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    • 1. 发明申请
    • VORRICHTUNG ZUM ERZEUGEN EINES OSZILLIERENDEN FLUIDSTROMS SOWIE VORRICHTUNG ZUM ERZEUGEN EINES OSZILLIERENDEN HUBES EINES WERKZEUGS
    • 设备技术生成装置,用于中风振荡出工具振荡流体流动和设备
    • WO2010045929A2
    • 2010-04-29
    • PCT/DE2009/001459
    • 2009-10-20
    • DIEM, Reinhard
    • DIEM, Reinhard
    • F01C9/00
    • F04C3/06F04C11/001
    • Die Erfindung betrifft eine Vorrichtung zum Erzeugen eines oszillierenden Fluidstroms sowie eine Vorrichtung zum Erzeugen eines oszillierenden Hubes eines Werkzeuges. Die Erfindung schlägt eine Rotationspumpe (1) mit einem kugelabschnittsförmigen Hohlraum (2) auf, in dem ein rotierend angetriebenes Kugelsegment (5) angeordnet ist, wobei das Kugelsegment (5) eine Rotationsachse (10) aufweist, die sich geneigt gegenüber der zentralen Mittelachse (9) des Kugelsegmentes (5) erstreckt. Das Kugelsegment (5) ist derart in dem Hohlraum (2) angeordnet, dass sich ein kugelkeilförmiger Zwischenraum (8) zwischen einer Hohlraumbodenplatte (3) des Hohlraums (2) ergibt. In die Hohlraumbodenplatte (3) ist mittig rechtwinklig eine Pendelplatte (12) eingelassen, die den Kugelsegmentboden (6) an seiner breitesten Stelle berührt und den Zwischenraum (8) in zwei Arbeitskammern (18, 19) unterteilt.
    • 本发明涉及一种装置,用于产生振荡流体流和用于生成工具的振荡冲程的装置。 本发明提出一种旋转泵(1)与球截形腔(2),其中旋转驱动的球链段(5)布置,其特征在于,(5),其具有旋转轴线(10)的球节段延伸的倾斜(相对于所述中心中间轴 所述球状部的9)(5)。 球形段(5)被布置在空腔(2),即一个高架地板板之间的球楔形间隙(8)所述空腔的(2)(3)获得。 在空腔底板(3)包括一个往复板(12)被垂直承认为中心,所述球段底部(6)接触在其最宽点和所述中间空间(8)分成两个工作腔(18,19)被分割。
    • 3. 发明申请
    • PISTON UNIT OF ROTARY PUMP
    • 活塞泵活塞单元
    • WO2007107503A1
    • 2007-09-27
    • PCT/EP2007/052486
    • 2007-03-16
    • SNC Promex ASPRÕGUNOV, OlegNIKITENKO, VladislavGASIMOVA, Zanna
    • PRÕGUNOV, OlegNIKITENKO, VladislavGASIMOVA, Zanna
    • F01C3/06F04C3/06F04C9/00
    • F04C3/06F01C3/06F04C9/005
    • The invention relates to the piston unit of a rotary pump, comprising a rotor 4 placed on the pump shaft 6, a piston 3 placed in the groove 10 of the rotor 4, an insert block 8 placed in the cutout 11 of the piston 3, and a collar 2 to swivel the piston 3 relative to the rotor 4 in the groove 10 of the rotor 4. In the assembled pump the piston 3 is placed in the groove 10 of the rotor 4 and the insert block 8 is in turn placed in the cutout 11 of the piston 3. Two working chambers A and B with changing volume are formed in the cutout 11 of the piston 3 one on each side of the insert block 8 placed on the pump shaft 6, when in the operating pump by revolving the pump shaft 6, the piston 3 swivels in the groove 10 on the rotor 4 with the help of the collar 2.
    • 本发明涉及旋转泵的活塞单元,其包括设置在泵轴6上的转子4,放置在转子4的槽10中的活塞3,设置在活塞3的切口11中的插入块8, 以及在转子4的凹槽10中使活塞3相对于转子4旋转的套环2.在组装的泵中,活塞3被放置在转子4的槽10中,并且插入块8又被置于 活塞3的切口11.在活塞3的切口11中形成两个具有变化的体积的工作室A和B,一个位于插入块8的两侧,放置在泵轴6上,当在操作泵中旋转 在泵轴6上,借助于套环2,活塞3在转子4上的凹槽10中旋转。
    • 4. 发明申请
    • ROTARY-PISTON PUMP
    • 旋转活塞泵
    • WO02044567A1
    • 2002-06-06
    • PCT/EE2000/000005
    • 2000-11-28
    • F04C3/06
    • F04C3/06
    • With the given invention the following improvements of the known rotary-piston pump (International Application PCT/EE96/00003) have been achieved: lowered the strength impacts between the pistons and rotor by the means of using an external half arch (2) that have been connected by the means of a usual Hook's articulation; lowered the hydrodynamic resistance of the rotary/piston group thanks to the grooves (9) that have been made in the areas of the external surfaces of the end intersections of the arch/shaped pistons; simplified achieving of higher preciseness in the technology of making the body thanks to the separation of the body into two half bodies (10 and 11) with a level (12) which is perpendicular with axes of one arch of the rotary/piston pump.
    • 对于本发明,已经实现了已知的旋转活塞泵(国际申请PCT / EE96 / 00003)的以下改进:通过使用具有外部半拱(2)的方式降低活塞和转子之间的强度冲击 通过Hook的通用方式连接; 由于在拱形/活塞的端部交叉的外表面的区域中形成的凹槽(9),降低了旋转/活塞组的流体动力学阻力; 简化了通过将本体分离成具有与旋转/活塞泵的一个拱的轴线垂直的水平(12)的两个半体(10和11),从而实现制造身体的技术更高的精确度。
    • 5. 发明申请
    • ROTARY PISTON PUMP
    • 旋转活塞泵
    • WO1998026182A1
    • 1998-06-18
    • PCT/EE1996000003
    • 1996-12-13
    • KEIKOV, JüriKEIKOV, Ilja
    • F04C03/06
    • F04C3/06
    • This invention may find use in applications such as pumps and other machines, it solves the problem of reduction of hydrodynamic resistance multiply and increases the capacity. The offered mechanim comprises of disc-shaped housing (1) with through hole (2), which is overlapped by mobile parts of rotary-piston group. Four chambers (6), formed by rotor (5) and pistons (11, 12), move in a circle inside the housing hole (2) in the plane of axle of the hole and run alternately along two sides of the housing. On running along one side they increase their volume, and along the other they reduce it, pumping over fluid through the said hole (2) in the housing. A rotary-piston group kinematically represents a modified Hooke joint. Shafts (4) are positioned at an angle. Sleeves of forks are changed into single arc-shaped half-sleeves, which are located directly on the shafts (one sleeve on each shaft). Cruciform has a spherical shape with two intersected circular canals and functionally the cruciform represents a rotor of the rotary-piston mechanism. Half-sleeves of shafts, located in the cruciform canals, functionally represent doubled pistons (11, 12). Inner surface of the through hole (2) in the housing and outer surface of members of the rotary-piston group (5, 11, 12) have spherical shape.
    • 本发明可以应用于诸如泵和其他机器的应用中,它解决了降低流体动力学阻力并增加容量的问题。 所提供的机构包括具有通孔(2)的盘形壳体(1),其与旋转活塞组的可移动部分重叠。 由转子(5)和活塞(11,12)形成的四个腔室(6)在孔的平面内的壳体孔(2)内圆周移动,并且沿着壳体的两侧交替地运动。 沿着一侧运行时,它们增加其体积,并且沿着另一侧减小它们,通过壳体中的所述孔(2)泵送流体。 旋转活塞组运动地表示改进的胡克接头。 轴(4)以一定角度定位。 叉子的绳子变成单个圆弧形半袖,它们直接位于轴上(每个轴上的一个套筒)。 十字星具有两个相交的圆形运河的球形形状,十字形表示旋转活塞机构的转子。 位于十字形运河中的半袖轴功能上代表双重活塞(11,12)。 壳体中的通孔(2)的内表面和旋转活塞组(5,11,12)的构件的外表面具有球形。
    • 6. 发明申请
    • HEMISPHERICAL ENGINE
    • 发动机
    • WO1998016723A1
    • 1998-04-23
    • PCT/YU1997000010
    • 1997-10-15
    • FILIPOVIC, Vladeta
    • F01C03/06
    • F04C3/06F01C3/06F01C9/005
    • Ball mechanism with rotary wing (BMRW) is functionally equivalent to the classical cylinder-piston mechanism, but with different kinematic structure BMRW has a ball-like housing (10) and a semicircle-shaped rotary wing (3) and its kinematic scheme belongs to the class of three-link, spatial spherical mechanisms. Two main fields of application are Ball Pump with Rotary Wing (BPRW) and Ball Engine with Rotary Wing (BERW). However, BMRW can be an alternative for any kind of reciprocating mechanisms, if it is important to make use of its main advantages: minimal dimensions, variable flow or compression ratio, and almost ideal mass balancing.
    • 具有旋翼(BMRW)的球机构在功能上等同于经典的气缸活塞机构,但具有不同的运动学结构,BMRW具有球状壳体(10)和半圆形旋翼(3),其运动方案属于 三链的类,空间球形机构。 两个主要的应用领域是滚珠泵与旋翼(BPRW)和球发动机旋转翼(BERW)。 然而,BMRW可以作为任何类型的往复机构的替代方案,如果使用其主要优点很重要:最小尺寸,可变流量或压缩比,以及几乎理想的质量平衡。
    • 8. 发明申请
    • DEVICE FOR GENERATING AN OSCILLATING FLUID FLOW, AND DEVICE FOR GENERATING AN OSCILLATING LIFT OF A TOOL
    • 设备技术生成装置,用于中风振荡出工具振荡流体流动和设备
    • WO2010045929A3
    • 2011-03-10
    • PCT/DE2009001459
    • 2009-10-20
    • DIEM REINHARD
    • DIEM REINHARD
    • F04C3/06
    • F04C3/06F04C11/001
    • The invention relates to a device for generating an oscillating fluid flow and a device for generating an oscillating lift of a tool. More particularly, the invention relates to a rotary pump (1) comprising a spherical segment-shaped hollow space (2) in which a rotationally driven spherical segment (5) is arranged. Said spherical segment (5) has an axis of rotation (10) that runs at an angle from the central axis (9) of the spherical segment (5). The spherical segment (5) is arranged in the hollow space (2) in such a way that a spherical cone-shaped interstice (8) is created between a bottom plate (3) of the hollow space (2). A hinged plate (12) which touches the bottom (6) of the spherical segment at the widest point thereof and subdivides the interstice (8) into two working chambers (18, 19) is centrally inserted into the bottom plate (3) of the hollow space at a right angle.
    • 本发明涉及一种装置,用于产生振荡流体流和用于生成工具的振荡冲程的装置。 本发明提出一种旋转泵(1)与球截形腔(2),其中旋转驱动的球链段(5)布置,其特征在于,(5),其具有旋转轴线(10)的球节段延伸的倾斜(相对于所述中心中间轴 所述球状部的9)(5)。 球形段(5)被布置在空腔(2),即一个高架地板板之间的球楔形间隙(8)所述空腔的(2)(3)获得。 在空腔底板(3)包括一个往复板(12)被垂直承认为中心,所述球段底部(6)接触在其最宽点和所述中间空间(8)分成两个工作腔(18,19)被分割。
    • 9. 发明申请
    • ARTIFICIAL HEART
    • 人造心脏
    • WO2006067588A1
    • 2006-06-29
    • PCT/IB2005/003827
    • 2005-12-20
    • CERRUTI, AldoMURRI, RomanoMURRI, Marzia
    • CERRUTI, AldoMURRI, RomanoMURRI, Marzia
    • A61M1/10F04C3/06
    • F04C3/06A61M1/10A61M1/1003A61M1/1005A61M1/1081A61M1/1086A61M1/12A61M1/127F04C9/005
    • The heart pump according to the invention includes a casing internally defining a substantially spherical cavity (10) housing: - a rotating shutter (12) secured to the cavity (10) so as to be rotatable about an own rotation axis; - an oscillating shutter (14), secured to the rotating shutter (12) so as to be rotatable relative to the latter about a rotation axis transversal to the rotation axis of the rotating shutter relative to the casing; - a guide ring (18'), secured to the oscillating shutter (14) so as to allow the latter to rotate relative to the same ring (18). The guide ring is arranged to move within a seat formed in the substantially spherical cavity (10) while lying in a substantially slanting plane relative to the rotation axis of the rotating shutter (12) and thereby making the rotating shutter (12) rotate. This allows constructing an artificial heart of very small size that can be driven either by a motor member or by an induced muscle contraction.
    • 根据本发明的心脏泵包括内部限定基本上球形的腔(10)的壳体,壳体包括: - 固定到空腔(10)以便可以围绕自身旋转轴线旋转的旋转快门(12) - 固定到所述旋转快门(12)的摆动快门(14),以相对于所述旋转快门旋转,以相对于所述壳体绕所述旋转快门的旋转轴线横向旋转的轴线旋转; - 导向环(18'),固定到所述摆动挡板(14),以允许所述导向环相对于相同的环(18)旋转。 引导环布置成在形成在基本上球形的腔(10)中的座中移动,同时相对于旋转快门(12)的旋转轴线位于基本倾斜的平面中,从而使旋转快门(12)旋转。 这允许构建非常小尺寸的人造心脏,其可以由马达构件或通过诱导的肌肉收缩来驱动。