CN103473444A - Electronic medical record system based on intelligent analyzing data structure and processing method of system - Google Patents
Electronic medical record system based on intelligent analyzing data structure and processing method of system Download PDFInfo
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Abstract
The invention discloses an electronic medical record system based on an intelligent analyzing data structure and a processing method of the system. The electronic medical record system comprises an interface data processing module, a medical record pretreating module, an intelligent analyzing kernel module and a data saving module. By the electronic medical record system, traditional relation database table fields definition and content data are stored in a record manner, data storage standardization is guaranteed, and a series of problems that the electronic medical record system is poor in search and calculating performance, difficult in function implementation, and data element structure changes easily due to the fact that the electronic medical record system has many data elements, is complex in structure, and the like. In addition, the electronic medical record system and simple in structure and convenient to operate, and the electronic medical record system and the processing method thereof are excellent in performance.
Description
Technical field
The invention belongs to technical field of data storage, relate in particular to a kind of electronic medical record system and disposal route thereof based on the intelligently parsing data structure.
Background technology
The common data storage method of infosystem comprises unstructured data storage mode, structural data storage mode and semi-structured data storage mode.The unstructured data storage mode is stored data in modes such as text, Word document, scan images usually.Crucial search field is stored in the data base table recording mode, and simple queries and statistical function are provided.This mode realizes that simply input mode is freer.Its major defect comprises: inquiry and function of statistic analysis are very limited; Data redundancy is large, and poor-performing can not be realized data sharing; Being difficult to realize revising vestige retains and exports corresponding contents by time point.The structural data storage mode is about to each data element and is stored in the mode of relational database bivariate table, and memory property is good, and good data query and function of statistic analysis can be provided, and easily realizes revising vestige and retains and press time point and export corresponding contents.
Because the electronic medical record system data element is various, data structure is complicated, Data Representation form mutability, be difficult to store and to show these data by the mode of traditional relational database bivariate table.
Most employing XML technology realizes the structured storage of electronic medical record system data at present, but the data storage specification can not be guaranteed; With the file mode storage, large to the management difficulty of these files; Inquiry and statistic property are poor, and function realizes trouble; Can not solve the storage of the multi-medium datas such as data element and structure mutability and figure, image, sound, video.
Summary of the invention
The purpose of the embodiment of the present invention is to provide a kind of electronic medical record system and disposal route thereof based on the intelligently parsing data structure, and being intended to solve the data storage specification that mostly adopts the XML technology to realize that the structured storage of electronic medical record system data exists at present can not be guaranteed; With the file mode storage, large to the management difficulty of these files; Inquiry and statistic property are poor, and function realizes trouble, can not solve the storage problem of the multi-medium datas such as data element and structure mutability and figure, image, sound, video.
The embodiment of the present invention is achieved in that a kind of electronic medical record system based on the intelligently parsing data structure, should comprise by the electronic medical record system based on the intelligently parsing data structure:
The interface data processing module, for providing interface data: case history numbering and patient number;
The case history pretreatment module is called by the interface data processing module, for the parameter search case history concordance list transmitted according to the interface data processing module;
The intelligently parsing kernel module is as the core of data handling system, by the case history pretreatment module, called, the parameters such as the case history numbering that reception case history pretreatment module is transmitted, form numbering, model number, time point information, and according to form numbering reading format definition list, obtain the formal definition set, process item by item data metadata corresponding to each case history element in set;
Data are preserved module and are called by the intelligently parsing kernel module, for the data of modification are saved in to the medical record data table, and former data are saved in and revise in the vestige table, for realizing that case history revises that vestige retains and providing Data support by the function of time point output medical record data.
Further, the case history pretreatment module also comprises:
For the case history concordance list of storage of medical records index data, for storing the training form shfft of each training case history form, for storing the formal definition table of every kind of formal definition data, for the format style table of the pattern data of storing every kind of form.
Further, the intelligently parsing kernel module also comprises: for storing the case history element definition table of data element definition data; For storing the case history content-data table of each data element content-data of concrete case history, revise the case history content vestige table of Trace Data for each data element of storing concrete case history; For storing the pattern definition list of every kind of pattern definition data.
Further, the method that the data of intelligently parsing kernel module are processed comprises the following steps:
Input case history numbering, form numbering, model number, time point;
According to form numbering reading format definition list, obtain the formal definition set;
Read the element definition table according to the numbering of the element in formal definition, obtain each element definition content;
Do not have the historical time parameter to read the medical record data table; There is the historical time parameter to read the data of the front time of closest approach point of time point in modification vestige table, do not have data to read the data in the medical record data table;
Read the pattern definition list according to model number, obtain pattern definition content;
Produce the data of case history element complete definition according to element definition data, case history content-data, pattern definition data;
According to the element data type, call the corresponding data type of process, parameter is STR, produces I/O Interface;
Set is not disposed and according to the numbering of the element in formal definition, reads the element definition table, obtains each element definition content, returns to the case history unit interface after process of aggregation.
Another purpose of the embodiment of the present invention is to provide a kind of method of processing of the electronic medical record system based on the intelligently parsing data structure, and the method for the processing of electronic medical record system that should be based on the intelligently parsing data structure comprises the following steps:
The case history pretreatment module is according to interface data (case history numbering and patient number) retrieval case history concordance list;
When the patient data does not exist in the case history concordance list, according to patient number, read patient's training from the patient information table, read the training form shfft according to patient's training again, obtain this training case history form numbering, according to form numbering reading format style sheet, obtain model number; Produce the case history numbering according to patient number, form numbering, model number; And insert a record in the case history concordance list;
Case history numbering, form numbering, model number, time point information are passed to the intelligently parsing kernel;
The intelligently parsing kernel, according to form numbering reading format definition list, obtains the formal definition set;
Process item by item each case history element in set, comprise according to case history numbering and time point information and read the patient data that this case history element is corresponding from medical record data table or modification vestige table; Read the pattern definition according to model number;
Call the data type that the case history element is corresponding and process, return to the HTML code of dynamic construction control, complete the dynamic construction at interface;
Preserve module by data the data of modification are saved in the medical record data table, and former data are saved in and revise in the vestige table, thereby realize that case history modification vestige retains and exports medical record data by time point.
Electronic medical record system and disposal route thereof based on the intelligently parsing data structure provided by the invention, by relation database table Field Definition and content-data by traditional, with recording mode, store, guarantee the standardization of data storages, solved the shortcomings of traditional approach.The present invention stores with recording mode by relation database table Field Definition and content-data by traditional, guaranteed the standardization of data storage, the inquiry that preferably resolve that electronic medical record system factor data unit is many, complex structure etc. caused and the series of problems that statistic property is poor, function realizes trouble and data element and structure mutability are brought.In addition, the present invention is simple in structure, easy to operate, and a kind of electronic medical record system based on the intelligently parsing data structure and disposal route thereof of function admirable is provided.
The accompanying drawing explanation
Fig. 1 is the structural representation of the electronic medical record system based on the intelligently parsing data structure that provides of the embodiment of the present invention;
In figure: 1, interface data processing module module; 2, case history pretreatment module; 3, intelligently parsing kernel module; 4, data are preserved module;
Fig. 2 is the process flow diagram of the electronic medical record system disposal route based on the intelligently parsing data structure that provides of the embodiment of the present invention;
Fig. 3 is the process flow diagram that the data of the intelligently parsing kernel module that provides of the embodiment of the present invention are processed.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer, below in conjunction with embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Fig. 1 shows the electronic medical record system structure based on the intelligently parsing data structure provided by the invention.For convenience of explanation, only show part related to the present invention.
The electronic medical record system based on the intelligently parsing data structure of the embodiment of the present invention should comprise by the electronic medical record system based on the intelligently parsing data structure:
The interface data processing module, for providing interface data: case history numbering and patient number;
The case history pretreatment module is called by the interface data processing module, for the parameter search case history concordance list transmitted according to the interface data processing module;
The intelligently parsing kernel module is as the core of data handling system, by the case history pretreatment module, called, the parameters such as the case history numbering that reception case history pretreatment module is transmitted, form numbering, model number, time point information, and according to form numbering reading format definition list, obtain the formal definition set, process item by item data metadata corresponding to each case history element in set;
Data are preserved module and are called by the intelligently parsing kernel module, for the data of modification are saved in to the medical record data table, and former data are saved in and revise in the vestige table, for realizing that case history revises that vestige retains and providing Data support by the function of time point output medical record data.
As a prioritization scheme of the embodiment of the present invention, the case history pretreatment module also comprises:
For the case history concordance list of storage of medical records index data, for storing the training form shfft of each training case history form, for storing the formal definition table of every kind of formal definition data, for the format style table of the pattern data of storing every kind of form.
As a prioritization scheme of the embodiment of the present invention, the intelligently parsing kernel module also comprises: for storing the case history element definition table of data element definition data; For storing the case history content-data table of each data element content-data of concrete case history; Revise the case history content vestige table of Trace Data for each data element of storing concrete case history; For storing the pattern definition list of every kind of pattern definition data.
As a prioritization scheme of the embodiment of the present invention, the method that the data of intelligently parsing kernel module are processed comprises the following steps:
Input case history numbering, form numbering, model number, time point;
According to form numbering reading format definition list, obtain the formal definition set;
Read the element definition table according to the numbering of the element in formal definition, obtain each element definition content;
Do not have the historical time parameter to read the medical record data table; There is the historical time parameter to read the data of the front time of closest approach point of time point in modification vestige table, do not have data to read the data in the medical record data table;
Read the pattern definition list according to model number, obtain pattern definition content;
Produce the data of case history element complete definition according to element definition data, case history content-data, pattern definition data;
According to the element data type, call the corresponding data type of process, parameter is STR, produces I/O Interface;
Set is not disposed and according to the numbering of the element in formal definition, reads the element definition table, obtains each element definition content, returns to the case history unit interface after process of aggregation.
Below in conjunction with drawings and the specific embodiments, application principle of the present invention is further described.
As shown in Figure 1, the electronic medical record system based on the intelligently parsing data structure of the embodiment of the present invention mainly is comprised of interface data processing module 1, case history pretreatment module 2, intelligently parsing kernel module 3, data preservation module 4;
Interface data processing module 1, for providing interface data: case history numbering and patient number; Comprise case history numbering module and patient number module;
Case history pretreatment module 2 is called by interface data processing module 1, for the parameter search case history concordance list provided according to interface data processing module 1, if there is not the target patient data, according to patient number, read patient's training from the patient information table, read the training form shfft according to patient's training again, obtain this training case history form numbering; According to the form numbering, the reading format style sheet, obtain model number; Then produce the case history numbering; And insert a record in the case history concordance list; The training form shfft is for storing each training case history form, and the formal definition table is for storing every kind of formal definition data, and the format style table is used for the pattern data of storing every kind of form;
Intelligently parsing kernel module 3 is as the core of data handling system, by case history number, the transmission of form numbering, model number, time point information called by case history pretreatment module 2, for according to form, numbering the reading format definition list, obtain the formal definition set, process item by item each case history element in set, comprise according to case history numbering and time point information and read the patient data that this case history element is corresponding from medical record data table or modification vestige table; Read the pattern definition according to model number and call the data type processing that the case history element is corresponding, return to the HTML code of dynamic construction control, complete the dynamic construction at interface; The case history concordance list is for the storage of medical records index data; Case history element definition table is for storing the data element definition data; Case history content-data table is for storing each data element content-data of concrete case history, and case history content vestige table is revised Trace Data for each data element of storing concrete case history; The pattern definition list is for storing every kind of pattern definition data;
As shown in Figure 2, the method that the electronic medical record system data based on the intelligently parsing data structure of the embodiment of the present invention are processed comprises the following steps:
In S201: the case history pretreatment module is according to interface data (case history numbering, patient number) retrieval case history concordance list;
In S202: when the patient data does not exist, according to patient number, read patient's training from the patient information table, read the training form shfft according to patient's training again, obtain this training case history form numbering, according to form numbering reading format style sheet, obtain model number;
In S203: according to patient number, form numbering, model number, produce the case history numbering; And insert a record in the case history concordance list;
In S204: case history numbering, form numbering, model number, time point information are passed to the intelligently parsing kernel;
In S205: the intelligently parsing kernel, according to form numbering reading format definition list, obtains the formal definition set;
In S206: process item by item each case history element in set, comprise according to case history numbering and time point information and read the patient data that this case history element is corresponding from medical record data table or modification vestige table; Read the pattern definition according to model number;
In S207: call the data type that the case history element is corresponding and process, return to the HTML code of dynamic construction control, complete the dynamic construction at interface;
In S208: preserve module by data the data of modification are saved in the medical record data table, and former data are saved in and revise in the vestige table, thereby realize that case history modification vestige retains and exports medical record data by time point;
As shown in Figure 3, the method that the data of the intelligently parsing kernel module of the embodiment of the present invention are processed comprises the following steps:
In S301: input case history numbering, form numbering, model number, time point;
In S302: according to form numbering reading format definition list, obtain the formal definition set;
In S303: read the element definition table according to the numbering of the element in formal definition, obtain each element definition content;
In S304: do not have the historical time parameter to read the medical record data table; There is the historical time parameter to read the data of the front time of closest approach point of time point in modification vestige table, do not have data to read the data in the medical record data table;
In S305: read the pattern definition list according to model number, obtain pattern definition content;
In S306: the data that produce case history element complete definition according to element definition data, case history content-data, pattern definition data etc.;
In S307: according to the element data type, call corresponding data type of process (parameter is STR), produce I/O Interface;
In S308: set is not disposed and according to the numbering of the element in formal definition, reads the element definition table, obtains each element definition content, returns to the case history unit interface after process of aggregation.
Principle of work of the present invention:
The case history pretreatment module 2 of the electronic medical record system based on the intelligently parsing data structure of the present invention is at first according to interface data (case history numbering and patient number) retrieval case history concordance list, if there is not the target patient data, according to patient number, read patient's training from the patient information table, read the training form shfft according to patient's training again, obtain this training case history form numbering; According to the form numbering, the reading format style sheet, obtain model number; Then produce the case history numbering; And insert a record in the case history concordance list, case history pretreatment module 2 passes to intelligently parsing kernel module 3 by case history numbering, form numbering, model number, time point information, intelligently parsing kernel module 3 is at first according to form numbering reading format definition list, obtain the formal definition set, then process item by item each case history element in set, comprise according to case history numbering and time point information and read the patient data that this case history element is corresponding from medical record data table or modification vestige table; Read the pattern definition according to model number, finally calling the data type that the case history element is corresponding processes, return to the HTML code of dynamic construction control, complete the dynamic construction at interface, data are preserved module 4 and are responsible for the data of modification are saved in the medical record data table, and former data are saved in and revise in the vestige table, realize that case history modification vestige retains and export by time point the function of medical record data.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (5)
1. the electronic medical record system based on the intelligently parsing data structure, is characterized in that, should comprise by the electronic medical record system based on the intelligently parsing data structure:
The interface data processing module, for providing interface data: case history numbering and patient number;
The case history pretreatment module is called by the interface data processing module, for the parameter search case history concordance list transmitted according to the interface data processing module;
The intelligently parsing kernel module is as the core of data handling system, by the case history pretreatment module, called, receive case history numbering, form numbering, model number, time point information parameter that the case history pretreatment module is transmitted, and according to form numbering reading format definition list, obtain the formal definition set, process item by item data metadata corresponding to each case history element in set;
Data are preserved module and are called by the intelligently parsing kernel module, for the data of modification are saved in to the medical record data table, and former data are saved in and revise in the vestige table, for realizing that case history revises that vestige retains and providing Data support by the function of time point output medical record data.
2. the electronic medical record system based on the intelligently parsing data structure as claimed in claim 1, is characterized in that, the case history pretreatment module also comprises:
For the case history concordance list of storage of medical records index data, for storing the training form shfft of each training case history form, for storing the formal definition table of every kind of formal definition data, for the format style table of the pattern data of storing every kind of form.
3. the electronic medical record system based on the intelligently parsing data structure as claimed in claim 1, is characterized in that, the intelligently parsing kernel module also comprises: for storing the case history element definition table of data element definition data; For storing the case history content-data table of each data element content-data of concrete case history, revise the case history content vestige table of Trace Data for each data element of storing concrete case history; For storing the pattern definition list of every kind of pattern definition data.
4. the electronic medical record system based on the intelligently parsing data structure as claimed in claim 1, is characterized in that, the method that the data of intelligently parsing kernel module are processed comprises the following steps:
Input case history numbering, form numbering, model number, time point;
According to form numbering reading format definition list, obtain the formal definition set;
Read the element definition table according to the numbering of the element in formal definition, obtain each element definition content;
Do not have the historical time parameter to read the medical record data table; There is the historical time parameter to read the data of the front time of closest approach point of time point in modification vestige table, do not have data to read the data in the medical record data table;
Read the pattern definition list according to model number, obtain pattern definition content;
Produce the data of case history element complete definition according to element definition data, case history content-data, pattern definition data;
According to the element data type, call the corresponding data type of process, parameter is STR, produces I/O Interface;
Set is not disposed and according to the numbering of the element in formal definition, reads the element definition table, obtains each element definition content, returns to the case history unit interface after process of aggregation.
5. the method for the processing of the electronic medical record system based on the intelligently parsing data structure, is characterized in that, the method for being somebody's turn to do the processing of the electronic medical record system based on the intelligently parsing data structure comprises the following steps:
The case history pretreatment module, according to interface data, comprises case history numbering and patient number, retrieval case history concordance list;
When the patient data does not exist, according to patient number, read patient's training from the patient information table, then read the training form shfft according to patient's training, obtain this training case history form numbering, according to form numbering reading format style sheet, obtain model number; Produce the case history numbering according to patient number, form numbering, model number; And insert a record in the case history concordance list;
Case history numbering, form numbering, model number, time point information are passed to the intelligently parsing kernel;
The intelligently parsing kernel, according to form numbering reading format definition list, obtains the formal definition set;
Process item by item each case history element in set, comprise according to case history numbering and time point information and read the patient data that this case history element is corresponding from medical record data table or modification vestige table; Read the pattern definition according to model number;
Call the data type that the case history element is corresponding and process, return to the HTML code of dynamic construction control, complete the dynamic construction at interface;
Preserve module by data the data of modification are saved in the medical record data table, and former data are saved in and revise in the vestige table, thereby realize that case history modification vestige retains and exports medical record data by time point.
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Application publication date: 20131225 |