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    • 3. 发明申请
    • DEVICE FOR PRODUCING STRAND-SHAPED PRODUCTS
    • 用于生产条纹产品的装置
    • US20080029937A1
    • 2008-02-07
    • US11776921
    • 2007-07-12
    • Gerhard Gielenz
    • Gerhard Gielenz
    • B29C47/54
    • B29C48/475B29C48/05B29C48/09B29C48/362B29C48/397B29C48/92B29C2948/92019B29C2948/92409B29C2948/92447B29C2948/92514B29C2948/92904B29C2948/92942
    • A device to produce strand-shaped products from thermoplastic or elastomer materials comprising a paste extruder having a specially implemented internal volume defined by a cylindrical internal mandrel (2) and an external cylinder mantle (1). The polymer material is charged in the internal volume. The polymer raw material may be provided as a powder or granulate or as material cores produced in a separate precursor process using the same device. The polymer mass is melted by heating and discharged using an expulsion piston (3). A static mixing line (5) is provided in the outlet area, in which penetration of the melt flow occurs due to special shaping and uniform mixing of the molten material. A homogeneous material flow is achieved, which is supplied via a melt duct to a conventional longitudinal or transverse extrusion head (4).
    • 一种由热塑性或弹性体材料生产线形产品的装置,其包括具有由圆柱形内部心轴(2)和外部圆筒套(1)限定的专门实现的内部容积的糊状挤出机。 将聚合物材料充入内部体积。 聚合物原料可以提供为粉末或颗粒或作为在使用相同装置的单独的前体方法中生产的材料芯。 聚合物质量通过使用排出活塞(3)的加热和排出而熔化。 在出口区域设置静态混合管线(5),由于熔融材料的特殊成型和均匀的混合,熔融流体的渗透发生。 实现均匀的材料流,其通过熔体管道供应到常规的纵向或横向挤压头(4)。
    • 4. 发明授权
    • Process for the irradiation of strand-shaped irradiated material, and an irradiating device for the performance of the said process
    • 用于照射线状辐射材料的方法和用于实施所述方法的照射装置
    • US06479831B1
    • 2002-11-12
    • US09393005
    • 1999-09-09
    • Gerhard GielenzBrigitt Schmid
    • Gerhard GielenzBrigitt Schmid
    • H01J37302
    • H01J37/1475H01J33/02
    • In a process for the irradiation of strand-shaped irradiated material (19; 19a-e), in particular cable insulation or sheathing (31) capable of being cross-linked by irradiation, or tubes, hoses, or profile elements capable of being cross-linked by irradiation, with electron beams impinging transversely to the longitudinal axis of the irradiated material (19; 19a-e), which strike the irradiated material (19; 19a-e) from two fixed irradiation directions (R1, R2), located at an angle to one another which is other than zero and for preference is a right angle, a uniform irradiation is achieved in a simple manner in that a scanned electron beam (17) is created from an electron beam (11) in a scanner (12) by means of a scan device (13), which by means of a temporally-actuated back-and-forth slewing movement in a prescribed angle range creates a radiation fan transversely to the longitudinal direction of the irradiated material, and that the scanned electron beam (17) is deflected by a deflection magnet (16, 16′) arranged between the scan device (13) and the irradiated material (19; 19a-e) in such a way for each scan angle of the irradiation field that it impinges on the irradiation material (19; 19a-e) to be treated from one of the two fixed irradiation directions (R1, R2).
    • 在用于照射线状辐射材料(19; 19a-e)的过程中,特别是能够通过照射交联的电缆绝缘或护套(31)或能够交叉的管,软管或型材元件 与照射材料(19; 19a-e)的纵向轴线相撞的电子束从两个固定的照射方向(R1,R2)撞击照射的材料(19; 19a-e),位于 彼此成角度不是零,并且优选是直角,以简单的方式实现均匀照射,因为扫描仪中的电子束(11)产生扫描的电子束(17) 借助于扫描装置(13),其通过在规定角度范围内的时间驱动的前后回转运动产生横向于照射材料的纵向方向的辐射风扇,并且扫描 电子束(17)被偏转偏转 布置在扫描装置(13)和被照射材料(19; 19a-e)以这样的方式对从两个固定照射方向(R1,R2)之一处理的照射材料(19; 19a-e)照射的照射场的每个扫描角度。