CN115907277A - Hospital performance intelligent review system and implementation method - Google Patents
Hospital performance intelligent review system and implementation method Download PDFInfo
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Abstract
The invention discloses a hospital performance intelligent review system and an implementation method, relates to the field of hospital data processing, and is used for solving the problems that indexes cannot be effectively managed and the performance data review efficiency is low due to the fact that extensive management is adopted in the existing hospital performance review; according to the invention, the indexes are deeply analyzed, decomposed and distributed to each source responsibility department, data acquisition department and supervising department through the index distribution module, and each index is distributed to a related person in charge, so that each link of the index is effectively managed; analyzing the auditing end through the intelligent management module to obtain an auditing value, dividing the index information into the number of parts consistent with that of the auditing end, and then sequentially sending the corresponding number of parts of the index information to the corresponding auditing end; the index information is checked and corrected by the staff corresponding to the checking end, so that the index information is sent to the corresponding staff for checking, and the checking and correcting efficiency of the index information is improved.
Description
Technical Field
The invention relates to the field of hospital data processing, in particular to a hospital performance intelligent review system and an implementation method.
Background
The national health committee organization sets up a performance assessment operation manual of a national third-level public standing hospital, and the national health committee revises and perfects the operation manual. Now, the performance assessment of the public standing hospital becomes the most main basis of the evaluation and assessment of the new national medical improvement on the third-level public standing hospital, is an important scale for checking the improvement and development effect of the public standing hospital, and is further a hook with the total salary of the hospital. Index improvement and performance improvement become the perpetual theme of hospital management.
The existing hospital performance evaluation adopts extensive management, so that indexes cannot be effectively managed, the performance data auditing efficiency is low, the performance evaluation data is inaccurate, and the performance evaluation result is influenced.
Disclosure of Invention
The invention aims to provide an intelligent hospital performance evaluation system and an implementation method thereof, which aim to solve the problems that indexes cannot be effectively managed and the efficiency of performance data examination is low due to the adoption of extensive management in the conventional hospital performance evaluation.
The purpose of the invention can be realized by the following technical scheme: an intelligent performance evaluation system for hospitals comprises an index distribution module, a data acquisition module, a database, an intelligent management module and an intelligent evaluation module;
the index distribution module is used for acquiring indexes stored in the database in advance, deeply analyzing the indexes, decomposing and distributing the indexes to each source responsibility department, data acquisition department and supervising department, and sending the indexes distributed to each source responsibility department, data acquisition department and supervising department to the data acquisition module;
the data acquisition module is used for acquiring index information corresponding to each source responsibility department, each data acquisition department and each supervision department and sending the index information to the database for storage;
the intelligent management module is used for sending the index information to the corresponding auditing end for auditing and correction and sending the index information after auditing and correction to the intelligent review module;
the intelligent evaluation module is used for extracting performance indexes in the index information, carrying out performance evaluation to obtain index points corresponding to departments, summarizing the index points of all the departments to obtain a point check table and sending the point check table to the database for storage.
As a preferred embodiment of the present invention, the specific process of the intelligent management module sending the index information to the corresponding auditing end is as follows:
acquiring an audit terminal registered in a database and the current state of the audit terminal, and marking the audit terminal of which the current state is a working state as a terminal to be selected; sending an audit request instruction to a terminal to be selected, receiving an agreement request instruction fed back by the terminal to be selected, marking the terminal to be selected corresponding to the received agreement request instruction as a target terminal, and meanwhile, calculating the time length between the sending of the audit request instruction and the receiving of the agreement request instruction and marking the time length as the reaction time length of the target terminal;
then acquiring a terminal group value and an evaluation value of the target terminal; extracting the values of the end base value and the evaluation value, taking the value of the end base value as the major axis of the ellipse, taking the preset length as the minor axis of the ellipse, constructing the ellipse corresponding to the end base value and marking the ellipse as an end ellipse; selecting the center of an end group ellipse, drawing a circle by taking one half of the evaluation value as a radius to obtain a circle, and marking the circle as an evaluation circle; then selecting the center of an examination effect circle, and drawing a circle by taking the numerical value corresponding to the reaction duration as the radius to obtain a time circle; calculating the intersection area of the end group ellipse and the validation circle, and then calculating the area of the time-long circle; subtracting the area of the time circle from the intersection area to obtain an area difference, extracting the numerical value of the area difference and marking the numerical value as an optimization numerical value of the target terminal;
marking the target terminal with the audit value larger than or equal to the set threshold value as an audit terminal, counting the number of the audit terminals, dividing the index information into the number of parts consistent with the number of the audit terminals, and then sequentially sending the corresponding number of parts of the index information to the corresponding audit terminal; and after receiving the index information through the auditing end, a worker corresponding to the auditing end audits and corrects the index information, and sends the audited and corrected index information to the intelligent management module.
As a preferred embodiment of the present invention, a statistical analysis unit is disposed in the intelligent management module; the statistical analysis unit is used for acquiring the first moment when the auditing end receives the index information and the second moment when the auditing end feeds back the corrected index information and performing auditing effect analysis, and the specific analysis process comprises the following steps:
calculating the time difference between the first time and the second time to obtain the auditing and correcting time, comparing the auditing and correcting time with the preset time, and marking the auditing and correcting time as a positive time when the auditing and correcting time is less than the preset auditing and correcting time; when the auditing correction time length is longer than the preset auditing time length, marking the auditing correction time length as a negative time length; counting the number of the positive duration and the negative duration respectively and marking as a positive total number and a negative total number;
extracting all the numerical values of the positive time length, marking the numerical value of the positive time length as ZT, and marking the numerical value of the preset auditing time length as BT; substituting into a preset duration analysis model
Obtaining a time base value QM corresponding to the right time length; wherein, λ is a weight preset coefficient;
summing the time base values corresponding to all the time lengths to obtain a time total value, wherein the set time total value, the positive total number and the negative total number respectively correspond to values SA1, SB2 and SC3; substituting into a predetermined analytical model
Obtaining an auditing value SX of an auditing end; wherein the mu 1, the mu 2, the mu 3 and the mu 4 are preset weight ratios; and mu 4>µ1=µ2>µ3；
And sending the auditing value of the auditing end to a database for storage.
As a preferred embodiment of the invention, the system further comprises a terminal registration module, wherein the terminal registration module is used for hospital staff to submit terminal information of the intelligent terminal for registration, send the terminal information which is successfully registered to the database for storage, and mark the intelligent terminal as an audit terminal, wherein the terminal information comprises the model number of the intelligent terminal, the terminal communication number, the working years of the hospital staff and the registration duration, and the unit of the working years is year; meanwhile, carrying out end-base value analysis on the successfully registered terminal information, which specifically comprises the following steps:
setting all terminal models to correspond to onePresetting a model value, matching the model of the intelligent terminal in the terminal information with all terminal models to obtain a corresponding preset model value, and marking the preset model value as a matched model value; extracting numerical values of the matched model value, the working age and the registration duration and respectively marking the numerical values as EM1, EM2 and EM3; substituting the numerical value into the preset analysis model
Obtaining an end value DJ of the audit terminal; wherein fm1, fm2 and fm3 are preset proportionality coefficients; and sending the terminal value of the audit terminal to a database for storage.
As a preferred embodiment of the present invention, the system further includes an activity publishing module, where the activity publishing module is configured to publish activity information corresponding to each stage and collect activity result information corresponding to the activity information by a manager, process the activity result information to obtain an activity index, and send the activity index to the intelligent review module and the database; wherein the activity information comprises activity subject, activity summary, activity purpose, activity expected index, activity arrangement, activity content record and the like; the activity theme comprises national examination performance, smoking banning activities and the like.
As a preferred embodiment of the present invention, the system further comprises an information encryption module, wherein the information encryption module is used for encrypting information of the index information stored in the database and setting authority levels of the user, and the authority levels comprise a first-level authority, a second-level authority, a third-level authority, a fourth-level authority and a fifth-level authority; the authority of the first-level authority is the maximum and is used for checking all encrypted index information.
As a preferred embodiment of the present invention, the specific steps of the information encryption module performing information encryption on the index information are as follows: extracting characters and numbers of the index information, and setting that all the characters and the numbers correspond to a unique conversion numerical code, wherein the conversion numerical code is formed by combining twelve numbers; dividing the conversion numerical codes into two groups of conversion numerical codes, setting ten numbers from zero to nine to correspond to a preset color, sequentially matching the two groups of conversion numerical codes with the corresponding preset colors, respectively filling the two groups of conversion numerical codes into color filling areas I of two preset patterns in sequence, rotating one of the preset patterns by a certain angle, then overlapping the two preset patterns to obtain an encrypted pattern, setting all rotation angles to correspond to one preset color, matching the certain angle with all rotation angles to obtain the corresponding preset color, and filling the preset color into a color filling area II corresponding to the encrypted pattern; and finally, storing the encrypted graph into a database, and generating an index link code corresponding to the encrypted graph.
As a preferred embodiment of the present invention, the system further includes a query display module, where the query display module is used for a user to query a corresponding score checking table and corresponding index information, and the specific query process is as follows: acquiring the authority level of a user, and decrypting and visually displaying the encrypted information in the integral checking table and the corresponding index information when the authority level of the user is a first-level authority; and when the authority level of the user is a second-level authority or a third-level authority or a fourth-level authority or a fifth-level authority, decrypting the integral checking table corresponding to the authority level and the encrypted information in the index information and displaying the decrypted information in a visual mode, wherein the undecrypted information is displayed by an index link code.
The intelligent performance evaluation implementation method based on the management intelligent technology comprises the following steps:
s1: acquiring indexes pre-stored in a database, deeply analyzing the indexes, and decomposing and distributing the indexes to each source responsibility department, data acquisition department and supervising department;
s2: acquiring index information corresponding to each source responsibility department, data acquisition department and supervising department;
s3: and sending the index information to a corresponding auditing end for auditing and correction, wherein the method specifically comprises the following steps:
s31: acquiring a checking terminal registered in a database and the current state of the checking terminal, and marking the checking terminal with the current state being a working state as a terminal to be selected; sending an audit request instruction to a terminal to be selected, receiving an agreement request instruction fed back by the terminal to be selected, marking the terminal to be selected corresponding to the received agreement request instruction as a target terminal, and meanwhile, calculating the time length between the sending of the audit request instruction and the receiving of the agreement request instruction and marking the time length as the reaction time length of the target terminal;
s32: then acquiring a terminal value and an evaluation value of the target terminal, extracting the values of the terminal value and the evaluation value, constructing an ellipse corresponding to the terminal value by taking the terminal value as a major axis of the ellipse and a preset length as a minor axis of the ellipse, and marking the ellipse as a terminal ellipse; selecting the center of the end group ellipse, drawing a circle by taking one half of the value of the validation value as a radius, obtaining a circle and marking the circle as a validation circle; then selecting the circle center of the examination effect circle, and drawing the circle by taking the numerical value corresponding to the reaction duration as the radius to obtain the time circle; calculating the intersection area of the end group ellipse and the validation circle, and then calculating the area of the long circle; subtracting the area of the time circle from the intersection area to obtain an area difference, extracting the numerical value of the area difference and marking the numerical value as an optimization numerical value of the target terminal;
s33: marking the target terminal with the audit value larger than or equal to the set threshold value as an audit terminal, counting the number of the audit terminals, dividing the index information into the number of parts consistent with the number of the audit terminals, and then sequentially sending the corresponding number of parts of the index information to the corresponding audit terminal; after receiving the index information through the auditing end, a worker corresponding to the auditing end carries out auditing correction on the index information;
s4: and extracting the performance indexes in the index information after the examination and the correction, performing performance evaluation to obtain index points corresponding to departments, summarizing the index points of all the departments to obtain a point checking table, and performing visual display.
Compared with the prior art, the invention has the beneficial effects that:
1. according to the invention, the indexes are deeply analyzed, decomposed and distributed to each source responsibility department, data acquisition department and supervising department through the index distribution module, and each index is distributed to a related person in charge, so that each link of the index is effectively managed.
2. The intelligent management module analyzes the auditing end to obtain an auditing value, divides the index information into the number of parts consistent with that of the auditing end, and then sequentially sends the corresponding parts of the index information to the corresponding auditing end; the index information is checked and corrected by the staff corresponding to the checking end, so that the index information is conveniently sent to the corresponding staff for checking, and the checking and correcting efficiency of the index information is improved.
3. The invention carries out information encryption on the index information stored in the database through the information encryption module and sets the authority level of the user, thereby facilitating the user to inquire the corresponding index information, and encrypts the index information through the information encryption module so as to improve the storage safety of the index information.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a functional block diagram of the present invention;
FIG. 2 is a schematic diagram of an encryption pattern according to the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. 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.
Example 1
Please refer to fig. 1, a performance intelligent review system for hospitals comprises an index distribution module, a data acquisition module, a database, an intelligent management module, an intelligent review module, a terminal registration module, an activity release module, an information encryption module and an inquiry display module;
the index distribution module acquires indexes stored in the database in advance, deeply analyzes the indexes, decomposes and distributes the indexes to each source responsibility department, data acquisition department and supervising department, and sends the indexes distributed to each source responsibility department, data acquisition department and supervising department to the data acquisition module; the indexes are deeply analyzed, decomposed and distributed to each source responsibility department, data acquisition department and supervising department through an index distribution module, each index is distributed to a related responsible person, and each link of the index is effectively managed; thereby realizing the index responsibility range, covering the whole hospital and department, and further covering the whole range of diagnosis and treatment groups, doctors and individuals and the like; the comprehensive management of various indexes from the whole hospital target, the refinement to the department and the further breakthrough of individual doctors are realized.
The data acquisition module acquires index information corresponding to each source responsibility department, data acquisition department and supervising department and sends the index information to the database for storage;
the intelligent management module sends the index information to a corresponding auditing end for auditing and correction, and sends the index information after auditing and correction to the intelligent auditing module, wherein the specific process of sending the index information to the corresponding auditing end is as follows:
acquiring an audit terminal registered in a database and the current state of the audit terminal, and marking the audit terminal of which the current state is a working state as a terminal to be selected; sending an audit request instruction to a terminal to be selected, receiving an agreement request instruction fed back by the terminal to be selected, marking the terminal to be selected corresponding to the received agreement request instruction as a target terminal, and meanwhile, calculating the time length between the sending of the audit request instruction and the receiving of the agreement request instruction and marking the time length as the reaction time length of the target terminal;
then, acquiring a terminal value and an evaluation value of the target terminal (when the target terminal is initially registered, the system sets the terminal value and the evaluation value to be 100 and 50 respectively); extracting the numerical values of the terminal base value and the evaluation value, constructing an ellipse corresponding to the terminal base value by taking the numerical value of the terminal base value as the major axis of the ellipse and the preset length as the minor axis of the ellipse, and marking the ellipse as a terminal ellipse; selecting the center of the end group ellipse, drawing a circle by taking one half of the value of the validation value as a radius, obtaining a circle and marking the circle as a validation circle; then selecting the circle center of the examination effect circle, and drawing the circle by taking the numerical value corresponding to the reaction duration as the radius to obtain the time circle; calculating the intersection area of the end group ellipse and the validation circle, and then calculating the area of the long circle; subtracting the area of the time circle from the intersection area to obtain an area difference, extracting the numerical value of the area difference and marking the numerical value as an optimization numerical value of the target terminal;
marking the target terminal with the audit value larger than or equal to the set threshold value as an audit terminal, counting the number of the audit terminals, dividing the index information into the number of parts consistent with the number of the audit terminals, and then sequentially sending the corresponding number of parts of the index information to the corresponding audit terminal; after receiving the index information through the auditing end, a worker corresponding to the auditing end performs auditing and correction on the index information, and sends the audited and corrected index information to the intelligent management module;
a statistical analysis unit is arranged in the intelligent management module, the statistical analysis unit collects a first moment when the auditing end receives the index information and a second moment when the audited and corrected index information is fed back, and carries out auditing effect analysis, and the specific analysis process is as follows:
calculating the time difference between the first time and the second time to obtain the auditing and correcting time, comparing the auditing and correcting time with the preset time, and marking the auditing and correcting time as a positive time when the auditing and correcting time is less than the preset auditing and correcting time; when the auditing correction time length is longer than the preset auditing time length, marking the auditing correction time length as a negative time length; counting the number of the positive duration and the negative duration respectively and marking as a positive total number and a negative total number;
extracting all the numerical values of the positive time length, marking the numerical value of the positive time length as ZT, and marking the numerical value of the preset auditing time length as BT; substituting into a preset duration analysis model
Obtaining a time base value QM corresponding to the right time length; wherein, λ is a weight preset coefficient;
summing the time base values corresponding to all the time lengths to obtain a time total value, wherein the set time total value, the positive total number and the negative total number respectively correspond to values SA1, SB2 and SC3; substituting into a predetermined analysis model
Obtaining an auditing value SX of an auditing end; wherein the mu 1, the mu 2, the mu 3 and the mu 4 are preset weight ratios; and mu 4>µ1=µ2>µ3；
Sending the auditing value of the auditing end to a database for storage;
analyzing the auditing end through the intelligent management module to obtain an auditing value, dividing the index information into the number of parts consistent with that of the auditing end, and then sequentially sending the corresponding number of parts of the index information to the corresponding auditing end; the index information is checked and corrected by the staff corresponding to the checking end, so that the index information is sent to the corresponding staff for checking, and the checking and correcting efficiency of the index information is improved;
the terminal registration module is used for enabling hospital staff to submit terminal information of the intelligent terminal for registration, sending the terminal information which is successfully registered to the database for storage, and marking the intelligent terminal as an audit terminal, wherein the terminal information comprises the model of the intelligent terminal, the terminal communication number, the working years of the hospital staff and the registration duration, and the unit of the working years is year; and simultaneously, carrying out terminal base value analysis on the successfully registered terminal information, specifically comprising the following steps:
setting all terminal models to correspond to a preset model value, matching the model of the intelligent terminal in the terminal information with all the terminal models to obtain the corresponding preset model value, and marking the corresponding preset model value as a matched model value; extracting values of the matched model value, the working age and the registration duration and respectively marking the values as EM1, EM2 and EM3; substituting the numerical value into the preset analysis model
Obtaining an end value DJ of the audit terminal; wherein fm1, fm2 and fm3 are preset proportionality coefficients; and sending the terminal value of the audit terminal to a database for storage.
The activity publishing module is used for the manager to publish the activity information corresponding to each stage, collect the activity result information corresponding to the activity information, process the activity result information to obtain an activity index, and send the activity index to the intelligent review module and the database; wherein the activity information comprises activity subject, activity summary, activity purpose, activity expected index, activity arrangement, activity content record and the like; the activity theme comprises national examination performance, smoking banning activities and the like; by bringing the appraisal performance scores of each department country into the appraisal performance, people compete for higher appraisal performance scores of the country and inevitably promote the most effective improvement of the overall performance.
Referring to fig. 2, the information encryption module is configured to encrypt information of index information stored in a database and set permission levels for users, where the permission levels include a first-level permission, a second-level permission, a third-level permission, a fourth-level permission, and a fifth-level permission; the authority of the primary authority is the maximum and is used for checking all encrypted index information; the specific information encryption process comprises the following steps: extracting characters and numbers of the index information, and setting that all the characters and the numbers correspond to a unique conversion numerical code, wherein the conversion numerical code is formed by combining twelve numbers; dividing the converted numerical codes into two groups of converted numerical codes, setting ten numbers from zero to nine to correspond to a preset color, sequentially matching the two groups of converted numerical codes with the corresponding preset colors, respectively filling the two groups of converted numerical codes into color filling areas I of two preset patterns in sequence, rotating one of the preset patterns by a certain angle, and then overlapping the two preset patterns to obtain an encrypted pattern; the rotation angles include 30 °, 60 °, 90 °, 120 °, 150 °, 180 °, 210 °, 240 °, 270 °, 300 °, and 330 °;
setting all the rotation angles to correspond to a preset color, matching a certain angle with all the rotation angles to obtain a corresponding preset color, and filling the preset color into a second color filling area corresponding to the encrypted graph; finally, storing the encrypted graph into a database, and generating an index link code corresponding to the encrypted graph; the index information is encrypted through the information encryption module, so that the storage information safety of the index information is improved.
The query display module is used for a user to query the corresponding integral checking table and the corresponding index information, and the specific query process comprises the following steps: acquiring the authority level of a user, and decrypting and visually displaying encrypted information in the integral checking table and corresponding index information when the authority level of the user is a first-level authority; and when the authority level of the user is a second-level authority or a third-level authority or a fourth-level authority or a fifth-level authority, decrypting the integral checking table corresponding to the authority level and the encrypted information in the index information and displaying the decrypted information in a visual mode, wherein the undecrypted information is displayed by an index link code.
Example 2
The intelligent performance evaluation implementation method based on the management intelligent technology comprises the following steps:
acquiring indexes pre-stored in a database, deeply analyzing the indexes, and decomposing and distributing the indexes to each source responsibility department, data acquisition department and supervising department;
acquiring index information corresponding to each source responsibility department, data acquisition department and supervising department;
sending the index information to a corresponding auditing end for auditing and correction, specifically: acquiring an audit terminal registered in a database and the current state of the audit terminal, and marking the audit terminal of which the current state is a working state as a terminal to be selected; sending an audit request instruction to a terminal to be selected, receiving an agreement request instruction fed back by the terminal to be selected, marking the terminal to be selected corresponding to the received agreement request instruction as a target terminal, and meanwhile, calculating the time length between the sending of the audit request instruction and the receiving of the agreement request instruction and marking the time length as the reaction time length of the target terminal; then acquiring a terminal group value and an evaluation value of the target terminal, extracting the values of the terminal group value and the evaluation value, and constructing an ellipse corresponding to the terminal group value and marking the ellipse as a terminal group ellipse by taking the terminal group value as a major axis of the ellipse and a preset length as a minor axis of the ellipse; selecting the center of the end group ellipse, drawing a circle by taking one half of the value of the validation value as a radius, obtaining a circle and marking the circle as a validation circle; then selecting the circle center of the examination effect circle, and drawing the circle by taking the numerical value corresponding to the reaction duration as the radius to obtain the time circle; calculating the intersection area of the end group ellipse and the validation circle, and then calculating the area of the long circle; subtracting the area of the time circle from the intersection area to obtain an area difference, extracting the numerical value of the area difference and marking the numerical value as an optimization numerical value of the target terminal; marking the target terminal with the audit value larger than or equal to the set threshold value as an audit terminal, counting the number of the audit terminals, dividing the index information into the number of parts consistent with the number of the audit terminals, and then sequentially sending the corresponding number of parts of the index information to the corresponding audit terminal; after receiving the index information through the auditing end, a worker corresponding to the auditing end carries out auditing correction on the index information;
and extracting the performance indexes in the index information after the examination and the correction, performing performance evaluation to obtain index points corresponding to departments, summarizing the index points of all the departments to obtain a point checking table, and performing visual display.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise form disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (9)
1. An intelligent performance evaluation system for hospitals comprises an index distribution module, a data acquisition module, a database, an intelligent management module and an intelligent evaluation module; the method is characterized in that:
the index distribution module is used for acquiring indexes stored in the database in advance, deeply analyzing the indexes, decomposing and distributing the indexes to each source responsibility department, data acquisition department and supervising department, and sending the indexes distributed to each source responsibility department, data acquisition department and supervising department to the data acquisition module;
the data acquisition module is used for acquiring index information corresponding to each source responsibility department, data acquisition department and supervising department and sending the index information to the database for storage;
the intelligent management module is used for sending the index information to the corresponding auditing end for auditing and correction and sending the index information after auditing and correction to the intelligent review module;
the intelligent evaluation module is used for extracting performance indexes in the index information, carrying out performance evaluation to obtain index points corresponding to departments, summarizing the index points of all the departments to obtain a point check table and sending the point check table to the database for storage.
2. The system of claim 1, wherein the intelligent management module sends the index information to the corresponding auditing end in a specific process of:
acquiring a checking terminal registered in a database and the current state of the checking terminal, and marking the checking terminal with the current state being a working state as a terminal to be selected; sending an audit request instruction to a terminal to be selected, receiving an agreement request instruction fed back by the terminal to be selected, marking the terminal to be selected corresponding to the received agreement request instruction as a target terminal, and meanwhile, calculating the time length between the sending of the audit request instruction and the receiving of the agreement request instruction and marking the time length as the reaction time length of the target terminal;
then acquiring an end group value and an audition value of the target terminal; extracting the values of the end base value and the evaluation value, taking the value of the end base value as the major axis of the ellipse, taking the preset length as the minor axis of the ellipse, constructing the ellipse corresponding to the end base value and marking the ellipse as an end ellipse; selecting the center of the end group ellipse, drawing a circle by taking one half of the value of the validation value as a radius, obtaining a circle and marking the circle as a validation circle; then selecting the circle center of the examination effect circle, and drawing the circle by taking the numerical value corresponding to the reaction duration as the radius to obtain the time circle; calculating the intersection area of the end group ellipse and the validation circle, and then calculating the area of the time-long circle; subtracting the area of the time circle from the intersection area to obtain an area difference, extracting the numerical value of the area difference and marking the numerical value as an optimization numerical value of the target terminal;
marking the target terminal with the evaluation value larger than or equal to the set threshold value as an auditing end, counting the number of the auditing ends, dividing the index information into the number of copies consistent with the number of the auditing ends, and then sequentially sending the corresponding copies of the index information to the corresponding auditing ends; and after receiving the index information through the auditing end, a worker corresponding to the auditing end audits and corrects the index information, and sends the audited and corrected index information to the intelligent management module.
3. The system of claim 2, wherein a statistical analysis unit is disposed inside the intelligent management module; the statistical analysis unit is used for acquiring the first moment when the auditing end receives the index information and the second moment when the auditing end feeds back the corrected index information and performing auditing effect analysis, and the specific analysis process comprises the following steps:
calculating the time difference between the first time and the second time to obtain the auditing and correcting time length, comparing the auditing and correcting time length with the preset time length, and marking the auditing and correcting time length as a positive time length when the auditing and correcting time length is less than the preset auditing time length; when the auditing and correcting time length is longer than the preset auditing and correcting time length, marking the auditing and correcting time length as negative time length; counting the number of the positive duration and the negative duration respectively and marking as a positive total and a negative total;
extracting all the numerical values of the positive duration, and processing the numerical values of the positive duration to obtain a time base value corresponding to the positive duration;
summing the time base values corresponding to all the time lengths to obtain a time total value, and processing the numerical values corresponding to the time total value, the positive total number and the negative total number to obtain an auditing value of an auditing end;
and sending the auditing value of the auditing end to the database for storage.
4. The intelligent performance evaluation system for hospitals according to claim 3, further comprising a terminal registration module, wherein the terminal registration module is used for hospital staff to submit terminal information of the intelligent terminal for registration, send the terminal information which is successfully registered to the database for storage, mark the intelligent terminal as an audit terminal, and analyze the terminal base value of the terminal information which is successfully registered, and specifically comprises:
setting all terminal models to correspond to a preset model value, matching the model of the intelligent terminal in the terminal information with all the terminal models to obtain the corresponding preset model value, and marking the corresponding preset model value as a matched model value; extracting and processing the values of the matched model value, the working age and the registration time length to obtain an end group value of the audit terminal; and sending the terminal value of the audit terminal to a database for storage.
5. The hospital performance intelligent review system according to claim 4, further comprising an activity publishing module, wherein the activity publishing module is used for managing personnel to publish activity information corresponding to each stage and collect activity result information corresponding to the activity information, process the activity result information to obtain an activity index, and send the activity index to the intelligent review module and the database.
6. The intelligent hospital performance review system according to claim 5, further comprising an information encryption module, wherein the information encryption module is used for encrypting information of the index information stored in the database and setting authority levels for the user, and the authority levels include a first-level authority, a second-level authority, a third-level authority, a fourth-level authority and a fifth-level authority.
7. The intelligent hospital performance review system according to claim 6, wherein the information encryption module encrypts the index information by the following specific steps: extracting characters and numbers of the index information, and setting that all the characters and the numbers correspond to a unique conversion numerical code, wherein the conversion numerical code is formed by combining twelve numbers; dividing the converted numerical codes into two groups of converted numerical codes, setting ten numbers from zero to nine to correspond to a preset color, sequentially matching the two groups of converted numerical codes with the corresponding preset colors, respectively filling the two groups of converted numerical codes into color filling areas I of two preset patterns in sequence, rotating one of the preset patterns by a certain angle, then overlapping the two preset patterns to obtain an encrypted pattern, setting all the rotation angles to correspond to one preset color, matching the certain angle with all the rotation angles to obtain the corresponding preset color, and filling the preset color into a color filling area II corresponding to the encrypted pattern; and finally, storing the encrypted graph into a database, and generating an index link code corresponding to the encrypted graph.
8. The hospital performance intelligent review system according to claim 7, further comprising a query display module, wherein the query display module is used for a user to query a corresponding score checking table and corresponding index information, and the specific query process is as follows: acquiring the authority level of a user, and decrypting and visually displaying encrypted information in the integral checking table and corresponding index information when the authority level of the user is a first-level authority; and when the authority level of the user is a second-level authority or a third-level authority or a fourth-level authority or a fifth-level authority, decrypting the encrypted information in the integral examination and check table corresponding to the authority level and the index information and displaying the decrypted information in a visual mode, wherein the un-decrypted information is displayed by an index link code.
9. The intelligent performance evaluation implementation method based on the management intelligent technology is characterized by comprising the following steps of:
s1: acquiring indexes pre-stored in a database, deeply analyzing the indexes, and decomposing and distributing the indexes to each source responsibility department, data acquisition department and supervising department;
s2: acquiring index information corresponding to each source responsibility department, data acquisition department and supervising department;
s3: sending the index information to a corresponding auditing end for auditing and correction, specifically:
s31: acquiring an audit terminal registered in a database and the current state of the audit terminal, and marking the audit terminal of which the current state is a working state as a terminal to be selected; sending an audit request instruction to a terminal to be selected, receiving an agreement request instruction fed back by the terminal to be selected, marking the terminal to be selected corresponding to the received agreement request instruction as a target terminal, and meanwhile, calculating the time length between the sending of the audit request instruction and the receiving of the agreement request instruction and marking the time length as the reaction time length of the target terminal;
s32: then acquiring a terminal group value and an evaluation value of the target terminal, extracting the values of the terminal group value and the evaluation value, and constructing an ellipse corresponding to the terminal group value and marking the ellipse as a terminal group ellipse by taking the terminal group value as a major axis of the ellipse and a preset length as a minor axis of the ellipse; selecting the center of an end group ellipse, drawing a circle by taking one half of the evaluation value as a radius to obtain a circle, and marking the circle as an evaluation circle; then selecting the circle center of the examination effect circle, and drawing the circle by taking the numerical value corresponding to the reaction duration as the radius to obtain the time circle; calculating the intersection area of the end group ellipse and the validation circle, and then calculating the area of the long circle; subtracting the area of the time circle from the intersection area to obtain an area difference, extracting the numerical value of the area difference and marking the numerical value as an optimization numerical value of the target terminal;
s33: marking the target terminal with the audit value larger than or equal to the set threshold value as an audit terminal, counting the number of the audit terminals, dividing the index information into the number of parts consistent with the number of the audit terminals, and then sequentially sending the corresponding number of parts of the index information to the corresponding audit terminal; after receiving the index information through the auditing end, a worker corresponding to the auditing end performs auditing and correction on the index information;
s4: and extracting the performance indexes in the index information after the examination and the correction, performing performance evaluation to obtain index points corresponding to departments, summarizing the index points of all the departments to obtain a point checking table, and performing visual display.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117171808A (en) * | 2023-09-01 | 2023-12-05 | 国家林业和草原局华东调查规划院 | System for checking and proving performance of forest stand |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105512796A (en) * | 2015-11-25 | 2016-04-20 | 上海蓬海涞讯数据技术有限公司 | System and method for realizing performance evaluation of doctors of operating departments of hospital |
| CN112333420A (en) * | 2020-08-25 | 2021-02-05 | 帝杰曼科技股份有限公司 | Big data information security management system of smart campus |
| CN113869874A (en) * | 2021-10-12 | 2021-12-31 | 合肥名将科技服务有限公司 | Project information collaborative management system based on big data |
| CN113935623A (en) * | 2021-10-15 | 2022-01-14 | 陕西中医药大学 | Traditional chinese medical science acupuncture massage education performance management system |
| CN114462748A (en) * | 2021-10-14 | 2022-05-10 | 西安朝阳医疗信息产业有限责任公司 | Intelligent performance management cloud platform |
| CN115409380A (en) * | 2022-08-31 | 2022-11-29 | 深圳市康比特信息技术有限公司 | Hospital medical insurance performance evaluation method and device, electronic equipment and storage medium thereof |
-
2023
- 2023-01-09 CN CN202310023495.9A patent/CN115907277B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105512796A (en) * | 2015-11-25 | 2016-04-20 | 上海蓬海涞讯数据技术有限公司 | System and method for realizing performance evaluation of doctors of operating departments of hospital |
| CN112333420A (en) * | 2020-08-25 | 2021-02-05 | 帝杰曼科技股份有限公司 | Big data information security management system of smart campus |
| CN113869874A (en) * | 2021-10-12 | 2021-12-31 | 合肥名将科技服务有限公司 | Project information collaborative management system based on big data |
| CN114462748A (en) * | 2021-10-14 | 2022-05-10 | 西安朝阳医疗信息产业有限责任公司 | Intelligent performance management cloud platform |
| CN113935623A (en) * | 2021-10-15 | 2022-01-14 | 陕西中医药大学 | Traditional chinese medical science acupuncture massage education performance management system |
| CN115409380A (en) * | 2022-08-31 | 2022-11-29 | 深圳市康比特信息技术有限公司 | Hospital medical insurance performance evaluation method and device, electronic equipment and storage medium thereof |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117171808A (en) * | 2023-09-01 | 2023-12-05 | 国家林业和草原局华东调查规划院 | System for checking and proving performance of forest stand |
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