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
    • 4. 发明授权
    • Deburring by hobbing with integrated secondary deburring without a smoothing tool
    • 通过滚铣去除毛刺,无需平滑工具即可完成二次去毛刺
    • US07624505B2
    • 2009-12-01
    • US12311156
    • 2007-07-20
    • Helmut F. JaegerJuergen Peschina
    • Helmut F. JaegerJuergen Peschina
    • B23F17/00B23F23/08
    • B23F17/006B23F19/10B23F23/04Y10T29/49476Y10T29/5127Y10T29/5128Y10T29/5136Y10T409/100795Y10T409/101113Y10T409/101272Y10T409/101749Y10T409/106201Y10T409/107632Y10T409/10795Y10T409/30616Y10T483/16
    • The invention relates to a method for tooth-machining of workpieces (3), especially gear wheels, comprising milling, deburring by hobbing and integrated secondary deburring. The method proceeds on a machine tool (1) having two workpiece spindles (11, 12) which may exchange places. A workpiece (3) is mounted on a first workpiece spindle (11), followed by the workpiece spindles (11, 12) exchanging places, followed by pre-milling and, where applicable, cutting (=deburring by shaving) of the workpiece (3), followed by a further exchange of places, followed by chamfering and cutting of the workpiece (3), followed by a further exchange of places, followed by a finish-milling of the workpiece (3), followed by a further exchange of places, followed by a workpiece change. At the same time, the same procedure takes place on the second workpiece spindle (12), staggered in time by an exchange of places of the workpiece spindles (11, 12). With the method according to the invention, well-deburred toothed workpieces (3) may be produced quickly and at low cost.
    • 本发明涉及一种用于对工件(3)进行齿加工的方法,特别是齿轮,包括铣削,通过滚齿去毛刺和集成的二次去毛刺。 该方法在具有两个可以交换位置的工件主轴(11,12)的机床(1)上进行。 工件(3)安装在第一工件主轴(11)上,随后是工件主轴(11,12)交换位置,然后进行预铣,并且在适用的情况下,通过剃削(=剃毛去毛刺)工件 3),然后进一步交换位置,然后对工件(3)进行倒角和切割,然后进一步更换位置,然后对工件(3)进行精加工,然后进一步更换 位置,其次是工件更换。 同时,通过更换工件主轴(11,12)的位置,在第二工件主轴(12)上进行相同的程序。 利用根据本发明的方法,可以快速且低成本地制造出完全去毛刺的齿形工件(3)。
    • 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。
    • 7. 发明授权
    • Key decoding and duplicating apparatus and method
    • US4012991A
    • 1977-03-22
    • US582639
    • 1975-06-02
    • Tim M. Uyeda
    • Tim M. Uyeda
    • B23C3/35B23C1/16B21K13/00B23F23/08
    • B23C3/355E05B19/0011Y10T409/300952Y10T409/301008Y10T409/30112
    • Method and apparatus for decoding and duplicating a key wherein the notches in the shank of the key are coded to a predetermined coded depth and spacing therebetween. An index card having a sequential index thereon corresponding to the predetermined coded depth is inserted into a housing and the key to be duplicated is inserted into a slot in the housing where it engages an indexing member which enters one of the notches on the key and indicates on the card the coded depth of that notch. The angle of cut of the same notch may also be determined. The remaining notches of the key may be decoded in like manner. The same index card is then inserted into a housing which includes an indexing drum having notches therein with spacing therebetween corresponding to the predetermined coded spacing of the key to be duplicated. A blank key is firmly secured in a predetermined position on the housing and movable in a direction toward a grinding wheel. The indexing drum is indexed corresponding to the predetermined coded spacing between the notches of the key to be duplicated and the blank key is moved into cutting engagement with the grinding wheel. The depth of the cut made by the grinding wheel on the blank key is indicated on the card by a pointer pivotally secured in the housing and the spacing between the notches is determined by the drum operatively engaging an index pin which conformably fits into selected spaced notches on the drum. The pointer is moved across the sequential index on the card to indicate the depth of cut. The same angle of cut of the notches in the key being duplicated may also be cut in the blank key. When duplicating a key that is already a duplicate of a preceding duplicate or original key wherein deviations from the original coded depth may be present, the original coded depth of the key it is desired to duplicate may be determined before duplicating a key therefrom so that the duplicated key is more accurate than the key from which the duplicate was made.
    • 10. 发明授权
    • Gear hobbing machines
    • 齿轮机械
    • US3859893A
    • 1975-01-14
    • US36134973
    • 1973-05-17
    • MACHINE TOOL DIVISIONAL
    • HODGSON BRIAN
    • B23F23/08B23F5/20
    • B23F23/08Y10T409/10159Y10T409/105883
    • A gear hobbing machine having a gear train interconnecting a hob and a workpiece to be machined by the hob, the gear train being disconnectable to permit of cutting a stationary workpiece by a milling cutter substituted for the hob, a subsidiary motor operable to impart an increment of indexing rotation to the workpiece between successive cutting operations of the milling cutter, an index plate geared to a table supporting the workpiece and arranged when the milling cutter is in operation to perform a predetermined integral number of revolutions for each indexing movement of the workpiece, a bolt which is engageable with the index plate to lock the table against rotation, and a counter for counting the rotations made by the index plate when the bolt is withdrawn and causing arrest of the index plate and re-engagement of the bolt after the predetermined number of revolutions of the index plate have been performed.
    • 一种滚齿机,具有将滚刀与由滚刀加工的工件相互连接的齿轮系,齿轮系可断开以允许通过代替滚刀的铣刀切割固定工件,辅助马达可操作以赋予增量 在所述铣刀的连续切割操作之间向所述工件分度旋转,所述分度板适合于支撑所述工件的工作台,并且当所述铣刀正在操作时布置,以对于所述工件的每个分度运动执行预定的整数倍的转数, 与索引板接合以锁定工作台以避免旋转的螺栓,以及用于计数当螺栓被拉出时由分度板产生的旋转的计数器,并且在预定的螺栓之后使螺栓停止并且重新接合螺栓 已经进行了指标盘的转数。