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    • 4. 发明专利
    • Manufacturing method and equipment for skin forming material
    • 皮肤成型材料的制造方法和设备
    • JPS58197011A
    • 1983-11-16
    • JP7819582
    • 1982-05-12
    • Honda Motor Co Ltd
    • ANDOU YOSHIOKUMAGAI TOSHIOKINUGASA TOSHIYUKI
    • B29C31/00B29C41/00B29C41/08B29C41/36B29K27/06B29L31/58
    • B29C41/08Y10S264/51Y10S425/02
    • PURPOSE:To shape the skin forming material of a good quality with a good contact to the face of a mold and a high efficiency, by splashing the synthetic resin powder charged in a treatment container with the vane of the stirrer and attaching, fusing it to the heated face of the mold. CONSTITUTION:The desired amount of a synthetic resin powder (a) is charged in a treatment container 2, the mold 11 is closed, an air is made to flow in via the bottom wall 6 having fine multiple holes and the layer of the synthetic resin is kept in a fluid floating condition. The molding face 10 of the mold 11 is heated by a heating medium, the synthetic resin powder (a) is splashed with each vane 4b by rotating a stirrer 4 and it strikes strongly the heated molding face 10 and is fused, attached to it. After one continuous fusion-formed film having a desired thickness is shaped, it is cooled, solidified and a skin forming material A is obtained.
    • 目的:通过将装在处理容器中的合成树脂粉末与搅拌器的叶片溅在一起,使与模具表面良好接触并高效率地成型质量良好的皮肤成型材料,并将其熔合到 模具的加热面。 构成:将合成树脂粉末(a)的所需量装入处理容器2中,关闭模具11,使空气通过具有精细多孔的底壁6流入,合成树脂层 保持在流体漂浮状态。 模具11的模制面10被加热介质加热,合成树脂粉末(a)通过旋转搅拌器4而与每个叶片4b一起溅射,并且强烈地冲击加热的模制面10并被熔化,附着在其上。 将具有所需厚度的一个连续熔融成形的膜成形后,将其冷却固化,得到皮肤形成材料A.
    • 7. 发明公开
    • Continuous fluidized-bed granulating apparatus
    • Wirbelschichtvorrichtung zum kontinuierlichen Granulieren。
    • EP0304192A1
    • 1989-02-22
    • EP88307173.0
    • 1988-08-03
    • KABUSHIKI KAISHA OKAWARASEISAKUSHO
    • Shibata, Takeo
    • B01J2/16
    • B01J2/16Y10S264/51Y10S425/02
    • In a fluidized-bed granulating apparatus for continuously producing granular particles from a powdered raw material, while a granulated product is continuously exhausted in a substantially constant amount from the bottom or bottom side wall of a fluidizing chamber and is introduced into a classifying section where the granulated product is classified by classifying means thereby selecting and delivering the granules granulated to particle size greater than the desired size and returning ungranulated material to the fluidizing chamber, the pressure drop of the fluidized bed is detected to adjust the charging rate of the powdered raw material into the fluidized bed and the moisture content of the material to be granulated in the bed is detected to adjust the feed rate of a binding liquid, thereby producing a granulated product of a desired particle size. Also, the amount of heat supplied to the fluidized bed is adjusted in accordance with the integration ratio between the charging rate of the powdered raw material and the feed rate of the binding liquid (liquid/powder ratio), thereby setting a liquid/powder ratio freely.
    • 在用于从粉末状原料连续生产粒状颗粒的流化床造粒装置中,当粒状产物从流化室的底壁或底侧壁连续排出大量恒定量时,并被引入到分级部分 粒化产物通过分级方法分类,从而选择并输送粒度大于所需尺寸的颗粒,并将未成粒材料返回流化室,检测流化床的压降以调节粉末原料的装料速率 进入流化床,并检测在床中待造粒的材料的水分含量以调节粘合液的进料速率,由此生成所需粒度的造粒产物。 此外,根据粉末状原料的填充率和粘合液的供给量(液体/粉末比)的积分比,调整供给到流化床的热量,从而将液体/粉末比例 自如。