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    • 3. 发明申请
    • Continuous extrusion apparatus
    • 连续挤出机
    • US20080118595A1
    • 2008-05-22
    • US11785922
    • 2007-04-20
    • Daniel J. Hawkes
    • Daniel J. Hawkes
    • B28B13/00
    • B21C23/30B21C23/005B21C23/085
    • Apparatus for continuous extrusion of an aluminium sheathing free from imperfections or discontinuities onto a core cable, such as an insulated copper cable, includes a rotatable wheel formed with a pair of circumferential grooves arcuate tooling bounding radially outer portions of the respective grooves, a die body provided with divergent exit apertures discharging laterally to an extrusion chamber through 90° elbows and short divergent passages at diametrically opposed locations. An electrical induction heater includes coils of copper tubing connected to an electrical power source and to a coolant circulating device is positioned at a radially outer portion of the die body and is energizable to supply heat to the die body to maintain a uniform temperature of approximately 480° C., controlled by signals from thermocouples around the extrusion chamber.
    • 用于将不含缺陷或不连续性的铝护套连续挤压到芯线缆(例如绝缘铜缆)上的装置包括:可旋转轮,其形成有一对周向槽,圆弧工具围绕各个槽的径向外部部分,模体 具有通过在直径相对的位置处90°弯头和短散开通道横向排出到挤出室的发散出口孔。 电感应加热器包括连接到电源的铜管线圈,并且冷却剂循环装置定位在模具主体的径向外部部分,并且可激活以向模具本体供应热量以保持大致为480的均匀温度 °C,由来自挤出室周围的热电偶的信号控制。
    • 4. 发明授权
    • Apparatus for continuous friction-actuated extrusion
    • 用于连续摩擦致动挤出的装置
    • US06419473B1
    • 2002-07-16
    • US09529295
    • 2000-04-11
    • Daniel J. Hawkes
    • Daniel J. Hawkes
    • B22F320
    • B21C23/005B22F3/20
    • A continuous, friction-actuated extrusion apparatus, comprised of a cylindrical first member having a circumferential groove formed in its peripheral surface. A stationary second member projects into the groove and defines a passageway between the first member and the second member, the passageway having an entry end and an exit end. A metal feeding device for feeding metal into the passageway at the entry end as the cylindrical first member rotates toward the exit end. An abutment member extends across the passageway at the exit end and at least one die orifice is located at the exit end of the passageway. At least one restriction member is located in the passageway between the orifice and the entry end, the restriction member constricting the passage for a portion thereof.
    • 一种连续的摩擦致动的挤出装置,包括在其外周表面上形成有圆周槽的圆柱形第一构件。 固定的第二构件突出到凹槽中并且在第一构件和第二构件之间限定通道,通道具有入口端和出口端。 一种金属进给装置,用于当圆柱形第一构件朝着出口端转动时,在入口端将金属供给到通道中。 邻接构件在出口端处延伸穿过通道,并且至少一个模孔位于通道的出口端处。 至少一个限制构件位于孔口和入口端之间的通道中,限制构件限制其一部分的通道。
    • 5. 发明授权
    • Transfer means for a continuous elongate product
    • 用于连续细长产品的转移装置
    • US4759207A
    • 1988-07-26
    • US913388
    • 1986-09-30
    • Daniel J. Hawkes
    • Daniel J. Hawkes
    • B21C35/02B65H23/192B65H59/10B65H59/38D01D11/00
    • B65H59/38B21C35/02D01D11/00
    • Transfer means for transferring a continuous elongate product, such as wire, bar or tubular products associated with a continuous extrusion machine, between two stations in the production line. Axial tensioning means 8, 10 each consisting of a pair of resiliently tyred wheels 12, 14 positioned to grip the elongate product 2 and driven by a low inertia, electric, motor induce an axial tension in the elongate product 2. The elongate product forms a curve 20 of catenary form between the axial tensioning means 8, 10. A control signal indicative of the gravitational deflection of the curve is derived from an ultra-light dancer arm 22, or an optical or ultra-sonic sensor, and is utilized in combination with a signal derived from product speed sensor means 24 to control the speed of the low inertia, electric, motors and thus the tension in the elongate product. By providing the axial tensioning means 8, 10 a degree of transient tolerance is obtained between, for example, extrusion speed and spooling speed thereby avoiding axial and radial deformation of the elongate product during transfer along the product line.
    • 传送装置,用于在生产线中的两个站之间传送连续细长产品,例如与连续挤出机相关联的线,棒或管状产品。 定位成夹紧细长产品2并由低惯性电动马达驱动的一对弹性轮12,14构成的轴向张紧装置8,10引起细长产品2中的轴向张力。细长产品形成一个 在轴向张紧装置8,10之间的悬链线形状曲线20.来自超轻浮动臂22或光学或超声波传感器的表示曲线的重力偏转的控制信号被组合使用 具有来自产品速度传感器装置24的信号,以控制低惯性,电动,马达的速度,从而控制细长产品中的张力。 通过提供轴向张紧装置8,10,在例如挤出速度和卷绕速度之间获得一定程度的瞬态公差,从而避免细长产品在沿着产品线传送期间的轴向和径向变形。
    • 6. 发明授权
    • Continuous extrusion apparatus
    • 连续挤出机
    • US07980110B2
    • 2011-07-19
    • US11785922
    • 2007-04-20
    • Daniel J. Hawkes
    • Daniel J. Hawkes
    • B21C23/00B21C25/02B21D37/16
    • B21C23/30B21C23/005B21C23/085
    • Apparatus for continuous extrusion of an aluminium sheathing free from imperfections or discontinuities onto a core cable, such as an insulated copper cable, includes a rotatable wheel formed with a pair of circumferential grooves arcuate tooling bounding radially outer portions of the respective grooves, a die body provided with divergent exit apertures discharging laterally to an extrusion chamber through 90° elbows and short divergent passages at diametrically opposed locations. An electrical induction heater includes coils of copper tubing connected to an electrical power source and to a coolant circulating device is positioned at a radially outer portion of the die body and is energizable to supply heat to the die body to maintain a uniform temperature of approximately 480° C., controlled by signals from thermocouples around the extrusion chamber.
    • 用于将不含缺陷或不连续性的铝护套连续挤压到芯线缆(例如绝缘铜缆)上的装置包括:可旋转轮,其形成有一对周向槽,圆弧工具围绕各个槽的径向外部部分,模体 具有通过在直径相对的位置处90°弯头和短散开通道横向排出到挤出室的扩散出口孔。 电感应加热器包括连接到电源的铜管线圈,并且冷却剂循环装置定位在模具主体的径向外部部分,并且可激活以向模具本体供应热量以保持大致为480的均匀温度 °C,由来自挤出室周围的热电偶的信号控制。
    • 7. 发明授权
    • Continuous extrusion apparatus
    • 连续挤出机
    • US07194885B2
    • 2007-03-27
    • US11337811
    • 2006-01-24
    • Daniel J. Hawkes
    • Daniel J. Hawkes
    • B21C23/00
    • B21C23/005B21C29/00
    • Continuous extrusion apparatus includes a rotatable wheel, the rotatable wheel including a circumferential groove. Continuous extrusion apparatus includes a shoe including an arcuate tooling bounding a radially outer portion of the groove provided with an exit aperture in a die body and an abutment displaced in the direction of rotation from the exit aperture. The shoe includes a heater body assembly including an electrical induction heating coil assembly arranged to be energisable to co-act with a magnetisable element to effect electrical induction heating thereof; and an element is provided to thermally induce movement of co-acting members for one of expanding and contracting to adjust clearances between the rotatable wheel and the abutment and the shoe within requisite limits.
    • 连续挤出装置包括可旋转轮,可旋转轮包括周向槽。 连续挤出装置包括一个鞋,其包括弓形工具,该弓形工具围绕设置有模具主体中的出口孔的凹槽的径向外部部分,以及从出口孔沿旋转方向移位的支座。 该鞋包括加热器本体组件,该加热器本体组件包括电感加热线圈组件,其布置成可激励以与可磁化元件共同作用以实现其感应加热; 并且提供元件以热引起共同作用构件的运动,用于伸展和收缩之一,以在必要的限度内调整可旋转轮与基座和鞋之间的间隙。
    • 8. 发明授权
    • Cold pressure welding method and machine
    • 冷压焊接方法与机器
    • US5147085A
    • 1992-09-15
    • US576527
    • 1990-10-05
    • Daniel J. HawkesLeslie J. WebbDouglas E. Anderson
    • Daniel J. HawkesLeslie J. WebbDouglas E. Anderson
    • B23K20/00B23K20/02B23K37/08B23K101/32
    • B23K37/08B23K20/028
    • The machine is provided with a set of two pairs of die halves 60, 62 (FIG. 7) mounted in a framework on hydraulically actuated piston and cylinder assemblies. The die halves 60 and 62 of each pair are relatively radially reciprocable to grip or release a workpiece 102, 104 and the two pairs of die halves are relatively axially reciprocable to effect cold pressure welding together of end portions of the workpieces 102, 104. Adjoining end faces of the die halves are formed with nose portions 100 having inner anvil edges for effecting welding flash removal from the workpieces. In operation, the die halves are moved in sequence to grip the workpieces; to urge the ends of the workpieces together to form a cold pressure weld upset zone; to release the workpieces; to grip one of the workpieces; to urge the gripped workpiece axially relative to a pair of anvil edges to clear flash material from the upset to maintain the cross-sectional area at the weld upset zone substantially constant; and to re-position the upset weld zone centrally of the nose portions to repeat the sequence. Removal of the flash material intermediate consecutive weld upsets is effected in alternate directions. The anvil edges may be staggered, angled or of helical form to enhance the shearing effect to clear the flash material from the upset weld zone.
    • PCT No.PCT / GB90 / 00323 Sec。 371 1990年10月5日第 102(e)日期1990年10月5日PCT 1990年3月2日PCT公布。 出版物WO90 / 09862 日期1990年9月7日。机器设置有一对两对半模60,62(图7),其安装在液压致动的活塞和气缸组件的框架中。 每对的半模60和62相对地可往复运动以夹紧或释放工件102,104,并且两对半模相对轴向往复运动以实现工件102,104的端部的冷压焊接在一起。相邻 半模的端面形成有具有内砧边缘的鼻部部分100,用于实现从工件的焊接闪光去除。 在操作中,半模依次移动以夹持工件; 将工件的端部一起推动以形成冷压焊接镦粗区; 释放工件; 抓住一个工件; 以相对于一对砧座边缘轴向推动夹紧的工件,以从镦粗中清除闪光材料,以保持焊接镦粗区域的横截面积基本上恒定; 并重新定位鼻部部分中心的镦粗焊接区域以重复序列。 中间连续焊接不均匀的闪光材料的去除在交替方向上进行。 砧座边缘可以交错,成角度或螺旋形,以增强剪切效果,以从镦粗焊接区域清除闪光材料。