Abstract:
Disclosed are a method and a device for determining a landing position of a multi-rotor using a depth map. The method for determining a landing position of a multi-rotor by a device for determining a landing position comprises the steps of photographing topography using a stereo vision and generating a depth map image; generating a boundary line image by extracting a boundary line from the generated depth map image; performing a distance conversion for the boundary line of the boundary line image; setting a circle center of an inscribed circle having the largest radius of the inscribed circles derived using the distance conversion result as a candidate landing area; and generating a control signal for moving the multi-rotor to the candidate landing area, thereby effectively determining the landing position of the multi-rotor by analyzing the topography in the state that information is not provided in advance. [Reference numerals] (110) Depth map generation unit;(120) Boundary line image generation unit;(130) Distance conversion unit;(140) Candidate area setting unit;(150) Multi-rotor movement unit;(160) Storage unit;(170) Control unit
Abstract:
PURPOSE: An apparatus for a surgical robot is provided to reduce fatigability of a surgeon by providing convenient and safe surgery environment. CONSTITUTION: A stick manipulating member(20) connects a bottom part to a support member(10), and is moved left and right and forward and backward around a connection part to manipulate a surgery robot which has an end manipulation device. A control unit controls the operation of the surgery robot by manipulating the stick manipulation member.
Abstract:
PURPOSE: A laser irradiation system and a robot laser irradiator thereof are provided to precisely irradiate the desired amount of laser regardless of the operator's skills. CONSTITUTION: A laser irradiation system and a robot laser irradiator thereof comprises a laser irradiator(100) to irradiate laser on the surface of the irradiated substance; a photographing device(200); a display unit(300) which displays photographed image by the photographing device; and a controlling unit(400) connected to the photographing device and the display unit. The controlling unit displays the area after classifying it whether the area was irradiated by the laser irradiator or not on the display unit by receiving the travel direction and the distance of the laser irradiator.