CN110941650A - Medical data statistical query system and method - Google Patents
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Abstract
The invention provides a medical data statistical query system and a method, comprising a WEB end and a database; the WEB side comprises a user login registration module, a data statistical analysis module, a data query module, a message module and a dimension selection matching module; the database comprises a data acquisition module, a dimension classification module, a user authority module and a data generation view module; a user logs in a registration module through a user at a WEB end to register, and after the user successfully registers, the user authority module creates a database user according to a corresponding account password and performs related database authority control on the aspect of a database; a user sets actual data screening conditions of the user through a data query module; when data screening is carried out, a dimension selection matching module is used for defining constraint conditions, and then a data statistical analysis module generates a line graph and a pie graph for a user; the invention is beneficial to improving the data viewing efficiency of the user and can meet the basic data query requirement of the user.
Description
Technical Field
The invention relates to the field of databases and the technical field of data statistics, in particular to a medical data statistics query system and a medical data statistics query method.
Background
In a database system, a view is a very common element. A view is a virtual table, which is one way to view the table data. And the view is generated through query, the operation is simple, and the seen data is the required data. Meanwhile, the view can also be exported to a file with a different format according to the requirement. The view is relatively more secure, and the administrator authorizes the ordinary user and does not cause errors in the real table structure and data.
However, in normal work, it is not efficient for users to query or analyze data, and they often seek help from developers or database managers, and may also malfunction, resulting in errors. This results in increased "coupling" between personnel in different departments, and also increases the amount of tasks for the user, making the focus less focused on the actual task. The user is concerned with only a part of data contents screened out according to a large number of conditions under a specific environment.
Disclosure of Invention
The object of the present invention is to solve at least one of the technical drawbacks mentioned.
Therefore, the invention aims to provide a medical data statistical query system and a medical data statistical query method, which are beneficial to improving the data viewing efficiency of a user and can meet the basic data query requirements of the user.
In order to achieve the above object, the present invention provides a medical data statistical query system, comprising: the system comprises a WEB end and a database, wherein a user logs in the database through the WEB end to perform statistical query on medical data;
the WEB side comprises a user login registration module, a data statistical analysis module, a data query module, a message module and a dimension selection matching module;
the user login registration module is used for registering a user, correspondingly opening the user for the database, endowing corresponding database authority with the database, and operating the same set of account password login at a WEB end and the database;
the data statistical analysis module is used for performing statistical analysis on the data in the database according to the screening conditions of the data query module and generating a line graph and a pie graph for a user;
the data query module is used for setting the actual data screening conditions of the user;
the message module is used for reminding a user of messages related to data and system aspects;
the dimension selection matching module is used for dividing multi-dimension combinations of different levels and different aspects aiming at the data category dimensions in the database for the user to screen;
the database comprises a data acquisition module, a dimension classification module, a user authority module and a data generation view module;
the data acquisition module is used for acquiring the home page data of the medical records of each hospital;
the dimension classification module is used for classifying a plurality of dimensions according to the data interface of the sanitary direct reporting system in each region;
the user authority module is used for carrying out authority management on users and developers in various regions;
the data generation view module is used for counting the data quantity of the acquired data according to regions, time and user-defined categories, carrying out multi-dimensional combination, generating a line graph and a pie graph and displaying the overall situation of the data for a user; the queried data results are also stored.
In any of the above schemes, preferably, after the user successfully registers through the user login registration module, the database user is created according to the corresponding account password in the aspect of the database, and the related database authority control is performed.
In any of the above schemes, preferably, the database permission after the user successfully registers through the user login registration module is divided into an administrator permission and a region permission, the administrator permission can obtain data of all regions, and the region permission can only obtain data of own region.
In any of the above solutions, preferably, the message module further notifies the user of update changes in data and interactive behavior message notifications between users periodically.
In any of the above schemes, preferably, the result data queried by the data query module is stored in the database in a database view manner.
In any of the above schemes, preferably, the dimension selection matching module defines a constraint condition according to an actual data screening condition of the user set by the data query module; the constraint conditions are divided into identity information, disease diagnosis information, operation information and expense information.
The invention also provides a method based on the medical data statistical query system, which comprises the following steps:
step S1, the user logs in the registration module to register through the user of the WEB end, and after the registration is successful, the user authority module creates a database user according to the corresponding account password and performs related database authority control on the aspect of the database;
step S2, setting the actual data screening condition of the user through the data query module by the user;
step S3, before screening data, the user authority module of the database judges the database authority of the user first, if the database authority is the region authority, the user can only obtain the relevant hospital data of the region where the user is; if the administrator has the right, the relevant hospital data of all the regions can be acquired;
step S4, when data is screened, the dimension selecting and matching module defines the constraint condition, then the data statistical analysis module judges whether the constraint condition is inquired, if so, the data generates the relevant data stored in the view module;
if the data is not inquired, carrying out statistical analysis on the data in the database according to the constraint condition, generating a line graph and a pie graph for the user, showing a general situation view of the data for the user, and storing the general situation view data in a data generation view module.
In any of the above solutions, preferably, in step S1, when the user logs in through the user name and password, if the login is correct, the interface of the medical data statistics query system is entered, and if the login is incorrect, the user is prompted to re-enter.
In any of the above schemes, preferably, in step S4, if the user is a regional authority, only a line graph and a pie graph can be generated when the data in the database is statistically analyzed according to the constraint condition; if the user is the administrator authority, when the statistical analysis is carried out on the data in the database according to the constraint condition, besides generating a line graph and a pie graph, a corresponding data table and other series of related target bar tables and classification tables can be generated.
In any of the above schemes, preferably, the database acquires the first page data of each hospital medical record in each region through the data acquisition module, and then classifies a plurality of dimensions according to the data interface of the health direct-reporting system in each region; and stores the data in various dimensions.
The medical data statistical query system and method of the invention have the following beneficial effects:
1. the medical data statistical query system provides a standard multidimensional interface for a user, and the user selects a series of multidimensional conditions according to the needs to obtain results.
2. The medical data statistical query system can record user selection and results, and avoids the user from repeatedly executing the same operation.
3. The medical data statistical query system can also perform multi-dimensional combination through the WEB terminal according to the query conditions of the user to generate a line graph and a pie graph, so that the overall situation of data is displayed for the user, and the user can directly acquire the desired effective data and then perform other subsequent operations.
4. The method based on the medical data statistical query system can help a user to quickly screen out desired data, does not cause the increase of coupling among different department personnel, and does not increase the task load of the user, thereby improving the data viewing efficiency of the user and meeting the basic data query requirements of the user. Through the view display, the user can visually see the change trend of the data in different periods and the change of the data.
Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.
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The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:
FIG. 1 is a block diagram of the architecture of the medical data statistical query system of the present invention;
FIG. 2 is an overall block diagram of the medical data statistical query system of the present invention;
FIG. 3 is a general flow diagram of a method of the present invention based on a medical data statistical query system;
fig. 4 is a flowchart of an execution of a query method of the medical data statistics based query system of the present invention.
In the figure, 1, WEB end; 2. a database; 11. a user logs in a registration module; 12. a data statistical analysis module; 13. a data query module; 14. a message module; 15. a dimension selection matching module; 21. a data acquisition module; 22. a dimension classification module; 23. a user authority module; 24. a data generation view module;
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are illustrative and intended to be illustrative of the invention and are not to be construed as limiting the invention.
The invention provides a medical data statistical query system, as shown in fig. 1-2, comprising: the system comprises a WEB terminal 1 and a database 2, wherein a user logs in and connects the database 2 through the WEB terminal 1 to perform statistical query on medical data.
The WEB terminal 1 comprises a user login registration module 11, a data statistics analysis module 12, a data query module 13, a message module 14 and a dimension selection matching module 15;
the user login registration module 11 is used for registering a user, and simultaneously the database 2 correspondingly opens the user, and gives corresponding database 2 authority, and the same set of account password login can be operated at the WEB terminal 1 and the database 2; thus, the account password is both a credential to log into the system and can be used to log into a backend database.
After the user successfully logs in the registration module 11 through the user, the database 2 user is created according to the corresponding account password in the database 2, and the related database 2 authority control is performed.
The authority of the user is divided into administrator authority and regional authority through the database 2 after the user successfully logs in the registration module 11, the administrator authority can acquire data of all regions, and the regional authority can only acquire data of own regions. The developer can manage the authority for the users in each region through the administrator authority, and can also distribute the corresponding authority of the database for the users.
In addition, the database permissions are assigned in units of provinces. The data of the region where the worker is located can be conveniently analyzed and processed by the workers in each region, so that more reasonable and accurate data operation can be achieved.
The data statistical analysis module 12 is configured to perform statistical analysis on the data in the database 2 according to the screening condition of the data query module 13, and generate a line graph and a pie graph for the user. The data statistics analysis module 12 will also draw a statistical map according to the user-defined parameters. For example, by year, month, quarter, region, etc. In so doing, it is helpful to understand the data more intuitively.
The data query module 13 is used for setting the actual data screening conditions of the user; the data query module 13 informs the user of the result of the operation after querying, and stores the data in the database in a database view mode. And the user uses the connection tool to carry out database connection, carries out database login by using the user name and the password of the system, checks a result view and further executes subsequent processing.
The message module 14 is used to alert the user of messages regarding data and system aspects; the messaging module 14 also periodically notifies the user of updated changes in data and interactive activity between users. Secondly, timely notification is updated mainly for changes in data. Considering that data can be irregularly put in storage, the system needs to monitor the data condition in real time and then inform the user of detailed information of the data.
The dimension selection matching module 15 is used for dividing multi-dimension combinations of different levels and different aspects aiming at the data category dimensions in the database 2 for the user to screen; for example, according to the statistics of hospital dimension, the line graph display result is the data volume of each hospital, and if the statistics is carried out according to the time year dimension and the hospital dimension, the data volume of each hospital every year is counted.
The invention displays all the dimensions of different divided aspects, and is convenient for users to select. The user defines the constraint condition according to the requirement and submits the constraint condition. Namely, the dimension selection matching module 15 defines constraint conditions according to the actual data screening conditions of the user set by the data query module 13; the constraint conditions are classified into identity information (sex, age, etc.), disease diagnosis information, operation information, and cost information. The system screens data according to the user request, records the operation behavior of the user to form history, and therefore the user can conveniently check the previous operation behavior. After the data is screened, the user can save or give up the result. Certainly, users in different regions can carry out permission application and cross-region search due to different respective permissions, and whether the permission is granted or not is determined by an administrator; the users in different regions can also assist each other, and the administrator determines whether to approve.
The database 2 comprises a data acquisition module 21, a dimension classification module 22, a user authority module 23 and a data generation view module 24;
the data acquisition module 21 is used for acquiring the home page data of the medical records of each hospital;
the dimension classification module 22 is used for classifying a plurality of dimensions according to the data interfaces of the sanitary direct reporting system in each region;
the user authority module 23 is used for performing authority management on users and developers in various regions;
the data generation view module 24 is used for counting the data amount of the acquired data according to regions, time and user-defined categories, carrying out multi-dimensional combination, generating a line graph and a pie graph and displaying the overall situation of the data for a user; the queried data results are also stored.
The medical data statistical query system provides a standard multidimensional interface for a user, and the user selects a series of multidimensional conditions according to the needs to obtain results. The system will record the user selections and results, avoiding the user from repeatedly performing the same operations. In addition, the medical data statistical query system can also perform multi-dimensional combination through a WEB end according to query conditions of a user to generate a line graph and a pie graph, so that the overall situation of data is displayed for the user, the user can directly acquire desired effective data, and then other subsequent operations are performed. In addition, the user can also visually see the change trend of the data in different periods and know the change of the data in advance.
The invention also provides a method based on the medical data statistical query system, as shown in fig. 3-4, comprising the following steps:
step S1, the user logs in the registration module 11 through the user at the WEB end 1 to register, and after the registration is successful, the user authority module 23 creates the user in the database 2 according to the corresponding account password, and performs the related authority control of the database 2.
When the user logs in through the user name and the password, if the user logs in correctly, the user enters an interface of the medical data statistical query system, and if the user logs in incorrectly, the user is prompted to re-input.
Step S2, the user sets the actual data screening condition of the user through the data query module 13;
step S3, before data screening, the user authority module 23 of the database 2 firstly judges the authority of the database 2 of the user, if the authority is the region authority, the user can only obtain the relevant hospital data of the region where the user is located; if the administrator has the right, the relevant hospital data of all the regions can be acquired;
step S4, when data is screened, the dimension selection matching module 15 defines a constraint condition, and then the data statistical analysis module 12 determines whether the constraint condition is queried, and if so, calls out the relevant data stored in the data generation view module 24;
if the data is not queried, the data in the database 2 is statistically analyzed according to the constraint condition, a line graph and a pie graph are generated for the user, a general situation view of the data is shown for the user, and the general situation view data is stored in the data generation view module 24.
If the user is the regional authority, only a line graph and a pie graph can be generated when the statistical analysis is carried out on the data in the database 2 according to the constraint condition; if the user is the administrator authority, when the statistical analysis is performed on the data in the database 2 according to the constraint condition, besides generating a line graph and a pie graph, a corresponding data table and other series of benchmarking tables and classification tables related to the data table can be generated.
Furthermore, each account number corresponds to a corresponding authority, for example, a common account number can only inquire data of a local hospital where the common account number is located. When searching, a user only needs to check and fill all dimension conditions at a web end, then the dimension conditions are submitted to a system for screening, the screening conditions can be stored, the next time the screening conditions are executed, the next time the screening conditions are directly selected for execution, and the method mainly aims at some common operations with complicated query conditions.
Before a user inquires, the database 2 acquires the first page data of each hospital case in each region through the data acquisition module 21, and then classifies a plurality of dimensions according to the data interface of the sanitary direct-reporting system in each region; and stores the data in various dimensions.
In addition, the database stores all the information, most notably the data tables and other related series of benchmarking tables, classification tables, etc., which are maintained by the system administrator. Secondly, different users can see only the view obtained by inquiring after connecting to the database, and the data concerned by the users are shown in the view. The data in the view may then be processed as needed, or the view may be exported as a file in various formats.
The method based on the medical data statistical query system can help a user to quickly screen out desired data, does not cause the increase of coupling among different department personnel, and does not increase the task load of the user, thereby improving the data viewing efficiency of the user and meeting the basic data query requirements of the user. Through the view display, the user can visually see the change trend of the data in different periods and the change of the data.
Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made in the above embodiments by those of ordinary skill in the art without departing from the principle and spirit of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (10)
1. A medical data statistical query system, comprising: the system comprises a WEB end and a database, wherein a user logs in the database through the WEB end to perform statistical query on medical data;
the WEB side comprises a user login registration module, a data statistical analysis module, a data query module, a message module and a dimension selection matching module;
the user login registration module is used for registering a user, correspondingly opening the user for the database, endowing corresponding database authority with the database, and operating the same set of account password login at a WEB end and the database;
the data statistical analysis module is used for performing statistical analysis on the data in the database according to the screening conditions of the data query module and generating a line graph and a pie graph for a user;
the data query module is used for setting the actual data screening conditions of the user;
the message module is used for reminding a user of messages related to data and system aspects;
the dimension selection matching module is used for dividing multi-dimension combinations of different levels and different aspects aiming at the data category dimensions in the database for the user to screen;
the database comprises a data acquisition module, a dimension classification module, a user authority module and a data generation view module;
the data acquisition module is used for acquiring the home page data of the medical records of each hospital;
the dimension classification module is used for classifying a plurality of dimensions according to the data interface of the sanitary direct reporting system in each region;
the user authority module is used for carrying out authority management on users and developers in various regions;
the data generation view module is used for counting the data quantity of the acquired data according to regions, time and user-defined categories, carrying out multi-dimensional combination, generating a line graph and a pie graph and displaying the overall situation of the data for a user; the queried data results are also stored.
2. The system of claim 1, wherein after the user logs in the registration module successfully, the user creates a database user according to the corresponding account password in the database and performs the related database authority control.
3. The system for statistical query of medical data according to claim 1, wherein the database permissions of the user after the user successfully registers in the registration module are divided into administrator permissions and regional permissions, the administrator permissions can obtain data of all regions, and the regional permissions can only obtain data of their own regions.
4. The medical data statistical query system of claim 1, wherein the message module further periodically notifies users of updated changes in data and interactive behavior between users.
5. The medical data statistical query system of claim 1, wherein the result data queried by the data query module is stored in the database in a database view.
6. The medical data statistical query system of claim 1, wherein the dimension selection matching module defines constraints according to user's actual data filtering conditions set by the data query module; the constraint conditions are divided into identity information, disease diagnosis information, operation information and expense information.
7. A method based on the medical data statistical query system of any one of claims 1-6, comprising the steps of:
step S1, the user logs in the registration module to register through the user of the WEB end, and after the registration is successful, the user authority module creates a database user according to the corresponding account password and performs related database authority control on the aspect of the database;
step S2, setting the actual data screening condition of the user through the data query module by the user;
step S3, before screening data, the user authority module of the database judges the database authority of the user first, if the database authority is the region authority, the user can only obtain the relevant hospital data of the region where the user is; if the administrator has the right, the relevant hospital data of all the regions can be acquired;
step S4, when data is screened, the dimension selecting and matching module defines the constraint condition, then the data statistical analysis module judges whether the constraint condition is inquired, if so, the data generates the relevant data stored in the view module;
if the data is not inquired, carrying out statistical analysis on the data in the database according to the constraint condition, generating a line graph and a pie graph for the user, showing a general situation view of the data for the user, and storing the general situation view data in a data generation view module.
8. The method as claimed in claim 7, wherein in step S1, when the user logs in through the user name and password, if the login is correct, the interface of the medical data statistics query system is entered, and if the login is incorrect, the user is prompted to re-enter.
9. The method of claim 7, wherein in step S4, if the user is a regional authority, only a line graph and a pie graph can be generated when the statistical analysis is performed on the data in the database according to the constraint condition; if the user is the administrator authority, when the statistical analysis is carried out on the data in the database according to the constraint condition, besides generating a line graph and a pie graph, a corresponding data table and other series of related target bar tables and classification tables can be generated.
10. The method of claim 7, wherein the database obtains the first page data of each hospital medical record in each region through the data obtaining module, and then classifies a plurality of dimensions according to the data interface of the health direct report system in each region; and stores the data in various dimensions.
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| CN112015787A (en) * | 2020-08-28 | 2020-12-01 | 支付宝(杭州)信息技术有限公司 | Data query method and device |
| CN116226267A (en) * | 2023-05-05 | 2023-06-06 | 北京路浩知识产权集团有限公司 | Method, device, equipment and medium for processing intellectual property data in enterprise |
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