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    • 81. 发明授权
    • Child car seat
    • 儿童座椅
    • US06877809B2
    • 2005-04-12
    • US09974049
    • 2001-10-11
    • Kojiro YamazakiNobuaki TakamizuYoshihiro Tanaka
    • Kojiro YamazakiNobuaki TakamizuYoshihiro Tanaka
    • B60N2/26B60N2/28
    • B60N2/2872B60N2/2806B60N2/2821B60N2/286B60N2/2893B60N2/885
    • A child car seat (10) has a seat bottom (11) to be set on the seat of a vehicle, and a seat back (12) capable of turning relative to the seat bottom (11). Straps (40) having back end parts connected to an anchoring member (42) is extended along the bottom surface of the seat bottom (11). The length of parts of the straps (40) between the seat bottom (11) and the anchoring member (42) is adjusted by sliding a strap tightening device (41) along the straps (40). The strap tightening device (41) is engaged with a step (50) formed in the front end of the seat bottom (11) to hold the seat bottom (11) securely on the seat of a vehicle by the straps (40).
    • 儿童座椅(10)具有设置在车辆座椅上的座椅底部(11)和能够相对于座椅底部(11)转动的座椅靠背(12)。 具有连接到锚固构件(42)的后端部的带(40)沿着座椅底部(11)的底表面延伸。 通过沿带(40)滑动带束紧装置(41)来调节座椅底部(11)和锚定构件(42)之间的带(40)的部分的长度。 带子紧固装置(41)与形成在座椅底部(11)的前端的台阶(50)接合,以通过带子(40)将座椅底部(11)牢固地保持在车辆的座椅上。
    • 83. 发明授权
    • Shield driving machine
    • 盾驱动机
    • US6082930A
    • 2000-07-04
    • US184985
    • 1998-11-03
    • Kiyoshi MiyaYoshihiro Tanaka
    • Kiyoshi MiyaYoshihiro Tanaka
    • E21D9/06E21D9/12E03F3/06
    • E21D9/06E21D9/0635E21D9/12
    • The present invention relates to a shield driving machine by which eliminates excessive work of the ground when working at a curved section while suppressing an increase of the sinking of the ground surface and securing a quickening in the stability of segments. In the shield driving machine, a bulkhead 16 is provided at the tip end side of the shield driving machine body 14 of the shield driving machine 10. The chamber 18 which is formed by the bulkhead 16 and has the tip end side open is filled up with excavated earth and sand and is used to oppose the earth pressure and water pressure in the natural ground. A rotating shaft 22 which supports cross-shaped spokes 20 penetrates on the center axis of the bulkhead 16. At the shield driving machine 10, a plurality of openings 24 which discharge a part of the excavated earth and sand supplied from the chamber 18 to the rear side of the shield driving machine body 14 are provided at the hood portion 27.
    • 屏蔽驱动机技术领域本发明涉及一种屏蔽驱动机械,其能够在抑制地面的下沉的增加的同时,在弯曲部分的作用下消除地面的过度作用,并确保节段的稳定性的加快。 在屏蔽驱动机中,在屏蔽驱动机10的屏蔽驱动机体14的前端侧设置有隔板16.由隔板16形成并具有顶端侧开放的室18被填充 用挖土砂土,用来反对自然地面的土压和水压。 支撑十字形辐条20的旋转轴22穿过隔板16的中心轴线。在屏蔽驱动机10处,多个开口24将从腔室18供应的挖掘的泥土和砂的一部分排出到 遮蔽驱动机体14的后侧设置在罩部27。
    • 84. 发明授权
    • Electronically controlled sample warper having yarn exchange mechanism
high speed warping method and yarn draw-back device
    • 具有纱线交换机构高速翘曲方法和纱线牵引装置的电子控制样品整经机
    • US5970591A
    • 1999-10-26
    • US236337
    • 1999-01-25
    • Yoshihiro TanakaTakatsugu Aihara
    • Yoshihiro TanakaTakatsugu Aihara
    • B65H59/10B65H69/00D02H3/00D02H13/24D02H13/36
    • D02H3/04B65H59/105B65H69/00D02H13/24B65H2701/31
    • An electronically controlled sample warper having a yarn exchange mechanism is provided which is capable of extremely reducing yarn looseness possibly occurring during yarn exchange as compared with conventional methods, preventing large variations in yarn tension produced when a yarn is removed to improve the quality of warping and significantly improve the speed of yarn exchange, unlike conventional methods which do produce variations in yarn tension during yarn exchange to cause a degraded quality of warping, and eliminating the need for reducing a warping speed even during yarn exchange to largely reduce a warping time, as compared with the case where a conventional yarn exchange mechanism is used. The electronically controlled sample warper having a yarn exchange mechanism is adapted to automatically exchange yarns and wind the yarns on a warper drum in accordance with a preset yarn order, and comprises one or a plurality of yarn introduction means each rotatably mounted to a side surface of the warper drum for winding a yarn on the warper drum, a plurality of yarn selection guides, arranged in one end portion of a base for supporting the warper drum corresponding to the yarn introduction means, wherein each of the yarn selection guides is pivotally moved to protrude to a yarn exchange position when a yarn is exchanged and pivotally moved to retract to a standby position when a yarn is accommodated, and yarns are passed between the yarn introduction means and the yarn selection guides, and yarn removing guides arranged in one-to-one correspondence to the plurality of yarn selection guides.
    • 提供了一种具有纱线交换机构的电子控制样品整经机,其能够与传统方法相比能够极大地减少纱线交换期间的纱线松动,从而防止纱线被除去时产生的纱线张力的大变化,以提高翘曲质量, 显着提高纱线交换的速度,这与传统的纱线交换时的纱线张力变化导致翘曲质量不同的方法不同,即使在纱线交换期间也不需要降低翘曲速度,从而大大减少翘曲时间,如 与使用常规的纱线更换机构的情况相比较。 具有纱线交换机构的电子控制样品整经机适于根据预设的纱线顺序自动交换纱线并将纱线卷绕在整经筒上,并且包括一个或多个纱线引入装置,每个纱线引入装置可旋转地安装到 用于在整经滚筒上卷绕纱线的整经滚筒,多个纱线选择导向件,布置在用于支撑与纱线引入装置对应的整经滚筒的基部的一个端部中,其中每个纱线选择导向件枢转地移动到 当纱线被更换并且当纱线被容纳时可枢转地移动以缩回到备用位置时,突出到纱线交换位置,并且纱线在纱线引入装置和选纱导纱器之间通过,并且纱线移除导向器布置成一对一 - 与所述多个纱线选择导向器的一个对应关系。
    • 85. 发明授权
    • Electronically controlled sample warper with yarn exchange mechanism
    • 具有纱线交换机制的电子控制样品整经机
    • US5950289A
    • 1999-09-14
    • US34024
    • 1998-03-02
    • Yoshihiro Tanaka
    • Yoshihiro Tanaka
    • D02H3/00D02H7/00
    • D02H3/04
    • An electronically controlled sample warper includes a yarn introduction member movably mounted on a distal end of a yarn introduction lever rotatably provided on a side surface of a warper drum for winding a yarn on the warper drum, and a plurality of yarn selection guides disposed, in correspondence with the yarn introduction member, on an end portion of a base on which the warper drum is supported. Each of the yarn selection guides is movable angularly about the base between a yarn exchange position in which it projects from the base for changing the yarn to another yarn, and a standby position in which it is retracted in the base for storing the yarn in the base. The yarn introduction member and each of the yarn selection guides are cooperative to undertake delivery of a yarn between them so as to wind yarns on the warper drum in the preset order with automatic yarn change. For delivery of the yarn from the yarn introduction member to any of the yarn selection guides, the yarn introduction member moves in a direction to release the yarn to thereby allow the yarn to be caught by the yarn selection guide, and for delivery of the yarn from the yarn selection guide to the yarn introduction member, the yarn introduction member moves in another direction to catch the yarn held on the yarn selection guide.
    • 电子控制样品整经机包括可移动地安装在导纱杆的前端上的纱线引入件,该纱线引入杆可旋转地设置在整形滚筒的侧表面上,用于将纱线卷绕在整经筒上,以及多个纱线选择导向器, 对应于纱线引入构件,在其上支撑整经鼓的基座的端部上。 每个纱线选择导向装置可在基座之间围绕基座有角度地移动,纱线交换位置从基座突出,用于将纱线从纱线伸出到另一根纱线;以及待机位置,在其中缩回到基座中以将纱线存放在 基础。 纱线引导构件和每个纱线选择导向器协作以在它们之间进行纱线的输送,以便以预定的顺序使纱线在整经滚筒上自动换纱。 为了将纱线从纱线引入部件输送到任何选纱导纱器,纱线引入部件沿着释放纱线的方向移动,从而允许纱线被纱线选择导向件卡住,并且用于纱线的输送 从纱线选择引导件到纱线引导部件,纱线引导部件沿另一个方向移动以捕捉保持在纱线选择引导件上的纱线。
    • 86. 发明授权
    • Rotary section current transmitting mechanism
    • 旋转截面电流传递机构
    • US5827080A
    • 1998-10-27
    • US662510
    • 1996-06-13
    • Yoshihiro TanakaTakashi Nogami
    • Yoshihiro TanakaTakashi Nogami
    • B60R16/02B60R16/027H01L21/683H01R35/02H01R3/00
    • B60R16/027H01L21/6833H01R35/025
    • A rotary section current transmitting mechanism includes a rotary member having an outer wall of a circular cross-section and a stationary member provided around the rotary member with separation from the rotary member by ring-shaped space so as to form concentric circles with the rotary member, and having an inner wall of a circular cross-section. The ring-shaped space accommodates a film-shaped wire. Both ends of the film-shaped wire are fixed in the same direction respectively to wire fixing sections of the rotary member and of the stationary member, and the film-shaped wire curves between the both ends. The film-shaped wire has a configuration in which conductors are sandwiched between insulating films. This configuration enables electric current to be stably transmitted from the stationary member to the rotary member which rotates forward and backward within a predetermined angle.
    • 旋转部分电流传递机构包括具有圆形横截面的外壁的旋转构件和设置在旋转构件周围的静止构件,与旋转构件隔开环形空间,以便与旋转构件形成同心圆 并且具有圆形横截面的内壁。 环状空间容纳有薄膜状的电线。 薄膜状导线的两端分别固定在旋转部件和静止部件的线固定部上,薄膜状导线在两端之间弯曲。 膜状导线具有导体夹在绝缘膜之间的构造。 该结构能够使电流稳定地从固定部件传递到在预定角度内向前和向后旋转的旋转部件。