药物成分留在这些亲水性纤维上。
    • 4. 发明授权
    • Variable displacement compressor with capacity control mechanism
    • 具有容量控制机构的可变排量压缩机
    • US06350106B1
    • 2002-02-26
    • US09722333
    • 2000-11-28
    • Shigemi ShimizuKiyoshi Miyazawa
    • Shigemi ShimizuKiyoshi Miyazawa
    • F04B126
    • F04B27/1804F04B2027/1813F04B2027/1827F04B2027/1859
    • A valuable displacement compressor has several cylinder bores, a crank chamber, a valve plate, a discharge chamber, and a capacity control mechanism for controlling pressure in the crank chamber. A swash plate is disposed in the crank chamber and is tiltably connected to a drive shaft. The swash plate is coupled to each of the pistons, so that the pistons are driven in a reciprocating motion within the cylinder bores. A tilt angle of the swash plate is variable depending on pressure in the crank chamber. A gas passage communicates between the crank chamber and the discharge chamber via the capacity control mechanism, which is disposed along with a line extension of the drive shaft. A first end portion of the capaity control mechanism projects into the discharge chamber and has a screw mechanism.
    • 一种有价值的容积式压缩机具有多个气缸孔,曲柄室,阀板,排气室和用于控制曲柄室内的压力的容量控制机构。 旋转斜盘设置在曲柄室中并且可倾斜地连接到驱动轴。 旋转斜盘联接到每个活塞,使得活塞在气缸孔内以往复运动的方式被驱动。 斜盘的倾斜角度取决于曲柄室中的压力而变化。 气体通道经由与驱动轴的线延伸一起设置的容量控制机构在曲柄室和排出室之间连通。 容纳性控制机构的第一端部突出到排出室中并具有螺旋机构。
    • 9. 发明授权
    • Leak current breaker and method
    • 漏电断路器及方法
    • US08009394B2
    • 2011-08-30
    • US11883263
    • 2005-01-31
    • Toyotsugu AtojiKiyoshi Miyazawa
    • Toyotsugu AtojiKiyoshi Miyazawa
    • H02H3/00
    • G01R31/025
    • A leak current breaker is provided which includes a detector (10) to detect a leakage current from electric lines, a first removing unit (12) to convert the detected leakage current into a voltage and a voltage detector (14) to detect a voltage developed in electric lines A under testing, a second removing unit (16) to remove a harmonic component included in the voltage, a phase contrast detector (20) to detect a phase contrast from a signal waveform having the harmonic component removed, a frequency calculator (21) to calculate a frequency occurring on electric lines A on the basis of the signal waveform of the voltage having the harmonic component removed by the second removing unit (16), a phase angle calculator (22) to calculate a phase angle of the leakage current flowing through the electric lines A on the basis of the phase contrast and frequency, a root-mean-square value calculator (24) to calculate a root-mean-square value of the voltage having the harmonic component removed by the first removing unit (12), a calculator (27) to calculate a leakage current component Igr arising from an earth insulation resistance included in the leakage current flowing through the electric lines A on the basis of the root-mean-square value and phase angle of the leakage current, a judging unit (29) to judge whether the leakage current component Igr calculated by the calculator (27) has exceeded an arbitrary value, and a circuit breaker (30) to break the electric lines A on the basis of the judgment made by the judging unit (29).
    • 提供一种漏电流断路器,其包括用于检测来自电线的泄漏电流的检测器(10),将检测到的漏电流转换成电压的第一去除单元(12)和检测出电压的电压检测器(14) 在正在测试的电线A中,除去包括在电压中的谐波分量的第二去除单元(16),从去除了谐波分量的信号波形检测相位差的相位差检测器(20),频率计算器 21)根据具有由第二去除单元(16)除去的谐波分量的电压的信号波形来计算在电线A上发生的频率;相位角计算器(22),用于计算泄漏的相位角 基于相位对比度和频率流过电线A的电流,计算除去了谐波分量的电压的均方根值的均方根值计算器(24) y是第一去除单元(12),计算器(27),用于计算由根据均方根值流过电线A的漏电流中包括的接地绝缘电阻产生的漏电流分量Igr;以及 用于判断由计算器(27)计算出的漏电流分量Igr是否超过了任意值的判断单元(29),以及基于该断路器(30)断开电线A的判断单元 由判断单元(29)作出的判断。