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    • 52. 发明授权
    • Equipment for handling various containers
    • 用于处理各种容器的设备
    • US4807421A
    • 1989-02-28
    • US101202
    • 1987-09-25
    • Kazunori ArakiMasayuki HayashiShogo YamaguchiMunehiro Hanada
    • Kazunori ArakiMasayuki HayashiShogo YamaguchiMunehiro Hanada
    • A23L3/04B65B43/52
    • A23L3/04
    • A container holder capable of holding various containers, such as bottles and cans, comprises a deformable container-holding member made from a plastic material, a holding frame, and an adapter plate. The central portion of the holding member is divided into several tongues, and a central hole surrouded by these tongues is formed. The holding member is sandwiched between the adapter plate and the holding frame. Depending on the kind of the container held by this holder, the adapter plate is replaced with another adapter plate. Also disclosed is a container carrier in which container holders as described above are detachably mounted. An apparatus for handling containers using this container holder comprises mechanisms for performing these handling operations and conveying the container carrier between stations for the handling operations while the containers are received in the container holder. Equipment for warming or cooling containers received in said container carrier comprises mechanisms for repeatedly turning the carrier upside down.
    • 能够容纳各种容器(例如瓶子和罐)的容器保持器包括由塑料材料,保持框架和适配器板制成的可变形容器保持构件。 保持构件的中心部分被分成多个舌片,并形成由这些舌片所围绕的中心孔。 保持构件夹在适配器板和保持框架之间。 根据由该保持器保持的容器的种类,适配器板被替换为另一适配器板。 还公开了一种容器载体,其中如上所述的容器保持器可拆卸地安装。 用于使用该容器保持器处理容器的装置包括用于在容器被容纳在容器保持器中时执行这些处理操作并将容器载体输送到用于处理操作的站之间的机构。 容纳在所述容器载体中的用于升温或冷却容器的设备包括用于反复地使所述托架反向转动的机构。
    • 54. 发明授权
    • Forming rolls for use in the fabrication of welded tubes
    • 用于制造焊接管的成型辊
    • US4483167A
    • 1984-11-20
    • US342702
    • 1982-01-25
    • Masayuki Hayashi
    • Masayuki Hayashi
    • B21B27/02B21C37/08B21D5/08B21D5/12B21D5/14B21H8/02
    • B21D5/12
    • A complementary pair of top and bottom rolls for the initial breakdown step of a skelp in the manufacture of welded tubular products by rolling. The bottom roll has a convex midportion, a pair of concave end portions, and a pair of straight border portions each lying between the midportion and one of the concave end portions. The top roll is shaped in complementary relation to the bottom roll to define therebetween a path for the skelp. The breakdown roll pair of the above configuration makes it possible to curl the opposite edge portions of the skelp into arcs of a desired radius without the usual defects of rolling, and in such a way that the skelp can be subsequently rounded and have its edges welded together into a tube of minimal out-of-roundness.
    • 一对互补的顶部和底部辊,用于通过轧制制造焊接的管状产品中的边缘的初始分解步骤。 底辊具有凸起的中间部分,一对凹入端部和一对直边界部分,每个直边界部分位于中间部分和一个凹入端部之间。 上辊与底辊成互补的形状,以在其间限定出一种用于骨架的路径。 上述构造的击穿辊对使得可以将边缘的相对边缘部分卷曲成所需半径的弧,而不会产生通常的滚动缺陷,并且以这样的方式使得边缘可以随后被倒圆并且其边缘焊接 一起成为一个最小的不圆度的管子。
    • 57. 发明授权
    • Rotary-type filling machine and method for calculating filling quantity for rotary-type filling machine
    • 旋转式灌装机及旋转式灌装机灌装量计算方法
    • US09428373B2
    • 2016-08-30
    • US13983969
    • 2011-04-06
    • Yoshiharu TanakaMasayuki HayashiShinji Ishikura
    • Yoshiharu TanakaMasayuki HayashiShinji Ishikura
    • B67C3/28
    • B67C3/286B67C3/283B67C3/287
    • A rotary-type filling machine includes a rotary body, a liquid distribution chamber, a plurality of filling flow path configuration units, each of which has a fluid path constituted by a liquid path connected to the liquid distribution chamber and a liquid valve and configured to individually introduce a liquid into a container, a filling control device, a liquid supply unit, a pressure difference information detection unit configured to detect pressure difference information between a liquid distribution chamber pressure, which is a pressure of the liquid in the liquid distribution chamber, and a filling atmospheric pressure detected as a pressure of a flow release unit in a filling flow path configuration unit at an arbitrary radial direction position of the rotary body, and a rotation information detection unit configured to detect rotation information of the rotary body.
    • 旋转式灌装机包括旋转体,液体分配室,多个填充流路构造单元,每个填充流路构造单元具有由与液体分配室连接的液体路径构成的流体路径和液体阀, 单独地将液体引入容器中,填充控制装置,液体供应单元,压力差信息检测单元,其被配置为检测作为液体分配室中的液体的压力的液体分配室压力之间的压力差信息, 以及作为旋转体的任意径向位置处的填充流路构造单元中的流量释放单元的压力的填充气压,以及旋转信息检测单元,被配置为检测旋转体的旋转信息。