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    • 1. 发明授权
    • Method and laser cladding of plasticating barrels
    • 塑料桶的方法和激光熔覆
    • US06486432B1
    • 2002-11-26
    • US09448329
    • 1999-11-23
    • Paul N. ColbyJoeo M. GattiShawn P. BodnarPaul T. Colby
    • Paul N. ColbyJoeo M. GattiShawn P. BodnarPaul T. Colby
    • B23K2600
    • B23K26/302B23K2101/06
    • A system and process is provided for cladding the interior of plasticating barrels or any other interior surface. The cladding operation uses a laser head that carries out a spiral welding operation to create a smoother lining than is capable with conventional welding techniques. A number of different techniques can be used, including the use of feeding laser energy at one end of a tube to be reflected from laser aiming optics inserted through a second end of the tube. Unidirectional welding can be used to facilitate gravity as a smoothing agent. In another embodiment omnidirectional welding can be carried out using a shaped mirror and a donut-shaped laser pattern. The cladding operation can be simplified by baking a coating of the welding matrix and anti-abrasive material onto the interior of the surface to be clad prior to the welding operation.
    • 提供了用于包覆塑化桶的内部或任何其它内表面的系统和工艺。 包层操作使用执行螺旋焊接操作的激光头,以产生比通常的焊接技术能够更平滑的衬里。 可以使用许多不同的技术,包括使用在管的一端馈送激光能量以从穿过管的第二端的激光瞄准光学器件反射。 可以使用单向焊接来促进重力作为平滑剂。 在另一个实施例中,可以使用成形镜和环形激光图案来执行全方向焊接。 可以通过在焊接操作之前将焊接基体和抗磨料材料的涂层烘烤到要包层的表面的内部来简化包层操作。
    • 3. 发明授权
    • Screw for plasticating apparatus and method of use
    • 用于塑化装置的螺丝和使用方法
    • US5798077A
    • 1998-08-25
    • US743542
    • 1996-11-04
    • Timothy W. WomerPaul N. ColbyHarry F. White
    • Timothy W. WomerPaul N. ColbyHarry F. White
    • B29C45/60B29C47/60B29C47/38B29C47/64
    • B29C47/6081B29C47/60B29C47/0009
    • A plasticating screw and method of plasticating without thermal degradation problems. Said screw having a metering section with a helical flight disposed within and cooperating with the innerwall of a heated barrel. In particular, solid resinous material is introduced to a helical valley extending between said flight. The resinous material is heated and plasticized by said apparatus while being advanced along a helical path towards an outlet opening by the rotation of said screw. The bottom surface of the helical valley in said metering section having a plurality of geometrically shaped surfaces in side-by-side relation with at least two of said shaped surfaces being sloped. During operation, the level differential between the shaped surfaces induces a continuous tumbling, variable shear and mixing action upon the molten resin as the molten resin in the metering section flows along the helical path.
    • 一种塑化螺杆和无热降解问题的塑化方法。 所述螺杆具有设置在加热筒的内壁内并与加热筒的内壁配合的具有螺旋形飞行的计量部分。 特别地,将固体树脂材料引入到在所述飞行之间延伸的螺旋谷。 树脂材料通过所述装置被加热和塑化,同时通过所述螺杆的旋转沿着螺旋路径朝向出口开口前进。 所述计量部分中的螺旋谷的底表面具有与所述成形表面中的至少两个并排关系的多个几何形状的表面是倾斜的。 在操作期间,当计量部分中的熔融树脂沿着螺旋路径流动时,成形表面之间的水平差异引起对熔融树脂的连续翻转,可变剪切和混合作用。
    • 4. 发明授权
    • Extruder injection apparatus and method
    • 挤出机注射装置和方法
    • US5071256A
    • 1991-12-10
    • US549974
    • 1990-07-09
    • Bradley P. SmithPaul N. Colby
    • Bradley P. SmithPaul N. Colby
    • B29C47/60
    • B29C47/6081B29C47/60B29C47/0009
    • A plasticating apparatus and method for its use including a rotating screw having a helical flight disposed within and cooperating with the inner wall of a heated barrel with said barrel provided with inlet and outlet openings so that particles of resinous material are introduced through said inlet opening to a helical valley extending along said flight to be plasticated by said screw and advanced towards said outlet opening. A barrier extends along said helical valley to divide said helical valley into coextensive side by side helical valley sections. The barrier extends in a path which is non-parallel and alternating with respect to the helical flight so that the pitch of the barrier is alternately greater than and less than the pitch of the helical flight. The height of the barrier is less than the height of the flight so that the resinous material overflows the barrier due to changes in width of said side by side helical valley sections.
    • 一种塑料装置及其使用方法,包括旋转螺杆,该旋转螺杆具有设置在加热筒体的内壁内并与其配合的带旋转螺杆,所述筒体具有入口和出口开口,使得树脂材料颗粒通过所述入口开口引入至 沿着所述飞行物延伸的螺旋谷,由所述螺钉塑化并朝所述出口开口前进。 屏障沿着所述螺旋谷延伸,以将所述螺旋谷分成共同延伸的并排螺旋谷部分。 屏障在相对于螺旋飞行不平行和交替的路径中延伸,使得屏障的间距交替地大于并小于螺旋形飞行的俯仰。 阻挡层的高度小于飞行高度,使得树脂材料由于所述并排的螺旋谷部分的宽度变化而溢出障碍物。
    • 8. 发明授权
    • Extruder injection apparatus and method
    • 挤出机注射装置和方法
    • US4752136A
    • 1988-06-21
    • US889094
    • 1986-07-23
    • Paul N. Colby
    • Paul N. Colby
    • B29C45/60B29C47/60B29B1/06
    • B29C47/6081B29C45/60B29C47/60B29C47/0009
    • A plasticating apparatus including a rotating screw having a helical flight disposed within and cooperating with the inner wall of a heated barrel. Resinous material is introduced to a helical valley extending along said flight to be plasticated by said screw and advanced towards an outlet opening. The screw has a metering section for working said resinous material at high temperature. The bottom surface of the helical valley in said metering section is divided into side by side relatively shallow and relatively deep levels having a depth differential therebetween. The relatively shallow and relatively deep levels extend along the bottom surface of the helical valley in side by side helical paths. The side by side helical paths have a different pitch than the pitch of the helical flight so that the helical flight periodically interrupts the helical paths. The depth of the shallow level remains substantially uniform in the metering section and the depth of the deep level also remains substantially uniform in the metering section. The depth differential between the shallow and deep levels is bridged by a descending-ascending shoulder without any intervening barrier flight. During operation, the level differential induces a continuous tumbling and mixing action upon the molten resin in the mixing section.
    • 一种塑化装置,其包括旋转螺杆,该旋转螺杆具有设置在加热筒的内壁内并与加热筒的内壁配合的螺旋状飞行。 将树脂材料引入到沿着所述飞行物延伸的螺旋谷,以由所述螺钉塑化并朝着出口开口前进。 螺杆具有用于在高温下加工所述树脂材料的计量部分。 所述计量部分中的螺旋谷的底部表面被分开并排相对较浅且相对较深的水平,其间具有深度差。 相对较浅且相对较深的水平沿并列螺旋路径沿着螺旋谷的底表面延伸。 并列螺旋路径具有与螺旋形飞行的螺距不同的螺距,使得螺旋形飞行周期性地中断螺旋路径。 浅层的深度在计量部分中保持基本均匀,并且深度的深度在计量部分中也保持基本均匀。 浅层和深层之间的深度差异由下降的肩膀桥接,没有任何中间的屏障飞行。 在操作期间,电平差异引起对混合部分中的熔融树脂的连续的翻滚和混合作用。