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    • 3. 发明申请
    • TUNNEL-STYLE CRANKSHAFT WITH COUNTERWEIGHTS OF INCREASED RADIAL PROFILE
    • 隧道式起重机与增加的径向轮廓的对比
    • US20150276015A1
    • 2015-10-01
    • US14227906
    • 2014-03-27
    • GARDNER DENVER PETOLEUM PUMPS, LLC
    • Scott D. PETERSON
    • F16F15/26F16C3/20F16C3/06
    • F16F15/26F16C3/06F16C3/12F16C3/20F16C9/02F16C19/26F16F15/283Y10T74/2183
    • A tunnel-style crankshaft assembly is provided having counterweights that serve the purposes of retaining the axial motion of bearings and improving the balance of the crankshaft assembly as a result of having a structure of an increased radial profile. The counterweights can include a mass section and a bearing retaining section. When the counterweight is secured to a crank web, the mass section of the counterweight is axially spaced from a bearing assembly disposed around the web. Therefore, the mass section of the counterweight may extend radially beyond an inner race of the bearing assembly without contacting the bearing assembly's cage. The mass section of the counterweight does not extend radially beyond a radial envelope of a crankshaft support surface thereby permitting the crankshaft assembly to be slidingly inserted into the crankcase.
    • 提供了一种隧道式曲轴组件,其具有用于保持轴承的轴向运动并且由于具有增加的径向轮廓的结构而改善曲轴组件的平衡的目的。 配重可以包括质量部分和轴承保持部分。 当配重被固定到曲柄腹板上时,配重的质量部分与设置在腹板周围的轴承组件轴向间隔开。 因此,配重的质量部分可以径向延伸超过轴承组件的内圈而不接触轴承组件的保持架。 配重的质量部分不径向延伸超过曲轴支撑表面的径向包络,从而允许曲轴组件滑动地插入曲轴箱中。
    • 4. 发明申请
    • HIGH EFFICIENCY INTERNAL EXPLOSION ENGINE
    • 高效内燃机
    • US20150136067A1
    • 2015-05-21
    • US14513071
    • 2014-10-13
    • Douglas K. Furr
    • Douglas K. Furr
    • F02B75/32F02B75/02F16C7/02
    • F02B75/32F02B75/02F02B75/042F02B2075/027F02D15/04F16C3/06F16C3/22F16C7/023Y02T10/12Y10T74/2142Y10T74/2162Y10T74/2173Y10T74/2183
    • A four-stroke, piston-powered internal explosion (“IE”) engine for providing power output through a rotating crankshaft. The IE engine includes an engine block having power cylinders formed therein for receiving working pistons, bearing means for supporting the crankshaft, and a crankshaft supported within the bearing means having an output end extending outside of the engine block and a plurality of offset power cranks. The IE engine further includes connecting rods operably coupled to the power cranks and configured to transfer power from the working pistons to rotate the crankshaft, and working pistons that are received into the power cylinders and operably coupled to the power cranks. Each working piston has a head end positioned adjacent to a cylinder head to form a compression chamber and is configured to receive power from an explosion of a compressed volume of air/fuel mixture located within the compression chamber, and to transfer the received power to the connecting rods. The IE engine is further configured so that the compressed volume of air/fuel mixture is substantially constant, and a peak compression ratio is maintained, from an angular position of the rotating crankshaft of at least 20 degrees prior to a TDC position of a compression stroke, to an angular position of at least 20 degrees after the TDC position of a power stroke, and prior to detonation.
    • 四冲程活塞式内爆(“IE”)发动机,用于通过旋转曲轴提供动力输出。 IE引擎包括具有形成在其中用于接收工作活塞的动力缸的发动机缸体,用于支撑曲轴的支承装置和支撑在轴承装置内的曲轴,其具有延伸到发动机缸体外部的输出端和多个偏置动力曲柄。 IE引擎还包括可操作地联接到动力曲柄并被配置为从工作活塞传递动力以旋转曲轴的连杆,以及被接收到动力缸中并且可操作地联接到动力曲柄的加工活塞。 每个工作活塞具有靠近气缸盖定位的头端,以形成压缩室,并且构造成从位于压缩室内的空气/燃料混合物的压缩体积的爆炸物接收动力,并将接收到的功率传递到 连杆 IE引擎被进一步配置成使得空气/燃料混合物的压缩体积基本上恒定,并且在压缩冲程的TDC位置之前从旋转曲轴的角位置保持至少20度的峰值压缩比 到动力冲程的TDC位置之后和爆震之前至少20度的角位置。
    • 5. 发明授权
    • Countershaft
    • 中轴
    • US08939123B2
    • 2015-01-27
    • US13387881
    • 2010-07-20
    • Ewald HerzogRaphael HerzogPatricia Will
    • Ewald HerzogRaphael HerzogPatricia Will
    • F02B75/06F16F15/26F16C17/02
    • F16F15/267F16C17/02F16C19/46F16C35/063F16C2361/53Y10T74/2157Y10T74/2183
    • The invention relates to a countershaft for a single or multiple cylinder motor having at least one unbalanced weight section (21, 22; 23, 24) and at least one bearing point (16, 17) that is allocated to the at least one unbalanced weight section (21, 22; 23, 24), wherein the bearing point (16, 17) has a radial circumferential surface (18) that extends only partially over a circumference of the bearing point (16, 17) so that a centrifugal force resulting from rotation of the countershaft (11) lies within a region of the bearing point (16, 17) that is formed by the circumferential surface (18) extending partially over the circumference of the bearing point (16, 17) and having a ring (25) that surrounds the partially extended circumferential surface (18) of the bearing point (16, 17) and is connected by a force and/or form and/or material fitting connection to the bearing point (16, 17), wherein the circumferential surface (18) of the bearing point (16, 17) has a receptacle region (33) for receiving the ring (25) and at least one axial outer edge region or at least one ring-shaped region of the ring (25) is connected at least to one contact surface (37) of the receptacle region (33) in a force and/or form and/or material fitting manner. (Refer to FIG. 5.)
    • 本发明涉及一种用于单缸或多缸电动机的中间轴,其具有至少一个不平衡配重部分(21,22; 23,24)和至少一个支承点(16,17),其被分配给至少一个不平衡重物 (21,22; 23,24),其中所述支承点(16,17)具有仅在所述支承点(16,17)的圆周上部分延伸的径向周向表面(18),使得产生离心力 从中间轴(11)的旋转位于由轴承点(16,17)的圆周上部分延伸并且具有环(16,17)的圆周表面(18)形成的支承点(16,17)的区域内, 围绕所述支承点(16,17)的部分延伸的圆周表面(18)并通过与所述支承点(16,17)的力和/或形式和/或材料配合连接相连接,其中所述周向 支承点(16,17)的表面(18)具有容纳区域(33)f 或接收所述环(25),并且所述环(25)的至少一个轴向外边缘区域或至少一个环形区域以至少一个接触表面(37)的力连接在一起 和/或形式和/或材料配合方式。 (参照图5)
    • 7. 发明授权
    • Mass-balancing transmission and method for mounting same
    • 质量平衡传动及其安装方法
    • US08881705B2
    • 2014-11-11
    • US13882295
    • 2011-07-25
    • Siegfried Tisch
    • Siegfried Tisch
    • F02B75/06F16F15/14F16F15/26
    • F16F15/14F16F15/264F16F2228/001F16F2230/38Y10T74/2132Y10T74/2183
    • A mass-balancing transmission of an internal combustion engine (1) is provided, having a transmission housing (8) and a balancing shaft (6) with a bearing point (10, 11) at which the balancing shaft is mounted radially in a bearing seat (12, 13) of the balancing housing, and having an unbalanced section (9) which is formed in one part with the bearing point of the originally shaped balancing shaft. The bearing point is set back radially compared to the unbalanced section with the result that the diameter relationship: d2>d1 applies for the external envelope circle d1 of the bearing point and the external envelope circle d2 of the unbalanced section. Considered in the axial direction of the balancing shaft, the external envelope circle d2 of the unbalance section and the external envelope circle d1 of the bearing point extend offset to one another with an eccentricity of e.
    • 提供一种内燃机(1)的质量平衡传动装置,其具有传动壳体(8)和具有轴承点(10,11)的平衡轴(6),平衡轴径向安装在轴承 平衡壳体的座椅(12,13),并且具有不平衡部分(9),该不平衡部分与初始形状的平衡轴的轴承点形成在一个部分中。 轴承点与不平衡部分相比径向放回,结果直径关系:d2> d1适用于轴承点的外部包络圆d1和不平衡部分的外部包络圆d2。 考虑到平衡轴的轴向方向,不平衡部分的外部包络圆d2和轴承点的外部包络圆d1以偏心距离e彼此偏移。