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    • 1. 发明授权
    • Wave cam type compressor
    • 波形凸轮式压缩机
    • US5638736A
    • 1997-06-17
    • US539228
    • 1995-10-04
    • Kazuo MurakamiToshiro FujiiKazuaki IwamaKatsuya Ohyama
    • Kazuo MurakamiToshiro FujiiKazuaki IwamaKatsuya Ohyama
    • F04B27/08F04B27/10F01B3/00
    • F04B27/0886F04B27/1054F05C2253/12Y10T74/18336
    • A wave cam 17 is rotatably supported by a drive shaft 13 in cylinder blocks 11, 12. Front and rear cam surfaces 17A, 17B of the wave cam 17 are defined by the surface of a predetermined imaginary cylindroid. Semi-spherical shoes 18, 19 are interposed between each cam surface 17A, 17B and each double-headed piston 16, which is accommodated in each cylinder bore 11a, 12a. Each shoe 18, 19 has a spherical surface 18a, 19a and a flat surface 18b, 19b. An imaginary circumference C0 corresponding to the arrangement of centers Q1, Q2 of the spherical surfaces 18a, 19a of the shoes 18, 19, respectively, is defined on each cam surface 17A, 17B. An imaginary circumference C1 corresponding to the arrangement of axes L1 of each cylinder bore 11a, 12a is also defined on each cam surface 17A, 17B. The center of both circumferences C0, C1 coincide with an axis L0 of the drive shaft 13. The radius R1 of the circumference C0 is larger than the radius of the circumference C1. Integral rotation of the drive shaft 13 and the wave cam 17 reciprocates each piston 16 in the cylinder bores 11a, 12a via the shoes. The centers Q1, Q2 of each spherical surface orbits outside of the circumference C1 on the associated cam surface 17A, 17B.
    • 波形凸轮17由气缸体11,12中的驱动轴13可旋转地支撑。波形凸轮17的前凸轮表面17A和后凸轮表面17B由预定的假想圆柱形的表面限定。 每个凸轮表面17A,17B和容纳在每个气缸孔11a,12a中的每个双头活塞16之间插入有半球形鞋18,19。 每个鞋18,19具有球形表面18a,19a和平坦表面18b,19b。 分别对应于鞋18,19的球面18a,19a的中心Q1,Q2的排列的假想圆周C0被限定在每个凸轮表面17A,17B上。 对应于每个气缸孔11a,12a的轴线L1的布置的假想圆周C1也被限定在每个凸轮表面17A,17B上。 两个圆周C0,C1的中心与驱动轴13的轴线L0一致。圆周C0的半径R1大于圆周C1的半径。 驱动轴13和波形凸轮17的整体旋转通过鞋将每个活塞16往复运动,在缸孔11a,12a中。 每个球形表面的中心Q1,Q2在相关联的凸轮表面17A,17B上的圆周C1的外侧。
    • 3. 发明授权
    • Vibration preventing structure in swash plate type compressor
    • 斜盘式压缩机防振结构
    • US5765996A
    • 1998-06-16
    • US415543
    • 1995-04-03
    • Toshiro FujiiKoichi ItoKazuaki IwamaKatsuya Ohyama
    • Toshiro FujiiKoichi ItoKazuaki IwamaKatsuya Ohyama
    • F04B27/10F04B27/08
    • F04B27/1063
    • A compressor has a plurality of cylinder bores defined around a rotary shaft in a cylinder block and a plurality of double-headed pistons accommodated in the respective cylinder bores. The pistons compress refrigerant gas in a plurality of front and rear compression chambers defined in the bores in the front and rear of the respective pistons according to the rotation of a cam plate mounted on the rotary shaft. The compressor has bearing that receive thrust loads applied to the rotary shaft during operation of the compressor. The pistons create a net thrust load determined by the difference between the maximum of the sum of loads applied to the front sides of the pistons by the refrigerant gas in the front compression chambers and the maximum of the sum of loads applied to the rear sides of the pistons by the refrigerant gas in the rear compression chambers. The pistons transfer the net thrust load to the rotary shaft in a predetermined direction.
    • 压缩机具有围绕气缸体中的旋转轴限定的多个气缸孔,以及容纳在相应气缸孔中的多个双头活塞。 活塞根据安装在旋转轴上的凸轮板的旋转而在各活塞的前后的孔内限定的多个前后压缩室内压缩制冷剂气体。 压缩机具有在压缩机运行期间承受施加到旋转轴的推力载荷的轴承。 活塞产生的净推力载荷由前压缩室中的制冷剂气体施加到活塞的前侧的负载的最大值之间的差异以及施加到前侧压缩室的负载的总和的最大值之间的差确定 活塞通过后压缩室中的制冷剂气体。 活塞将预定方向的净推力载荷传递给旋转轴。
    • 5. 发明授权
    • Reciprocating piston compressor
    • 往复式活塞式压缩机
    • US5533872A
    • 1996-07-09
    • US463206
    • 1995-06-05
    • Toshiro FujiiKazuaki IwamaYuichi KatoKatsuya Ohyama
    • Toshiro FujiiKazuaki IwamaYuichi KatoKatsuya Ohyama
    • F04B49/08F04B27/08F04B27/10F04B39/10F04B49/24
    • F04B49/24F04B27/1018Y10T137/6011
    • A rotary valve is supported on a rotary shaft for an integral rotation. The rotary valve has a suction passage and a discharge passage. The suction passage connects a cylinder bore with a suction chamber according to the rotation of the rotary valve when a piston is in the suction stroke. The discharge passage connects the cylinder bore with a discharge chamber according to the rotation of the rotary valve when the piston is in the discharge stroke. The discharge passage includes a first passage and a second passage. The second passage communicates with the cylinder bore after the first passage has communicated with the cylinder bore after the first passage has communicated with the cylinder bore according to the rotation of the rotary valve. A discharge valve is mounted on the rotary valve. The discharge valve selectively opens and closes the first passage according to the difference between the pressures in the cylinder bore and in the discharge chamber.
    • 旋转阀支撑在旋转轴上用于整体旋转。 旋转阀具有吸入通道和排出通道。 当活塞处于吸入冲程时,抽吸通道根据旋转阀的旋转将气缸孔与吸入室连接。 当活塞处于排放冲程时,排出通道根据旋转阀的旋转将气缸孔与排气室连接。 排出通道包括第一通道和第二通道。 在第一通道根据旋转阀的旋转与第一通道已经与气缸孔连通之后,第一通道与气缸孔连通之后,第二通道与气缸孔连通。 排出阀安装在旋转阀上。 排气阀根据缸内压力和排气室之间的差异有选择地打开和关闭第一通道。
    • 7. 发明授权
    • Wave cam type compressor
    • 波形凸轮式压缩机
    • US5601416A
    • 1997-02-11
    • US475043
    • 1995-06-07
    • Kazuo MurakamiToshiro FujiiKazuaki Iwama
    • Kazuo MurakamiToshiro FujiiKazuaki Iwama
    • F01B3/04F04B27/10F04B1/12
    • F04B27/1054F01B3/04F05C2253/12Y10T74/18304
    • A wave cam type compressor is described. Cylindroid blocks are provided to support a drive shaft and to contain a plurality of cylinder bores centered around the drive shaft. A wave cam attached to the drive shaft has cam surfaces on the front side and the rear side. The cam surfaces are composed of convex surfaces only. Pistons in the cylindroid blocks are operated by the wave cam through shoes. Each shoe has a spherical surface and a flat surface. The spherical surface is fitted in a recess formed on the piston, while the flat surface makes line contact with the cam surface of the wave cam. The shoes move relative to the wave cam on a predetermined circular path on the cam surfaces. The rotation of the wave cam together with the drive shaft is converted to reciprocating motions of the pistons in the cylinder bores with the aid of the shoes and wave cam, thus achieving compression of a fluid supplied to the cylinder bores.
    • 描述波形凸轮型压缩机。 提供圆柱形块以支撑驱动轴并容纳以驱动轴为中心的多个气缸孔。 附接到驱动轴的波浪凸轮具有在前侧和后侧上的凸轮表面。 凸轮表面仅由凸面组成。 圆柱形块中的活塞由波浪凸轮通过鞋子操作。 每个鞋子具有球形表面和平坦表面。 球形表面装配在形成在活塞上的凹部中,而平坦表面与波形凸轮的凸轮表面线接触。 鞋相对于凸轮表面上的预定圆形路径上的波形凸轮移动。 波形凸轮与驱动轴一起的旋转通过鞋和波浪凸轮的转换被转换为气缸孔中的活塞的往复运动,从而实现了供应到气缸孔的流体的压缩。
    • 10. 发明授权
    • Axial multi-piston type compressor having movable discharge valve
assembly
    • 具有可动排气阀组件的轴向多活塞式压缩机
    • US5316447A
    • 1994-05-31
    • US980279
    • 1992-11-23
    • Toshiro FujiiKoichi ItoKazuo MurakamiKazuaki Iwama
    • Toshiro FujiiKoichi ItoKazuo MurakamiKazuaki Iwama
    • F04B27/08F04B27/10F04B39/08F04B39/10F04B49/24F04B1/12F01B13/04
    • F04B27/1009F04B39/08F04B49/24F05C2201/906
    • A compressor comprises a cylinder block having cylinder bores formed radially spaced from and circumferentially distributed equidistantly about the cylinder longitudinal axis. Pistons are slidably received in the respective bores for reciprocation therein executing alternately suction and discharge strokes. The compressor also has a discharge valve assembly for controlling discharge of a compressed fluid from each of the bores into a discharge chamber, which assembly is axially movable between a first position in which the assembly is abutted against an end wall of the block and a second position in which the assembly is spaced from the end wall of the block to define a narrow space therebetween to interconnect the bores with each other. When the assembly is pushed toward the second position by the pressure of the compressed fluid during initial running of the compressor, bypass channels interconnect the cylinder with the discharge chamber.
    • 压缩机包括气缸体,其具有气缸孔,其形成为围绕气缸纵向轴线等距离地并且周向地分布形成。 活塞可滑动地容纳在相应的孔中以在其中往复运动,执行交替的抽吸和排出冲程。 压缩机还具有排出阀组件,用于控制压缩流体从每个孔排出到排放室中,该排出室可在第一位置和第二位置之间轴向移动,在该第一位置,组件抵靠在块体的端壁上, 所述组件与所述块的端壁间隔开以在其间限定狭窄空间的位置,以使所述孔相互连接。 当在压缩机的初始运行期间通过压缩流体的压力将组件推向第二位置时,旁路通道将气缸与排出室相连接。