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    • 4. 发明授权
    • Molding of elongate, hollow, biaxially oriented thermoplastic shaped
articles
    • 细长的,中空的,双轴取向的热塑性成形制品的成型
    • US4421711A
    • 1983-12-20
    • US271380
    • 1981-06-08
    • Claude BonnebatLouis Macabrey
    • Claude BonnebatLouis Macabrey
    • B29C49/16B29D23/18B29C17/07
    • B29D23/18B29C49/16B29C2049/0089B29K2105/258
    • An elongate, rigid, tubular, biaxially oriented thermoplastic, hollow thin-walled shaped article is molded by (i) introducing into an elongate mold cavity, the internal configuration and dimensions thereof corresponding to the exterior surface area of the desired shaped article, and aligning along the longitudinal axis thereof, a hollow tubular thermoplastic preform heated to the biaxial orientation temperature of said thermoplastic; (ii) expanding under internal pressure said heated preform to simultaneously, both longitudinally and transversely, uniformly stretch same, at least to the natural biaxial drawing ratio thereof, but to a value in the transverse direction of less than 100% of that ultimately desired; (iii) next further expanding said heated preform, under increased internal pressure, completely against the internal walls of the mold cavity to thus completely shape said ultimately desired shaped article; and (iv) then cooling said desired shaped article and releasing all pressure therefrom.
    • 通过(i)将细长的,刚性的,管状的双轴取向的热塑性中空薄壁成形制品模制成(i)引入到细长模腔中,其内部构型和尺寸对应于所需成型制品的外表面积, 沿着其纵向轴线,加热到所述热塑性塑料的双轴取向温度的中空管状热塑性预制件; (ii)在内部压力下,所述加热的预成型件在纵向和横向同时扩张至少达到其自然双轴拉伸比,但是在横向方向上均匀地拉伸至小于最终期望的100%的值; (iii)接下来在增加的内部压力下将所述加热的预制件进一步膨胀,完全抵靠模腔的内壁,从而完全塑造所述最终期望的成型制品; 和(iv)然后冷却所需的成型制品并释放其中的所有压力。
    • 7. 发明授权
    • Method and device for continuous coating of at least one metal strip with a fluid cross-linkable polymer film
    • 用于使用流体可交联聚合物膜连续涂覆至少一个金属条的方法和装置
    • US06592701B1
    • 2003-07-15
    • US09463949
    • 2000-03-06
    • Claude BonnebatOlivier BrunThierry Soas
    • Claude BonnebatOlivier BrunThierry Soas
    • B29C4700
    • B32B37/153B05C1/0834B05D1/28B32B2398/10
    • A method for the continuous coating of at least one metal strip with a fluid, crosslinkable polymer film free from solvent or diluent and having a thickness less than that of the metal strip. The process firs continuously moves the metal strip on at least one support roller, pre-heats the strip, forms by forced flow, on a pinch roller on a lap of the crosslinkable polymer, heats and drives in rotation the pinch roller in the same direction as the support roller, and forms the crosslinkable film by compressing, between the pinch roller and the metal strips, an applicator element with a deformable surface, heated and driven in rotation in the same direction as the support roller to transfer the film from the pinch roller onto the applicator element and from the applicator element onto a metal strip. A coating device for implementing this method is also disclosed.
    • 一种使用不含溶剂或稀释剂并具有小于金属条的厚度的流体可交联聚合物膜连续涂覆至少一个金属条的方法。 该过程使金属条连续地移动到至少一个支撑辊上,通过强制流动对带材进行预加热,在可交联聚合物的搭接辊上的夹送辊上加热并驱动夹紧辊沿相同方向旋转 作为支撑辊,并且通过在夹送辊和金属带之间压缩具有可变形表面的施加器元件来形成可交联膜,该施加器元件沿与支撑辊相同的方向旋转加热和驱动,以将膜从夹紧 滚动到施加器元件上并从施加器元件上滚到金属条上。 还公开了一种用于实现该方法的涂覆装置。
    • 9. 发明授权
    • Method and device for continuously coating at least a metal strip with a crosslinkable polymer fluid film
    • 用于连续涂覆至少具有可交联聚合物流体膜的金属条的方法和装置
    • US06562407B1
    • 2003-05-13
    • US09857976
    • 2001-06-13
    • Claude BonnebatFrédéric JennyThierry Soas
    • Claude BonnebatFrédéric JennyThierry Soas
    • B05D300
    • C23C2/22B05C1/083B05C1/0834B05D1/28
    • The invention concerns a method for continuously coating at least a metal strip with a crosslikable polymer fluid film free of non-active solvent or diluent and whereof the softening temperature is higher than 50° C. The method consists in continuously unwinding the metal strip (1) on at least a back-up roll (3); forming, on a roll (20) by forced flow, a layer of said crosslinkable polymer in melted state; forming, from said layer (30), said crosslinkable polymer film (31); and transferring entirely in thickness said film onto the metal strip (1) and, between the zone forming the layer (30) on the roll (20) and the zone applying the film (31) on the metal strip, in thermally conditioning the crosslinkable polymer to reduce its viscosity. The invention also concerns a coating device for implementing said method.
    • 本发明涉及用至少一种不含非活性溶剂或稀释剂的可交叉聚合物流体膜连续涂覆金属带的方法,其软化温度高于50℃。该方法包括将金属条(1 )至少在后备辊(3)上; 通过强制流动在辊(20)上形成熔融状态的所述可交联聚合物层; 从所述层(30)形成所述可交联聚合物膜(31); 并且将所述膜的厚度完全转移到金属带(1)上,并且在形成辊(20)上的层(30)的区域和在金属带上施加膜(31)的区域之间,在热调节可交联的 聚合物降低其粘度。 本发明还涉及一种用于实现所述方法的涂覆装置。