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    • 6. 发明申请
    • RECOVERABLE INTRA-UTERINE SYSTEM
    • 可恢复的内脏系统
    • US20090299129A1
    • 2009-12-03
    • US12374290
    • 2007-06-26
    • Pascal MockNicolas BouchePhilippe Le Goff
    • Pascal MockNicolas BouchePhilippe Le Goff
    • A61B17/435A61B17/43
    • A61F6/144A61B17/43A61B17/435
    • The recoverable intra-uterine system comprises a housing capable of containing one or a plurality of elements selected from among the group comprising an embryo, male and/or female gametes, a fertilized oocyte, and unfertilized ovum and a combination of these elements, the housing having along an axis a distal end and a proximal end, and a device for holding the recoverable intra-uterine device in the uterus. The holding device is arranged at the proximal end of the housing and includes at least one holding arm in the uterine cavity capable of taking at least two positions: —one free position in which at least one holding arm is separated from the axis; and —a retracted position in which at least one holding arm is substantially parallel to the axis. Use in medically assisted reproduction techniques.
    • 可恢复的子宫内系统包括能够包含选自包括胚,雄和/或雌配子,受精卵母细胞和未受精卵的组中的一种或多种元件的壳体和这些元件的组合,所述壳体 沿着轴线具有远端和近端,以及用于将可恢复的子宫内装置保持在子宫中的装置。 保持装置设置在壳体的近端处,并且在子宫腔中包括至少一个保持臂,其能够至少采取两个位置: - 一个自由位置,其中至少一个保持臂与轴线分离; 和 - 至少一个保持臂基本上平行于所述轴线的缩回位置。 用于医疗辅助生殖技术。
    • 8. 发明申请
    • PERMANENT SYSTEM FOR 3D LOCATION OF AN INDIVIDUAL MOVING INSIDE A BUILDING
    • 用于建筑物内个人移动的三维位置的永久系统
    • US20130110452A1
    • 2013-05-02
    • US13695462
    • 2011-04-13
    • Philippe Le GoffCatherine Hugel-Le GoffRaymond Andrieu
    • Philippe Le GoffCatherine Hugel-Le GoffRaymond Andrieu
    • G01C22/00G06F15/00
    • G01C22/006G01C21/20G06F15/00
    • A system for accurately locating and positioning a person moving or standing still inside a hostile or severely damaged environment. For a person walking through any given environment, the location system continuously provides coordinates for positioning the person within the environment relative to the entry point thereof. The location system uses the morphological data of the person and integrates the person's movement in real time by acquiring features of the person's pace as the result of simultaneously combining the angles formed by the ankles, knees and hips of the person when walking, measured by electrogoniometers and interpreted according to a developed calculation method. The location system outdoes other existing solutions for locating a person in a difficult environment, such as, inside an underground building, partially collapsed and filled with opaque smoke, without the risk of faulty measurements, since it does not track by waves or by any vision-based system.
    • 一个准确定位和定位移动或站立在敌对或严重受损环境中的人的系统。 对于通过任何给定环境的人来说,定位系统连续提供相对于其入口点在环境中定位人的坐标。 定位系统使用人的形态学数据,通过获取人的脚步的特征,通过同步组合步行时由人的脚踝,膝盖和臀部形成的角度,通过电子计量器测量,实时整合人的运动 并根据开发的计算方法进行解释。 定位系统超出了其他现有的解决方案,用于将人们置于困难的环境中,例如在地下建筑物内部,部分塌陷并充满不透明的烟雾,而不会有不正确的测量的风险,因为它不会被波浪或任何视觉追踪 的系统。