会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Means for manufacturing components of rotary valves
    • 用于制造旋转阀部件的方法
    • US4651551A
    • 1987-03-24
    • US783557
    • 1985-10-03
    • Arthur E. BishopKlaus J. Roeske
    • Arthur E. BishopKlaus J. Roeske
    • B21J5/06B21H7/00B21K1/12B21K1/20B21K1/54B62D5/083B21K1/24
    • B62D5/083B21K1/066B21K1/20B21K1/54
    • A die head for a roll imprinting machine for the imprinting of edges of grooves performed in a valve core for a rotary valve for use in a power steering gear, the die head supporting a circular cluster of radially disposed rolling die holders, each die holder carrying at an inner end an arcuate imprinting die and being mounted for partial rotation on a transversely extending axle, partial rotation of all said die holders being effected synchronously by action on each die holder at a position on the idle holder more remote from the inner end of the die holder than the position of the axle and a valve core locator arranged to locate and hold the valve core at the center of the cluster for roll imprinting by the imprinting dies in a synchronous relationship and apparatus for actuating the die head including a number of racks, one for each die holder, supported for reciprocating motion in engagement with sectors of gear teeth formed on the die holders, a work spindle extending along the central axis of the cluster and, a valve core holder, the racks, the work spindle and the valve core holder being reciprocated in coordinated motions according to a predetermined relationship.
    • 一种用于辊压印机的模头,用于在用于动力转向装置的旋转阀的阀芯中进行凹槽的压痕,模头支撑径向设置的轧制模具座的圆形簇,每个模具座承载 在内端处有弓形压印模具并且被安装成用于在横向延伸的轴上部分旋转,所有所述模具保持器的部分旋转通过在每个模具保持器上的作用同步地实现, 所述模具座比所述轴的位置以及阀芯定位器被布置成将所述阀芯定位并保持在所述簇的中心处,以由所述压印模具以同步关系进行辊压印,并且用于致动所述模头的装置包括多个 一个用于每个模具座的支架,用于往复运动地与形成在模具座上的齿轮齿部分啮合;工作轴 根据预定的关系,所述集群的中心轴线和阀芯保持器,所述机架,工作主轴和所述阀芯保持器以协调的运动往复运动。
    • 4. 发明授权
    • Apparatus for manufacturing a master rack
    • 用于制造主机架的装置
    • US4703145A
    • 1987-10-27
    • US864525
    • 1986-05-19
    • Arthur E. BishopKlaus J. Roeske
    • Arthur E. BishopKlaus J. Roeske
    • B23H9/00B62D3/12F16H19/00F16H55/08F16H55/28F16H57/12B23H1/00B23H7/26
    • F16H19/04B23H9/003B62D3/123F16H55/08F16H55/283
    • Apparatus for manufacturing a master rack which in turn is employed in the manufacturing of forging dies to form nonuniform tooth configuartion, which includes an EDM machine having upper and lower platens and mechanism for raising and lowering the upper platen, rack blank support mechanism arranged for longitudinal movement in the rack blank axis and mounted on the lower platen, an electrode in the form of a facsimile of a helical pinion rotatably mounted in bracket attached to the upper platen, mechanism for rotating the electrode intermittently, mechanism causing axial movement of the rack blank past the electrode in accordance with the rotational movement of the electrode, a cam coordinating the position of the electrode in relation to the axis of the rack blank, and a cam follower attached to the bracket and contacting the last-named cam.
    • 用于制造主机架的装置,其又用于锻造模具的制造以形成不均匀的齿形结构,其包括具有上压板和下压板的电火花加工机和用于升高和降低上压板的机构,用于纵向设置的齿条坯料支撑机构 在机架空白轴上的运动并安装在下压板上,可旋转地安装在附接到上压板的支架中的螺旋小齿轮的传真形式的电极,间歇地旋转电极的机构,使机架空白轴向运动的机构 根据电极的旋转运动而过电极,凸轮相对于齿条坯件的轴线协调电极的位置,以及凸轮从动件,其连接到支架并接触最后命名的凸轮。
    • 5. 发明授权
    • Method and apparatus for machining racks for steering gear
    • 用于加工舵机机架的方法和装置
    • US4618297A
    • 1986-10-21
    • US632662
    • 1984-07-20
    • Arthur E. BishopKlaus J. Roeske
    • Arthur E. BishopKlaus J. Roeske
    • B23F3/00B23F15/00B23F17/00B23F23/00B23F23/08B23D37/06B23F1/08
    • B23F23/006B23F15/00B23F17/00B23F23/08B23F3/00Y10T409/109063
    • A machine for cutting the teeth of a rack for a variable ratio rack and pinion steering gear employing a helical pinion having a plurality of identical teeth engaged with a rack having some tooth gaps of varying form and angular disposition to the rack axis, the machine having a spindle carrying a tool with a single cutting tooth having cutting edges which lie on the surface of a single tooth of the helical pinion; the spindle is arranged for helical reciprocation in a housing between two predetermined limits about a mid position in which the tool is directed normally to the plane of the teeth of the rack, a rack holding fixture, the fixture or the housing being moveable with a relative translatory curvilinear motion during the cutting of a gap of the rack, the motion for any one gap being a part of the locus of the helical pinion when slid without rotation in the same gap of the rack.
    • 一种用于切割齿条的齿的机器,其用于使用具有多个相同齿的螺旋小齿轮的可变比齿条和小齿轮转向齿轮,所述多个相同的齿与齿条啮合,所述齿条具有不同形状的齿间隙,并且与齿条轴线成角度配置,所述机器具有 承载具有单个切割齿的工具的主轴具有位于螺旋小齿轮的单个齿的表面上的切割刃; 主轴布置成在壳体内螺旋往复运动,在两个预定限度之间绕着中间位置进行螺旋往复运动,在该中间位置,工具通常正对着齿条的齿的平面,齿条保持夹具,固定装置或壳体可与相对的 在切割齿条的间隙期间的平移曲线运动,任何一个间隙的运动是螺旋小齿轮的轨迹的一部分,当在齿条的相同间隙中滑动而不旋转时。
    • 6. 发明授权
    • Rotary valve
    • 旋转阀
    • US5267588A
    • 1993-12-07
    • US836433
    • 1986-03-05
    • Arthur E. BishopKlaus J. Roeske
    • Arthur E. BishopKlaus J. Roeske
    • B62D5/083F15B13/04
    • B62D5/0837Y10T137/86654Y10T137/86662Y10T137/86751
    • A core for a rotary valve for a power steering system having in its periphery a plurality of blind ended longitudinally extending slots separated by lands for use in a sleeve member having in its bore a similar array of longitudinally extending blind ended slots matching those of the valve core but in an underlap relationship thereto, the slots of one being wider than the lands of the other so defining a set of longitudinally extending orifices which open and close when relative rotation in either direction from a neutral position occurs between the valve core and the sleeve in which at least two sets of valve core edges have along a substantial portion of their length a contour which extends substantially parallel to the core axis characterised in that the contour comprises in section a continuous curve wherein, at points near the high operating pressure zone thereof, it has a large radius of curvature and lies substantially parallel to the valve core periphery and wherein at a point along the curve approaching the coacting edge of an adjacent sleeve land edge when in the neutral position of the valve it lies at a steep slope to the valve core periphery with a curve of progressively smaller radius therebetween.
    • 一种用于动力转向系统的旋转阀的芯,其在其周边具有多个盲区纵向延伸的狭槽,所述多个盲区纵向延伸的狭槽由用于套筒构件的套筒构件分开,所述套筒构件的孔中具有与阀的那些相匹配的纵向延伸的盲端狭槽的类似阵列 其中一个的槽比另一个的槽口宽,因此限定了一组纵向延伸的孔,其在从中性位置的任一方向上的相对旋转在阀芯和套筒之间发生时打开和关闭 其中至少两组阀芯边缘沿其长度的大部分具有基本上平行于芯轴延伸的轮廓,其特征在于,该轮廓在截面中包括连续曲线,其中在靠近其高工作压力区的点处 它具有大的曲率半径并且基本上平行于阀芯周边并且其中在某一点处 沿着临近相邻套筒平台边缘的共同边缘的曲线,当处于阀的中间位置时,它以与其间的逐渐变小的半径的曲线位于阀芯周边的陡坡上。
    • 7. 发明授权
    • Method for making steering rack bars
    • 制作转向架杆的方法
    • US4715210A
    • 1987-12-29
    • US819291
    • 1986-01-16
    • Arthur E. BishopKlaus J. RoeskeDavid W. Scott
    • Arthur E. BishopKlaus J. RoeskeDavid W. Scott
    • B21D53/88B21J7/14B21J13/02B21K1/30B21K1/76B62D3/12B21J7/18B21K7/12
    • B62D3/126B21J13/02B21J13/025B21K1/30B21K1/767Y10T29/49462Y10T29/49467
    • A die for forming a Y-form rack portion of a steering rack bar from a blank by forging in which the die has at least three forming elements (44, 47, 48) relatively movable on application of forging pressure to the die to converge on a blank therein, a first of the forming elements (44) having in its cavities the shape of which corresponds to the shapes of the teeth to be formed, second and third forming elements (47, 48) having forming faces to form longitudinal guide faces (4, 5) on the Y-form rack portion on the side thereof opposite the teeth (8). The three forming elements (44, 47, 48) are shaped and arranged to move together to converge on the blank to transform it into the final form in such a manner as to inhibit escape of the material of the blank between the first and second or first and third forming elements up to substantially the last instant of closure of the die. It is preferred to provide a fourth forming element (30) between the second and third forming elements which serves to guide their movement and to control the shape of a surface of the rack portion (14) lying between the longitudinal guide faces (4, 5) and it is further preferred to impart to the second (47) and third (48) forming elements a rolling motion as they converge on the blank. The die is preferably constructed to be used in a single direction impact press. A method of making a steering rack bar having a Y-form rack portion and a cylindrical portion from a blank by forging is provided in which an accurately shaped and substantially cylindrical blank is first produced and the cylindrical portion of the blank is held while the Y-form rack portion is formed in a die of the configuration described above.
    • 一种用于通过锻造从坯料形成转向齿条的Y形齿条部分的模具,其中所述模具具有至少三个形成元件(44,47,48),所述至少三个形成元件(44,47,48)在向所述模具施加锻造压力时可相对移动以会聚 其中的第一成形元件(44)在其空腔中的形状对应于待形成的齿的形状,第二和第三形成元件(47,48)具有成形面以形成纵向引导面 (4,5)位于与齿(8)相对的一侧的Y形齿条部分上。 三个形成元件(44,47,48)被成形和布置成一起移动以会聚在坯料上以将其转换成最终形式,以便抑制坯料在第一和第二或第二形成元件 第一和第三形成元件,直到模具的最后关闭的最后时刻。 优选地,在第二和第三成形元件之间提供第四形成元件(30),其用于引导它们的运动并且控制位于纵向引导面(4,5)之间的齿条部分(14)的表面的形状 ),并且进一步优选地,当第二(47)和第三(48)形成元件会聚在坯件上时,赋予第二(47)和第三(48)形成元件的滚动运动。 模具优选构造成用于单向冲击压力机。 提供一种通过锻造制造具有Y形齿条部分和来自坯料的圆柱形部分的转向齿条的方法,其中首先制造精确成形且基本上圆柱形的坯件,并且保持坯料的圆柱形部分,而Y 在上述构造的模具中形成有齿条部。
    • 8. 发明授权
    • Rack and pinion steering gear
    • 机架齿条转向齿轮
    • US4602521A
    • 1986-07-29
    • US769790
    • 1985-08-26
    • Arthur E. BishopKlaus J. Roeske
    • Arthur E. BishopKlaus J. Roeske
    • B23H9/00B62D3/12F16H19/00F16H55/08F16H55/26F16H55/28F16H57/12B62D1/20
    • B23H9/003B62D3/12B62D3/123F16H19/04F16H55/08F16H55/26F16H55/283Y10T74/18808Y10T74/1967Y10T74/19953
    • A rack and pinion steering gear of the kind in which a helical pinion engages a rack mounted in bearings, the rack being supported opposite the pinion by a spring loaded half round support journal, the spring acting to hold the pinion in contact with the teeth of the rack which are formed in such a manner as to provide in about the center of the rack a "ramp" in which there are tooth gaps of varying height providing a variation of slack free mesh center distance between the pinion and the rack, the maximum mesh center distance occurring in the mid travel portion of the rack and lesser mesh center distances occurring in positions of travel of the rack either side of the travel position of the present invention being characterized by the fact that the tooth gaps concerned are formed in such a manner as to form a ramp extending across the rack at an angle substantially the same as the angle made by the pinion axis with the rack axis whereby the possibility of an uneven distribution of the load between the teeth of the pinion and the teeth of the rack is reduced.
    • 一种齿条小齿轮转向齿轮,其中螺旋小齿轮接合安装在轴承中的齿条,齿条通过弹簧加载的半圆形支撑轴颈与小齿轮相对地支撑,弹簧用于将小齿轮保持与齿的接触 齿条以这样一种方式形成,即在齿条的中心附近提供一个“坡道”,其中存在变化高度的齿隙,提供小齿轮和齿条之间的无松动啮合中心距离的变化,最大值 发生在机架的中间行驶部分中的网格中心距离和在本发明的行进位置的机架的任一侧的行进位置处发生的较小的网格中心距离的特征在于,所涉及的齿隙形成在 以形成与由齿条轴线与齿条轴线形成的角度基本相同的角度延伸跨越齿条的斜坡,由此可能发生不均匀的分布 小齿轮的齿与齿条的齿之间的载荷减小。
    • 9. 发明授权
    • Apparatus for making steering rack bars
    • 制造转向架条的装置
    • US4571982A
    • 1986-02-25
    • US572424
    • 1984-01-04
    • Arthur E. BishopKlaus J. RoeskeDavid W. Scott
    • Arthur E. BishopKlaus J. RoeskeDavid W. Scott
    • B21D53/88B21J7/14B21J13/02B21K1/30B21K1/76B62D3/12B21J7/18B21K7/12
    • B62D3/126B21J13/02B21J13/025B21K1/30B21K1/767Y10T29/49462Y10T29/49467
    • A die for forming a Y-form rack portion of a steering rack bar from a blank by forging in which the die has at least three forming elements (44, 47, 48) relatively movable on application of forging pressure to the die to converge on a blank therein, a first of the forming elements (44) having in it cavities the shape of which corresponds to the shapes of the teeth to be formed, second and third forming elements (47, 48) having forming faces to form longitudinal guide faces (4, 5) on the Y-form rack portion on the side thereof opposite the teeth (8). The three forming elements (44, 47, 48) are shaped and arranged to move together to converge on the blank to transform it into the final form in such a manner as to inhibit escape of the material of the blank between the first and second or first and third forming elements up to substantially the last instant of closure of the die. It is preferred to provide a fourth forming element (30) between the second and third forming elements which serves to guide their movement and to control the shape of a surface of the rack portion (14) lying between the longitudinal guide faces (4, 5) and it is further preferred to impart to the second (47) and third (48) forming elements a rolling motion as they converge on the blank. The die is preferably constructed to be used in a single direction impact press. A method of making a steering rack bar having a Y-form rack portion and a cylindrical portion from a blank by forging is provided in which an accurately shaped and substantially cylindrical blank is first produced and the cylindrical portion of the blank is held while the Y-form rack portion is formed in a die of the configuration described above.
    • PCT No.PCT / AU83 / 00073 Sec。 371日期1984年1月4日第 102(e)日期1984年1月4日PCT提交1983年6月2日PCT公布。 出版物WO83 / 04197 日本1983年12月8日。一种用于通过锻造从坯料形成转向齿条的Y形齿条部分的模具,其中模具具有至少三个在施加锻造时相对可移动的成形元件(44,47,48) 对模具的压力会聚在其上的坯料上,第一形成元件(44)具有其形状对应于待形成的齿的形状的空腔,第二和第三形成元件(47,48)具有 在所述Y形齿条部分的与所述齿(8)相对的一侧上形成纵向引导面(4,5)。 三个形成元件(44,47,48)被成形和布置成一起移动以会聚在坯料上以将其转换成最终形式,以便抑制坯料在第一和第二或第二形成元件 第一和第三形成元件,直到模具的最后关闭的最后时刻。 优选地,在第二和第三成形元件之间提供第四形成元件(30),其用于引导它们的运动并且控制位于纵向引导面(4,5)之间的齿条部分(14)的表面的形状 ),并且进一步优选地,当第二(47)和第三(48)形成元件会聚在坯件上时,赋予第二(47)和第三(48)形成元件的滚动运动。 模具优选构造成用于单向冲击压力机。 提供一种通过锻造制造具有Y形齿条部分和来自坯料的圆柱形部分的转向齿条的方法,其中首先制造精确成形且基本上圆柱形的坯件,并且保持坯料的圆柱形部分,而Y 在上述构造的模具中形成有齿条部。
    • 10. 发明授权
    • Front and rear wheel steering systems
    • 前轮和后轮转向系统
    • US5362080A
    • 1994-11-08
    • US987287
    • 1993-03-16
    • Arthur E. BishopJohn Baxter
    • Arthur E. BishopJohn Baxter
    • B62D6/02B62D6/00B62D7/14B62D7/15
    • B62D6/00B62D7/1536
    • A mechanical function generating mechanism for a front and rear wheel steered vehicle is operable to generate a rear steer angle output as a function of front steer angle and vehicle speed inputs. The mechanism has a three dimensional cam with a cam surface and a contacting follower. The cam surface is traversed relative to the follower in a first direction in accordance with the front steer angle input and is traversed relative to the follower in a second direction substantially at right angles to the first direction according to the vehicle speed input. The follower is constrained to move in a third direction, determined by the shape of the cam surface, substantially normal to the first and second directions to generate the rear steer angle output.
    • PCT No.PCT / AU91 / 00433 Sec。 371日期1993年3月16日 102(e)1993年3月16日PCT 1991年9月18日PCT PCT。 第WO92 / 05062号公报 日期:1992年4月2日。用于前轮和后轮转向车辆的机械功能产生机构可操作以产生作为前转向角和车速输入的函数的后转向角输出。 该机构具有带凸轮表面和接触随动件的三维凸轮。 凸轮表面根据前转向角输入沿第一方向相对于从动件横穿,并且在基本上与第一方向成直角的第二方向上相对于从动件相对于车速输入而横移。 从动件被限制为在第三方向上移动,该第三方向由凸轮表面的形状确定,基本上垂直于第一和第二方向,以产生后转向角输出。