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    • 3. 发明申请
    • Medical implant
    • 医疗植入
    • US20050283107A1
    • 2005-12-22
    • US11074404
    • 2005-03-08
    • Daniel KalanovicChi-Nghia HoSebastian SchostekMarc Schurr
    • Daniel KalanovicChi-Nghia HoSebastian SchostekMarc Schurr
    • A61F5/00A61F2/04
    • A61F5/0083
    • The present invention describes a medical implant for treating pathological obesity, which is adapted to modify and, as an alternative, to bypass the natural food passage in the digestive tract. In contrast to purely surgical methods of food bypassing, the properties of the present implant permit an adjustable bypassing of food into the small intestine and/or into the stomach (natural digestive path). Since the ratio of this bypass is adjustable in the course of the treatment by the physician, e.g. with the aid of an endoscope, for the first time a balance between the therapeutic effect and the side-effects can be adapted individually to each patient by the use of the implant. The present invention is a hollow body 1 comprising a first and a second tubular end portion 2, 3 and at least one third lateral opening having a hose-like extension 8. It is provided that individual, at least partly closable hose-like extensions 8 differ in their ability to allow the passage of food into the stomach 11. The possibility to close individual hose-like extensions 8 at least partially by means of an endoscope leads to an individually adjustable distribution of food between the stomach 11 and the small-intestine loop 12.
    • 本发明描述了一种用于治疗病理性肥胖的医疗植入物,其适于修饰和替代地绕过消化道中的天然食物通道。 与食物旁路的纯手术方法相反,本植入物的性质允许将食物可调节地绕过小肠和/或进入胃(自然消化道)。 由于该旁路的比例在医师的治疗过程中是可调节的,例如, 借助于内窥镜,首次可以通过使用植入物来单独地对每个患者适应治疗效果和副作用之间的平衡。 本发明是一种中空体1,其包括第一和第二管状端部2,3以及具有软管状延伸部8的至少一个第三侧向开口。 提供了个体的,至少部分可关闭的软管状延伸部8的能力不同,允许食物进入胃部11。 通过内窥镜至少部分地封闭单个软管状延伸部8的可能性导致在胃部11和小肠回路12之间单独调节的食物分配。
    • 5. 发明申请
    • Endoscope Cap
    • 内窥镜帽
    • US20110190578A1
    • 2011-08-04
    • US12997575
    • 2009-06-10
    • Chi-Nghia HoGunnar AnhoeckMarc O. Schurr
    • Chi-Nghia HoGunnar AnhoeckMarc O. Schurr
    • A61B1/00
    • A61B17/1227A61B1/00087A61B1/00089A61B1/00101A61B17/083A61B17/10A61B17/1285
    • The present application relates to a medical gripping device (1) with a flexible shaft (2) with a front end (13) and a rear end (14) and a web (5) comprising at least one web element, wherein the web (4) is attached to the front end (3) of the shaft (2). The medical gripping device additionally has at least two branches (5, 6) which are hinged on the web (4), and at least two at least partly flexible control mechanisms (7, 151, 155, 8, 152, 156) which are at least partly arranged in the shaft (2), wherein each individual branch (5, 6) can be moved individually with respect to the web (4) by means of its individual control mechanism (7, 151, 155, 8, 152, 156). Furthermore, the medical gripping device has a grip (150) at the rear end (14) of the flexible shaft (2), by mans of which grip the medical gripping device (1) can be held and actuated.
    • 本申请涉及具有带有前端(13)和后端(14)的柔性轴(2)和包括至少一个腹板元件的腹板(5)的医疗夹紧装置(1),其中腹板 4)连接到轴(2)的前端(3)。 所述医疗夹持装置还具有至少两个分支(5,6),所述两个分支(5,6)铰接在腹板(4)上,以及至少两个至少部分柔性的控制机构(7,151,155,8,152,156) 至少部分地布置在所述轴(2)中,其中每个单独的分支(5,6)可以通过其单独的控制机构(7,151,155,8,152)独立地相对于所述腹板(4)移动, 156)。 此外,医疗夹持装置在柔性轴(2)的后端(14)处具有手柄(150),其中握持医疗夹持装置(1)的手可以被保持和致动。
    • 7. 发明申请
    • Closing system and electronic control method
    • 封闭系统和电子控制方法
    • US20050240144A1
    • 2005-10-27
    • US10496423
    • 2002-11-19
    • Helmut WassemannSebastian SchostekChi-Nghia Ho
    • Helmut WassemannSebastian SchostekChi-Nghia Ho
    • A61F2/00A61N1/30A61F2/04
    • A61F2/004
    • A closing system is described and a correspondingly suitable method for the selective opening and closing of a tubular body organ, comprising a closing element and a regulating system controlling the closing element. Furthermore described are a method and a system for the electronic control of an artificial fine-sensory sphincter implant, with at least one sensor signal or, respectively, sensor value acting—in the method or, respectively, in the system—analog to the difference between the internal bladder pressure and the cuff pressure, and being converted in an analog or digital electronic circuit by means of calculator and comparator functions or, respectively, calculator and comparator elements and being compared with reference values such that an actuator system will be controlled such that the cuff pressure or, respectively, the differential pressure between cuff and urinary bladder moves either in a low area limited by two threshold values or above a specific safety pressure or below that in case of miction.
    • 描述了闭合系统以及用于选择性地打开和关闭管状体器官的相应适合的方法,其包括闭合元件和控制关闭元件的调节系统。 此外,还描述了一种用于电子控制人造精细感觉括约肌植入物的方法和系统,其中至少一个传感器信号或分别在该方法中作用的传感器值或分别在系统中类似于差异的传感器信号 在内部膀胱压力和袖带压力之间,并且通过计算器和比较器功能转换成模拟或数字电子电路,或者分别与计算器和比较器元件进行比较,并将其与参考值进行比较,使得致动器系统将被控制为 袖带压力或袖带和膀胱之间的压差分别在受限于两个阈值或高于特定安全压力或低于小时的低区域内移动。