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    • 1. 发明专利
    • MEDIDA DE LOS MATERIALES NUCLEARES EXTRAIDOS DURANTE UNA DISCECTOMIA.
    • MX9604436A
    • 1997-07-31
    • MX9604436
    • 1995-01-19
    • HOWMEDICA
    • BAO OI-BIN
    • A61B5/107A61B17/00A61B19/00A61F2/00G01F17/00A61B05/107
    • Un procedimiento para la determinacion del volumen de la cavidad izquierda (42) que queda en un disco intervertebral (40) después de una extraccion quirurgica del material nuclear de aquella, que consta de la introduccion de un recipiente expansible flexible desinflado (31), de volumen conocido, en el interior de aquella: el llenado de dicho recipiente (31) con un líquido (L), desde una fuente calibrada (10) de dicho líquido (L) y originando que el recipiente (31) se expanda hasta que este llene completamente la cavidad (42); la determinacion del volumen de líquido (L) necesario para hacer que el recipiente (31) llene completamente la cavidad (42) y el cálculo del volumen de la cavidad (42), el cual es igual a la suma del volumen de líquido (L) necesario para llenar el recipiente expansible flexible desinflado (31) ye l volumen del mismo recipiente (31) desinflado. Un procedimiento para la determinacion de la forma de la cavidad (42), el cual comprende la adicion de una composicion de contraste en el líquido (L) en el procedimiento anterior y la colocacion del disco (40) en un aparato de visualizacion. Un aparato para la determinacion del volumen de la cavidad izquierda (42) que queda en un disco intervertebral (40) después de la extraccion quirurgica del material nuclear de aquella, el cual comprende un recipiente expansible flexible desinflado (31), una fuente calibrada (10) de líquido (L) para expander el recipiente (31) y medios de conexion (33) para proporcionar la conexion para circulacion de fluidos entre el recipiente (31) y la fuente de líquido (10). Un aparato para determinar la forma del disco (40), en el que el anterior aparato comprende además una composicion de contraste añadida al líquido (L) y un aparato de visualizacion.
    • 2. 发明申请
    • ENDOVASCULAR MEASURING APPARATUS, LOADING AND DEPLOYMENT MEANS
    • 内镜测量装置,装载和部署手段
    • WO1996039077A1
    • 1996-12-12
    • PCT/US1996009206
    • 1996-06-06
    • CORVITA CORPORATION
    • CORVITA CORPORATIONPINCHUK, LeonardMACGREGOR, David
    • A61B05/107
    • A61F2/95A61B5/1076A61B2090/061A61F2/90A61F2002/9517A61F2250/0097
    • An apparatus (100) and method are disclosed for measuring the desired length of a prosthetic device (104) which is to be implanted in a body cavity (202) of a patient. The apparatus (100) generally includes a helically coiled stent (104) formed of a resiliently-deformable material, a plunger (102) which is connected to the proximal end (118) of the stent (104), a sheath (106) which slides over the plunger (102) and stent (104) when the plunger (102) and sheath (106) are used to insert and removably deploy the stent (104) into the body cavity (202), and a scale (122) for measuring an indication of the length of the stent (104) once removably deployed in the body cavity (202). Proximal movement of the sheath (106) to partially deploy the stent (104) causes a length to be indicated on the scale (122). According to the method of the invention, the helically coiled stent (104) of the apparatus is placed and partially deployed within the body cavity (202) by use of the plunger (102) and sheath (106) of the apparatus (100). Once the stent (104) bridges the body cavity (202), the scale (122) of the apparatus (100) is used to determine the length of the deployed stent (104). The apparatus (100) is then removed from the body cavity (202), and a stent similar to the stent (104) of the appartus is cut to the length indicated on the scale (122). In a second embodiment of the apparatus (300) and method, the stent (304) of the measuring apparatus (300) is substantially non-porous to allow occlusion of side vessels (302, 303) extending from the body cavity (301). The patient is then monitored for any ill effects resulting from the occlusion.
    • 公开了一种用于测量要植入患者的体腔(202)中的假体装置(104)的期望长度的装置(100)和方法。 装置(100)通常包括由可弹性变形的材料形成的螺旋卷曲的支架(104),连接到支架(104)的近端(118)的柱塞(102),护套(106) 当柱塞(102)和护套(106)用于将支架(104)插入和移除地展开到体腔(202)中时,在柱塞(102)和支架(104)上方滑动,并且用于 一旦可移除地展开在体腔(202)中,测量支架(104)的长度的指示。 护套(106)的近端运动以部分地展开支架(104)导致在刻度(122)上指示长度。 根据本发明的方法,通过使用装置(100)的柱塞(102)和护套(106)将装置的螺旋卷绕的支架(104)放置并部分地部署在体腔(202)内。 一旦支架(104)桥接体腔(202),装置(100)的标尺(122)用于确定展开的支架(104)的长度。 然后将装置(100)从体腔(202)移除,并且将类似于附件的支架(104)的支架切割成刻度(122)上指示的长度。 在装置(300)和方法的第二实施例中,测量装置(300)的支架(304)基本上是无孔的,以允许闭塞从体腔(301)延伸的侧容器(302,303)。 然后监测患者由闭塞引起的任何不良影响。
    • 5. 发明申请
    • DEVICE FOR VISUAL MEASUREMENT OF DIMENSIONS
    • 用于视觉尺寸测量的设备
    • WO1997031570A1
    • 1997-09-04
    • PCT/SE1997000238
    • 1997-02-14
    • CALLUNA IDÉ ABSTENSTRÖM, B., Hugo
    • CALLUNA IDÉ AB
    • A61B05/107
    • G01B3/30A61B5/107A61B6/4423A61B6/583A61B90/39A61B2090/061A61B2562/17
    • A device for direct, visual estimation of dimensions of measurement objects that are difficult to reach, such as organs and foreign articles within human and animal bodies. The invention is founded on the fact that the human eye gives a strikingly good size apprehension when comparing a measurement object with a similar thing of known dimension close to that of the measurement object. The comparison can preferably be carried out on an X-ray picture in which a measurement object as well as a comparison body are reproduced close to each other and preferably on the same scale. Means are provided for fixing the comparison body at the surface/exterior of the human or animal body. The comparison body (10) is confined by a series of surfaces of revolution with different sizes within an interval matched to the dimension interval of the measurement objects. The form of the surfaces of revolution is matched to the form of the measurement objects. Thus cylindrical surfaces of revolution are chosen if the measurement object is cylindrical and spherical surfaces of revolution if the measurement object is globular.
    • 用于直接,视觉估计难以达到的测量对象的尺寸的装置,例如人体和动物体内的器官和外来物品。 本发明建立在以下事实的基础上:当将测量对象与已知尺寸相似的测量对象的接近度与测量对象的尺寸相近时,人眼可以显着提高尺寸的理解。 该比较可以优选在X射线图像上进行,其中测量对象和比较体被彼此靠近地再现,优选以相同的比例再现。 提供了用于将比较体固定在人体或动物体的表面/外部的装置。 在与测量对象的尺寸间隔匹配的间隔内,比较体(10)被不同尺寸的一系列旋转表面限制。 旋转表面的形式与测量对象的形式相匹配。 如果测量对象是圆柱形的并且如果测量对象是球形的,则选择旋转的球面。
    • 7. 发明申请
    • UNIT FOR MEASURING BODY PARTS AND RECONSTRUCTING THEM IN THREE DIMENSIONS, PARTICULARLY FOR MANUFACTURING CUSTOM SHOES OR OTHER PROSTHESES
    • 用于测量身体部位并重新构建其三维尺寸的部件,特别用于制造定制鞋或其他假肢
    • WO1998018386A1
    • 1998-05-07
    • PCT/EP1997005858
    • 1997-10-23
    • LABEL ELETTRONICA S.R.L.RAMI, Gino
    • LABEL ELETTRONICA S.R.L.
    • A61B05/107
    • A61B5/1074A43D1/025
    • A unit for measuring body parts and reconstructing them in three dimensions, particularly for manufacturing custom shoes or other prostheses, the unit comprising a measurement subsection (11) for contactless measurement of a body part (12) to be acquired and a subsection for processing the data acquired by the measurement subsection (11), the subsections being mutually associated by a local or wide-area computer connection network. The measurement subsection (11) comprises, in the case of the acquisition of a foot (12), a television camera (13) which is rigidly coupled so that it rotates around a base or platform (14) on which the foot (12) rests, the camera (13) being suitable to acquire the trace of the contour of the foot (12) obtained by emitting against the foot a collimated laser beam (16) that exits from a laser emitter (17) which rotates around the foot (12) rigidly with the television camera (13) and is positioned with a preset angle with respect to the television camera (13).
    • 一种用于测量身体部位并在三维中重建它们的单元,特别是用于制造定制鞋或其他假体的单元,该单元包括用于非接触式测量待获取的身体部位(12)的测量部分(11)和用于处理 由测量部分(11)获取的数据,子部分由本地或广域计算机连接网络相互关联。 测量部分(11)在获取脚部(12)的情况下包括刚性联接的电视摄像机(13),使得其围绕基座或平台(14)旋转,脚部(12) 休息,相机(13)适合于获取通过向脚射出获得的脚的轮廓的轨迹,该平行激光束(16)从围绕脚旋转的激光发射器(17)离开 12)与电视摄像机(13)刚性地相对于电视摄像机(13)以预设角度定位。
    • 9. 发明申请
    • MEASURING MEANS
    • 测量手段
    • WO1996001078A1
    • 1996-01-18
    • PCT/SE1995000802
    • 1995-06-29
    • VIKTHYGIEN ABIVARSSON, Nils
    • VIKTHYGIEN AB
    • A61B05/107
    • A61B5/1079
    • The invention concerns a measuring means for determining and checking the circumferential size of a body portion of an individual (6). The measuring means consists of an un-elastic cord (1) or the like fitted with holding means disposed preferably at equally spaced-apart locations and consisting e.g. of balls (2). A buckle (3) is arranged to form, together with the cord (1) or the like, a closed loop of adjustable circumference. The measuring means is arranged to be applied in a taught condition and to fit snuggly around the body portion of the individual in question (6).
    • 本发明涉及一种用于确定和检查个体(6)的身体部分的周向尺寸的测量装置。 测量装置由非弹性绳索(1)或类似物装配,该保持装置优选地设置在等间隔开的位置, 的球(2)。 带扣(3)被布置成与帘线(1)等一起形成可调圆周的闭环。 测量装置布置成以教导的状态施加并且紧密地围绕所讨论的个体的身体部分(6)。