Dual-purpose medical robot used for clinical and remote services and its service method

Abstract

The invention discloses a dual-purpose medical robot used for clinical and remote services and its service method. The robot includes a moving platform having the function of an electronic weight meter; the moving platform is connected with a vertical support column, the top of the vertical support column is connected with a transverse supporting plate, one end of the transverse supporting plate is connected with a centralizer frame, and the centralizer frame is connected with a displayer and a camera; the electronic weight meter in the moving platform is connected with a central processor, and the central processor is also connected with a network module, a video module, a display module, a voice output module and a voice input module; the voice output module is connected with an externalmicrophone, and the voice input module is connected with a sound receiver. The robot has the advantages that patients on beds are easy to transfer, the risk degree of transferring is low, the risk islow, meanwhile, the patients resting at home thus can easily see doctors, the efficiency of communication between the doctors and the patients is largely improved, and the efficiency of seeing the doctors is improved.

Description

technical field [0001] The invention relates to a medical service robot and its service method, in particular to a clinical and remote service dual-purpose medical robot and its service method. Background technique [0002] Clinical means that when a patient suffers from a disease and has limited mobility, the doctor must visit the bed for treatment. Patients with limited mobility have huge mobility obstacles in treatment and life, especially in the process of patient transfer, because the patients themselves cannot move their limbs and need other people to support them. In this case, if there are not enough people , there is a great risk when transferring patients, and it is easy to cause unnecessary trouble. In addition, as there are more and more patients in the hospital, the number of hospital beds and doctors has not fully kept up. When the patient's condition is not very serious, some people choose to rest at home, but the doctor still needs to keep abreast of the pat...

AI Technical Summary

Problems solved by technology

Patients with limited mobility have huge mobility obstacles in treatment and life, especially in the process of patient transfer, because the patients themselves cannot move their limbs and need other people to support them. In this case, if there are not enough people , there is a great risk when transferring patients, and it is easy to cause unnecessary trouble

In addition, since there are more and more patients in the hospital, the number of hospital beds and doctors has not fully kept up. When the patient's condition is not very serious, some people choose to rest at home, but the doctor still needs to keep abreast of the patient's condition. At this time, patients who were only doing some simple medical condition investigation still had to go to the hospital and wait in line, which resulted in poor communication efficiency between patients and doctors and reduced the efficiency of seeing a doctor.

[0003] To sum up, in the current transfer process of bedridden patients, there are defects of difficult transfer and high risk; at the same time, the current way of seeing a doctor has the defects of poor communication efficiency between patients and doctors and low efficiency of seeing a doctor

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