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ROBOTIC DIRECTION OF THE ULTRASONIC PROBE OF THE ENDOSCOPIC SURGERY

机译:内镜超声检查探头的机器人方向

摘要

1. A system for surgical robotic direction, comprising: a robotic system (122), which contains a robot (124) configured to pass to the target through the port (134), and the robotic system includes a visual component (102), which is used when the direction of the robot along the path to the location, the location being determined in accordance with the position and orientation of the robot; an ultrasound probe (125), which is guided by a robot to a location to make it possible to use the probe to obtain ultrasound images at a location. 2. The system of claim 1, wherein the visual component (102) includes an endoscope, and the robot first deploys an endoscope and then deploys an ultrasound probe so that visual images and ultrasound images are obtained at different points in time, but at the same location .3. The system of claim 2, wherein the endoscope (102) and the probe (125) are disconnected from the robot (124) and used in series. The system of claim 1, wherein the visual component (102) includes a camera (410) and the robot deploys the camera and the ultrasound probe simultaneously. The system of claim 4, wherein the camera (410) is mounted on an ultrasound probe and visual images and an ultrasound image are acquired simultaneously. The system of claim 1, further comprising a housing (502) connected to a robot end-body and configured to deploy an endoscope (502) as a visual component and an ultrasound probe (504) at the same time, wherein the ultrasound probe can be moved to form contact with fabric for
机译:1.一种用于外科手术机器人指导的系统,包括:机器人系统(122),其包含配置为通过端口(134)传递至目标的机器人(124),并且该机器人系统包括视觉组件(102),当机器人沿着路径到达该位置的方向时使用该位置,该位置根据机器人的位置和方向确定;超声探头(125),该探头由机器人引导到某个位置,以便可以使用该探头在某个位置获取超声图像。 2.根据权利要求1所述的系统,其中,所述视觉组件(102)包括内窥镜,并且所述机器人首先展开内窥镜,然后展开超声探头,从而在不同的时间点但在所述时间点获得视觉图像和超声图像。相同的位置.3。 3.根据权利要求2所述的系统,其中,所述内窥镜(102)和所述探针(125)与所述机器人(124)断开连接并且串联使用。 2.根据权利要求1所述的系统,其中,所述视觉组件(102)包括照相机(410),并且所述机器人同时部署所述照相机和所述超声探头。 5.根据权利要求4所述的系统,其中,所述照相机(410)被安装在超声探头上,并且视觉图像和超声图像被同时获取。 3.根据权利要求1所述的系统,还包括壳体(502),所述壳体连接至机器人终端体并被配置为同时部署作为视觉组件的内窥镜(502)和超声探头(504),其中所述超声探头可以被移动以与织物形成接触

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