CN112820369B - Anorectal surgery information management system based on big data - Google Patents
Anorectal surgery information management system based on big data Download PDFInfo
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Abstract
The invention discloses an anorectal surgery information management system based on big data, which comprises a control center, a storage module, a reminding module, a hospital subsystem, a hospital information management platform, a hospital information input end and a patient information input end, wherein the hospital subsystem and the hospital information management platform collect the treatment information of a patient in the operation treatment process, the hospital information input end screens the treatment information and sends the screened information to the control center, the control center formulates a postoperative recovery guide for postoperative recovery guidance of a patient after discharge, the patient information input end is used for collecting postoperative recovery information and uploading the postoperative recovery information to the control center, the control center analyzes and calculates recorded contents, a doctor can judge the recovery condition of the operation by referring to an order compliance index, and the control center records the treatment process for the doctor to refer, so that the treatment scheme is rapidly determined, the hospitalization time is shortened by guiding the patient recovery process, and medical resources are saved.
Description
Technical Field
The invention relates to the technical field of big data, in particular to an anorectal surgery information management system based on big data.
Background
With the continuous progress of technology, the information integration level of a hospital information management platform is continuously improved, better medical services are provided for patients through information sharing of a plurality of subsystems such as a clinical laboratory information system, an ultrasonic information system, a radiation information system, a medical image storage transmission processing system and the like, but electronic medical record information of different hospitals is not communicated, so that doctors cannot quickly know basic conditions of the patients, past history, allergy history, history treatment records and the like when the patients visit the hospitals, time and labor consumption are low, considerable medical hidden dangers are brought to accurate diagnosis of doctors, anorectal surgery is a clinical subject which treats tumors, wounds and other diseases occurring at anus and large intestine parts by taking the surgery as a main method, the preoperative, intra-operative and postoperative work of general surgery is very important, the recovery of the body of the postoperative patients is influenced by various factors, the patients and the family members of the patients lack of health care knowledge, the patients cannot do actions unfavorable for recovery after the surgery sometimes, strict medical advice cannot be achieved, and particularly, the patients cannot recover the patients after the surgery because of mistakes are carelessly and the patients have bad effects.
Disclosure of Invention
Aiming at the situation, in order to overcome the defects of the prior art, the invention aims to provide the anorectal surgery information management system based on big data, a control center obtains visual parameters for reference through the comparison analysis of the recorded content of the information input end of a patient and the information of the discharge doctor's advice, provides a diagnosis basis for doctors, monitors the postoperative recovery to ensure the physical recovery of the patients, and when the patients are in a doctor visit in different hospitals, the doctors can quickly know the conditions of the patients through the health information record, so that the doctor visit time is saved.
The technical scheme of the anorectal surgery information management system based on big data comprises a control center, a storage module, a reminding module, a hospital subsystem, a hospital information management platform, a hospital information input end and a patient information input end, wherein the hospital subsystem comprises an information input subsystem, an examination subsystem and a diagnosis and treatment subsystem, the hospital information input module comprises an information screening module, a diagnosis recording module and a blockchain module, the patient information input end comprises a medicine recording module, a diet module, a rehabilitation module and a health knowledge module, and the control center comprises an analysis module, an information calling module, an information receiving module and an information sending module;
the system management process is specifically as follows:
1) The nurse inputs the identity information of the patient through the information input subsystem of the hospital subsystem, the examination subsystem performs physical examination on the patient, and the examination result is sent to the diagnosis and treatment subsystem, and the diagnosis and treatment doctor inquires the patient and diagnoses and treats the patient through the diagnosis and treatment subsystem;
2) When a patient is in a hospital and is subjected to operation treatment, the hospital information management platform can acquire the diagnosis information of each port of the hospital corresponding to the identity information of the patient, wherein the diagnosis information comprises diagnosis information, electronic medical record information, examination information, hospitalization information, payment information and discharge order information, and after the patient is discharged from the hospital, the hospital information management platform sends the diagnosis information of the patient to a hospital information input end;
3) After receiving the patient's treatment information, the information screening module screens the received treatment information, and uploads the screened diagnosis information, examination information and discharge order information to the control center, the information receiving module of the control center receives the diagnosis information, examination information and discharge order information, and then sends the discharge order information to the analysis module, sends the diagnosis information to the information calling module, and the information calling module invokes health consultation information matched with the disease type in the diagnosis information from the storage module, and sends the health consultation information to the analysis module, and the analysis module formulates a postoperative recovery guide according to the health consultation information and the discharge order information, and sends the postoperative recovery guide to the patient information input end;
4) After the patient information input end receives the postoperative recovery guide, the postoperative recovery guide is stored in the health knowledge module, the patient can refer to the postoperative recovery guide to carry out recuperation, the medicine recording module records the medicine taking time, the medicine amount and the medicine name of the patient, the diet module records the diet type and the food consumption of the patient, the rehabilitation module records the postoperative exercise time and the exercise amount, the patient information input end uploads the recorded contents recorded by the medicine recording module, the diet module and the rehabilitation module to the control center, the analysis module of the control center analyzes and compares the uploaded recorded contents with the postoperative recovery guide to obtain an order compliance index, the order compliance index represents the degree of compliance on the order, and when the patient carries out postoperative secondary review, the doctor can refer to the order compliance index to judge the recovery condition of the operation;
5) After the patient is completely recovered, the hospital subsystem sends a patient recovery signal to the control center, the control center collects information of the treatment process of the patient, diagnosis information of the patient is recorded in a blockchain matched with the identity information of the patient, when the patient is ill next time, doctors can directly use the identity information of the patient to call all health information records of the patient, the health information records comprise diagnosis information and allergy history, and only doctors of regular hospitals have viewing authority, and the viewing authority is the regular hospitals stored in the storage module in advance by the control center.
The analysis module of the control center formulates a postoperative recovery guide according to the hospital discharge order information and the health consultation information, and analyzes and compares the recorded content recorded by the patient information input end with the postoperative recovery guide to obtain an order compliance index, and the specific analysis process is as follows:
step one, an information calling module determines the disease type of a patient according to diagnosis information, determines the number x of the disease type, and calls health consultation information matched with the disease type in the diagnosis information from a storage module according to the number x;
step two, determining the type s of the medicine eaten after operation according to the discharge doctor's advice information by an analysis module i Wherein i represents the number of kinds of medicines to be taken, and the daily taking time of each medicine isThe daily rehabilitation time is t a The analysis module specifies other notes m corresponding to the recipe f and the disease type x from the health consultation information, and the analysis module performs the analysis on the s i 、/>t a Summarizing f and m to obtain a postoperative recovery guide, and transmitting the postoperative recovery guide to a patient information input end by an analysis module;
step three, the recorded content of the patient recovery process and the postoperative recovery guide are uploaded to an analysis module by the patient information input end, the analysis module performs comparison analysis on the recorded content of the postoperative recovery process within N days, and if the medicine taking type s=in a unit of days i Time of taking medicineRehabilitation recovery duration +.>If the diet recorded by the diet module is in f, the degree of completion of the medical advice is hundred percent, if one item does not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is seventy-five percent, if two items do not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is fifty percent, if three items do not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is twenty-five percent, and if the requirement of the postoperative recovery guide is not met at all, the degree of completion of the medical advice is zero;
step four, counting the number of days n of different doctor's advice completion degrees 1 ,n 2 ,n 3 ,n 4 ,n 5 ，n 1 Representing the number of days when the order is completed one hundred percent, n 2 Indicating seventy-five percent days, n 3 Indicating the number of days, n, of fifty percent of order completion 4 Representing twenty-five percent days, n 5 Representing the number of days that the order completion is zero, where n=n 1 +n 2 +n 3 +n 4 +n 5 Calculating an order compliance index p,
and fifthly, the analysis module sends the medical order compliance index rho to the diagnosis and treatment subsystem, and a doctor can refer to the medical order compliance index rho during secondary post-operation consultation of a patient.
Due to the adoption of the technical scheme, compared with the prior art, the invention has the following advantages;
1. the control center of the system invokes the health consultation information in the storage module through the diagnosis information sent by the hospital information input end, and the discharge doctor advice information generates a postoperative recovery guide, so that a patient can carry out a correct recovery mode according to the postoperative recovery guide, and the problem that the postoperative recovery is affected due to the lack of health guidance of the patient and family members is solved.
2. The patient can record the concrete process that resumes after the art through patient information input to upload the record content to control center, control center obtains patient's doctor's advice completion through analysis and calculation to analysis record content, and when the patient carries out postoperative secondary review, doctor can know patient's recovery situation more clearly, strengthens patient's recovery control after discharge of hospital, has shortened patient's time of hospitalization, has reduced medical expenses, has practiced thrift medical resource.
3. After the patient is completely recovered, a new health information record of the patient is formed in the control center, the record comprises all diagnosis information of the patient in the diagnosis, when the patient makes a second visit, a doctor can directly call all the health information records of the patient from the control center, the health information records can help the doctor to determine the diagnosis and treatment scheme as soon as possible, and know all the conditions of the patient, so that the patient is prevented from being unclear in the past medical history and symptoms or from being hidden from the illness state, and misdiagnosis is caused.
Drawings
FIG. 1 is an overall block diagram of the present system;
FIG. 2 is a block diagram of a control center;
FIG. 3 is a block diagram of a hospital subsystem;
fig. 4 is a block diagram of a hospital information input.
Detailed Description
The foregoing and other features, aspects and advantages of the present invention will become more apparent from the following detailed description of the embodiments with reference to the accompanying drawings, 1-4. The following embodiments are described in detail with reference to the drawings.
The anorectal surgery information management system based on big data comprises a control center, a storage module, a reminding module, a hospital subsystem, a hospital information management platform, a hospital information input end and a patient information input end, wherein the hospital subsystem comprises an information input subsystem, an examination subsystem and a diagnosis and treatment subsystem, the hospital information input module comprises an information screening module, a diagnosis recording module and a blockchain module, the patient information input end comprises a medicine recording module, a diet module, a rehabilitation module and a health knowledge module, and the control center comprises an analysis module, an information calling module, an information receiving module and an information sending module;
the system management process is specifically as follows:
1) In the prior art, a hospital information management platform comprises a plurality of subsystems, information sharing is carried out through information exchange of a data platform, such as a hospitalization nurse workstation, an operation anesthesia information system, an outpatient registration system, an outpatient diagnosis subsystem and the like, the information input subsystem refers to all subsystems of the hospital needed before hospitalization operation of a patient, the examination subsystem comprises all subsystems related to each examination needed before operation, the diagnosis subsystem comprises all subsystems used in the hospitalization operation treatment process, a nurse carries out input on identity information of the patient through the information input subsystem of the hospital subsystem, the examination subsystem carries out physical examination on the patient and sends examination results to a diagnosis subsystem, and a diagnosis doctor carries out inquiry on the condition and illness state treatment of the patient through the diagnosis subsystem;
2) When a patient is in a hospital and is subjected to operation treatment, the hospital information management platform can acquire the treatment information of each port of the hospital corresponding to the identity information of the patient, wherein the treatment information comprises diagnosis information, electronic medical record information, examination information, hospitalization information, payment information and discharge order information, after the patient is discharged from the hospital, the hospital information management platform sends the treatment information of the patient to a hospital information input end, the hospital information management platform is a data exchange center for coordinating the work of each subsystem of the hospital, the hospital information management platform can acquire information related to the input of the patient through each port during the treatment of the hospital, and the hospital subsystems and the hospital information management platform summarize the treatment information of the patient during the treatment of the hospital;
3) The medical treatment information comprises all information of a patient, the privacy of the patient and the hospital is related to the medical treatment information, so that the information only representing the health condition is required to be screened, the private information of the hospital and the patient is not revealed, the information input end receives the medical treatment information of the patient, the information screening module screens the received medical treatment information, the screened diagnosis information, the inspection information and the doctor-out advice information are uploaded to a control center, the information receiving module of the control center receives the diagnosis information, the inspection information and the doctor-out advice information, the doctor-out advice information is sent to an analysis module, the doctor is determined according to the self condition of the patient, the medicine taking method, the medicine amount and related attentions, the diagnosis information is sent to an information calling module, the information calling module calls the health consultation information matched with the disease types in the diagnosis information, the health consultation information is all the information related to the patient, the special condition of the individual patient is not determined, the health consultation information is sent to the analysis module, the health consultation information and the doctor-out advice information can be restored to the patient after the doctor-out advice information is received, the doctor-out advice information is restored to the patient after the doctor-out advice information is restored to the patient and the doctor-out advice information is restored to the patient after the doctor is required to restore the doctor's health guide, the health information and the patient is recovered after the doctor is required to restore the health guide and the doctor's health information and the doctor's health guide is recovered, and the health information is recovered after the patient is recovered to the health guide knowledge is required to the patient' knowledge after the patient was required to the patient was recovered;
4) Even if the postoperative recovery guide is used as postoperative recovery guide, if the patient has a serious doctor's advice, a doctor cannot know the doctor, in order to better supervise the postoperative recovery treatment of the patient, the postoperative recovery guide is required to be monitored in the process of home rehabilitation, after the patient information input end receives the postoperative recovery guide, the postoperative recovery guide is stored into a health knowledge module, the patient can refer to the postoperative recovery guide for rehabilitation, the medicine recording module records the medicine taking time, the medicine amount and the medicine name of the patient, the diet module records the diet type and the food amount of the patient, the rehabilitation module records the postoperative exercise time and the exercise amount, the patient information input end uploads the recorded contents recorded by the medicine recording module, the diet module and the rehabilitation module to a control center, the analysis module of the control center analyzes and compares the uploaded recorded contents with the postoperative recovery guide to obtain a doctor's advice compliance index, the doctor's compliance index represents the degree of doctor's compliance, when the patient performs postoperative secondary review, the doctor can refer to the doctor's advice compliance index to judge the recovery condition of the operation, and the patient can not recover the treatment scheme if the doctor has good doctor's advice;
5) After the patient is completely recovered, the hospital subsystem sends a patient recovery signal to the control center, the recovery signal comprises a patient illness summary of a doctor, a doctor's diagnosis information and identity information of the patient are uploaded to the control center again by a doctor's diagnosis record module at the hospital information input end, the control center collects information of the patient's treatment process, the diagnosis information of the patient is recorded in a blockchain matched with the patient identity information, the patient illness summary is also recorded in the blockchain, when the patient is ill next time, the doctor can directly utilize the identity information of the patient to call all health information records of the patient, the health information records comprise diagnosis information and allergy history, only doctors of regular hospitals have the right of checking, the right of checking is that the control center stores the normal hospitals in advance in a storage module, the records of the diagnosis information of all hospitals in the lifetime of the patient are stored by using the blockchain technology as nodes, the health information records of each hospital cannot be changed, the blockchain technology ensures that the health information records of the patient are not tampered, and each hospital node is written with new diagnosis information, and all the doctor can directly store all the information of the patient in the hospital.
The analysis module of the control center formulates a postoperative recovery guide according to the hospital discharge order information and the health consultation information, and analyzes and compares the recorded content recorded by the patient information input end with the postoperative recovery guide to obtain an order compliance index, and the specific analysis process is as follows:
step one, an information calling module determines the disease type of a patient according to diagnosis information, determines a number x of the disease type, and calls health consultation information matched with the disease type in the diagnosis information from a storage module according to the number x, wherein the number is formulated according to the disease type and specific disease type, and the health consultation information comprises all information which is helpful for recovering the disease;
step two, determining the type s of the medicine eaten after operation according to the discharge doctor's advice information by an analysis module i Wherein i represents the number of kinds of medicines to be taken, and the daily taking time of each medicine isThe daily rehabilitation time is t a The analysis module specifies other notes m corresponding to the recipe f and the disease type x from the health consultation information, and the analysis module performs the analysis on the s i 、/>t a Summarizing f and m to obtain a postoperative recovery guide, and transmitting the postoperative recovery guide to a patient information input end by an analysis module;
step three, the recorded content of the patient recovery process and the postoperative recovery guide are uploaded to an analysis module by the patient information input end, the analysis module performs comparison analysis on the recorded content of the postoperative recovery process within N days, and if the drug taking type s=s in a unit of day i Time of taking medicineRehabilitation recovery duration +.>The diet recorded by the diet module is within f, the degree of completion of the medical advice is hundred percent, if one item does not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is seventy-five percent, if two items do not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is fifty percent, and if three items do not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is fifty percentThe degree of completion of the medical advice is twenty-five percent, if the requirement of the postoperative recovery guide is not met, the degree of completion of the medical advice is zero, the problems of medication error, medication error dosage and the like of a patient can be avoided according to the postoperative recovery guide, and the daily diet can be guided;
step four, counting the number of days n of different doctor's advice completion degrees 1 ,n 2 ,n 3 ,n 4 ，n 5 ，n 1 Representing the number of days when the order is completed one hundred percent, n 2 Indicating seventy-five percent days, n 3 Indicating the number of days, n, of fifty percent of order completion 4 Representing twenty-five percent days, n 5 Representing the number of days that the order completion is zero, where n=n 1 +n 2 +n 3 +n 4 +n 5 Calculating an order compliance index p,
and fifthly, the analysis module sends the medical order compliance index rho to the diagnosis and treatment subsystem, and a doctor can refer to the medical order compliance index rho during secondary post-operation consultation of a patient.
The health consultation information is health matters which are in the storage module and are noticed by different diseases, the discharge doctor advice information is formulated for the operation and the own illness state of the patient, and the postoperative recovery guideline is related to the health matters corresponding to the diseases and the own illness state of the patient at the same time.
In the step 5), when the patient suffers from a disease once in life, the health information record of the patient is firstly established, and when the patient suffers from a disease for the second time, a doctor can call the health record information of the patient last time through the control center and generate new health record information, and the health information record comprises diagnosis information and allergy history, and can call the past health record information of the patient when the patient makes a visit each time according to the identity information of the patient.
The reminding module can record the discharge time and the re-diagnosis time of the patient, when the re-diagnosis time of the patient is reached, the reminding module sends diagnosis information of the patient to the diagnosis and treatment subsystem, a nurse can remind the patient of the timely re-diagnosis through a call mode, doctors can also be reminded of timely discharge patient follow-up visit of the patient, the medicine taking and exercise time of the patient can be set in the reminding module and used for reminding the patient, the medicine taking and re-exercise time reminding of the patient can be set in the reminding module, the patient is timely reminded of taking the medicine, the reminding module can be a set independent module, the time information needed to be reminded is input, and after the set time is reached, the reminding module sends signals to a reminded receiving subject, and the medicine taking time of the patient, the corresponding medicine type and the quantity of each medicine can be set in the reminding module.
When the invention is particularly used, the system mainly comprises a control center, a storage module, a reminding module, a hospital subsystem, a hospital information management platform, a hospital information input end and a patient information input end, a nurse inputs the identity information of a patient through the information input subsystem of the hospital subsystem, the examination subsystem performs physical examination on the patient, then the examination result is sent to the diagnosis subsystem, a doctor determines the treatment scheme of the patient through the diagnosis subsystem, when the patient is subjected to operation treatment, the hospital information input end, an information screening module of the hospital information input end screens the treatment information, sends the hospital order information to an analysis module, sends the diagnosis information to an information calling module, the information calling module invokes health consultation information in the storage module to the analysis module, the analysis module formulates a post-operation recovery guide according to the health consultation information and the hospital order information, and sends the post-operation recovery guide to the patient information input end, the patient can refer to the post-operation recovery guide, the patient can acquire the information of a post-operation recovery process through the patient information input end, the post-operation recovery information is uploaded to the patient, the post-operation recovery information is in a state of the patient recovery process, the hospital information is in a state of the hospital information input end, the hospital information screening module is in a state of the hospital information is matched with the hospital order, the index is completely, the information is recorded in a control chain is in a state of the system is in a state of the system is completely matched with the patient order after the patient has the post-operation recovery information, and the patient recovery information is in the operation has the operation recovery information is completely recovered after the operation information has been in the operation process, a doctor can directly utilize the identity information of the patient to call all health information records of the patient, the health information records are helpful for the doctor to quickly know all conditions of the patient, the treatment scheme is quickly determined, meanwhile, the hospitalization time can be shortened through the guidance of the postoperative recovery process of the patient discharge, and medical resources are saved.
While the invention has been described in connection with certain embodiments, it is not intended that the invention be limited thereto; for those skilled in the art to which the present invention pertains and the related art, on the premise of based on the technical scheme of the present invention, the expansion, the operation method and the data replacement should all fall within the protection scope of the present invention.
Claims (4)
1. The anorectal surgery information management system based on big data is characterized by comprising a control center, a storage module, a reminding module, a hospital subsystem, a hospital information management platform, a hospital information input end and a patient information input end, wherein the hospital subsystem comprises an information input subsystem, an examination subsystem and a diagnosis and treatment subsystem, the hospital information input end comprises an information screening module, a diagnosis recording module and a blockchain module, the patient information input end comprises a medicine recording module, a diet module, a rehabilitation module and a health knowledge module, and the control center comprises an analysis module, an information calling module, an information receiving module and an information sending module;
the system management process is specifically as follows:
1) The nurse inputs the identity information of the patient through the information input subsystem of the hospital subsystem, the examination subsystem performs physical examination on the patient, and the examination result is sent to the diagnosis and treatment subsystem, and the diagnosis and treatment doctor inquires the patient and diagnoses and treats the patient through the diagnosis and treatment subsystem;
2) When a patient is in a hospital and is subjected to operation treatment, the hospital information management platform acquires the diagnosis information of each port of the hospital corresponding to the identity information of the patient, wherein the diagnosis information comprises diagnosis information, electronic medical record information, examination information, hospitalization information, payment information and discharge doctor's advice information, and after the patient is discharged from the hospital, the hospital information management platform sends the diagnosis information of the patient to a hospital information input end;
3) After receiving the patient's treatment information, the information screening module screens the received treatment information, and uploads the screened diagnosis information, examination information and discharge order information to the control center, the information receiving module of the control center receives the diagnosis information, examination information and discharge order information, and then sends the discharge order information to the analysis module, sends the diagnosis information to the information calling module, and the information calling module invokes health consultation information matched with the disease type in the diagnosis information from the storage module, and sends the health consultation information to the analysis module, and the analysis module formulates a postoperative recovery guide according to the health consultation information and the discharge order information, and sends the postoperative recovery guide to the patient information input end;
4) After the patient information input end receives the postoperative recovery guide, the postoperative recovery guide is stored in a health knowledge module, a patient refers to the postoperative recovery guide to carry out recuperation, a medicine recording module records the medicine taking time, the medicine amount and the medicine name of the patient, a diet module records the diet type and the medicine consumption of the patient, a rehabilitation module records the postoperative exercise time and the exercise amount, the patient information input end uploads the recorded contents recorded by the medicine recording module, the diet module and the rehabilitation module to a control center, an analysis module of the control center analyzes and compares the uploaded recorded contents with the postoperative recovery guide to obtain an order compliance index, the order compliance index represents the degree of compliance on the order, and when the patient carries out postoperative secondary review, a doctor refers to the order compliance index to judge the recovery condition of the operation;
5) After the patient is completely recovered, the hospital subsystem sends a patient recovery signal to the control center, the control center gathers information of the treatment process of the patient, diagnosis information of the patient is recorded in a blockchain matched with the identity information of the patient, when the patient is ill next time, doctors directly use the identity information of the patient to call all health information records of the patient, the health information records comprise diagnosis information and allergy history, and only doctors of regular hospitals have viewing authority, and the viewing authority is the regular hospitals stored in the storage module in advance by the control center;
the analysis module of the control center formulates a postoperative recovery guide according to the hospital discharge order information and the health consultation information, and analyzes and compares the recorded content recorded by the patient information input end with the postoperative recovery guide to obtain an order compliance index, and the specific analysis process is as follows:
step one, an information calling module determines the disease type of a patient according to diagnosis information, determines the number x of the disease type, and calls health consultation information matched with the disease type in the diagnosis information from a storage module according to the number x;
step two, determining the type s of the medicine eaten after operation according to the discharge doctor's advice information by an analysis module i Wherein i represents the number of kinds of medicines to be taken, and the daily taking time of each medicine isThe daily rehabilitation time is t a The analysis module specifies other notes m corresponding to the recipe f and the disease type x from the health consultation information, and the analysis module performs the analysis on the s i 、/>t a Summarizing f and m to obtain a postoperative recovery guide, and transmitting the postoperative recovery guide to a patient information input end by an analysis module;
step three, the recorded content of the patient recovery process and the postoperative recovery guide are uploaded to an analysis module by the patient information input end, the analysis module performs comparison analysis on the recorded content of the postoperative recovery process within N days, and if the drug taking type s=s in a unit of day i Time of taking medicineRehabilitation recovery duration +.>If the diet recorded by the diet module is in f, the degree of completion of the medical advice is hundred percent, if one item does not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is seventy-five percent, if two items do not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is fifty percent, if three items do not meet the requirement of the postoperative recovery guide, the degree of completion of the medical advice is twenty-five percent, and if the requirement of the postoperative recovery guide is not met at all, the degree of completion of the medical advice is zero;
step four, counting the number of days n of different doctor's advice completion degrees 1 ，n 2 ，n 3 ，n 4 ，n 5 ，n 1 Representing the number of days when the order is completed one hundred percent, n 2 Indicating seventy-five percent days, n 3 Indicating the number of days, n, of fifty percent of order completion 4 Representing twenty-five percent days, n 5 Representing the number of days that the order completion is zero, where n=n 1 +n 2 +n 3 +n 4 +n 5 Calculating an order compliance index p,
and fifthly, the analysis module sends the medical order compliance index rho to the diagnosis and treatment subsystem, and a doctor refers to the medical order compliance index rho when the patient is subjected to postoperative secondary review.
2. The system according to claim 1, wherein the health consultation information is health matters of different diseases, the discharge order information is formulated for operation and own illness of the patient, and the post-operation recovery guide is related to the health matters corresponding to the diseases and the own illness of the patient.
3. The anorectal surgery information management system based on big data according to claim 1, wherein in the 5) when the patient is treated for the first time, a health information record of the patient is first established, and when the patient is ill for the second time, a doctor calls the last health record information of the patient through a control center and generates new health record information, and the health information record comprises diagnosis information and allergy history, and the past health record information of the patient is called at each visit according to the identity information of the patient.
4. The anorectal surgery information management system based on big data according to claim 1, wherein the reminding module records the discharge time and the re-diagnosis time of the patient, when the re-diagnosis time of the patient is reached, the reminding module sends the diagnosis information of the patient to the diagnosis and treatment subsystem, a nurse reminds the patient to carry out the timely re-diagnosis in a telephone way, a doctor is reminded to carry out the follow-up visit of the discharged patient in time, the taking time and the exercise time of the patient are set in the reminding module, the patient is reminded, the taking time and the re-diagnosis time of the patient are reminded, and the patient is reminded to take the medicine in time.
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| CN113782145B (en) * | 2021-09-22 | 2024-03-12 | 深圳市第二人民医院(深圳市转化医学研究院) | Postoperative accurate rehabilitation system and method |
| CN114882984B (en) * | 2022-06-30 | 2023-02-10 | 深圳市人民医院 | Operating room postoperative care information analysis management scheduling integration intelligent platform |
| CN115620890B (en) * | 2022-10-24 | 2023-09-29 | 华东医院 | Chest surgery patient postoperative remote monitoring and rehabilitation system based on digitization |
| CN117690568B (en) * | 2024-02-04 | 2024-04-19 | 四川省医学科学院·四川省人民医院 | Medical and health combined management system and method based on blockchain |
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