Medical robot

Abstract

The invention discloses a medical robot. The robot comprises an autonomous movement control system, an automatic infrared scanning target-seeking patient positioning and organ surface positioning system, an autonomous non-invasive inspection and detection system, a real-time video and audio interactive transmission system and an interactive transmission system which is used for integrating information and is automatically connected with a consultation center robot and a multi-party consultation robot or an expert mobile phone APP, wherein all the systems are integrated in a robot body. According to the robot, remote consultation is easy to implement, so that primary hospitals easily obtain diagnosis and treatment support and medical support of experts in large hospitals, and the problems that it is difficult, expensive and far for common people to see a doctor are solved. By means of the robot, especially the autonomous non-invasive inspection and detection system arranged in the robotbody, various non-invasive detection and inspection instruments are integrated, required examinations, detection, tests and the like can be immediately conducted near patient beds, and the robot plays an important role in timely and accurate diagnosis and treatment and rescue of critical patients.

Description

technical field

[0001] The invention relates to the technical field of robots, in particular to a robot suitable for the technical field of medical treatment and having an autonomous detection function and an interactive communication function. Background technique

[0002] In recent years, robot technology has made great progress, but in the field of medical technology, the application of robots is still limited. In the existing technology, the application of robot technology to surgical support mainly plays the role of the robot arm, not in the patient and doctor. play any role in the interaction. Most of the existing remote medical assistance platforms in the prior art use PC as the home medical server, and at the same time combine other peripheral medical data acquisition sensors to obtain the user’s medical data. This system using PC as the home server must require the user to actively The operation requires the ability to use a computer, and the requirements for users...

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