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    • 21. 发明授权
    • Oil pan for internal combustion engine
    • 内燃机油盘
    • US4986235A
    • 1991-01-22
    • US501119
    • 1990-03-29
    • Akira IshiiTakashi TeruiToyoki HiraokaYuichi Murakami
    • Akira IshiiTakashi TeruiToyoki HiraokaYuichi Murakami
    • F01M11/00F01M11/06
    • F01M11/065F01M11/0004F01M2011/0041
    • An oil pan for an internal combustion engine having an engine lubrication system. The oil pan comprises a shallow bottom section and a sump section. A guide plate is secured at an inner surface to which a crankshaft splashes lubrication oil carried into the shallow bottom section. The guide plate having an inclined and a guide parts extends generally along the axis of the crankshaft and extends generally parallel with a horizontal plane. The inclined part which gradually becomes high in level in the direction toward the sump is continuously connected to the inclined part to be formed in a generally arcuate shape. Therefore, the splashed oil at the inner surface cannot over the guide plate, and the oil is positively returned into the sump section by the guide plate. Accordingly, lubrication in this engine is smoothly carried out without causing a lack of the oil in the sump section.
    • 一种具有发动机润滑系统的内燃机油盘。 油盘包括浅底部段和贮槽部分。 引导板固定在内表面,曲轴将润滑油飞溅到浅底部。 具有倾斜和引导部分的引导板大体上沿着曲轴的轴线延伸并且大致平行于水平面延伸。 朝向贮槽的方向逐渐变高的倾斜部分连续地连接到倾斜部分,以形成为大致弓形的形状。 因此,内表面的飞溅油不能超过导向板,油通过导向板正确地返回到集油槽部分。 因此,能够平稳地进行该发动机的润滑,而不会导致油底壳部分的油不足。
    • 29. 发明授权
    • Human body detector
    • 人体检测仪
    • US06774789B2
    • 2004-08-10
    • US09925308
    • 2001-08-10
    • Hisashi InabaYuichi MurakamiKiyokazu IedaEiji MushiakeHiroki Okada
    • Hisashi InabaYuichi MurakamiKiyokazu IedaEiji MushiakeHiroki Okada
    • G08B1300
    • B60R25/246G07C2209/64
    • In a human body detector, a wave-detection circuit for detecting waves of a resonance voltage is connected to a sensor resonance circuit that varies a constant frequency voltage in accordance with a change in the capacitance of a sensor electrode. The wave-detection circuit is connected to a differentiator that acquires a changing rate by differentiating the wave-detection voltage with respect to time, and allows a voltage to pass if the changing rate of the voltage is greater than or equal to a predetermined value. The differentiator is connected to a high-pass filter that allows passage of a voltage whose changing rate is greater than or equal to a second predetermined value. The high-pass filter is connected to a comparator whose non-inversion input terminal is connected to a power source that applies thereto a reference voltage.
    • 在人体检测器中,用于检测谐振电压波的波检测电路被连接到根据传感器电极的电容变化而改变恒定频率电压的传感器谐振电路。 波检测电路通过将波检测电压相对于时间进行微分而获得变化率的微分器连接,如果电压的变化率大于或等于预定值,则允许电压通过。 微分器连接到允许通过变化率大于或等于第二预定值的电压的高通滤波器。 高通滤波器连接到比较器,其非反相输入端连接到施加到基准电压的电源。
    • 30. 发明授权
    • Optical fiber attenuator with attenuating dopant limited to a central or peripheral area of the fiber core
    • 具有衰减掺杂剂的光纤衰减器限于光纤芯的中心或周边区域
    • US06748151B1
    • 2004-06-08
    • US09868766
    • 2001-06-21
    • Masaru WatanabeEiji MatsuyamaAkiyoshi NaruseYuichi MurakamiKenichi MutaToyomitsu Yamamoto
    • Masaru WatanabeEiji MatsuyamaAkiyoshi NaruseYuichi MurakamiKenichi MutaToyomitsu Yamamoto
    • G02B618
    • G02B6/03694G02B6/0281G02B6/03633G02B6/266
    • An optical attenuator which provides almost the same degree of attenuation even when the difference in wavelength of two different kinds of input optical signals is small. Another optical attenuator is provided with a dopant concentration in a technically realizable range which increases the difference in optical attenuation of two different kinds of input optical signals. Almost the same degree of attenuation may be obtained even when the difference between wavelengths is small by canceling the wavelength dependency of attenuation of the dopant by raising the refractive index of an axially central portion of the core as compared to that of the peripheral portion of the core and by taking into account the type and area of the dopant and the ratio of the difference &Dgr;2 between the refractive indexes of the cladding and the axial portion of the core and the difference &Dgr;1 between the refractive index of the cladding and the refractive index of the peripheral portion, i.e., &Dgr;1/&Dgr;2. On the other hand, the difference of attenuation is increased while suppressing the concentration of dopant to the realizable range.
    • 即使当两种不同种类的输入光信号的波长差小时,也提供几乎相同衰减程度的光衰减器。 另一个光衰减器在技术上可实现的范围内提供掺杂剂浓度,这增加了两种不同种类的输入光信号的光衰减差异。 即使当通过提高与芯的周边部分的芯的轴向中心部分的折射率相比较来补偿掺杂剂的衰减的波长依赖性时,即使当波长之间的差异较小时,也可以获得几乎相同的衰减程度 并且通过考虑掺杂剂的类型和面积以及包层的折射率与芯的轴向部分之间的差值Delta2与包层的折射率与折射率之间的差值Δ1的比值 外围部分,即Delta1 / Delta2。 另一方面,在将掺杂剂的浓度抑制到可实现的范围的同时,衰减的差异增加。