Electronic detecting technique and electronic detecting instrument for outpatient clinic

Abstract

The invention relates to an electronic detecting technique and an electronic detecting instrument for an outpatient clinic. A central processing unit is used for the integrated control of a sensor array, a plurality of human signals of cardiopulmonary sounds, mouth cavity and auditory meatus inflammation, blood sugar, blood oxygen, blood pressure, sizes of a liver and a spleen, temperatures and the like of a plurality of people are collected simultaneously, the plurality of human signals are subjected to amplifying, filtering and noise reducing and then subjected to analog-to-digital conversion to be converted into digital signals, human signal analysis software is used for processing, visualizing and informationizing the digital signals, auxiliary diagnosis information is provided, and an electronic multimedia examining report is produced. According to the electronic detecting technique and the electronic detecting instrument for the outpatient clinic, defects of traditional methods and instruments are overcome, outpatients can be examined ahead of time, and the electronic examining report is transmitted to a doctor, so that the doctor is not required to waste time and energy to examine a patient when the doctor receives the patient, and clinic diagnosis and treatment procedures are optimized; the electronic detecting instrument is high in automation degree and convenient and rapid to operate, the accuracy of examination results doesn't depend on personal experience, and the examination results are stored into an electronic medical record and are not required for manual memorizing so that few human errors are caused; a plurality of examinations can be simultaneously performed for clinical usage of the doctor, so that the efficiency is improved, and the labor intensity is reduced; and requirements of professional skills of the electronic detecting instrument are low so that ordinary families can conveniently use the electronic detecting instrument to perform health monitoring and early warning.

Description

technical field [0001] The invention relates to an outpatient clinical electronic detection technology and an instrument, in particular to an outpatient clinical electronic detection technology and an instrument which use a central processor to integrate and control a variety of human body biological signal sensors. technical background [0002] It is difficult to detect outpatients in advance with traditional outpatient routine detection methods and instruments for detecting human biological signals such as heart and lung sounds, blood pressure, blood oxygen, blood sugar, body temperature, liver and spleen size, and oral and ear canal inflammation. Diagnosis and treatment time, unable to test multiple people at the same time, low efficiency of outpatient diagnosis and treatment process; manual operation, high work intensity, difficult to do multiple tests on the same person at the same time, strong professional skills requirements, time-consuming training for doctors, and di...

AI Technical Summary

Problems solved by technology

[0002] It is difficult to detect outpatients in advance with traditional outpatient routine detection methods and instruments for detecting human biological signals such as heart and lung sounds, blood pressure, blood oxygen, blood sugar, body temperature, liver and spleen size, and oral and ear canal inflammation. Diagnosis and treatment time, unable to test multiple people at the same time, low efficiency of outpatient diagnosis and treatment process; manual operation, high work intensity, difficult to do multiple tests on the same person at the same time, strong professional skills requirements, time-consuming training for doctors, and difficult for ordinary families It is used for health monitoring and early warning. The detection results depend on human factors such as personal experience, and are manually memorized and recorded by doctors, so the objective reliability is poor; on the other hand, the sensor technology for detecting these signals has matured, and the detection quality is high. And Drug Administration (FDA) standard requirements, but mainly used for pocket portable detectors controlled by microprocessors, limited by the computing power of microprocessors, they have a single function, and cannot perform post-processing such as visualization and informationization of test results

Images