CN110660461A - Cross-platform medical data information uploading system based on artificial intelligence - Google Patents
Cross-platform medical data information uploading system based on artificial intelligence Download PDFInfo
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- CN110660461A CN110660461A CN201910896921.3A CN201910896921A CN110660461A CN 110660461 A CN110660461 A CN 110660461A CN 201910896921 A CN201910896921 A CN 201910896921A CN 110660461 A CN110660461 A CN 110660461A
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
- G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/25—Integrating or interfacing systems involving database management systems
- G06F16/258—Data format conversion from or to a database
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
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Abstract
The invention relates to a cross-platform medical data information uploading system based on artificial intelligence, which comprises a database system, an artificial intelligence robot and a login reporting system, wherein a data original system comprises an HIS (human intelligence system), a target file and a target webpage; the artificial intelligent robot comprises a data reading module, a data processing module, a login module, a data filling module, a judgment module and a mail sending module; the data filling module is used for positioning a mouse in a target file through a windows api SetCursorPos function; sending a mouse down left key and a put-up event through an api interface mouse _ event of windows, wherein the right key is consistent with the left key; and sending some character information through the windows api keybd _ event, and opening a website and entering a corresponding page needing to be filled with data by using the character information. The invention has the advantages that: data transmission between two systems without interfaces is realized; multiple data acquisition approaches; the workload of reporting personnel is reduced, and the reporting error rate is reduced; the method is operated by simulating manpower, does not belong to a crawler technology, and cannot be checked.
Description
Technical Field
The invention relates to the technical field of medical data acquisition, in particular to a cross-platform medical data information uploading system based on artificial intelligence.
Background
At present, the professional relevant medical quality information data of each hospital is generally carried out by adopting a paper filling, mail reporting or investigation mode. The information is collected in a paper or mail reporting mode, so that the information is difficult to gather and sort, and the information can be effectively analyzed and utilized only by arranging and inputting the data by special personnel. Since the medical quality control indexes of each specialty are different, the medical specialties set by each hospital are also different, and the network system for collecting data is difficult to cover all hospitals and all specialties, which is not beneficial to effectively managing and utilizing the data of each speciality.
The problem that when data are read, a data source is required to open a port to read the data, if a developer of a data source system does not want to open the port or needs a large amount of capital to develop the data, the development process is slowed down, the cost is high, the data are reported to a reporting system in a background mode at present, and the mode is detected to be non-human operation by a reporting system background and can block IP.
Disclosure of Invention
The invention provides a cross-platform medical data information uploading system based on artificial intelligence to solve the problems.
In order to solve the technical problems, the technical scheme provided by the invention is as follows: a cross-platform medical data information uploading system based on artificial intelligence comprises a database system, an artificial intelligence robot and a login reporting system, wherein a data original system comprises an HIS (human intelligence system), a target file and a target webpage; the target file refers to a file containing target data, and the target data refers to data which needs to be read and reported.
The artificial intelligent robot comprises a data reading module, a data processing module, a login module, a data filling module, a judgment module and a mail sending module;
the login reporting system links the login module.
The artificial intelligence robot has many ways of acquiring data, and can read data from a database of an HIS system, read data from an Excel table, acquire data from a webpage and the like, and sets different reading ways according to different conditions so as to acquire target data, wherein the data reading module comprises: reading data from the HIS system, namely, giving a path to the artificial intelligent robot, automatically inquiring and importing a database file of the path by the artificial intelligent robot, screening target data, and storing the target data into the artificial intelligent robot;
reading data from the target file, namely, calling a path and a name, calling a createoleobject function of Delphi to obtain an ole object, and calling an interface of the target file through the ole object to operate the target file;
data is read from a target webpage by searching characteristic attributes such as id, name and css, so that positioning is carried out, and the target data can be obtained after the position is determined.
The artificial intelligent robot supports text replacement, mode-based replacement, case-to-case conversion, blank space deletion, non-printed character deletion, character string creation, sub-character string acquisition, character string search, inserted or extracted special characters and character string operation;
supporting the use of JavaScript to execute self-defined character string conversion processing operation;
the extraction, conversion and formatting operations of digital type data are supported;
arithmetic operation is supported (almost all mathematical operators are supported), rounding is carried out, and operations such as maximum/minimum values are taken;
enable (e.g., specifying decimal and kilobit separators, specifying decimal digits) operations that support numeric format mode applications;
the data extraction, conversion, calculation and formatting operations of date/time type data are supported;
support operations to extract date or time elements (e.g., year, day, or hour of date obtained) from date type data;
the operation is not stopped for 12 hours or 24 hours;
the operation of setting a working time zone when extracting the date and time is supported;
support for convenient date calculation processing (e.g., modifying dates or calculating time between dates) operations;
the method supports the operation of acquiring the current date, time, week and the like at any point in the robot processing;
support formatting date/time data operations in various ways;
the method supports the quasi date/time data operation of automatically extracting date/time data from a website and calculating or displaying the quasi date/time data of 3 hours ago or 2 days ago;
the extraction and conversion operation of HTML format data is supported;
the processing power to support any of the above listed "strings" is also generally applicable to HTML operations;
supporting all types of specific HTML tag operations that remove a given HTML string;
the number operation of special tags in the HTML character string is supported;
supporting data conversion operation based on logic rules;
supporting logical structure operations that enable an unlimited number of if-then/else; a
Supporting other conversion processing capacity operations;
the artificial intelligence robot can convert various types of data (such as interconversion of character strings and date types);
the artificial intelligence robot can generate random numbers;
the artificial intelligent robot can calculate the MD5 check code of input data and export robot data;
sending the mail through an SMTP server, and dynamically generating the content and the receiver of the mail;
the artificial intelligence robot can send an email containing the attachment;
the artificial intelligent robot can read and write files in the file system;
the artificial intelligent robot can simulate manual work to fill forms in the webpage and can dynamically process page input elements;
the artificial intelligent robot can dynamically traverse the drop-down frame and the radio button group;
the artificial intelligence robot can write data into text files in various formats, including XML, JSON, CSV format and the like
The data filling module is used for positioning a mouse in a target file through a windows api SetCursorPos function;
sending a mouse down left key and a put-up event through an api interface mouse _ event of windows, wherein the right key is consistent with the left key;
sending some character information through an api interface keybd _ event of the windows, and opening a website and entering a corresponding page needing to be filled with data by using the character information; and then the data in the artificial intelligent robot is filled in a one-to-one corresponding mode. Compared with the prior art, the operation is carried out in a manual-simulated mode by controlling the virtual keyboard and mouse instead of the background login operation, so that the abnormal operation cannot be found out by the reporting system and is forbidden.
The mail sending module calls the library of the email in python to complete the corresponding function, and then the Pascal calls the function. The method has the advantages that when the robot runs perfectly, a mail is sent to a user, if the robot does not run perfectly, a warning is sent to the user, and therefore the user knows whether the robot runs completely or not.
The configuration of the artificial intelligent robot comprises the following steps:
if the page of the accessed website is overtime, the robot can perform a plurality of attempts and can wait for a specified period of time between the two attempts;
the website of the advertisement content is not loaded by the artificial intelligent robot under the default condition, and can be started or closed through configuration;
the artificial intelligent robot can be configured not to load some websites matched with a specific website mode;
the artificial intelligent robot can be configured to only load certain websites matched with a specific website mode;
whether the artificial intelligence robot ignores the CSS style sheet can be configured;
whether the Frame is loaded by the artificial intelligent robot can be configured;
whether the artificial intelligence robot allows the metadata to redirect can be configured;
whether the artificial intelligence robot ignores the JavaScript event can be configured;
the artificial intelligence robot can selectively ignore any errors encountered (e.g., missing or invalid JavaScript scripts) when loading the page.
The invention has the advantages that: 1. data transmission between two systems without interfaces can be realized;
2. multiple data acquisition approaches;
3. the workload of reporting personnel is reduced, and the reporting error rate is reduced;
4. the method is operated by manpower, does not belong to a crawler technology, and cannot be checked;
5. automatically transcribing the data;
6. and realizing the automatic reporting of the data to the corresponding system.
Drawings
Fig. 1 is a schematic block diagram of a cross-platform medical data information uploading system based on artificial intelligence.
Fig. 2 is an operation flowchart of an artificial intelligence robot of the cross-platform medical data information uploading system based on artificial intelligence.
Fig. 3 is a flowchart illustrating the operation of an embodiment of the cross-platform medical data information uploading system based on artificial intelligence.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
A cross-platform medical data information uploading system based on artificial intelligence comprises a database system, an artificial intelligence robot and a login reporting system, wherein a data original system comprises an HIS (human intelligence system), a target file and a target webpage;
the artificial intelligent robot comprises a data reading module, a data processing module, a login module, a data filling module, a judgment module and a mail sending module;
the login reporting system links the login module.
The data reading module comprises: reading data from the HIS system, namely, giving a path to the artificial intelligent robot, automatically inquiring and importing a database file of the path by the artificial intelligent robot, screening target data, and storing the target data into the artificial intelligent robot;
reading data from the target file, namely, a path and a name are read, a createoleobject function of Pascal is called to obtain an ole object, and an interface of the target file is called through the ole object to operate the target file;
data is read from a target webpage by searching characteristic attributes such as id, name and css, so that positioning is carried out, and the target data can be obtained after the position is determined.
The artificial intelligent robot supports text replacement, mode-based replacement, case-to-case conversion, blank space deletion, non-printed character deletion, character string creation, sub-character string acquisition, character string search, inserted or extracted special characters and character string operation;
supporting the use of JavaScript to execute self-defined character string conversion processing operation;
the extraction, conversion and formatting operations of digital type data are supported;
arithmetic operation is supported (almost all mathematical operators are supported), rounding is carried out, and operations such as maximum/minimum values are taken;
enable (e.g., specifying decimal and kilobit separators, specifying decimal digits) operations that support numeric format mode applications;
the data extraction, conversion, calculation and formatting operations of date/time type data are supported;
support operations to extract date or time elements (e.g., year, day, or hour of date obtained) from date type data;
the continuous operation of 12 hours system or 24 hours system is supported;
the operation of setting a working time zone when extracting the date and time is supported;
support for convenient date calculation processing (e.g., modifying dates or calculating time between dates) operations;
the method supports the operation of acquiring the current date, time, week and the like at any point in the robot processing;
support formatting date/time data operations in various ways;
the method supports the quasi date/time data operation of automatically extracting date/time data from a website and calculating or displaying the quasi date/time data of 3 hours ago or 2 days ago;
the extraction and conversion operation of HTML format data is supported;
the processing power to support any of the above listed "strings" is also generally applicable to HTML operations;
supporting all types of specific HTML tag operations that remove a given HTML string;
the number operation of special tags in the HTML character string is supported;
supporting data conversion operation based on logic rules;
supporting logical structure operations that enable an unlimited number of if-then/else; a
Supporting other conversion processing capacity operations;
the artificial intelligence robot can convert various types of data (such as interconversion of character strings and date types);
the artificial intelligence robot can generate random numbers;
the artificial intelligent robot can calculate the MD5 check code of input data and export robot data;
sending the mail through an SMTP server, and dynamically generating the content and the receiver of the mail;
the artificial intelligence robot can send an email containing the attachment;
the artificial intelligent robot can read and write files in the file system;
the artificial intelligent robot can simulate manual work to fill forms in the webpage and can dynamically process page input elements;
the artificial intelligent robot can dynamically traverse the drop-down frame and the radio button group;
the artificial intelligence robot can write data into text files in various formats, including XML, JSON, CSV format and the like
The data filling module is used for positioning a mouse in a target file through a windows api SetCursorPos function;
sending a mouse down left key and a put-up event through an api interface mouse _ event of windows, wherein the right key is consistent with the left key;
sending some character information through an api interface keybd _ event of the windows, and opening a website and entering a corresponding page needing to be filled with data by using the character information; and then the data in the artificial intelligent robot is filled in a one-to-one corresponding mode.
The mail sending module calls the library of the email in python to complete the corresponding function, and then the Pascal calls the function.
The configuration of the artificial intelligent robot comprises the following steps:
if the page of the accessed website is overtime, the robot can perform a plurality of attempts and can wait for a specified period of time between the two attempts;
the website of the advertisement content is not loaded by the artificial intelligent robot under the default condition, and can be started or closed through configuration;
the artificial intelligent robot can be configured not to load some websites matched with a specific website mode;
the artificial intelligent robot can be configured to only load certain websites matched with a specific website mode;
whether the artificial intelligence robot ignores the CSS style sheet can be configured;
whether the Frame is loaded by the artificial intelligent robot can be configured;
whether the artificial intelligence robot allows the metadata to redirect can be configured;
whether the artificial intelligence robot ignores the JavaScript event can be configured;
the artificial intelligence robot can selectively ignore any errors encountered (e.g., missing or invalid JavaScript scripts) when loading the page.
The specific embodiment is as follows:
the embodiment discloses an application mode of a cross-platform medical data information uploading system based on artificial intelligence in an actual situation, which can simulate repeated operation of a worker on a PC (personal computer), wherein the repeated operation of the worker on the PC comprises data reading, data processing and data reporting, and as shown in a flow chart of the system shown in FIG. 3, a main data source of the worker is an Excel form derived from a data source system, and an artificial intelligence robot is set to read the Excel form with a specific name from a certain path to acquire target data.
The specific operation is as follows:
1. starting fragment: starting to operate the robot;
2. image positioning segment, judging whether opening the page of the reporting system, if so, continuing to go down;
3. batch renaming of fragments: naming the excels to be read uniformly, so that a target file of the data to be read can be found conveniently;
4. reading Excel file fragments: reading a target file to obtain target data;
5. executing the function segment: processing the target function to obtain data to be reported;
6. inputting year, judging branch segment: dividing processed information into years and months for judgment, and selecting a reporting page of which month enters which year;
7. clicking to check and click the newly built segment: here we will judge whether to enter this reporting page for the first time; if yes, a form for reporting the page is created, and if not, the form is checked in time;
8. filling in data fragments: filling the processed data into a report page strictly according to the corresponding relation;
9. and ending the segment, namely ending the robot.
The present invention and its embodiments have been described above, and the description is not intended to be limiting, and the drawings are only one embodiment of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should appreciate that they can readily use the disclosed conception and specific embodiments as a basis for designing or modifying other structures for carrying out the same purposes of the present invention without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (6)
1. The utility model provides a cross platform medical data information uploading system based on artificial intelligence, includes database system, artificial intelligence robot and logs on and report the system, its characterized in that: the data original system comprises an HIS system, a target file and a target webpage;
the artificial intelligent robot comprises a data reading module, a data processing module, a login module, a data filling module, a judgment module and a mail sending module;
the login reporting system links the login module.
2. The cross-platform medical data information uploading system based on artificial intelligence of claim 1, wherein: the data reading module comprises: reading data from the HIS system, namely, giving a path to the artificial intelligent robot, automatically inquiring and importing a database file of the path by the artificial intelligent robot, screening target data, and storing the target data into the artificial intelligent robot;
reading data from the target file, namely, calling a path and a name, calling a createoleobject function of Delphi to obtain an ole object, and calling an interface of the target file through the ole object to operate the target file;
data is read from a target webpage by searching characteristic attributes such as id, name and css, so that positioning is carried out, and the target data can be obtained after the position is determined.
3. The cross-platform medical data information uploading system based on artificial intelligence of claim 1, wherein: the artificial intelligent robot supports text replacement, mode-based replacement, case-to-case conversion, blank space deletion, non-printed character deletion, character string creation, sub-character string acquisition, character string search, inserted or extracted special characters and character string operation;
supporting the use of JavaScript to execute self-defined character string conversion processing operation;
the extraction, conversion and formatting operations of digital type data are supported;
arithmetic operation is supported (almost all mathematical operators are supported), rounding is carried out, and operations such as maximum/minimum values are taken;
enable (e.g., specifying decimal and kilobit separators, specifying decimal digits) operations that support numeric format mode applications;
the data extraction, conversion, calculation and formatting operations of date/time type data are supported;
support operations to extract date or time elements (e.g., year, day, or hour of date obtained) from date type data;
the continuous operation of 12 hours system or 24 hours system is supported;
the operation of setting a working time zone when extracting the date and time is supported;
support for convenient date calculation processing (e.g., modifying dates or calculating time between dates) operations;
the method supports the operation of acquiring the current date, time, week and the like at any point in the robot processing;
support formatting date/time data operations in various ways;
the method supports the quasi date/time data operation of automatically extracting date/time data from a website and calculating or displaying the quasi date/time data of 3 hours ago or 2 days ago;
the extraction and conversion operation of HTML format data is supported;
the processing power to support any of the above listed "strings" is also generally applicable to HTML operations;
supporting all types of specific HTML tag operations that remove a given HTML string;
the number operation of special tags in the HTML character string is supported;
supporting data conversion operation based on logic rules;
supporting logical structure operations that enable an unlimited number of if-then/else; a
Supporting other conversion processing capacity operations;
the artificial intelligence robot can convert various types of data (such as interconversion of character strings and date types);
the artificial intelligence robot can generate random numbers;
the artificial intelligent robot can calculate the MD5 check code of input data and export robot data;
sending the mail through an SMTP server, and dynamically generating the content and the receiver of the mail;
the artificial intelligence robot can send an email containing the attachment;
the artificial intelligent robot can read and write files in the file system;
the artificial intelligent robot can simulate manual work to fill forms in the webpage and can dynamically process page input elements;
the artificial intelligent robot can dynamically traverse the drop-down frame and the radio button group;
the artificial intelligence robot can write data into text files in various formats, including XML, JSON, CSV format and the like
4. The cross-platform medical data information uploading system based on artificial intelligence of claim 1, wherein: the data filling module is used for positioning a mouse in a target file through a windows api SetCursorPos function;
sending a mouse down left key and a put-up event through an api interface mouse _ event of windows, wherein the right key is consistent with the left key;
sending some character information through an api interface keybd _ event of the windows, and opening a website and entering a corresponding page needing to be filled with data by using the character information; and then the data in the artificial intelligent robot is filled in a one-to-one corresponding mode.
5. The cross-platform medical data information uploading system based on artificial intelligence of claim 1, wherein: the mail sending module calls the library of the email in python to complete the corresponding function, and then the Pascal calls the function.
6. The cross-platform medical data information uploading system based on artificial intelligence of claim 1, wherein: the configuration of the artificial intelligent robot comprises the following steps:
if the page of the accessed website is overtime, the robot can perform a plurality of attempts and can wait for a specified period of time between the two attempts;
the website of the advertisement content is not loaded by the artificial intelligent robot under the default condition, and can be started or closed through configuration;
the artificial intelligent robot can be configured not to load some websites matched with a specific website mode;
the artificial intelligent robot can be configured to only load certain websites matched with a specific website mode;
whether the artificial intelligence robot ignores the CSS style sheet can be configured;
whether the Frame is loaded by the artificial intelligent robot can be configured;
whether the artificial intelligence robot allows the metadata to redirect can be configured;
whether the artificial intelligence robot ignores the JavaScript event can be configured;
the artificial intelligence robot can selectively ignore any errors encountered (e.g., missing or invalid JavaScript scripts) when loading the page.
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| CN111914011A (en) * | 2020-08-06 | 2020-11-10 | 上海智众医疗科技有限公司 | Cross-platform data conversion method and system |
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