Human-computer interaction electronic medical system and human-computer interaction method thereof

Abstract

The invention relates to the field of electronic medical equipment, specifically a man-machine interactive electronic medical system and a man-machine interactive method thereof. The system comprises an execution device for performing medical imagining or therapy on a patient; a control device isolated from the execution device and having a data processing unit for transferring functional modules to executive commands and remotely controlling the execution device and a first communication unit for the data exchange between the execution device and the data processing unit; an operator-side communication device arranged beside the execution device for the voice command input of the operator; a voice processing unit for receiving and converting the voice command from the operator-side communication device into machine orders executed by the data processing unit, and sending the orders to the data processing unit for further execution. The invention can reduce the manpower cost, realize the remote access to the patient's information, and facilitate the medical diagnosis and treatment.

Description

technical field [0001] The invention relates to the field of electronic medical equipment, in particular to a human-computer interaction electronic medical system and a human-computer interaction method of the system. Background technique [0002] With the improvement of people's economic level, the popularization of large-scale medical equipment such as computerized tomography (CT) and magnetic resonance (MRI), and the enhancement of people's awareness of the importance of medical examinations, more and more people require imaging medical examinations such as CT. more. At present, CT is not only able to perform simple examinations on patients, but also provides scan information of the patient's body during the operation for the operator (that is, the doctor) during the interventional treatment. For example, when performing biolysis surgery on a patient, that is, to sample living cells, the doctor generally needs to know the current position and whether the position of the ...

AI Technical Summary

Problems solved by technology

[0003] However, the scanning end of the current CT system cannot provide more operations. In the scanning room, doctors can only perform basic operations on the equipment through the buttons (or joysticks, pedals) on the CT frame, for example, X-ray photography control It is controlled by foot pedals, the horizontal movement of the bed is realized by the joystick during the scanning process, and the vertical movement of the hospital bed is realized by the rack buttons during the scanning process. The doctor can watch the currently photographed image through the display screen in the scanning room. At this time The doctor's hands and feet have been used for other operations or the patient, and the doctor has no time to perform other operations, such as displaying the last image, which is also caused by the fact that there are no more functional control components on the existing CT scanning end

Compared with the operations in the CT control room, the operations performed by doctors in the scanning room in the prior art have many deficiencies. For example, operations such as browsing images cannot be performed by doctors in the scanning room, and the control device in the control room needs to be implemented using a mouse or keyboard.

In this way, doctors cannot perform more operations on the CT system in the scanning room, which limits the treatment to a certain extent.

[0004] The Chinese patent application number is 93118015.5, which discloses a stereoscopic X-ray machine digital subtraction angiography system, which can accurately calculate the depth information of lesions and analyze the three-dimensional shape of blood vessels through human-computer interaction, but the human-computer interaction is limited to the interface Manual input of calculation parameters does not liberate the doctor's hands, especially when the doctor and the patient mentioned in the present invention are in the scanning room, and the doctor cannot perform relatively complicated operations

[0005] The Chinese patent application number is 98812960.4, which discloses a method and device for monitoring patients. The system includes an interface unit and medical equipment connected to the patient. Through a transceiver, people can communicate by voice, electronic or paper However, this solution does not have a human-computer interaction solution for voice, and can only be used to output patient status reports. This solution realizes human-computer interaction through the interface, but has not yet been implemented through voice. human-computer interaction

The doctor cannot obtain the patient information he wants to know through the operation of the remote device, and this patent does not give any enlightenment on the technical problems raised by the present invention

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