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    • 52. 发明授权
    • Stopper for opening
    • 塞子打开
    • US4334632A
    • 1982-06-15
    • US239830
    • 1981-03-02
    • Koji Watanabe
    • Koji Watanabe
    • F16J13/14B62D25/20B62D25/24B65D39/00B65D39/04
    • B62D25/24B65D39/00B65D39/04Y10S220/19
    • A stopper for plugging an opening formed in a panel comprises a flange portion for pressed contact with the surface of the panel and an insertion portion extended downwardly from the lower surface of the flange portion and adapted for insertion into the opening in the panel. The insertion portion is formed in the shape of a boss, provided in the interior thereof with an annular groove which opens into the upper surface of the insertion portion, and gives rise to outer circumferential walls of a small thickness. The outer circumferential walls are provided with a plurality of internally hollowed engaging projections disposed in the radial direction and are provided on the outer wall surfaces thereof with engaging claws adapted for fast engagement with the opening in the panel. The stopper thus constructed possesses watertightness and ability to provide tight fastening and is easy of operation.
    • 用于堵塞形成在面板中的开口的止动件包括用于与面板的表面压接的凸缘部分和从凸缘部分的下表面向下延伸并适于插入面板中的开口中的插入部分。 插入部形成为凸起的形状,在其内部设置有通向插入部的上表面的环状槽,并且产生小壁厚的外周壁。 外周壁设置有沿径向设置的多个内部中空的接合突起,并且在其外壁表面上设置有适于与面板中的开口快速接合的接合爪。 这样构成的挡块具有防水性和提供紧固的能力,操作容易。
    • 53. 发明授权
    • Bottle carrier
    • 瓶架
    • US4248470A
    • 1981-02-03
    • US110963
    • 1980-01-10
    • Takuo YudaToshie TanakaKoji Watanabe
    • Takuo YudaToshie TanakaKoji Watanabe
    • B65D85/30B65D67/02B65D71/50B65D71/00
    • B65D71/50
    • A bottle carrier comprising a main carrier body substantially of the shape of a plate, retaining parts each formed of a pair of opposed arms and extended outwardly from the corners of the longitudinal edges of the main carrier body, legs extended from the opposite longitudinal edges of the main carrier body and allowed to thrust out through spaces intervening between the leading ends of the respective arms, and separators formed one each at the tips of the legs, with all the aforementioned component parts formed within one substantially flat plate, the arms having the respective leading portions thereof bent arcuately in the backward direction to form engaging pieces, the legs having the respective basal portions thereof formed in a decreased wall thickness to give rise to hinge portions, whereby the barrel portions of bottles are brought into contact with the separators and the neck portions of the bottles are wrapped by the arms and fastened by the engaging pieces so as to bind the bottles to each other.
    • 一种瓶载体,其包括基本上为板状的主载体,保持部件各自由一对相对的臂形成,并从主载体主体的纵向边缘的角部向外延伸, 主承载体并允许在相应臂的前端之间插入的空间以及在腿的顶端各形成的隔板,其中所有前述部件形成在一个基本上平的板内,所述臂具有 其各个引导部分沿向后方向弧形地弯曲以形成接合件,所述腿部具有各自的基部部分,其形成为减小的壁厚,从而产生铰链部分,由此瓶子的桶部分与隔板接触, 瓶子的颈部被手臂包住,并通过接合件固定,以便与b结合 les les对方
    • 57. 发明授权
    • Lubrication structure for working device
    • 工作装置的润滑结构
    • US08931574B2
    • 2015-01-13
    • US13255142
    • 2010-02-03
    • Koji Watanabe
    • Koji Watanabe
    • B25D17/14A01D34/30B23D49/00A01G3/053F16H57/04F16H21/22
    • A01D34/30A01G3/053B23D49/00F16H21/22F16H57/0464F16H57/0471
    • A lubrication structure for a working machine is provided. A driven gear that engages with a driving gear connected to a driving source and rotates, is accommodated in a chamber in a case. An eccentric cam is provided on a surface of the driven gear, and connected to a coupling pin in a blade through a crank member. A fitting ring part is provided in one end of the crank member, and the eccentric cam is inserted into the fitting ring part so as to rotate relative to the fitting ring part. An annular groove is formed on the inner surface of the fitting ring part which faces the outer surface of the eccentric cam. The annular groove communicates with a first chamber via a first lubricating passageway and also communicates with a second chamber via a second lubricating passageway.
    • 提供了一种用于工作机械的润滑结构。 与连接到驱动源并旋转的驱动齿轮接合的从动齿轮容纳在壳体中的腔室中。 偏心凸轮设置在从动齿轮的表面上,并通过曲柄构件连接到叶片中的联接销。 在曲柄构件的一端设置有配合环部,偏心凸轮相对于嵌合环部而相对于嵌合环部插入。 在配合环部的与偏心凸轮的外表面相对的内表面上形成环状槽。 环形槽经由第一润滑通道与第一室连通,并且还经由第二润滑通道与第二室连通。
    • 58. 发明授权
    • Sealing device
    • 密封装置
    • US08844937B2
    • 2014-09-30
    • US14001815
    • 2012-03-06
    • Koji Watanabe
    • Koji Watanabe
    • F16J9/00F16J9/20F16J15/56F16J15/46F16J9/08F16J15/32
    • F16J15/322F16J9/08F16J15/164F16J15/3208F16J15/3272F16J15/46F16J15/48F16J15/56
    • An annular sealing device for a shaft and housing that can maintain sealing properties under fluid pressure load when creep occurs in a cut portion due to thermal expansion and the perimeter is shortened. The sealing device includes a seal ring unit configured to fit within an annular groove in the shaft, and has, on the side thereof where the outer periphery is located, a sliding surface on which the seal ring unit slides on the housing; and a lip portion on the inner periphery of the seal ring. The lip portion of tip is disposed on the side of the annular groove where a groove bottom thereof is located, in such a way that the tip thereof is deformable in a direction in which the tip increases the distance between the seal ring unit and the groove bottom of the annular groove when under pressure.
    • 一种用于轴和壳体的环形密封装置,其可以在由于热膨胀而在切割部分发生蠕变并且周长缩短时在流体压力负载下保持密封性能。 所述密封装置包括:密封环单元,其构造成配合在所述轴的环状槽内,并且在所述外周的所述侧面上具有所述密封环单元在所述壳体上滑动的滑动面; 以及在密封环的内周上的唇部。 尖端的唇部设置在其凹槽底部所在的环形槽的侧面,使得其尖端沿着尖端增加密封环单元和凹槽之间的距离的方向可变形 在压力下环形槽的底部。
    • 60. 发明授权
    • Wireless communication system and method for assuring communication quality of packet flow
    • 无线通信系统和方法,用于保证分组流的通信质量
    • US08532053B2
    • 2013-09-10
    • US11916723
    • 2005-06-10
    • Koji WatanabeYosuke Takahashi
    • Koji WatanabeYosuke Takahashi
    • H04W4/00
    • H04W28/24H04L47/14H04L47/70H04L47/805H04L47/808H04L47/824H04L47/828H04W28/18H04W92/02H04W92/06
    • A base station or packet control apparatus, constituting a wireless access network system to be connected to an IP network via a node apparatus, includes a QoS authorization and admission control function for verifying a first communication quality request received from a wireless mobile station based on communication quality level information assured previously to the wireless mobile station, converting the request into a second communication quality request assured to the wireless mobile station, and converting the second communication quality request into a third communication quality request acceptable to communication resources of the wireless access network, and a QoS admission control function for converting, when a second or third communication quality request is received from another node apparatus connected to another wireless access network on account of handover of a wireless mobile station between node apparatuses, the received communication quality request into a communication quality request acceptable to the communication resources.
    • 构成通过节点装置连接到IP网络的无线接入网络系统的基站或分组控制装置包括QoS授权和准入控制功能,用于基于通信来验证从无线移动台接收的第一通信质量请求 将先前向无线移动站确认的质量等级信息,将该请求转换为无线移动站确认的第二通信质量请求,并将第二通信质量请求转换为无线接入网的通信资源可接受的第三通信质量请求, 以及QoS接纳控制功能,用于当从节点设备之间的无线移动台的切换接收到从另一无线接入网连接的另一节点设备接收到第二或第三通信质量请求时,将接收的通信质量请求转换为通信 通信资源可接受的质量要求。