Abstract:
PURPOSE: A master robot, surgery robot system, and control method thereof are provided to improve surgery effects and surgery accuracy and to reduce surgery time by increasing the concentration of an operator. CONSTITUTION: A master robot(100) includes an image input unit(130), a screen display unit(140), an arm control unit(150), a control signal creation unit(160), a virtual control board realization unit(170), and a control unit(180). A slave robot(200) includes a robot arm(210) and a laparoscope(220). The slave robot includes a bio information measurement unit for measuring bio-information for patients. A surgery robot system executes predetermined operations using the robot arm in a surgery. The virtual control board is overlapped with a real image on a display member. The virtual control board is operated by controlling the robot arm displayed on the display member. [Reference numerals] (130) Image input unit; (140) Screen display unit; (150) Arm control unit; (160) Control signal creation unit; (170) Virtual control board realization unit; (180) Control unit; (210) Robot arm; (220) Laparoscope
Abstract:
PURPOSE: A control method for a surgical robot system capable of determining and managing a surgical situation, a recording medium thereof, and the surgical robot system are provided to automatically perform a predetermined operation for managing a surgical situation by determining a current surgical situation from laparoscope images in real time. CONSTITUTION: Image information including one or more of RGB values or HSV values, which represent pixel information of laparoscope images, is generated from the laparoscope images(S10). An interest region in the laparoscope images is extracted from the generated image information(S20). A current operation situation is determined from changes according to time flow in the extracted interest region(S30). A predetermined operation for dealing with the determined operational situation is performed(S40). [Reference numerals] (AA) Start; (BB) Yes; (CC) No; (DD) End; (S10) Generating image information from an laparoscope image; (S20) Extracting an interest region from the image information; (S30) Determining operation situation from change of the interest region; (S40) Performing predetermined operation corresponding to the operation situation; (S50) Finish?
Abstract:
PURPOSE: A surgical robot system, a control method thereof, and a recording medium thereof are provided to prevent an accident due to errors of an operator by adding a force feedback function. CONSTITUTION: A slave robot(200) includes a robot arm(210) which is driven in various directions. A user operating unit(150) generates a control signal for operating the robot arm. A reaction force control unit(170) performs a force feedback function to reinforce or change the reaction force sensed in the robot arm by the operation of the user operating unit. [Reference numerals] (130) Image input unit; (140) Screen display unit; (150) User operating unit; (160) Operation signal generating unit; (170) Reaction force control unit; (180) Control unit; (210) Robot arm; (220) Laparoscope