Hospital intelligent control mattress monitoring system

Abstract

The invention discloses an intelligent control mattress monitoring system for a hospital. The intelligent control mattress monitoring system comprises an intelligent mattress for detecting vital signs of a patient; the intelligent controller is connected with the intelligent mattress, the medical staff terminal and the hospital server are connected with the intelligent controller, the hospital server is further connected with the cloud system and the HIS system, the cloud system is further connected with the remote control terminal, the big data management platform is further connected with the HIS system, and the medical staff terminal is connected with the medical staff terminal. Vital signs of a patient are dynamically collected through the intelligent mattress, through cooperation of the server, the cloud system, the HIS system, the nursing station nursing platform and the big data management platform, the state of the patient is detected in real time, it is guaranteed that life safety of the patient is not threatened by accidents, help seeking of the patient is coped in real time, tragedies of the accidents are avoided, and safety of the patient is guaranteed. The customized nursing service is provided for the patient by collecting and mining related data of the patient.

Description

Technical Field

[0001] The present invention relates to the field of intelligent medical treatment, and in particular to a hospital intelligent mattress monitoring system. Background Art

[0002] Nowadays, the informatization of medical institutions has become a top priority in the development process of various hospitals, and medical informatization and medical big data governance are becoming popular in various hospitals. Whether in medical institutions or nursing homes, the elderly or patients need to stay in bed frequently. Nowadays, in nursing homes or medical institutions, the care of patients or the elderly is mostly the responsibility of nurses and nursing staff, and nurses or nursing staff need to frequently patrol the physiological conditions of patients or the elderly in each room. This leads to the fact that when nursing staff patrol, on the one hand, the work intensity is very high, and it is difficult to provide timely nursing services required by patients or the elderly. On the other hand, most of the patrols are at night, and it is impossible or inconvenient to turn on the lights. The existence of these factors makes it difficult for nursing staff to accurately observe the vital signs of patients in order to avoid affecting the rest and sleep of the elderly or patients, thereby increasing the work intensity of nurses and medical staff, while reducing the quality of health care for patients or the elderly. Summary of the invention

[0003] With respect to the above-mentioned related technologies, the inventor believes that there are the following defects: currently there is a lack of products on the market that can monitor the vital signs of patients 24 hours a day without disturbing the patients' rest. One of the purposes of the present invention is achieved through the following technical solution:

[0004] A hospital intelligent mattress monitoring system, comprising an intelligent mattress and an intelligent controller connected to each other, wherein the intelligent controller is also connected to a medical staff terminal and a hospital server respectively, wherein the hospital server is also connected to a HIS system and a cloud system respectively, wherein the cloud system is also connected to a remote control terminal, and the HIS system is also connected to a big data management platform;

[0005] The smart mattress is used to collect various data of the patient in real time and send them to the smart controller. The smart controller is used to process, analyze and calculate the data collected by the smart mattress, calculate the information and data of vital signs, and detect the vital signs of the human body in real time; the smart controller uploads the patient's vital signs data to the hospital server;

[0006] The hospital server synchronizes the patient's vital signs data to the HIS system and the cloud system; the remote control terminal checks the patient's vital signs data through the cloud system.

[0007] Furthermore, the smart mattress includes a sensor module, a heart rate monitoring module, a respiratory rate monitoring module, a brain wave sleep aid module, a temperature adjustment module and an angle adjustment module. The brain wave sleep aid module is used to transmit brain waves to help patients sleep; the temperature adjustment module is used to adjust the surface temperature of the smart mattress to create a comfortable contact temperature to improve the patient's sleep; the angle adjustment module adjusts the smart mattress to a comfortable or preset angle for the patient.

[0008] Furthermore, the sensor module includes a module for collecting the patient's movements such as sitting on the bed, getting up or turning over, so that the monitored person can judge the body movements such as turning over, sitting on the bed, getting out of bed, etc. in real time on the smart mattress through the smart controller.

[0009] Furthermore, the heart rate monitoring module and the respiratory rate monitoring module are used to detect real-time patient heart beats and respiratory vibrations.

[0010] Furthermore, the intelligent controller includes an STM32 processing chip. The intelligent controller processes the data collected by the lower computer, i.e., the intelligent mattress, and sends it to the hospital server. The hospital server stores the patient's vital signs data and synchronizes and uploads it to the HIS system and the sports cloud system. Finally, the control instructions are sent to the intelligent controller through the upper computer, i.e., the medical staff terminal, the big data management platform and the remote control terminal. The intelligent controller sends the control instructions to the lower computer and executes them.

[0011] Furthermore, the intelligent controller processes the data collected by the intelligent mattress and performs weighted calculation based on the preset vital sign data standards and the collected abnormal values ​​to obtain the patient's health trend score and the final health trend score, specifically including:

[0012]

[0013] Where data is a type of vital sign in the vital sign data set, data∈Data, Q data ∈Q Data , is the weight of the abnormal probability of weekly vital signs data, is the weight of the abnormal probability of monthly vital signs data, is the weight of the abnormal probability trend of weekly vital signs data, is the weight of the abnormal probability trend of monthly vital signs data, w data is the corresponding weight of the vital sign data type, is the deduction weight of the daily abnormal probability, is the weight of the daily abnormal probability; Q data is the health trend score of vital signs data, QData is the final health trend score.

[0014] Furthermore, the cloud system is used for the remote control terminal to view the collected data, and the vital signs data are permanently stored in the cloud system to facilitate future medical consultations.

[0015] Furthermore, the HIS system is used to synchronize the contained data to the big data management platform.

[0016] Furthermore, the big data management platform includes a patient analysis unit, an information service unit and a display unit;

[0017] The patient analysis unit is used to build a vital sign analysis algorithm model to analyze and judge the patient's current health status; the information service unit is used to input the patient's identity and can send early warning information to the medical staff responsible for the patient; the display unit is used to receive the patient's condition information and can display the condition information on the remote control terminal and the remote control terminal; the condition management unit is used to add, edit and modify the patient's identity information, medical staff information, bed information, treatment progress information, medication information and other related parameters.

[0018] Furthermore, the medical staff terminal includes a display module, and the medical staff enters the patient information through the medical staff terminal and views the patient's vital sign data in real time through the display module.

[0019] Compared with the prior art, the present invention has the following beneficial effects:

[0020] The present invention utilizes the collaboration of modules such as the intelligent mattress dynamic collection device of vital signs, the cloud and hospital server system, the remote care platform, and the big data management platform, and utilizes the positioning, calling, and other systems to respond to the patient's emergency requests in real time. By setting up the vital signs monitoring module, the abnormal alarm module, etc., the patient's safety hazards can be discovered in time, and the occurrence of tragedies can be effectively avoided. By collecting and mining relevant data of the patient or the elderly, customized care services can be provided for the patient or the elderly. The basic vital signs data of the patient can be compared and scored with the preset health data, and the treatment effect can be demonstrated to be more conducive to subsequent treatment. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 A module diagram of a hospital intelligent mattress monitoring system provided by the present invention;

[0022] Figure 2 This is a flow chart of a hospital intelligent mattress monitoring system provided by the present invention. DETAILED DESCRIPTION

[0023] The present invention is further described below in conjunction with the accompanying drawings and specific implementation methods. It should be noted that, under the premise of no conflict, the various embodiments or technical features described below can be arbitrarily combined to form a new embodiment.

[0024] Embodiment 1

[0025] The present invention provides a preferred embodiment, a hospital intelligent mattress monitoring system, such as Figure 1 As shown, a hospital intelligent mattress monitoring system includes an interconnected intelligent mattress and an intelligent controller, wherein the intelligent controller is also connected to a medical staff terminal and a hospital server respectively, wherein the hospital server is also connected to a HIS system and a cloud system respectively, wherein the cloud system is also connected to a remote control terminal, and the HIS system is also connected to a big data management platform;

[0026] The smart mattress is used to collect various data of the patient in real time and send them to the smart controller. The smart controller is used to process, analyze and calculate the data collected by the smart mattress, calculate the information and data of vital signs, and detect the vital signs of the human body in real time; the smart controller uploads the patient's vital signs data to the hospital server;

[0027] The hospital server synchronizes the patient's vital signs data to the HIS system and the cloud system; the remote control terminal checks the patient's vital signs data through the cloud system.

[0028] The HIS system, or Hospital Information System, is an indispensable component of modern hospital operations and management. The system integrates the medical information of various departments of the hospital, including patient information, medical order information, drug information, test information, etc., to provide comprehensive medical information support for medical staff. The HIS system uses modern technical means to comprehensively manage the hospital and its affiliated departments, achieving a leapfrog development of hospital informatization. It not only improves the work efficiency and management level of the hospital, but also promotes the improvement of medical quality and the enhancement of patient satisfaction.

[0029] Furthermore, the smart mattress includes a sensor module, a heart rate monitoring module, a respiratory rate monitoring module, a brain wave sleep aid module, a temperature adjustment module and an angle adjustment module. The brain wave sleep aid module is used to transmit brain waves to help patients sleep; the temperature adjustment module is used to adjust the surface temperature of the smart mattress to create a comfortable contact temperature to improve the patient's sleep; the angle adjustment module adjusts the smart mattress to a comfortable or preset angle for the patient.

[0030] The heart rate detection module is used to detect the patient's heart rate. It measures the patient's heartbeats and uses the heart rate calculation formula to calculate the patient's current heart rate value. Commonly used heart rate calculation formulas include the average heart rate calculation formula, maximum heart rate and minimum heart rate calculation formula, etc.

[0031] The respiratory rate detection module is used to detect the patient's respiratory rate. By measuring the patient's breath times and calculating using the respiratory rate calculation formula, the patient's respiratory rate value is obtained. Commonly used respiratory calculation formulas include the average respiratory rate calculation formula, the maximum respiratory rate calculation formula, and the minimum respiratory rate calculation formula.

[0032] Furthermore, the sensor module includes a module for collecting the patient's movements such as sitting on the bed, getting up or turning over, so that the monitored person can judge the body movements such as turning over, sitting on the bed, getting out of bed, etc. in real time on the smart mattress through the smart controller.

[0033] In this embodiment, multiple airbags are arranged on the smart mattress, wherein each of the multiple airbags is connected to a sensor, which is used to determine the position of the patient on the smart mattress, and the smart controller is used to determine a series of related body movements such as turning over, sitting on the bed, and getting out of the bed in real time. The airbags are used to replace the pressure column, and the size of the airbags is changed by adjusting the gas volume inside the airbags to form smart mattresses with different comfort levels.

[0034] Furthermore, the heart rate monitoring module and the respiratory rate monitoring module are used to detect real-time patient heart beats and respiratory vibrations.

[0035] Furthermore, the intelligent controller includes an STM32 processing chip. The intelligent controller processes the data collected by the lower computer, i.e., the intelligent mattress, and sends it to the hospital server. The hospital server stores the patient's vital signs data and synchronizes and uploads it to the HIS system and the sports cloud system. Finally, the control instructions are sent to the intelligent controller through the upper computer, i.e., the medical staff terminal, the big data management platform and the remote control terminal. The intelligent controller sends the control instructions to the lower computer and executes them.

[0036] In this embodiment, the data collected by the lower computer, i.e., the smart mattress, is calculated and processed by the intelligent controller to obtain relevant vital signs data, and the relevant vital signs data is sent to the hospital server, and the data is synchronized to the HIS system and the cloud server. The upper computer, i.e., the medical staff terminal, the big data management platform and the remote control terminal, inputs relevant information and sends relevant control instructions, adjusts the brain wave sleep aid module, the temperature adjustment module and the angle adjustment module settings in the lower computer smart mattress, and observes the patient's vital signs through real-time and accurate detection, which can better adjust and help the patient's sleep and avoid affecting the patient's rest and sleep at night, thereby enhancing the work efficiency of nurses and medical staff and improving the quality of health care for patients.

[0037] Furthermore, the intelligent controller processes the data collected by the intelligent mattress and performs weighted calculation based on the preset vital sign data standards and the collected abnormal values ​​to obtain the patient's health trend score and the final health trend score, specifically including:

[0038]

[0039] Where data is a type of vital sign in the vital sign data set, data∈Data, Q data ∈Q Data , is the weight of the abnormal probability of weekly vital signs data, is the weight of the abnormal probability of monthly vital signs data, is the weight of the abnormal probability trend of weekly vital signs data, is the weight of the abnormal probability trend of monthly vital signs data, w data is the corresponding weight of the vital sign data type, is the deduction weight of the daily abnormal probability, is the weight of the daily abnormal probability; Q data is the health trend score of vital signs data, Q data is the final health trend score.

[0040] By calculating the overall change trend through abnormal situations on different time scales, the abnormal probability changes over time are reflected, which is used to calculate the dynamic changes of the patient's health status, and combined with the corresponding weight calculation of the vital signs to obtain the final health trend score. Therefore, the accuracy and practicality of the vital signs data analysis are significantly improved through the refined vital signs weight allocation and comprehensive score calculation.

[0041] Furthermore, the cloud system is used for the remote control terminal to view the collected data, and the vital signs data are permanently stored in the cloud system to facilitate future medical consultations.

[0042] Furthermore, the HIS system is used to synchronize the contained data to the big data management platform.

[0043] Furthermore, the big data management platform includes a patient analysis unit, an information service unit and a display unit;

[0044] The patient analysis unit is used to build a vital sign analysis algorithm model to analyze and judge the patient's current health status; the information service unit is used to input the patient's identity and can send early warning information to the medical staff responsible for the patient; the display unit is used to receive the patient's condition information and can display the condition information on the remote control terminal and the remote control terminal; the condition management unit is used to add, edit and modify the patient's identity information, medical staff information, bed information, treatment progress information, medication information and other related parameters.

[0045] Furthermore, the medical staff terminal includes a display module, and the medical staff enters the patient information through the medical staff terminal and views the patient's vital sign data in real time through the display module.

[0046] The working principle of the product of the present invention is as follows:

[0047] like Figure 2 As shown, by entering relevant user information in advance into the medical staff terminal, the big data management platform and the remote control terminal, the specific information includes the user's weight, gender, age, heart rate, respiratory rate and other relevant vital signs and the hardness of the corresponding mattress, the intelligent controller system is initialized, and when someone uses the intelligent mattress of the present invention, the weight will change. According to the sensor on the intelligent mattress, the position and weight of the bed on which the user is located are obtained, and the hardness of the mattress near the user is adjusted according to the position of the user. If it is the sleep time set by the user at this time, the brain wave sleep aid module starts to send alpha waves to the user to sleep, and the temperature adjustment module adjusts the surface temperature of the intelligent mattress to create a comfortable contact temperature to improve the user's sleep. The angle adjustment module adjusts the intelligent mattress It can be adjusted to the user's comfort or preset angle, and can be adjusted in real time according to the user's turning over during sleep or the posture that needs to be maintained for a specific injury; at the same time, the vibration massage module massages the user to help sleep or relax, while the heart rate monitoring module and the respiratory rate monitoring module calculate the patient's health trend score and the final health trend score through the intelligent controller by calculating the heart rate and respiratory rate and other relevant vital signs information, and display them to the host computer for real-time detection, which can timely discover the patient's safety hazards and effectively avoid tragedies. Through the collection and mining of relevant data of patients or the elderly, customized nursing services are provided for patients or the elderly. After sleep, the intelligent controller analyzes the user's sleep, provides analysis reports and improvement suggestions, and improves the patient's sleep during treatment.

[0048] The above-mentioned embodiments are only preferred embodiments of the present invention and cannot be used to limit the scope of protection of the present invention. Any non-substantial changes and substitutions made by technicians in this field on the basis of the present invention shall fall within the scope of protection required by the present invention.

Claims

1. A hospital intelligent mattress monitoring system, characterized in that: It includes an intelligent mattress and an intelligent controller that are connected to each other, wherein the intelligent controller is also connected to a medical staff terminal and a hospital server, wherein the hospital server is also connected to a HIS system and a cloud system, wherein the cloud system is also connected to a remote control terminal, and the HIS system is also connected to a big data management platform; The smart mattress is used to collect various data of the patient in real time and send them to the smart controller. The smart controller is used to process, analyze and calculate the data collected by the smart mattress, calculate the information and data of vital signs, and detect the vital signs of the human body in real time; the smart controller uploads the patient's vital signs data to the hospital server; The hospital server will synchronize the patient's vital signs data to the HIS system and the cloud system; The remote control terminal checks the patient's vital signs data through the cloud system.

2. A hospital intelligent mattress monitoring system according to claim 1, characterized in that: The smart mattress includes a sensor module, a heart rate monitoring module, a respiratory rate monitoring module, a brain wave sleep aid module, a temperature adjustment module and an angle adjustment module. The brain wave sleep aid module is used to transmit brain waves to help patients sleep; the temperature adjustment module is used to adjust the surface temperature of the smart mattress to create a comfortable contact temperature to improve the patient's sleep; The angle adjustment module adjusts the smart mattress to a comfortable or preset angle for the patient.

3. A hospital intelligent mattress monitoring system according to claim 2, characterized in that: The sensor module includes a module for collecting the patient's movements such as sitting on the bed, getting up or turning over, so that the monitored person can judge the body movements such as turning over, sitting on the bed, getting out of bed, etc. in real time on the smart mattress through the smart controller.

4. The hospital intelligent mattress monitoring system according to claim 2, characterized in that: The heart rate monitoring module and the respiratory rate monitoring module are used to detect the real-time heart beat and respiratory vibration of the patient.

5. The hospital intelligent mattress monitoring system according to claim 1, characterized in that: The intelligent controller includes an STM32 processing chip. The intelligent controller processes the data collected by the lower computer, i.e., the intelligent mattress, and sends it to the hospital server. The hospital server stores the patient's vital signs data and synchronizes and uploads it to the HIS system and the sports cloud system. Finally, the upper computer, i.e., the medical staff terminal, the big data management platform and the remote control terminal, sends control instructions to the intelligent controller. The intelligent controller sends the control instructions to the lower computer and executes them.

6. A hospital intelligent mattress monitoring system according to claim 5, characterized in that: The intelligent controller processes the data collected by the intelligent mattress and performs weighted calculation based on the preset vital sign data standard and the collected abnormal values ​​to obtain the patient's health trend score and the final health trend score, specifically including: Where data is a type of vital sign in the vital sign data set, data∈Data, Q data ∈Q Data , is the weight of the abnormal probability of weekly vital signs data, is the weight of the abnormal probability of monthly vital signs data, is the weight of the abnormal probability trend of weekly vital signs data, is the weight of the abnormal probability trend of monthly vital signs data, w data is the corresponding weight of the vital sign data type, is the deduction weight of the daily abnormal probability, is the weight of the daily abnormal probability; Q data is the health trend score of vital signs data, Q Data is the final health trend score.

7. The hospital intelligent mattress monitoring system according to claim 1, characterized in that: The cloud system is used for the remote control terminal to check the collected data, and the vital signs data are permanently stored in the cloud system to facilitate future medical consultation.

8. The hospital intelligent mattress monitoring system according to claim 1, characterized in that: The HIS system is used to synchronize the contained data to the big data management platform.

9. The hospital intelligent mattress monitoring system according to claim 8, characterized in that: The big data management platform includes a patient analysis unit, an information service unit and a display unit; The patient analysis unit is used to build a vital sign analysis algorithm model to analyze and judge the patient's current health status; The information service unit is used to input the patient's identity and can send warning information to the medical staff responsible for the patient; A display unit, used to receive the patient's condition information and to display the condition information on the remote control terminal and the remote control terminal; The condition management unit is used to add, edit and modify relevant parameters such as patient identity information, medical staff information, bed information, treatment progress information and medication information.

10. The hospital intelligent mattress monitoring system according to claim 1, characterized in that: The medical staff terminal includes a display module. Medical staff input patient information through the medical staff terminal and view the patient's vital sign data in real time through the display module.

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