1. The utility model provides a building finishing work labour and engineering volume real name management system, its characterized in that, including consecutive collection module (1), management module (2), communication module (3), high in the clouds (4) and processing module (5), still include respectively with management module (2), communication module (3) continuous examination module (6):

the acquisition module (1) is used for realizing data acquisition in the whole process of the building decoration project;

the management module (2) is used for analyzing and storing the acquired data;

the communication module (3) is used for realizing information interaction by data transmission;

the cloud (4) is used for recording and realizing the safe interaction between the internal network and the external network;

the processing module (5) is used for carrying out comparative analysis and judgment on the collected data and database data, editing the result and sending out a corresponding instruction to realize data synchronization;

and the examination module (6) is used for realizing accurate information judgment by combining the intranet database and the extranet.

2. The building decoration project labor service and project amount real-name management system according to claim 1, wherein the management module (2) comprises a server (2.1), a micro service gateway (2.2), an auxiliary service module (2.3), a distributed storage system (2.4), a graph recognition system (2.5), a file database (2.6) and a traditional database (2.7), the micro service gateway (2.2) is respectively connected with the server (2.1), the auxiliary service module (2.3), the distributed storage system (2.4) and the graph recognition system (2.5), the auxiliary service module (2.3) is connected with the traditional database (2.7), the graph recognition system (2.5) is connected with the file database (2.6), and the management module (2) further comprises a project amount statistics module (2.8), a project amount accounting module (2.9) and a project amount accounting module (2.9) which are respectively connected with the distributed storage system (2.4), And an item subsection positioning module (2.10).

3. The building finishing work labor and project quantity real-name management system according to claim 1, wherein the examination module (6) comprises a labor company labor information database (6.1), a labor worker information database (6.2), a labor blacklist database (6.3), a labor professional contract template database (6.4) and a labor worker professional skill grade database (6.5) which are respectively connected with a traditional database (2.7), the labor information database (6.1), the labor information database (6.2) and the labor blacklist database (6.3) of the labor company are respectively connected with a public security network (6.6) and a labor supervision network (6.7), and the system further comprises a financial supervision module (6.8) and a labor worker work supervision module (6.9).

4. The building finishing work labor and project quantity real-name management system according to claim 1, wherein the processing module (5) comprises a memory (5.1), a mobile phone (5.3), a terminal computer (5.4) and a remote terminal computer (5.5), the memory (5.1) is connected with the background data editing module (5.2), and the background data editing module (5.2) is respectively connected with the mobile phone (5.3), the terminal computer (5.4) and the remote terminal computer (5.5).

5. The building finishing work labor and project quantity real-name management system as claimed in claim 1, wherein the collection module (1) comprises an information source mobile phone, a camera device and a data input PC terminal.

6. A working method of a building decoration project labor service and project quantity real-name management system is characterized by comprising the following steps:

s1, project engineering information is recorded through the acquisition module (1);

s2, the qualification judgment of the labor staff is realized through an intranet database and an extranet in the examination module (6);

s3, task allocation is carried out through the management module (2) according to the qualification of the labor staff;

s4, using the acquisition module (1) to confirm the information of the labor staff and acquire data;

s5, judging the workload according to the collected data;

s6 transmits the collected data and the judgment result to the processing module (5);

the S7 processing module (5) realizes data editing and synchronous management.

7. The method as claimed in claim 6, wherein the obtaining of the labor information in step S2 includes:

s21, firstly, combining the public security network (6.6) and the labor supervision network (6.7) to judge the establishment period of the labor company where the labor worker is located, and whether the bad records exist or not to judge the company qualification;

s22, combining the public security network (6.6) and the labor monitoring network (6.7) to judge whether the labor service personnel meets the legal requirements or not, and whether the failure records exist or not to judge the work qualification;

and S23, judging by combining the historical work data of the labor staff in the intranet and the professional skill level.

8. The method of claim 6, wherein an independent two-dimensional code is provided for each household in the building finishing work site, and the step S4 of collecting data specifically includes:

s41, firstly, real-name system confirmation is carried out on the labor staff;

s42, scanning independent two-dimensional code by using an information source mobile phone, punching a card and uploading the card to confirm the accurate position information of the user;

s43, collecting a building decoration site shot by an information source mobile phone and a camera device;

and S44, uploading position and quantity information of personnel, materials and mechanical equipment through the data input PC terminal.

9. The working method of the building finishing work labor and work volume real-name management system according to claim 6, wherein the step S5 work volume judgment specifically comprises:

the S51 server (2.1) receives the collected data, and the micro service gateway (2.2) stores the collected data in the distributed storage system (2.4);

s52, the distributed storage system (2.4) transmits the collected data to the pattern recognition system (2.5) for analysis;

s53, the pattern recognition system (2.5) firstly recognizes the collected image, then extracts the parameters of the recognized collected image and extracts the parameter information in the image;

s54, comparing the parameter information of different periods and links with the data uploaded by the data input PC end to obtain an accurate analysis result;

the S55 micro service gateway (2.2) stores the collected data and the analysis result into the traditional database (2.7).

10. The operating method of the building finishing work labor and engineering quantity real-name management system according to claim 6 or 9, wherein the step S7 of data editing and synchronous management specifically comprises:

the S71 storage (5.1) receives the collected data and the analysis result from the cloud (4), and automatically updates the data according to the construction and decoration progress and quality;

s72, the staff can edit and update the data in the memory through the background data editing module (5.2);

s73, the workload of the labor staff is transmitted to a review module (6) and stored in a labor staff information database (6.2);

s74, the workload of the labor staff, the labor professional contract template database (6.4) and the labor staff wage monitoring module (6.9) are integrated to judge the wages of the labor staff;

s75, data are transmitted to the mobile phone (5.3), the terminal computer (5.4), the remote terminal computer (5.5) and the cloud end (4) to achieve data synchronization.

Background

With the development of cities and the progress of society, the management of construction engineering projects becomes more and more necessary. The data shows that the construction project management system surrounds the core business of construction project enterprises, and the informatization of construction enterprise management is realized through the digitization and the networking of construction sites. The enterprise can realize the informatization management of project personnel, materials, mechanical equipment, subcontracting, contracts, construction data, finance and processes. The informatization of the domestic existing construction enterprises is not enough, and the management process and the management rules suitable for the enterprises do not exist, so that the orderly cooperation can not be realized, the construction enterprises are not favorable for carrying out all-round management on all projects, and the management capability of the enterprises is influenced.

The existing intelligent construction site information management system is developed mainly based on the framework of a traditional Internet of things big data system and according to the data sharing requirement of a main administrative department, has low combination degree with the organization characteristics and the management modes of the construction industry, is difficult to provide customized services for departments with different management functions in the general organization framework of the construction industry, lacks information interaction in the process of construction engineering management and personnel management of human units, and is difficult to realize systematic management, thereby limiting the exertion of the function of the intelligent information management system in the whole process of the construction engineering.

Chinese patent document CN111160854A discloses a "construction engineering management system". A login interface unit, a home page unit, a system setting unit, an honest and safe person center unit, an honest and safe headquarter unit and an honest and safe construction unit which are mutually connected are protected; the login interface unit is used for logging in the building engineering management system by inputting a user name and a password; the home page unit is used for displaying all functions through a home page menu bar and displaying tasks to be handled, specific number and attendance conditions in the month through a home page; the Chengan people center unit is used for realizing administrative, expense, character and personal information functions; the honesty and security headquarter unit is used for realizing the management of a human resource center, a financial center, a cost center, a supplier center and a cause development center; the honesty construction unit is used for realizing operation type and collection type management. Above-mentioned technical scheme is only to single company, can't effectively gather when facing a plurality of building engineering projects to the collection to labour personnel's information is restricted to inside collection, lacks the information acquisition to the outside, makes the information source single just, and lacks the correlation between the information, can't realize the unified management.

Disclosure of Invention

The invention mainly solves the technical problems that the original technical scheme has single information source and lacks correlation and can not realize unified management, and provides a building decoration project labor and engineering quantity real-name management system and a method.

The technical problem of the invention is mainly solved by the following technical scheme:

the utility model provides a building finishing work labor and engineering volume real name management system, includes consecutive collection module, management module, communication module, high in the clouds and processing module, still includes the examination module that links to each other with management module, communication module respectively:

the acquisition module is used for realizing data acquisition in the whole process of the building decoration project;

the management module is used for analyzing and storing the acquired data;

the communication module is used for realizing information interaction by data transmission;

the cloud end is used for recording and realizing the safe interaction of the internal network and the external network;

the processing module is used for carrying out comparative analysis and judgment on the collected data and database data, editing the result and sending out a corresponding instruction to realize data synchronization;

and the examination module is used for realizing accurate information judgment by combining the internal network database and the external network.

The management module performs qualification judgment on the labor workers according to the information acquired by the examination module and then realizes task allocation, then the acquisition module is matched with the management module to acquire the workload of the labor workers, comprehensive judgment is performed according to the workload of the labor workers and signed contracts to determine the wages of the labor workers, meanwhile, historical work data of the labor workers are updated, and the processing module realizes automatic updating and data synchronization of the total project engineering amount according to the workload of the labor workers.

Preferably, the management module comprises a server, a micro service gateway, an auxiliary service module, a distributed storage system, a graph recognition system, a file database and a traditional database, wherein the micro service gateway is respectively connected with the server, the auxiliary service module, the distributed storage system and the graph recognition system, the auxiliary service module is connected with the traditional database, the graph recognition system is connected with the file database, and the management module further comprises a project subsection project amount counting module, a project subsection project amount accounting module and a project subsection positioning module which are respectively connected with the distributed storage system. Each project subsection is provided with an independent distributed storage system, a project subsection project amount counting module, a project subsection project amount accounting module and a project subsection positioning module, wherein the project subsection project amount counting module, the project subsection project amount accounting module and the project subsection positioning module are respectively connected with the distributed storage system, the project subsection project amount counting module is used for counting the completed and residual project amounts, the project subsection project amount accounting module is used for realizing the approval of the workload of the labor staff so as to realize the determination of the total project amount of the project subsection, and the project subsection positioning module is used for realizing the accurate positioning of the positions of the project subsections.

Preferably, the examination module comprises a labor service information database of a labor service company, a labor service personnel information database, a labor service blacklist database, a labor service professional contract template database and a labor service personnel professional skill level database which are respectively connected with the traditional database, wherein the labor service information database of the labor service company, the labor service personnel information database and the labor service blacklist database are respectively connected with a public security network and a labor supervision network, and the examination module further comprises a financial supervision module and a labor service personnel wage supervision module. The examination module automatically generates corresponding labor service contracts according to the labor service professional contract template data after the qualification judgment of labor service personnel is completed, and the financial monitoring module realizes the summary of the financial data of project subsections and is convenient for project subsection financial management and optimization.

Preferably, the processing module comprises a memory, a mobile phone, a terminal computer and a remote terminal computer, the memory is connected with the background data editing module, and the background data editing module is respectively connected with the mobile phone, the terminal computer and the remote terminal computer. The processing module receives the workload data of the labor service personnel to automatically update, and meanwhile, the background data editing module can realize manual editing to check omission and fill in the deficiency.

Preferably, the acquisition module comprises an information source mobile phone, a camera device and a data input PC terminal. Through the information source mobile phone and the camera device, labor worker authentication and field data acquisition are realized, and the data input PC end is used for field data input.

A working method of a building decoration project labor and project quantity real-name management system,

s1, recording project engineering information through the acquisition module;

s2, the qualification judgment of the labor staff is realized through an intranet database and an extranet in the examination module;

s3, distributing tasks according to the qualification of the labor staff through a management module;

s4, using the acquisition module to confirm the labor staff information and acquire data;

s5, judging the workload according to the collected data;

s6, transmitting the acquired data and the judgment result to the processing module;

the S7 processing module realizes data editing and synchronous management.

Preferably, the acquiring of the serviceman information in step S2 includes:

s21, firstly, combining the public security network and the labor supervision network to judge the establishment period of the labor company where the labor worker is located, and whether the bad records exist or not to judge the company qualification;

s22, combining the public security network and the labor monitoring network to judge whether the labor service personnel meets the legal requirements or not, and judging whether the work qualification is carried out or not according to the bad records;

and S23, judging by combining the historical work data of the labor staff in the intranet and the professional skill level.

Preferably, each household in the building decoration engineering site is provided with an independent two-dimensional code, and the step S4 of data acquisition specifically includes:

s41, firstly, real-name system confirmation is carried out on the labor staff;

s42, scanning independent two-dimensional code by using an information source mobile phone, punching a card and uploading the card to confirm the accurate position information of the user;

s43, collecting a building decoration site shot by an information source mobile phone and a camera device;

s44 uploading position and quantity information of personnel, materials and mechanical equipment through data input PC terminal

Preferably, the step S5 of judging the workload specifically includes:

s51, the server receives the collected data, and the micro service gateway stores the collected data in the distributed storage system;

s52, the distributed storage system transmits the collected data to the pattern recognition system for analysis;

s53, firstly, the pattern recognition system recognizes the collected image, then extracts the parameters of the recognized collected image, and extracts the parameter information in the image;

s54, comparing the parameter information of different periods and links with the data uploaded by the data input PC end to obtain an accurate analysis result;

and the S55 micro service gateway stores the collected data and the analysis result into a traditional database.

Preferably, the step S7 of editing data and managing synchronization specifically includes:

the S71 memory receives the collected data and the analysis result from the cloud, and realizes the automatic updating of the data according to the construction and decoration progress and quality;

s72, the staff can edit and update the data in the memory through the background data editing module;

s73, the workload of the labor staff is transmitted to a review module and stored in a labor staff information database;

s74, the workload of the labor staff, the labor professional contract template database and the labor staff wage monitoring module are integrated to realize wage judgment of the labor staff;

s75, data are transmitted to the mobile phone, the terminal computer, the remote terminal computer and the cloud to achieve data synchronization.

The invention has the beneficial effects that: data acquisition to the building decoration job site through the collection module, the accurate building decoration engineering work load monitoring to people is realized to cooperation management module, combines the staff work information in the intranet database, staff record and staff company's situation in the extranet, realizes the accurate aassessment to the staff to carry out the task arrangement of pertinence to the staff, realize the systematization management.

Drawings

Fig. 1 is a schematic connection structure of the present invention.

Fig. 2 is a schematic connection structure diagram of a management module of the present invention.

Figure 3 is a schematic connection diagram of an audit module of the present invention.

Fig. 4 is a schematic connection structure diagram of a process module of the present invention.

In the figure, 1 acquisition module, 2 management module, 2.1 server, 2.2 micro service gateway, 2.3 auxiliary service module, 2.4 distributed storage system, 2.5 graph recognition system, 2.6 file database, 2.7 traditional database, 2.8 project subsection project amount statistic module, 2.9 project subsection project amount accounting module, 2.10 project subsection positioning module, 3 communication module, 4 cloud, 5 processing module, 5.1 memory, 5.2 background data editing module, 5.3 mobile phone, 5.4 terminal computer, 5.5 remote terminal computer, 6 examination module, 6.1 labor company labor information database, 6.2 labor personnel information database, 6.3 labor blacklist database, 6.4 labor professional contract template database, 6.5 labor personnel professional skill level database, 6.6 public security network, 6.7 financial labor supervision network, 6.8 labor supervision system, 6.9 labor supervision system.

Detailed Description

The technical scheme of the invention is further specifically described by the following embodiments and the accompanying drawings.

Example (b): the building finishing project labor and project amount real-name management system of the embodiment, as shown in fig. 1, comprises a collection module (1), a management module (2), a communication module (3), a cloud (4) and a processing module (5) which are connected in sequence, and further comprises an examination module (6) which is respectively connected with the management module (2) and the communication module (3):

the acquisition module (1) is used for realizing data acquisition in the whole process of the building decoration project; the system comprises an information source mobile phone, a camera device and a data input PC terminal. Through the information source mobile phone and the camera device, labor worker authentication and field data acquisition are realized, and the data input PC end is used for field data input.

And the management module (2) is used for analyzing and storing the acquired data as shown in fig. 2. The management module (2) comprises a server (2.1), a micro service gateway (2.2), an auxiliary service module (2.3), a distributed storage system (2.4), a pattern recognition system (2.5), a file database (2.6) and a traditional database (2.7), wherein the micro service gateway (2.2) is respectively connected with the server (2.1), the auxiliary service module (2.3), the distributed storage system (2.4) and the pattern recognition system (2.5), the auxiliary service module (2.3) is connected with the traditional database (2.7), and the pattern recognition system (2.5) is connected with the file database (2.6). The pattern recognition system (2.5) comprises data packets comprising anoconda, ensorflow and opencv.

The management module (2) further comprises a project subsection project amount counting module (2.8), a project subsection project amount accounting module (2.9) and a project subsection positioning module (2.10) which are respectively connected with the distributed storage system (2.4). Each project subsection is provided with an independent distributed storage system, a project subsection project amount counting module, a project subsection project amount accounting module and a project subsection positioning module, wherein the project subsection project amount counting module, the project subsection project amount accounting module and the project subsection positioning module are respectively connected with the distributed storage system, the project subsection project amount counting module is used for counting the completed and residual project amounts, the project subsection project amount accounting module is used for realizing the approval of the workload of the labor staff so as to realize the determination of the total project amount of the project subsection, and the project subsection positioning module is used for realizing the accurate positioning of the positions of the project subsections.

The communication module (3) is used for realizing information interaction in data transmission, and is convenient for data updating and synchronization. The cloud end (4) is used for recording, so that the safe interaction of the internal network and the external network is realized, and potential safety hazards such as internal network data leakage caused by direct information interaction of the internal network and the external network are prevented.

And the processing module (5) is used for comparing, analyzing and judging the acquired data and database data, editing the result and sending a corresponding instruction to realize data synchronization as shown in fig. 4. The mobile phone with the background data editing function comprises a memory (5.1), a mobile phone (5.3), a terminal computer (5.4) and a remote terminal computer (5.5), wherein the memory (5.1) is connected with the background data editing module (5.2), and the background data editing module (5.2) is respectively connected with the mobile phone (5.3), the terminal computer (5.4) and the remote terminal computer (5.5). The processing module receives the workload data of the labor service personnel to automatically update, and meanwhile, the background data editing module can realize manual editing to check omission and fill in the deficiency.

And the examination module (6) is used for realizing accurate information judgment by combining the intranet database and the extranet as shown in figure 3. The labor service monitoring system comprises a labor service information database (6.1) of a labor service company, a labor service personnel information database (6.2), a labor service blacklist database (6.3), a labor service professional contract template database (6.4) and a labor service personnel professional skill level database (6.5) which are respectively connected with a traditional database (2.7), wherein the labor service information database (6.1) of the labor service company, the labor service personnel information database (6.2) and the labor service blacklist database (6.3) are respectively connected with a public security network (6.6) and a labor monitoring network (6.7), and the labor service personnel work condition monitoring system further comprises a financial monitoring module (6.8) and a labor service personnel work and material monitoring module (6.9). The examination module automatically generates corresponding labor service contracts according to the labor service professional contract template data after the qualification judgment of labor service personnel is completed, and the financial monitoring module realizes the summary of the financial data of project subsections and is convenient for project subsection financial management and optimization.

A working method of a building decoration project labor and project quantity real-name management system comprises the following steps:

and S1, carrying out project engineering information input through the acquisition module (1) and determining the total project engineering amount.

S2, the qualification judgment of the labor staff is realized through an intranet database and an extranet in the examination module (6);

s21, firstly, combining the public security network (6.6) and the labor supervision network (6.7) to judge the establishment period of the labor company where the labor worker is located, and whether the bad records exist or not to judge the company qualification;

s22, combining the public security network (6.6) and the labor monitoring network (6.7) to judge whether the labor service personnel meets the legal requirements or not, and whether the failure records exist or not to judge the work qualification;

and S23, judging by combining the historical work data of the labor staff in the intranet and the professional skill level. And after the judgment is finished, automatically generating a corresponding labor contract according to the labor professional contract template data.

S3, task allocation is carried out through the management module (2) according to the qualification of the labor staff;

s4 uses collection module (1) to carry out the personnel' S of working information and confirm and the data acquisition, and each family is equipped with an independent two-dimensional code in the building finishing work building site, and data acquisition specifically includes:

s41, firstly, real-name system confirmation is carried out on the labor staff;

s42, scanning independent two-dimensional code by using an information source mobile phone, punching a card and uploading the card to confirm the accurate position information of the user;

s43, collecting a building decoration site shot by an information source mobile phone and a camera device;

and S44, uploading position and quantity information of personnel, materials and mechanical equipment through the data input PC terminal.

When the existing positioning device faces a multi-storey building, due to the fact that accurate positioning to a user is difficult to achieve due to the fact that superposition in the vertical direction is achieved, the working place can be confirmed while the real name of a labor worker is achieved by means of scanning of an independent two-dimensional code.

S5, implementing workload determination according to the collected data, specifically including:

the S51 server (2.1) receives the collected data, and the micro service gateway (2.2) stores the collected data in the distributed storage system (2.4);

s52, the distributed storage system (2.4) transmits the collected data to the pattern recognition system (2.5) for analysis;

s53, the pattern recognition system (2.5) firstly recognizes the collected image, then extracts the parameters of the recognized collected image and extracts the parameter information in the image;

s54, comparing the parameter information of different periods and links with the data uploaded by the data input PC end to obtain an accurate analysis result;

the S55 micro service gateway (2.2) stores the collected data and the analysis result into the traditional database (2.7).

S6 transmits the collected data and the judgment result to the processing module (5);

the processing module (5) of S7 realizes data editing and synchronous management, and specifically comprises:

the S71 storage (5.1) receives the collected data and the analysis result from the cloud (4), and automatically updates the data according to the construction and decoration progress and quality;

s72, the staff can edit and update the data in the memory through the background data editing module (5.2);

s73, the workload of the labor staff is transmitted to the examination module (6) and stored in the labor staff information database (6.2), and the labor staff information data is updated so as to accurately judge the qualification of the labor staff.

S74, the workload of the labor staff, the labor professional contract template database (6.4) and the labor staff wage monitoring module (6.9) are integrated to judge the wages of the labor staff; and meanwhile, the financial monitoring module 6.8 realizes the financial data summarization of project subsections, so that the financial management and optimization of the project subsections are facilitated.

S75, data are transmitted to the mobile phone (5.3), the terminal computer (5.4), the remote terminal computer (5.5) and the cloud end (4) to achieve data synchronization. The staff can adopt multiple terminal to realize the real-time supervision of building engineering state.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.

Although terms like management module, processing module, review module, etc. are used more herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed as being without limitation to any additional limitations that may be imposed by the spirit of the present invention.