CN115376666A - Intelligent medical service system - Google Patents

Abstract

The invention discloses an intelligent medical service system, which relates to the technical field of intelligent medical services, and specifically comprises a clinic service module, a medical service module and a medical service module, wherein the clinic service module is used for outpatient admission and preoperative examination and evaluation of patients; the operation management center module is used for performing preoperative information registration, preoperative propaganda and education and operative appointment according to preoperative examination and evaluation results of patients; the hospitalization service module is used for carrying out admission registration, admission arrangement, postoperative reservation and discharge settlement on patients who have successfully reserved to an operation; the operation service module is used for respectively carrying out operation arrangement on each patient meeting the operation conditions and executing the operation; and the visit guide module is used for sending the visit information to the patient. The invention realizes the connection of four stages of preoperative examination, admission, operation and discharge of the patient, greatly improves the treatment service efficiency of the hospital, and realizes the diagnosis flow guidance of the patient.

Description

Intelligent medical service system

Technical Field

The invention relates to the technical field of intelligent medical service, in particular to an intelligent medical service system.

Background

In recent decades, the medical industry of China is in a high-speed development state, various medical service systems are increasingly developed, and the efficiency of the patient treatment process is improved. Wherein medical service systems associated with day time surgery are also increasingly being developed. The day surgery is originally originated from developed countries in Europe and America, and means that a patient with certain indication is selected, the patient is scheduled to be in hospital, operated, and temporarily observed, recovered and discharged after the operation within one to two working days, and the patient is not in the hospital overnight, so that the operation mode is safe and reliable. Medical institutions that perform day-to-day surgery are generally equipped with more elaborate pre-operative assessment procedures, more advanced operating room conditions and equipment, more specialized and experienced surgeons and anesthetists, more scientific hospitalization procedures, more sophisticated post-operative follow-up systems than traditional large hospitals.

In the last two decades, operations in China are developed rapidly in the daytime and generally adopt a centralized management mode, a distributed management mode and a mixed management mode. A centralized daytime operation mode (also called a daytime operation center) belongs to a new and rare medical mode in China, and hospitals are provided with independent daytime operation centers for unified treatment and management. The day surgery center serves as a common platform for hospitals to carry out day surgeries and bears the internal planning and development duties of the hospitals for day surgeries. Proposed according to the meeting of 'operation development and time training program in China daytime': the operation management flow of the day operation center of each institute in China is imperfect, and the development is uneven. Further exploration, establishment, perfection and optimization are needed to be combined with the field situation so as to realize the maximum utilization of social medical resources and improve social benefits and economic benefits.

Along with the optimization informatization construction, an intelligent system construction for day operation is constructed, and the optimization is further explored, established and perfected by combining the field situation so as to realize social medical resources. The patient needs to go through four stages of preoperative examination, admission, operation and discharge of the patient in the process of day operation, if the patient who comes to the hospital for operation treatment cannot smoothly complete any one of the four stages, the efficiency of hospitalizing of the patient and the efficiency of diagnosis and treatment of the hospital can be reduced, when the number of the patients in the hospital is large, errors occur in any one of the links of the patients in the links of hospitalizing, the original operation plan of the hospital can be disordered, the patient who performs day operation cannot smoothly complete the operation according to the original operation arrangement time, negative emotion in the process of hospitalizing of the patient is increased, the workload of medical staff can be increased, a large number of medical resources are consumed, and the experience of hospitalizing of the patient is reduced.

Disclosure of Invention

The invention aims to provide an intelligent medical service system which is used for establishing an intelligent management medical system, dredging and simplifying the hospitalizing process, establishing convenient and fast processes from four stages of preoperative examination, admission, operation and discharge of a patient, evaluating a system, creating an online and offline integrated fusion service mode, breaking through the barrier of one-way hospitalizing and diagnosis of a hospital and the patient, and realizing the development of two-way medical service.

The invention provides an intelligent medical service system, which comprises:

the clinic service module is used for outpatient admission and preoperative examination and evaluation of the patient;

the operation management center module is used for registering information, announcing before an operation and reserving the operation for the patient according to the result of the examination and evaluation before the operation of the patient;

the hospitalization service module is used for carrying out admission registration, admission arrangement, postoperative reservation and discharge settlement on the patient who successfully makes an appointment to the operation;

the operation service module is used for respectively carrying out operation arrangement on each patient meeting the operation conditions and executing the operation;

the system comprises a diagnosis guide module, a diagnosis module and a diagnosis module, wherein the diagnosis guide module is used for sending diagnosis information to a patient, and the diagnosis information comprises preoperative examination item information of the patient, operation appointment result information of the patient, admission arrangement result information of the patient and operation arrangement result information of the patient.

Further, the visit service module comprises;

the outpatient service access module is used for carrying out preoperative diagnosis and treatment on a patient accessed to an outpatient service and establishing outpatient service medical record information of the patient;

the preoperative inspection module is used for making a preoperative inspection project list for the patient according to the outpatient medical record information of the patient;

the anesthesia evaluation module is used for carrying out anesthesia evaluation on the patients meeting the operation conditions according to the preoperative examination evaluation results of the patients;

the pre-operative testing module comprises:

the examination item notification module is used for sending the examination item information of the patient to the patient through the visit guide module;

the examination item navigation module is used for sending the examination place information of each examination item of the patient to the patient through the doctor-seeing guide module;

the examination item science popularization module is used for sending the attention items of each examination item of the patient during examination, the science popularization knowledge of the examination items, the reason of the examination and the necessity of the examination to the patient through the visit guide module;

the anesthesia evaluation module comprises:

the system comprises an evaluation result importing module, a HIS hospital information system and a management system, wherein the evaluation result importing module is used for importing preoperative anesthesia visit records and evaluation lists of patients into the HIS hospital information system;

the anesthesia data recording module is used for filling an anesthesia information sheet of the patient;

and the postoperative data storage module is used for importing the analgesia scheme in the postoperative analgesia record of the patient into an HIS hospital information system.

Further, the surgery management center module includes:

the patient information checking module is used for checking the outpatient medical record information, the examination information and the anesthesia evaluation information of the patient meeting the operation conditions;

the pre-admission propaganda and education module is used for performing preoperative health propaganda and education on the patient;

the operation appointment module is used for making an operation appointment for the patient and sending the appointment information to the operation service module;

the hospital admission information sending module is used for sending operation confirmation information to the patient and sending the information of the patient confirming the operation to the hospital service module;

and the preoperative information notification module is used for sending the information of successful operation appointment of the patient to the patient through the diagnosis guide module.

Further, the hospitalization service module comprises:

the admission receiving module is used for carrying out admission registration on the patient;

the admission item notification module is used for sending preoperative cautionary items of the patient and pre-hospital need-to-know notification information to the patient on a day before the operation through the visit guide module;

the pre-hospital patient message module is used for informing the medical staff of the diagnosis requirement of the patient;

and the discharge assessment module is used for performing discharge assessment on the physical condition of the postoperative patient.

Further, the surgical service module includes:

a surgical scheduling module for scheduling a surgical time for each patient;

the operation progress information monitoring module is used for monitoring the operation progress information of each patient;

the execution anesthesia module is used for informing the patient of surgical anesthesia;

an execution surgery module for notifying a patient to perform a surgery;

the surgical scheduling module includes:

the operation reservation quantity checking module is used for counting and checking the reservation quantity of the number of the operation tables;

the operating bed state checking module is used for counting and screening the appointment amount of the operating beds in the whole hospital;

the operation appointment state checking module is used for counting and checking the operation appointment states of all patients in the operation;

the operation progress information monitoring module comprises:

the first notification module is used for sending the operation scheduling progress information of the patient to the patient and reminding the patient to prepare before an operation;

the second informing module is used for sending the information that the patient has already been admitted to the hospital to the doctor for a plurality of times at regular time until the doctor finishes the preoperative preparation work;

the third notification module is used for sending the information that the patient finishes preoperative preparation to the anesthesia execution module;

and the fourth known module is used for sending the information that the patient finishes the preoperative anesthesia to the operation execution module.

Further, still include operation center monitoring module for realize dynamic monitoring to patient's operation process, it includes:

the operating room monitoring module is a monitoring device arranged in an operating room and is used for acquiring the dynamic operation information of a patient in the operating room;

the anesthesia room monitoring module is monitoring equipment arranged in an anesthesia room and is used for acquiring anesthesia dynamic information of a patient in the anesthesia room;

and the ward monitoring module is monitoring equipment arranged in the ward and is used for acquiring postoperative resuscitation dynamic information of the patient in the ward.

Further, the operating room monitoring module sends the acquired operation progress information to the operation progress information monitoring module;

the third notification module sends the operation progress information to the anesthesia execution module, and the anesthesia execution module sends preoperative preparation information to a patient in next operation through the visit guide module before the operation of the current operation is completed;

the fourth notification module sends the operation progress information to the operation execution module, and the operation execution module sends the information for performing the operation to the patient on the next table.

Further, the system also comprises a follow-up visit module which is used for respectively generating postoperative return visit information at different time periods after the patient finishes the operation discharge from the hospital and sending the postoperative return visit information to the patient through the visit guide module.

And the postoperative message leaving module is used for the patient to leave a message and feed back according to the postoperative health condition of the patient after the operation.

Further, still include operation data statistics module, it includes:

the statistical module is used for performing statistics on operation data information, and the operation data information comprises: the number of the allowed departments, the number of the allowed surgeries, the number of the allowed doctors, the number of the operating tables and the allowed lists;

the display module is used for displaying the operation data information by using a mathematical display model, and the operation data information comprises: the operation reservation amount of the whole hospital, the operation completion amount of the whole hospital, the operation cancellation rate before the patient is admitted, the operation retreat rate of the patient, and the patient's fresh rate

The invention provides an intelligent medical service method, which comprises the following steps:

used for outpatient admission and preoperative examination and evaluation of patients;

the preoperative examination and evaluation system is used for registering information, performing preoperative propaganda and education and performing operation appointment on a patient according to the preoperative examination and evaluation result of the patient;

used for carrying out admission registration, admission arrangement, postoperative reservation and discharge settlement on patients who have successfully reserved to the operation;

for performing surgical arrangement on each patient satisfying the surgical condition and performing the surgery;

the system is used for sending the visit information to the patient, and the visit information comprises preoperative examination item information of the patient, operation appointment result information of the patient, admission arrangement result information of the patient and operation arrangement result information of the patient.

Compared with the prior art, the invention has the beneficial effects that:

according to the invention, the service module for seeing a doctor, the operation management center module, the service module for being in hospital, the operation service module and the module for directing seeing a doctor are arranged, so that the four stages of preoperative examination, admission, operation and discharge of a patient are connected, the treatment service efficiency of a hospital is greatly improved, the service module for seeing a doctor, the operation management center module, the service module for being in hospital and the operation service module are respectively in communication connection with the module for directing a doctor, the patient can be guided to see a doctor flow, the patient can know the see a doctor flow more clearly, the see a doctor efficiency of the patient is improved, and in addition, the whole process of seeing a doctor of the patient is guided, so that the generation of negative emotions of the patient is reduced, and the workload of medical staff is reduced. The low efficiency problem that the patient took a doctor has been improved, shorten patient and see a doctor, the inspection, the repeated diagnosis, the consultation, wait for the bed, wait operation time, the time of being in hospital, reduce patient's the cost of being in hospital, increase the diversity that the patient obtained medical health information route, promote patient's experience of seeing a doctor, further promote medical service ability, the process of seeing a doctor through the location patient helps whole journey to trail to know the patient condition of seeing a doctor, efficiency is diagnose in the improvement, help the day operation to high-quality development.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

FIG. 1 is a system block diagram of an intelligent medical services system according to the present invention;

FIG. 2 is a block diagram of the medical service module of an intelligent medical service system according to the present invention;

FIG. 3 is a block diagram of the operation management center module of the intelligent medical service system according to the present invention;

FIG. 4 is a block diagram of the hospitalization service module of the intelligent medical service system according to the present invention;

FIG. 5 is a block diagram of the operation service module and the operation center monitoring module of the intelligent medical service system according to the present invention;

FIG. 6 is a block diagram of the follow-up module of the intelligent medical service system according to the present invention;

FIG. 7 is a block diagram of a post-operation message module of an intelligent medical service system according to the present invention;

fig. 8 is a block diagram of the operation data statistics module of the intelligent medical service system according to the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention are clearly and completely described below with reference to the drawings in the embodiments of the present invention, but it should be understood that the scope of the present invention is not limited by the specific embodiments.

Example 1

As shown in fig. 1, an intelligent medical service system includes:

the clinic service module 1 is used for outpatient admission and preoperative examination and evaluation of patients;

the operation management center module 2 is used for registering information, announcing preoperative education and making an operation appointment for the patient according to the preoperative examination and evaluation result of the patient;

the hospitalization service module 3 is used for carrying out admission registration, admission arrangement, postoperative reservation and discharge settlement on the patients who have successfully reserved the operation;

the operation service module 4 is used for respectively carrying out operation arrangement on each patient meeting the operation conditions and executing the operation;

the medical consultation guiding module 5 is used for sending medical consultation information to the patient, wherein the medical consultation information comprises preoperative examination item information of the patient, operation appointment result information of the patient, admission arrangement result information of the patient and operation arrangement result information of the patient.

When the intelligent medical service system is used, firstly, the information of the patient to be treated is acquired through the treatment service module 1, the information of the patient is transmitted to the operation management center module 2, and then preoperative examination evaluation and preoperative anesthesia evaluation are carried out on the patient. Determining whether the patient can carry out day surgery according to the preoperative examination and evaluation result of the patient and the preoperative anesthesia evaluation result, when each evaluation result of the patient meets the requirement of carrying out day surgery, checking the information of the patient needing surgery by the operation management center module 2, carrying out preoperative education on the patient, carrying out operation appointment on the patient, transmitting the operation appointment information of the patient needing surgery to the operation service module 4, and carrying out operation arrangement on the patient by the operation service module 4; meanwhile, the operation management center module 2 sends a hospital admission notification that the patient needs to be admitted to the hospital service module 3, the hospital service module 3 performs hospital admission registration according to the received hospital admission notification information, performs hospital admission registration arrangement on the patient entering the ward, and transmits the information to the operation service module 4.

The operation service module 4 performs operations on the patient according to the scheduled operation information, performs discharge assessment on the patient, transmits the discharge information of the patient to the hospitalization service module 3 when the physical condition of the patient meets the discharge condition, and the hospitalization service module 3 performs discharge settlement on the patient.

In the process of the treatment, the treatment guiding module 5 sends each item of information in the treatment process to the patient respectively, so that the treatment guiding of the patient is realized, the patient is prevented from wasting a large amount of energy and time in the treatment process due to the fact that the treatment process is not clear, and the workload of medical staff is also prevented from being increased.

Example 2

As shown in fig. 1-2, the encounter service module 1 includes;

the outpatient service admission module 11 is used for performing preoperative diagnosis and treatment on a patient who accesses the outpatient service and establishing outpatient service medical record information of the patient. The outpatient service access module 11 stores the acquired information of the patient for seeing a doctor and the acquired medical record information in a unified manner and transmits the information to the operation management center module 2, so that the information of the patient for the day operation is acquired, and the operation management center module 2 can conveniently register the information of the day operation according to the acquired information of the patient.

The preoperative inspection module 12 is used for prescribing a preoperative inspection project list for the patient according to the outpatient medical record information of the patient, carrying out corresponding operation inspection on the patient according to the inspection project list, optimizing the diagnosis and treatment flow, realizing integrated diagnosis and treatment service and improving the medical service diagnosis and treatment experience.

The anesthesia evaluation module 13 is used for performing anesthesia evaluation on the patient meeting the operation condition according to the preoperative examination evaluation result of the patient;

the pre-operative inspection module 12 includes:

a examination item notification module 1201 for sending the examination item information of the patient to the patient through the visit guide module 5;

an examination item navigation module 1202 for sending examination location information of each examination item of the patient to the patient through the medical consultation guidance module 5;

an examination item science popularization module 1203, configured to send the notice of each examination item of the patient during examination, science popularization knowledge of the examination item, reason of the examination, and necessity of the examination to the patient through the visit guide module 5;

in the preoperative examination stage, when a large number of patients enter a hospital at the same time for preoperative examination, because the points of the patients on various examination items in the hospital are not clear, and the cautions for preoperative examination and the reasons for examination are not clear, a large amount of medical resources are consumed to repeatedly explain the same contents to different patients, so that a large amount of time is consumed for medical staff, the work and service enthusiasm of the medical staff is consumed, and the patients are easy to generate negative and angry emotions in the process.

When the intelligent medical service system performs preoperative examination on a patient, the examination item notification module 1201 which is in communication connection with the diagnosis guide module 5 is used for sending examination notification information of preoperative examination required by the patient to the patient, and the patient performs corresponding examination according to the acquired information content; the examination item navigation module 1202 in communication connection with the visit guide module 5 is used for sending the examination places of various examination items to the patient respectively, so that the patient can conveniently find the places of the examination items, the visit efficiency of the patient is improved, and the condition that the visit experience is reduced because a large amount of time and energy are wasted by the patient on various examinations is avoided; the examination item science popularization module 1203 in communication connection with the visit guide module 5 is used for sending the notice of various examination items during examination, the science popularization knowledge of the examination items, the reason of the examination and the necessity of the examination to the patient respectively, and by sending various information to the patient respectively, the doubt of the patient during the visit process is reduced, the workload of medical staff is reduced invisibly, and the negative emotion of the patient during the visit process is reduced.

The anesthesia evaluation module 13 includes:

the evaluation result importing module 1301 is used for importing the preoperative anesthesia visit record and the evaluation list of the patient into the HIS hospital information system, and uploading and importing the anesthesia evaluation data of the patient into the HIS hospital information system, so that the information is conveniently stored and retained and is convenient to check;

the anesthesia data recording module 1302 is used for filling an anesthesia information sheet of a patient, and specifically, an anesthesia informed consent, an anesthesia self-service consumable consent and a postoperative analgesia recording sheet of the patient can be respectively uploaded to the anesthesia data recording module 1302, so that information can be conveniently stored and retained, and the examination is facilitated;

and the postoperative data storage module 1303 is used for importing the analgesia scheme in the postoperative analgesia record of the patient into the HIS hospital information system, uploading the analgesia scheme in the postoperative analgesia record of the patient into the HIS hospital information system, and facilitating the storage and the retention of information and the checking.

Example 3

As shown in fig. 1 to 3, the surgery management center module 2 includes:

and a patient information checking module 21 for checking the outpatient medical record information, examination information and anesthesia evaluation information of the patient who satisfies the operation condition. The accuracy of the information of the patient who needs the daytime operation is ensured by checking various medical record information of the patient who needs the daytime operation;

the pre-admission propaganda and education module 22 is used for performing preoperative health propaganda and education on the patient, and facilitating the patient to obtain daytime operation information and preoperative health education information;

the operation appointment module 23 is configured to perform an operation appointment on the patient and send appointment information to the operation service module 4, and the operation service module 4 performs the operation appointment on the patient according to the operation appointment information sent by the operation appointment module 23.

The admission information sending module 24 is configured to send operation confirmation information to the patient, and send information that the patient confirms performing an operation to the hospitalization service module 3, and the hospitalization service module 3 performs admission registration of the patient according to the information that the patient confirms performing the operation and is sent by the admission information sending module 24;

and the preoperative information notification module 25 is used for sending the information that the surgery appointment of the patient is successful to the patient through the visit guide module 5. By reminding the patients with successful operation appointment with the information, the patients can be helped to confirm the information of the operation again, and the withdrawal rate of the patients from the operation in the daytime and the patient's contract rate can be helped to be reduced.

Example 4

As shown in fig. 1-4, the hospitalization service module 3 comprises:

a admission receiving module 31, configured to perform admission registration on a patient, so as to implement admission of the patient undergoing an operation;

an admission item notification module 32, configured to send the preoperative care items and pre-hospital need-to-know notification information of the patient to the patient on the day before the operation through the visit guide module 5;

when carrying out the operation to the patient, when the patient quantity that enters into the operating room to carry out the operation because of same day is too much, work before the operation is not accomplished smoothly to the patient that carries out the operation in certain arrangement, make the operation arrangement plan of original in the operating room disturbed easily, thereby hardly guarantee each operation in the operating room and go on in good order, lead to certain operation arrangement later patient to fail to carry out the operation smoothly according to initial operation arrangement time, make the patient produce negative emotion again, medical personnel's work burden has been increased, patient's experience of seeking medical advice has also been reduced.

This intelligent medical system is through setting up admission event notice module 32, through the patient who admits to the hospital on the previous day send preoperative notice and preschool notice, help the patient to accomplish preoperative preparation work before the operation, avoid the patient because of not possessing the operation condition, and can not carry out the operation smoothly, and the operation plan of disordering originally in the operating room has reduced the operating efficiency of operating room.

The pre-hospital patient message module 33 is used for informing the medical staff of the diagnosis requirement of the patient, and the pre-hospital patient message module 33 is utilized to realize that the patient with the special diagnosis requirement can inform the medical staff of the self requirement in time, so that other operation problems caused by unsmooth communication between the patient and the medical staff are avoided;

and the discharge assessment module 34 is used for performing discharge assessment on the physical condition of the postoperative patient, and when the postoperative resuscitation of the patient is completed, whether the patient meets the discharge condition can be judged by performing the assessment on the postoperative physical condition of the patient.

Example 5

As shown in fig. 1-5, the surgical services module 4 includes:

a surgical scheduling module 41 for scheduling the surgical time of each patient, wherein the surgical scheduling module 41 performs the surgical scheduling for the patient according to the received surgical scheduling information.

The operation progress information monitoring module 42 is used for monitoring the operation progress information of each patient, and by detecting the operation progress of each patient, the operation arrangement of each patient is realized by the operating room according to the operation progress information, and the work efficiency of the operating room is improved; the patient can judge and predict the specific operation time according to the operation progress information, and the negative emotion of anxiety of the patient is avoided.

When the operating room carries out operations on patients who are arranged for operations in sequence, when the number of the patients who are operated is very large, the operation queuing list which is originally arranged can not be smoothly carried out due to the fact that some patients do not finish preparation work before the operation, the operating room is in a transient disordered state, the patients who are arranged behind the operation queuing can generate negative emotions, medical staff can spend a large amount of time and energy to sooth the emotions of the patients, and information burdens of the medical staff and the patients are increased. Through setting up operation progress information monitoring module 42 among this intelligent medical system, through carrying out operation progress control to each patient in the operating room, help understanding the operation progress information of each patient when carrying out the operation in daytime to help realizing the overall arrangement when the operating room carries out the operation in daytime to each patient. Facilitating the smooth progress of the surgical schedule.

An execution anesthesia module 43 for notifying the patient to perform surgical anesthesia and notifying the patient of the information required for anesthesia, which is helpful for the patient to perform surgical anesthesia according to the notification information

And an operation execution module 44 for informing the patient of the operation and issuing information of the operation to the patient.

The surgical scheduling module 41 includes:

an operation reservation amount checking module 4101 for counting and checking the reservation amount of the operation table number;

an operating bed status checking module 4102, configured to count and screen reservation amounts of operating beds in a whole hospital;

an operation appointment state viewing module 4103, configured to count and view operation appointment states of patients during an operation;

this intelligence medical service system looks up module 4101, operation bed state through setting up operation reservation volume in operation arrangement module 41 and looks up module 4102, operation reservation state and looks up module 4103, helps convenient statistics, looks up, knows the operation reservation condition to help quick realization to patient's operation arrangement, also be convenient for simultaneously the hospital in time to know the operation reservation condition.

The operation progress information monitoring module 42 includes:

the first notification module 4201 is used for sending the surgical scheduling progress information of the patient to the patient, reminding the patient to prepare before an operation, sending the surgical queuing progress information to the patient, helping the patient to know the surgical queuing information of the patient in time, facilitating the surgical queuing progress information obtained by the patient to perform corresponding preparation arrangement before the operation, helping to sooth the emotion of queuing waiting of the patient, and relieving the anxiety of the patient waiting for the operation.

A second notification module 4202, configured to send the information that the patient has been admitted to the hospital to the doctor regularly and for multiple times until the doctor completes preparation before the operation;

because no fixed doctor is available in the day surgery center, all doctors of the doctor in the main department come from the whole hospital and are in accordance with the day surgery, and currently, the doctor needs to be informed one by a telephone of the nursing staff of the day surgery to sign the patient, which wastes manpower and time. Through setting up second notification module 4202 in this intelligent medical service system, can realize giving the doctor of the primary knife regularly, many times with the information that the patient had handled the admission, help and reduce medical personnel's work load, also help the doctor of the primary knife to in time accomplish the preparation work before the art.

A third notification module 4203, configured to send information that the patient has completed preoperative preparation to the anesthesia module 43, and notify an anesthesia system of the hospital of performing anesthesia work by using the third notification module 4203;

a fourth notification module 4204 for sending information that the patient has completed pre-operative anesthesia to the performing surgery module 44, enabling notification of the surgical work performed in the operating room by utilizing the third notification module 4203.

Example 6

As shown in fig. 1-5, the system further includes a surgery center monitoring module 6 for dynamically monitoring the surgical procedure of the patient, which includes:

an operating room monitoring module 61, which is a monitoring device arranged in an operating room, and is used for acquiring the dynamic operation information of the patient in the operating room;

an anesthesia room monitoring module 62, which is a monitoring device disposed in an anesthesia room and is used for acquiring anesthesia dynamic information of a patient in the anesthesia room;

and the ward monitoring module 63 is a monitoring device arranged in the ward and is used for acquiring postoperative resuscitation dynamic information of the patient in the ward.

The operating room monitoring module 61, the anesthesia room monitoring module 62 and the ward monitoring module 63 are respectively arranged in the operating center monitoring module 6, so that the monitoring of an operating room, an anesthesia room and a ward is realized, the dynamic information of an operation is favorably acquired, and the ordered and efficient operation is favorably realized.

Example 7

As shown in fig. 1 to 5, the operating room monitoring module 61 sends the acquired surgical progress information to the surgical progress information monitoring module 42, and the surgical progress information monitoring module 42 is helpful for monitoring the surgical progress of the operating room according to the acquired surgical progress information.

The third notification module 4203 sends the operation progress information to the anesthesia execution module 43, and the anesthesia execution module 43 sends the information for preoperative preparation to the patient in the next operation through the visit guide module 5 before the operation of the current operation is completed;

the fourth notification module 4204 sends the surgical progress information to the perform surgery module 44 and the perform surgery module 44 sends the information to the next patient to perform the surgery.

Utilize third notice module 4203 to send operation progress information to carrying out anesthesia module 43 and carrying out operation module 44 respectively, help carrying out anesthesia module 43 and remind the patient to carry out the operation preparation according to the operation progress, help carrying out operation module 44 and carry out the preoperative preparation work of taking care of next patient according to the operation progress in advance to send the information of carrying out the operation to next patient, avoid appearing the operating room neutral, avoid reducing work efficiency.

Example 8

As shown in fig. 1 and fig. 6, the medical nursing system further comprises a follow-up module 7 for generating postoperative return visit information at different time intervals after the patient finishes the operation discharge from the hospital, and sending the postoperative return visit information to the patient through the visit guiding module 5.

After the operation is completed by the patient, the patient needs to be revisited in different time periods, and because of the huge number of the patients treated by the hospital, when the medical staff call the patient for revisiting, a large amount of time and energy can be consumed, and the situation that the patient is not successfully contacted with the patient can easily occur, so that the working efficiency of the revisiting after the operation is reduced. If the patient is uncomfortable after operation, the patient may not contact the hospital in time, so that the negative mood of the patient is increased.

This intelligent medical service system utilizes follow-up visit module 7 to carry out the SMS warning to the patient respectively in the first day, seventh day, the twenty-eighth day after the patient is discharged from hospital through setting up follow-up visit module 7, informs medical personnel to carry out the call follow-up visit to the patient, lets the patient keep the phone unblocked.

Example 9

As shown in fig. 1 and 7, the post-operative message leaving module 8 is further included for a patient to leave a message and feed back after an operation according to the post-operative health condition of the patient. When the patient is after the operation, any situation appears in the health, can leave a message on line at postoperative message module 12, online consultation, the mode of independently leaving a message through the patient helps when the postoperative health of patient goes wrong, more convenient personnel's that acquire medical care answer, help. The patient experience of seeing a doctor is helped to be improved.

Example 10

As shown in fig. 1 and 8, the surgical data statistics module 9 is further included, and is connected to the surgical management center module 2 in a communication manner, and includes:

a statistic module 91, configured to perform statistics on surgical data information, where the surgical data information includes: the number of admission departments, the number of admission operations, the number of admission doctors, the number of operation beds and the admission list. Through addding statistics module 91, help the hospital in time to know the data volume that has the operation in a certain time relevant to know the behavior in each department of hospital.

A display module 92, configured to display the surgical data information by using the mathematical display model, where the surgical data information includes: the operation reservation amount of the whole hospital, the operation completion amount of the whole hospital, the operation cancellation rate before the patient is admitted, the operation withdrawal rate of the patient and the patient's fresh rate. The hospital reservation amount within 15 days can be displayed through a line graph; the pie chart is used for displaying the cancellation rate before admission, the postoperative withdrawal rate and the patient's fresh rate of the patient for nearly 30 days; using a pie chart to show the example number of each quit reason in nearly 30 days; displaying the TOP 10 ranking of historically accumulated disease categories, surgical formulas and development examples of departments by using a statistical list; displaying the reservation quantity by using a statistical table, and carrying out classified statistics according to hospital, branch department, operation type, disease type and doctor, or according to different time intervals, wherein the interval can support daily, monthly, quarterly, yearly and the like; all index statistics support report derivation: a full hospital reserved number/completed number report, each department reserved number/completed number report, each doctor's reserved number/completed number report, each patient reserved number report and each surgical formula reserved number/completed number report within the statistical range.

The invention realizes the linking of four stages of pre-hospital examination, hospitalization, operation and discharge of patients, deeply implements 'further improvement of medical service action plan', uses the Internet hospital as a mode for supporting the on-line and off-line integrated fusion service of a manufacturing line, promotes the high-quality development of medical services, enhances the feeling of people in seeing a doctor, perfects the medical diagnosis and treatment service flow, establishes a medical intelligent management mode for manufacturing the on-line and off-line integrated fusion service mode, breaks through the barriers of one-way medical diagnosis and treatment of hospitals and patients, and realizes the development of two-way medical services. The on-line service and the in-hospital service are communicated, and a diagnosis and treatment mode which runs through the patient before, during and after the diagnosis is established; the intelligent diagnosis and treatment is completed in 4 dimensions through system construction, flow design, medical quality control and discharge extension service planning of an outpatient service end and a ward end; the low efficiency of the patient in seeking medical treatment is improved, the time of the patient in seeking medical treatment, examination, repeated diagnosis, consultation, waiting for bed, waiting for operation and hospitalization time are shortened, the hospitalization cost is reduced, the diversity of the ways of obtaining medical health information is increased, and the experience of seeking medical treatment is improved. And through continuously establishing a perfect medical service management mode, the medical care anesthesia management patient realizes the sharing of medical information data, and the quality control and supervision of the medical service and the performance evaluation are more reasonable and accurate.

Example 11

The invention provides an intelligent medical service method, which comprises the following steps:

used for outpatient admission and preoperative examination and evaluation of patients;

the preoperative examination and evaluation system is used for registering information, performing preoperative propaganda and education and performing operation appointment on a patient according to the preoperative examination and evaluation result of the patient;

used for carrying out admission registration, admission arrangement, postoperative reservation and discharge settlement on patients who have successfully reserved to the operation;

respectively arranging the operation for each patient meeting the operation condition and executing the operation;

the system is used for sending the visit information to the patient, and the visit information comprises preoperative examination item information of the patient, operation appointment result information of the patient, admission arrangement result information of the patient and operation arrangement result information of the patient.

Finally, the description is as follows: the above disclosure is only one specific embodiment of the present invention, however, the present invention is not limited thereto, and any variations that can be made by those skilled in the art are intended to fall within the scope of the present invention.

Claims (10)

1. An intelligent medical service system, comprising:

the clinic service module (1) is used for carrying out clinic access and preoperative examination and evaluation on the patient;

the operation management center module (2) is used for registering information, announcing preoperative and teaching and making operation appointment for the patient according to the preoperative examination and evaluation result of the patient;

the hospitalization service module (3) is used for carrying out admission registration, admission arrangement, postoperative reservation and discharge settlement on patients who have successfully reserved to an operation;

the operation service module (4) is used for respectively carrying out operation arrangement on each patient meeting the operation conditions and executing the operation;

the medical treatment guide module (5) is used for sending medical treatment information to the patient, and the medical treatment information comprises preoperative examination item information of the patient, operation appointment result information of the patient, admission arrangement result information of the patient and operation arrangement result information of the patient.

2. The intelligent medical service system according to claim 1, wherein: the medical service module (1) comprises;

the outpatient admission module (11) is used for carrying out preoperative diagnosis and treatment on a patient accessed to an outpatient service and establishing outpatient medical record information of the patient;

the preoperative inspection module (12) is used for making a preoperative examination item list for the patient according to the outpatient medical record information of the patient;

the anesthesia evaluation module (13) is used for carrying out anesthesia evaluation on the patients meeting the operation conditions according to the preoperative examination evaluation results of the patients;

the pre-operative inspection module (12) includes:

a checking item notification module (1201) for sending the checking item information of the patient to the patient through the visit guide module (5);

an examination item navigation module (1202) for transmitting examination location information of each examination item of the patient to the patient through the visit guide module (5);

the examination item science popularization module (1203) is used for sending the notice of each examination item of the patient during examination, the science popularization knowledge of the examination items, the reason of the examination and the necessity of the examination to the patient through the doctor seeing module (5);

the anesthesia evaluation module (13) comprises:

the evaluation result importing module (1301) is used for importing preoperative anesthesia visit records and evaluation lists of the patients into an HIS hospital information system;

an anesthesia data recording module (1302) for filling out an anesthesia information sheet of a patient;

and the postoperative data storage module (1303) is used for importing the analgesia scheme in the postoperative analgesia record of the patient into an HIS hospital information system.

3. The intelligent medical service system according to claim 1, wherein: the surgery management center module (2) comprises:

a patient information checking module (21) for checking the outpatient medical record information, examination information and anesthesia evaluation information of the patient who meets the operation condition;

a pre-admission propaganda module (22) for performing preoperative health propaganda and education on a patient;

the surgery appointment module (23) is used for making surgery appointment for the patient and sending appointment information to the surgery service module (4);

the hospital admission information sending module (24) is used for sending operation confirmation information to the patient and sending the information of the operation confirmed by the patient to the hospital hospitalization service module (3);

and the preoperative information notification module (25) is used for sending the information of successful operation appointment of the patient to the patient through the doctor-seeing guide module (5).

4. The intelligent medical service system according to claim 1, wherein: the hospitalization service module (3) comprises:

an admission receiving module (31) for registering admission to a patient;

the admission item notification module (32) is used for sending preoperative cautionary items of the patient and pre-hospital need-to-know notification information to the patient on a day before the operation through the visit guide module (5);

a pre-hospital patient message module (33) for informing the medical staff of the diagnosis requirement of the patient;

a discharge assessment module (34) for discharge assessment of the physical condition of the post-operative patient.

5. The intelligent medical service system according to claim 1, wherein: the surgical service module (4) comprises:

a surgical scheduling module (41) for scheduling a surgical time for each patient;

a surgical progress information monitoring module (42) for monitoring surgical progress information of each patient;

an execution anesthesia module (43) for notifying the patient of surgical anesthesia;

an execution surgery module (44) for notifying a patient to perform a surgery;

the surgical scheduling module (41) includes:

an operation reservation amount viewing module (4101) for counting and viewing the reservation amount of the operation table number;

an operation bed state checking module (4102) for counting and screening the reservation amount of the operation beds of the whole hospital;

an operation appointment state viewing module (4103) for counting and viewing the operation appointment states of the patients;

the surgical progress information monitoring module (42) includes:

a first notification module (4201) for sending surgical scheduling progress information of the patient to the patient and reminding the patient to perform preoperative preparation;

the second notification module (4202) is used for sending the information that the patient has already been admitted to the hospital to the doctor for a plurality of times at regular time until the doctor finishes the preoperative preparation work;

a third communication module (4203) for sending information that the patient has completed pre-operative preparation to the anesthesia module (43);

a fourth notification module (4204) for sending information that the patient has completed pre-operative anesthesia to the perform surgery module (44).

6. The intelligent medical service system according to claim 5, wherein: still include operation center monitoring module (6), be used for realizing dynamic control to patient's operation process, it includes:

an operating room monitoring module (61) which is a monitoring device arranged in an operating room and is used for acquiring the operation dynamic information of a patient in the operating room;

the anesthesia room monitoring module (62) is a monitoring device arranged in the anesthesia room and is used for acquiring anesthesia dynamic information of a patient in the anesthesia room;

and the ward monitoring module (63) is a monitoring device arranged in the ward and is used for acquiring postoperative resuscitation dynamic information of the patient in the ward.

7. The intelligent medical service system according to claim 6, wherein: the operating room monitoring module (61) is used for sending the obtained operation progress information to the operation progress information monitoring module (42);

the third communication module (4203) transmits the operation progress information to the anesthesia execution module (43), and the anesthesia execution module (43) transmits the information for preoperative preparation to the patient of the next operation through the visit guide module (5) before the operation of the current operation is completed;

the fourth notification module (4204) sends surgical progress information to the performing surgery module (44), the performing surgery module (44) sending information to the patient for performing the surgery.

8. The intelligent medical service system according to claim 1, wherein: further comprising:

and the follow-up module (7) is used for respectively generating postoperative return visit information at different time periods after the patient finishes the operation discharge from the hospital and sending the postoperative return visit information to the patient through the visit guide module (5).

And the postoperative message leaving module (8) is used for a patient to leave a message and feed back according to the postoperative health condition of the patient after an operation.

9. The intelligent medical service system according to claim 1, wherein: also included is a surgical data statistics module (9) comprising:

a statistics module (91) for performing statistics on surgical data information, the surgical data information comprising: the number of admission department rooms, the number of admission operation formulas, the number of admission doctors, the number of operation beds and the admission list;

a presentation module (92) for presenting surgical data information using a mathematical presentation model, the surgical data information comprising: the operation reservation amount of the whole hospital, the operation completion amount of the whole hospital, the operation cancellation rate before the patient is admitted, the operation withdrawal rate of the patient and the patient's fresh rate.

10. An intelligent medical service method is characterized in that: the method comprises the following steps:

used for outpatient admission and preoperative examination and evaluation of patients;

the preoperative examination and evaluation system is used for registering information, performing preoperative propaganda and education and performing operation appointment on a patient according to the preoperative examination and evaluation result of the patient;

used for carrying out admission registration, admission arrangement, postoperative reservation and discharge settlement on patients who have successfully reserved to the operation;

respectively arranging the operation for each patient meeting the operation condition and executing the operation;

for sending the visit information to the patient, the visit information includes preoperative examination item information of the patient, operation appointment result information of the patient, admission schedule result information of the patient, and operation schedule result information of the patient.

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