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    • 72. 发明授权
    • Vertical agitating apparatus
    • 立式搅拌器
    • US06296384B1
    • 2001-10-02
    • US09280564
    • 1999-03-30
    • Ryuichi YatomiMasafumi KuratsuMasao YamaokaMineo Nakano
    • Ryuichi YatomiMasafumi KuratsuMasao YamaokaMineo Nakano
    • B01F720
    • B01F7/00641B01F7/00291B01F7/16B01F7/18
    • Provided is a vertical agitating apparatus which can shorten the time of vertically uniform mixing, uniformalize flow rates in the vertical direction, and shorten the time of heat transmission in a deep liquid agitating tank, an agitating tank having a conical bottom part with an acute apex angle of less than 60 deg. or in a tank combination of the former two tanks, and in which a rotary shaft is arranged in the tank so as to be rotatable by a drive located outside of the tank, bottom paddle blades having a large area are attached to the lower part of the rotary shaft, and lattice blades in combination of vertical grids and horizontal arms are provided to the rotary shaft above the bottom paddle blades, the distance between the outer edge of the vertical blades at the outermost end of the lattice blade and the center of the rotary shaft being set so as to be greater than that of the bottom paddle blades.
    • 本发明提供一种垂直搅拌装置,其可以缩短垂直均匀混合的时间,使垂直方向的流量均匀化,缩短深液体搅拌槽中的热传递时间,具有锥形底部的搅动罐具有锐角 角度小于60度 或在前两个罐的组合中,并且其中旋转轴布置在罐中,以便通过位于罐外部的驱动器旋转,具有大面积的底部桨叶附接到 旋转轴和垂直网格和水平臂组合的格子叶片被提供到底部桨叶上方的旋转轴,在格栅叶片的最外端处的垂直叶片的外边缘与中心之间的距离 旋转轴被设定为大于底部桨叶的旋转轴。
    • 73. 发明授权
    • Ice cream making apparatus and an agitator for the same
    • 冰淇淋制作设备和搅拌器相同
    • US06205806B1
    • 2001-03-27
    • US09405574
    • 1999-09-27
    • Olivia Huang
    • Olivia Huang
    • A23G900
    • A23G9/224A23G9/12B01F7/18B01F7/32
    • An ice cream making apparatus and an agitator for the same. The agitator includes top and bottom ends, and a shaft defining an axis through top and bottom ends thereof. A pair of first left and right arms are mounted on the shaft adjacent to the top end. A pair of second left and right arms are mounted on the shaft adjacent to the bottom end. A first left wing extends downwardly from a bottom side of the second left arm in a direction substantially parallel to the axis, and a first right wing extends downwardly from a bottom side of the second right arm, and is inclined at an angle relative to the axis. Diametrically opposed third left and right arms interconnect the first and second left arms and the first and second right arms, respectively. A pair of second left and right wings extend inclinedly from the third left and right arms, respectively.
    • 冰淇淋制作装置和搅拌器。 搅拌器包括顶端和底端,以及轴,其通过其顶端和底端限定轴线。 一对第一左右臂安装在与顶端相邻的轴上。 一对第二左右臂与底端相邻地安装在轴上。 第一左翼从基本上平行于轴线的方向从第二左臂的底侧向下延伸,第一右翼从第二右臂的底侧向下延伸,并且相对于第二左翼倾斜一定角度 轴。 直径相对的第三左臂和右臂分别互连第一和第二左臂以及第一和第二右臂。 一对第二左右翼分别从第三左手臂和右手臂倾斜延伸。
    • 76. 发明授权
    • Process and plant for the production of a fluid fine paste hardenable
after molding
    • 用于生产成型后可硬化的流体细浆的工艺和设备
    • US5979807A
    • 1999-11-09
    • US43692
    • 1998-03-26
    • Carlos Fradera Pellicer
    • Carlos Fradera Pellicer
    • B28C5/40B28C20060101B28C5/08B28C5/16B28C7/04B02C19/12
    • B28C5/0875B01F11/0054B01F13/103B01F15/0267B01F5/0262B01F5/0658B01F7/00166B01F7/00808B01F7/166B01F7/18B01F7/26B28C5/166
    • The process is implemented in a plant which comprises a homogenising apparatus (1) consisting of a first vertical container (10) having axial stirring devices (11) and peripheral stirring devices (12) with independently actuated blades (15), and grinding apparatus (3) comprised of an external static cylindrical body (21) with centripetally projecting stubs (24) and wherein is housed an internal rotary cylindrical body (25) provided with centrifugally projecting stubs (24); a continuous mixter (4) of which the internal surface (28) has crossing furrows (29) and wherein is housed a cylindrical body (34) of which the external surface (30) has second furrows which also cross each other, so that all the furrows form conduits which initiate in an extreme chamber (31) and which terminate in an extreme chamber (32) for the outflow of fluids resulting from produced mixtures; and a nozzle (5) for supplying the fine fluid paste, said nozzle being comprised of a main tubular body (33) having on the one hand an extreme annular enclosure (36) provided with second inlet nozzles (37) for additives and pressure gas fluid and, on the other hand, outlet conduits which open into ports (38) of the main tubular body (33).
    • PCT No.PCT / ES97 / 00194 Sec。 371日期:1998年3月26日 102(e)1998年3月26日PCT PCT 1997年7月28日PCT公布。 公开号WO98 / 05483 日期1998年2月12日该方法在包括由具有轴向搅拌装置(11)的第一立式容器(10)和具有独立致动叶片(15)的周边搅拌装置(12)组成的均质装置(1)的设备中实施, ,以及包括具有向心突出的短截线(24)的外部静止圆柱体(21)的研磨装置(3),并且其中容纳有设置有离心投影的短截线(24)的内部旋转圆柱体(25)。 其中内表面(28)具有交叉沟(29)的连续混合器(4),并且其中容纳有圆柱体(34),其外表面(30)具有彼此交叉的第二沟,使得全部 沟槽形成在极端室(31)中引发并且终止于极端室(32)中的导管,用于流出由产生的混合物产生的流体; 以及用于供应细流体浆料的喷嘴(5),所述喷嘴由主管体(33)组成,所述主管体一方面具有极端的环形外壳(36),所述外部环形外壳设置有用于添加剂的第二入口喷嘴(37)和压力气体 并且另一方面是通向主管状体(33)的端口(38)的出口导管。
    • 77. 发明授权
    • Reprocessed resin formed of thermoset resin formed material, method for
reprocessing thermoset resin foamed material and method for molding
molded article formed of the reprocessed resin
    • 由热固性树脂成形材料形成的再加工树脂,热固性树脂发泡体的后处理方法和由再加工树脂形成的成型体的成型方法
    • US5801205A
    • 1998-09-01
    • US659604
    • 1996-06-06
    • Sadao NishiboriTakuji Kajiwara
    • Sadao NishiboriTakuji Kajiwara
    • B01F7/00B01F7/18B01F7/30B01F15/02B29B9/12B29B17/04C08J9/35
    • B29B17/04B01F15/0267B01F7/18B01F7/302B29B9/12B29C43/003B01F7/00416B01F7/00991B29B17/0042B29C43/00B29C47/0021B29C47/004B29K2061/00B29K2075/02B29K2105/26Y02W30/62Y02W30/625
    • Provided are a reprocessed resin which decreases volume of a thermoset resin foamed material recovered from waste of various resin products and moldably form said thermoset resin foamed material into various molded articles to thereby effectively recover and reprocess the thermoset resin foamed material, a reprocessing method therefor and a method for molding a molded article formed of said reprocessed resin. A pulverized resin to be processed formed of a thermoset resin foamed material along with a thermoplastic resin molding material are applied with a stirring impact force to produce shearing heat generation based on the stirring impact force and are gelled and blended by the shearing heat generation. In this process, the thermoplastic resin molding material is adhered so as to cover the whole surface of the individual pulverized resin to be processed and cooled and granulated to have 15 mm or less of particle diameter to thereby decrease volume by 0.3 or more in bulk specific gravity whereby a reprocessed resin imparting a good flowability is formed to maintain a good blended state at the time of molding such as extrusion molding, injection molding or the like, and a suppressing force is applied to a molded article to increase a density of an extruded material to mold a molded article of uniform and high density.
    • 提供了一种后处理树脂,其减少了从各种树脂产品的废弃物中回收的热固性树脂发泡材料的体积,并将所述热固性树脂发泡材料成型为各种模塑制品,从而有效地回收和再处理热固性树脂发泡材料,其再处理方法和 用于模制由所述再加工树脂形成的模制品的方法。 用热塑性树脂成型材料与热塑性树脂发泡材料一起加工的经粉碎的树脂被施加搅拌冲击力,以产生基于搅拌冲击力的剪切发热并通过剪切发热进行凝胶化和共混。 在该方法中,将热塑性树脂成型材料粘合以覆盖要加工和冷却的单个粉碎树脂的整个表面,并将其造粒为具有15mm或更小的粒径,从而以体积比例将体积减小0.3或更多 形成赋予良好流动性的再加工树脂以在模制时保持良好的共混状态,例如挤出成型,注射成型等,并且将抑制力施加到模制品上以增加挤出的密度 用于模制均匀和高密度的模制品的材料。