Щербак Виктор Иосифович,ЮСКО Петер,Внуков Александр Борисович
申请号：
RU2011125814
公开号：
RU2011125814A
申请日:
2011.06.24
申请国别(地区):
RU
年份:
2012
代理人:
摘要：
1. A process for noninvasive diagnosis of medical patients, which is measured in each diagnostic point biophysical parameters of the patient, record results biophysical measurements, were analyzed biophysical measurements of health parameters of the patient and on the basis of the analysis of the patient is diagnosed, all measurements are made non-invasive diagnostic tools after in each diagnostic measurement point biophysical parameters of a patient, further convert the results of measurements s in each diagnostic point into an electrical signal, transmits the signal in a single processing and accumulation system, wherein the registration biophysical measurements carried out in a single register for all patients included in medical support at fixed algorithms for processing the electrical signals with a binding them to each patient on his place of residence, age, profession, professional affiliation and sex, diagnosis of each patient is installed in each diagnostic point with Uche th the results of previous measurements, existing pathologies, heredity, environment in the work place and residence are entered each received a diagnosis in a single processing and information storage system, transform diagnosis into an electrical signal of a certain format and transmit this signal to each diagnostic tochku.2. A method according to claim 1, wherein in the case where the information received from a diagnostic point is insufficient to produce an electrical diagnosis request signal with a list of additional parameters1. Способ медицинской неинвазивной диагностики пациентов, в котором измеряют в каждой диагностической точке биофизические параметры пациента, регистрируют результаты биофизических измерений, анализируют результаты измерений биофизических медицинских параметров пациента и на основе проведенного анализа устанавливают диагноз пациента, при этом все измерения выполняют неинвазивными средствами диагностики, после измерения в каждой диагностической точке биофизически
