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    • 8. 发明授权
    • Rotary-type fluid machine
    • 旋转式流体机
    • US08323009B2
    • 2012-12-04
    • US12864383
    • 2009-01-23
    • Takashi ShimizuYoshitaka ShibamotoTakazou SotojimaMasanori Masuda
    • Takashi ShimizuYoshitaka ShibamotoTakazou SotojimaMasanori Masuda
    • F03C2/00F04C18/00F04C2/00
    • F04C18/32F04C15/0042F04C18/045F04C18/356F04C23/001F04C23/008F04C2250/00
    • A rotary-type fluid machine includes a compression mechanism having piston mechanisms arranged one on top of the other and a drive mechanism having a drive shaft that is configured and arranged to drive the piston mechanisms. Each of the two piston mechanisms includes a cylinder member with a cylinder chamber, a piston member housed eccentrically in the cylinder chamber such that the cylinder chamber is partitioned into first and second compression chambers. A phase difference of 90 degrees in volume change is made between the cylinder chambers of the two piston mechanisms. A movable one of the cylinder and piston has a first surface facing one of the first cylinder chambers and a second surface facing one of the second cylinder chambers, with a surface area of the first surface being equal to a surface area of the second surface.
    • 旋转式流体机械包括:压缩机构,其具有一个彼此顶部布置的活塞机构;以及驱动机构,该驱动机构具有构造和布置成驱动活塞机构的驱动轴。 两个活塞机构中的每一个包括具有气缸室的气缸构件,偏心地容纳在气缸室中的活塞构件,使得气缸室被分隔成第一和第二压缩室。 在两个活塞机构的气缸室之间形成体积变化为90度的相位差。 所述气缸和活塞中的可移动的一个具有面向所述第一气缸室中的一个的第一表面和面向所述第二气缸室中的一个的第二表面,所述第一表面的表面积等于所述第二表面的表面积。
    • 9. 发明申请
    • ROTARY-TYPE FLUID MACHINE
    • 旋转式流体机
    • US20100296959A1
    • 2010-11-25
    • US12864383
    • 2009-01-23
    • Takashi ShimizuYoshitaka ShibamotoTakazou SotojimaMasanori Masuda
    • Takashi ShimizuYoshitaka ShibamotoTakazou SotojimaMasanori Masuda
    • F01C1/24
    • F04C18/32F04C15/0042F04C18/045F04C18/356F04C23/001F04C23/008F04C2250/00
    • A rotary-type fluid machine includes a compression mechanism having piston mechanisms arranged one on top of the other and a drive mechanism having a drive shaft that is configured and arranged to drive the piston mechanisms. Each of the two piston mechanisms includes a cylinder member with a cylinder chamber, a piston member housed eccentrically in the cylinder chamber such that the cylinder chamber is partitioned into first and second compression chambers. A phase difference of 90 degrees in volume change is made between the cylinder chambers of the two piston mechanisms. A movable one of the cylinder and piston has a first surface facing one of the first cylinder chambers and a second surface facing one of the second cylinder chambers, with a surface area of the first surface being equal to a surface area of the second surface.
    • 旋转式流体机械包括:压缩机构,其具有一个彼此顶部布置的活塞机构;以及驱动机构,该驱动机构具有构造和布置成驱动活塞机构的驱动轴。 两个活塞机构中的每一个包括具有气缸室的气缸构件,偏心地容纳在气缸室中的活塞构件,使得气缸室被分隔成第一和第二压缩室。 在两个活塞机构的气缸室之间形成体积变化为90度的相位差。 所述气缸和活塞中的可移动的一个具有面向所述第一气缸室中的一个的第一表面和面向所述第二气缸室中的一个的第二表面,所述第一表面的表面积等于所述第二表面的表面积。
    • 10. 发明申请
    • FLUID MACHINERY
    • 流体机械
    • US20100322809A1
    • 2010-12-23
    • US12517847
    • 2007-12-04
    • Masanori MasudaYoshitaka ShibamotoKazuhiro FurushoKenichi SataTakazo SotojimaTakashi Shimizu
    • Masanori MasudaYoshitaka ShibamotoKazuhiro FurushoKenichi SataTakazo SotojimaTakashi Shimizu
    • F01C1/02
    • F04C27/005F04C18/0215F04C18/045F04C18/322F04C23/008
    • A fluid machinery includes a rotary mechanism, an annular back pressure chamber and an oil passage. The rotary mechanism includes first and second cooperating members, each including an engaging member extending from an end plate, with the cooperating members being arranged to oscillate relative to each in order to change volumes of operation chambers formed between the cooperating members. The annular back pressure chamber is formed on the back surface side of the end plate of the first cooperating member, and communicates with an intermediate operation chamber of the operation chambers to thrust the first cooperating member against the second cooperating member. The intermediate operation chamber is in an intermediate pressure state. The oil passage is arranged to communicate an oil into the back pressure chamber to fill the back pressure chamber with the oil. The rotary mechanism can include a piston and cylinder, or can include a fixed and orbiting scroll.
    • 流体机械包括旋转机构,环形背压室和油通道。 旋转机构包括第一和第二配合构件,每个配合构件包括从端板延伸的接合构件,配合构件被布置成相对于每个配合构件摆动,以便改变在配合构件之间形成的操作室的容积。 环形背压室形成在第一配合构件的端板的背面侧,并与操作室的中间操作室连通,以将第一配合构件推向第二配合构件。 中间操作室处于中压状态。 油通道布置成将油传送到背压室中以用油填充背压室。 旋转机构可以包括活塞和气缸,或者可以包括固定和绕动涡旋件。