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    • 5. 发明申请
    • METHOD FOR FAST COMMUNICATION BETWEEN INSIDE AND OUTSIDE OF BODY USING ANALOG ELECTRICAL SIGNAL AND SYSTEM THEREOF
    • 使用模拟电子信号及其系统的机体内部和外部之间快速通信的方法
    • WO2008060030A1
    • 2008-05-22
    • PCT/KR2007/004344
    • 2007-09-07
    • i3system Corp.JUNG, HanCHO, Won-WooKIM, Byung-HyukCHA, ChulPARK, Sang-Heun
    • JUNG, HanCHO, Won-WooKIM, Byung-HyukCHA, ChulPARK, Sang-Heun
    • H04B13/00
    • H04B13/005
    • In a method for fast communication between inside and outside of a human or animal body using an analog electrical signal and a system thereof, by using a TV standard signal suitable for an international specification such as NTSC, PAL and the like, as the analog electrical signal, image information on the inside of the human or animal body can be monitored in the form of moving pictures through a general TV without any complicated receiving system. The method for fast communication between the inside and outside of the human or animal body using the analog electrical signal comprises a) conducting, by a transmitter inserted inside the human or animal body, the analog electrical signal with respect to information on the inside of the human or animal body by using a medium of the inside of the human or animal body as a wire (line), b) sensing the analog electrical signal on the surface of the medium from the outside of the human or animal body, and c) outputting the information on the inside of the human or animal body included in the analog electrical signal sensed on the surface of the medium.
    • 在使用模拟电信号及其系统的用于人体或动物体的内部和外部之间快速通信的方法中,通过使用适合国际规范的TV标准信号,例如NTSC,PAL等作为模拟电气 信号,人体或动物身体内部的图像信息可以通过普通电视机以运动图像的形式进行监视而无需任何复杂的接收系统。 使用模拟电信号在人体或动物体内部和外部之间进行快速通信的方法包括:a)通过插入在人体或动物体内部的发射器,对模拟电信号的内部信息进行模拟电信号 通过使用人体或动物体内部的介质作为线(线),b)从人体或动物体的外部感测培养基表面上的模拟电信号,以及c) 输出包含在介质表面上感测到的模拟电信号中的人或动物体内部的信息。
    • 6. 发明授权
    • ENDOSCOPE, ENDOSCOPE SYSTEM HAVING THE SAME AND CONTROL METHOD OF ENDOSCOPE
    • 内镜,内窥镜系统及其内窥镜控制方法
    • KR100892239B1
    • 2009-04-09
    • KR20090003846
    • 2009-01-16
    • I3SYSTEM CORP
    • JUNG HANKIM BYUNG HYUKLEE YONG WOOCHA CHULKIM SEONG DO
    • A61B1/04A61B1/012
    • A61B1/041
    • An endoscope, an endoscope system including the same, and a method for controlling the same are provided to precisely take a picture of internal organs by moving an endoscope by a buoyancy control device from an internal organs to an opposite direction of gravity. An endoscope(110) includes a main body and a buoyancy control device(150). A photographic unit(111) is mounted on the main body. The main body is formed into a capsule type. The buoyancy control device controls buoyancy by changing volume of the main body, and includes a driving unit(153), a first case(151), and a second case(152). A driving shaft(153a) of the driving unit is rotated into an axis direction. The first case and the second case are relatively moved by a rotation of the driving shaft. The second case is inserted in the first case. The driving shaft is connected to the second case. The buoyancy control device converts a rotation of the second case into a rectilinear movement of the insertion direction of the first case.
    • 提供一种内窥镜,包括该内窥镜的内窥镜系统及其控制方法,以通过浮子控制装置将内窥镜从内部器官移动到相反的重力方向,精确地拍摄内部的照片。 内窥镜(110)包括主体和浮力控制装置(150)。 摄影单元(111)安装在主体上。 主体形成胶囊型。 浮力控制装置通过改变主体的体积来控制浮力,并且包括驱动单元(153),第一壳体(151)和第二壳体(152)。 驱动单元的驱动轴(153a)沿轴向旋转。 第一壳体和第二壳体通过驱动轴的旋转相对移动。 在第一种情况下插入第二种情况。 驱动轴连接到第二壳体。 浮力控制装置将第二壳体的旋转转换成第一壳体的插入方向的直线运动。