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    • 92. 发明授权
    • Airbag
    • 安全气囊
    • US06722693B2
    • 2004-04-20
    • US10378815
    • 2003-03-05
    • Takanobu IkedaTakashi YamamotoKatsuhiko KatoShoji OkajimaMitsuru Sugaya
    • Takanobu IkedaTakashi YamamotoKatsuhiko KatoShoji OkajimaMitsuru Sugaya
    • B60R2122
    • B60R21/201B60R21/232
    • An airbag according to the present invention comprises an airbag body and a plurality of tearable wrapping yarns. The wrapping yarns are wound around the outer circumference of the wrapping area of the airbag body as folded into a generally rod-like shape, along the axial direction of the airbag body and to obliquely intersect the axial direction. In the wrapping area, at least two of the wrapping yarns are wound from the opposite directions to each other. The distance between the adjacent wrapping yarns along the axial direction of the airbag body is within the range of 20 to 60 mm in the wrapping area. The yarn strength of each wrapping yarn is within the range of 7.4 to 65N. In the airbag of the present invention, the airbag body in the wrapping area is kept in a compact shape by a simple wrapping work, while securing the smooth expansion and inflation.
    • 根据本发明的气囊包括气囊本体和多个可撕开的包装纱线。 包裹纱线沿着气囊本体的轴向折叠成大致棒状,与轴向倾斜地卷绕在气囊体的包装区域的外周。 在包装区域中,至少两根缠绕纱线从彼此相反的方向缠绕。 沿着气囊本体的轴向的相邻缠绕纱线之间的间隔在包装区域的20〜60mm的范围内。 每条缠绕纱线的纱线强度在7.4至65N的范围内。 在本发明的安全气囊中,通过简单的包装工作将包装区域中的气囊体保持在紧凑的形状,同时确保平滑的膨胀和充气。
    • 93. 发明授权
    • Method for connecting electronic devices and connecting cable
    • 连接电子设备和连接电缆的方法
    • US06686538B2
    • 2004-02-03
    • US10122005
    • 2002-04-15
    • Takashi Yamamoto
    • Takashi Yamamoto
    • H01B1106
    • H01R24/44H01R2103/00
    • A connection method and a connecting cable for improving transmission of low-frequency signals, and reducing the radiation level of high-frequency signals, including a connecting cable having at least two ends, a first external conductor for shielding at least one signal line capable of conveying a signal and having a frequency that causes undesired radiation, the first external conductor having a length about co-extensive with the length of the signal lines, a second external conductor spaced adjacent the first external conductor with an insulator between the first and second external conductors, the length of the second external conductor being less than the length of the first external conductor and defined in terms of such frequency, the length of the second external conductor being for suppressing undesired radiation. The first external conductor is for connecting to a reference potential of a first electronic device connected by the signal line, and the second external conductor is for connecting to a reference potential of a second electronic device.
    • 一种连接方法和连接电缆,用于改善低频信号的传输,并降低包括具有至少两端的连接电缆的高频信号的辐射水平,第一外部导体,用于屏蔽至少一条能够 传送信号并具有引起不期望的辐射的频率,第一外部导体的长度与信号线的长度大致相等;第二外部导体与第一外部导体间隔开,绝缘体在第一和第二外部之间 导体,第二外部导体的长度小于第一外部导体的长度,并根据这种频率限定,第二外部导体的长度用于抑制不需要的辐射。 第一外部导体用于连接到由信号线连接的第一电子设备的参考电位,第二外部导体用于连接到第二电子设备的参考电位。
    • 96. 发明授权
    • Airbag
    • 安全气囊
    • US06460877B2
    • 2002-10-08
    • US09793712
    • 2001-02-27
    • Choko TanabeEisiti NakamuraToshinori TanaseTakashi YamamotoMikihito IshiiYoshinari Takei
    • Choko TanabeEisiti NakamuraToshinori TanaseTakashi YamamotoMikihito IshiiYoshinari Takei
    • B60R2122
    • B60R21/232B60R21/235B60R2021/23504B60R2021/23509B60R2021/23542B60R2021/23547
    • An airbag including an expansion part accommodating inflow of expansion gas to expand a peripheral wall, and linear joining portions arranged in a region of the expansion part and constituted by joining facing portions of the peripheral wall in a linear manner. The linear joining portions include a linear base, curved portions and swelling portions. Each of the curved portions is connected to the base and curvilinearly extends and bends toward the respective base thereof. The swelling portions are arranged at tip ends of the curved portions to smoothly connect outer peripheral edges thereof to outer peripheral edges of the curved portions. With this airbag, stress concentration is reduced around the swelling portions and the curved portions at the time of development and expansion. Thus, the linear joining portions can be arranged without causing breakage of the peripheral wall during development and expansion, and reduction in volume and expansion area held down as much as possible.
    • 一种气囊,包括容纳膨胀气体的流入以膨胀周壁的膨胀部分,以及布置在所述膨胀部分的区域中并且以线性方式连接所述周壁的相对部分而构成的线性接合部分。 线状接合部包括线状基部,弯曲部和隆起部。 每个弯曲部分连接到基部并且曲线地延伸并朝着其相应的基部弯曲。 隆起部分布置在弯曲部分的末端处,以将其外周边缘平滑地连接到弯曲部分的外周边缘。 利用该气囊,在展开和膨胀时,在膨胀部分和弯曲部分周围的应力集中减少。 因此,可以布置线性连接部分而不会在显影和膨胀期间引起周壁的破损,并尽可能地减小体积和膨胀面积。
    • 100. 发明授权
    • Method for connecting terminals to a host computer and a host computer therefor
    • 将终端连接到主计算机和主计算机的方法
    • US06308200B1
    • 2001-10-23
    • US08769111
    • 1996-12-18
    • Takashi Yamamoto
    • Takashi Yamamoto
    • G06F1516
    • H04L51/30G06F21/31G06Q10/107
    • A method for connecting terminals to a host computer via communication lines in a computer network, and a host computer therefor, which simplifies an operation to confirm mail receipt, reduces network traffic by not executing a log-in process, and does not initiate charges for an on-line service fee for mail receipt confirmation when mail has not been received. The method includes inputting an identification number and a password of a user of the host computer from one of the terminals to the host computer, and determining whether the password is for confirming that information addressed to the user has been stored in the host computer. When the password is for confirming that information addressed to the user has been stored in the host computer, a determination is made as to whether information has been stored in the host computer, and the user is enabled to use the host computer when information has been stored in the host computer.
    • 通过计算机网络中的通信线路将终端连接到主计算机的方法及其主机,其简化了确认邮件接收的操作,通过不执行登录过程来减少网络流量,并且不会对 当邮件未收到邮件收据确认的在线服务费。 该方法包括从主机中的一个向主计算机输入主计算机的用户的识别号码和密码,以及确定密码是否用于确认寻址到用户的信息已被存储在主计算机中。 当密码用于确认发送给用户的信息已经存储在主计算机中时,确定信息是否已被存储在主计算机中,并且当信息已经被使用时使用户能够使用主计算机 存储在主机中。