CN202505352U

CN202505352U - Mobile phone cloud Internet of things medical system for managing patient having ventilation at home

Info

Publication number: CN202505352U
Application number: CN 201220057899
Authority: CN
Inventors: 白春学; 王桂芳; 张静; 杨达伟
Original assignee: Zhongshan Hospital Fudan University
Current assignee: Zhongshan Hospital Fudan University
Priority date: 2012-02-22
Filing date: 2012-02-22
Publication date: 2012-10-31
Anticipated expiration: 2022-02-22

Abstract

The utility model provides a mobile phone cloud Internet of things medical system for managing a patient having mechanical ventilation at home. The mobile phone cloud Internet of things medical system is characterized by comprising an information acquisition client for reading cardio-pulmonary function physiological parameters from a tested customer and recording respirator setting parameters, wherein the information acquisition client transmits the data to an intelligent information analysis system based on a cloud computing framework; the intelligent information analysis system analyzes the data and transmits the data to a medical server; and medical staff supply a corresponding processing strategy through a human-machine interaction system of the medical server and transmit the strategy to a mobile client. The mobile phone cloud Internet of things medical system integrates life monitoring and individual optimal treatment supply, is favorable for timely finding the problem and timely rescuing the patient and can rationally distribute medical resources, so that more patients having mechanical ventilation at home have the optimal treatment and disease management.

Description

The mobile phone cloud that is used for the home mechanical ventilation case control adds end Internet of Things medical system

Technical field

This utility model relates to a kind of mobile phone cloud that is used for that the home mechanical ventilation patient is managed and adds end Internet of Things medical system.

Background technology

To suspend the patients such as chronic respiratory failure that syndrome, hypoventilation syndrome, neuromuscular disease etc. cause more prevalent for be applied in chronic respiratory failure, the obstructive respiration sleep that heart and lung diseases causes of home mechanical ventilation.But factor affecting such as intensive care is improper, respirator treatment Shi Jidu shortage the management of home mechanical ventilation, cause therapeutic effect not good, meet accident, even threat to life.Still there are not at present the monitoring that is applicable to the home mechanical ventilation patient and the effective technology of management.

Summary of the invention

The purpose of this utility model provides a kind of system that the home mechanical ventilation patient is effectively guarded and manages of being used for.

In order to achieve the above object; The technical scheme of this utility model has provided a kind of mobile phone cloud that is used for the home mechanical ventilation case control and has added end Internet of Things medical system; It is characterized in that: comprise being used for reading the cardio-pulmonary function physiological parameter from tested customers' place and accepting the information gathering client that respirator is provided with the parameter typing; The information gathering client sends data to based on the cloud computing framework intelligent information analytical system; The intelligent information analytical system is transferred to the medical services end with it after data are analyzed, the medical worker provides the handled strategy and this strategy is transferred to portable client through the man-machine interactive system of medical services end.

Preferably, said information gathering client comprises first data processing unit, and first data processing unit connects front-end information acquisition module, display unit, first data storage cell and first communication unit respectively.

Preferably, said front-end information acquisition module contains a plurality of information acquisition units, comprises that monitoring of respiration unit, cardioelectric monitor unit, monitoring of blood pressure unit, physiology of respiration monitoring means and respirator are provided with parameter typing unit.

Preferably, the built-in cardio-pulmonary function parameter of said front-end information acquisition module biosensor.

Preferably, said intelligent information analytical system comprises second data processing unit, and second data processing unit connects second communication unit, second data storage cell and third communication unit respectively.

Preferably, said medical services end comprises man-machine interactive system, and man-machine interactive system connects four-way letter unit, the 3rd data storage cell and five-way letter unit.

This utility model integrates life monitoring and provides that individuation is the righttest treats, and help timely discovery, in time rescue, and the reasonable distribution medical resource, make more home mechanical ventilation patient obtain optimal treatment and disease control.

Description of drawings

A kind of mobile phone cloud that is used for the home mechanical ventilation case control that Fig. 1 provides for this utility model adds the circuit block diagram of the preferred embodiment of end Internet of Things medical system.

The specific embodiment

For making this utility model more obviously understandable, now with a preferred embodiment, and conjunction with figs. elaborates as follows.

As shown in Figure 1; This utility model provides a kind of mobile phone cloud that is used for the home mechanical ventilation case control to add end Internet of Things medical system, and it comprises intelligent information analytical system 17, medical services end 23 and portable client 29 under information gathering client 10, the cloud computing framework.

Information gathering client 10 is used to gather cardio-pulmonary function and ventilator parameter data.The mancarried device of information gathering client 10 for having computing capability can be placed in the tested client family, also can in hospital environment, use.

Said information gathering client 10 comprises that first data processing unit, 14, the first data processing units 14 connect front-end information acquisition module 11, display unit 12, first data storage cell 13 and first communication unit 15 respectively.Front-end information acquisition module 11 contains a plurality of information acquisition units, comprises such as monitoring of respiration unit, cardioelectric monitor unit, monitoring of blood pressure unit, physiology of respiration monitoring means (gathering parameters such as tidal volume, pressure of inspiration(Pi)), respirator parameter typing unit etc. is set.The front-end information acquisition module also is built-in with cardio-pulmonary function parameter biosensor, EGC sensor for example, and the breathing gas flow transducer, and can supply the typing ventilator parameter, call the interactive interface of each information acquisition unit.By the data collection of built-in each information acquisition unit of Single-chip Controlling of this module, can launch different data acquisition units as required.Physiological parameter data that collects and ventilator parameter output to display unit 12.Display unit 12 comprises display screen and control circuit.Data are kept in first data storage cell 13 temporarily.First data storage cell 13 can comprise the Flash storage card.Read data by first data processing unit 14 from data storage cell, comprise data sync and be coded in processing.Data after the processing transfer to the intelligent information analytical system 17 under the cloud computing framework by first communication unit 15 through communication link 16 (communication link 16 can be in interior various Internet networks any one of for example GSM/3G, WIFI network etc.), and information is responsible for receptions by the second communication unit 18 of intelligent information analytical system 17.

Analyze by 17 pairs of data of intelligent information analytical system, and with information be divided into critical, need to intervene, the operational excellence three major types.This system comprises that second data processing unit, 19, the second data processing units 19 connect second communication unit 18, second data storage cell 20 and third communication unit 21 respectively.Second data storage cell 20 comprises the case data storage server, and operation has database software.Third communication unit 21 is through the four-way letter unit 24 of the medical services end 23 under communication link 22 (communication link 22 can be in interior various Internet networks any one of for example GSM/3G, WIFI network etc.) transmission information to the cloud computing framework.

Medical services end 23 comprises man-machine interactive system 26, and man-machine interactive system 26 connects four-way letter unit 24, the 3rd data storage cell 25 and five-way letter unit 27.Medical services end 23 is kept at the 3rd data storage cell 25 with the data that receive.Man-machine interactive system 26 comprises a computer display and a cover program, can with gather and produce after treatment critical, need to intervene, operational excellence information is shown to medical professional.Each category information disposes corresponding processing policy.For example; Monitoring severe arrhythmia, respiratory frequency crosses when waiting life-threatening situation slowly; System produces critical information and sends to medical services end 23; Start critical program in the audit back fast through man-machine interactive system 26, for example put through automatically the portable client 29 prompting entourages of family, automatically put through 120 emergency centers, call out hospital bed set up at a patient's home doctor etc. automatically; When monitoring abnormal conditions such as tidal volume is too small, pressure of inspiration(Pi) is too high, respiratory frequency is too fast; System's generation needs intervention information to send to medical services end 23; Startup needs intervention program after man-machine interactive system 26 is examined fast, for example arranges the respiratory therapist to carry out home visit, arranges to seek medical advice, get in touch hospital bed set up at a patient's home doctor etc.; Monitoring information shows stable disease, when respirator is stable, system produces operational excellence information and sends to medical services end 23, calls the operational excellence program after the audit fast through medical worker's man-machine interaction unit, for example continues current treatment etc.Simultaneously, relevant information will be kept at data center for having access to.The five-way letter unit 27 of processing policy through medical services end 23 transfers to portable client 29 via communication link 28 (for example comprise short message, put through forms such as warning tones, contact doctor).

Claims

1. a mobile phone cloud that is used for the home mechanical ventilation case control adds end Internet of Things medical system; It is characterized in that: comprise being used for reading the cardio-pulmonary function physiological parameter from tested customers' place and accepting the information gathering client (10) that respirator is provided with the parameter typing; Information gathering client (10) sends data to based on the cloud computing framework intelligent information analytical system (17); Intelligent information analytical system (17) is transferred to medical services end (23) with it after data are analyzed, the medical worker provides the handled strategy and this strategy is transferred to portable client (29) through the man-machine interactive system (26) of medical services end (23).

2. a kind of mobile phone cloud that is used for the home mechanical ventilation case control as claimed in claim 1 adds end Internet of Things medical system; It is characterized in that: said information gathering client (10) comprises first data processing unit (14), and first data processing unit (14) connects front-end information acquisition module (11), display unit (12), first data storage cell (13) and first communication unit (15) respectively.

3. a kind of mobile phone cloud that is used for the home mechanical ventilation case control as claimed in claim 2 adds end Internet of Things medical system; It is characterized in that: said front-end information acquisition module (11) contains a plurality of information acquisition units, comprises that monitoring of respiration unit, cardioelectric monitor unit, monitoring of blood pressure unit, physiology of respiration monitoring means and respirator are provided with parameter typing unit.

4. a kind of mobile phone cloud that is used for the home mechanical ventilation case control as claimed in claim 2 adds end Internet of Things medical system, it is characterized in that: the built-in cardio-pulmonary function parameter of said front-end information acquisition module (11) biosensor.

5. a kind of mobile phone cloud that is used for the home mechanical ventilation case control as claimed in claim 1 adds end Internet of Things medical system; It is characterized in that: said intelligent information analytical system (17) comprises second data processing unit (19), and second data processing unit (19) connects second communication unit (18), second data storage cell (20) and third communication unit (21) respectively.

6. a kind of mobile phone cloud that is used for the home mechanical ventilation case control as claimed in claim 1 adds end Internet of Things medical system; It is characterized in that: said medical services end (23) comprises man-machine interactive system (26), and man-machine interactive system (26) connects four-way letter unit (24), the 3rd data storage cell (25) and five-way letter unit (27).