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    • 23. 发明授权
    • Beverage container
    • 饮料容器
    • US4783176A
    • 1988-11-08
    • US60460
    • 1987-06-11
    • Tooru Ichikawa
    • Tooru Ichikawa
    • B65D33/36A45F3/20B65D33/14B65D75/58B65D77/22B65D83/00B65D33/16
    • A45F3/20B65D33/14B65D75/5883B65D77/22B65D2231/004B65D2575/583
    • A liquid container generally includes a main container body and a liquid delivery unit secured thereto. The main container body is formed of a flexible sheet and has an opening at its upper end to which the liquid delivery unit is sealingly secured. The liquid delivery unit includes a mouth portion positioned outside the main container body, a joining portion positioned below the mouth portion, a conduit portion extending from the joining portion toward the interior of the main container body, at least two flanges disposed above the joining portion, and at least two ribs positioned between the flanges. The ribs project in a direction perpendicular to front and rear surfaces of the main container body and extend in an axial direction of the conduit. The conduit is formed with a plurality of slots positioned inside the main container body and adjacent the upper opening.
    • 液体容器通常包括主容器主体和固定到其上的液体输送单元。 主容器体由柔性片形成,并且在其上端具有密封地固定液体输送单元的开口。 液体输送单元包括位于主容器主体外部的口部,位于口部下方的接合部,从接合部向主容器主体内部延伸的导管部,设置在接合部的上方的至少两个凸缘 以及位于凸缘之间的至少两个肋。 肋沿与主容器主体的前表面和后表面垂直的方向突出,并沿导管的轴向方向延伸。 管道形成有位于主容器体内并邻近上部开口的多个槽。
    • 24. 发明申请
    • VENTILATION DEVICE
    • 通风装置
    • US20120286715A1
    • 2012-11-15
    • US13522763
    • 2010-08-05
    • Tsuraki NakajimaTooru Ichikawa
    • Tsuraki NakajimaTooru Ichikawa
    • H02P7/28
    • F24F11/77F24F11/75H02P7/2913
    • A ventilating system that can make an air flow rate variable includes a DC motor that drives blades and a control circuit that controls the DC motor. The control circuit includes a first current detecting unit that detects a current flowing in the DC motor, a rotating speed detecting unit that detects a rotating speed of the DC motor, and a control unit that controls the DC motor based on a rotating speed detected by the rotating speed detecting unit and a current detected by the first current detecting unit. The current detecting unit includes a plurality of low-resistance resistors, detects a motor current by using divided voltages of the low-resistance resistors, and calculates a ventilation air flow rate based on the rotating speed detected by the rotating speed detecting unit and the current detected by the first current detecting unit.
    • 可以使空气流量变化的通风系统包括驱动叶片的直流电动机和控制直流电动机的控制电路。 控制电路包括检测直流电动机中流动的电流的第一电流检测单元,检测直流电动机的转速的转速检测单元,以及基于由直流电动机检测到的转速控制直流电动机的控制单元 转速检测单元和由第一电流检测单元检测的电流。 电流检测单元包括多个低电阻电阻器,通过使用低电阻电阻器的分压来检测电动机电流,并且基于由转速检测单元检测的转速和当前的电流来计算通风空气流量 由第一电流检测单元检测。
    • 26. 发明申请
    • Packaging Bag With Fastener And Method Of Producing The Same
    • 带紧固件的包装袋及其生产方法
    • US20080044115A1
    • 2008-02-21
    • US11628758
    • 2005-05-31
    • Tooru IchikawaKou GoKazuhiro Umenaka
    • Tooru IchikawaKou GoKazuhiro Umenaka
    • B65D33/38B31B1/74
    • B65D75/008B31B70/8131B65D33/2533B65D75/5816B65D75/5883B65D2575/586
    • There is provided a packaging bag capable of easily taking out an inner content of a desired amount from a packaging bag. The packaging bag provided with a fastener forms a packaging bag 1 by connecting a bag body 2 to a spout unit 3 as an independent member. The spout unit 3 is composed of opposing wall surface portions 11 and a fastener provided on inner surfaces of these wall surface portions 11, which are integrally formed through an injection molding process. The spout unit 3 includes a connection opening 15 for connecting one side end to the bag body 2 with the fastener 13 being boundary thereof and a closed portion 16 forming the other side end as the end edge of the packaging bag. A seal-opening portion 20 to be torn so as to separate the spout unit is formed to a portion between the closed portion 16 and the fastener 13.
    • 提供了一种能够容易地从包装袋中取出所需量的内含物的包装袋。 设置有紧固件的包装袋通过将袋体2作为独立构件连接到喷口单元3而形成包装袋1。 喷口单元3由相对的壁表面部分11和设置在这些壁表面部分11的内表面上的紧固件构成,这些壁表面部分11通过注射成型工艺一体形成。 喷嘴单元3包括连接开口15,用于将紧固件13作为边界将一侧端部连接到袋体2,以及形成作为包装袋的端部边缘的另一侧端部的封闭部分16。 为了分离喷嘴单元而被撕裂的密封开口部分20形成在封闭部分16和紧固件13之间的部分。