Intelligent medical diagnosis device and diagnosis system based on big data

Abstract

The invention relates to the technical field of medical treatment, in particular to an intelligent medical diagnosis device and system based on big data, and the device comprises a diagnosis table, a monitoring module and a controller. The monitoring module further comprises a stethoscope, a thermal imaging head and a memory; a sample source of pathological diagnosis data of an intelligent medical application is often obtained in an inquiry mode, inquiry is mostly based on answer content felt by a diagnoser, the observation condition of a medical diagnosis angle is difficult to feed back, and the data volume capable of providing diagnosis is limited by an inquiry recording mode. The big data diagnosis-based accuracy of smart medical treatment is weakened; therefore, by means of the conveyor belt arranged on the diagnosis table, a diagnoser is in a walking motion state, physical sign data of the diagnoser in the two states of sitting still and walking motion are obtained in cooperation with real-time recording of the monitoring module, and then diagnosis data capable of being obtained by the diagnosis table are increased; therefore, the application effect of the intelligent medical diagnosis device based on the big data is improved.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a smart medical diagnosis device and diagnosis system based on big data. Background technique [0002] With the development of hospital informatization and the continuous expansion of the medical knowledge system, medical data has shown the characteristics of big data, but the current situation of uneven distribution of medical resources in the geographical dimension, the comprehensive hospital equipment is perfect, the medical technology is superb, but At the same time, due to the excessive number of people seeking medical treatment, doctors are overloaded and the supply of beds in wards is in short supply; while in community medical institutions, only simple basic disease diagnosis and treatment can be satisfied, and the supply of beds in wards exceeds demand, so a graded medical system has emerged. , in order to allocate medical resources reasonably, it is possible to make ef...

AI Technical Summary

Problems solved by technology

[0002] With the development of hospital informatization and the continuous expansion of the medical knowledge system, medical data has shown the characteristics of big data, but the current situation of uneven distribution of medical resources in the geographical dimension, comprehensive hospitals are well-equipped, and medical technology is superb, but At the same time, due to the large number of doctors seeking medical treatment, doctors are overloaded, and the supply of beds in the ward is in short supply. In community medical institutions, only simple diagnosis and treatment of basic diseases can be met, and the supply of beds in the ward exceeds demand. Therefore, a hierarchical medical system has emerged. , to rationally allocate medical resources, it is possible to efficiently utilize medical resources across spaces through big data technology

[0003] At present, the source of pathological diagnosis data used in smart medical care is often obtained through interviews, and most of the interviews are based on the answer content felt by the diagnoser. It is difficult to feed back the observation status from the perspective of medical diagnosis, and the way of interview records is limited. The amount of data that can provide diagnosis is reduced, which in turn weakens the accuracy of smart medical diagnosis based on big data

[0004] There are also some technical solutions for smart medical systems based on big data in the prior art. For example, a Chinese patent with application number CN201811608562.9 discloses a smart medical system for storing and exchanging medical image information, including the first medical An image information database, a second medical image information database, a medical reference image information database, a mobile device, and a medical image information exchange device; obtain medical examination image information from the medical image information database, classify the medical examination image information based on different parts, and establish a medical Evaluate the model to provide references for doctors' diagnosis; generate medical image information files based on collected medical images, including inspection date identification numbers, image sequence identification numbers, and image identification numbers. This technical solution realizes purposeful medical image files based on identification numbers It is conveniently stored in the corresponding storage path, which is convenient to call through the mobile device; the medical image exchange device realizes the exchange and sharing of medical image information of the same patient in different hospitals, saving the time and cost of the patient's re-examination ; However, the problem of less diagnostic data sampled by the diagnostician is not solved in this scheme, which limits the accuracy of the analysis results based on big data

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