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    • 3. 发明授权
    • Twin-drum type continuous casting apparatus
    • 双鼓式连铸机
    • US5400849A
    • 1995-03-28
    • US18322
    • 1993-02-16
    • Kunimasa SasakiYouichi WakiyamaTakashi AraiHideki Oka
    • Kunimasa SasakiYouichi WakiyamaTakashi AraiHideki Oka
    • B22D11/06
    • B22D11/066B22D11/053B22D11/166
    • The present invention provides a twin-drum type continuous casting apparatus in which, when a side weir is vibrated at a high speed, vibrations of the side weir in the axial direction of the cooling drums is suppressed. The generation of run-out from a cast piece is prevented, and the elongation of the lives of the side weirs and the refractory materials is made possible. A pair of side weirs vibrating along end surfaces of cooling drums are characterized in that a support shaft serving as a center of rotation of the vibrations of the side weirs is disposed lower than the molten metal surface and higher than a minimum gap position of the cooling drums. A vibration exciting shaft for applying vibration to the side weir is disposed lower than the above-mentioned minimum gap position.
    • 本发明提供一种双滚筒式连续铸造装置,其中,当侧堰高速振动时,抑制了冷却滚筒轴向上的侧堰的振动。 防止了从铸件产生脱落,并且使侧堰和耐火材料的寿命延长成为可能。 一对沿着冷却鼓的端面振动的侧堰的特征在于,用作侧堰的振动的旋转中心的支撑轴设置成低于熔融金属表面,并且高于冷却的最小间隙位置 鼓。 用于向侧堰施加振动的振动激励轴设置成比上述最小间隙位置低。
    • 5. 发明授权
    • Injection foaming mold, method of producing foamed plastic product, and foamed plastic product
    • 注射发泡模具,生产泡沫塑料制品的方法和发泡塑料制品
    • US08974223B2
    • 2015-03-10
    • US13290526
    • 2011-11-07
    • Takashi Arai
    • Takashi Arai
    • B29C35/00B29C44/58B29C44/04
    • B29C44/586B29C44/0415Y10T428/24992
    • Provided is an injection foaming mold capable of preventing, when formed resin molding is performed by a partial core back, degradation of an outer appearance and component precision, and occurrence of swelling when a portion that is not subjected to the core back is taken out of a die. The injection foaming mold includes at least: a fixed core that avoids moving; and a movable core that performs the core back. The injection foaming mold further includes a capacity change shape portion, which is formed in a region in which a capacity in the die is changed smoothly and continuously from the fixed core side to the movable core side, the capacity change shape portion being formed at a boundary between the fixed core and the movable core.
    • 提供一种喷射发泡模具,其能够防止当形成的树脂成型由部分纤芯背部进行时,外观和成分精度降低,以及当不经受核心部分的部分被取出时发生膨胀 一死。 注射发泡模具至少包括:避免移动的固定芯; 以及执行核心的可移动的核心。 注射发泡模具还包括容量变化形状部分,其形成在模具中的容量从固定芯侧到可动芯侧平滑连续地变化的区域中,容量变化形状部分形成在 固定芯与可动芯之间的边界。
    • 7. 发明授权
    • Blood reservoir
    • 血库
    • US08597417B2
    • 2013-12-03
    • US13123460
    • 2009-10-02
    • Susumu KobayashiTakashi AraiYuji Kuwahara
    • Susumu KobayashiTakashi AraiYuji Kuwahara
    • B01D19/00
    • A61M1/3627A61M1/3632A61M2205/7545
    • A blood reservoir (1) including a venous blood filter (40) and a cardiotomy filter (5). The cardiotomy blood filter includes a first cardiotomy blood filter member (51) and a second cardiotomy blood filter member (52). The filter member (52) is equipped with a first filter portion (52a) and a second filter portion (52b). The first filter portion (52a) forms the wall portion and the second filter portion (52b) forms the bottom portion. Specifications of the first filter portion (52a) and the second filter portion (52b) are different. A guide member (60) of the blood storage tank (1) is made of a foam material. The blood from which bubbles have been removed is guided while permeating the guide member (60). Consequently, the guide member (60) can lead the blood from which bubbles are removed to a predetermined position at a suitable liquid impact speed.
    • 一种血液储存器(1),包括静脉血液过滤器(40)和心脏切开术过滤器(5)。 所述心切开式血液过滤器包括第一心切开血液过滤器构件(51)和第二心切开血液过滤器构件(52)。 过滤构件(52)配备有第一过滤器部分(52a)和第二过滤器部分(52b)。 第一过滤部52a形成壁部,第二过滤部52b形成底部。 第一过滤器部分(52a)和第二过滤器部分(52b)的规格是不同的。 血液储存罐(1)的引导构件(60)由泡沫材料制成。 已经从中除去气泡的血液在渗透引导构件(60)的同时引导。 因此,引导构件(60)可以以合适的液体冲击速度将从其中去除气泡的血液引导到预定位置。