1. The 'three integrated' diabetes management system based on artificial intelligence is characterized by comprising the following modules:

the information acquisition module is used for acquiring the patient information according to the connected intelligent equipment;

the automatic alarm module is used for early warning when a patient is in an emergency;

the information management module is used for carrying out information hierarchical and hierarchical management on the connected intelligent equipment according to the hardware and software information of the connected intelligent equipment;

the electronic software distribution module is used for distributing system software and application software of the connected intelligent equipment;

the patch management module is used for downloading and updating a system software patch and an application software patch of the connected intelligent equipment;

the configuration management module is used for monitoring configuration information of the connected intelligent equipment in real time, supporting a heterogeneous network environment and comparing and analyzing configurations of different versions so as to find configuration differences and defects and realize configuration management of the intelligent equipment accurately;

the storage management module is used for monitoring, monitoring and managing the patient information in real time and realizing the integrated management of different areas and different intelligent devices on the patient information;

the login management module is used for managing the information of the intelligent equipment, controlling the intelligent equipment to use different communication channels by setting different authorities for the intelligent equipment and allowing the intelligent equipment endowed with the authority to use corresponding resources;

and the system control module is used for managing the information acquisition module, the information management module, the electronic software distribution module, the patch management module, the configuration management module, the storage management module and the login management module.

2. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the information management module comprises:

the information acquisition submodule is used for detecting data information of skin, body temperature, sweat secretion and the like of the patient and analyzing the state of illness of the patient according to the acquired data information of the patient;

and the positioning submodule is used for detecting and positioning the position information of the patient in real time.

3. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the automatic alarm module comprises:

the on-line automatic alarm submodule is used for carrying out automatic on-line communication alarm and informing related medical personnel to carry out treatment when a patient breaks out of illness;

and the offline automatic alarm sub-module is used for automatically performing offline audible and visual alarm and informing nearby people to help and cure when the patient is in an emergency.

4. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the information management module comprises:

the hierarchical layering submodule is used for performing classified layering management on the information collected by the information management module of the connected intelligent equipment;

the inquiry submodule is used for inquiring the information of the connected intelligent equipment according to the requirements of the patient;

the communication submodule is used for voice or video communication of the connected intelligent equipment according to the requirements of the patient, so that the patient can know the state of illness of the patient on line or off line conveniently and can learn the nursing of the related state of illness.

5. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the electronic software distribution module comprises:

the application software distribution submodule is used for distributing the application software of the connected intelligent equipment;

and the other information distribution submodule is used for distributing the bound intelligent equipment diagnosis notice for the patient, the medical information and the like.

6. The artificial intelligence based diabetes "three in one" management system of claim 1, wherein the patch management module comprises:

the real-time monitoring submodule is used for monitoring the system patch and the software patch of the connected intelligent equipment in real time;

and the patch downloading and updating submodule is used for downloading and updating the system patch and the software patch of the connected intelligent equipment in time.

7. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the configuration management module comprises:

the intelligent equipment management submodule is used for providing an interface tool of the connected intelligent equipment login instruction;

and the configuration and change submodule is used for realizing the operations of configuration acquisition, configuration synchronization, change information uploading and the like of the intelligent equipment.

8. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the storage management module comprises:

the storage submodule is used for storing the medical information and the real-time detection information of the patient;

and the storage information management submodule is used for writing and reading data of the storage submodule.

9. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the login management module comprises:

the login submodule is used for logging in according to a login instruction of a patient or medical staff;

and the login verification submodule is used for secondarily confirming the identity of the user.

10. The artificial intelligence based diabetes "three-in-one" management system of claim 1, wherein the system control module comprises:

the main control communication device is used for information management of the connected intelligent equipment;

the man-machine interaction interface is used for information conversion between a person and the master control communication device;

and the server is used for the communication connection between the hardware and the software on the main control communication device and the intelligent equipment.

Background

Diabetes is a common disease in clinic at present, is blood sugar metabolic disorder caused by various reasons, can bring great harm to the organism due to long-term blood sugar increase, can cause serious complications, the most common complications, microangiopathy, neuropathy, diabetic nephropathy and eyeground pathological changes, so that effective medicines must be applied to control the blood sugar within a normal range, and simultaneously, the blood sugar is kept stable by combining with the adjustment of a dietary structure, and the damage to important organs is reduced.

The traditional diabetes treatment is generally managed manually, the management difficulty is high, real-time detection and analysis cannot be carried out on a patient, the condition that the optimal treatment time is delayed and the condition of aggravation of the disease is easily caused, and therefore the three-in-one diabetes management system based on artificial intelligence is provided to solve the problems.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides an artificial intelligence-based diabetes three-in-one management system, which has the advantages of intelligent management and the like, and solves the problems that the traditional diabetes treatment is generally managed manually, the management difficulty is high, the real-time detection and analysis cannot be carried out on a patient, and the condition of illness aggravation is easily caused by delaying the optimal treatment time.

(II) technical scheme

In order to achieve the purpose of intelligent management, the invention provides the following technical scheme: an artificial intelligence-based diabetes 'three-in-one' management system comprises the following modules:

the information acquisition module is used for acquiring the patient information according to the connected intelligent equipment;

the automatic alarm module is used for early warning when a patient is in an emergency;

the information management module is used for carrying out information hierarchical and hierarchical management on the connected intelligent equipment according to the hardware and software information of the connected intelligent equipment;

the electronic software distribution module is used for distributing system software and application software of the connected intelligent equipment;

the patch management module is used for downloading and updating a system software patch and an application software patch of the connected intelligent equipment;

the configuration management module is used for monitoring configuration information of the connected intelligent equipment in real time, supporting a heterogeneous network environment and comparing and analyzing configurations of different versions so as to find configuration differences and defects and realize configuration management of the intelligent equipment accurately;

the storage management module is used for monitoring, monitoring and managing the patient information in real time and realizing the integrated management of different areas and different intelligent devices on the patient information;

the login management module is used for managing the information of the intelligent equipment, controlling the intelligent equipment to use different communication channels by setting different authorities for the intelligent equipment and allowing the intelligent equipment endowed with the authority to use corresponding resources;

and the system control module is used for managing the information acquisition module, the information management module, the electronic software distribution module, the patch management module, the configuration management module, the storage management module and the login management module.

Preferably, the information management module includes: the information acquisition submodule is used for detecting data information of skin, body temperature, sweat secretion and the like of the patient and analyzing the state of illness of the patient according to the acquired data information of the patient; and the positioning submodule is used for detecting and positioning the position information of the patient in real time.

Preferably, the automatic alarm module includes: the on-line automatic alarm submodule is used for carrying out automatic on-line communication alarm and informing related medical personnel to carry out treatment when a patient breaks out of illness; and the offline automatic alarm sub-module is used for automatically performing offline audible and visual alarm and informing nearby people to help and cure when the patient is in an emergency.

Preferably, the information management module includes: the hierarchical layering submodule is used for performing classified layering management on the information collected by the information management module of the connected intelligent equipment; the inquiry submodule is used for inquiring the information of the connected intelligent equipment according to the requirements of the patient; the communication submodule is used for voice or video communication of the connected intelligent equipment according to the requirements of the patient, so that the patient can know the state of illness of the patient on line or off line conveniently and can learn the nursing of the related state of illness.

Preferably, the electronic software distribution module includes: the application software distribution submodule is used for distributing the application software of the connected intelligent equipment; and the other information distribution submodule is used for distributing the bound intelligent equipment diagnosis notice for the patient, the medical information and the like.

Preferably, the patch management module includes: the real-time monitoring submodule is used for monitoring the system patch and the software patch of the connected intelligent equipment in real time; and the patch downloading and updating submodule is used for downloading and updating the system patch and the software patch of the connected intelligent equipment in time.

Preferably, the configuration management module includes: the intelligent equipment management submodule is used for providing an interface tool of the connected intelligent equipment login instruction; and the configuration and change submodule is used for realizing the operations of configuration acquisition, configuration synchronization, change information uploading and the like of the intelligent equipment.

Preferably, the storage management module includes: the storage submodule is used for storing the medical information and the real-time detection information of the patient; and the storage information management submodule is used for writing and reading data of the storage submodule.

Preferably, the login management module includes: the login submodule is used for logging in according to a login instruction of a patient or medical staff; and the login verification submodule is used for secondarily confirming the identity of the user.

Preferably, the system control module includes: the main control communication device is used for information management of the connected intelligent equipment; the man-machine interaction interface is used for information conversion between a person and the master control communication device; and the server is used for the communication connection between the hardware and the software on the main control communication device and the intelligent equipment.

(III) advantageous effects

Compared with the prior art, the invention provides an artificial intelligence-based three-in-one diabetes management system, which has the following beneficial effects:

1. this diabetes "three integration" management system based on artificial intelligence, carry out real-time detection and collection to patient's information through the information acquisition submodule piece on the smart machine, realize real-time supervision and upload the effect of data, when the information acquisition submodule piece detected the proruption state of an illness of patient, then report to the police simultaneously through on-line automatic alarm module and off-line automatic alarm submodule piece, carry out accurate location through the location submodule piece to patient's position simultaneously, make the patient can obtain the treatment in the very first time, avoid the patient because of having delayed the condition emergence that best treatment time leads to the aggravated of the illness, reach the integration of on-line off-line, the effect of hospital inside and outside the hospital and software hardware integration management.

2. This diabetes "three integration" management system based on artificial intelligence, carry out classification to patient's information through hierarchical layering submodule piece, and in time update and save patient's information through storage submodule piece and storage information management submodule piece, realize intelligent management and data entry's effect, thereby medical personnel's intensity of labour has been reduced, and the precision of data entry has been improved, carry out dual affirmation to user's identity through logging in submodule piece and the verification submodule piece of logging in, avoid intelligent equipment to influence medical personnel's diagnosis because of wearing the mistake, be convenient for the patient to know self state of an illness and study relevant nursing requirement through inquiry submodule piece and communication submodule piece at last, realize the effect of high-efficient treatment and intelligent management. The practicability of the management system is further improved.

Drawings

FIG. 1 is a structural diagram of an artificial intelligence-based diabetes "three-in-one" management system of the present invention;

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, an artificial intelligence-based diabetes "three-in-one" management system includes the following modules:

the information acquisition module is used for acquiring the patient information according to the connected intelligent equipment; the data information of the skin, the body temperature, the sweat secretion and the like of the patient can be conveniently collected and uploaded;

the automatic alarm module is used for early warning when a patient is in an emergency; the condition that the disease condition is aggravated due to delay of the optimal treatment time of the patient is avoided;

the information management module is used for carrying out information hierarchical and hierarchical management on the connected intelligent equipment according to the hardware and software information of the connected intelligent equipment; through hierarchical and hierarchical management of information, the processing speed and the searching convenience of the information are improved;

the electronic software distribution module is used for distributing system software and application software of the connected intelligent equipment; the patch management module is used for downloading and updating a system software patch and an application software patch of the connected intelligent equipment; the intelligent equipment is conveniently managed in a unified way through the electronic software distribution module and the patch management module, and the effect of 'three-in-one' management of diabetes is achieved;

the configuration management module is used for monitoring configuration information of the connected intelligent equipment in real time, supporting a heterogeneous network environment and comparing and analyzing configurations of different versions so as to find configuration differences and defects and realize configuration management of the intelligent equipment accurately; the configuration management module is convenient for carrying out comparison and analysis on different intelligent devices, so that the data accuracy of the management system is further improved;

the storage management module is used for monitoring, monitoring and managing the patient information in real time and realizing the integrated management of different areas and different intelligent devices on the patient information; the patient information is stored through storage management, so that the condition that the patient information is lost to influence treatment is avoided;

the login management module is used for managing the information of the intelligent equipment, controlling the intelligent equipment to use different communication channels by setting different authorities for the intelligent equipment and allowing the intelligent equipment endowed with the authority to use corresponding resources; the safety performance of the management system is further improved by arranging the login management module.

The system control module is used for managing the information acquisition module, the information management module, the electronic software distribution module, the patch management module, the configuration management module, the storage management module and the login management module, and the information acquisition module, the information management module, the electronic software distribution module, the patch management module, the configuration management module, the storage management module and the login management module are uniformly managed through the system control module, so that the effect of one machine with multiple purposes is achieved, and the centralization of information management is further improved.

The information management module includes: the information acquisition submodule is used for detecting data information of skin, body temperature, sweat secretion and the like of the patient and analyzing the state of illness of the patient according to the acquired data information of the patient; and the positioning submodule is used for detecting and positioning the position information of the patient in real time.

The automatic alarm module includes: the on-line automatic alarm submodule is used for carrying out automatic on-line communication alarm and informing related medical personnel to carry out treatment when a patient breaks out of illness; and the offline automatic alarm sub-module is used for automatically performing offline audible and visual alarm and informing nearby people to help and cure when the patient is in an emergency.

The information management module includes: the hierarchical layering submodule is used for performing classified layering management on the information collected by the information management module of the connected intelligent equipment; the inquiry submodule is used for inquiring the information of the connected intelligent equipment according to the requirements of the patient; the communication submodule is used for voice or video communication of the connected intelligent equipment according to the requirements of the patient, so that the patient can know the state of illness of the patient on line or off line conveniently and can learn the nursing of the related state of illness.

The electronic software distribution module includes: the application software distribution submodule is used for distributing the application software of the connected intelligent equipment; and the other information distribution submodule is used for distributing the bound intelligent equipment diagnosis notice for the patient, the medical information and the like.

The patch management module includes: the real-time monitoring submodule is used for monitoring the system patch and the software patch of the connected intelligent equipment in real time; and the patch downloading and updating submodule is used for downloading and updating the system patch and the software patch of the connected intelligent equipment in time.

The configuration management module comprises: the intelligent equipment management submodule is used for providing an interface tool of the connected intelligent equipment login instruction; and the configuration and change submodule is used for realizing the operations of configuration acquisition, configuration synchronization, change information uploading and the like of the intelligent equipment.

The storage management module includes: the storage submodule is used for storing the medical information and the real-time detection information of the patient; and the storage information management submodule is used for writing and reading data of the storage submodule.

The login management module comprises: the login submodule is used for logging in according to a login instruction of a patient or medical staff; and the login verification submodule is used for secondarily confirming the identity of the user.

The system control module includes: the main control communication device is used for information management of the connected intelligent equipment; the man-machine interaction interface is used for information conversion between a person and the master control communication device; and the server is used for the communication connection between the hardware and the software on the main control communication device and the intelligent equipment.

The invention has the beneficial effects that:

the patient information is detected and collected in real time through the information collection submodule on the intelligent equipment, the effect of real-time monitoring and data uploading is realized, when the information collection submodule detects the sudden illness state of a patient, the on-line automatic alarm module and the off-line automatic alarm submodule alarm simultaneously alarm, and the positioning submodule accurately positions the position of the patient, so that the patient can be treated at the first time, the condition that the illness state is aggravated due to delay of the patient for the best treatment time is avoided, the effects of on-line and off-line integration, in-hospital and out-of-hospital integration and software and hardware integration management are achieved, the patient information is classified and processed through the hierarchical layering submodule, and the patient information is timely updated and stored through the storage submodule and the storage information management submodule, and the effects of intelligent management and data entry are realized, thereby medical personnel's intensity of labour has been reduced to improve data entry's precision, carry out dual affirmation to user's identity through logging on sub-module and the verification sub-module of logging on, avoid intelligent equipment to influence medical personnel's diagnosis because of wearing the mistake, be convenient for the patient to know self state of an illness and study relevant nursing requirement through inquiry sub-module and communication sub-module at last, realize the effect of high-efficient treatment and intelligent management. The practicability of the management system is further improved.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.