CN111462850A - Symptom management system and method used before and after lung cancer operation - Google Patents
Symptom management system and method used before and after lung cancer operation Download PDFInfo
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- 208000024891 symptom Diseases 0.000 title claims abstract description 46
- 206010058467 Lung neoplasm malignant Diseases 0.000 title claims abstract description 22
- 201000005202 lung cancer Diseases 0.000 title claims abstract description 22
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- 238000000034 method Methods 0.000 title claims description 16
- 238000003745 diagnosis Methods 0.000 claims abstract description 60
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- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 claims description 19
- 206010042344 Subcutaneous emphysema Diseases 0.000 claims description 15
- 206010058046 Post procedural complication Diseases 0.000 claims description 13
- 208000035965 Postoperative Complications Diseases 0.000 claims description 13
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- 206010013952 Dysphonia Diseases 0.000 claims description 11
- 208000010473 Hoarseness Diseases 0.000 claims description 11
- 208000010378 Pulmonary Embolism Diseases 0.000 claims description 11
- 208000003455 anaphylaxis Diseases 0.000 claims description 11
- 210000002249 digestive system Anatomy 0.000 claims description 11
- 210000002216 heart Anatomy 0.000 claims description 11
- 210000000653 nervous system Anatomy 0.000 claims description 11
- 238000001356 surgical procedure Methods 0.000 claims description 11
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- 208000002173 dizziness Diseases 0.000 claims description 6
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- 230000000977 initiatory effect Effects 0.000 claims description 3
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- 238000007726 management method Methods 0.000 abstract 3
- 208000006545 Chronic Obstructive Pulmonary Disease Diseases 0.000 description 9
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- 238000012795 verification Methods 0.000 description 8
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- G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
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Abstract
The invention relates to the technical field of medical services, and particularly discloses a symptom management system and a symptom management method before and after a lung cancer operation, wherein the symptom management system before and after the lung cancer operation comprises a patient end, a doctor end and a processing center module; the patient end comprises a basic personal information input unit, a patient operation information input unit and a conventional illness state information input unit; the doctor end comprises a doctor information input unit, a doctor operation information input unit and a conventional illness state diagnosis information input unit; the processing center module comprises a surgical information recording unit and a conventional illness state information recording unit, wherein the surgical information recording unit is used for storing a patient surgical condition table and sending the patient surgical condition table to the doctor surgical information recording unit, and is also used for recording the patient surgical condition table after the doctor is complete. The invention has the advantages of timely recording and following the state information of the patient, timely, accurately and real-timely sharing the related information, and improving the efficiency and quality of medical service.
Description
Technical Field
The invention relates to the technical field of medical services, in particular to a symptom management system and method used before and after lung cancer surgery.
Background
With the improvement of living standard of people, the demand of people for high-quality medical resources is more and more urgent. However, at present, a large number of people in China have a lot of difficulties and inconveniences when patients seek medical treatment due to a series of reasons such as a large number of people in China, serious imbalance of medical resource distribution, and tension of doctor-patient relations.
However, in the traditional communication services, such as telephone consultation and hotline service, it is often difficult for doctors to obtain relevant information data of patients timely and accurately, so that the service efficiency, the service quality and the patient satisfaction are difficult to improve.
For example, in some typical scenarios, after a patient dials a health service hotline and the hotline is connected to a relevant doctor, the patient and the doctor can have a real-time conversation, but the basic information, the genetic medical history, the health record, the examination data and the like of the patient directly affect the service quality of the doctor due to the lack of the part of information, and the doctor cannot even provide accurate service; in the traditional mode, the doctor is dictated by the patient or reads the stored materials, which brings inconvenience and delays time and influences quality.
In the field of mobile medical and health communication and information service, doctors and patients often affect the efficiency and quality of service because the doctors and patients cannot share related information timely, accurately and in real time.
In summary, the conventional information service method has inconvenience and disadvantages in practical use, so it is necessary to improve the method.
Disclosure of Invention
The invention aims to provide a symptom management system and method used before and after lung cancer surgery, which have the advantages of timely recording and following the state information of patients, timely, accurately and real-timely sharing related information, and improving the efficiency and quality of medical service.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows: a symptom management system used before and after lung cancer surgery comprises a patient end, a doctor end and a processing center module;
the patient end comprises a basic personal information input unit, a patient operation information input unit and a conventional illness state information input unit;
the basic personal information input unit is used for perfecting personal information of a patient, and the personal information of the patient comprises name, contact way, address, native place, certificate type, certificate number, height, weight and age information;
the patient operation information recording unit is used for filling a patient operation condition table, and the patient operation condition table comprises two primary subjects of basic information before a patient operation and concurrent symptom information after the patient operation;
the conventional illness state information recording unit is used for filling a body state information table in a patient to perform on-line inquiry;
the doctor end comprises a doctor information input unit, a doctor operation information input unit and a conventional illness state diagnosis information input unit;
the doctor information input unit is used for perfecting doctor personal information, and the doctor personal information comprises names, employment hospitals, departments and job title information;
the doctor operation information input unit is used for improving the patient operation condition table by a doctor;
a doctor determines that a diagnosis scheme is uploaded through the conventional illness state diagnosis information input unit according to the physical state of a patient uploaded through the conventional illness state information input unit;
the processing center module comprises a surgical information recording unit and a conventional illness state information recording unit, wherein the surgical information recording unit is used for storing a patient surgical condition table filled by a patient and sending the patient surgical condition table filled by the patient to the doctor surgical information recording unit, and is also used for recording the patient surgical condition table after a doctor is finished;
the conventional illness state information recording unit is used for recording the body state information input by the patient through the conventional illness state information input unit and sending the body state information to the conventional illness state diagnosis information input unit, and is also used for recording the diagnosis scheme input by the doctor through the conventional illness state diagnosis information input unit and sending the diagnosis scheme to the corresponding patient end.
Through the technical scheme, the system mainly realizes real-time recording and follow-up of the state information of the patient. For a patient needing an operation, the patient end of the system is logged in through a mobile terminal to fill in a patient operation condition table, two primary subjects of basic information before the operation of the patient and concurrent symptom information after the operation of the patient are collected, and then a doctor completes the patient operation condition table through a doctor end. When a patient needs on-line inquiry, the body state information table is filled and uploaded to the processing center module, the processing center module sends the body state information table to the doctor end, and the doctor diagnoses according to the body state information table of the patient through the doctor end, so that the effects of timely recording and following the state information of the patient, timely, accurately and real-timely sharing relevant information and improving the efficiency and quality of medical service are achieved.
Further, the preoperative basic information comprises four secondary subjects of smoking history information, related disease information, admission date and admission reason;
the postoperative complication information of the patient comprises nine secondary subjects of lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, wherein each secondary subject corresponds to a plurality of symptom degree options.
Further, the physical state information table comprises nine secondary subjects of cough, pain, short breath, fatigue, dizziness, nausea and vomiting, subcutaneous emphysema, insomnia and constipation, and each secondary subject corresponds to a plurality of symptom degree options.
Furthermore, the processing center also comprises an online inquiry unit, the online inquiry unit is used for connecting the patient end and the doctor end in real time, and the patient requests the online doctor to reply after initiating a question through the patient end.
Furthermore, the operation information recording unit further comprises a periodic reminding subunit, wherein the patient enters the discharge date on the patient operation condition table when discharged, the periodic reminding subunit is used for recording the discharge date of the patient, setting a reminding period and reminding the patient to fill in the patient operation condition table again in the setting reminding period.
Furthermore, the processing center module further comprises a cloud health module, the cloud health module comprises a diagnosis case database, a plurality of physical states and diagnosis case schemes corresponding to the physical states are stored in the diagnosis case database, the cloud health module is used for acquiring the conventional disease condition information recording unit and recording the physical state information input by the patient through the conventional disease condition information input unit, and retrieving the corresponding diagnosis case schemes in the diagnosis case database according to the physical state information input by the patient and sending the diagnosis case schemes to the doctor end.
A method for managing symptoms before and after lung cancer surgery comprises the following steps,
s1: acquiring a patient request from a patient end, judging whether the patient is filled with operation information or not, if so, executing S2, if not, judging whether the patient is subjected to conventional disease diagnosis or not, if so, executing S4, judging whether the patient is subjected to online inquiry or not, if so, executing S5, and if not, executing S6;
s2: sending the patient operation condition table to the patient end, after the patient selects an attending doctor, completes the filling of the patient operation condition table and uploads the patient operation condition table, sending the patient operation condition table to the doctor end of the attending doctor, and the attending doctor perfects the patient operation condition table through the doctor end to execute S3;
s3: establishing a database by taking the basic information of the patient as a directory, and storing a completed patient operation condition table;
s4: the method comprises the steps that a physical state information table is sent to a patient end, after a patient selects an attending doctor, completes the filling of the physical state information table and uploads the physical state information table, the physical state information table is sent to a doctor end of the attending doctor, the attending doctor checks the physical state information table through the doctor end and conducts diagnosis, and the attending doctor sends a diagnosis scheme uploaded by the doctor end to the patient end;
s5: the patient selects an attending doctor, the doctor end of the attending doctor is connected with the patient end in real time, and the patient initiates questions through the patient end and then replies to the doctor online;
s6: recording the request, sending to the customer service end, and seeking manual help
Through the technical scheme, the method mainly realizes real-time recording and follow-up of the state information of the patient. For the patient needing operation, the patient end is logged in to fill in the patient operation condition table, and then the doctor completes the patient operation condition table through the doctor end. When a patient needs on-line inquiry, the body state information table is filled and uploaded, the doctor end receives the body state information table, and the doctor diagnoses according to the body state information table of the patient through the doctor end, so that the effects of timely recording and following the state information of the patient, timely, accurately and real-timely sharing relevant information and improving the efficiency and quality of medical service are achieved.
Further, the patient operation condition table comprises two primary subjects of basic information before the operation of the patient and information of concurrent symptoms after the operation of the patient;
the preoperative basic information comprises four secondary subjects of smoking history information, related disease information, admission date and admission reason;
the postoperative complication information of the patient comprises nine secondary subjects of lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, wherein each secondary subject corresponds to a plurality of symptom degree options.
Further, the physical state information table comprises nine secondary subjects of cough, pain, short breath, fatigue, dizziness, nausea and vomiting, subcutaneous emphysema, insomnia and constipation, and each secondary subject corresponds to a plurality of symptom degree options.
Further, the step S2 specifically includes the following steps,
s21: the patient enters the discharge date on the patient operation condition table when discharged, and the main doctor perfects the patient operation condition table through the doctor end and sets a schedule adjusting reminding period;
s22: acquiring the current time, judging whether the time is separated from the discharge date recorded by the patient by the reminding period, and if so, executing S23; if not, executing S22;
s23: and sending a prompt message and a patient operation condition table to the patient end.
In conclusion, the beneficial technical effects of the invention are as follows:
1. the invention has the advantages of timely recording and following the state information of the patient, timely, accurately and real-timely sharing the related information, and improving the efficiency and quality of medical service;
2. the invention has the function of timing reminding, judges whether the time of the reminding period is separated from the time of the first filling of the patient operation condition table by the patient, and if so, sends a prompt message and the patient operation condition table to the patient end, thereby having the effect of assisting medical staff to follow up the postoperative condition of the patient.
Drawings
FIG. 1 is a schematic diagram of a system for managing symptoms of a lung cancer before and after surgery according to the present invention;
FIG. 2 is a schematic diagram of four secondary subjects, namely smoking history information, related disease information, admission date and admission reason of the primary subject, of the basic preoperative information of a patient on a patient operation condition table according to the present invention;
FIG. 3 is a diagram of lung function index, COPD classification, high risk factor and pathology of four secondary subjects of the present invention for displaying basic preoperative information of a patient on a patient operation table;
FIG. 4 is a schematic diagram of nine secondary subjects of lung infection, anaphylaxis, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema, hoarseness, of the present invention, for demonstrating post-operative complication information of a patient's surgical chart;
fig. 5 is a partial schematic view of the present invention showing a patient filling out a physical state information table.
Detailed Description
The technical solutions in the embodiments of the present invention are clearly and completely described below with reference to fig. 1 to 5 of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, but not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1
Referring to fig. 1, a symptom management system used before and after lung cancer surgery comprises a patient end, a doctor end and a processing center module.
The details of each part are described in turn below.
Referring to fig. 1, the patient end includes a patient login unit, a basic personal information entry unit, a patient operation information entry unit, and a conventional illness state information entry unit.
The patient login unit comprises a mobile phone number detection subunit and a verification code verification subunit. In this embodiment, a patient can scan the two-dimensional code to access the mobile phone number detection subunit of the system by using the scanning function of the software of the mobile terminal, the mobile phone number detection subunit is used for detecting whether the number of the mobile phone number input by the patient is correct, and if the number of the mobile phone number is incorrect, prompt information is sent. If the number of the mobile phone number is correct, sending a short message containing verification code information to the mobile phone number. The verification code verification subunit comprises a login entry and a registration entry, the verification code verification subunit is used for detecting whether a verification code input by a patient is correct or not, if not, a prompt message is sent, if so, whether the number is registered or not is judged, if so, the operation information input unit or the conventional illness state information input unit of a visitor directly accessed to the login entry is jumped to the login entry, if not, the basic personal information input unit is accessed to the registration entry, and after the patient finishes the personal information of the patient of the basic personal information input unit, the operation information input unit or the conventional illness state information input unit of the visitor is selected.
The basic personal information input unit is used for perfecting the personal information of the patient, and the personal information of the patient comprises name, contact information, address, native place, certificate type, certificate number, height, weight and age information.
The patient operation information recording unit is used for filling a patient operation condition table, and the patient operation condition table comprises two primary subjects of basic information before the patient operation and concurrent symptom information after the patient operation. The preoperative basic information comprises four secondary subjects of smoking history information, related disease information, admission date and admission reason. The postoperative complication information of the patient comprises nine secondary subjects of lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, wherein each secondary subject corresponds to a plurality of symptom degree options. Before the operation, the patient fills in basic information before the operation, and fills in the information of the postoperative concurrent symptoms of the patient after the operation is completed.
The patient can select a designated attending physician at the patient surgery information entry unit. When a patient appoints a primary doctor, the doctor who wants to be appointed can be found by selecting a hospital, a department and a name.
In this embodiment, the operation condition table of the patient is described by taking the monitoring of the lung cancer operation as an example.
Referring to fig. 2 and 3, before lung cancer operation, a patient logs in the system, basic preoperative information of the patient is filled through a patient operation information input unit, the basic preoperative information comprises four secondary subjects including smoking history information, related disease information, admission date and admission reason, each secondary subject corresponds to specific information needing to be filled, and further comprises four secondary subjects including lung function indexes, COPD grades, high-risk factors and pathology, when the patient fills in a patient operation condition table, filling of postoperative concurrent symptom information of the patient, the lung function indexes, the COPD grades, the high-risk factors and the pathology four secondary subjects are hidden, and three secondary subjects including the lung function indexes, the COPD grades and the high-risk factors are filled by more professional doctors. After lung cancer operation, with reference to fig. 4, in a recovery period, a patient fills out postoperative complication information of the patient, the postoperative complication information of the patient includes nine secondary subjects including lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, and each secondary subject corresponds to multiple symptom degree options. It is worth mentioning that the patient fills in the information of the secondary subjects that the patient can observe, namely the anaphylaxis, the digestive system and the hoarseness, and the rest information can be filled in by the doctor.
Referring to fig. 1, the doctor end includes a doctor information entry unit, a doctor operation information entry unit, and a general illness state diagnosis information entry unit;
the doctor information input unit is used for perfecting doctor personal information, and the doctor personal information comprises names, employment hospitals, departments and job title information;
the doctor operation information entry unit is used for improving a patient operation condition table by a doctor, namely displaying all secondary subjects of the patient operation condition table at the doctor end, displaying preoperative basic information and postoperative concurrent symptom information of the patient. Before the operation, doctors fill in the lung function index, COPD grading, high risk factor and pathology of four secondary subjects, and after the operation and in the recovery period, after the patients fill in the postoperative complication information of the patients, the doctors fill in the operation condition table of the patients, and fill in the secondary subject information which can be known only after the diagnosis of professional instruments of expert consultation meetings, such as nervous system, heart, pulmonary embolism, mammary gland, subcutaneous emphysema, and the like.
The doctor determines that the diagnosis scheme is uploaded through the conventional illness state diagnosis information input unit according to the physical state of the patient uploaded through the conventional illness state information input unit.
Referring to fig. 5, the conventional patient information entry unit at the patient end is used for filling the body state information table for on-line inquiry. The physical state information table comprises nine secondary subjects of cough, pain, shortness of breath, fatigue, dizziness, nausea and vomiting, subcutaneous emphysema, insomnia and constipation, and each secondary subject corresponds to a plurality of symptom degree options.
It should be noted that, in this embodiment, in order to reduce the waste of medical resources, the patient cannot designate a primary doctor in the conventional condition information entry unit, and the system acquires the location of the patient or the address information input by the patient, searches for three doctors closest to the location of the patient or the address input by the patient, and sends the body state information table to the doctor end of the three doctors.
Referring to fig. 1, the processing center module includes a surgical information recording unit and a conventional disease condition information recording unit, the surgical information recording unit is used for storing a patient surgical condition table filled by a patient and sending the patient surgical condition table filled by the patient to the doctor surgical information recording unit, and is also used for recording the patient surgical condition table after a doctor is finished.
The operation information recording unit also comprises a periodic reminding subunit, wherein the patient enters the discharge date on the patient operation condition table when discharged, and the periodic reminding subunit is used for recording the discharge date of the patient, setting a reminding period and reminding the patient to fill in the patient operation condition table again in the setting reminding period. It is worth explaining, taking the monitoring of the lung cancer operation as an example, the regular reminding subunit sends the prompt information and the patient operation condition table to the patient end every 1 month, 3 months, 6 months and 12 months of the discharge date after the patient is discharged, and reminds the patient to update the postoperative concurrent symptom information, thereby achieving the effect of continuously monitoring the physical state of the patient.
The conventional illness state information recording unit is used for recording the body state information input by the patient through the conventional illness state information input unit and sending the body state information to the conventional illness state diagnosis information input unit, and is also used for recording the diagnosis scheme input by the doctor through the conventional illness state diagnosis information input unit and sending the diagnosis scheme to the corresponding patient end.
Referring to the figure, the processing center module further comprises a cloud health module, the cloud health module comprises a diagnosis case database, a plurality of physical states and diagnosis case schemes corresponding to the physical states are stored in the diagnosis case database, the cloud health module is used for acquiring a conventional disease condition information recording unit and recording the physical state information input by the patient through the conventional disease condition information recording unit, retrieving the corresponding diagnosis case schemes in the diagnosis case database according to the physical state information input by the patient and sending the diagnosis case schemes to the doctor end. The diagnosis case scheme is used for assisting doctors to have more accurate and rapid understanding and judgment on the symptoms of the patients.
The processing center also comprises an online inquiry unit which is used for connecting the patient end and the doctor end in real time, and the patient requests the online doctor to reply after initiating a question through the patient end.
The implementation principle of the embodiment is as follows: the system mainly realizes real-time recording and follow-up of the state information of the patient. For a patient needing an operation, the patient end of the system is logged in through a mobile terminal to fill in a patient operation condition table, two primary subjects of basic information before the operation of the patient and concurrent symptom information after the operation of the patient are collected, and then a doctor completes the patient operation condition table through a doctor end. When a patient needs on-line inquiry, the body state information table is filled and uploaded to the processing center module, the processing center module sends the body state information table to the doctor end, and the doctor diagnoses according to the body state information table of the patient through the doctor end, so that the effects of timely recording and following the state information of the patient, timely, accurately and real-timely sharing relevant information and improving the efficiency and quality of medical service are achieved.
Example 2
Referring to fig. 4, a method for symptom management before and after a lung cancer operation includes the steps of,
s1: acquiring a patient request from a patient end, judging whether the patient is filled with operation information or not, if so, executing S2, if not, judging whether the patient is used for routine disease diagnosis or not, if so, executing S4, judging whether the patient is subjected to online inquiry or not, if so, executing S5, and if not, executing S6;
s2: sending the patient operation condition table to the patient end, after the patient selects an attending doctor, completes the filling of the patient operation condition table and uploads the patient operation condition table, sending the patient operation condition table to the doctor end of the attending doctor, and the attending doctor perfects the patient operation condition table through the doctor end to execute S3;
s3: establishing a database by taking the basic information of the patient as a directory, and storing a completed patient operation condition table;
s4: the method comprises the steps that a physical state information table is sent to a patient end, after a patient selects an attending doctor, completes the filling of the physical state information table and uploads the physical state information table, the physical state information table is sent to a doctor end of the attending doctor, the attending doctor checks the physical state information table through the doctor end and conducts diagnosis, and the attending doctor sends a diagnosis scheme uploaded by the doctor end to the patient end;
s5: the patient selects an attending doctor, the doctor end of the attending doctor is connected with the patient end in real time, and the patient initiates questions through the patient end and then replies to the doctor online;
s6: and recording the request, sending the request to the customer service end, and seeking manual help.
The patient operation condition table comprises two primary subjects of basic information before the operation of the patient and concurrent symptom information after the operation of the patient. The preoperative basic information comprises four secondary subjects of smoking history information, related disease information, admission date and admission reason. The postoperative complication information of the patient comprises nine secondary subjects of lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, wherein each secondary subject corresponds to a plurality of symptom degree options. Before the operation, the patient fills in basic information before the operation, and fills in the information of the postoperative concurrent symptoms of the patient after the operation is completed.
In this embodiment, the operation condition table of the patient is described by taking the monitoring of the lung cancer operation as an example.
Referring to the steps 2 and 3, before lung cancer operation, a patient logs in the system, basic information before the patient operation is filled through a patient operation information input unit, the basic information before the patient operation comprises four secondary subjects including smoking history information, related disease information, admission date and admission reason, each secondary subject corresponds to specific information needing to be filled, and the system further comprises four secondary subjects including lung function indexes, COPD grading, high-risk factors and pathology, when the patient fills in a patient operation condition table, filling of postoperative concurrent symptom information of the patient, the lung function indexes, the COPD grading, the high-risk factors and the pathology is hidden, and the three secondary subjects including the lung function indexes, the COPD grading and the high-risk factors are filled by more professional doctors. After lung cancer operation, with reference to fig. 4, in a recovery period, a patient fills out postoperative complication information of the patient, the postoperative complication information of the patient includes nine secondary subjects including lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, and each secondary subject corresponds to multiple symptom degree options. It is worth mentioning that the patient fills in the information of the secondary subjects that the patient can observe, namely the anaphylaxis, the digestive system and the hoarseness, and the rest information can be filled in by the doctor. Before the operation, doctors fill in the lung function index, COPD grading, high risk factor and pathology of four secondary subjects, and after the operation and in the recovery period, after the patients fill in the postoperative complication information of the patients, the doctors fill in the operation condition table of the patients, and fill in the secondary subject information which can be known only after the diagnosis of professional instruments of expert consultation meetings, such as nervous system, heart, pulmonary embolism, mammary gland, subcutaneous emphysema, and the like.
S2 includes the following steps of,
s21: the patient enters the discharge date on the patient operation condition table when discharged, and the main doctor perfects the patient operation condition table through the doctor end and sets a schedule adjusting reminding period;
s22: acquiring the current time, judging whether the time is separated from the discharge date recorded by the patient by the reminding period, and if so, executing S23; if not, executing S22;
s23: and sending a prompt message and a patient operation condition table to the patient end.
The S4 includes the following steps,
s41: establishing a diagnosis case database, storing a plurality of body states and corresponding diagnosis case schemes in the diagnosis case database, and executing S42;
s42: the patient selects a main doctor, completes the filling of the body state information table and uploads the body state information table, and then the body state information table is sent to the doctor end of the main doctor; referring to fig. 5, the physical status information table includes nine secondary subjects of cough, pain, shortness of breath, fatigue, dizziness, nausea, vomiting, subcutaneous emphysema, insomnia, and constipation, each secondary subject corresponding to a plurality of symptom degree options, and S42 is executed;
s43: searching a corresponding diagnosis case scheme in a diagnosis case database according to the body state information table filled in by the patient, and sending the diagnosis case scheme and the body state information table filled in by the patient to a doctor end;
s44: the main doctor checks the body state information table through the doctor end and diagnoses the body state information table, and the main doctor sends a diagnosis scheme uploaded by the doctor end to the patient end.
The diagnosis case scheme is used for assisting doctors to have more accurate and rapid understanding and judgment on the symptoms of the patients.
Claims (10)
1. A symptom management system used before and after lung cancer surgery is characterized by comprising a patient end, a doctor end and a processing center module;
the patient end comprises a basic personal information input unit, a patient operation information input unit and a conventional illness state information input unit;
the basic personal information input unit is used for perfecting personal information of a patient, wherein the personal information of the patient comprises name, contact information, address, native place, certificate type, certificate number, height, weight and age information;
the patient operation information recording unit is used for filling a patient operation condition table, and the patient operation condition table comprises two primary subjects of basic information before a patient operation and concurrent symptom information after the patient operation;
the conventional illness state information recording unit is used for filling a body state information table in a patient to perform on-line inquiry;
the doctor end comprises a doctor information input unit, a doctor operation information input unit and a conventional illness state diagnosis information input unit;
the doctor information input unit is used for perfecting doctor personal information, and the doctor personal information comprises names, employment hospitals, departments and job title information;
the doctor operation information input unit is used for improving the patient operation condition table by a doctor;
a doctor determines that a diagnosis scheme is uploaded through the conventional illness state diagnosis information input unit according to the physical state of a patient uploaded through the conventional illness state information input unit;
the processing center module comprises a surgical information recording unit and a conventional illness state information recording unit, wherein the surgical information recording unit is used for storing a patient surgical condition table filled by a patient and sending the patient surgical condition table filled by the patient to the doctor surgical information recording unit, and is also used for recording the patient surgical condition table after a doctor is finished;
the conventional illness state information recording unit is used for recording the body state information input by the patient through the conventional illness state information input unit and sending the body state information to the conventional illness state diagnosis information input unit, and is also used for recording the diagnosis scheme input by the doctor through the conventional illness state diagnosis information input unit and sending the diagnosis scheme to the corresponding patient end.
2. The system of claim 1, wherein the pre-operative basic information comprises four secondary subjects, namely smoking history information, related disease information, admission date and admission reason;
the postoperative complication information of the patient comprises nine secondary subjects of lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, wherein each secondary subject corresponds to a plurality of symptom degree options.
3. The system of claim 1, wherein the physical state information table comprises nine secondary subjects selected from cough, pain, shortness of breath, fatigue, dizziness, nausea, vomiting, subdermal emphysema, insomnia and constipation, and each secondary subject has multiple symptom level options.
4. The symptom management system according to any one of claims 1 to 3, wherein the processing center further comprises an online inquiry unit, the online inquiry unit is configured to connect the patient end and the doctor end in real time, and the patient requests an online doctor to reply through the online inquiry unit after initiating a question through the patient end.
5. The system as claimed in claim 4, wherein the operation information recording unit further comprises a periodic reminding subunit, the patient enters a discharge date on the operation condition table of the patient when discharged, the periodic reminding subunit is configured to record the discharge date of the patient, set a reminding period, and remind the patient to fill in the operation condition table of the patient again in the set reminding period.
6. The symptom management system used before and after lung cancer surgery of claim 1, wherein the processing center module further comprises a cloud health module, the cloud health module comprises a diagnosis case database, a plurality of physical states and corresponding diagnosis case schemes are stored in the diagnosis case database, and the cloud health module is used for acquiring the conventional disease condition information recording unit, recording the physical state information input by the patient through the conventional disease condition information recording unit, retrieving the corresponding diagnosis case schemes in the diagnosis case database according to the physical state information input by the patient, and sending the diagnosis case schemes to the doctor end.
7. A method for managing symptoms before and after lung cancer surgery, which is characterized by comprising the following steps,
s1: acquiring a patient request from a patient end, judging whether the patient is filled with operation information or not, if so, executing S2, if not, judging whether the patient is subjected to conventional disease diagnosis or not, if so, executing S4, judging whether the patient is subjected to online inquiry or not, if so, executing S5, and if not, executing S6;
s2: sending the patient operation condition table to the patient end, after the patient selects an attending doctor, completes the filling of the patient operation condition table and uploads the patient operation condition table, sending the patient operation condition table to the doctor end of the attending doctor, and the attending doctor perfects the patient operation condition table through the doctor end to execute S3;
s3: establishing a database by taking the basic information of the patient as a directory, and storing a completed patient operation condition table;
s4: the method comprises the steps that a physical state information table is sent to a patient end, after a patient selects an attending doctor, completes the filling of the physical state information table and uploads the physical state information table, the physical state information table is sent to a doctor end of the attending doctor, the attending doctor checks the physical state information table through the doctor end and conducts diagnosis, and the attending doctor sends a diagnosis scheme uploaded by the doctor end to the patient end;
s5: the patient selects an attending doctor, the doctor end of the attending doctor is connected with the patient end in real time, and the patient initiates questions through the patient end and then replies to the doctor online;
s6: and recording the request, sending the request to the customer service end, and seeking manual help.
8. The method of claim 7, wherein the patient operation condition table includes two primary subjects of basic information before and concurrent information after the operation of the patient;
the preoperative basic information comprises four secondary subjects of smoking history information, related disease information, admission date and admission reason;
the postoperative complication information of the patient comprises nine secondary subjects of lung infection, anaphylactic reaction, nervous system, digestive system, heart, pulmonary embolism, breast chest, subcutaneous emphysema and hoarseness, wherein each secondary subject corresponds to a plurality of symptom degree options.
9. The method of claim 7, wherein the physical status information table comprises nine secondary subjects selected from cough, pain, shortness of breath, fatigue, dizziness, nausea, vomiting, subdermal emphysema, insomnia and constipation, and each secondary subject has multiple symptom degree options.
10. The method for managing symptoms before and after lung cancer surgery of claim 1, wherein said S2 includes the steps of,
s21: the patient enters the discharge date on the patient operation condition table when discharged, and the main doctor perfects the patient operation condition table through the doctor end and sets a schedule adjusting reminding period;
s22: acquiring the current time, judging whether the time is separated from the discharge date recorded by the patient by the reminding period, and if so, executing S23; if not, executing S22;
s23: and sending a prompt message and a patient operation condition table to the patient end.
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