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    • 41. 发明申请
    • HYDRAULIC MACHINE AND METHOD OF PRODUCING THE CONTOUR OF A GEARWHEEL OF A HYDRAULIC MACHINE
    • 液压机及液压机齿轮轮廓制作方法
    • WO1994023207A1
    • 1994-10-13
    • PCT/DK1994000126
    • 1994-03-25
    • DANFOSS A/SHANSEN, Gunnar, LyshojPETERSEN, Hans, Christian
    • DANFOSS A/S
    • F04C02/10
    • F04C2/084B23F15/08
    • A hydraulic machine (1) is disclosed, with an annular gear (3) with internal teeth (6, 7) and, eccentrically mounted in the annular gear, a gearwheel (2) with external teeth (4, 5) which engage with the internal teeth, the external teeth comprising one more tooth than the internal teeth and the contour of the external teeth being formed by an envelope of a system of generating circles (14), the midpoints of which lie on a trochoid (9) which, as a rolling circle (10) rolls without slipping on a base circle (11), can be generated by the movement of a point lying on a radial ray of the rolling circle co-rotating with the rolling circle. A method of producing the contour of a gear wheel of such a machine is also disclosed. In such a machine it is desirable to realise a satisfactory inner seal and low Hertzian stresses. To that end, the spacing of the point from the midpoint of the rolling circle (10) is larger than the radius of the rolling circle (10). The tooth form can then be formed by the end points of a system of line segments which are located at right angles to the trochoid (9) and are the same length as the radii of the generating circles (14), wherein the trochoid (9) encloses a closed inner face and separates it from an outer face and several intermediate faces, and the line segments are arranged only in the inner face.
    • 一种液压机(1),其具有带有内齿(6,7)的环形齿轮(3),并且偏心地安装在环形齿轮中,具有外齿(4,5)的齿轮(2) 内齿,所述外齿包括比所述内齿多一个齿,并且所述外齿的轮廓由产生圆(14)的系统的外壳形成,所述圆的中点位于次摆线(9)上,所述次摆线(9)作为 可以通过位于与滚动圆共同旋转的滚动圆圈的径向射线上的点的移动来产生滚动圆(10)而不在基圆(11)上滑动的情况下滚动。 还公开了一种制造这种机器的齿轮轮廓的方法。 在这种机器中,期望实现令人满意的内密封和低赫兹应力。 为此,点距滚动圆(10)的中点的间距大于滚动圆(10)的半径。 然后,齿形可以由位于与次摆线(9)成直角并且与发生圆(14)的半径相同的长度的线段系统的端点形成,其中次摆线(9) )封闭封闭的内表面并将其从外表面和几个中间面分离,并且线段仅布置在内表面中。
    • 43. 发明申请
    • METHOD FOR HARD FINE MACHINING OF A WORKPIECE WITH A WORM-SHAPED CUTTING TOOL
    • 使用WORM型切割工具对工件进行精密加工的方法
    • US20150290730A1
    • 2015-10-15
    • US14658669
    • 2015-03-16
    • KAPP Werkzeugmaschinen GmbHNILES Werkzeugmaschinen GmbH
    • Sergiy GRINKO
    • B23F19/05B23F23/00B23Q23/00B23F5/04
    • B23F19/052B23F5/04B23F5/22B23F15/08B23F23/006B23Q23/00
    • A method for hard fine machining of a workpiece with a worm-shaped cutting tool, wherein the workpiece has a profiling along its circumference. The cutting tool has a machining surface. A hard machining process of the profiling is carried out at simultaneous synchronized rotation of the workpiece around its axis and of the cutting tool around its axis with given meshing of the machining surface into the profiling by moving the cutting tool in the direction of the axis of the cutting tool. A shift movement is superposed to the cutting tool in the direction of the axis of the cutting tool during the hard machining. The shift movement includes at least one first section at which the cutting tool is moved in one of its axial directions and of at least one second section at which the cutting tool is moved in the other of its axial directions.
    • 一种用蜗轮切割工具对工件进行硬精加工的方法,其中工件沿着其圆周具有轮廓。 切削刀具具有加工面。 轮廓的硬加工过程是在工件绕其轴线和切削工具围绕其轴线同步旋转的同时进行的,通过使加工表面沿着轴线方向 切割工具。 在硬加工期间,换刀运动在切削工具的轴线方向上与切削刀具重叠。 换档运动包括至少一个第一部分,切割工具在其中一个轴向方向上移动至少一个第一部分和至少一个第二部分,在该第二部分处,切割工具在另一个轴向方向上移动。
    • 44. 发明申请
    • METHOD FOR THE PRODUCTION OF A WORKPIECE AND GRINDING MACHINE
    • 生产工件和磨床的方法
    • US20100029183A1
    • 2010-02-04
    • US12511488
    • 2009-07-29
    • Hans-Juergen HEYDER
    • Hans-Juergen HEYDER
    • B23F15/08B23F1/02B24B5/04B24B19/02
    • B24B19/022B23F15/08Y10T409/105883
    • The invention relates to a method for the production of a rotor of a rotary screw compressor (1) with a cylindrical basic shape, which has a helical profile (2) at its outer circumference, wherein the method comprises the steps of: a) Pre-processing of the workpiece (1) by bringing in the profile (2), wherein the profile (2) has a stock compared with the finished shape, b) Pre-grinding of the profile (2) by a rough-machining process in a grinding machine, wherein a part of the stock is removed and c) Finish-grinding of the profile (2) by a finish-machining process in the grinding machine, wherein the remainder of the stock is removed and the finished shape of the profile (2) is produced. To improve the efficiency of the production especially of rotors of rotary screw compressors and ensure a high quality of the production the invention is characterized in that the pre-grinding and/or the finish-grinding is carried out with a grinding worm (3) by a continuous generative grinding process.
    • 本发明涉及一种用于生产具有圆柱形基本形状的旋转螺杆式压缩机(1)的转子的方法,其在其外圆周处具有螺旋形轮廓(2),其中该方法包括以下步骤:a) 通过引入型材(2)来处理工件(1),其中型材(2)与成品形状相比具有坯料,b)通过粗加工工艺预先研磨型材(2) 一种研磨机,其中一部分坯料被去除并且c)通过在研磨机中的精加工工艺对型材(2)进行精加工,其中剩余的坯料被去除并且成型的轮廓形状 (2)。 为了提高特别是旋转式螺杆式压缩机的转子的生产效率,并且确保高质量的生产,本发明的特征在于预磨和/或精磨是用研磨蜗杆(3)由 连续生成研磨工艺。
    • 46. 发明授权
    • Multi-function machine tool and machining method in multi-function machine tool
    • 多功能机床多功能机床及加工方法
    • US06868304B2
    • 2005-03-15
    • US10670197
    • 2003-09-26
    • Masaya UeharaMiwako Yuhara
    • Masaya UeharaMiwako Yuhara
    • B23Q11/08B23B3/16B23B5/46B23B5/48B23B21/00B23C3/32B23F13/06B23F15/08B23P23/02B23Q1/62G06F19/00
    • B23Q1/623B23B5/48B23F15/08Y10T82/2543Y10T483/1771
    • The multi-function machine tool of the present invention has a tool rest main body which is disposed movably relative to the main spindle of the machine tool in a first linear direction parallel to the axial line of the main spindle and a second linear direction perpendicular to the axial line of the main spindle, a turning tool rest 72 which is disposed so that this turning tool rest can turn relative to the tool rest main body about a turning axis 73 oriented in a direction that is perpendicular to the first and second linear directions, and control means which control the rotational motion of the main spindle, the turning motion of the turning tool rest about the turning axis, and the relative motion of the tool rest main body. Furthermore, the control means can cause the turning tool rest to perform a turning motion about an arbitrary position that differs from the position of the turning axis by concurrently and synchronously causing a turning motion of the turning tool rest about the turning axis, and a circular-arc motion based on the relative motion of the tool rest main body in the first linear direction and second linear direction.
    • 本发明的多功能机床具有:刀具主体,其相对于机床的主轴在与主轴的轴线平行的第一直线方向上相对移动地设置,第二直线方向垂直于 主轴的轴线,转动刀架72,其设置成使得该转动刀架能够相对于刀架主体绕相对于第一和第二直线方向定向的转动轴线73转动 以及控制装置,其控制主轴的旋转运动,转动工具围绕转动轴线的转动运动以及刀架主体的相对运动。 此外,控制装置可以使转动刀架在与转动轴的位置不同的任意位置上同时并且同时引起转动刀架围绕转动轴线的转动运动而进行转动运动,圆周 基于刀架主体在第一线性方向和第二线性方向上的相对运动的运动。