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    • 2. 发明申请
    • Process to purge polymer or plastic melt guiding parts of film extrusion systems
    • 清洗膜挤出系统的聚合物或塑料熔体引导部件的方法
    • US20020063353A1
    • 2002-05-30
    • US09954216
    • 2001-09-18
    • Reinhard PaetzoldUlrich Krause
    • B29C033/72B29C047/92
    • B29C47/0877B29B7/428B29B7/488B29B7/603B29B7/72B29B7/7485B29C47/0021B29C47/92B29C2947/92095B29C2947/92104B29C2947/9238B29C2947/9239B29C2947/92409B29C2947/92428
    • Presented is a process to purge film extrusion systems with at least one extruder (A, B, C, D) for the purpose of changing batches, wherein the speed is changed periodically in at least that part of the extruder, wherein the material is changed. By considering the mass flow rate of the film extrusion system, advantageous improvements of the process avoid the situation in which the film tears off. To this end, at least one selected guide extruder (A) is operated at a speed, which is increased as compared to the normal operation, and at least one selected downstream extruder (B, C, D) is operated at a speed that is decreased as compared to the normal operation. Furthermore, control and operating units (1) and extrusion systems to carry out the process, which include, among other things, means for an automated program run of the purging program and the optical display of the parameters of the same, are presented. The described purging processes result in the production of films having a specific cross section.
    • 提出了用至少一个挤出机(A,B,C,D)吹扫薄膜挤出系统以改变批次的方法,其中速度至少在挤出机的那部分周期性地改变,其中材料被改变 。 通过考虑膜挤出系统的质量流量,该方法的有利改进避免了膜撕裂的情况。 为此,至少一个选定的导向挤出机(A)以与正常操作相比增加的速度运行,并且至少一个选定的下游挤出机(B,C,D)以 与正常手术相比有所下降。 此外,还提出了用于执行该过程的控制和操作单元(1)和挤出系统,其中包括清除程序的自动程序运行和其参数的光学显示的装置。 所述的清洗过程导致制造具有特定横截面的膜。
    • 4. 发明授权
    • Plastic extruder having a mixing valve with automatic shut-off
    • 塑料挤出机具有自动关闭的混合阀
    • US5439633A
    • 1995-08-08
    • US281230
    • 1994-07-27
    • Michael F. DurinaShawn P. BodnarTimothy W. Womer
    • Michael F. DurinaShawn P. BodnarTimothy W. Womer
    • B29C45/52B29C45/60B29C47/64B29B7/14
    • B29C47/60B29B7/428B29C45/52B29C45/60B29C2045/528B29C47/0009
    • An apparatus and method for controlling thermoplastic mixing in a plastic extrusion machines used for injection molding, blow molding or other reciprocating molding process. The plastic extruder having a rotating helical screw within a cylindrical shell with an automatic shut-off and mixing valve secured to the helical screw at the downstream end of the screw. The automatic shut-off and mixing valve includes a unitary valve body with a poppet. A plurality of mixing groove pairs are arranged extending substantially longitudinally on the surface of the valve body. Select angular bores extend from the groove pairs to the poppet. The poppet is axially movable within and rotatable relative the valve body. The poppet has an axial stem extending into a longitudinal axial bore within the valve body. An elastic means is positioned on the rearward end of the poppet maintaining the valve in a normally closed position against a seating surface of the valve body when there is no rotation of the helical screw.
    • 一种用于在用于注射成型,吹塑或其它往复模塑工艺的塑料挤出机中控制热塑性混合的装置和方法。 该塑料挤出机在圆柱形壳体内具有旋转的螺旋螺旋,其中自动关闭和混合阀固定在螺杆的下游端处的螺旋螺杆上。 自动关闭和混合阀包括具有提升阀的单体阀体。 在阀体的表面上大致纵向地设置有多个混合槽对。 选择角孔从槽对延伸到提升阀。 提升阀可在阀体内轴向移动并相对于阀体可转动。 提升阀具有延伸到阀体内的纵向轴向孔的轴向杆。 当不存在螺旋形螺杆的旋转时,弹性装置位于提升阀的后端上,将阀保持在常闭状态,抵靠阀体的阀座表面。
    • 5. 发明授权
    • Mixing apparatus
    • 混合装置
    • US4136969A
    • 1979-01-30
    • US813702
    • 1977-07-07
    • Paul Meyer
    • Paul Meyer
    • B29B9/00B29B7/00B29B7/42B29B15/02B29C48/395B29C48/92A21C1/06B01F7/08
    • B29C47/666B29B7/425B29B7/428B29B7/429B29C47/0871B29C47/38B29C47/6043B29C47/92B29C2947/92504B29C2947/92876B29C2947/92895B29C47/0009
    • A continuous mixer comprising at least one mixing zone formed by a Transfermix geometry in which the number of starts of the helical thread changes for each of the components along the length of said Transfermix zone in the opposite sense to the change of the cross-sectional area of helical grooves on said component, whereby when in operation a medium moves along said Transfermix zone, portions thereof are successively transferred between the grooves of facing helical threads as giver and taker and whereby grooves of larger cross-sectional area are of greater widths than grooves of small cross-sectional area; in a preferred embodiment the mixer has a driven rotor and stationary barrel, the helical threads thereon being of opposite hand and the number of starts facing one another at any cross-section of the Transfermix zone is such as to make a substantially constant product.
    • 一种连续混合器,包括至少一个由Transfermix几何构成的混合区,其中螺旋线的起始次数沿着所述Transfermix区的长度沿着与Transfermix区的长度相对的每个组分的变化相对于横截面积的变化 由此当操作中介质沿着所述Transfermix区移动时,其部分在相对的螺旋形螺纹的沟槽之间依次传递给供水器和吸收器,并且因此具有较大横截面面积的槽具有比凹槽更大的宽度 横截面积小; 在优选实施例中,混合器具有从动转子和固定筒,其上的螺旋螺纹是相反的手,并且在Transfermix区的任何横截面处彼此面对的开始次数使得形成基本恒定的产物。
    • 7. 发明申请
    • RUBBER EXTRUSION DEVICE
    • 橡胶挤出装置
    • US20150231810A1
    • 2015-08-20
    • US14420703
    • 2013-08-30
    • SUMITOMO RUBBER INDUSTRIES, LTD.
    • Hiroyuki Onimatsu
    • B29C47/36
    • B29C47/36B29B7/428B29B7/582B29B7/7495B29C47/0004B29C47/08B29C47/364B29C47/367B29C47/38B29C47/665B29D30/60B29K2021/00B29L2031/001
    • The present invention can save space. A rubber extrusion device (1) containing a rubber extruder (2) for kneading rubber and extruding same from a discharge port (7), and a gear pump (3) connected to the discharge port (7) of the rubber extruder (2). The rubber extruder (2) has a cylinder part (4), which houses a rubber extrusion screw (5), above the floor surface on which the rubber extruder (2) is placed. The gear pump (3) contains an electric motor (8), a decelerator (9) linked to the electric motor (8), and a gear pump main body (10) linked to the decelerator (9). A pair of gears (11) which meshes with one another is installed in the gear pump main body (10). The electric motor (8) and the decelerator (9) are disposed in a space below the gear pump main body (10) or the cylinder part (4). Moreover, the output shaft (9b) of the decelerator and one of the gears (11) are linked by means of a wrapping transmission means.
    • 本发明可以节省空间。 一种橡胶挤出装置(1),其包含用于捏合橡胶并从排出口(7)挤出的橡胶挤出机(2)和连接到橡胶挤出机(2)的排出口(7)的齿轮泵(3) 。 橡胶挤出机(2)具有在橡胶挤出机(2)所在的地板表面上方容纳橡胶挤出螺杆(5)的圆筒部分(4)。 齿轮泵(3)包括电动机(8),连接到电动机(8)的减速器(9)和与减速器(9)连接的齿轮泵主体(10)。 一对齿轮(11)彼此啮合安装在齿轮泵主体(10)中。 电动机(8)和减速器(9)设置在齿轮泵主体(10)或气缸部(4)的下方的空间内。 此外,减速器的输出轴(9b)和齿轮(11)中的一个通过包装传动装置连接。
    • 9. 发明授权
    • Continuous kneading apparatus provided with rotatable kneading members
and fixed kneading members
    • 连续捏合装置设置有可旋转的捏合构件和固定的捏合构件
    • US5370456A
    • 1994-12-06
    • US917365
    • 1992-07-23
    • Kishihiro Yamaoka
    • Kishihiro Yamaoka
    • B01F7/02B29B7/42B01F7/08
    • B29B7/421B29B7/402B29B7/428B29C47/369B29C47/385B29C47/6012B29C47/666B29B7/60B29B7/82
    • A kneading apparatus includes a plurality of rotatable discs mounted on a screw shaft disposed on a hollow cylinder and a plurality of fixed doughnut members mounted on an inner wall of the hollow cylinder. The rotatable discs and fixed doughnut members are arranged alternately in an extending direction of the screw shaft. Projected portions and recessed portions extending radially and alternately arranged in a circumferential direction are formed on opposing side faces of the rotatable disc and fixed doughnut members in such a manner that the depths thereof are increased in proportion to the distance from a center of the screw shaft. Accordingly, the kneading apparatus is allowed to have a small construction and yet capable of efficiently kneading the material. In addition, material is prevented from remaining locally in the apparatus, and thereby a proper shear force is applied to the entire material.
    • 捏合装置包括安装在设置在中空圆柱体上的螺杆轴上的多个可旋转盘和安装在中空圆筒的内壁上的多个固定的环形部件。 可旋转盘和固定的环形部件沿螺杆轴的延伸方向交替布置。 沿圆周方向径向交替布置的突出部分和凹陷部分形成在可旋转盘和固定环形部件的相对侧面上,其深度与从螺杆轴的中心的距离成比例地增加 。 因此,捏合装置允许具有小的结构,并且能够有效地捏合材料。 此外,防止材料局部保留在设备中,从而对整个材料施加适当的剪切力。