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    • 1. 发明授权
    • Screw rotor with specific tooth profile
    • 螺旋转子具有特定的齿廓
    • US4406602A
    • 1983-09-27
    • US326358
    • 1981-12-01
    • Katsuhiko KasuyaMitsuru FujiwaraTetsuzo MatsunagaMasaya ImaiYasuo Takahashi
    • Katsuhiko KasuyaMitsuru FujiwaraTetsuzo MatsunagaMasaya ImaiYasuo Takahashi
    • F01C1/16F04C18/08F04C18/16
    • F04C18/084
    • In a screw rotor including a female rotor member and a male rotor member rotatable about parallel shafts and respectively while meshing with each other, the forward face flank of the female rotor member is composed of a first flank of the forward face formed by a parabolic curve, and a second flank of the forward face formed by a circular arc of a radius R.sub.2, and the backward face flank of the female rotor member is composed of a first flank of the backward face generated by the backward face tooth top flank of the male rotor member having a radius R.sub.5, and a second flank of the backward face formed by a circular arc of a radius R.sub.3 which is smaller than the radius R.sub.2 of the second flank of the forward face flank. The tooth profile of the male rotor member is essentially formed by the forward face flank and the backward face flank of the female rotor member.
    • 在包括阴转子构件和阳转子构件的螺旋转子中,阴转子构件和阳转子构件可以围绕平行轴旋转并且分别彼此啮合,阴转子构件的前面侧面由前抛面的第一侧面构成,由抛物线曲线 ,并且由半径R2的圆弧形成的前表面的第二侧面,并且阴转子构件的后侧面由由男性的后面齿顶侧面产生的后方的第一侧面构成 转子构件具有半径R5,并且后表面的第二侧面由半径R3的圆弧形成,该圆弧的半径R3小于前侧面的第二侧面的半径R2。 阳转子部件的齿廓基本上由阴转子部件的前面侧面和后侧面形成。
    • 7. 发明授权
    • Dual-charging system for a portable electric appliance
    • 便携式电器双充电系统
    • US5459389A
    • 1995-10-17
    • US257028
    • 1994-06-08
    • Mitsuru FujiwaraAtsushi Isaka
    • Mitsuru FujiwaraAtsushi Isaka
    • H01M10/44H01M10/46H02J7/02H02J7/00
    • H02J7/027H02J7/022
    • A dual-charging system for a portable electric appliance such as a video camera comprises a rechargeable battery pack having a built-in charge circuit and a separate charger unit. The battery pack is capable of selectively taking a first charging operation with the use of the built-in charge circuit and a second charging operation with the use of a charge circuit of the charger unit. The charge circuit of the charger unit is designed such that a charging rate of the battery pack by the second charging operation is faster than that by the first charging operation. Therefore, when a rapid charging of the battery pack is desired, it is preferred to select the second charging operation. On the other hand, when the electric appliance is used, for example, during a journey, it is preferred to select the first charging operation because the charger unit is inconvenient to carry during a journey.
    • 用于诸如摄像机的便携式电器的双充电系统包括具有内置充电电路的可充电电池组和单独的充电器单元。 电池组能够通过使用内置充电电路选择性地进行第一次充电操作,并且可以通过使用充电器单元的充电电路进行第二充电操作。 充电器单元的充电电路被设计成使得通过第二充电操作的电池组的充电速率比通过第一充电操作的充电速度更快。 因此,当需要电池组的快速充电时,优选选择第二充电操作。 另一方面,例如在使用电器的过程中,由于充电器单元在行程中不方便携带,因此优选选择第一充电操作。
    • 10. 发明授权
    • Screw compressor with scavenging port
    • 带清扫口的螺杆式压缩机
    • US4770615A
    • 1988-09-13
    • US905956
    • 1986-09-11
    • Mitsuru FujiwaraTaiji HashimotoAkira Suzuki
    • Mitsuru FujiwaraTaiji HashimotoAkira Suzuki
    • F04C18/16F04C29/12F04C29/00
    • F04C29/122F04C18/16
    • A screw compressor including a scavenging port, which is separate from a discharge port, located on or in a vicinity of a discharge-side end face of the working space of the casing, for scavenging gas therethrough from a compression chamber near to a completion of a suction stroke. Gas of high temperature leaking from a compression chamber on high-pressure side into a compression chamber on a low-pressure side (in the suction stroke) can be scavenged from the compressor to outside, thereby avoiding a reduction in suction volume efficiency, an increase in consumption of power, and a rise in temperature of gas to be compressed which might otherwise be caused by the gas of high temperature leaking into the compression chambers during a suction stroke.
    • 一种螺杆式压缩机,其具有与位于所述壳体的工作空间的排出侧端面的排出侧端面附近的排出口分离的清扫口,用于从附近的压缩室中清除气体, 吸入冲程。 从高压侧的压缩室向低压侧的压缩室(吸入冲程)泄漏的高温气体,能够从压缩机向外部清除,从而避免吸入量效率的降低,增加 在消耗功率时,以及由于在吸入冲程期间高温泄漏到压缩室中的气体而导致的待压缩气体的温度上升。