CN117153316A - Management system of medical information acquisition terminal for multiple users - Google Patents
Management system of medical information acquisition terminal for multiple users Download PDFInfo
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- CN117153316A CN117153316A CN202311135644.7A CN202311135644A CN117153316A CN 117153316 A CN117153316 A CN 117153316A CN 202311135644 A CN202311135644 A CN 202311135644A CN 117153316 A CN117153316 A CN 117153316A
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
- G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
- G16H50/30—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for calculating health indices; for individual health risk assessment
Abstract
The invention relates to the field of medical information management, and discloses a management system of a multi-user medical information acquisition terminal, which comprises the following components: the user information acquisition module is used for acquiring basic information of a target user and inputting the basic information into the database; the basic information includes physical state information, specific disease information and treatment plan information; the nursing strategy receiving module is used for receiving the nursing strategy of a corresponding patient formulated by a doctor according to the basic information; the state monitoring module is used for collecting physical state data of the patient in the process of initiating nursing demands; the nursing data monitoring module is used for monitoring the nursing process of the nursing staff according to the patient nursing strategy and obtaining monitoring data; the nursing analysis module is used for analyzing the completion efficiency of the nursing task according to the monitoring data, evaluating the urgent degree of the patient for realizing the nursing requirement according to the physical state data, and adjusting the nursing strategy of the patient in real time according to the completion efficiency and urgent degree of the nursing task.
Description
Technical Field
The invention relates to the field of medical information management, in particular to a management system of a multi-user medical information acquisition terminal.
Background
Medical care is an important component of medical health work, and good and effective medical care guarantees the safety of the medical environment where a patient is located, so that the disease of the patient is prevented from being worsened, and the health of the patient is facilitated. Medical care plan is formulated, medical information acquisition is carried out on a patient, and medical staff judges the condition of the acquired information, so that a corresponding care plan is formulated.
However, due to the increasing medical infrastructure and beds, the hospital scale is expanding, and the number of specialized caregivers is not equipped in time, which results in mismatch between the caregivers and the patient needs, and in the actual nursing process, the patient can choose to call the caregivers to the scene for treatment whenever there is an abnormality, although the caregivers are accelerated as much as possible, once a plurality of patients call at the same time, the caregivers cannot prioritize according to the urgent degree of the patient's nursing needs, thereby resulting in full load work of the caregivers, but not patient approval, the patient receiving nursing service experience is reduced, and the doctor-patient relationship is challenged.
Disclosure of Invention
The invention aims to provide a management system of a multi-user medical information acquisition terminal, which solves the technical problems.
The aim of the invention can be achieved by the following technical scheme:
a management system of a multi-user medical information acquisition terminal includes:
the user information acquisition module is used for acquiring basic information of a target user and inputting the basic information into the database; the basic information includes physical state information, specific disease information and treatment plan information;
the nursing strategy receiving module is used for receiving the nursing strategy of a corresponding patient formulated by a doctor according to the basic information;
the state monitoring module is used for collecting physical state data of the patient in the process of initiating nursing demands;
the nursing data monitoring module is used for monitoring the nursing process of the nursing staff according to the patient nursing strategy and obtaining monitoring data;
the nursing analysis module is used for analyzing the completion efficiency of the nursing task according to the monitoring data, evaluating the urgent degree of the patient for realizing the nursing requirement according to the physical state data, and adjusting the nursing strategy of the patient in real time according to the completion efficiency and urgent degree of the nursing task.
As a further technical scheme, the monitoring data comprises the number of nursing tasks performed by the nursing staff in one working time, the response time of the nursing staff after each patient sends out nursing demands, the completion time of each nursing task and the type of each nursing task.
As a further technical scheme, the nursing data monitoring module obtains the completion time length of each nursing task and the completion efficiency of each nursing task by identifying the movement track and the movement time interval of the nursing staff.
As a further technical solution, the analysis process of the completion efficiency of the nursing execution is as follows:
by the formula:
calculating the completion efficiency W of each nursing task;
wherein n is the number of the preset completed nursing tasks in one working time, and is obtained by averaging the total number of the historical working time and the total number of the completed nursing tasks, i epsilon n, A i A is the actual response time of the ith nursing task in one working time 0i B is the preset response time length of the ith nursing task in one working time length i B is the actual completion time of the ith nursing task in one working time 0i Is one ofThe preset completion time of the ith nursing task in the working time;the difficulty coefficient of the ith nursing task in the first working time length is matched with the types of different nursing tasks;
calculate the efficiency W of the care execution after the patient puts forward the care requirement N times in succession 1 、W 2 、......、W N And obtain the interval time of each nursing task, T 1 、T 2 、......、T N-1 ；
Establishing a completion efficiency fitting curve graph according to the interval time and the completion efficiency of each nursing execution, and comparing the completion efficiency fitting curve graph with a preset nursing rehabilitation curve;
acquiring an area S of an area surrounded by the upper part of the completion efficiency fitting curve and the lower part of a preset nursing rehabilitation curve;
according to the acquired area S and a preset threshold S th Comparing and determining the nursing task state of the nursing staff, and determining whether to add a nursing task or not according to the nursing task state;
the nursing task state of the nursing staff is determined by the following steps:
if S th >S, judging that the nursing staff is in a full-load nursing state, and not adding a nursing task newly;
if S th And S is less than or equal to the threshold, judging that the nursing staff is in an underloaded state, and performing a new nursing task.
As a further technical solution, the physical state data includes the type of care requirement sent by the patient, facial features and heartbeat; taking the type of the sent nursing requirement as a first priority of judgment;
taking the facial features when the nursing demands are sent out as a second priority of judgment;
taking the heartbeat characteristic when the nursing requirement is sent out as a third priority of judgment;
the method for judging the urgent degree comprises the following steps:
acquiring the type of the sent nursing requirement, wherein the type is 2 grades if the nursing requirement is a living requirement, and the type is 1 grade if the nursing requirement is a medical requirement;
the method comprises the steps that monitoring images when a patient sends out nursing demands are collected in real time through an image collecting unit, the monitoring images are compared with the collected monitoring images of the patient in a normal state, if the facial feature change amplitude is small, the level is 2, and otherwise, the level is 1;
comparing the heartbeat parameters of the patient with the heartbeat parameters in a normal state, wherein the level is 2 if the fluctuation amplitude is small, and the level is 1 otherwise;
and by q=e×y e +f*y f +d*y d An emergency coefficient Q is calculated and is calculated,
wherein e is a reference coefficient of the nursing requirement type, f is a reference coefficient of the facial feature variation amplitude, d is a reference coefficient of the heartbeat fluctuation amplitude, y e 、y f 、y d Are all conversion coefficients, thereby judging the urgent degree when the nursing demands are sent out.
As a further technical solution, the urgency includes urgency, urgency and generality;
the patient care policy adjustment process is:
when the urgent degree of the patient is general and the corresponding nursing staff is in an underload state, newly adding urgent or urgent nursing tasks;
when the urgent degree of the patient is urgent and the corresponding nursing staff is in an underloaded state, newly adding urgent or general nursing tasks;
when the emergency degree of the patient is urgent and the corresponding nursing staff is in an underloaded state, the general nursing task is newly added.
As a further technical solution, the process of adjusting the patient care policy further includes:
when a plurality of patients send out nursing demands at the same time and corresponding nursing staff are in a full-load state, the current nursing task number is maintained, and sorting treatment is carried out according to the urgent degree.
As a further technical scheme, the system further comprises a nursing quality evaluation module; the nursing quality evaluation module is used for evaluating the quality of a single nursing task according to the monitoring data and adjusting the nursing strategy of the patient according to the quality of each nursing task.
As a further technical solution, the process of adjusting the patient care policy according to each care task is:
acquiring response time and nursing type of a nursing staff after each patient sends out nursing demands according to the monitoring data;
acquiring corresponding nursing difficulty coefficients according to different nursing types;
by nursing quality valueU is matched with a preset threshold U th Comparing;
if U is less than U th Judging that the response quality of the nursing is better;
otherwise, judging that the response quality of the nursing is poor;
the duty cycle of the type of care in the patient care strategy that corresponds to a poor quality of response by the responding caregiver is adjusted down.
The invention has the beneficial effects that:
(1) According to the invention, the completion efficiency of the nursing task is obtained through monitoring data analysis, and the urgent degree of the patient corresponding to the nursing requirement is obtained according to the physical state data to adjust the nursing strategy of the patient, so that the nursing strategy of the patient can be adjusted in a bidirectional and dynamic manner according to the completion efficiency of nursing personnel management and execution actions and the physical state of the patient, the adaptability of the nursing task distributed by the nursing personnel to the patient is ensured, and the situation that the nursing personnel cannot obtain good nursing experience when working in full load is avoided;
(2) According to the invention, the judgment is carried out according to the area S of the area surrounded by the upper part of the completion efficiency fitting curve and the lower part of the preset nursing rehabilitation curve, so that the comprehensive judgment can be carried out by combining the nursing task frequency of a patient and the completion efficiency of each nursing task; obviously, when the nursing task frequency is lower, the area S value is larger, and when the nursing task completion efficiency is lower, the area S value is also larger, so that by the judging mode, the nursing state of the patient in a specific period can be accurately judged directly.
Drawings
The invention is further described below with reference to the accompanying drawings.
FIG. 1 is a block diagram of a management system according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1, the present invention is a management system of a multi-user medical information acquisition terminal, including:
the user information acquisition module is used for acquiring basic information of a target user and inputting the basic information into the database; the basic information includes physical state information, specific disease information and treatment plan information;
the nursing strategy receiving module is used for receiving the nursing strategy of a corresponding patient formulated by a doctor according to the basic information;
the state monitoring module is used for collecting physical state data of the patient in the process of initiating nursing demands;
the nursing data monitoring module is used for monitoring the nursing process of the nursing staff according to the patient nursing strategy and obtaining monitoring data;
the nursing analysis module is used for analyzing the completion efficiency of the nursing task according to the monitoring data, evaluating the urgent degree of the patient for realizing the nursing requirement according to the physical state data, and adjusting the nursing strategy of the patient in real time according to the completion efficiency and urgent degree of the nursing task.
According to the technical scheme, the nursing data monitoring module is arranged in the system, the state monitoring module is used for obtaining the completion efficiency of the nursing task through monitoring data analysis, and the urgent degree of the corresponding nursing requirement of the patient is obtained according to the physical state data to adjust the nursing strategy of the patient, so that the nursing strategy of the patient can be adjusted in a bidirectional and dynamic manner according to the completion efficiency of the nursing personnel management executing action and the physical state of the patient, the adaptability of the nursing task distributed by the nursing personnel to the patient is ensured, and the situation that the nursing personnel cannot obtain good nursing experience when working the patient at full load is avoided;
it should be noted that, the user information acquisition module can acquire basic information of a patient through the electronic medical card and the electronic medical record, and the nursing policy receiving module can receive a patient nursing policy formulated by medical staff, and the patient nursing policy at the moment is initially preset; the state monitoring module or the physical state data can be obtained by corresponding the system to corresponding nursing equipment, and the data can be obtained by a visual identification mode; the process of acquiring monitoring data by the nursing data monitoring module can be achieved by a nursing staff wearing an indoor GPS positioning bracelet; the data acquisition modes can be completed through the prior art, and are not repeated.
The monitoring data comprises the number of nursing tasks carried out by a nursing staff in one working time, response time of the nursing staff after each patient sends out nursing demands, completion time of each nursing task and type of each nursing task.
Through the technical scheme, the monitoring data obtained in the nursing process comprise the number of nursing tasks carried out by the nursing staff in one working time, the response time of the nursing staff after each patient sends out the nursing requirement, the completion time of each nursing task and the type of each nursing task; the number of the nursing tasks which are completed by each nursing staff in one working time length comprises a plurality of nursing types, different response time lengths and different completion time lengths of the nursing tasks, and the nursing process of the nursing staff can be accurately judged through the specific monitoring data.
The nursing data monitoring module acquires the completion time length of each nursing task and the completion efficiency of each nursing task by identifying the movement track and the movement time interval of the nursing personnel.
Through the technical scheme, the method for acquiring the completion time length of each nursing task and the completion efficiency of each nursing task is provided in the embodiment, in the process that nursing staff performs the nursing task, the completion time length of each nursing task can be acquired by identifying the movement track and the movement time interval of the nursing staff, and meanwhile, the completion time length of each nursing task is compared with the completion time length of a preset standard nursing task, and obviously, the completion efficiency of the nursing task can be judged through comparison;
it should be noted that, the movement track recognition of the nursing staff may be determined by recognizing the image information of the nursing staff, or the nursing staff may carry the indoor positioning bracelet, and the movement track of the nursing staff may be determined by positioning the movement track of the bracelet, and the specific technology of positioning the recognition position and the movement track of the bracelet may be realized by the related art.
The analysis process of the completion efficiency of the nursing execution comprises the following steps:
by the formula:
calculating the completion efficiency W of each nursing task;
wherein n is the number of the preset completed nursing tasks in one working time, and is obtained by averaging the total number of the historical working time and the total number of the completed nursing tasks, i epsilon n, A i A is the actual response time of the ith nursing task in one working time 0i B is the preset response time length of the ith nursing task in one working time length i B is the actual completion time of the ith nursing task in one working time 0i The method comprises the steps of presetting a finishing time length for an ith nursing task in a working time length;the difficulty coefficient of the ith nursing task in the first working time length is the same as the type of the different nursing taskMatching rows;
calculate the efficiency W of the care execution after the patient puts forward the care requirement N times in succession 1 、W 2 、......、W N And obtain the interval time of each nursing task, T 1 、T 2 、......、T N-1 ；
Establishing a completion efficiency fitting curve graph according to the interval time and the completion efficiency of each nursing execution, and comparing the completion efficiency fitting curve graph with a preset nursing rehabilitation curve;
acquiring an area S of an area surrounded by the upper part of the completion efficiency fitting curve and the lower part of a preset nursing rehabilitation curve;
according to the acquired area S and a preset threshold S th* Comparing and determining the nursing task state of the nursing staff, and determining whether to add a nursing task or not according to the nursing task state;
the nursing task state of the nursing staff is determined by the following steps:
if S th* >S, judging that the nursing staff is in a full-load nursing state, and not adding a nursing task newly;
if S th* And S is less than or equal to the threshold, judging that the nursing staff is in an underloaded state, and performing a new nursing task.
Through the technical scheme, the nursing task completion efficiency W of one time is provided to judge whether the nursing task completion rate of the nursing staff is full or not, wherein the formula of the nursing execution completion efficiency is as followsObviously, when the number of nursing tasks executed by a nursing staff is larger, the time for each nursing task to complete is shorter, the interval time between the nursing tasks is shorter, the response time of each nursing task is shorter, and the difficulty coefficient of each nursing task is larger, the nursing task completion efficiency of the nursing staff is higher, and therefore the W value is larger; therefore, the process of the nursing task can be accurately judged through the formula of W.
Meanwhile, in order to judge the nursing state of the nursing staff in a period of time, the embodiment also calculatesNursing completion efficiency W of continuous nursing for m times of continuous nursing for patients 1 、W 2 、......、W N Acquiring interval time T of each nursing task 1 、T 2 、......、T N-1 The method comprises the steps of carrying out a first treatment on the surface of the At the moment, a completion efficiency fitting curve graph is established according to the interval time and the completion efficiency of each nursing task, and the completion efficiency fitting curve graph is compared with a preset nursing rehabilitation curve; judging according to the area S of the area surrounded by the upper part of the completion efficiency fitting curve and the lower part of the preset nursing rehabilitation curve, and comprehensively judging by combining the nursing task frequency of the patient and the completion efficiency of each nursing task; obviously, when the frequency of nursing tasks is lower, the area S value is larger, and when the efficiency of completing the nursing tasks is lower, the area S value is also larger, so that the nursing state of a patient in a specific period can be accurately judged directly by the judging mode;
it should be noted that: when the area surrounded by the upper part of the efficiency fitting curve and the lower part of the preset nursing rehabilitation curve is completely closed, determining the surrounded area through a time line of the boundary position, and then obtaining the area value of the area; the preset nursing rehabilitation curve is simulated after the test according to the rehabilitation data of the historical patient.
The physical state data comprises the type, facial features and heartbeat of the nursing requirement of the patient; taking the type of the sent nursing requirement as a first priority of judgment;
taking the facial features when the nursing demands are sent out as a second priority of judgment;
taking the heartbeat characteristic when the nursing requirement is sent out as a third priority of judgment;
the method for judging the urgent degree comprises the following steps:
acquiring the type of the sent nursing requirement, wherein the type is 2 grades if the nursing requirement is a living requirement, and the type is 1 grade if the nursing requirement is a medical requirement;
the method comprises the steps that monitoring images when a patient sends out nursing demands are collected in real time through an image collecting unit, the monitoring images are compared with the collected monitoring images of the patient in a normal state, if the facial feature change amplitude is small, the level is 2, and otherwise, the level is 1;
comparing the heartbeat parameters of the patient with the heartbeat parameters in a normal state, wherein the level is 2 if the fluctuation amplitude is small, and the level is 1 otherwise;
and by q=e×y e +f*y f +d*y d An emergency coefficient Q is calculated and is calculated,
wherein e is a reference coefficient of the nursing requirement type, f is a reference coefficient of the facial feature variation amplitude, d is a reference coefficient of the heartbeat fluctuation amplitude, y e 、y f 、y d Are all conversion coefficients, thereby judging the urgent degree when the nursing demands are sent out.
In this embodiment, detecting three physical states in a patient's issued care needs, including care type, facial features, and heartbeat, is provided; the heart beat parameters can be directly obtained through the related wearable equipment, the facial features can be obtained through the face recognition technology, in addition, the heart beat and the facial features can directly reflect the state of a patient when the patient sends nursing demands, and can also reflect the state in the nursing process, once the discomfort and the difficulty in action occur, the heart beat and the facial features can be fed back, but the patient has the condition that a part of the face is injured, so that the patient needs to be subjected to supplementary observation through the heart beat features; the physical state of the patient in the normal state can be accurately judged by comparing the heartbeat data and the facial data with the physical state data of the patient in the normal state, the urgent degree of the nursing task can be judged, and the completion of the nursing task can be judged to be the physical state of the patient;
in addition, in order to determine the care requirements of multiple patients simultaneously in the same time period, the present embodiment further uses the formula q=e×y e +f*y f +d*y d Calculating an emergency coefficient Q, judging the emergency degree of each patient according to the magnitude of the emergency coefficient Q, obviously, the greater the difficulty of nursing tasks, the greater the variation range of facial features, the greater the fluctuation range of heartbeat features, the greater the obtained Q is, the more urgent the nursing tasks of the patient are indicated, and the priority of the execution of the nursing tasks can be judged according to the emergency coefficient comparison of each patient, thereby preventing nursing staff from being unable to enter according to the emergency degree of the nursing demands of the patientThe line priority is ordered, so that the caregivers cannot accept the full-load work but the patients cannot accept the full-load work, the experience of receiving nursing service by the patients is reduced, and the doctor-patient relationship encounters a challenging situation;
by prioritizing care type, facial features and heartbeat, corresponding conversion coefficients 0 > y are determined according to the priorities e ＞y f ＞y d The conversion coefficient may be experimentally determined from historical data.
The urgency includes urgency, and general;
the patient care policy adjustment process is:
when the urgent degree of the patient is general and the corresponding nursing staff is in an underload state, newly adding urgent or urgent nursing tasks;
when the urgent degree of the patient is urgent and the corresponding nursing staff is in an underloaded state, newly adding urgent or general nursing tasks;
when the emergency degree of the patient is urgent and the corresponding nursing staff is in an underloaded state, the general nursing task is newly added.
In this embodiment, a method for adjusting a patient care policy according to an urgent degree and a care state of a caregiver is provided, specifically, when the urgent degree of the patient is general and the corresponding caregiver is in an underloaded state, the effect of nursing the patient is good, and the caregiver is in a relatively idle state, so that care tasks of the caregiver can be properly increased, and a plurality of urgent or urgent care tasks of other carers can be reasonably allocated to a period of the idle caregiver, so that the care tasks of a plurality of carers in the period can be reasonably allocated, the experience effect of the patient on receiving the care can be improved, and the overall care completion efficiency in the period can be improved.
The process of patient care policy adjustment further comprises:
when a plurality of patients send out nursing demands at the same time and corresponding nursing staff are in a full-load state, the current nursing task number is maintained, and sorting treatment is carried out according to the urgent degree.
In this embodiment, when a plurality of nursing tasks are received by corresponding nursing staff in a period, the nursing tasks are ordered according to urgent degrees, so that the nursing staff can execute the nursing tasks sequentially, the execution efficiency of the nursing tasks can be improved, the waiting time of urgent nursing demands of patients can be reduced, and the experience effect of the patients receiving nursing is enhanced.
The system also comprises a nursing quality evaluation module; the nursing quality evaluation module is used for evaluating the quality of a single nursing task according to the monitoring data and adjusting the nursing strategy of the patient according to the quality of each nursing task.
The system in this embodiment has still set up nursing quality evaluation module, on the basis of carrying out nursing task completion efficiency to the patient, further judges through the response quality after the nursing personnel received the nursing demand at every turn, further improves the accuracy of judging nursing process to the nursing personnel.
The process of adjusting the patient care policy according to the quality of each care task is:
acquiring response time and nursing type of a nursing staff after each patient sends out nursing demands according to the monitoring data;
acquiring corresponding nursing difficulty coefficients according to different nursing types;
by nursing quality valueU is matched with a preset threshold U th Comparing;
if U is less than U th Judging that the response quality of the nursing is better;
otherwise, judging that the response quality of the nursing is poor;
the duty cycle of the type of care in the patient care strategy that corresponds to a poor quality of response by the responding caregiver is adjusted down.
In this embodiment, a method for calculating care quality is provided, by the formula The nursing quality value U of each nursing task is obtained, the condition of the single nursing task of the patient can be judged through the calculation process of the nursing quality value U, and obviously, the difficulty coefficient of the nursing task is>The larger the care quality U, the higher the response time A of each care task i The shorter the nursing quality U is, the higher the nursing quality U is, so that the number of the types of nursing tasks and the corresponding nursing task quality which are completed by each nursing staff in one working time can be obtained, the nursing quality of the nursing staff on which type of nursing task is further judged, and the nursing staff on which type of nursing task is better judged, and the nursing task distribution efficiency of the nursing staff is facilitated.
The foregoing describes one embodiment of the present invention in detail, but the description is only a preferred embodiment of the present invention and should not be construed as limiting the scope of the invention. All equivalent changes and modifications within the scope of the present invention are intended to be covered by the present invention.
Claims (9)
1. A management system for a multi-user medical information acquisition terminal, comprising:
the user information acquisition module is used for acquiring basic information of a target user and inputting the basic information into the database; the basic information includes physical state information, specific disease information and treatment plan information;
the nursing strategy receiving module is used for receiving the nursing strategy of a corresponding patient formulated by a doctor according to the basic information;
the state monitoring module is used for collecting physical state data of the patient in the process of initiating nursing demands;
the nursing data monitoring module is used for monitoring the nursing process of the nursing staff according to the patient nursing strategy and obtaining monitoring data;
the nursing analysis module is used for analyzing the completion efficiency of the nursing task according to the monitoring data, evaluating the urgent degree of the patient for realizing the nursing requirement according to the physical state data, and adjusting the nursing strategy of the patient in real time according to the completion efficiency and urgent degree of the nursing task.
2. The management system of a multi-user medical information acquisition terminal according to claim 1, wherein the monitoring data includes the number of nursing tasks performed by a nursing staff in one working period, the response period of the nursing staff after each patient gives out a nursing requirement, the completion period of each nursing task, and the type of each nursing task.
3. The management system of a multi-user medical information acquisition terminal according to claim 2, wherein the nursing data monitoring module acquires the completion time length of each nursing task and the completion efficiency of each nursing task by recognizing a movement track and a movement time interval of a nursing staff.
4. The management system of a multi-user medical information acquisition terminal according to claim 3, wherein the completion efficiency analysis process of the nursing execution is:
by the formula:
calculating the completion efficiency W of each nursing task;
wherein n is the number of the preset completed nursing tasks in one working time, and is obtained by averaging the total number of the historical working time and the total number of the completed nursing tasks, i epsilon n, A i A is the actual response time of the ith nursing task in one working time 0i B is the preset response time length of the ith nursing task in one working time length i B is the actual completion time of the ith nursing task in one working time 0i Is the ith time in one working time periodThe preset completion time of the nursing task;the difficulty coefficient of the ith nursing task in the first working time length is matched with the types of different nursing tasks;
calculate the efficiency W of the care execution after the patient puts forward the care requirement N times in succession 1 、W 2 、......、W N And obtain the interval time of each nursing task, T 1 、T 2 、......、T N-1 ；
Establishing a completion efficiency fitting curve graph according to the interval time and the completion efficiency of each nursing execution, and comparing the completion efficiency fitting curve graph with a preset nursing rehabilitation curve;
acquiring an area S of an area surrounded by the upper part of the completion efficiency fitting curve and the lower part of a preset nursing rehabilitation curve;
according to the acquired area S and a preset threshold S th Comparing and determining the nursing task state of the nursing staff, and determining whether to add a nursing task or not according to the nursing task state;
the nursing task state of the nursing staff is determined by the following steps:
if S th >S, judging that the nursing staff is in a full-load nursing state, and not adding a nursing task newly;
if S th And S is less than or equal to the threshold, judging that the nursing staff is in an underloaded state, and performing a new nursing task.
5. The management system of a multi-user medical information acquisition terminal according to claim 4, wherein the physical state data includes a type of care requirement issued by a patient, facial features, and heartbeat; taking the type of the sent nursing requirement as a first priority of judgment;
taking the facial features when the nursing demands are sent out as a second priority of judgment;
taking the heartbeat characteristic when the nursing requirement is sent out as a third priority of judgment;
the method for judging the urgent degree comprises the following steps:
acquiring the type of the sent nursing requirement, wherein the type is 2 grades if the nursing requirement is a living requirement, and the type is 1 grade if the nursing requirement is a medical requirement;
the method comprises the steps that monitoring images when a patient sends out nursing demands are collected in real time through an image collecting unit, the monitoring images are compared with the collected monitoring images of the patient in a normal state, if the facial feature change amplitude is small, the level is 2, and otherwise, the level is 1;
comparing the heartbeat parameters of the patient with the heartbeat parameters in a normal state, wherein the level is 2 if the fluctuation amplitude is small, and the level is 1 otherwise;
and by q=e×y e +f*y f +d*y d An emergency coefficient Q is calculated and is calculated,
wherein e is a reference coefficient of the nursing requirement type, f is a reference coefficient of the facial feature variation amplitude, d is a reference coefficient of the heartbeat fluctuation amplitude, y e 、y f 、y d Are all conversion coefficients, thereby judging the urgent degree when the nursing demands are sent out.
6. The management system of a multi-user medical information acquisition terminal according to claim 5, wherein the urgency level includes urgency, and general;
the patient care policy adjustment process is:
when the urgent degree of the patient is general and the corresponding nursing staff is in an underload state, newly adding urgent or urgent nursing tasks;
when the urgent degree of the patient is urgent and the corresponding nursing staff is in an underloaded state, newly adding urgent or general nursing tasks;
when the emergency degree of the patient is urgent and the corresponding nursing staff is in an underloaded state, the general nursing task is newly added.
7. The management system of a multi-user medical information acquisition terminal according to claim 6, wherein the process of patient care policy adjustment further comprises:
when a plurality of patients send out nursing demands at the same time and corresponding nursing staff are in a full-load state, the current nursing task number is maintained, and sorting treatment is carried out according to the urgent degree.
8. The management system of a multi-user medical information acquisition terminal according to claim 4, wherein the system further comprises a care quality evaluation module; the nursing quality evaluation module is used for evaluating the quality of a single nursing task according to the monitoring data and adjusting the nursing strategy of the patient according to the quality of each nursing task.
9. The management system of a multi-user medical information acquisition terminal according to claim 8, wherein the process of adjusting the patient care policy according to each care task is:
acquiring response time and nursing type of a nursing staff after each patient sends out nursing demands according to the monitoring data;
acquiring corresponding nursing difficulty coefficients according to different nursing types;
by nursing quality valueU is matched with a preset threshold U th Comparing;
if U is less than U th Judging that the response quality of the nursing is better;
otherwise, judging that the response quality of the nursing is poor;
the duty cycle of the type of care in the patient care strategy that corresponds to a poor quality of response by the responding caregiver is adjusted down.
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