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    • 1. 发明申请
    • Cardiac Valve Data Measuring Method And Device
    • 心脏瓣膜数据测量方法与装置
    • US20080085043A1
    • 2008-04-10
    • US11722748
    • 2005-12-26
    • Nozomi WatanabeYasuo OgasawaraMasashi Sakurai
    • Nozomi WatanabeYasuo OgasawaraMasashi Sakurai
    • G06K9/46
    • A61B8/0883A61B5/1075A61B8/08A61B8/13A61B8/483G06T7/12G06T7/149G06T2207/10136G06T2207/20116G06T2207/30048
    • An object of the present invention is to acquire information regarding the cardiac valve required in the clinical field, such as the tenting volume, tenting area, tenting height of the mitral valve of the heart, the area, the circumferential length, and height (the difference between the highest portion and the lowest portion) of the mitral annulus, etc. A method of obtaining a three-dimensional cardiac-valve image for measuring clinically required data regarding the cardiac valve, in which method a three-dimensional echocardiogram is created from two-dimensional echocardiograms obtained through scanning by means of an echocardiograph, and the three-dimensional cardiac-valve image is automatically extracted from the three-dimensional echocardiogram by computer processing The method is characterized in that a fitting evaluation function (potential energy) of a model of the mitral annulus in a fitting model prepared in consideration of the physical shapes of the heart and the mitral annulus is optimized by the replica exchange method and extended simulated annealing method.
    • 本发明的目的是获取关于临床领域中所需的心脏瓣膜的信息,例如胸部容积,帐篷面积,心脏的二尖瓣的隆起高度,面积,周长和高度( 二尖瓣环的最高部分和最低部分之间的差异等。一种获得用于测量关于心脏瓣膜的临床需要的数据的三维心脏瓣膜图像的方法,其中从三维心脏瓣膜图像中创建三维超声心动图 通过超声心动图扫描获得的二维超声心动图,并通过计算机处理从三维超声心动图中自动提取三维心脏瓣膜图像。该方法的特征在于,拟合评估函数(势能) 考虑到心脏和二尖瓣的物理形状准备的拟合模型中二尖瓣环的模型 通过复制交换法和扩展模拟退火方法优化。
    • 2. 发明授权
    • IC card reader
    • IC卡读卡器
    • US06776338B2
    • 2004-08-17
    • US10308812
    • 2002-12-03
    • Nozomi Watanabe
    • Nozomi Watanabe
    • G06K706
    • G06K13/0893G06K7/0021G06K7/0026G06K13/08
    • An IC card reader comprises a card transport path for passing an IC card, an abutting portion and an IC contact, which contacts a contact terminal pattern of the IC card and is capable of coming close to or being distanced from the IC card. The IC card reader further comprises a card discharge port, which is provided at the rear end of said card transport path, regulation means for regulating a distance between said IC contact block and the card transport path, a driving portion for releasing control of the distance and a stopper for aligning the IC contact block to the card transport path. When the IC card left on the card transport path needs to be discharged from the card discharge port, control of the regulation means is released so that the abutting portion and the IC contact are distanced from the card transport path at least to a position such that the IC card cannot contact thereagainst.
    • IC卡读卡器包括用于通过与IC卡的接触端子图案接触并能够靠近或远离IC卡的IC卡,抵接部分和IC触点的卡传送路径。 IC卡读卡器还包括设置在所述卡传送路径的后端处的卡排出口,用于调节所述IC接触块和卡传送路径之间的距离的调节装置,用于释放所述距离的控制的驱动部分 以及用于将IC接触块对准卡输送路径的止动器。 当放置在卡传送路径上的IC卡需要从卡片排出口排出时,释放调节装置的控制,使得邻接部分和IC接触件从卡传送路径远离至少一个位置使得 IC卡不能与其联系。
    • 3. 发明授权
    • Control cable attachment structure
    • 控制电缆附件结构
    • US09027435B2
    • 2015-05-12
    • US13976131
    • 2011-11-16
    • Toshiya OhbaNozomi Watanabe
    • Toshiya OhbaNozomi Watanabe
    • F16C1/10F16C1/26
    • F16C1/102F16C1/105F16C1/262Y10T74/20462
    • A control cable attachment structure for attaching a control cable to an anchoring member. A plate-part-side attachment groove, includes an anchoring groove in which an attachment part is positioned and anchored, and a constricted part that is connected to the anchoring groove and is narrower than the anchoring groove. The attachment part of the control cable has an engaging part that is engaged by the anchoring groove and is wider than the constricted part, an approximately parallel pair of opposing surfaces respectively opposing the front and rear of a plate surface of the anchor plate part, and an anchoring groove, the surface of which is formed by the pair of opposing surfaces, and in which the peripheral parts of the plate-part-side attachment grove of the anchor plate part engage. The one opposing surface is provided with a protruding part that protrudes toward the other opposing surface.
    • 一种用于将控制电缆附接到锚定构件的控制电缆连接结构。 板部侧安装槽包括:固定槽,其中安装部分定位和锚定在其中;以及缩颈部分,其连接到锚定槽并且比锚定槽窄。 控制电缆的安装部分具有与锚定槽接合并且比收缩部分宽的接合部分,分别与锚板部件的板表面的前后相对的大致平行的一对相对表面,以及 锚固槽,其表面由一对相对的表面形成,并且其中锚板部分的板部侧安装槽的周边部分接合。 一个相对表面设置有朝向另一相对表面突出的突出部分。
    • 5. 发明申请
    • CONTROL CABLE ATTACHMENT STRUCTURE
    • 控制电缆连接结构
    • US20130269470A1
    • 2013-10-17
    • US13976131
    • 2011-11-16
    • Toshiya OhbaNozomi Watanabe
    • Toshiya OhbaNozomi Watanabe
    • F16C1/10
    • F16C1/102F16C1/105F16C1/262Y10T74/20462
    • A control cable attachment structure for attaching a control cable to an anchoring member. A plate-part-side attachment groove, includes an anchoring groove in which an attachment part is positioned and anchored, and a constricted part that is connected to the anchoring groove and is narrower than the anchoring groove. The attachment part of the control cable has an engaging part that is engaged by the anchoring groove and is wider than the constricted part, an approximately parallel pair of opposing surfaces respectively opposing the front and rear of a plate surface of the anchor plate part, and an anchoring groove, the surface of which is formed by the pair of opposing surfaces, and in which the peripheral parts of the plate-part-side attachment groove of the anchor plate part engage. The one opposing surface is provided with a protruding part that protrudes toward the other opposing surface.
    • 一种用于将控制电缆附接到锚定构件的控制电缆连接结构。 板部侧安装槽包括:固定槽,其中安装部分定位和锚定在其中;以及缩颈部分,其连接到锚定槽并且比锚定槽窄。 控制电缆的安装部分具有与锚定槽接合并且比收缩部分宽的接合部分,分别与锚板部件的板表面的前后相对的大致平行的一对相对表面,以及 锚定槽,其表面由一对相对的表面形成,并且其中锚板部分的板部侧安装槽的周边部分啮合。 一个相对表面设置有朝向另一相对表面突出的突出部分。