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    • 1. 发明授权
    • Method for producing a co-axial cable
    • 同轴电缆的制造方法
    • US5271149A
    • 1993-12-21
    • US967231
    • 1992-10-27
    • Brian Maddock
    • Brian Maddock
    • H01B13/24H01B13/20
    • H01B13/245Y10T29/49123
    • Conventionally co-axial cable is made in a continuous extrusion machine by continuously extruding an aluminum tubular cladding (1) through an annular die and simultaneously continuously introducing a core (4), comprised of a conductive wire surrounded by insulation, through an bore in a mandrel (3). A gap is inevitably present between the outer surface of the core (4) and the tubular cladding (1). To eliminate the gap it is necessary to reduce the diameter of the tubular cladding by swaging or drawing. The present invention disposes of the &wagging or drawing step by compacting the insulation of the core before introduction to the mandrel (3). The insulation then gradually expands to recover its original diameter and fill the cladding which has been extruded to its final diameter.
    • 常规的同轴电缆通过连续挤出铝管包层(1)通过环形模头而连续挤出成型,并同时连续地引入由绝缘包围的导线组成的芯体(4) 心轴(3)。 在芯体(4)的外表面和管状包层(1)之间不可避免地存在间隙。 为了消除间隙,必须通过锻造或拉伸来减小管状包层的直径。 本发明通过在引入心轴(3)之前压实芯的绝缘来设置&摆动或拉伸步骤。 然后,绝缘体逐渐膨胀以恢复其原始直径并填充被挤压成其最终直径的包层。
    • 3. 发明授权
    • Apparatus for making co-axial cable
    • 制造同轴电缆的装置
    • US5222284A
    • 1993-06-29
    • US817658
    • 1992-01-07
    • Brian Maddock
    • Brian Maddock
    • B21C23/24H01B13/24
    • H01B13/245B21C23/24Y10T29/5187Y10T29/53126
    • Conventionally co-axial cable is made in a continuous extrusion machine by continuously extruding an aluminium tubular cladding (1) through an annular die and simultaneously continuously introducing a core (4), comprised of a conductive wire surrounded by insulation, through an bore in a mandrel (3). A gap is inevitably present between the outer surface of the core (4) and the tubular cladding (1). To eliminate the gap it is necessary to reduce the diameter of the tubular cladding by swagging or drawing step by compacting the insulation of the core before introduction to the mandrel (3). The insulation then gradually expands to recover its original diameter and fill the cladding which has been extruded to its final diameter.
    • 常规的同轴电缆通过连续挤出铝管包层(1)通过环形模头而连续挤出成型,并同时连续地引入由绝缘包围的导线组成的芯体(4) 心轴(3)。 在芯体(4)的外表面和管状包层(1)之间不可避免地存在间隙。 为了消除间隙,需要通过在引入心轴(3)之前压制芯的绝缘来通过歪斜或拉伸步骤来减小管状包层的直径。 然后,绝缘体逐渐膨胀以恢复其原始直径并填充被挤压成其最终直径的包层。
    • 4. 发明授权
    • Continuous extrusion using dynamic shoe positioning
    • 连续挤压使用动态鞋定位
    • US06634415B1
    • 2003-10-21
    • US09600491
    • 2000-07-12
    • Brian MaddockMartin James Smith
    • Brian MaddockMartin James Smith
    • B22D1100
    • B21C23/005
    • A continuous extrusion machine has a chassis (1) supporting a wheel (2) for rotation by a motor. An endless groove (7) extends around the periphery of the wheel (2). A shoe (3) is mounted in the chassis (1) and has an enveloping surface shaped to closely envelop an arc of the wheel (2) periphery so that the groove (7) co-operates with the shoe (3) to form a passage. An abutment is mounted on the shoe (3) to extend into the passage at a downstream end. Tooling is mounted in the shoe (3) including a die such that a material such as aluminium or copper bar fed into the groove (7) is extruded through the die as a consequence of the energy transfer via friction from the rotating wheel (2). A gap (12) exists between the enveloping surface and the wheel (2). The gap (12) is used to provide the orifice of a sonic gap (12) sensor whereby the size of the gap (12) can be accurately and directly measured. The gap (12) size sensed is used to control the position of the shoe (3) in two directions mutually perpendicular to the rotary axis of the wheel (2) by adjusting support structures which support the shoe (3). The size and shape of the gap (12) can thus be safely adjusted while the machine is extruding allowing the size and shape of the gap (12) to be adjusted for optimum performance.
    • 连续挤出机具有支撑由马达旋转的轮(2)的底盘(1)。 环形槽(7)围绕车轮(2)的周边延伸。 鞋底(3)安装在底盘(1)中并且具有成形为紧密地包围轮(2)周边的圆弧的包络表面,使得凹槽(7)与鞋(3)协作以形成 通道。 桥接件安装在鞋子(3)上以在下游端延伸到通道中。 模具安装在包括模具的鞋(3)中,作为通过来自旋转轮(2)的摩擦的能量传递的结果,通过模具挤出诸如供给到凹槽(7)中的铝或铜棒的材料的模具, 。 在包络面和轮(2)之间存在间隙(12)。 间隙(12)用于提供声孔(12)传感器的孔口,从而能够准确且直接地测量间隙(12)的尺寸。 感测的间隙(12)用于通过调节支撑鞋(3)的支撑结构来控制鞋(3)在与轮(2)的旋转轴线相互垂直的两个方向上的位置。 因此,可以在机器挤出时安全地调节间隙(12)的尺寸和形状,从而允许调节间隙(12)的尺寸和形状以获得最佳性能。
    • 5. 发明授权
    • Continuous extrusion using dynamic shoe positioning
    • 连续挤压使用动态鞋定位
    • US06871522B2
    • 2005-03-29
    • US10657891
    • 2003-09-09
    • Brian MaddockMartin James Smith
    • Brian MaddockMartin James Smith
    • B21C23/00
    • B21C23/005
    • A continuous extrusion machine has a chassis (1) supporting a wheel (2) for rotation by a motor. An endless groove (7) extends around the periphery of the wheel (2). A shoe (3) is mounted in the chassis (1) and has an enveloping surface shaped to closely envelop an arc of the wheel (2) periphery so that the groove (7) co-operates with the shoe (3) to form a passage. An abutment is mounted on the shoe (3) to extend into the passage at a downstream end. Tooling is mounted in the shoe (3) including a die such that a material such as aluminum or copper bar fed into the groove (7) is extruded through the die as a consequence of the energy transfer via friction from the rotating wheel (2). A gap (12) exists between the enveloping surface and the wheel (2). The gap (12) is used to provide the orifice of a sonic gap (12) sensor whereby the size of the gap (12) can be accurately and directly measured. The gap (12) size sensed is used to control the position of the shoe (3) in two directions mutually perpendicular to the rotary axis of the wheel (2) by adjusting support structures which support the shoe (3). The size and shape of the gap (12) can thus be safely adjusted while the machine is extruding allowing the size and shape of the gap (12) to be adjusted for optimum performance.
    • 连续挤出机具有支撑由马达旋转的轮(2)的底盘(1)。 环形槽(7)围绕车轮(2)的周边延伸。 鞋底(3)安装在底盘(1)中并且具有成形为紧密地包围轮(2)周边的圆弧的包络表面,使得凹槽(7)与鞋(3)协作以形成 通道。 桥接件安装在鞋子(3)上以在下游端延伸到通道中。 模具安装在包括模具的鞋(3)中,作为通过来自旋转轮(2)的摩擦的能量传递的结果,通过模具挤出诸如供给到凹槽(7)中的铝或铜棒的材料的模具, 。 在包络面和轮(2)之间存在间隙(12)。 间隙(12)用于提供声孔(12)传感器的孔口,从而能够准确且直接地测量间隙(12)的尺寸。 感测的间隙(12)用于通过调节支撑鞋(3)的支撑结构来控制鞋(3)在与轮(2)的旋转轴线相互垂直的两个方向上的位置。 因此,可以在机器挤出时安全地调节间隙(12)的尺寸和形状,从而允许调节间隙(12)的尺寸和形状以获得最佳性能。