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    • 6. 发明授权
    • Fluid compressor having lubrication for two spiral blade compression
sections
    • 具有两个螺旋叶片压缩部分润滑的流体压缩机
    • US5217361A
    • 1993-06-08
    • US826970
    • 1992-01-28
    • Takayoshi FujiwaraMoriaki ShimodaYoshinori SoneNoritsugu KawashimaKazuhisa Sumida
    • Takayoshi FujiwaraMoriaki ShimodaYoshinori SoneNoritsugu KawashimaKazuhisa Sumida
    • F04C18/107F04C29/00F04C29/02
    • F04C18/107F04C29/0021
    • A compressor includes a casing having an oil reservoir, a cylinder situated within the casing, a cylindrical rotary body situated eccentrically within the cylinder, the rotary body having first and second spiral grooves extending in opposite directions from the middle part of the rotary body to both ends of the rotary body, first and second spiral blades fitted in the first and second spiral grooves, the blades having outer peripheral surfaces brought into contact with the inner peripheral surface of the cylinder, dividing the space defined by the inner peripheral surface of the cylinder and the rotary body into a plurality of working chambers, thereby constituting first and second compression sections, wherein the first and second blades freely project from and retreat in the first and second spiral grooves in the radial direction of the rotary body, driving means for rotating the cylinder and the rotary body relative to each other, a first refrigerant passage formed in the rotary body and opening to an area between the first and second compression sections and to one axial end portion of the rotary body, and oil supply means having first and second oil supply holes opening respectively to the first and second compression sections, and supplying oil in the oil reservoir to the first and second compression sections via the first and second oil supply holes.
    • 压缩机包括具有储油器的壳体,位于壳体内的气缸,位于气缸内偏心的圆柱形旋转体,旋转体具有从旋转体的中部向两个相反方向延伸的第一和第二螺旋槽, 旋转体的端部,装配在第一和第二螺旋槽中的第一和第二螺旋叶片,具有与圆筒的内周面接触的外周面的叶片将由圆筒的内周面限定的空间 并将旋转体分割成多个工作室,由此构成第一和第二压缩部,其中,第一和第二叶片在旋转体的径向方向上自由地在第一和第二螺旋槽中突出和退回,用于旋转的驱动装置 气缸和旋转体相对于彼此,形成在旋转体中的第一制冷剂通道 并且开口到第一和第二压缩部分之间的区域和旋转体的一个轴向端部,以及具有分别向第一和第二压缩部分开口的第一和第二供油孔的供油装置, 通过第一和第二供油孔将油储存到第一和第二压缩部分。
    • 8. 发明授权
    • Axial flow fluid compressor with oil supply passage through rotor
    • 轴流式压缩机,通过转子供油通道
    • US5141423A
    • 1992-08-25
    • US673395
    • 1991-03-22
    • Eiichi AikawaTakayoshi FujiwaraHisanori HonmaYoshinori SoneTakuya Hirayama
    • Eiichi AikawaTakayoshi FujiwaraHisanori HonmaYoshinori SoneTakuya Hirayama
    • F04C18/344F01C21/08F04C18/107F04C29/02
    • F04C29/02F01C21/0809F04C18/107
    • A compressor having a cylinder and a cylindrical rotational body housed within the cylinder. A spiral groove is formed in the outer peripheral surface of the rotational body, and a spiral blade is fitted in the groove so as to be freely retreated in and projected from the groove in the radial direction of the rotational body. The cylinder and the rotational body are rotated relative to each other by a drive mechanism. A fluid to be compressed is introduced into working chambers defined by the blade, the inner peripheral surface of the cylinder and the outer peripheral surface of the rotational body. The fluid is first guided into the first working chamber from a gas suction port, and then into the second and subsequent working chambers successively, whereby the fluid is compressed. An oil supply mechanism supplies pressurized oil to an oil supply hole formed in the rotational body. The oil supply hole communicates with that area of the bottom of the spiral groove, which corresponds to the position where the second and subsequent working chambers begin when the suction stroke of the first working chamber ends. The pressurized oil urges the outer peripheral surface of the blade onto the inner peripheral surface of the cylinder.
    • 一种压缩机,其具有容纳在气缸内的气缸和圆筒形旋转体。 在旋转体的外周面上形成有螺旋状的槽,螺旋状的叶片嵌合在槽内,从而在旋转体的径向方向上自由地退缩并从槽突出。 气缸和旋转体通过驱动机构相对于彼此旋转。 要被压缩的流体被引入到由叶片,圆筒的内周表面和旋转体的外周表面限定的工作室中。 流体首先从气体吸入口引入第一工作室,然后依次进入第二工作室和后续工作室,由此流体被压缩。 供油机构将加压油供给到形成在旋转体中的供油孔。 供油孔与螺旋槽的底部的区域连通,其对应于当第一工作室的吸入行程结束时第二工作室和后续工作室开始的位置。 加压油将叶片的外周表面推动到圆筒的内周面上。
    • 9. 发明授权
    • Axial flow fluid compressor with oldram coupling
    • 轴流式流体压缩机
    • US5249931A
    • 1993-10-05
    • US904900
    • 1992-06-25
    • Takayoshi FujiwaraHisanori HonmaYoshinori SoneTakuya Hirayama
    • Takayoshi FujiwaraHisanori HonmaYoshinori SoneTakuya Hirayama
    • F04C18/107F04B35/04F04C18/344F04C39/02F16D3/04
    • F04C18/107
    • A compressor includes a cylinder, and a rotating body located in the cylinder. A spiral groove is formed on the outer periphery of the rotating body. A spiral blade is fitted in the groove and divides the space between the inner periphery of the cylinder and the outer periphery of the rotating body into operating chambers which have volumes gradually decreasing with distance from one end of the cylinder. A drive motor rotates the cylinder and the rotating body relative to each other. The drive motor includes a cylindrical stator fixed on a closed casing and a rotor mounted on the cylinder and situated inside the stator coaxially, with a motor air gap provided therebetween. A main bearing is engaged with the axial end portion of the cylinder and fixed on the inner wall of the casing by means of a fixing member situated radially more inward than the stator. The main bearing is fixed on the closed casing, with the position of the main bearing adjusted by a master rotor.
    • 压缩机包括缸体和位于气缸中的旋转体。 螺旋槽形成在旋转体的外周上。 螺旋叶片装配在凹槽中,并将圆柱体的内周与旋转体的外周之间的空间分成操作室,这些操作室的体积随着从气缸一端的距离而逐渐减小。 驱动马达使滚筒和旋转体相对旋转。 驱动电动机包括固定在密闭壳体上的圆柱形定子和安装在气缸上并位于同轴定子内部的转子,其间设置有电动机气隙。 主轴承与圆柱体的轴向端部接合,并通过位于径向比定子径向更靠内侧的固定构件固定在壳体的内壁上。 主轴承固定在封闭的外壳上,主轴承的位置由主转子调整。
    • 10. 发明授权
    • Axial flow compressor with insertable bearing mount
    • 带可插入轴承座的轴流压缩机
    • US5139394A
    • 1992-08-18
    • US683823
    • 1991-04-11
    • Eiichi AikawaTakayoshi FujiwaraHisanori HonmaYoshinori SoneTakuya Hirayama
    • Eiichi AikawaTakayoshi FujiwaraHisanori HonmaYoshinori SoneTakuya Hirayama
    • F04C18/107
    • F04C18/107
    • A compressor has a cylindrical casing unit having at least one open end. A compression element includes a circular cylinder held in the casing unit, a cylindrical rotating body having at least one spiral groove on its outer periphery and eccentrically arranged in the cylinder, and a spiral blade wrapped on the rotating body and fitted in the spiral groove in a manenr to be freely displaceable relative to the spiral groove. The cylinder and rotating body are journaled in a bearing means. A frame includes a cylindrical section intimately inserted into an open end of the casing unit and a disc section blocking the cylindrical section and provided orthogonal to an axis of the cylindrical section, the frame blocking the open end of the casing unit and supporting the bearing means. An electrically operating element has a stator fixed to an inner wall of the casing unit and rotor fixed to an outer periphery of the cylinder with a motor air gap defined relative to the stator, the electrically operating element rotationally driving the compression element to allow a relative rotation to be made between the cylinder and the rotating unit.
    • 压缩机具有至少一个开口端的圆柱形壳体单元。 压缩元件包括保持在壳体单元中的圆柱体,圆柱形旋转体,其外周上具有至少一个螺旋槽并偏心地布置在气缸中,以及缠绕在旋转体上的螺旋叶片,并装配在螺旋槽中 一个可以相对于螺旋槽自由移位的管道。 气缸和旋转体在轴承装置中轴颈。 框架包括紧密地插入壳体单元的开口端的圆柱形部分和阻挡圆柱形部分并且垂直于圆柱形部分的轴线设置的圆盘部分,框架阻挡壳体单元的开口端并支撑轴承装置 。 电气操作元件具有固定到壳体单元的内壁的定子和固定到气缸的外周的转子,其具有相对于定子限定的电动机空气间隙,电操作元件旋转地驱动压缩元件以允许相对 在气缸和旋转单元之间进行旋转。