CN114548657A - Distributed parallel and cluster type intelligent fire-fighting acceptance task system - Google Patents
Distributed parallel and cluster type intelligent fire-fighting acceptance task system Download PDFInfo
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Abstract
The invention relates to the technical field of fire-fighting acceptance internet and internet of things, in particular to a distributed parallel and clustered intelligent fire-fighting acceptance task system. Adopting a micro-service architecture in Java, utilizing a SpringBoot and SpringCloud technical framework to independently split related services which are independent in service and logically shared in a system, independently realizing a plurality of service models, and adopting a distributed deployment to each server by utilizing hardware architectures of a plurality of servers; the purposes of task parallelism and node distribution are achieved; the whole system and the method can intelligently process all data, can improve the capability of check and acceptance personnel, facilitate the check and acceptance process record, facilitate the check and acceptance project record, facilitate the check and acceptance problem arrangement and filing, reduce human factors, solve the problems of low office efficiency and the like in the fire control check and acceptance process, and avoid the lack of informatization and the related system and the method capable of intelligently processing in parallel.
Description
Technical Field
The invention relates to the technical field of fire-fighting acceptance internet and internet of things, in particular to a distributed parallel and clustered intelligent fire-fighting acceptance task system.
Background
The fire-fighting acceptance work of the building engineering is large in task amount, the acceptance projects and places are numerous, each acceptance worker has different attention to the flow, method and key of the acceptance, and the human factors in the fire-fighting acceptance process are more.
The traditional fire-fighting acceptance of the building engineering is realized, and when a plurality of acceptance groups distribute and receive tasks, the tasks are manually distributed and recorded; after the task is picked up, the acceptance group leader lacks a method for controlling the acceptance conditions and the acceptance progress of each group in different acceptance places in real time, and cannot schedule and coordinate the tasks of each group. If the group tasks which are not completely checked are partially allocated to the group which is completely checked, the tasks are allocated better in an overall mode. Traditional fire-fighting acceptance task management lacks a real-time management method.
Application No. 201910707157.0, entitled APP-based fire acceptance industry standard application system; the system can avoid subjective judgment of acceptance personnel by formulating a unified field inspection record standard, and can effectively improve the accuracy of the acceptance record. However, the technique has the following disadvantages: unified scheduling cannot be performed; the overall deployment cannot be carried out by adopting richer internet of things; meanwhile, real-time monitoring cannot be carried out; there is no specific implementation method and architecture design for implementation, and no personnel extraction and adjustment method; there is no association with the most advanced two-dimensional code technology at present.
Disclosure of Invention
The purpose of the invention is as follows: in order to provide a better distributed parallel and clustered intelligent fire-fighting acceptance task system, the specific purpose is to see a plurality of substantial technical effects of the specific implementation part.
In order to achieve the purpose, the invention adopts the following technical scheme:
a distributed parallel and cluster intelligent fire-fighting acceptance task system, which is characterized in that,
adopting a micro-service architecture in Java, utilizing a SpringBoot and SpringCloud technical framework to independently split related services which are independent in service and logically shared in a system, independently realizing a plurality of service models, and adopting a distributed deployment to each server by utilizing hardware architectures of a plurality of servers; the purposes of task parallelism and node distribution are achieved; the specific implementation steps are as follows:
s1: establishing a project data ETL service basic model based on QUARTZ, deploying the service to a plurality of servers, and realizing distributed data processing; each service is based on computer performance, throughput; processing data in parallel;
s2: constructing data analysis service by adopting a deployment mode and a data processing mode in S1; cleaning, analyzing and storing the project data;
s3: the system starts service rule service; screening out project data needing fire-fighting acceptance, and sorting and classifying the projects; presenting to an acceptance officer;
s4: the system starts an acceptance task distribution service, and comprehensively analyzes and judges according to factors such as the current workload of an acceptance person, recent work arrangement, attendance checking conditions, the current working state, professional skills and the like; reasonably arranging the acceptance activities of relevant acceptance personnel according to the number and the classes of the personnel set by the acceptance personnel;
s5: the system calls an acceptance capability improving service and starts a preparation task before acceptance; the check personnel is assisted to complete the preparation work before checking;
s6: the system automatically carries out dynamic modeling according to the analysis result in the S2 and according to the project characteristics, starts the service of extracting the single building, the floor and the inspection and acceptance project and screens out the task to be detected;
s7: the system automatically distributes the acceptance tasks of the groups and each group reasonably according to the task list generated in S6 and the factors such as the task amount, the relation between the tasks and the single building, the condition of on-site acceptance personnel and the like by adopting an algorithm combining discrete distribution and continuous distribution;
s8: the system distributes the task to a plurality of acceptance terminal devices of each group according to the processing result of S7; each group and a plurality of equipment terminals among the groups execute the acceptance tasks simultaneously; the parallel fire-fighting acceptance function of multiple tasks, multiple devices and multiple groups is realized; tasks are not influenced mutually among all the groups and are executed independently;
s9: the system sends the acceptance process data of each group to the server through a 4G/5G/wifi network, synchronizes the data to the project principal terminal, and realizes data sharing; under the condition of no network, the system carries out local processing analysis on the data and caches the data; after the network condition allows, automatically submitting to a server;
s10: in the fire-fighting acceptance process, the system builds an acceptance standard automatic learning system based on big data and artificial intelligence technology, combines the characteristics and properties of a project, provides fire-fighting acceptance standards meeting the project for the acceptance staff, and saves the time for the acceptance staff to independently inquire due to insufficient effort;
s11: the system dynamically summarizes all data according to the data in the process of acceptance and generates a final summary report, an opinion book/a notice book according to the relevant national standard;
s12: according to the operation result of S11, the government functional department signs and issues administrative documents and pushes the administrative documents to relevant construction units through the system, and the construction units can check the acceptance process and the acceptance results through the system;
s13: the construction unit enters the system according to the administrative file issued by S12, and uploads the subsequent rectification data of the project;
s14: the government functional department checks the rectification data uploaded by the construction units and performs the steps from S3 to S13 again;
the system comprises a PC end web application, an acceptance terminal android system application and a WeChat applet application.
The further technical scheme of the invention is that,
the PC end web application comprises a PC login module, a system management module, a basic information management module, an acceptance check preparation module, a monitoring center module, a data sharing module, a drawing analysis module and a data extraction and analysis module;
the system management module of the PC end web application is used for maintaining basic parameters of the operation system, including authority management, role management, department management and basic operation parameter management;
the basic information management module of the PC end web application is used for maintaining the basic information of legal norms, construction units, acceptance departments and experts;
the system can automatically and randomly select current qualified acceptance personnel and experts according to the workload, the working weight and the working time arrangement of the current acceptance personnel and experts by the acceptance preparation module of the PC-side web application; the user can also manually select and determine the acceptance personnel, the acceptance experts and the acceptance time of the fire-fighting acceptance project;
the monitoring center module of the PC-side web application is used for respectively counting the number of the items according to four different indexes of acceptance waiting, acceptance passing and modification waiting; counting the acceptance items with the most problems according to the accepted data; the monitoring center module refreshes in real time and dynamically updates data;
the data sharing module of the PC end web application is used for synchronizing data of a project acceptance process and acceptance result data to residential building, fire fighting, emergency and other business windows;
the drawing analysis module of the PC-side web application is used for analyzing the fire-fighting facilities in the engineering project CAD drawing into structured data, so that inspection personnel can conveniently check the reasonability of the layout of the fire-fighting facilities in the area;
the data extraction and analysis module of the PC side web application is used for acquiring a fire-fighting acceptance project declared by a third-party system, analyzing the project and storing a database; the third-party system comprises a joint review system and a building engineering fire-fighting acceptance declaration window system; the fire-fighting acceptance projects comprise newly-built construction project projects, extension/reconstruction construction project projects and decoration construction project projects.
The invention further adopts the technical scheme that the android system application of the acceptance terminal comprises a login module, an acceptance content extraction module, an acceptance data recording module, an engineering project acceptance content learning module, an auditing module and an acceptance report generating module;
the login module of the android system application of the acceptance terminal is used for inputting account information into the system by a user; the account information comprises a mobile phone number, a password and a short message verification code;
the inspection and acceptance content extraction module applied to the android system of the inspection and acceptance terminal is used for selecting the single building to be inspected, the number of layers to be inspected and the specific inspection and acceptance item to be inspected according to the characteristics and properties of the item and by combining a distribution algorithm; the acceptance items comprise national fire-fighting acceptance bill items and sub-items;
the acceptance data recording module is applied to the android system of the acceptance terminal and used for recording problems found on site by a user in the site evaluation work, and can be used for voice recognition input and manual input of acceptance data; the system converts the voice into text information; storing the data in a database; the acceptance data comprises character/text information, photographed picture data and video data;
the project acceptance content learning module applied to the android system of the acceptance terminal is used for enabling an acceptance staff to know the basic conditions of the project in advance; the method comprises the following steps of designing drawings, construction drawings, drawings of strong current, weak current, fire separation and other fire-fighting facilities, qualification documents and detection reports of materials and facilities, and specification provisions related to project acceptance items;
the verification module is applied to the android system of the verification terminal and used for verifying whether the verification process of the verification project of the verification personnel conforms to the verification flow or not, and the verification department leads the final verification result of the verification project and issues a notice/an opinion book;
the acceptance report generation module applied to the android system of the acceptance terminal is used for generating an opinion book of corresponding acceptance personnel and experts according to problems in the on-site acceptance process after on-site evaluation is finished, and carrying out on-line electronic signature; providing a printing function, and directly connecting a printer to print the report; the construction unit can also use the account number allocated by the system to independently view the printing on line.
The further technical scheme of the invention is that,
the WeChat applet application comprises a long end and an acceptance checker end; the position end comprises a home page, a project and a module I; the acceptance checker end comprises three modules of a project, a knowledge base and a client;
the first page module of the position end has the same function with the monitoring center module and belongs to the monitoring center of the mobile end;
the item module at the long end comprises items of the personnel to be selected and items of the selected personnel; for the items of the personnel to be selected, the long acceptance position can select the acceptance personnel and experts directly, and then the acceptance time is determined; for the items of the selected personnel, the acceptance position can be changed by the manager;
the system comprises a client module and a client module, wherein the client module is used for changing basic information of an account and comprises a mobile phone number, a password and a face verification function;
the project module of the application acceptance check personnel end is used for the acceptance check personnel to check the project participated in by the application acceptance check personnel end, and the module can complete the study of project data, wherein the project data comprises drawings related to fire fighting, and detection reports or qualification certificates of various devices and facilities;
the function of the module at the acceptance checker end is the same as that of the module at the long end of the small program;
the knowledge base module of the acceptance checker side can be used for inquiring the legal standards including fire-fighting standards, industry standards, office files and local files according to categories.
The further technical scheme of the invention is that,
the system also comprises a cluster type intelligent fire-fighting acceptance task management module based on the two-dimension code;
the login module of the cluster type intelligent fire-fighting acceptance task management module based on the two-dimensional code comprises: the system is used for logging in a system by a user through an account and a password, wherein the account is a mobile phone number;
grouping module of cluster type intelligent fire-fighting acceptance task management module based on two-dimensional code: the system comprises a data processing module, a data processing module and a control module, wherein the data processing module is used for automatically generating a certain number of groups according to the number of the groups set by a user; the grouping number can be automatically modified according to the needs of users;
cluster formula wisdom fire control acceptance task management module legal person task allocation module based on two-dimensional code: the system is used for reasonably distributing the tasks required to be subjected to fire-fighting acceptance of the project to each group by a user according to the situation of the site, and can allocate the tasks of each group;
two-dimensional code module of cluster wisdom fire control acceptance task management module based on two-dimensional code: the task two-dimensional code generating unit is used for generating a task two-dimensional code of each group according to the grouping information and the task information of each group;
yard module of sweeping of task management module is checked in cluster wisdom fire control based on two-dimensional code: the android system acceptance terminal equipment is used for loading grouping information and task information of the two-dimensional code into an acceptance terminal when an acceptance person scans the code by using the android system acceptance terminal equipment;
module is looked over to cluster wisdom fire control acceptance task management module's progress based on two-dimensional code: the system is used for checking and accepting group leader and checking the task progress of each group in real time;
task reallocation module of cluster wisdom fire control acceptance task management module based on two-dimensional code: and the group leader used for the acceptance of the project dynamically adjusts the fire-fighting acceptance tasks of each group according to the task progress condition of each group.
A further technical solution of the present invention is that,
fire-fighting acceptance preparation work, which comprises selecting the involved relevant acceptance personnel and determining the acceptance time; according to the determined time and the acceptance personnel, sending a short message to inform the relevant personnel;
the fire-fighting acceptance site evaluation module determines acceptance monomer buildings, floors and acceptance items by drawing; the system can support two mixing modes of automatic selection and manual selection; the manually added monomer buildings, floors and acceptance items can be deleted, and the deletion is not allowed when the system is selected;
the acceptance opinion generating module comprises two aspects, namely, problems in the process of collecting acceptance according to acceptance items and acceptance roles can be edited by an acceptance person, and the original intentional modification, deletion and new opinion addition are included; secondly, after the summary is finished, generating a final opinion book according to a set standard format, and taking the final opinion book as a rectification and modification basis by a construction unit;
the comment book issuing module comprises an opinion book issuing module and a notice book issuing module; for the project in the recorded drawing, after the acceptance is finished, a notice is issued according to the acceptance result; for the items which are directly checked and accepted, the opinion book is issued.
Compared with the prior art, the invention adopting the technical scheme has the following beneficial effects: the whole system and the method can intelligently process all data, can improve the capability of check and acceptance personnel, facilitate the check and acceptance process record, facilitate the check and acceptance project record, facilitate the check and acceptance problem arrangement and filing, reduce human factors, solve the problems of low office efficiency and the like in the fire control check and acceptance process, and avoid the lack of informatization and the related system and the method capable of intelligently processing in parallel.
The patent can realize unified scheduling; the overall deployment can be carried out by adopting richer Internet of things; meanwhile, the real-time monitoring can be carried out; a specific implementation method and an implementation architecture design are provided, and a detailed personnel extraction and adjustment method is provided; can be combined with the most advanced two-dimension code technology at present.
Drawings
To further illustrate the present invention, further description is provided below with reference to the accompanying drawings:
FIG. 1 is a flow chart of the whole system;
FIG. 2 is a two-dimensional code clustered intelligent fire-fighting acceptance task management system according to an embodiment of the present invention.
The present invention will be further illustrated with reference to the accompanying drawings and specific embodiments, which are to be understood as merely illustrative of the invention and not as limiting the scope of the invention.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
The patent provides a plurality of parallel schemes, and different expressions belong to an improved scheme based on a basic scheme or a parallel scheme. Each solution has its own unique features.
The invention relates to a distributed parallel fire-fighting project acceptance system based on the Internet, the Internet of things and relevant national industry standards.
In order to achieve the above object, the technical solution adopted by the present invention is as follows:
the method comprises the steps of adopting a micro-service architecture in Java, utilizing a SpringBoot and SpringCloud technical framework, independently splitting related services which are independent in service and logically shared in a system, independently realizing a plurality of service models, and adopting a distributed deployment to each server by utilizing hardware architectures of a plurality of servers. The purposes of task parallel and node distribution are achieved. The specific implementation steps are as follows:
s1: and (3) building a project data ETL service basic model based on QUARTZ, deploying the service to a plurality of servers, and realizing distributed data processing. Each service is based on computer performance, throughput. And processing the data in parallel.
S2: and constructing a data analysis service, and adopting a deployment mode and a data processing mode in S1. And cleaning, analyzing and storing the project data.
S3: the system initiates a business rule service. And screening out project data required to be checked and accepted for fire fighting, and sorting the projects. Presented to the acceptance staff.
S4: the system starts the acceptance task distribution service, and comprehensively analyzes and judges according to the current workload of the acceptance staff, recent work arrangement, attendance checking conditions, the current working state, professional skills and other factors. And reasonably arranging the acceptance activities of the relevant acceptance personnel according to the number and the classes of the personnel set by the acceptance personnel.
S5: and the system calls an acceptance capability improving service and starts a preparation task before acceptance. The checking personnel is assisted to complete the preparation work before checking.
S6: the system automatically models and starts the service of extracting the single building, the floor and the inspection and acceptance project according to the analysis result in the S2 and the project characteristics, and screens out the task to be detected.
S7: the system automatically distributes the acceptance tasks of the groups and each group reasonably according to the task list generated in S6, the factors such as the task amount, the relationship between the tasks and the single building, the condition of on-site acceptance personnel and the like by adopting an algorithm combining discrete distribution and continuous distribution.
S8: the system distributes the task to a plurality of acceptance terminal devices of each group based on the processing result of S7. And each group and a plurality of equipment terminals among the groups execute the acceptance tasks simultaneously. The parallel fire-fighting acceptance function of multiple tasks, multiple devices and multiple groups is realized. Tasks are not affected mutually and are executed independently among all the groups and the groups.
S9: the system sends the acceptance process data of each group to the server through a 4G/5G/wifi network, synchronizes the data to the project principal terminal, and realizes data sharing. Under the condition of no network, the system performs local processing analysis on the data and caches the data. And after the network condition allows, automatically submitting to the server.
S10: in the fire-fighting acceptance process, the system builds an acceptance standard automatic learning system based on big data and artificial intelligence technology, combines the characteristics and the properties of a project, provides fire-fighting acceptance standards meeting the project for acceptance personnel, and saves the time for the acceptance personnel to independently inquire due to insufficient force.
S11: the system dynamically summarizes all data according to the data of the acceptance process and generates a final summary report, an opinion book/a notice book according to the relevant national standard.
S12: according to the operation result of S11, the government functional department issues administrative documents and pushes the administrative documents to the relevant construction units through the system, and the construction units can check the acceptance process and the acceptance results through the system.
S13: and the construction unit enters the system according to the administrative file issued by the S12 and uploads the subsequent modified data of the project.
S14: and the government functional department checks the correction data uploaded by the construction units and performs the steps from S3 to S13 again.
The system comprises a PC end web application, an acceptance terminal android system application and a WeChat small program application.
The PC end web application comprises a PC login module, a system management module, a basic information management module, an acceptance check preparation module, a monitoring center module, a data sharing module, a drawing analysis module and a data extraction and analysis module.
The android system application of the acceptance terminal comprises a login module, an acceptance content extraction module, an acceptance data recording module, an engineering project acceptance content learning module, an auditing module and an acceptance report generating module.
The WeChat applet application includes a long side and an inspector side. The position end comprises a home page, a project and three modules of My. The acceptance checker end comprises three modules of a project, a knowledge base and a module.
And the login module is used for inputting account information into the system by a user. The account information comprises a mobile phone number, a password and a short message verification code.
The PC end web application system management module is used for maintaining basic parameters of the operation system, including but not limited to authority management, role management, department management and basic operation parameter management.
And the PC side web application basic information management module is used for maintaining the basic information of legal norms, construction units, acceptance departments and experts.
The system can automatically and randomly select the current qualified acceptance personnel and experts according to the workload, the work weight and the work time arrangement of the current acceptance personnel and experts by the PC-side web application acceptance preparation module. The user can also manually select the acceptance personnel, the acceptance experts and the acceptance time for determining the fire-fighting acceptance project.
And the PC side web application monitoring center module is used for respectively counting the number of the items according to four different indexes of acceptance to be checked, acceptance to pass and modification to be performed. And counting the acceptance items with the most problems according to the accepted data. And the monitoring center module refreshes in real time and dynamically updates data.
And the PC end web application data sharing module is used for synchronizing data of a project acceptance process and acceptance result data to residential building, fire fighting, emergency and other business windows.
The PC end web application drawing analysis module is used for analyzing the fire-fighting facilities in the engineering project CAD drawing into structured data, and is convenient for check personnel to check the reasonability of the layout of the fire-fighting facilities in the area.
And the PC side web application data extraction and analysis module is used for acquiring a fire-fighting acceptance project declared by the third-party system, analyzing the project and storing the database. The third-party system comprises but is not limited to a joint review system and a building engineering fire-fighting acceptance declaration window system. The fire-fighting acceptance projects comprise newly-built construction project projects, extension/reconstruction construction project projects and decoration construction project projects.
The android system of the acceptance terminal is applied with an extraction module of the contents to be accepted and is used for selecting the single building to be accepted, the number of layers to be accepted and the specific acceptance item to be accepted according to the characteristics and properties of the project and by combining a distribution algorithm. The acceptance items comprise national fire-fighting acceptance bill items and sub-items.
The android system of the acceptance terminal is applied with an acceptance data recording module, is used for recording problems found on site by a user in on-site evaluation work, and can perform voice recognition and manual acceptance data input. The system converts the voice into text information. And storing the data in a database. The acceptance data comprises character/text information, photographed picture data and video data.
And the project acceptance content learning module is used for enabling acceptance personnel to know the basic situation of the project in advance. The method comprises design drawings, construction drawings, drawings of strong electricity, weak electricity, fire separation and other fire-fighting facilities, qualification documents and detection reports of materials and facilities, and specification provisions related to project acceptance.
And the android system application auditing module of the acceptance terminal is used for checking whether the acceptance process of the item audited by the acceptance staff accords with the acceptance flow or not, and leading the acceptance department to audit the final acceptance result of the item and issue a notice/an opinion book.
And the android system application acceptance report generation module of the acceptance terminal is used for generating an opinion book of corresponding acceptance personnel and experts according to problems in the field acceptance process after field evaluation is finished, and can perform online electronic signature. And providing a printing function, and directly connecting a printer to print the report. The construction unit can also use the account number allocated by the system to independently view the printing on line.
The function of the long-end home page module for the WeChat applet application is consistent with that of the monitoring center module, and the WeChat applet application belongs to the monitoring center of the mobile terminal.
The WeChat applet applies a long-side item module that includes items of people to be lottery and items of people already lottery. For the items of the persons to be selected, the acceptance place holder can select the acceptance persons and the experts directly, and then determine the acceptance time. For the items of the selected personnel, the acceptance manager can be replaced by the acceptance manager.
The WeChat applet application terminal module is used for changing the basic information of the account, including the functions of mobile phone number, password and face verification.
The WeChat applet application acceptance check member end project module is used for enabling acceptance check members to check participated projects, learning of project data can be completed through the WeChat applet application check member end project module, and the project data comprise drawings related to fire fighting, detection reports or certificates of various devices and facilities.
The functions of my module at the acceptance check terminal of the WeChat applet are the same as those of my module at the long terminal of the applet.
The WeChat applet uses the knowledge base module at the inspector end to inquire the legal standards including fire-fighting standards, industry standards, department files and local files according to categories.
Fig. 1 shows the whole service flow of the system operation, which includes a login module, a data extraction, screening and analysis module, a fire-fighting acceptance preparation module, a fire-fighting acceptance site evaluation module, an acceptance opinion generation module, an acceptance result approval module, and an acceptance book signing module.
Specifically, the fire-fighting acceptance preparation work includes selecting relevant acceptance personnel (including experts and acceptors) to participate, and determining the acceptance time. And sending short messages to inform related personnel according to the determined time and the acceptance personnel.
The fire-fighting acceptance site evaluation module comprises the steps of determining and accepting the single building, the floor and the acceptance items by drawing. The system can support two mixed modes of automatic selection and manual selection. The manually added monomer building, floor and acceptance item can be deleted, and the system selects the condition that the deletion is not allowed.
The acceptance opinion generating module comprises two aspects, namely, problems in the process of collecting acceptance according to acceptance items and acceptance roles can be edited by an acceptance person, and the original intentional modification, deletion and new opinion addition are included; and secondly, after the summary is finished, generating a final opinion book according to a set standard format, and taking the final opinion book as a basis for rectification and modification by a construction unit.
The comment book issuing module comprises an opinion book issuing module and a notice book issuing module. And for the project in the recorded drawing, after the acceptance is finished, a notice is issued according to the acceptance result. For the items which are directly checked and accepted, the opinion book is issued.
Specifically, referring to fig. 2, a two-dimensional code clustered intelligent fire-fighting acceptance task management system according to an embodiment of the present invention is shown, including:
a login module: the system is used for logging in a system by a user through an account and a password, wherein the account is a mobile phone number. And verifying whether the user has the authority to enter the system or not according to the account and the password input by the user.
A grouping module: the method is used for automatically generating a certain number of groups according to the number of groups set by a user. The number of the packets can be modified according to the needs of users. For example: the user settings are divided into 2 groups. And clicking a grouping generation button. The system will generate two groups. If the number of groups perceived by the user after generation needs to be adjusted, the number of groups can be reset, for example: set to 3 groups. After clicking the generate group button, the system generates three groups.
A task allocation module: the system is used for reasonably distributing the tasks required to be subjected to fire-fighting acceptance of the project to each group by the user according to the situation of the field, and the tasks of each group can be allocated. Such as: at present, the project needs to accept floor 2, floor 3, floor 10 and floor 15, floor 5, floor 15, floor 12 and floor 8, and one underground floor and two underground floors. The user can assign the entire building No. 2 or No. 5 or underground to one group and can also assign tasks to groups by floor, such as floor 3 of floor No. 2, floor 15 of floor No. 5 to group 1, floor 10, floor 15 of floor No. 2, floor 15, floor 12 of floor No. 5 to group 2, underground and floor 10, floor 15 of floor No. 2, floor 8 of floor No. 5 to group 3.
Two-dimensional code module: and generating the task two-dimensional code of each group according to the grouping information and the task information of each group. For example: after the tasks are distributed, the system can generate the two-dimensional code with the task and group information according to the distributed tasks and the information of each group.
Sweep a yard module: when the verification personnel use the android system to verify and accept the terminal equipment to scan the codes, the grouping information and the task information of the two-dimensional codes are loaded into the verification terminal. For example: and 2, the android system acceptance terminal is held by the group members, and the two-dimensional code is scanned by calling a terminal camera. The system analyzes the group information and the task information contained in the two-dimensional code according to the code scanning information, and loads the group information and the task information into a code scanning acceptance terminal of the group 2 members.
A progress checking module: the system is used for checking and accepting group leaders and checking tasks of all groups in real time. For example: the acceptance task was given to a total of 3 groups. The personnel who are the group leader can check the real-time progress of each group through the acceptance terminal, including checking the total progress of the group and the detailed condition of the completion of the acceptance task. If a plurality of acceptance terminals exist in one group and an acceptance task is carried out simultaneously, the progress gathered by the plurality of acceptance terminals in the group is the whole group of acceptance progress. And taking the group of summary details as the acceptance details of the whole group.
And the task redistribution module is used for: and the group leader used for the acceptance of the project dynamically adjusts the fire-fighting acceptance tasks of each group according to the task progress condition of each group. For example: the group leader finds that the task of the group 2 is completed, but the task of the group 1 is remained, at this time, the acceptance terminal where the group leader is located can dynamically distribute part of the task to the group 2, and the group 2 members receive the prompt of a new task to cooperatively complete the acceptance task.
The foregoing shows and describes the general principles, essential features, and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the invention, but various changes and modifications may be made without departing from the spirit and scope of the invention, which is defined by the appended claims.
Claims (6)
1. A distributed parallel and cluster intelligent fire-fighting acceptance task system, which is characterized in that,
adopting a micro-service architecture in Java, utilizing a SpringBoot and SpringCloud technical framework to independently split related services which are independent in service and logically shared in a system, independently realizing a plurality of service models, and adopting a distributed deployment to each server by utilizing hardware architectures of a plurality of servers; the purposes of task parallelism and node distribution are achieved; the specific implementation steps are as follows:
s1: establishing a project data ETL service basic model based on QUARTZ, deploying the service to a plurality of servers, and realizing distributed data processing; each service is based on computer performance, throughput; processing data in parallel;
s2: constructing data analysis service by adopting a deployment mode and a data processing mode in S1; cleaning, analyzing and storing the project data;
s3: the system starts service rule service; screening out project data needing fire-fighting acceptance, and sorting and classifying the projects; presenting to an acceptance officer;
s4: the system starts an acceptance task distribution service, and comprehensively analyzes and judges according to factors such as the current workload of an acceptance person, recent work arrangement, attendance checking conditions, the current working state, professional skills and the like; reasonably arranging the acceptance activities of relevant acceptance personnel according to the number and the classes of the personnel set by the acceptance personnel;
s5: the system calls an acceptance capability improving service and starts a preparation task before acceptance; the check personnel is assisted to complete the preparation work before checking;
s6: the system automatically carries out dynamic modeling according to the analysis result in the S2 and according to project characteristics, starts services of extracting individual buildings, floors and inspection and acceptance projects, and screens out tasks to be detected;
s7: the system automatically distributes the acceptance tasks of the groups and each group reasonably according to the task list generated in S6 and the factors such as the task amount, the relation between the tasks and the single building, the condition of on-site acceptance personnel and the like by adopting an algorithm combining discrete distribution and continuous distribution;
s8: the system distributes the task to a plurality of acceptance terminal devices of each group according to the processing result of S7; each group and a plurality of equipment terminals among the groups execute the acceptance tasks simultaneously; the parallel fire-fighting acceptance function of multiple tasks, multiple devices and multiple groups is realized; tasks are not influenced mutually among all the groups and are executed independently;
s9: the system sends the acceptance process data of each group to the server through a 4G/5G/wifi network, synchronizes the data to the project principal terminal, and realizes data sharing; under the condition of no network, the system carries out local processing analysis on the data and caches the data; after the network condition allows, automatically submitting to a server;
s10: in the fire-fighting acceptance process, the system builds an acceptance standard automatic learning system based on big data and artificial intelligence technology, combines the characteristics and properties of a project, provides fire-fighting acceptance standards meeting the project for the acceptance staff, and saves the time for the acceptance staff to independently inquire due to insufficient effort;
s11: the system dynamically summarizes all data according to the data in the process of acceptance and generates a final summary report, an opinion book/a notice book according to the relevant national standard;
s12: according to the operation result of S11, the government functional department signs and issues administrative documents and pushes the administrative documents to relevant construction units through the system, and the construction units can check the acceptance process and the acceptance results through the system;
s13: the construction unit enters the system according to the administrative file issued by S12, and uploads the subsequent rectification data of the project;
s14: the government functional department checks the rectification data uploaded by the construction units and performs the steps from S3 to S13 again;
the system comprises a PC end web application, an acceptance terminal android system application and a WeChat applet application.
2. The distributed parallel and clustered intelligent fire-fighting acceptance task system of claim 1,
the PC end web application comprises a PC login module, a system management module, a basic information management module, an acceptance check preparation module, a monitoring center module, a data sharing module, a drawing analysis module and a data extraction and analysis module;
the system management module of the PC end web application is used for maintaining basic parameters of the operation system, including authority management, role management, department management and basic operation parameter management;
the basic information management module of the PC end web application is used for maintaining the basic information of legal norms, construction units, acceptance departments and experts;
the system can automatically and randomly select the current acceptance personnel and experts meeting the conditions according to the workload, the working weight and the working time arrangement of the current acceptance personnel and experts by using an acceptance preparation module of the PC-side web application; the user can also manually select and determine the acceptance personnel, the acceptance experts and the acceptance time of the fire-fighting acceptance project;
the monitoring center module of the PC-side web application is used for respectively counting the number of the items according to four different indexes of acceptance waiting, acceptance passing and modification waiting; counting the acceptance items with the most problems according to the accepted data; the monitoring center module refreshes in real time and dynamically updates data;
the data sharing module of the PC end web application is used for synchronizing data of a project acceptance process and acceptance result data to residential building, fire fighting, emergency and other business windows;
the drawing analysis module of the PC-side web application is used for analyzing the fire-fighting facilities in the engineering project CAD drawing into structured data, so that inspection personnel can conveniently check the reasonability of the layout of the fire-fighting facilities in the area;
the data extraction and analysis module of the PC side web application is used for acquiring a fire-fighting acceptance project declared by a third-party system, analyzing the project and storing a database; the third-party system comprises a joint review system and a building engineering fire-fighting acceptance declaration window system; the fire-fighting acceptance projects comprise newly-built construction project projects, extension/reconstruction construction project projects and decoration construction project projects.
3. The distributed parallel and clustered intelligent fire-fighting acceptance task system of claim 1,
the android system application of the acceptance terminal comprises a login module, an acceptance content extraction module, an acceptance data recording module, an engineering project acceptance content learning module, an auditing module and an acceptance report generating module;
the login module of the android system application of the acceptance terminal is used for inputting account information into the system by a user; the account information comprises a mobile phone number, a password and a short message verification code;
the inspection and acceptance content extraction module applied to the android system of the inspection and acceptance terminal is used for selecting the single building to be inspected, the number of layers to be inspected and the specific inspection and acceptance item to be inspected according to the characteristics and properties of the item and by combining a distribution algorithm; the acceptance items comprise national fire-fighting acceptance bill items and sub-items;
the acceptance data recording module applied to the android system of the acceptance terminal is used for recording problems found on site by a user in on-site evaluation work, and can perform voice recognition and manual acceptance data input; the system converts the voice into text information; storing the data in a database; the acceptance data comprises character/text information, photographed picture data and video data;
the project acceptance content learning module applied to the android system of the acceptance terminal is used for enabling an acceptance staff to know the basic conditions of the project in advance; the method comprises the following steps of designing drawings, construction drawings, drawings of strong current, weak current, fire separation and other fire-fighting facilities, qualification documents and detection reports of materials and facilities, and specification provisions related to project acceptance items;
the verification module is applied to the android system of the verification terminal and used for verifying whether the verification process of the verification project of the verification personnel conforms to the verification flow or not, and the verification department leads the final verification result of the verification project and issues a notice/an opinion book;
the acceptance report generation module applied to the android system of the acceptance terminal is used for generating an opinion book of corresponding acceptance personnel and experts according to problems in the on-site acceptance process after on-site evaluation is finished, and carrying out on-line electronic signature; providing a printing function, directly connecting a printer and printing a report; the construction unit can also use the account number allocated by the system to independently view the printing on line.
4. The distributed parallel and clustered intelligent fire-fighting acceptance task system of claim 1,
the WeChat applet application comprises a long end and an acceptance checker end; the position end comprises a home page, a project and a module I; the acceptance checker end comprises three modules of a project, a knowledge base and a client;
the first page module of the position end has the same function with the monitoring center module and belongs to the monitoring center of the mobile end;
the item module at the long end comprises items of the personnel to be selected and items of the selected personnel; for the items of the personnel to be selected, the long acceptance position can select the acceptance personnel and experts directly, and then the acceptance time is determined; for the items of the selected personnel, the acceptance position can be changed by the manager;
the system comprises a client module and a client module, wherein the client module is used for changing basic information of an account and comprises a mobile phone number, a password and a face verification function;
the project module of the application acceptance check personnel end is used for the acceptance check personnel to check the project participated in by the application acceptance check personnel end, and the module can complete the study of project data, wherein the project data comprises drawings related to fire fighting, and detection reports or qualification certificates of various devices and facilities;
the function of the module at the acceptance checker end is the same as that of the module at the long end of the small program;
the knowledge base module of the acceptance checker side can be used for inquiring legal norms including fire-fighting norms, industry standards, ministry files and local files according to categories.
5. The distributed parallel and clustered intelligent fire-fighting acceptance task system of claim 1,
the system also comprises a two-dimensional code-based cluster type intelligent fire-fighting acceptance task management module;
the login module of the cluster type intelligent fire-fighting acceptance task management module based on the two-dimensional code comprises: the system is used for logging in a system by a user through an account and a password, wherein the account is a mobile phone number;
grouping module of cluster type intelligent fire-fighting acceptance task management module based on two-dimensional code: the system comprises a data processing module, a data processing module and a control module, wherein the data processing module is used for automatically generating a certain number of groups according to the number of the groups set by a user; the grouping number can be automatically modified according to the needs of users;
cluster formula wisdom fire control acceptance task management module legal person task allocation module based on two-dimensional code: the system is used for reasonably distributing the tasks required to be subjected to fire-fighting acceptance of the project to each group by a user according to the situation of the site, and can allocate the tasks of each group;
two-dimensional code module based on clustered wisdom fire control acceptance task management module of two-dimensional code: the task two-dimensional code generating unit is used for generating a task two-dimensional code of each group according to the grouping information and the task information of each group;
yard module of sweeping of task management module is checked in cluster wisdom fire control based on two-dimensional code: the android system acceptance terminal equipment is used for loading grouping information and task information of the two-dimensional code into an acceptance terminal when an acceptance person scans the code by using the android system acceptance terminal equipment;
module is looked over to cluster wisdom fire control acceptance task management module's progress based on two-dimensional code: the system is used for checking and accepting group leader and checking the task progress of each group in real time;
task reallocation module of cluster wisdom fire control acceptance task management module based on two-dimensional code: and the group leader used for the acceptance of the project dynamically adjusts the fire-fighting acceptance tasks of each group according to the task progress condition of each group.
6. The distributed parallel and clustered intelligent fire-fighting acceptance task system of claim 1, wherein the fire-fighting acceptance preparation task includes selecting the relevant acceptance personnel to participate in, and determining the acceptance time; according to the determined time and the acceptance personnel, sending a short message to inform the relevant personnel;
the fire-fighting acceptance site evaluation module determines acceptance monomer buildings, floors and acceptance items by drawing; the system can support two mixing modes of automatic selection and manual selection; the manually added monomer buildings, floors and acceptance items can be deleted, and the deletion is not allowed when the system is selected;
the acceptance opinion generating module comprises two aspects, namely, problems in the process of collecting acceptance according to acceptance items and acceptance roles can be edited by an acceptance person, and the original intentional modification, deletion and new opinion addition are included; secondly, after the summary is finished, generating a final opinion book according to a set standard format, and taking the final opinion book as a basis for rectification and modification by a construction unit;
the comment book issuing module comprises an opinion book issuing module and a notice book issuing module; for the project in the recorded drawing, after the acceptance is finished, a notice is issued according to the acceptance result; for the items which are directly checked and accepted, the opinion book is issued.
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