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    • 21. 发明公开
    • An internal combustion engine having an orbital inner body or piston member working in a housing
    • Brennkraftmaschine mit einem in einemGehäusearbeitendenWälzkolbenoder Kolbenelement。
    • EP0042890A1
    • 1982-01-06
    • EP80302163.3
    • 1980-06-27
    • Gurley, James R.
    • Gurley, James R.
    • F01C1/32F02B53/04F02B53/08
    • F02B53/04F01C1/32F02B53/08F02B2075/027Y02T10/17
    • An internal combustion engine has an orbital inner body or piston member (21,200) working in a housing (10, 204) and eccentrically connected with a power output shaft (36,38) to rotate the latter while orbiting within the housing.
      A compact, efficient design is obtained by associating each pair of interfitting lobes (16,28; 18,30; 20,32), formed respectively in the housing and inner body and together providing a combustion chamber (70) and an exhaust chamber (72), with an intake and compression chamber (56) formed by a recess (42, 44, 46) in the inner body and a slidable element (46) accommodated therein. During orbital movement of the inner body, the slidable element (46) slides into sealing engagement with the associated lobes to form a sealed space containing the chambers (70,72). The housing, inner body and slidable element (46) feature an arrangement of grooves (86, 88, 90) which, during the orbital movement, cause fluid to be admitted to the chamber (56) for compression therein, then admit the compressed fluid to the combustion chamber, and thereafter exhaust the expanded fluid from the exhaust chamber (72). Each inner body lobe includes a surface (70a) parallel to the axis of eccentricity whereby combustion forces act normal to the axis in order to attain enhanced efficiency of power transfer to the shaft (36, 38).
    • 内燃机具有在壳体(10,204)内工作的轨道内体或活塞构件(21,200),并与动力输出轴(36,38)偏心连接,以在壳体内旋转的同时使其旋转。 通过将分别形成在壳体和内体中的每对配合凸角(16,28; 18,30; 20,32)相关联并一起提供燃烧室(70)和排气室( 具有由内体中的凹部(42,44,46)形成的进气压缩室(56)和容纳在其中的可滑动元件(46)。 在内体的轨道运动期间,可滑动元件(46)滑动到与相关联的叶片密封接合以形成容纳腔室(70,72)的密封空间。 壳体,内体和可滑动元件(46)具有凹槽(86,88,90)的布置,其在轨道运动期间使流体进入腔室(56)以在其中压缩,然后允许压缩流体 到燃烧室,然后从排气室(72)排出膨胀流体。 每个内部主体凸起包括平行于偏心轴线的表面(70a),由此燃烧力垂直于轴线,以便提高传递到轴(36,38)的功率效率。
    • 28. 发明公开
    • BRENNKRAFTMASCHINE
    • EP2828482A1
    • 2015-01-28
    • EP12710247.3
    • 2012-03-20
    • Mair's - Drehscheibenmotor, Inc.
    • MAIR, Georg Johann
    • F01C1/344F01C1/356F01C21/10F02B53/00
    • F02B53/04F01C1/344F01C1/356F01C21/106F02B53/10F02B53/12F04C2250/30
    • Internal-combustion engine (1), comprising an engine housing (2), which has an interior space (3) with an inner wall (4), which section-wise corresponds to a segment of a circular cylinder and section-wise corresponds to a segment, which deviates from the form of a circular cylinder, wherein a rotary disc (5) is centrally rotatably mounted in the interior space (3) around an axis of rotation (6), and an intake area, a compression area, an ignition area, a working area and an exhaust area are formed, wherein the rotary disc (5) is designed substantially in the form of a circular cylinder, wherein said rotary disc (5) has two slots (8, 9) in the circumferential area (7), into each of which slots a sliding element (10, 11) is inserted, wherein each sliding element (10, 11) is able to move along the slot concerned (8, 9), and is moved along the slot concerned (8, 9) on rotation of the rotary disc (5), wherein the end of the first sliding element (10) facing away from the axis of rotation (6) is guided along the inner wall (4) in the compression area, ignition area and working area on rotation of the rotary disc (5), while the end of the second sliding element (11) facing away from the axis of rotation (6) is guided along the inner wall in the compression area and at a distance from the inner wall (4) in the working area on rotation of the rotary disc (5).
    • 内燃机(1)包括发动机壳体(2),所述发动机壳体具有带内壁(4)的内部空间(3),所述内壁(4)分段地对应于圆柱体的一部分并且分段地对应于 偏离圆柱形状的部段,其中旋转盘(5)围绕旋转轴线(6)以可旋转的方式安装在内部空间(3)中,并且进气区域,压缩区域, 点火区域,工作区域和排气区域,其中所述转盘(5)基本上以圆柱体的形式设计,其中所述转盘(5)在圆周区域中具有两个槽(8,9) (7)中插入滑动元件(10,11)的每个槽中,其中每个滑动元件(10,11)能够沿着相关槽(8,9)移动,并且沿着相关槽移动 (5)旋转时,所述第一滑动元件(10)的远离所述旋转轴线(5)的端部(8) 6)在旋转盘(5)旋转时在压缩区域,点火区域和工作区域沿着内壁(4)被引导,而第二滑动元件(11)的远离旋转轴线( 6)沿着压缩区域的内壁并且在旋转盘(5)的旋转时与工作区域中的内壁(4)间隔开地被引导。