CN204650523U - A kind of digital health management cloud plateform system - Google Patents

Abstract

A digital health management cloud platform system relates to the technical field of health management cloud platform systems. To solve the problem that the existing digital health management cloud platform system has low working efficiency, single human-computer interaction mode, and inconvenient technical deficiencies for the elderly to use alone, the system includes a platform terminal and a health management home terminal; the platform terminal includes a : data receiving end, data sending end, data processing end, doctor or health manager management system and database; the health management home terminal includes a vest for the user to wear, the vest is provided with a main control module, and is connected with The main control module is connected by a wire to a voice interaction module, a wireless network communication module, more than one physical sign detection sensor module and a power module; the health management home terminal carried by the vest is easy to use and flexible; the voice interaction module in the health management home terminal , which can conveniently realize human-computer interaction in the form of voice locally, especially for the elderly.

Description

A digital health management cloud platform system

technical field

The utility model relates to the technical field of health management cloud platform system.

Background technique

Remote digital health management is an important means of popularizing health management. Through remote digital management and the provision of health digital services, the human resource investment in health services has been effectively reduced, and the standards and efficiency of health management have been improved. The inevitable trend of industrial development.

The existing digital health management cloud platform system needs to manually process each piece of monitoring data by doctors or health managers, which has low processing efficiency and heavy workload.

In addition, the existing remote digital health management basically provides the collection and transmission of human body data through a front-end home communication device, which includes computers and mobile phones. This transmission mode solves the data collection of remote health management and the information interaction of the remote health management service center. However, both PCs and mobile phones lack the convenience of human-computer interaction for health management. The use of information terminals is in the form of man-machine dialogue, and the operation of the equipment has certain skill requirements for some elderly people who are far away from the information equipment, which causes inconvenience for the elderly when they use it alone.

In addition, the human-computer interaction mode of the existing wearable physiological parameter monitoring equipment is relatively simple, and the data is mostly uploaded wirelessly to the mobile terminal (mobile phone or customized terminal) for display, which is not conducive to the independent use and operation of the user, especially not suitable for the elderly. .

Contents of the invention

To sum up, the purpose of this utility model is to solve the technical problems of the existing digital health management cloud platform system, such as low working efficiency, single human-computer interaction mode, and inconvenient use by the elderly alone, and propose a digital health management cloud platform system. platform system.

In order to solve the technical problems proposed by the utility model, the adopted technical solution is: a digital health management cloud platform system, characterized in that the system includes a platform terminal and a health management home terminal; the platform terminal includes: data Receiver, data sender, data processor, doctor or health manager management system and database;

The data receiving end is used to receive the monitoring data uploaded by the health management home terminal and transmit it to the data processing end;

The data processing end is used to retrieve the matching sample processing plan in the database according to the monitoring data and send it to the data sending end;

The doctor or health manager management system is used for the doctor or health manager to create a new sample and store it in the database when there is no sample matching the monitoring data in the database, and the data processing end sends the processing plan of the new sample to the data sending end ; and for doctors or health managers to remotely interact with users of health management home terminals;

The data sending end is used to send the processing plan of the received sample corresponding to the monitoring data to the health management home terminal;

database for sample storage;

The health management home terminal includes a vest for the user to wear. The vest is provided with a main control module, a voice interaction module connected to the main control module through wires, a wireless network communication module, and more than one physical sign detection sensor. module and power module; among them,

The main control module is used to process the signals of the voice interaction module, the wireless network communication module and the sign detection sensor module;

The voice interaction module is used for human-computer interaction, recognizes the user's voice, converts the user's voice into a query command and sends it to the main control module, and receives the sign information and sign state analysis information fed back by the main control module, and converts the sign information and sign state analysis information broadcast to the user by voice;

The wireless network communication module is used to establish a communication connection with the platform terminal, and wirelessly send the physical sign information output by the main control module to the platform terminal;

The sign detection sensing module is used to sense the vital signs of the user, output the sensing signal to the main control module, and the main control module generates corresponding sign information and sign state analysis information according to the output sensing signal;

The power module provides working power for each module.

The sign detection sensor module includes: an electrocardiometer, an electronic blood pressure instrument, a respiration sensor, an oximeter and an electronic thermometer.

The main control module is respectively connected with each sign detection sensor module through a plug-in structure.

The main control module is also connected with an acceleration sensor.

The beneficial effects of the utility model are as follows: the utility model is provided with a data processing terminal at the platform end to automatically retrieve samples matched with the monitoring data in the database, so as to achieve automatic processing effect and improve the work efficiency of the platform terminal; the health management family carried by the horse clip The terminal is easy to use and flexible; the voice interaction module in the health management home terminal can easily realize local human-computer interaction in the form of voice, especially for the elderly.

Description of drawings

Fig. 1 is a structural principle block diagram of the utility model.

Detailed ways

The structure of the present utility model will be further described below in conjunction with the preferred specific embodiments of the present utility model with accompanying drawings.

Referring to Fig. 1, the utility model includes a platform terminal and a health management home terminal.

The platform end includes: a data receiving end, a data sending end, a data processing end, a doctor or health manager management system and a database.

The data receiving end is used to receive the monitoring data uploaded by the health management home terminal and transmit it to the data processing end; commonly used monitoring data include: electrocardiogram, blood pressure, blood oxygen, respiration and body temperature data; Receive the disease description information uploaded by the health management home terminal.

The data processing end is used to match the monitoring data with the characteristics of the existing samples in the database; when the monitoring data is matched to the corresponding samples from the database, the processing plan of the corresponding samples is retrieved from the database and sent to the data sending end; When the monitoring data fails to match the corresponding sample from the database, the closest sample retrieved from the database and the same monitoring data are sent to the doctor or health manager management system.

The doctor or health manager management system is used for the doctor or health manager to view the monitoring data and the closest sample transmitted by the data processing terminal, manually make a corresponding new treatment plan, and generate a new treatment plan based on the monitoring data and the newly made treatment plan The samples are stored in the database, and the data processing end sends the new processing plan to the data sending end.

The data sending end is used to send the processing plan corresponding to the received monitoring data to the health management home terminal.

Database for sample storage.

The health management home terminal includes a vest for the user to wear. The vest is provided with a main control module, a voice interaction module connected to the main control module through wires, a wireless network communication module, and more than one physical sign detection sensor. module and power module; among them,

The main control module is used to process the signals of the voice interaction module, the wireless network communication module and the sign detection sensor module;

The voice interaction module is used for human-computer interaction, recognizes the user's voice, converts the user's voice into a query command and sends it to the main control module, and receives the sign information and sign state analysis information fed back by the main control module, and converts the sign information and sign state analysis information Broadcast to the user by voice; for example: the user says "body temperature" to the voice interaction module, and the voice interaction module recognizes the voice of "body temperature" to form a body temperature query command and send it to the main control module, and the main control module senses the body temperature according to the received body temperature. The signal generates body temperature information, and at the same time generates body temperature state analysis information based on the body temperature information, and feeds it back to the voice interaction module. The voice interaction module broadcasts "body temperature 38.5 degrees, moderate fever!" in voice mode, and cannot broadcast the corresponding treatment plan if necessary . In the specific implementation process, a display module connected to the main control module can also be added, and the user's weight information and sign state analysis information can be viewed through the display module.

The wireless network communication module is used to establish a wireless communication connection with the platform side. Specifically, it can connect to the Internet through a wireless router or a dedicated wireless connection and forwarding device, and establish a communication connection with the platform side through the Internet; sent to the platform; the wireless network communication module is a WIFI module or a Bluetooth module.

The sign detection sensing module is used to sense the vital signs of the user, output the sensing signal to the main control module, and the main control module generates corresponding sign information and sign state analysis information according to the output sensing signal; the sign detection The sensing module includes: electrocardiometer, electronic blood pressure meter, respiratory sensor, oximeter and electronic thermometer, which are respectively responsible for the collection of vital sign signals of ECG, blood pressure, respiration, blood oxygen and body temperature; in order to facilitate different users to customize different The combination of functional modules is also convenient for upgrading and further development of each functional module. The main control module is connected to each physical sign detection sensor module through a plug-in structure.

The power module provides working power for each module.

In the specific implementation process, an acceleration sensor can also be connected to the main control module as required, and the daily activity of the user can be monitored through the acceleration sensor. The doctor or health manager can make a corresponding treatment plan based on the user's activity. Or when the amount of activity is insufficient, the user is reminded to pay attention through the voice interaction module.

Claims (4)

1. A digital health management cloud platform system is characterized by comprising a platform end and a health management home terminal;

the platform end comprises: the system comprises a data receiving end, a data sending end, a data processing end, a doctor or health manager management system and a database; the data receiving terminal is used for receiving the monitoring data uploaded by the health management home terminal and transmitting the monitoring data to the data processing terminal; the data processing terminal is used for calling a processing scheme of a sample matched with the monitoring data in the database according to the monitoring data and sending the processing scheme to the data sending terminal; the doctor or health manager management system is used for making a new sample and storing the new sample in the database when the sample matched with the monitoring data does not exist in the database, and the data processing end sends the processing scheme of the new sample to the data sending end; and providing the doctor or health manager to remotely interact with the user of the health management home terminal; the data sending terminal is used for sending the processing scheme of the received sample corresponding to the monitoring data to the health management home terminal; a database for sample storage;

the health management home terminal comprises a vest worn by a user, a main control module arranged on the vest, a voice interaction module, a wireless network communication module, more than one sign detection sensing module and a power supply module, wherein the voice interaction module, the wireless network communication module, the more than one sign detection sensing module and the power supply module are respectively connected with the main control module through wires; the main control module is used for processing signals of the voice interaction module, the wireless network communication module and the physical sign detection sensing module; the voice interaction module is used for man-machine interaction, recognizing user voice, converting the user voice into a query instruction and sending the query instruction to the main control module, receiving the sign information and the sign state analysis information fed back by the main control module, and broadcasting the sign information and the sign state analysis information to a user in a voice mode; the wireless network communication module is used for establishing communication connection with the platform end and wirelessly transmitting the physical sign information output by the main control module to the platform end; the sign detection sensing module is used for sensing the vital signs of a user, outputting a sensing signal to the main control module, and generating corresponding sign information and sign state analysis information by the main control module according to the output sensing signal; and the power supply module provides working power supply for each module.

2. The digital health management cloud platform system of claim 1, wherein: the physical sign detection sensing module comprises: electrocardiographs, electronic blood pressure meters, respiratory sensors, oximeters, and electronic thermometers.

3. The digital health management cloud platform system of claim 1, wherein: the main control module is respectively connected with each sign detection sensing module through a plug-in structure.

4. The digital health management cloud platform system of claim 1, wherein: the main control module is also connected with an acceleration sensor.