CN111311461A - B-S based editor and generation method for structured dynamic medical record form - Google Patents
B-S based editor and generation method for structured dynamic medical record form Download PDFInfo
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Abstract
The invention aims to provide a B-S-based editor and a generation method of a structured dynamic medical record form, wherein the editor comprises a control interface module, a structured module and a transaction module, wherein the structured module comprises a document structure unit, a position analysis unit, a document outline unit and a content expression unit; the document structure unit is used for defining a data structure of a medical record form; the position analysis unit is used for providing an interface for acquiring structured data elements or data fragments based on the document structure unit; the document schema unit is used for creating and analyzing a document structure unit; the content expression unit parses the data structure of the document structure unit into a data form that can be presented by the browser. The problem that the editor can not structurally generate and store the case information in the text form is solved. The invention has the effect of carrying out structured generation and storage on the information on the medical record form, provides a clear identifiable data structure for the structured electronic medical record, and is beneficial to data intercommunication when the HIS system interacts with other systems.
Description
Technical Field
The invention relates to the field of medical technology information equipment, in particular to a B-S-based editor and a generation method of a structured dynamic medical record form.
Background
At present, the informatization of medical records is the basis of the informatization construction of hospitals, the informatization construction of hospitals provides powerful data guarantee for the development of artificial intelligence and big data in the medical industry, and more schemes are provided for innovation and reformation of medical treatment. The informatization of medical records requires the structured storage of key data from complex medical record documents, and meanwhile, the national electronic medical record specifications also require the diversification of data formats stored in the medical records.
The B-S architecture is a browser and server architecture mode, and is an improved architecture of the C-S architecture along with the rise of network technology. Under the structure, the user work interface is realized by a browser, a few parts of business logic are realized at the front end, and the main business logic is realized at the server end, so that a three-layer structure is formed. The architecture unifies the client, centralizes the core part of the system function realization to the server, and simplifies the development, maintenance and use of the system by completing the information interaction of the browser end and the server end through the middleware.
The medical record editor is a necessary scaffold for informatization of medical records, generation and storage of medical record data are realized by relying on the electronic medical record editor, and the medical record editor is a core tool of an electronic medical record system.
In a hospital information system (HIS for short), the existing case form editor stores contents in a text form, cannot structurally generate and store case information in the text form, cannot meet the requirement of electronic case record specifications, is not beneficial to data intercommunication when the HIS interacts with other systems, and is not beneficial to case record informatization and hospital informatization construction.
The above prior art solutions have the following drawbacks: the general editor can not structurally generate and store the case information in the text form, so that data can not be communicated when the HIS interacts with other systems, and the case information and hospital information construction is not facilitated.
Disclosure of Invention
The invention aims to provide a B-S based editor of a structured dynamic case history form, which utilizes a structuring module to perform structuring processing on case history information data, performs structuring generation and storage on case history information, provides a clear identifiable data structure for a structured electronic case history, enables an HIS system to perform data intercommunication when interacting with other systems, and is beneficial to case history informatization and hospital informatization construction.
The above object of the present invention is achieved by the following technical solutions:
a B-S based editor of a structured dynamic case history form comprises a control interface module, a structuring module and a transaction module, wherein the control interface module is used for interacting with a user and acquiring text information to be structured, the structuring module is used for structuring file information acquired by the control interface module, the transaction module responds to the control interface module and updates the content of the control interface module, and the structuring module comprises a document structure unit, a position analysis unit, a document outline unit and a content expression unit;
the document structure unit is used for defining a data structure of a medical record form;
the position analysis unit is used for providing an interface for acquiring the structured data elements or data fragments based on the document structure unit;
the document schema unit is used for creating and analyzing the document structure unit;
the content expression unit analyzes the data structure of the document structure unit into a data form which can be presented by a browser.
By adopting the technical scheme, after a user inputs data information of a medical record form in the control interface module, the transaction module responds to the control interface module, so that the structured module carries out structured processing on the file information acquired by the control interface module, and the transaction module updates the content of the control interface module; during structuring, defining a data structure of a medical record form based on a document structure unit, providing an interface for acquiring structured data elements or data fragments based on a position analysis unit, creating and analyzing the document structure unit based on a document outline unit, and analyzing the document structure unit into a form which can be presented by a browser based on a content expression unit; and then the editor of the B-S based structured dynamic case history form carries out structured processing on the case history information data by using a structured module, and the case history information is structured to generate and store data elements or data fragments, so that a better data structure is provided for the structured electronic case history, the HIS can carry out data intercommunication when interacting with other systems, and the B-S based structured dynamic case history form is favorable for case history informatization and hospital informatization construction.
The present invention in a preferred example may be further configured to: the document structural element includes a node, a type, a fragment, an attribute, and a tag, the type, the attribute, and the tag being attached to the node, the fragment being a collection of the node.
By adopting the technical scheme, the type, the attribute and the mark are attached to the node to describe the content of the node, and the data element is structurally generated and stored according to the node attribute; the fragments are a set of nodes, and data fragments are structurally generated and stored according to the attributes of the node set, so that guarantee is provided for generating and storing a more complete structured document.
The present invention in a preferred example may be further configured to: the position analysis unit is realized based on a resolvedPos method class and a NodeRange method class.
By adopting the technical scheme, the method is used for acquiring the data information of the corresponding position in the document based on the resolvedPos method class and providing a method for acquiring the context information; the NodeRange method class is used for specifying the starting and ending contents in the same node and indicating the fixed range of the node contents; the resolvedPos method class and NodeRange method class of the location resolution unit are the basis for structured production storage.
The present invention in a preferred example may be further configured to: the document schema unit is realized based on a schema Spec interface and a NodeSpec interface.
By adopting the technical scheme, the schema Spec interface is used for describing a document schema unit and transmitting a constructor of the document schema unit; the NodeSpec interface is used for associating node information in the document structure unit with the expression content; and further provides convenience for the processing of the document structural unit and the generation of the structured data.
The present invention in a preferred example may be further configured to: the conversion between the content expression unit and the document structure unit is realized by a toDOM method and a parseDOM method in a NodeSpec interface.
By adopting the technical scheme, the node information in the document structure unit is analyzed into the information of the content expression unit by a toDOM method in the NodeSpec interface; the parseDOM method in the NodeSpec interface analyzes the information of the content expression unit into the node information of the document structure unit, and realizes the conversion between the node information and the expression content in the document structure unit.
The present invention in a preferred example may be further configured to: in the document schema unit, it is defined how to parse the content or inline style of the content expression unit into nodes or tags of document structure units.
By adopting the technical scheme, the conversion between the content expression unit and the document structure unit is more direct and rapid based on the definition of the document schema unit, and convenience is provided for the processing of the document structure unit and the generation of the structured data.
The invention also aims to provide a B-S-based method for generating the structured dynamic medical record form, which utilizes a structuring module to perform structuring processing on medical record information data, performs structuring generation and storage on the medical record information, provides a clear identifiable data structure for the structured electronic medical record, enables the HIS system to perform data intercommunication when interacting with other systems, and is beneficial to medical record informatization and hospital informatization construction.
The second aim of the invention is realized by the following technical scheme:
the method for generating the structured dynamic medical record form based on the B-S comprises the steps of defining and creating a document structure unit, and acquiring the node from the document structure unit;
then, carrying out related structuralization processing according to the attribute attached to the node, and judging according to the value of the attribute of the node;
and generating and storing data elements which are contained in the medical record form and equal to the node attribute values of the document structure unit.
By adopting the technical scheme, a document structure unit is defined and created to bind data elements and data fragments for a control interface module of an editor; acquiring nodes from the document structure unit, performing structured processing according to attributes on the nodes, judging attribute values of the nodes, generating storage data elements from information of a medical record form, and performing structured generation and storage of the data elements; and then, calling an editor method to acquire editor contents and the whole document structure unit during storage operation, and calling a structured data method to acquire a structured data structure so as to meet the requirement of electronic medical record specification, so that the HIS system can perform data intercommunication when interacting with other systems, and medical record informatization and hospital informatization construction is facilitated.
The present invention in a preferred example may be further configured to: when the content of a certain paragraph on a medical record form needs to be stored, acquiring the fragment from the document structure unit;
then, carrying out related structuralization processing according to the node attribute set attached to the fragment, and judging according to the attribute value of the fragment;
and generating and storing data fragments which are contained in the medical record form and equal to the node set attribute values of the document structure unit.
By adopting the technical scheme, the fragments are acquired from the document structure unit, the structuralization processing is carried out according to the attribute of the node set attached to the fragments, the attribute value of the node is judged, the storage data fragment is generated from the information of the medical record form, and the purpose of structuralizedly generating and storing the data fragment is realized.
In summary, the invention includes at least one of the following beneficial technical effects:
1. defining a data structure of a medical record form based on a document structure unit, providing an interface for acquiring structured data elements or data fragments based on a position analysis unit, creating and analyzing the document structure unit based on a document outline unit, and analyzing the data structure of the document structure unit into a data form capable of being presented by a browser based on a content expression unit; the editor of the B-S-based structured dynamic medical record form carries out structured processing on medical record information data by using a structured module, and the medical record information is structured to generate and store data elements or data fragments, so that a clear and identifiable data structure is provided for the structured electronic medical record, the HIS system can carry out data intercommunication when interacting with other systems, and the information construction of the medical record and the hospital is facilitated;
2. the type, the attribute and the mark are attached to the node to describe the content of the node, the segment is a collection of the node, and data elements and data segments are generated and stored according to the node attribute in a structured mode, so that guarantee is provided for generating and storing a more complete structured document;
3. the resolvedPos method class and the NodeRange method class of the position resolution unit are the basis of structured generation storage;
4. the schema Spec interface and the NodeSpec interface provide convenience for processing the document structure unit and generating the structured data;
5. the toDOM method and the parseDOM method in the NodeSpec interface realize the conversion between the node information and the expression content in the document structure unit;
6. based on the definition of the document outline unit, the conversion between the content expression unit and the document structure unit is more direct and rapid, and convenience is provided for the processing of the document structure unit and the generation of structured data;
7. defining and creating a document structure unit, and binding data elements and data fragments for a control interface module of an editor; carrying out structural processing based on nodes or segments of the document structural unit, and structurally generating and storing data elements or data segments; and then, calling an editor method to acquire editor contents and the whole document structure unit during storage operation, and calling a structured data method to acquire a structured data structure so as to meet the requirement of electronic medical record specification, so that the HIS system can perform data intercommunication when interacting with other systems, and medical record informatization and hospital informatization construction is facilitated.
Drawings
FIG. 1 is a schematic diagram of a document building block of the present invention;
FIG. 2 is a diagram of a content expression unit transformed by a document structure unit according to the present invention;
fig. 3 is a schematic diagram of a cyclic data flow.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.
The first embodiment is as follows:
the embodiment of the invention provides a B-S based editor of a structured dynamic medical record form, which comprises a control interface module, a structured module and a transaction module;
the control interface module is used for interacting with a user and acquiring text information to be structured;
the structuring module carries out structuring processing on the file information acquired by the control interface module;
and the transaction module responds to the control interface module and updates the content of the control interface module.
The structuring module comprises a document structure unit, a position analysis unit, a document outline unit and a content expression unit, wherein the document structure unit is used for defining a data structure of a medical record form; the position analysis unit is used for providing an interface for acquiring structured data elements or data fragments based on the document structure unit; the document schema unit is used for creating and analyzing a document structure unit; the content expression unit parses the data structure of the document structure unit into a data form that can be presented by the browser.
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. 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.
In addition, the term "and/or" herein is only one kind of association relationship describing an associated object, and means that there may be three kinds of relationships, for example, a and/or B, which may mean: a exists alone, A and B exist simultaneously, and B exists alone. In addition, the character "/" herein generally indicates that the former and latter related objects are in an "or" relationship, unless otherwise specified.
The embodiments of the present invention will be described in further detail with reference to the drawings attached hereto.
Referring to fig. 1, a document structure unit is a tree-structured document. The document structural unit is composed of nodes, types, segments, attributes and marks, and the types, the attributes and the marks are attached to the nodes. A segment is a collection of nodes.
The information on the nodes includes types, segments, attributes, tags, and processing methods, and may hold a segment of a collection of nodes. Attributes are attached to the nodes, and the attributes comprise names, identifications, categories, other attributes used for structuring and attributes related to user operation interaction. The attributes of the nodes and the attributes of the node set provide guarantee for generating the storage structured data elements and data fragments.
A fragment is an identification of a collection of nodes, which is a persisted data structure. The clips provide a series of interfaces for the user to operate. The generation and storage of the fragments is achieved by slicing out a piece from the whole document structure unit. A fragment is a presentation of a slice.
The mark is used for marking some style information of the node and a text inline label below the node, the mark is attached to each node information, a document outline unit is created through the mark, and the type and the attribute of the node are identified.
When information on the medical record form is structured, the nodes are obtained from the document structure unit, then relevant structural processing is carried out according to attributes attached to the nodes, judgment is carried out according to the values of the attributes of the nodes, data elements which are contained in the medical record form and are equal to the node attribute values of the document structure unit are read and stored, and the data elements stored on the medical record form are structurally generated.
Or, when the data is structured, the mark is obtained from the document structure unit, the related structuring processing is carried out according to the mark, and the data element which is contained in the medical record form and is the same as the mark information of the document structure unit is read and stored.
When the content of a certain paragraph on the medical record form needs to be stored, the fragment is obtained from the document structure unit, then the relevant structural processing is carried out according to the node attribute set attached to the fragment, the judgment is carried out according to the attribute value of the node, the data fragment which is contained in the medical record form and is equal to the node set attribute value of the document structure unit is read and stored, and the data fragment stored on the medical record form is structurally generated.
After defining the document structure unit, the position analysis unit is used for providing an interface for acquiring the structured data elements and the data fragments, and the position analysis unit is realized based on a resolvedPos method class and a NodeRange method class.
The ResolvedPos method class is a method for acquiring information of a corresponding position of a document and context information of the document.
The NodeRange method class is used to define the content scope of a document, i.e., the content that starts and ends in the same node.
The fragments are generated by slicing based on the position resolution unit.
Meanwhile, the position in the document is represented as an integer offset by the position analysis unit, so that the node of the corresponding position of the control can be conveniently obtained, and the document can be conveniently used.
And after the structured input box control or the input domain control is inserted, defining and setting the node position of the document structural unit according to the current position of the input box control or the input domain control.
And when the structured data is redisplayed, the positions of the nodes are obtained through the node information so as to assign values to the corresponding controls, and the structured data is inserted into the corresponding positions of the controls, so that the redisplay function is realized.
To create and parse a document structural element, a document schema element is defined. The document schema unit describes and marks nodes or node sets and nesting relations among the nodes, and the nodes, marks and attributes of the nodes and marks appearing in the document structure unit are saved. The document schema unit is implemented based on an interface schema spec and an interface nodespc.
The interface schema spec facilitates the processing of the document structure element and the generation of the structure data. The interface schema spec describes an object and passes the constructor of the object. In the interface schema spec is defined how to parse a node or inline style of a given content expression unit into a node or markup of a document structural unit.
The interface NodeSpec makes a parsing flag on a document node. The toDOM method in the interface NodeSpec analyzes the node information in the document structure unit into the node information of the content expression unit. The parseDOM method in the interface NodeSpec analyzes the node information of the content expression unit into the node information of the document structure unit.
In the document schema element is defined how the content or inline styles of the content expression element are parsed into nodes or tags of the document structure element.
A content expression unit is another representation of a document structural unit. The content expression unit is used for resolving the data structure of the document structure unit into a data form which can be presented by a browser. The document structure units correspond to the content expression units one by one. Meanwhile, after the user operates the content expression unit in the browser, the editor needs to convert the operated content expression unit into a document structure unit, so that information on a medical record form can be processed conveniently based on a document structure unit method. The conversion between the content expression unit and the document structure unit is realized by a toDOM method in the interface NodeSpec and a parseDOM method in the interface NodeSpec. Or the conversion between the content expression unit and the document structure unit is realized by a toDOM method and a parseDOM method in the interface MarkSpec. In this embodiment, the content expression unit converted from the document structure unit is shown in fig. 2.
Referring to fig. 3, the control interface module converts an event into a transaction and broadcasts it by registering the event unit, and at the same time, the transaction creates a new state, and the state calls the updateState method to return the state to the control interface module, creating a simple circular data stream for directly processing the interaction of the user with the editor interface, tracking the change of the document and the change of the state. The simple circular data stream makes each operation of the editor more efficient to process, facilitating the generation of structured document building blocks. In this embodiment, the interaction includes input, clicking, copying, pasting, and dragging. In this embodiment, the control interface module is displayed in the form of an input box or an input field.
The transaction module is responsive to the control interface module to create a transaction each time information on the medical record form is modified, the transaction being implemented on a step-by-step basis.
The steps define a method of modifying a document that allows recording, playback, and reordering of a modified document, with modifications of the document being well defined. Each step provides a change map that maps the location in the old document to the location in the converted document. Each update of the document is broken down into steps and an editing action results in one or more steps. The location of one document is mapped to another document by the step-wise generation step.
The step may provide a dictionary mapping, preserving the location of document changes to convert before and after applying the step and applying the step, the conversion object will automatically accumulate the steps therein as a series of dictionaries, using the dictionary to abstract it, the mapping gathers a series of step dictionaries to help us map them at once, thereby enabling the execution of the transaction. When the data dictionary is set, only the request information of the data dictionary needs to be filled in the place corresponding to the editor, and the operation is convenient.
The transaction is scheduled by the attribute, the transaction of the whole document is integrated with the active scheduling period, the circular data flow is connected to a larger period, and the state is reserved.
The implementation principle of the embodiment is as follows:
1. defining a data structure of a medical record form based on a document structure unit, providing an interface for acquiring structured data elements or data fragments based on a position analysis unit, creating and analyzing the document structure unit based on a document outline unit, and analyzing the data structure of the document structure unit into a data form capable of being presented by a browser based on a content expression unit; the editor of the B-S based structured dynamic medical record form carries out structured processing on medical record information data by using a structured module, and the medical record information is structured to generate and store data elements or data fragments, so that a better data structure is provided for the structured electronic medical record, the HIS system can carry out data intercommunication when interacting with other systems, and the information construction of the medical record and the hospital is facilitated;
2. the type, the attribute and the mark are attached to the node to describe the content of the node, the segment is a collection of the node, and data elements and data segments are generated and stored according to the node attribute in a structured mode, so that guarantee is provided for generating and storing a more complete structured document;
3. the position resolution unit resolvedPos method class and the NodeRange method class are the basis of structured generation storage;
4. the schema Spec interface and the NodeSpec interface provide convenience for processing the document structure unit and generating the structured data;
5. the toDOM method and the parseDOM method in the NodeSpec interface realize the conversion between the node information and the expression content in the document structure unit;
6. based on the definition of the document outline unit, the conversion between the content expression unit and the document structure unit is more direct and rapid, and convenience is provided for the processing of the document structure unit and the generation of structured data;
7. defining and creating a document structure unit to bind data elements and data fragments for a control interface module of an editor; carrying out structural processing based on nodes or segments of the document structural unit, and structurally generating and storing data elements or data segments; and then, calling an editor method to acquire editor contents and the whole document structure unit during storage operation, and calling a structured data method to acquire a structured data structure so as to meet the requirement of electronic medical record specification, so that the HIS system can perform data intercommunication when interacting with other systems, and medical record informatization and hospital informatization construction is facilitated.
Example two:
the embodiment of the invention provides a method for generating a structured dynamic medical record form based on B-S, which comprises the following steps,
1) opening a gitlab code pulling authority for a HIS deployment environment, and providing an editor gitlab address and a package version;
2) the editor component is embedded into an HIS program, and a data element structured playback, synchronization and data dictionary request mode is set so as to obtain the editor component of a B-S-based structured dynamic medical record form;
3) the HIS system transmits the needed data element parameters to the editor through an interface address or directly, namely transmits an array of a data element set and the type of a control which needs to be presented by the data element to the editor, and binds the data element and the data fragment;
4) running the HIS in the browser, operating and storing a medical record document, and calling an editor method to acquire editor content and a whole document structure unit; acquiring nodes from the document structure unit, performing related structural processing according to attributes attached to the nodes, judging according to the values of the attributes of the nodes, and generating and storing data elements which are contained in the medical record form and are equal to the attribute values of the nodes of the document structure unit; or acquiring the fragments from the document structure unit, performing related structuring processing according to the attributes of the nodes in the node set attached to the fragments, judging according to the values of the attributes of the nodes, and generating and storing data fragments which are contained in the medical record form and are equal to the attribute values of the fragments of the document structure unit;
5) the HIS system stores a document structure unit, a data element and a data fragment returned by the editor, transmits the data element needing to be displayed back and synchronized into the editor according to the appointed document structure unit when editing next time, and updates data information on a medical record form;
6) the HIS system can generate a medical record template through an editor and store the medical record template in the HIS system, and provides the whole document, document data elements and data fragments for the HIS, so that the HIS system can conveniently interact with other service data in the HIS.
The implementation principle of the embodiment is as follows:
the hospital information system is in butt joint with the editor and nested, an editor component is obtained, attributes and methods required by the editor for displaying and operating are transmitted, and a data element structured playback, synchronization and data dictionary request mode is set; the HIS system is an input box and an input domain binding data element in an editor, has a simple mode and is convenient for data intercommunication when the HIS system interacts with other systems; and then, calling the editor to obtain the content of the editor and the whole document structure unit during the storage operation, calling the structured data method to obtain the structured data structure, and generating and storing structured data elements and data fragments through a structured module so as to meet the requirement of electronic medical record specification, so that the HIS system can perform data intercommunication when interacting with other systems, and the HIS system is favorable for medical record informatization and hospital informatization construction.
The B-S based editor of the structured dynamic medical record form can enable a user to make a template and write medical records, reduce the use difficulty of the editor and reduce the training cost in the aspect of simple training.
The editor of the B-S based structured dynamic medical record form can be used as a single module and introduced into different HIS systems.
And then the editor and the generating method of the B-S based structured dynamic case history form carry out structured processing on case history information data by utilizing a structured module, and carry out structured generation and storage on case history information so as to identify a data structure more clearly, provide a quick method for converting a document structure unit into a content expression unit which can be displayed by a browser, provide a better data structure for the structured electronic case history, enable an HIS system to carry out data intercommunication when interacting with other systems, and be beneficial to the information construction of the case history and hospitals.
Claims (8)
1. The editor of the B-S-based structured dynamic case history form comprises a control interface module, a structuring module and a transaction module, wherein the control interface module is used for interacting with a user and acquiring text information to be structured;
the document structure unit is used for defining a data structure of a medical record form;
the position analysis unit is used for providing an interface for acquiring the structured data elements or data fragments based on the document structure unit;
the document schema unit is used for creating and analyzing the document structure unit;
the content expression unit analyzes the data structure of the document structure unit into a data form which can be presented by a browser.
2. The editor of B-S based structured dynamic medical record form according to claim 1, wherein the document structure elements comprise nodes, types, segments, attributes and labels, the types, the attributes and the labels being attached to the nodes, the segments being collections of the nodes.
3. The editor of B-S based structured dynamic medical record form of claim 2, wherein the location resolution unit is implemented based on a resolvedPos method class and a NodeRange method class.
4. The editor of B-S based structured dynamic medical record form according to claim 2, wherein the document schema unit is implemented based on schemas spec interface and NodeSpec interface.
5. The editor of B-S based structured dynamic medical record form of claim 4, wherein the conversion between the content expression unit and the document structure unit is implemented by a toDOM method and a parseDOM method in NodeSpec interface.
6. The editor of B-S based structured dynamic medical record form according to claim 4, wherein there is defined in the document schema unit how to parse the content or inline styles of the content expression unit into nodes or markers of document structure units.
7. The method for generating the B-S based structured dynamic medical record form is based on the editor of the B-S based structured dynamic medical record form in any one of claims 2 to 6,
defining and creating a document structure unit, and acquiring the nodes from the document structure unit;
then, carrying out related structuralization processing according to the attribute attached to the node, and judging according to the value of the attribute of the node;
and generating and storing data elements which are contained in the medical record form and equal to the node attribute values of the document structure unit.
8. The method for generating B-S based structured dynamic medical record form according to claim 7,
when the content of a certain paragraph on a medical record form needs to be stored, acquiring the fragment from the document structure unit;
then, carrying out related structuralization processing according to the node attribute set attached to the fragment, and judging according to the attribute value of the fragment;
and generating and storing data fragments which are contained in the medical record form and equal to the node set attribute values of the document structure unit.
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| CN111311461B (en) | 2023-06-30 |
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