CN115579099A - Interactive system based on pain patient multi-dimensional data acquisition and intelligent decision - Google Patents
Interactive system based on pain patient multi-dimensional data acquisition and intelligent decision Download PDFInfo
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Abstract
The invention relates to the technical field of intelligent medical treatment, in particular to an interactive system based on multidimensional data acquisition and intelligent decision of pain patients, which comprises an interface layer, a pain patient management decision support database layer and a pain patient management decision support interactive layer, wherein the value of the pain patient management data record is effectively improved by highly expanding and enriching the content of the pain patient management data through comprehensively recording multidimensional detailed data of all systems of the whole body in the medical treatment process; based on detailed pain patient management data content, carrying out accurate intelligent prompt through an intelligent decision model, prompting pain patient managers to record the content which must be filled in an optimal pain patient management path at each key node, standardizing operation, and providing knowledge background and rationalization suggestion; the pain management system has the advantages that the high-quality development of pain patient management work is effectively guaranteed, the pain patient is promoted to recover quickly, and the scientific value and the social and economic value of the pain patient management work are improved.
Description
Technical Field
The invention relates to the technical field of intelligent medical treatment, in particular to an interactive system based on multidimensional data acquisition and intelligent decision-making of pain patients.
Background
The problem that pain patients are painful after operation in the hospital management process is universal, how to fully utilize technological means to improve the treatment efficiency of pain relief of pain patients and effectively improve the pain management quality in the pain patient management process is the future development direction, the close combination of information technology and pain patient management activities is an important characteristic of pain patient management in the new period, in recent years, more and more hospitals begin to introduce advanced information technology systems, such as mobile portable equipment, two-dimensional codes or bar codes, nurses can quickly and accurately identify the identities of pain patients, timely process and execute medical orders, and record pain patient management documents, the collection and checking of pain patient information and other operations basically achieve paperless office, and the aim of pain patient management informatization is preliminarily achieved.
The pain patient intelligent management system adopts an intelligent information technology to intelligently process the health condition of a pain patient and collect, store and transport various medical information, and research shows that the pain patient intelligent management system is used, so that the pain generation time of the pain patient is shortened, the pain patient management workflow is optimized, the pain patient management error is reduced to a certain extent, the working intensity of pain patient managers is reduced, the pain patient management working efficiency is improved, the pain patient managers can quickly and accurately obtain the pain patient information, the pain patient management quality is improved, the high-quality pain patient management is better developed, all links are strictly controlled, scientific pain patient management is realized, the medical health system reform is deepened, the quick development of the pain patient management business is promoted, the intelligent medical treatment is more perfect due to the establishment of the pain patient intelligent management system, and the pain patient management service level is improved.
Although the existing pain patient intelligent management system standardizes and enriches the pain patient management means and improves the pain patient management efficiency, a plurality of defects and problems exist, specifically:
1. a large amount of information islands still exist, hospital information resources are not integrated more fully and systematically, the information islands are opened, an information acquisition mechanism required by pain patient management is formed, comprehensive and unified data management resources are realized, meanwhile, the pain patient management informatization is rapidly developed in recent years but is unbalanced in development, the grade of a hospital is higher, the informatization development degree of the hospital is higher, at present, information systems of all departments are designed according to the specific conditions of the hospital, a 'characteristic' is formed potentially, namely, the systems of all hospitals have different established standards and expression modes and cannot be shared with other hospitals;
2. the structuralization is not perfect, and a uniform and sound pain patient management information intercommunication system is difficult to form, so that the communication and resource sharing of pain patient management information inside a hospital, between hospitals and between China and other countries are severely limited;
3. the technical term standardization is a premise and a basis for realizing resource sharing, the standardized pain patient management technical term is used by nurses writing pain patient management files in a medical environment and gradually transits to the standard pain patient management term recommended by the American nurse association, and in order to promote the development of the Chinese pain patient management specialty, the establishment of a unified standardized pain patient management term is imperative;
4. the top-level design and theoretical mode research related to pain patient management informatization high-end systems is lacked, pain patient management informatization technology is preferentially utilized, and the pain patient management informatization technology is not fully matched with the modernized pain patient management concept;
5. the management path of the pain patient is not clear enough, and is lack of support by more systematic standards and means, so that the pain patient needs to be clear by combining the existing more advanced management path standard, and meanwhile, the pain patient needs to be further improved by combining the existing intelligent auxiliary means;
6. the data acquired by the pain patient management data is not systematic and sound, a new form standard needs to be established systematically, and meanwhile, the data acquisition is more convenient, a more professional pain patient management data warehouse is formed, and an auxiliary decision basis is provided for pain patient management;
7. the pain patient management knowledge graph is lacked, and pain patient managers generally lack guidance in aspects of more professional and convenient pain patient management paths, pain patient management modes, pain patient management professional knowledge and the like in a specific pain patient management scene, so that the effect of pain patient management which is required to be achieved is reduced, and meanwhile, the pain patient managers are not convenient to rapidly improve the self quality of the pain patient managers.
Therefore, there is a need for an interactive system based on multi-dimensional data acquisition and intelligent decision-making for pain patients to solve the problems set forth in the background art.
Disclosure of Invention
The invention aims to provide an interactive system based on multi-dimensional data acquisition and intelligent decision-making of pain patients, so as to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme:
the pain patient management decision support database layer comprises a clinical objective/auxiliary information base, a pain patient management decision information base and a pain patient disease knowledge base, and the pain patient management decision support interaction layer comprises a data input unit, a data utilization unit, an intelligent decision unit and a role authority management unit.
The interface layer finishes data storage, format conversion, message routing and data exchange through a data exchange bus, and consists of a series of middleware, service, webservice interface and central database, the core components of the interface layer comprise a message router, a binding component, a service engine, safety management and installation, deployment and monitoring management, seamless connection between a pain patient management decision support interaction layer and a pain patient management decision support database layer is realized through a data exchange bus technology, a standardized webservice interface is adopted to be in butt joint with a hospital data sharing exchange platform, and various diagnosis and treatment information of pain patients is obtained through the hospital data sharing exchange platform and systems such as a hospital HIS system, an LIS system, a RIS system and the like.
As a preferred embodiment of the present invention, the clinical objective/supplementary information base: the nurse can inquire diagnosis and treatment scheme related information such as a daily list, medical expenses, medication information and the like at any time, and clinical visitor/auxiliary information (including disease diagnosis, diagnosis and treatment plan, pain patient management team, inspection items, daily list, medicine information, charge standard, medical insurance information and the like) of the HIS system, the LIS system, the RIS system, the pain patient management case history and the like is acquired through the in-hospital data sharing and exchanging platform; pain patient management decision information base: the pain management system has the advantages that a nurse expresses a pain patient management knowledge deep-level principle which is difficult to understand in an imaging mode through an information terminal, so that the nurse can fully understand and reasonably execute the pain management system, and performs interactive cooperation (including admission propaganda and education, discharge advisability, disease introduction, pain patient informed consent, pain patient treatment scheme selection and the like) with an HIS (HIS) system and a pain patient management medical record system through an in-hospital data sharing exchange platform; pain patient disease knowledge base: the pain patient can acquire the relevant knowledge of the disease in various ways to achieve the aim of health promotion and education, acquire the relevant knowledge of the disease of the pain patient through the in-hospital data sharing and exchanging platform, and can acquire and arrange the characters, pictures, video information and the like of other relevant knowledge of the disease.
As a preferable scheme of the present invention, the pain patient decision support database layer adopts a mobile WIFI technology, a 5G smart phone technology, and an APP technology to construct a unified pain patient management decision support portal, and both a nurse and a manager can browse the content and effect of the nurse work and obtain visual statistical data after performing unified authentication through the portal.
As a preferred embodiment of the present invention, the specific analysis steps of the data input unit are as follows: during the process of filling in the form, the system can carry out visual, customizable and expandable intelligent prompting on each form, and various prompting information is customized in the system, such as: the method comprises the steps of collecting requirements, grading descriptions, field scores and the like, displaying various prompt messages timely and clearly according to key point driving information of each step, adding prompt contents, prompt nodes and prompt algorithm models in a user-defined mode, deleting and modifying problems existing in current prompt, and carrying out intelligent processing, calculation and early warning prompt on quantized data in a form according to front and back option contents.
As a preferred embodiment of the present invention, the specific analysis steps of the data utilization unit are as follows: the data query is carried out on the common fields according to different dimensions, for example, the data query is carried out according to time periods, disease areas, admission time, pain patient types, pain patient names and other modes, the detailed contents of the request types are checked, the query results can be exported into highly extensible files such as EXCEL, CSV and the like, one or more fields needing to be queried can be selected, the fields are queried according to various schemes such as containing, equal to, larger than or equal to, smaller than or equal to, unequal to and fuzzy query, the designed schemes can be stored into search schemes, and the search schemes can be directly used later.
As a preferred scheme of the present invention, the specific analysis steps of the intelligent decision unit are:
s1, form filling integrity inspection: the system can automatically judge the integrity of the filled form, and when the click is submitted, the system checks and prompts the vacancy which needs to be filled;
s2, form filling compliance verification: when the form is submitted, the system can intelligently judge whether the necessary filling content meets the data requirement, automatically mark places which do not meet the requirement and prompt a nurse to modify the place;
s3, checking the form filling consistency: when the forms are submitted, the system automatically checks whether the data of each form are contradictory, checks the consistency of the forms filled before and after various forms, and ensures that the management data of the pain patients are filled really and effectively;
s4, warning information reminding: intelligently reminding the nurse according to the special conditions that the indications exceed standards and the risks are high and dangerous, and prompting the nurse to pay attention and suggest how to deal with the indications;
s5, form filling and timeliness checking: aiming at the content of the required form filling timeliness, the intelligent reminding is carried out on nurses before the form becomes due, the nurses can receive the system reminding, and the nurses are reminded to finish the content in time through different reminding frequencies.
As a preferred scheme of the present invention, the specific analysis steps of the role authority management unit are as follows:
s11, role adding: flexibly customizing different role names to meet the requirements of various role definitions;
s12, role setting: setting different operation limits for each level of roles, such as what range of data content can be checked, checking or deleting can be performed, auditing or submitting and storing can be performed, and each role has different permission combinations;
s13, role deletion: deleting the created role, and simultaneously allocating the employee of the role as a default role;
s14, permission modification: according to different roles, different function access authorities are set, and the authorities are checked: viewing the access rights of each role;
s15, device authority management: different unit access rights can be set for each system device.
As a preferred solution of the present invention, the role right management unit only allows any use with administrator rights.
As a preferable aspect of the present invention, the method for constructing the system includes:
s21, constructing an intelligent decision-making model based on an expert knowledge base;
s22, establishing an informatization support platform for pain patient management decision;
s23, developing a high-dimensional full-information medical pain patient management process document recording system;
and S24, discussing the influence and operation effect of the system on the medical quality and efficiency.
Compared with the prior art, the invention has the beneficial effects that:
1. in the invention, the system is seamlessly butted with various existing information systems of a hospital through a standard data interface, data interaction is carried out in real time, intelligent auxiliary decision making and early warning information of pain patient management work is output through a data modeling and algorithm model, evaluation contents of various physiological systems and evaluation contents of various special symptoms of a human body are embedded into various forms of the system in detail, comprehensive and whole-course evaluation of pain patients is guaranteed, multi-port data extraction is added in the design of the system, data can be guaranteed to be obtained effectively in time, the workload of pain patient managers is reduced at the same time, if the obtained data are special sensitive indexes, relevant pain patient management evaluation can be triggered, medical staff are intelligently reminded to carry out comprehensive evaluation, risk early warning and intelligent decision making are achieved, information prompt, real-time monitoring and random query are realized, the system carries out multi-dimensional and comprehensive evaluation on pain patients, potential problems of pain patients can be found in time, the safety of pain patients is guaranteed, recovery and prognosis of pain patients are greatly promoted, the application of the data acquisition result of pain patient managers is improved, and the scientific research value of the pain patient management data is improved through the multi-dimensional and effective data management of the whole-body data expansion and effective data management value of pain management in the benefit of pain patients in the survival quality improvement of pain patient discharge process of the comprehensive record; based on detailed pain patient management data content, carrying out accurate intelligent prompt through an intelligent decision model, prompting pain patient managers to record the content which must be filled in an optimal pain patient management path at each key node, standardizing operation, and providing knowledge background and rationalization suggestion; effectively guaranteeing the high-quality development of the management work of the pain patients, promoting the rapid rehabilitation of the pain patients and improving the scientific value and the social and economic values of the management work of the pain patients.
Drawings
FIG. 1 is a flow chart of a study path of the present invention;
FIG. 2 is a schematic diagram of the working mechanism of the present invention;
FIG. 3 is a schematic diagram of the system architecture of the present invention;
FIG. 4 is a block diagram of a system according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, rather than all embodiments, and all other embodiments obtained by a person of ordinary skill in the art without any creative work based on the embodiments of the present invention belong to the protection scope of the present invention.
While several embodiments of the present invention will be described more fully hereinafter with reference to the accompanying drawings, in order to facilitate an understanding of the invention, the invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein, but rather should be construed to provide a more complete disclosure of the invention.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs, and the use of the terms herein in the specification of the present invention are for the purpose of describing particular embodiments only and are not intended to be limiting of the invention, and the use of the term "and/or" herein includes any and all combinations of one or more of the associated listed items.
In an embodiment, referring to fig. 1-4, the present invention provides a technical solution:
the pain patient management decision support database layer comprises a clinical objective/auxiliary information base, a pain patient management decision information base and a pain patient disease knowledge base, and the pain patient management decision support interaction layer comprises a data input unit, a data utilization unit, an intelligent decision unit and a role authority management unit.
Further, the interface layer completes data storage, format conversion, message routing and data exchange through a data exchange bus, and consists of a series of middleware, services, webservice interfaces and a central database, core components of the interface layer comprise a message router, a binding component, a service engine, safety management and installation, deployment and monitoring management, seamless connection between a pain patient management decision support interaction layer and a pain patient management decision support database layer is realized through a data exchange bus technology, the standardized webservice interfaces are adopted to be in butt joint with a hospital data sharing exchange platform, and various diagnosis and treatment information of pain patients is obtained through the hospital data sharing exchange platform and systems such as a hospital HIS system, an LIS system, a RIS system and the like.
Further, the clinical objective/auxiliary information base: the nurse can inquire diagnosis and treatment scheme related information such as a daily list, medical expenses, medication information and the like at any time, and clinical visitor/auxiliary information (including disease diagnosis, diagnosis and treatment plan, pain patient management team, inspection items, daily list, medicine information, charge standard, medical insurance information and the like) of the HIS system, the LIS system, the RIS system, the pain patient management case history and the like is acquired through the in-hospital data sharing and exchanging platform; pain patient management decision information base: the method has the advantages that a nurse expresses the pain patient management knowledge deep-level principle which is difficult to understand in an imaging mode through an informatization terminal, so that the nurse can fully understand and reasonably execute the pain patient management knowledge deep-level principle, and the nurse can perform interactive collaboration (including admission propaganda and education, discharge advocacy, disease introduction, pain patient informed consent, pain patient treatment scheme selection and the like) with an HIS (HIS) system and a pain patient management medical record system through an in-hospital data sharing and exchanging platform; pain patient knowledge base: the pain patient can acquire the relevant knowledge of the disease in various ways to achieve the aim of health promotion and education, acquire the relevant knowledge of the disease of the pain patient through the in-hospital data sharing and exchanging platform, and can acquire and arrange the characters, pictures, video information and the like of other relevant knowledge of the disease.
Further, the painful patient decision support database layer adopts mobile WIFI technology, 5G smart phone technology and APP technology to construct a unified painful patient management decision support portal, and nurses and managers can browse the content and effect of nurse work and obtain visual statistical data after unified authentication is carried out through the portal.
Further, the specific analysis steps of the data input unit are as follows: during the process of filling in the form, the system can carry out visual, customizable and expandable intelligent prompting on each form, and various prompting information is customized in the system, such as: the method comprises the steps of collecting requirements, grading descriptions, field scores and the like, displaying various prompt messages timely and clearly according to key point driving information of each step, adding prompt contents, prompt nodes and prompt algorithm models in a user-defined mode, deleting and modifying problems existing in current prompt, and carrying out intelligent processing, calculation and early warning prompt on quantized data in a form according to front and back option contents.
Further, the specific analysis steps of the data utilization unit are as follows: the data query is carried out on the common fields according to different dimensions, for example, the data query is carried out according to time periods, disease areas, admission time, pain patient types, pain patient names and other modes, the detailed contents of the request types are checked, the query results can be exported into highly extensible files such as EXCEL, CSV and the like, one or more fields needing to be queried can be selected, the fields are queried according to various schemes such as containing, equal to, larger than or equal to, smaller than or equal to, unequal to and fuzzy query, the designed schemes can be stored into search schemes, and the search schemes can be directly used later.
Further, the specific analysis steps of the intelligent decision unit are as follows:
s1, form filling integrity inspection: the system can automatically judge the integrity of the filled form, and when the form is submitted by clicking, the system checks and prompts the blank space which needs to be filled;
s2, form filling compliance verification: when the form is submitted, the system can intelligently judge whether the necessary filling content meets the data requirement, automatically mark places which do not meet the requirement and prompt a nurse to modify the place;
s3, checking the form filling consistency: when the forms are submitted, the system automatically checks whether the data of each form are contradictory, checks the consistency of the forms filled before and after various forms, and ensures that the management data of the pain patients are filled really and effectively;
s4, warning information reminding: intelligently reminding the nurse according to the special conditions that the indications exceed standards and the risks are high and dangerous, and prompting the nurse to pay attention and suggest how to deal with the indications;
s5, form filling and timeliness checking: aiming at the content of the required form filling timeliness, the intelligent reminding is carried out on nurses before the form becomes due, the nurses can receive the system reminding, and the nurses are reminded to finish the content in time through different reminding frequencies.
Further, the specific analysis steps of the role authority management unit are as follows:
s11, role adding: flexibly customizing different role names to meet the requirements of various role definitions;
s12, role setting: setting different operation limits for each level of roles, such as what range of data content can be checked, checking or deleting can be performed, auditing or submitting and storing can be performed, and each role has different permission combinations;
s13, role deletion: deleting the created role, and simultaneously allocating the employee of the role as a default role;
s14, permission modification: according to different roles, setting different function access authorities, and checking the authorities: viewing the access authority of each role;
s15, device authority management: different unit access rights can be set for each system device.
Further, the role right management unit allows only arbitrary use with administrator rights.
Further, the construction method of the system comprises the following steps:
s21, constructing an intelligent decision-making model based on an expert knowledge base;
s22, establishing an informatization support platform for pain patient management decision;
s23, developing a high-dimensional full-information medical pain patient management process document recording system;
and S24, discussing the influence of the system on the medical quality and efficiency and the operation effect.
The specific implementation case is as follows:
the electronic medical record of the pain patient is extracted through systems such as HIS, LIS and PACS of a hospital, including medical record information, prescription information, inspection reports, inspection results, admission and discharge records and operation records, based on a pain patient management knowledge map, the systems such as HIS, LIS and PACS of the hospital are linked, and relevant data are intelligently extracted to form an omnibearing and multidimensional pain patient management evaluation form of physiological system evaluation and special pain patient specific symptoms and physical signs, so that timely information reminding, real-time monitoring and random query are realized, and a series of pain patient management evaluations and information records from admission to discharge comprise a pain patient admission evaluation form, a pain patient management delivery form from a ward to an operating room, an intraoperative pain patient management record form, a PACU record form, an operating room to ward or ICU delivery form, an postoperative pain patient management evaluation form, a pain patient discharge evaluation form, a pain patient management plan, a follow-up record form and other full processes, and a high-dimensional form are realized;
after the pain patient is admitted, medical personnel carry out system evaluation on the pain patient, including the evaluation on physiological systems such as a circulatory system, a respiratory system and a digestive system; evaluation of symptoms and functional states such as pain evaluation, swallowing function evaluation and nutrition evaluation; the psychological and social evaluations such as physiology, social support, caregiver burden and the like are performed, the complete evaluation of biological, social and psychological medical modes is performed on the pain patients from different aspects of medical treatment and pain patient management, and the pain patients are comprehensively evaluated for a plurality of times at special time points of admission such as transfer, general anesthesia operation and stage summary of the pain patients;
the system is a higher-level information system which can assist pain patient managers in carrying out pain patient management work, provides decision support in the aspects of examination, inspection, pain patient management, cost and the like for the pain patient management decisions, helps the pain patient managers to improve the pain patient management level and quality through various information resources, knowledge bases and analysis tools, and provides reasonable suggestions and quality control early warning prompts at each key node.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. The utility model provides an interactive system based on painful patient multidimension degree data acquisition, intelligent decision, includes interface layer, painful patient management decision support database layer and painful patient management decision support interaction layer, its characterized in that: the pain patient decision support database layer comprises a clinical objective/auxiliary information base, a pain patient management decision information base and a pain patient disease knowledge base, and the pain patient management decision support interaction layer comprises a data input unit, a data utilization unit, an intelligent decision unit and a role authority management unit.
2. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the interface layer finishes data storage, format conversion, message routing and data exchange through a data exchange bus, and consists of a series of middleware, services, a webservice interface and a central database, the core components of the interface layer comprise a message router, a binding component, a service engine, safety management and installation, deployment and monitoring management, seamless connection between a pain patient management decision support interaction layer and a pain patient management decision support database layer is realized through a data exchange bus technology, the standardized webservice interface is adopted to be in butt joint with a hospital data sharing exchange platform, and various diagnosis and treatment information of pain patients is obtained through the hospital data sharing exchange platform and systems such as a hospital HIS system, an LIS system and an RIS system.
3. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the clinical objective/auxiliary information base: nurses can inquire diagnosis and treatment scheme related information such as a daily list, medical expenses, medication information and the like at any time, and clinical visitor vision/auxiliary information (including disease diagnosis, diagnosis and treatment plans, pain patient management teams, inspection items, daily lists, medicine information, charge standards, medical insurance information and the like) of systems such as an HIS (Hospital information System), an LIS (LiS) system, an RIS (RIS) system and pain patient management medical records and the like is acquired through a hospital data sharing and exchange platform; pain patient management decision information base: the method has the advantages that a nurse expresses the pain patient management knowledge deep-level principle which is difficult to understand in an imaging mode through an informatization terminal, so that the nurse can fully understand and reasonably execute the pain patient management knowledge deep-level principle, and the nurse can perform interactive collaboration (including admission propaganda and education, discharge advocacy, disease introduction, pain patient informed consent, pain patient treatment scheme selection and the like) with an HIS (HIS) system and a pain patient management medical record system through an in-hospital data sharing and exchanging platform; pain patient disease knowledge base: the pain patient can acquire the relevant knowledge of the disease in various ways to achieve the aim of health promotion and education, acquire the relevant knowledge of the disease of the pain patient through the in-hospital data sharing and exchanging platform, and can acquire and arrange the characters, pictures, video information and the like of other relevant knowledge of the disease.
4. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the painful patient decision support database layer adopts mobile WIFI technology, 5G smart phone technology and APP technology to construct a unified painful patient management decision support portal, nurses and managers can browse the content and effect of nurse work after unified authentication is carried out through the portal, and visual statistical data are obtained.
5. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the specific analysis steps of the data input unit are as follows: during the process of filling in the form, the system can carry out visual, customizable and extensible intelligent prompting on each form, and various prompting information is customized in the system, such as: the method comprises the steps of collecting requirements, grading descriptions, field scores and the like, displaying various prompt messages timely and clearly according to key point driving information of each step, adding prompt contents, prompt nodes and prompt algorithm models in a user-defined mode, deleting, modifying and the like problems existing in current prompt, and carrying out intelligent processing, calculation and early warning prompt on quantized data in a form according to the contents of options.
6. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the specific analysis steps of the data utilization unit are as follows: the data query is carried out on the common fields according to different dimensions, for example, the data query is carried out according to time periods, disease areas, admission time, pain patient types, pain patient names and other modes, the detailed contents of the request types are checked, the query results can be exported into highly extensible files such as EXCEL, CSV and the like, one or more fields needing to be queried can be selected, the fields are queried according to various schemes such as containing, equal to, larger than or equal to, smaller than or equal to, unequal to and fuzzy query, the designed schemes can be stored into search schemes, and the search schemes can be directly used later.
7. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the specific analysis steps of the intelligent decision unit are as follows:
s1, form filling integrity inspection: the system can automatically judge the integrity of the filled form, and when the click is submitted, the system checks and prompts the vacancy which needs to be filled;
s2, form filling compliance verification: when the form is submitted, the system can intelligently judge whether the necessary filling content meets the data requirement, automatically mark places which do not meet the requirement and prompt a nurse to modify the places;
s3, checking the filling consistency of the form: when the forms are submitted, the system automatically checks whether the data of each form are contradictory, checks the consistency of the forms filled before and after various forms, and ensures that the management data of the pain patients are filled really and effectively;
s4, warning information reminding: the intelligent reminding method is used for intelligently reminding the special conditions such as excessive indication and high-risk, and prompting nurses to pay attention to and suggest how to deal with the special conditions;
s5, form filling and timeliness checking: aiming at the content with the timeliness of form filling, the intelligent reminding system can intelligently remind nurses before the form is due, and can enable the nurses to receive the system reminding and remind the nurses to finish the content in time through different reminding frequencies.
8. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the specific analysis steps of the role authority management unit are as follows:
s11, role addition: flexibly customizing different role names to meet the requirements of various role definitions;
s12, role setting: setting different operation limits for each level of roles, such as what range of data content can be checked, checking or deleting can be performed, auditing or submitting and storing can be performed, and each role has different permission combinations;
s13, role deletion: deleting the created role, and simultaneously allocating the employee of the role as a default role;
s14, permission modification: according to different roles, different function access authorities are set, and the authorities are checked: viewing the access rights of each role;
s15, device authority management: different unit access rights can be set for each system device.
9. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the role right management unit allows only arbitrary use with administrator rights.
10. The interactive system for pain patient multidimensional data acquisition and intelligent decision making as claimed in claim 1, wherein: the construction method of the system comprises the following steps:
s21, constructing an intelligent decision-making model based on an expert knowledge base;
s22, establishing an informatization support platform for pain patient management decision;
s23, developing a high-dimensional full-information medical pain patient management process document recording system;
and S24, discussing the influence and operation effect of the system on the medical quality and efficiency.
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| CN202211217971.2A CN115579099A (en) | 2022-09-30 | 2022-09-30 | Interactive system based on pain patient multi-dimensional data acquisition and intelligent decision |
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| CN202211217971.2A CN115579099A (en) | 2022-09-30 | 2022-09-30 | Interactive system based on pain patient multi-dimensional data acquisition and intelligent decision |
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| CN (1) | CN115579099A (en) |
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Application publication date: 20230106 |