CN114817589A - Intelligent verification method, system and device for fire-fighting building drawings and storage medium - Google Patents
Intelligent verification method, system and device for fire-fighting building drawings and storage medium Download PDFInfo
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Abstract
The application relates to an intelligent fire-fighting building drawing verification method, system, device and storage medium, relating to the technical field of fire-fighting inspection, wherein the method comprises the steps of receiving verified drawing information, wherein the verified drawing information comprises an examiner ID and verified drawing data; inquiring an approved drawing history list from a preset database; and generating a drawing information induction instruction according to the history list of the checked drawings and the checked drawing information, and executing the drawing information induction instruction, wherein the drawing information induction instruction is used for updating the checked drawing information to the history list of the checked drawings. The method and the device have the effect that the user can conveniently and collectively check the checked drawings.
Description
Technical Field
The application relates to the technical field of fire control inspection, in particular to an intelligent verification method, system, device and storage medium for fire control building drawings.
Background
Urban fire protection is an important task for protecting the life safety of the national collective personal property and residents. Along with economic development and social progress of China, the scale of cities and buildings is rapidly enlarged, and infrastructure is complex and diverse, so that the requirement on fire fighting work is higher and higher, wherein the quality of fire fighting construction drawings is an important link in relation to fire fighting safety.
In the related art, an artificial intelligence-based fire fighting building drawing intelligent auditing system comprises a drawing input unit, a main processor and a fire fighting building drawing characteristic information auditing rule information base; the main processor comprises an object identification unit, a logic construction unit, a query comparison unit and a result feedback unit; the main processor is respectively connected with the drawing input unit and the fire fighting building drawing characteristic information auditing rule information base.
In view of the above-mentioned related art, the inventors found that the following drawbacks exist: after the system finishes the verification operation of the fire fighting building drawings, a user is difficult to intensively view the drawings which are subjected to the verification.
Disclosure of Invention
In order to enable a user to conveniently and intensively view the drawings which are examined, the application provides an intelligent fire-fighting building drawing examination method, system, device and storage medium.
In a first aspect, the application provides an intelligent verification method for fire-fighting building drawings, which adopts the following technical scheme:
an intelligent fire fighting building drawing auditing method comprises the following steps:
receiving checked drawing information, wherein the checked drawing information comprises an examiner ID and checked drawing data;
inquiring an approved drawing history list from a preset database;
and generating a drawing information induction instruction according to the history list of the checked drawings and the checked drawing information, and executing the drawing information induction instruction, wherein the drawing information induction instruction is used for updating the checked drawing information to the history list of the checked drawings.
By adopting the technical scheme, after the auditor finishes the audit operation on the fire-fighting building drawings, the audit system receives the audited drawing information corresponding to the current drawing, generates a drawing information induction instruction according to the audited drawing history list stored in the database and the currently received audited drawing information, and collects and arranges the audited drawing information into the audited drawing history list. The auditing system collects the received information of each audited drawing, generates an audited drawing history list, and enables a user to conveniently and intensively check the checked drawings.
Optionally, after the step of generating and executing the drawing information summarizing instruction, the method further includes:
acquiring historical list generation time corresponding to the historical list of the checked drawings according to the historical list of the checked drawings;
inquiring a preset sampling period corresponding to the historical list generation time from a preset database;
if the historical list generation time reaches the preset selective examination period, generating a drawing list creating instruction to be subjected to selective examination according to the historical list of the examined drawings and executing the drawing list creating instruction, wherein the drawing list creating instruction to be subjected to selective examination is used for changing the historical name list of the examined drawings into the drawing list to be subjected to selective examination;
and generating an inspection data selective examination instruction according to the drawing list to be subjected to selective examination and executing the inspection data selective examination instruction.
By adopting the technical scheme, the creation generation time of the historical list of the checked drawings is accumulated by the checking system, when the generation time of the historical list corresponding to the historical list of the checked drawings reaches the preset selective examination period, the checking system generates a drawing list creation instruction to be subjected to selective examination, the historical list of the current checked drawings is changed into the drawing list to be subjected to the selective examination, the checking system then generates a checking data selective examination instruction, and the selective examination operation is carried out on the checking drawings contained in the drawing list to be subjected to the selective examination.
Optionally, the step of generating and executing the inspection data spot check instruction specifically includes:
calling a special examination request corresponding to the examined drawing data according to the list of the drawings to be subjected to the selective examination;
if a special examination request corresponding to the examined drawing data is called, determining examined drawing information corresponding to the called special examination request;
inquiring reviewer information from a preset database, wherein the reviewer information comprises a plurality of reviewer IDs;
and generating a review case pushing instruction and executing the review case pushing instruction according to the reviewer information and the determined checked drawing information.
By adopting the technical scheme, if the auditing system finds that the special auditing request exists in the current drawing list to be checked, the auditing system determines the audited drawing information corresponding to the special auditing request, automatically pushes the determined audited drawing information to a reviewer, and reviews the drawings with special requirements.
Optionally, after the step of generating and executing a review case push instruction, the method further includes:
according to the list of the drawings to be checked, calling the corresponding grade of the checking drawings corresponding to the checked drawing data;
inquiring the spot check frequency corresponding to the grade corresponding to the audit drawing from a preset database;
generating a selective inspection drawing selection list according to the selective inspection frequency and the to-be-selectively-inspected drawing list, wherein the selective inspection drawing selection list is generated by performing graded selective inspection on checked drawing data contained in the to-be-selectively-inspected drawing list according to the selective inspection frequency;
and generating a push instruction of the selective examination case and executing the push instruction according to the selective examination drawing selection list and the information of the reviewers.
By adopting the technical scheme, the checking system performs the random check on the drawings without special requirements, the checking system performs the classified random check operation on the checked drawing data contained in the list of the drawings to be subjected to the random check according to the random check frequency, generates the selective check drawing selection list, and pushes the drawings in the selective check drawing selection list to the reviewer for the random check and review operation.
Optionally, after the step of generating and executing the audit data snapshot instruction, the method further includes:
generating a drawing list state updating instruction according to the drawing list to be subjected to the selective inspection and executing the drawing list state updating instruction, wherein the drawing list state updating instruction is used for updating the drawing list to be subjected to the selective inspection into a drawing list to be pushed;
and generating a checking drawing data sending instruction according to the list of the drawings to be pushed and executing the checking drawing data sending instruction.
By adopting the technical scheme, after the selective inspection work of the drawing list to be subjected to the selective inspection is finished, the auditing system generates a drawing list state updating instruction, the drawing list to be subjected to the selective inspection is updated into the drawing list to be pushed, and all the drawings in the drawing list to be pushed are sent back to the design unit.
Optionally, the method further includes:
receiving unqualified drawing information which comprises unqualified drawing data, an ID of a review responsible person and an ID of a review responsible person;
acquiring the grade of the inspection responsible person corresponding to the ID of the inspection responsible person and the unqualified times of the current grade according to the ID of the inspection responsible person;
generating an unqualified frequency updating instruction according to the unqualified frequency of the current level and executing the unqualified frequency updating instruction, wherein the unqualified frequency updating instruction is used for accumulating 1 to the unqualified frequency of the current level;
inquiring a preset accumulated unqualified number corresponding to the grade of the examination responsible person from a preset database;
and if the unqualified times of the current level reach the preset accumulated unqualified times, generating an error rate warning instruction and executing.
By adopting the technical scheme, when the drawing review process has a disqualification phenomenon, the auditing system analyzes the disqualification condition of the auditing responsible person corresponding to the disqualified drawing, and if the disqualification times of the current auditing responsible person at the current level reach the preset accumulated disqualification times, the auditing system generates an error rate warning instruction to prompt the current auditing responsible person to improve the auditing accuracy.
Optionally, after the step of querying a preset accumulated number of unqualified times corresponding to the level of the inspection person in charge from a preset database, the method further includes:
if the current grade unqualified times do not reach the preset accumulated unqualified times, acquiring a previous review result corresponding to the ID of the review responsible person according to the ID of the review responsible person, wherein the previous review result comprises a qualified state and an unqualified state;
if the previous review result is in a non-qualified state, inquiring continuous non-qualified times corresponding to the ID of the review responsible person from a database;
generating a continuous unqualified frequency accumulation instruction according to the continuous unqualified frequency and executing the continuous unqualified frequency accumulation instruction;
inquiring a preset unqualified time threshold corresponding to the grade of the inspection responsible person from a database;
and if the continuous unqualified times reach the preset unqualified time threshold value, executing the step of generating the error rate warning instruction and executing.
By adopting the technical scheme, when the auditing system analyzes the unqualified condition of the auditing responsible person corresponding to the unqualified drawing, if the continuous unqualified times of the current auditing responsible person at the current level reach the preset unqualified time threshold value, the auditing system shows that the auditing result of the current auditing responsible person has the condition of continuous unqualified times, and also generates an error rate warning instruction to prompt the current auditing responsible person to make adjustment in time.
In a second aspect, the application provides an intelligent verification system for fire-fighting building drawings, which adopts the following technical scheme:
an intelligent fire-fighting building drawing auditing system, comprising:
the system comprises an approved drawing information receiving module, an approved drawing information receiving module and a verification processing module, wherein the approved drawing information receiving module is used for receiving approved drawing information, and the approved drawing information comprises an examiner ID and approved drawing data;
the checked drawing history list query module is used for querying a checked drawing history list from a preset database;
and the drawing information summarizing instruction module is used for generating and executing a drawing information summarizing instruction according to the history list of the checked drawings and the checked drawing information, and the drawing information summarizing instruction is used for updating the checked drawing information to the history list of the checked drawings.
In a third aspect, the present application provides an intelligent terminal, which adopts the following technical scheme:
an intelligent terminal comprises a memory and a processor, wherein the memory is stored with a computer program which can be loaded by the processor and can execute any one of the intelligent fire fighting building drawing verification methods.
In a fourth aspect, the present application provides a computer-readable storage medium, which adopts the following technical solutions:
a computer readable storage medium, storing a computer program capable of being loaded by a processor and executing any one of the above intelligent fire fighting building drawing verification methods.
In summary, the present application includes at least one of the following beneficial technical effects:
after the examiner finishes the examination operation on the fire fighting building drawings, the examination system receives examined drawing information corresponding to the current drawing, generates a drawing information induction instruction according to an examined drawing history list stored in the database and the currently received examined drawing information, and collects and arranges the examined drawing information into the examined drawing history list. The auditing system collects the received information of each audited drawing, generates an audited drawing history list, and enables a user to conveniently and intensively check the checked drawings.
The method comprises the steps that an auditing system accumulates creating and generating time of an audited drawing history list, when the generating time of the history list corresponding to the audited drawing history list reaches a preset selective examination period, the auditing system generates a drawing list creating instruction to be subjected to selective examination, the current audited drawing history list is changed into the drawing list to be subjected to selective examination, the auditing system then generates an auditing data selective examination instruction, and selective examination operation is carried out on auditing drawings contained in the current drawing list to be subjected to selective examination.
When the drawing review process has a disqualification phenomenon, the auditing system analyzes the disqualification condition of the auditing responsible person corresponding to the disqualified drawing, and if the disqualification times of the current auditing responsible person at the current level reach the preset accumulated disqualification times, the auditing system generates an error rate warning instruction to prompt the current auditing responsible person to improve the auditing accuracy.
Drawings
Fig. 1 is a schematic flow chart of an intelligent verification method for fire fighting building drawings in an embodiment of the application.
Fig. 2 is a schematic flow chart illustrating a process of retrieving a special review request corresponding to reviewed drawing data in an embodiment of the present application.
Fig. 3 is a schematic flowchart of generating and executing a push instruction of a sampling inspection case in an embodiment of the present application.
Fig. 4 is a schematic flowchart of a process of generating and executing a fail number update instruction in an embodiment of the present application.
FIG. 5 is a flowchart illustrating the process of generating and executing the consecutive failure number accumulation instruction according to the embodiment of the present application.
Fig. 6 is a block diagram of a fire fighting building drawing intelligent auditing system according to an embodiment of the present application.
Description of reference numerals: 1. the checked drawing information receiving module; 2. a history list query module of the checked drawings; 3. and a drawing information induction instruction module.
Detailed Description
The present application is described in further detail below with reference to figures 1-6.
The embodiment of the application discloses a fire-fighting building drawing intelligent auditing method, system, device and storage medium.
Referring to fig. 1, an intelligent verification method for fire fighting building drawings comprises the following steps:
and S101, receiving the checked drawing information.
Specifically, a reviewer conducts preliminary review on fire fighting building drawings proposed by a building unit, and after the reviewer completes the review operation on the fire fighting building drawings, the review system receives the reviewed drawing information corresponding to the current drawings input by the reviewer, wherein the review drawing information includes basic items such as reviewer ID, reviewed drawing data and review comment suggestions corresponding to the reviewed drawing data.
And S102, inquiring an approved drawing history list from a preset database.
Specifically, after receiving new checked drawing information, the checking system queries a checked drawing history list from a preset database, wherein the checked drawing history list is the past checked drawing information summarized by the checking system. The history list of the checked drawings may store a certain amount of history checked drawing information, and the checked drawing information may not be stored yet.
And S103, generating a drawing information induction command and executing the drawing information induction command.
Specifically, the auditing system generates and executes a drawing information induction instruction according to the historical list of the audited drawings and the audited drawing information, wherein the drawing information induction instruction is used for updating the audited drawing information to the historical list of the audited drawings.
And the checking system generates a drawing information summarizing instruction according to the history list of the checked drawings stored in the database and the currently received checked drawing information, and summarizes and arranges the checked drawing information into the history list of the checked drawings. The auditing system collects the received information of each audited drawing in real time, and generates an audited drawing history list through normalized updating, so that a user can conveniently and collectively view the checked drawings.
And S104, acquiring historical list generation time corresponding to the historical list of the checked drawings.
Specifically, the auditing system acquires the historical list generation time corresponding to the historical list of the audited drawings according to the historical list of the audited drawings. After the auditing system creates and generates the historical list of the audited drawings, the generation time of the current historical list of the audited drawings is randomly accumulated, and the generation time of the historical list corresponding to the historical list of the audited drawings is further obtained.
And S105, inquiring a preset sampling inspection period corresponding to the historical list generation time from a preset database.
Specifically, after acquiring the historical list generation time corresponding to the historical list of the checked drawing, the checking system queries a preset selective examination period corresponding to the historical list generation time from a preset database, wherein the preset selective examination period is generated in advance by a user and is used for indicating a time period for performing selective examination operation on the historical list of the checked drawing.
And S106, if the generation time of the historical list reaches a preset sampling period, generating a drawing list creation instruction to be sampled and executed.
Specifically, when the generation time of the history list reaches a preset selective inspection period, it indicates that the checked drawing information in the checked drawing history list is accumulated after a period of time, and the checking system needs to perform selective inspection on the checked drawing information in the current checked drawing history list. And the auditing system generates a drawing list creating instruction to be subjected to selective inspection according to the historical list of the inspected drawings and executes the drawing list creating instruction, wherein the drawing list creating instruction to be subjected to selective inspection is used for changing the historical name list of the inspected drawings into the drawing list to be subjected to selective inspection.
And accumulating the creation generation time of the historical list of the checked drawings by the checking system, and generating a drawing list creation instruction to be subjected to selective inspection by the checking system when the generation time of the historical list corresponding to the historical list of the checked drawings reaches a preset selective inspection period, so that the historical name list of the current checked drawings is changed into the drawing list to be subjected to selective inspection.
The auditing system can conveniently determine the drawing list to be subjected to the selective inspection after the state is changed in the subsequent selective inspection step by changing the state of the historical list of the inspected drawings, so that the auditing system is not easy to carry out the selective inspection operation on the historical list which does not need the selective inspection, and the selective inspection work can be carried out more orderly.
And S107, generating and executing an inspection data sampling inspection instruction.
Specifically, the auditing system generates an auditing data selective examination instruction according to a list of drawings to be subjected to selective examination and executes the auditing data selective examination instruction. And after the historical name list of the checked drawings is changed into the list of the drawings to be subjected to selective inspection by the checking system, the checking system generates a checking data selective inspection instruction and performs selective inspection operation on the checking drawings contained in the list of the drawings to be subjected to selective inspection currently.
And S108, generating a drawing list state updating instruction and executing.
Specifically, after the selective inspection work of the drawing list to be subjected to selective inspection is completed, the auditing system generates and executes a drawing list state updating instruction according to the drawing list to be subjected to selective inspection, wherein the drawing list state updating instruction is used for updating the drawing list to be subjected to selective inspection into a drawing list to be pushed.
And S109, generating and executing an examination drawing data sending instruction.
Specifically, the auditing system generates an auditing drawing data sending instruction according to the list of the drawings to be pushed and executes the auditing drawing data sending instruction. And after the auditing system updates the state of the drawing list to be subjected to the selective inspection into the drawing list to be pushed, respectively sending each fire fighting building drawing and the corresponding inspection suggestion in the drawing list to be pushed back to the design unit.
When the fire fighting building drawing is inspected by the auditing system, after the fire fighting building drawing is subjected to initial inspection by an inspector, the auditing system performs selective inspection on initial inspection contents of the fire fighting building drawing accumulated in a period of time, and after the selective inspection is finished, the auditing system respectively sends the fire fighting building drawing and corresponding inspection opinions back to a design unit, the selective inspection can play a role in rechecking, and meanwhile, the initial inspection process of the inspector is supervised and corrected, so that the inspection process of the fire fighting building drawing is more perfect.
As an implementation manner, S104 to S109 in the embodiment of the present application are optional.
In yet another embodiment, as shown in fig. 2, S107 may further include the following sub-steps:
and S107.1, calling a special examination request corresponding to the examined drawing data.
Specifically, the auditing system calls a special auditing request corresponding to the data of the audited drawing according to a list of the drawing to be checked, wherein the special auditing request is used for indicating that the audited drawing has special auditing requirements and needs to be reviewed again.
And S107.2, if the special examination request corresponding to the examined drawing data is called, determining the examined drawing information corresponding to the called special examination request.
Specifically, if a special review request corresponding to the reviewed drawing data is retrieved, the reviewed drawing information corresponding to the retrieved special review request is determined. If the checking system finds that a special checking request exists in the list of the current drawings to be checked, the checking system determines the checked drawing information corresponding to the special checking request, so that the determined checked drawing information can be conveniently rechecked in the follow-up process.
And S107.3, inquiring the reviewer information from a preset database.
Specifically, the auditing system queries reviewer information from a preset database, wherein the reviewer information includes a plurality of reviewer IDs. And the reviewer information is generated by the user through pre-input, and covers all the reviewer IDs of the cases to be reviewed which can be distributed currently.
And S107.4, generating a push instruction of the review case and executing.
Specifically, the auditing system generates and executes a review case pushing instruction according to the reviewer information and the determined reviewed drawing information, wherein the review case pushing instruction is used for automatically pushing the determined reviewed drawing information to the existing reviewer in the database, and the direct review operation on the fire-fighting building drawing with special requirements is realized.
Referring to fig. 3, after S107.4, a selective inspection drawing selection list is generated according to the corresponding grade of the audit drawing, which specifically includes the following steps:
and S107.5, calling the grade corresponding to the audit drawing data.
Specifically, the auditing system respectively calls the corresponding grades of the auditing drawings corresponding to the data of the audited drawings according to the list of the drawings to be subjected to the random inspection.
And S107.6, inquiring the sampling frequency corresponding to the grade corresponding to the auditing drawing from a preset database.
Specifically, the auditing system inquires the spot check frequency corresponding to the corresponding grade of the auditing drawing from a preset database, wherein the spot check frequency is generated by presetting according to the corresponding grade of each auditing drawing by a user. For example, when the grade corresponding to the audit drawing is first grade, the corresponding sampling frequency is 50%, and when the grade corresponding to the audit drawing is second grade, the corresponding sampling frequency is 40%.
And S107.7, generating a selective inspection drawing selection list.
Specifically, the checking system generates a selective inspection drawing selection list according to the selective inspection frequency and a drawing list to be subjected to selective inspection, wherein the selective inspection drawing selection list is generated by performing graded selective inspection on checked drawing data contained in the drawing list to be subjected to selective inspection according to the selective inspection frequency.
For example, the list of drawings to be checked includes 10 checked drawing data with the corresponding grade of the check drawing as one grade, and the checking system immediately selects 5 from the 10 checked drawing data; the list of the drawings to be subjected to the selective inspection comprises 20 checked drawing data with the corresponding grade of the second grade of the checking drawing, the checking system immediately selects 8 drawing data from the 20 checked drawing data, and the list of the selective inspection drawing at the moment comprises 5 first grade drawing data and 8 second grade drawing data selected by the checking system.
And S107.8, generating a push instruction of the sampling inspection case and executing.
Specifically, the auditing system generates and executes a push instruction of the selective examination case according to a selective examination drawing selection list and the information of the reviewer, and respectively pushes the drawing data which is contained in the selective examination drawing selection list and is chosen to the intelligent terminal of the reviewer, so that the reviewer can review the drawing which is selected again.
And the auditing system performs selective inspection on the drawings without special requirements, performs graded selective inspection operation on the inspected drawing data contained in the list of the drawings to be subjected to selective inspection according to the selective inspection frequency, generates a selective inspection drawing selection list, and pushes the drawings in the selective inspection drawing selection list to a reviewer for performing selective inspection and review operation.
Referring to fig. 4, the embodiment discloses an intelligent verification method for fire fighting building drawings, which specifically includes the following steps:
s201, receiving unqualified drawing information.
Specifically, when the drawing review process has a disqualification phenomenon, the review clerk sends disqualification drawing information to the auditing system, and the auditing system receives the disqualification drawing information input by the review clerk, wherein the disqualification drawing information comprises disqualification drawing data, an ID of a review responsible person and an ID of the review responsible person.
And S202, acquiring the grade of the inspection responsible person corresponding to the ID of the inspection responsible person and the unqualified times of the current grade.
Specifically, the auditing system acquires the grade of the auditing responsible person corresponding to the ID of the auditing responsible person and the unqualified times of the current grade according to the ID of the auditing responsible person. And further analyzing the recent examination situation of the current examination responsible person.
And S203, generating a failure frequency updating command and executing the failure frequency updating command.
Specifically, the auditing system generates and executes an unqualified number updating instruction according to the unqualified number of the current level, wherein the unqualified number updating instruction is used for accumulating 1 to the unqualified number of the current level. And the auditing system accumulates the recent unqualified times of the current auditing responsible person and updates the current auditing responsible person in real time according to the reviewing result.
And S204, inquiring the preset accumulated unqualified times corresponding to the grade of the inspection responsible person from a preset database.
Specifically, after acquiring and updating recent unqualified times of the current examination responsible person, the examination system queries preset accumulated unqualified times corresponding to the grade of the examination responsible person from a preset database, wherein the preset accumulated unqualified times are preset and generated by a user.
And S205, if the unqualified times of the current grade reach the preset accumulated unqualified times, generating an error rate warning instruction and executing.
Specifically, the auditing system analyzes the unqualified condition of the auditing responsible person corresponding to the unqualified drawing, and if the unqualified frequency of the current auditing responsible person at the current level reaches the preset accumulated unqualified frequency, the auditing system generates an error rate warning instruction to prompt the current auditing responsible person to improve the accuracy of auditing.
Referring to fig. 5, after S204, a consecutive failure number accumulation instruction is generated according to the previous review result, which specifically includes the following steps:
s301, if the number of unqualified current grade times does not reach the preset accumulated number of unqualified current grade times, obtaining a previous review result corresponding to the ID of the review responsible person.
Specifically, when the auditing system analyzes the unqualified condition of the auditing responsible person corresponding to the unqualified drawing, if the unqualified frequency of the current grade does not reach the preset accumulated unqualified frequency, the auditing system acquires a previous review result corresponding to the ID of the auditing responsible person according to the ID of the auditing responsible person, wherein the previous review result comprises a qualified state and an unqualified state, and the previous review result is used for representing the selective examination result of the current auditing responsible person in the last selective examination.
And S302, if the previous and next inspection results are in a non-conforming state, inquiring the continuous non-conforming times corresponding to the ID of the inspection responsible person from the database.
Specifically, if the previous review result is in a non-qualified state, the review system queries the continuous non-qualified times corresponding to the ID of the review principal from the database, and at this time, the continuous non-qualified times corresponding to the ID of the current review principal is at least 1 time.
And S303, generating a continuous unqualified times accumulation instruction and executing.
Specifically, the auditing system generates a continuous unqualified frequency accumulation instruction according to the continuous unqualified frequency and executes the continuous unqualified frequency accumulation instruction. And the auditing system accumulates the unqualified results of the random inspection into the unqualified times, and increases the original unqualified times by a value.
And S304, inquiring a preset unqualified time threshold corresponding to the grade of the inspection person in charge from the database.
Specifically, after the continuous unqualified times accumulation instruction is generated by the auditing system, a preset unqualified times threshold corresponding to the grade of the auditing responsible person is inquired from the database, wherein the preset unqualified times threshold is preset and generated by the user according to different grades of the auditing responsible person.
S305, if the continuous unqualified times reach a preset unqualified time threshold value, executing the steps of generating an error rate warning instruction and executing.
Specifically, if the continuous unqualified times of the current examining principal at the current level reach the preset unqualified time threshold, the examining result of the current examining principal is indicated to have the condition of continuous and multiple unqualified times, and the examining system also generates an error rate warning instruction to prompt the current examining principal to make adjustment in time.
The implementation principle of the intelligent fire-fighting building drawing auditing method in the embodiment of the application is as follows: after the examiner finishes the examination operation on the fire fighting building drawings, the examination system receives examined drawing information corresponding to the current drawing, generates a drawing information induction instruction according to an examined drawing history list stored in the database and the currently received examined drawing information, and collects and arranges the examined drawing information into the examined drawing history list. The auditing system collects the received information of each audited drawing, generates an audited drawing history list, and enables a user to conveniently and intensively check the checked drawings.
Based on the method, the embodiment of the application also discloses an intelligent verification system for the fire fighting building drawings. Referring to fig. 6, an intelligent fire fighting building drawing auditing system includes:
the verification-processed drawing information receiving module 1 is used for receiving verification-processed drawing information, wherein the verification-processed drawing information receiving module 1 is used for receiving the verification-processed drawing information, and the verification-processed drawing information comprises an examiner ID and verification-processed drawing data.
And the checked drawing history list query module 2 is used for querying a checked drawing history list from a preset database.
The drawing information summarizing instruction module 3 is used for generating and executing a drawing information summarizing instruction according to the history list of the checked drawings and the checked drawing information, and the drawing information summarizing instruction is used for updating the checked drawing information to the history list of the checked drawings.
The embodiment of the application also discloses an intelligent terminal which comprises a memory and a processor, wherein the memory is stored with a computer program which can be loaded by the processor and can execute the intelligent fire fighting building drawing auditing method.
The embodiment of the application also discloses a computer readable storage medium. The computer readable storage medium stores therein a computer program that can be loaded by the processor and executes the intelligent fire fighting architectural drawing auditing method, and the computer readable storage medium includes, for example: various media capable of storing program codes, such as a usb disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.
The above examples are only used to illustrate the technical solutions of the present invention, and do not limit the scope of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from these embodiments without making any inventive step, fall within the scope of the present invention. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art may still make various combinations, additions, deletions or other modifications of the features of the embodiments of the present invention according to the situation without conflict, so as to obtain different technical solutions without substantially departing from the spirit of the present invention, and these technical solutions also fall within the protection scope of the present invention.
Claims (10)
1. An intelligent fire fighting building drawing auditing method is characterized by comprising the following steps:
receiving checked drawing information, wherein the checked drawing information comprises an examiner ID and checked drawing data;
inquiring an approved drawing history list from a preset database;
and generating a drawing information induction instruction according to the history list of the checked drawings and the checked drawing information, and executing the drawing information induction instruction, wherein the drawing information induction instruction is used for updating the checked drawing information to the history list of the checked drawings.
2. The intelligent fire fighting building drawing auditing method according to claim 1, characterized in that after the step of generating and executing the drawing information summarizing instruction, it further comprises:
acquiring historical list generation time corresponding to the historical list of the checked drawings according to the historical list of the checked drawings;
inquiring a preset sampling period corresponding to the historical list generation time from a preset database;
if the historical list generation time reaches the preset selective examination period, generating a drawing list creating instruction to be subjected to selective examination according to the historical list of the examined drawings and executing the drawing list creating instruction, wherein the drawing list creating instruction to be subjected to selective examination is used for changing the historical name list of the examined drawings into the drawing list to be subjected to selective examination;
and generating an inspection data selective examination instruction according to the drawing list to be subjected to selective examination and executing the inspection data selective examination instruction.
3. The intelligent fire fighting building drawing auditing method according to claim 2, characterized in that the step of generating an audit data spot check instruction and executing specifically includes:
calling a special examination request corresponding to the examined drawing data according to the list of the drawings to be subjected to the selective examination;
if a special examination request corresponding to the examined drawing data is called, determining examined drawing information corresponding to the called special examination request;
inquiring reviewer information from a preset database, wherein the reviewer information comprises a plurality of reviewer IDs;
and generating a review case pushing instruction and executing the review case pushing instruction according to the reviewer information and the determined checked drawing information.
4. The intelligent fire fighting building drawing auditing method according to claim 3, characterized by further comprising, after the step of generating and executing a review case push instruction:
according to the list of the drawings to be checked, calling the corresponding grade of the checking drawings corresponding to the checked drawing data;
inquiring the spot check frequency corresponding to the grade corresponding to the audit drawing from a preset database;
generating a selective inspection drawing selection list according to the selective inspection frequency and the to-be-selectively-inspected drawing list, wherein the selective inspection drawing selection list is generated by performing graded selective inspection on checked drawing data contained in the to-be-selectively-inspected drawing list according to the selective inspection frequency;
and generating a push instruction of the selective examination case and executing the push instruction according to the selective examination drawing selection list and the information of the reviewers.
5. The intelligent fire control building drawing auditing method according to claim 2, after the step of generating audit data spot check instruction and executing, further comprising:
generating a drawing list state updating instruction according to the drawing list to be subjected to the selective inspection and executing the drawing list state updating instruction, wherein the drawing list state updating instruction is used for updating the drawing list to be subjected to the selective inspection into a drawing list to be pushed;
and generating a checking drawing data sending instruction according to the list of the drawings to be pushed and executing the checking drawing data sending instruction.
6. The intelligent fire fighting building drawing auditing method according to claim 1, characterized by further comprising:
receiving unqualified drawing information which comprises unqualified drawing data, an ID of a review responsible person and an ID of a review responsible person;
acquiring the grade of the inspection responsible person corresponding to the ID of the inspection responsible person and the unqualified times of the current grade according to the ID of the inspection responsible person;
generating an unqualified frequency updating instruction according to the unqualified frequency of the current level and executing the unqualified frequency updating instruction, wherein the unqualified frequency updating instruction is used for accumulating 1 to the unqualified frequency of the current level;
inquiring a preset accumulated unqualified number corresponding to the grade of the examination responsible person from a preset database;
and if the unqualified times of the current level reach the preset accumulated unqualified times, generating an error rate warning instruction and executing.
7. The intelligent fire control building drawing auditing method according to claim 6, after the step of querying from a preset database a preset cumulative number of failures corresponding to the level of the responsible reviewing person, further comprising:
if the current grade unqualified times do not reach the preset accumulated unqualified times, acquiring a previous review result corresponding to the ID of the review responsible person according to the ID of the review responsible person, wherein the previous review result comprises a qualified state and an unqualified state;
if the previous review result is in a non-qualified state, inquiring continuous non-qualified times corresponding to the ID of the review responsible person from a database;
generating a continuous unqualified frequency accumulation instruction according to the continuous unqualified frequency and executing the continuous unqualified frequency accumulation instruction;
inquiring a preset unqualified time threshold corresponding to the grade of the inspection responsible person from a database;
and if the continuous unqualified times reach the preset unqualified time threshold value, executing the step of generating the error rate warning instruction and executing.
8. The utility model provides a fire control building drawing intelligence audit system which characterized in that includes:
the system comprises an approved drawing information receiving module (1) for receiving approved drawing information, wherein the approved drawing information comprises an examiner ID and approved drawing data;
the reviewed drawing history list query module (2) is used for querying a reviewed drawing history list from a preset database;
and the drawing information summarizing instruction module (3) is used for generating and executing a drawing information summarizing instruction according to the history list of the checked drawings and the checked drawing information, and the drawing information summarizing instruction is used for updating the checked drawing information to the history list of the checked drawings.
9. The utility model provides an intelligent terminal which characterized in that: comprising a memory and a processor, said memory having stored thereon a computer program which can be loaded by the processor and which performs the method of any of claims 1 to 7.
10. A computer-readable storage medium characterized by: a computer program which can be loaded by a processor and which performs the method according to any one of claims 1 to 7.
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| CN114817589B (en) | 2022-12-30 |
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