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    • 1. 发明授权
    • Intravascular catheter
    • 血管内导管
    • US06482180B2
    • 2002-11-19
    • US09776923
    • 2001-02-06
    • Yoshihide ToyokawaKenji IshikawaToshiya Asai
    • Yoshihide ToyokawaKenji IshikawaToshiya Asai
    • A61M500
    • A61M25/0637A61M39/284
    • The present invention provides an intravascular catheter comprising a catheter part; an internal needle disposed through the catheter part; and a flexible resin member disposed on the outer surface of the catheter part. It is preferable that the intravascular catheter comprises a blood leakage prevention member for preventing leakage of blood by closing the catheter part via the flexible resin member. It is also preferable that the blood leakage prevention member comprises a pressure part capable of pressuring the catheter part via the flexible resin member. It is further preferable that the blood leakage prevention member comprises a fixing mechanism capable of fixing the pressure part in the pressuring state, and a releasing mechanism capable of releasing the pressuring state.
    • 本发明提供一种血管内导管,其包括导管部分; 穿过导管部分设置的内针; 以及设置在导管部的外表面上的柔性树脂构件。 优选地,血管内导管包括通过经由柔性树脂构件封闭导管部来防止血液渗漏的防血漏部件。 还优选的是,防漏血部件包括能够经由柔性树脂部件对导管部进行加压的压力部。 进一步优选的是,防漏血部件包括能够将加压部固定在加压状态的固定机构和能够释放加压状态的释放机构。
    • 2. 发明授权
    • Video signal processing apparatus
    • 视频信号处理装置
    • US5257104A
    • 1993-10-26
    • US863963
    • 1992-04-06
    • Toshiya Asai
    • Toshiya Asai
    • G11B27/28G11B27/30H04N5/765H04N5/91H04N5/92H04N5/926H04N5/945H04N7/04H04N5/04H04N7/08
    • H04N5/926G11B27/3054H04N5/9206H04N5/945H04N5/765
    • A control circuit for controlling an output phase of a video signal is comprised of a variable type phase shifting circuit for phase-shifting the video signal by a designated phase shifting amount and a fixed type phase shifting circuit for phase-shifting the video signal by a constant phase shifting amount. A signal switch selects video signals from the designated and fixed type phase shifting circuits. The video signal from the fixed type phase shifting circuit is selected only during a predetermined period including at least ancillary data while the video signal from the variable type phase shifting circuit is utilized during other period. Thus, the ancillary data is constantly extracted from the video signal which is phase-shifted by the constant phase-shifting amount so that the inserting position of the ancillary data is not changed, regardless of the output phase amount. Thereby the ancillary data is extracted reliably. In other words, even when the output phase amount is varied, the position of the ancillary data inserted into the video signal can be prevented from being changed.
    • 用于控制视频信号的输出相位的控制电路包括用于将视频信号相移一个指定的相移量的可变型移相电路和用于使视频信号相位移相的固定型移相电路 恒定相移量。 信号开关选择来自指定和固定型移相电路的视频信号。 来自固定型移相电路的视频信号仅在包括至少辅助数据的预定周期期间被选择,而来自可变型移相电路的视频信号在其它时段期间被利用。 因此,不管输出相位量如何,辅助数据不断地从相位移动恒定相移量的视频信号中提取,使得辅助数据的插入位置不改变。 从而可靠地提取辅助数据。 换句话说,即使当输出相位量变化时,也可以防止插入到视频信号中的辅助数据的位置被改变。
    • 5. 发明申请
    • Guide wire assembly
    • 导丝总成
    • US20070185413A1
    • 2007-08-09
    • US10592130
    • 2004-12-17
    • Toshiya AsaiRyuichi Urakawa
    • Toshiya AsaiRyuichi Urakawa
    • A61M25/00
    • A61M25/09041A61B5/15003A61B5/150236A61B5/150244A61B5/150389A61B5/150503A61B5/153A61B5/155A61M25/002
    • A guide wire assembly (1) includes a guide wire (2) having a main body section (22), a front-end angular section (21) and a base-end angular section (23). The guide wire assembly (1) further includes a storage section for storing the guide wire (2) inside a hollow section of a substantially annularly wound pipe body (51). The base-end angular section (23) is arranged so that it is dynamically stabilized in elasticity, in a state in which a bent direction thereof is aligned with a direction of curvature of the pipe body (51). When the base-end angular section (23) passes through the pipe body as the guide wire (2) is delivered from the storage section (5), a state is maintained in which the bent direction of the base-end angular section (23) is aligned with the direction of curvature of the pipe body (51), and the direction of the front-end angular section (21) is maintained at a predetermined direction with respect to the storage section (5).
    • 导线组件(1)包括具有主体部分(22),前端角部(21)和基端角部(23)的导丝(2)。 导线组件(1)还包括用于将引导线(2)存储在基本上环形的管体(51)的中空部分内的存储部分。 基端角部23被配置为使其在弯曲方向与管体(51)的曲率方向对准的状态下动态地稳定在弹性状态。 当引导线(2)从存储部(5)传送时,当基端角部(23)穿过管体时,保持基端角部(23)的弯曲方向的状态 )与管体(51)的曲率方向对准,前端角部(21)的方向相对于收纳部(5)维持在规定的方向。
    • 9. 发明申请
    • Data storage apparatus and data storage method thereof
    • 数据存储装置及其数据存储方法
    • US20060026456A1
    • 2006-02-02
    • US11189424
    • 2005-07-26
    • Yoshiaki KayukawaToshiya Asai
    • Yoshiaki KayukawaToshiya Asai
    • G06F11/00
    • G11B20/1833G06F11/1088G06F11/1092
    • A data storage apparatus and data storage method thereof which enable reduction of the number of maintenance sessions to replace malfunctioning storage means are provided. The data storage apparatus has a plurality of data HDDs; a plurality of error correction HDDs; a data distribution and error code generation device, which distributes and records input data in the data HDDs, and which generates error correction codes from the data according to the number of error correction HDDs and records the error correction codes in the error correction HDDs; and a data restoration device, which restores the data within HDDs in which a malfunction or response delay has occurred, using data and error correction codes read from the remaining HDDs.
    • 提供一种数据存储装置及其数据存储方法,其能够减少维护次数以代替故障存储装置。 数据存储装置具有多个数据HDD; 多个纠错HDD; 数据分配和错误代码生成装置,其将数据HDD中的输入数据分发并记录,并且根据纠错HDD的数量从数据生成纠错码,并将纠错码记录在纠错HDD中; 以及数据恢复装置,其使用从其余HDD读取的数据和纠错码来恢复其中发生故障或响应延迟的HDD内的数据。