CN111986786A - Intelligent ward system and management method thereof - Google Patents
Intelligent ward system and management method thereof Download PDFInfo
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- CN111986786A CN111986786A CN202010682555.4A CN202010682555A CN111986786A CN 111986786 A CN111986786 A CN 111986786A CN 202010682555 A CN202010682555 A CN 202010682555A CN 111986786 A CN111986786 A CN 111986786A
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- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
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Abstract
The embodiment of the invention discloses a smart ward system and a management method thereof. Use supplementary medical treatment to supply with as the target, improve and care work efficiency, reduce the infrastructure cost, improve the disease and be in hospital and experience, build one set of customization hospital propaganda and education, control is broadcast to intelligence pronunciation, the convenient for people's life service, simplify the wisdom ward thing allies oneself with system of the repeatability work of doctorsing and nurses, can effectively promote hospital information ization degree, information-based flow process has been carried out for the daily guardianship work of disease, the manual work of doctorsing and nurses has been liberated, work efficiency and emergency handling capacity have been improved, help improves disease medical environment, improve medical service quality, promote the comprehensive management level of hospital, go deep into "use the hospital as the main part, use the patient as the theory of center".
Description
Technical Field
The embodiment of the invention relates to the technical field of ward management, in particular to an intelligent ward system and a management method thereof.
Background
The existing intelligent ward system of the hospital is usually only simple function upgrade of a hospital information system, single room facilities and an internet of things of medical equipment, such as a wall switch control curtain, visual talkback between a ward and a nurse station and the like. The patient vital sign information data is not monitored and collected in real time, infrastructure in a ward is not convenient to use, and nursing work of medical care or family members on the patient is not well relieved. The reason is that an end-to-end fully interconnected intelligent ward system including medical facilities and infrastructure is not formed, so that various medical information of patients cannot be comprehensively collected and reported, and better medical care of the patients cannot be performed by combining an intelligent internet of things method.
Disclosure of Invention
Therefore, the embodiment of the invention provides an intelligent ward system and a management method thereof, and aims to solve the problems that an end-to-end full-interconnection intelligent ward system including medical facilities and infrastructure is not formed in the intelligent ward system of the existing hospital, various medical information of patients cannot be comprehensively acquired and reported, and better medical care of the patients cannot be performed by combining an intelligent thing-link means.
In order to achieve the above object, the embodiments of the present invention provide the following technical solutions:
according to the first aspect of the embodiment of the invention, the intelligent ward system comprises medical monitoring equipment, a ward infrastructure, ward electrical equipment, a medical health care monitoring mattress, a ward internet of things gateway, a television voice remote controller, a medical intelligent sound box and a hospital cloud server, wherein the medical monitoring equipment is connected with the medical health care monitoring mattress, the ward infrastructure, the ward electrical equipment, the television voice remote controller and the medical intelligent sound box are all connected with the ward internet of things gateway, and the medical health care monitoring mattress and the ward internet of things gateway are all connected with the hospital cloud server;
the medical monitoring equipment is used for monitoring first patient identity data and sending the first patient identity data to the medical health care monitoring mattress;
the medical health care monitoring mattress is used for monitoring patient second body characteristic data when a patient is bedridden or sleeps, adding patient identity tags to the patient second body characteristic data and the acquired patient first body characteristic data and uploading the patient second body characteristic data and the acquired patient first body characteristic data to a hospital cloud server;
the hospital cloud server is used for analyzing and detecting the second patient characteristic data and the first patient characteristic data and pushing analysis and detection results to a patient tube bed doctor in real time;
the television voice remote controller or the medical intelligent sound box is used for receiving an operation instruction issued by a doctor or a patient in a voice or key pressing mode and sending the operation instruction to the ward Internet of things gateway through Bluetooth;
and the ward infrastructure and the ward electrical equipment are connected with the ward internet of things gateway, and the ward internet of things gateway is used for uploading the operation instruction to a yard cloud server and analyzing the operation instruction into an executable instruction, and then executing the internet of things control on the ward infrastructure and the ward electrical equipment according to the instruction.
Furthermore, the intelligent ward system also comprises a ward special cloud server connected with the yard cloud server, the ward special cloud server comprises a voice recognition module, a face recognition module, an AI module and a cloud storage module, and the ward internet of things gateway is wirelessly connected with the yard cloud server;
the voice recognition module is used for performing audio signal conversion and recognition processing on a signal which is acquired by the television voice remote controller or the medical intelligent sound box and subjected to audio filtering processing, then sending a processing signal to the yard cloud server to be analyzed into a specific executable instruction, and sending the specific executable instruction to the ward Internet of things gateway to be executed;
the face recognition module is used for authenticating face information acquired by a face recognition entrance guard at the entrance of a ward when a patient enters the ward of the patient or medical staff enters the ward, the ward door is automatically opened after the authentication is passed, and the face recognition result can also be used for controlling and starting the corresponding ward scene mode by a yard cloud server according to different roles of the patient, a doctor, a nurse and the like;
the AI module is used for analyzing information data such as voice content, patient position tracks, vital sign data and the like, establishing a data model, judging that abnormal conditions occur, and starting different ward scene modes by the yard cloud server according to the abnormal conditions;
the cloud storage module is used for storing audio and video files, 3D navigation maps of all floors of a courtyard and other files.
Furthermore, the yard cloud server comprises an audio and video system, a message issuing system, a track navigation system, a multi-screen interaction system, a patient medical system and an intelligent ward background management system;
the audio and video system is used for content arrangement of television live broadcast and video on demand on the ward cloud television;
the message issuing system is used for medical care personnel to issue medication reminding, inspection reminding and daily catering contents to the wards, and the issuing form is character reminding on a ward cloud television and voice reminding of a medical care intelligent sound box;
the track navigation system is used for recording daily action tracks of patients in the hospital areas, preventing special patients from leaving the hospital areas, and guiding the patients and the family members to see a doctor and check through the equipped 3D navigation map of each floor of the whole hospital area;
many screen interactive system are used for realizing disease and medical personnel and establish through cell-phone end APP and ward cloud TV and be connected, through the content that shows on the cell-phone end touch mode control TV, and medical personnel can put in the medical APP of cell-phone end and use on the ward cloud TV, carry out the state of an illness explanation and assign the doctor's advice to the disease when being convenient for to doctorse and nurses the ward.
Further, the medical monitoring equipment comprises a blood glucose meter, a sphygmomanometer, an oximeter, fetal heart monitoring, a body temperature gun, a patient intelligent bracelet and an electrocardio patch.
Furthermore, the intelligent ward system also comprises a position beacon and a patient positioning base station which are arranged in the hospital yard;
when a patient wearing the patient intelligent bracelet moves in a hospital area, the patient intelligent bracelet receives position information broadcasted by a position beacon covering the whole hospital area through Bluetooth and sends the received position information to a doctor-patient positioning base station through LoRa;
and the patient positioning base station generates a patient action track according to the position information and uploads the patient action track to the yard area cloud server, so that the yard area cloud server judges whether the patient falls down according to the change of the patient positioning height, and judges whether the patient leaves the range of the department ward according to the action track of part of special patients.
Furthermore, the ward electrical equipment comprises a ward cloud television, an air conditioner, a medical intelligent sound box and a ward entrance guard.
Further, the ward infrastructure includes doors, windows, lights, curtains.
Furthermore, the yard cloud server is further used for configuring a plurality of ward scene modes and issuing the selected set mode to the ward internet of things gateway, so that the ward internet of things gateway can perform internet of things control on the ward infrastructure and the ward electrical equipment according to the set mode.
Further, it still is used for receiving admission propaganda and education, doctor's advice and the inspection warning that doctor or nurse assigned the disease to regularly report the disease with the form of pronunciation to doctorse and nurses.
According to a second aspect of the embodiments of the present invention, there is provided a management method for an intelligent ward system, the management method comprising:
the medical health-care mattress transmits patient first sign data and patient first sign data to a yard area cloud server in real time, and the patient positioning base station transmits patient position information data to the yard area cloud server in real time;
the hospital cloud server carries out modeling analysis according to the patient gross data, form patient big data, real-time supervision patient health status and treatment rehabilitation degree during the hospital, and carry out daily health status evaluation to the important patient, set for the threshold value through the sign data to the patient, divide into the daily health status of patient health self-care and emergency treatment two kinds of states, trigger the emergency treatment flow when judging that this patient is the emergency treatment state, hospital cloud server issues following instruction to ward thing allies oneself with gateway, medical care intelligent audio amplifier, ward cloud TV and medical care station:
A. opening doors and windows of the ward under the control of the ward Internet of things gateway for ventilation;
B. the ward Internet of things gateway controls to light red lamp belts around an information display screen at the entrance of the ward, and displays first-aid treatment characters on the information screen;
C. the medical care intelligent sound box plays soothing light music;
D. the hospital cloud server informs a medical station to attend to medical treatment of patient alarm conditions, and the hospital cloud server calls a interphone in a ward where the patient is located to inquire the condition;
E. the hospital cloud server informs the tube bed medical staff of the patient to go to a hospital for checking and processing;
F. the ward cloud television presents the vital sign state values of the patient at each time period of the day for the medical staff to check.
The embodiment of the invention has the following advantages:
the intelligent ward system comprises medical monitoring equipment, a ward infrastructure, ward electrical equipment, a medical health care monitoring mattress, a ward internet of things gateway, a television voice remote controller, a medical care intelligent sound box and a hospital cloud server. Networking and controlling the ward infrastructure and the ward electrical equipment through the ward internet of things gateway, reporting acquired patient medical data to the cloud of the intelligent ward, and receiving medical advice content and instructions from the cloud. Use supplementary medical treatment to supply with as the target, improve and care work efficiency, reduce the infrastructure cost, improve the disease and be in hospital and experience, build one set of customization hospital propaganda and education, control is broadcast to intelligence pronunciation, the convenient for people's life service, simplify the wisdom ward thing allies oneself with system of the repeatability work of doctorsing and nurses, can effectively promote hospital information ization degree, information-based flow process has been carried out for the daily guardianship work of disease, the manual work of doctorsing and nurses has been liberated, work efficiency and emergency handling capacity have been improved, help improves disease medical environment, improve medical service quality, promote the comprehensive management level of hospital, go deep into "use the hospital as the main part, use the patient as the theory of center".
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It should be apparent that the drawings in the following description are merely exemplary, and that other embodiments can be derived from the drawings provided by those of ordinary skill in the art without inventive effort.
Fig. 1 is a schematic diagram of a network topology of an intelligent ward system according to embodiment 1 of the present invention;
fig. 2 is a schematic structural diagram of an intelligent ward system according to embodiment 1 of the present invention;
fig. 3 is a schematic structural diagram of a medical monitoring device of an intelligent ward system according to embodiment 1 of the present invention;
fig. 4 is a schematic diagram illustrating a ward infrastructure of an intelligent ward system according to embodiment 1 of the present invention;
fig. 5 is a schematic diagram illustrating an electrical apparatus of a ward of an intelligent ward system according to embodiment 1 of the present invention;
fig. 6 is a schematic diagram illustrating a cloud server of a smart ward system in an institution according to embodiment 1 of the present invention;
fig. 7 is a schematic diagram illustrating a configuration of a cloud server dedicated to a ward of an intelligent ward system according to embodiment 1 of the present invention;
fig. 8 is a functional schematic diagram of a cloud tv for a ward of a smart ward system according to embodiment 1 of the present invention.
Detailed Description
The present invention is described in terms of particular embodiments, other advantages and features of the invention will become apparent to those skilled in the art from the following disclosure, and it is to be understood that the described embodiments are merely exemplary of the invention and that it is not intended to limit the invention to the particular embodiments disclosed. 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.
Example 1
In the present embodiment, as shown in fig. 1 and fig. 2, a cloud, edge and end three-level system architecture is adopted, where "cloud" refers to a hospital residential area network ward service cloud (i.e., a hospital cloud server 110) and an internet smart ward special cloud (i.e., a ward special cloud server 120), "edge" refers to a ward-dedicated television voice remote controller 210, a ward-dedicated ward physical association gateway 220, a ward-dedicated medical health care monitoring mattress 230 and a medical care smart speaker 240, and "end" refers to a medical monitoring device 310, a ward infrastructure 320 and a ward electrical device 330.
Specifically, the medical monitoring device 310 is connected to the medical health care monitoring mattress 230, the ward infrastructure 320, the ward electrical equipment 330, the television voice remote controller 210 and the medical care smart sound box 240 are all connected to the ward Internet of things gateway 220, the medical health care monitoring mattress 230 and the ward Internet of things gateway 220 are all connected to the yard cloud server 110, and the yard cloud server 110 is connected to the hospital information system.
The medical monitoring device 310 is configured to monitor the patient first characteristics data and send the patient first characteristics data to the medical health care monitoring mattress 230 in a zigbee manner. Specifically, as shown in fig. 3, the medical monitoring device 310 includes a blood glucose meter, a blood pressure meter, an oximeter, fetal heart monitoring, a body temperature gun, a patient smart bracelet 311, an electrocardiograph patch, and the like.
The medical health care monitoring mattress 230 is used for monitoring patient second body characteristic data such as breathing, heart rate and turn-over information when the patient is bedridden or sleeps, and uploading the patient second body characteristic data and the acquired patient first body characteristic data to the hospital cloud server 110 through wifi according to a unified format after being added with a patient identity tag.
The yard cloud server 110 is used for analyzing and detecting the second patient characteristic data and the first patient characteristic data, and pushing the analysis and detection results to the patient's tube bed doctor in real time.
The television voice remote controller 210 is provided with a television function key area and a ward function key area and supports a voice function, the television function key area can be used for remotely controlling the ward cloud television 332, the ward function key area can be used for remotely controlling the ward infrastructure 320, and the television voice remote controller 210 or the medical intelligent sound box 240 is used for receiving an operation instruction issued by doctors and patients in a voice or key mode and sending the operation instruction to the ward internet of things gateway 220 through Bluetooth; the ward infrastructure 320 and the ward electrical equipment 330 are both connected to the ward internet of things gateway 220, and the ward internet of things gateway 220 is used for uploading the operation instruction to the yard cloud server 110, analyzing the operation instruction into an executable instruction, and then executing the internet of things operation on the ward infrastructure 320 and the ward electrical equipment 330 according to the executable instruction. Specifically, the ward infrastructure 320 CAN be controlled through the RS485 and CAN BUS modes through the Internet of things, and the ward electrical equipment 330 CAN be controlled through the Zigbee mode through the Internet of things.
The yard cloud server 110 is further configured to configure a plurality of ward scene modes (such as a day mode, a noon break mode, a nursing mode, etc.) through the smart ward background management system, and issue the selected setting mode to the ward internet of things gateway 220, so that the ward internet of things gateway 220 performs internet of things control on the ward infrastructure 320 and the ward electrical equipment 330 according to the setting mode.
The intelligent sound box 240 is used for receiving admission propaganda and education, medical advice and examination prompt issued by doctors or nurses to patients besides the internet of things operation and control, and broadcasts the patients in a voice mode at regular time.
Specifically, as shown in fig. 4, the patient room infrastructure 320 includes doors, windows, lights, curtains, and the like. As shown in fig. 5, the ward electrical devices 330 include a television, an air conditioner, a sound box, a ward gate, and the like.
The ward cloud tv 332 is a main means of man-machine interaction in a ward, and displays contents more intuitively and effectively, as shown in fig. 8, the contents include hospital wind, medical guide, tv video, life service, ward internet of things, personal center, and the like. The medical assistant not only provides daily entertainment content and life assistant for patients during hospitalization, but also is a medical assistant for hospital admission propaganda and education, message reminding and medical care and health care of patients by hospital departments.
The intelligent ward system further comprises a position beacon 340 and a patient positioning base station 250 which are arranged in the hospital yards; when a patient wearing the patient smart bracelet 311 moves in a hospital area, the patient smart bracelet 311 receives position information broadcasted by a position beacon 340 covering the whole hospital area through Bluetooth and sends the received position information to a doctor-patient positioning base station through LoRa; the patient positioning base station 250 generates a patient action track according to the position information and uploads the patient action track to the yard area cloud server 110, so that the yard area cloud server 110 judges whether the patient falls down according to the change of the patient positioning height and judges whether the patient leaves the range of the department ward according to the action track of part of special patients.
Specifically, as shown in fig. 6, the yard cloud server 110 includes an audio/video system, a message publishing system, a track navigation system, a multi-screen interaction system, a patient medical care system, and an intelligent ward background management system; the audio and video system is used for content arrangement of television live broadcast and movie and television on the ward cloud television 332; the message issuing system is used for medical staff to issue medication reminding, examination reminding and daily catering content to the wards, and the issuing form is character reminding on the ward cloud television 332 and voice reminding of the medical intelligent sound box 240; the track navigation system is used for recording daily action tracks of patients in the hospital areas, preventing special patients from leaving the hospital areas, and guiding patients and family members to see a doctor and check through a 3D navigation map of each floor of the whole hospital area; many screen interactive system are used for realizing disease and medical personnel and establish through cell-phone end APP and ward cloud TV 332 and be connected, through the content that shows on the cell-phone end touch mode control TV, and medical personnel can put in the medical APP of cell-phone end and use on ward cloud TV 332, carry out the state of an illness explanation and assign the doctor's advice to the disease when being convenient for medical and nursing ward round.
Further, the intelligent ward system further includes a ward cloud server 120 connected to the yard cloud server 110, as shown in fig. 7, the ward cloud server 120 includes a voice recognition module, a face recognition module, an AI module, and a cloud storage module, and the ward internet of things gateway 220 is wirelessly connected to the yard cloud server 110.
The voice recognition module is used for performing audio signal conversion and recognition processing on a signal obtained by the television voice remote controller 210 or the medical intelligent sound box 240 after acquiring a voice command and performing audio filtering processing, then sending the processed signal to the yard cloud server 110 to be analyzed into a specific executable command, and sending the executable command to the ward Internet of things gateway 220 for execution; the face recognition module is used for authenticating the face information acquired by the face recognition entrance guard through the ward door when a patient enters a ward of the patient or a medical worker enters the ward, the face recognition module is automatically opened after the authentication is passed through the ward door, the face recognition result can also be used for the hospital cloud server 110 to control and start the corresponding ward scene mode according to different roles of the patient, the doctor, the nurse and the like, for example, when the doctor swipes the face to enter the ward in the morning, the ward scene mode of the doctor to make a ward round is automatically started, in the mode, the curtain is pulled open, the television is opened, the life feature condition of the patient in the previous day and the medical advice and medicine using condition of the patient in the previous day round are displayed, the intelligent medical sound box automatically plays voice, wherein XX is the morning time of the patient who is good at morning and is the current time of the ward round of an attending management bed doctor, and for example, when the patient enters the ward for, in the mode, the curtain is pulled open, the television is opened, the hospital propaganda and education video film is played, the medical intelligent sound box automatically plays and plays soothing music, the fresh air system in the ward is opened, and the like; the AI module is used for analyzing information data such as voice content, patient position tracks, vital sign data and the like, establishing a data model, judging that abnormal conditions occur, and starting different ward scene modes by the yard cloud server 110 according to the abnormal conditions; the cloud storage module is used for storing audio and video files, 3D navigation maps of all floors of a courtyard and other files.
An example of the intelligent management method of the intelligent ward system of the present embodiment is as follows:
the medical health-care mattress transmits patient first body sign data such as heart rate, respiratory rate, blood pressure, turnover times and blood oxygen saturation and patient first body sign data to the yard cloud server 110 in real time, and the patient positioning base station 250 transmits patient position information data to the yard cloud server 110 in real time;
the yard cloud server 110 performs modeling analysis according to the gross patient data to form patient big data, monitors the health state and treatment and rehabilitation degree of the patient in the hospital in real time, and performs daily health state assessment on the important patient, specifically, the daily health state of the patient is divided into two states of health self care and emergency treatment by setting threshold values for the physical sign data of the patient, such as the heart rate exceeds 110/min, the respiratory rate exceeds 24 times/min, the systolic blood pressure exceeds 150mmHg, the blood oxygen saturation is 92%, the body is turned over for 1 time in five minutes, the positioning data of the patient is changed for 1 time in 30 minutes, when 4 items of data in vital sign data of a certain patient reach a threshold value, the patient is determined to be in a first-aid treatment state, a first-aid treatment process is triggered, and the hospital cloud server 110 issues the following instructions to the ward internet of things gateway 220, the medical intelligent sound box 240, the ward cloud television 332 and the medical station:
A. the ward internet of things gateway 220 controls opening of doors and windows of the ward to ventilate;
B. the ward Internet of things gateway 220 controls to light red lamp belts around an information display screen at the ward doorway, and displays first-aid treatment words on the information screen;
C. the medical care smart sound box 240 plays soothing light music;
D. the hospital cloud server 110 informs a medical station to attend to medical treatment of patient alarm conditions, and makes a voice call to the interphone in the ward where the patient is located to make condition inquiry;
E. the yard cloud server 110 informs the tube bed medical staff of the patient to go to the ward for viewing and processing;
F. the ward cloud television 332 presents the vital sign state values of the patient at each time period of the day for the medical staff to check.
Although the invention has been described in detail above with reference to a general description and specific examples, it will be apparent to one skilled in the art that modifications or improvements may be made thereto based on the invention. Accordingly, such modifications and improvements are intended to be within the scope of the invention as claimed.
Claims (10)
1. A smart ward system is characterized by comprising medical monitoring equipment, a ward infrastructure, ward electrical equipment, a medical health care monitoring mattress, a ward internet of things gateway, a television voice remote controller, a medical intelligent sound box and a hospital cloud server, wherein the medical monitoring equipment is connected with the medical health care monitoring mattress;
the medical monitoring equipment is used for monitoring first patient identity data and sending the first patient identity data to the medical health care monitoring mattress;
the medical health care monitoring mattress is used for monitoring patient second body characteristic data when a patient is bedridden or sleeps, adding patient identity tags to the patient second body characteristic data and the acquired patient first body characteristic data and uploading the patient second body characteristic data and the acquired patient first body characteristic data to a hospital cloud server;
the hospital cloud server is used for analyzing and detecting the second patient characteristic data and the first patient characteristic data and pushing analysis and detection results to a patient tube bed doctor in real time;
the television voice remote controller or the medical intelligent sound box is used for receiving an operation instruction issued by a doctor or a patient in a voice or key pressing mode and sending the operation instruction to the ward Internet of things gateway through Bluetooth;
and the ward infrastructure and the ward electrical equipment are connected with the ward internet of things gateway, and the ward internet of things gateway is used for uploading the operation instruction to a yard cloud server and analyzing the operation instruction into an executable instruction, and then executing the internet of things control on the ward infrastructure and the ward electrical equipment according to the instruction.
2. The intelligent ward system of claim 1, further comprising a ward special cloud server connected to the yard cloud server, wherein the ward special cloud server comprises a voice recognition module, a face recognition module, an AI module, and a cloud storage module, and the ward internet of things gateway is wirelessly connected to the yard cloud server;
the voice recognition module is used for performing audio signal conversion and recognition processing on a signal which is acquired by the television voice remote controller or the medical intelligent sound box and subjected to audio filtering processing, then sending a processing signal to the yard cloud server to be analyzed into a specific executable instruction, and sending the specific executable instruction to the ward Internet of things gateway to be executed;
the face recognition module is used for authenticating face information acquired by a face recognition entrance guard at the entrance of a ward when a patient enters the ward of the patient or medical staff enters the ward, the ward door is automatically opened after the authentication is passed, and the face recognition result can also be used for controlling and starting the corresponding ward scene mode by a yard cloud server according to different roles of the patient, a doctor, a nurse and the like;
the AI module is used for analyzing information data such as voice content, patient position tracks, vital sign data and the like, establishing a data model, judging that abnormal conditions occur, and starting different ward scene modes by the yard cloud server according to the abnormal conditions;
the cloud storage module is used for storing audio and video files, 3D navigation maps of all floors of a courtyard and other files.
3. The intelligent ward system of claim 1, wherein the yard cloud server comprises an audio/video system, a message publishing system, a track navigation system, a multi-screen interaction system, a patient care system, and an intelligent ward background management system;
the audio and video system is used for content arrangement of television live broadcast and video on demand on the ward cloud television;
the message issuing system is used for medical care personnel to issue medication reminding, inspection reminding and daily catering contents to the wards, and the issuing form is character reminding on a ward cloud television and voice reminding of a medical care intelligent sound box;
the track navigation system is used for recording daily action tracks of patients in the hospital areas, preventing special patients from leaving the hospital areas, and guiding the patients and the family members to see a doctor and check through the equipped 3D navigation map of each floor of the whole hospital area;
many screen interactive system are used for realizing disease and medical personnel and establish through cell-phone end APP and ward cloud TV and be connected, through the content that shows on the cell-phone end touch mode control TV, and medical personnel can put in the medical APP of cell-phone end and use on the ward cloud TV, carry out the state of an illness explanation and assign the doctor's advice to the disease when being convenient for to doctorse and nurses the ward.
4. The intelligent ward system of claim 1, wherein the medical monitoring device comprises a blood glucose meter, a blood pressure meter, an oximeter, fetal heart monitoring, a body temperature gun, a patient smart bracelet, and an electrocardiogram strip.
5. The intelligent ward system of claim 4, further comprising location beacons and patient positioning base stations disposed within a hospital yard;
when a patient wearing the patient intelligent bracelet moves in a hospital area, the patient intelligent bracelet receives position information broadcasted by a position beacon covering the whole hospital area through Bluetooth and sends the received position information to a doctor-patient positioning base station through LoRa;
and the patient positioning base station generates a patient action track according to the position information and uploads the patient action track to the yard area cloud server, so that the yard area cloud server judges whether the patient falls down according to the change of the patient positioning height, and judges whether the patient leaves the range of the department ward according to the action track of part of special patients.
6. The intelligent ward system of claim 1, wherein the ward electrical devices comprise a ward cloud television, an air conditioner, a medical intelligent sound box and a ward entrance guard.
7. The intelligent ward system of claim 1, wherein the ward infrastructure comprises doors, windows, lights, curtains.
8. The intelligent ward system of claim 1, wherein the yard cloud server is further configured to configure a plurality of ward scene modes and send the selected setting mode to a ward internet of things gateway, so that the ward internet of things gateway performs internet of things control on a ward infrastructure and ward electrical equipment according to the setting mode.
9. The intelligent ward system of claim 1, wherein the intelligent sound box is further configured to receive admission announcements, medical orders and examination reminders issued by doctors or nurses to patients, and to broadcast the patients in voice at regular time.
10. The method for managing an intelligent ward system according to any one of claims 1 to 9, wherein the method for managing comprises:
the medical health-care mattress transmits patient first sign data and patient first sign data to a yard area cloud server in real time, and the patient positioning base station transmits patient position information data to the yard area cloud server in real time;
the hospital cloud server carries out modeling analysis according to the patient gross data, form patient big data, real-time supervision patient health status and treatment rehabilitation degree during the hospital, and carry out daily health status evaluation to the important patient, set for the threshold value through the sign data to the patient, divide into the daily health status of patient health self-care and emergency treatment two kinds of states, trigger the emergency treatment flow when judging that this patient is the emergency treatment state, hospital cloud server issues following instruction to ward thing allies oneself with gateway, medical care intelligent audio amplifier, ward cloud TV and medical care station:
A. opening doors and windows of the ward under the control of the ward Internet of things gateway for ventilation;
B. the ward Internet of things gateway controls to light red lamp belts around an information display screen at the entrance of the ward, and displays first-aid treatment characters on the information screen;
C. the medical care intelligent sound box plays soothing light music;
D. the hospital cloud server informs a medical station to attend to medical treatment of patient alarm conditions, and the hospital cloud server calls a interphone in a ward where the patient is located to inquire the condition;
E. the hospital cloud server informs the tube bed medical staff of the patient to go to a hospital for checking and processing;
F. the ward cloud television presents the vital sign state values of the patient at each time period of the day for the medical staff to check.
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