CN116882672A - Internet-based building engineering personnel management system - Google Patents
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Abstract
The invention discloses an Internet-based construction engineering personnel management system, which particularly relates to a construction engineering information acquisition module, a construction engineering information management module, a data analysis module, a personnel allocation calculation module, a personnel control allocation module and a man-machine interaction module.
Description
Technical Field
The invention relates to the technical field of teaching quality supervision, in particular to an Internet-based building engineering personnel management system.
Background
At present, the personnel management of the building engineering is mainly to carry out traditional management on constructors through off-line engineering management personnel, including making corresponding regulation and regulation system, carrying out off-line related training for management, and carrying out statistics on attendance of constructors through a series of real on-duty conditions reflected by real-time monitoring, inquiring, statistics and the like;
however, the above procedure still has the following drawbacks:
firstly, the management of the personnel for the construction engineering is single, the personnel can be managed only under the approximate condition, and the comprehensive, accurate and regional analysis can not be realized;
secondly, the number of people in the building engineering cannot be accurately judged, so that unreasonable personnel allocation is caused in the whole engineering stage, the workload of the construction progress in unit time cannot be evenly distributed, and the workload of engineering personnel is often caused to be too heavy or too light;
thirdly, dynamic supervision is not realized on personnel management in the engineering construction process, and a reasonable personnel allocation correction scheme is not provided under the condition that personnel allocation is unreasonable in each post.
Disclosure of Invention
In order to overcome the defects in the prior art, the embodiment of the invention provides an Internet-based human management system for construction engineering, which can effectively solve corresponding technical problems.
The invention solves the technical problems by adopting the technical scheme that:
the invention provides an Internet-based construction engineering personnel management system, which comprises: the system comprises a building engineering information acquisition module, a building engineering information management module, a data analysis module, a personnel allocation calculation module, a personnel control allocation module and a man-machine interaction module.
The building engineering information acquisition module: the method comprises the steps of collecting information data of a building project through monitoring equipment of a construction site, and dividing the collected information data of the building project into a plurality of sub-areas according to construction progress in unit time;
building engineering information management module: the system is used for carrying out unified management on the corresponding construction engineering information data in different subareas, extracting and processing the information data of personnel, and carrying out statistics and arrangement on the personnel information in different posts;
and a data analysis module: analyzing based on the processed construction engineering information data to obtain the engineering quantity of the subareas, the construction time of the subareas and other influence factor coefficients;
the personnel allocation calculation module: analyzing based on the processed data to obtain construction efficiency coefficients of the subareas, and comparing the actually calculated construction efficiency coefficients with expected construction efficiency coefficients to obtain construction efficiency correction coefficients;
personnel control distribution module: the method is used for properly filling the number of people in the construction progress in unit time and reasonably distributing the number of people by correcting the positive and negative values of the coefficient value according to the construction efficiency of the construction progress in unit time;
and the man-machine interaction module is used for: the system gives a reasonable modification scheme to the arrangement of the personnel of the construction progress in the unit time in the construction process by automatic matching, and sends the modification scheme to the terminal of the construction engineering manager.
As another stackable embodiment, the information data of the construction project comprises the scale of construction sites, the types of engineering posts, the construction progress, the quality and safety information of the project and the personal information of engineering personnel, and the information data of the construction progress in each time period can be accurately mastered by dividing the construction project types according to areas, so that overall management of the data is facilitated.
As another stackable embodiment, the unified management of the construction information data corresponding to the construction progress in the unit time means that the collected construction information data is stored according to the mode, and the construction information data stored in each data subarea is sorted and screened.
As another stackable embodiment, the other influencing factor coefficients are calculated by counting the quantity of construction materials, the replacement frequency of construction equipment, the change index of weather temperature and the operation error times of constructors, the ratio of the influence construction progress change index to the construction time in the construction process is calculated by analyzing the obtained data, and the specific factors are thatCalculation methodThe time required for each section of construction progress in the construction process is as follows: t is t 1 ,t 2 ,t 3 ......t i 。
As another stackable embodiment, the construction efficiency coefficient of the data subarea refers to a value calculated by analyzing an influence factor influencing the construction progress efficiency in unit time, and by the engineering quantity q of the data subarea, the construction time t of the subarea and the coefficient eta of other influence factorsThereby obtaining the total construction efficiency coefficient
As another stackable embodiment, the construction efficiency correction coefficient refers to a result obtained by comparing an actual construction efficiency coefficient with an expected construction efficiency coefficient, the construction progress efficiency in unit time is controlled within an expected range by judging the construction efficiency correction coefficient value, and the construction efficiency correction coefficient is obtained by comparing the actually calculated construction efficiency coefficient with the expected construction efficiency coefficient
As another stackable embodiment, the personnel control allocation judges the personnel allocation in the construction progress in unit time according to the positive and negative of the calculated construction efficiency correction coefficient value, if the personnel in the construction progress in unit time are not enough to carry out corresponding filling, if the personnel in the construction progress in unit time are more to carry out corresponding post allocation or reduction.
As another stackable embodiment, the man-machine interaction module refers to that the actual construction efficiency coefficient obtained through analysis and calculation is compared with the expected construction efficiency coefficient to obtain the positive and negative deviation degree of the construction efficiency correction coefficient value in unit time, the obtained result is automatically matched with personnel in the corresponding construction progress in unit time to provide a reasonable correction scheme, and the scheme is sent to a terminal of a construction engineering manager through the system.
By combining all the technical schemes, the invention has the advantages and positive effects that:
the invention collects information data in the building engineering through monitoring equipment of a construction site, divides the collected information data according to areas, is convenient for extraction at any time, is used for carrying out unified management on the construction progress building engineering information data in unit time by the building engineering information management module, carries out comprehensive, accurate and regional analysis on the building engineering information data, calculates and obtains a sub-area construction efficiency coefficient, compares the actually calculated construction efficiency coefficient with an expected construction efficiency coefficient to obtain a construction efficiency correction coefficient in unit time, reasonably distributes personnel in the construction progress in unit time by the positive and negative deviation degree of the calculated construction efficiency correction coefficient in unit time, avoids the phenomenon that personnel are insufficient or excessive in the construction process in a certain period, and the system can continuously analyze according to the information data of each engineering post, give out an improved scheme of corresponding personnel distribution through a final analysis result, automatically matches with a terminal of a building engineering management personnel, can realize reasonable distribution of personnel in the building engineering through the system, can also control the construction efficiency of the construction engineering in unit time, and can further realize the real-time control of the construction efficiency.
Drawings
Fig. 1 is a schematic diagram of the overall structure of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The invention provides a block chain-based construction progress control system which comprises a construction engineering information acquisition module, a construction engineering information management module, a data analysis module, a personnel allocation calculation module, a personnel control allocation module and a man-machine interaction module. The system comprises a building engineering information acquisition module, a data analysis module, a personnel control distribution module, a personnel management module, a man-machine interaction module and a man-machine interaction module, wherein the building engineering information acquisition module is connected with the building engineering information management module, the data analysis module analyzes acquired information data to obtain factors influencing the construction progress in unit time, the factors influencing the construction progress in unit time are calculated to obtain the construction efficiency coefficient of a construction progress subarea in unit time, the personnel control distribution module compares the calculated construction efficiency correction coefficient in unit time, the positive and negative deviation degree of the construction efficiency correction coefficient value in unit time is matched with a rationalization modification scheme allocated by personnel, and the rationalization modification scheme is sent to a terminal of a building engineering manager through the man-machine interaction module.
The building engineering information acquisition module: the method is used for collecting information data of the building engineering through monitoring equipment of a construction site, and dividing the collected information data of the building engineering into a plurality of sub-areas according to the construction progress in unit time.
In this embodiment, the information data of the building engineering includes the scale of the construction site, the type of the engineering posts, the construction progress, the quality and safety information of the engineering and the personal information of the engineering personnel, and the information data of the construction progress in each time period can be accurately mastered by dividing the type of the building engineering according to the regions, so that the overall management of the data is facilitated.
It should be noted that, the information collection of the construction engineering is not disposable, the data collection can be performed in real time through the monitoring equipment installed in each area of the construction site, the data in the collection process is automatically divided according to the construction progress in unit time, and the recorded information data are stored in the database for ready retrieval.
Building engineering information management module: the system is used for carrying out unified management on the corresponding construction engineering information data in different subareas, extracting and processing the information data of personnel, and carrying out statistics and arrangement on the personnel information in different posts.
In this embodiment, unified management of the construction information data corresponding to the construction progress in the unit time means that the collected construction information data is stored according to the method, and the construction information data stored in each data subregion is sorted and screened.
It is to be noted that, not only can the information data of the disorder and the various be unified management be carried out through the construction information management module, but also the data can be accurately stored, and meanwhile, the data is periodically managed and controlled, so that the standardization, the accuracy and the use legal compliance of the data are ensured, the data safety is ensured, the construction progress information in unit time is conveniently extracted at any time, the data analysis efficiency is improved, the construction progress data in unit time can be conveniently and dynamically managed in real time, and the data in different time periods can be extracted and analyzed at any time.
And a data analysis module: and analyzing based on the processed construction engineering information data to obtain the engineering quantity of the subareas, the construction time of the subareas and other influence factor coefficients.
In this embodiment, the other factor factors are calculated by counting the number of construction materials, the replacement frequency of construction equipment, the change index of weather temperature and the number of operation errors of constructors, the ratio of the change index of the affected construction progress to the construction time in the construction process is calculated by analyzing the obtained data, and a specific calculation method is adoptedThe time required for each section of construction progress in the construction process is as follows: t is t 1 ,t 2 ,t 3 ......t i 。
It should be noted that the counted number of construction materials, the replacement frequency of construction equipment, the change index of weather temperature and the operation error times of constructors are determined by the environment of the construction site, and the influence factor coefficients of the construction progress in different time periods are completely different, so that the influence factors of the construction progress in different time periods are counted, and further, the calculated other influence factor coefficients are more accurate.
The personnel allocation calculation module: analyzing based on the processed data to obtain the construction efficiency coefficient of the subarea, and comparing the actually calculated construction efficiency coefficient with the expected construction efficiency coefficient to obtain the construction efficiency correction coefficient.
In this embodiment, the construction efficiency coefficient of the data subarea refers to a value calculated by analyzing an influence factor influencing the construction progress efficiency in a unit time, the engineering quantity q of the data subarea, the construction time t of the subarea, and the coefficient eta of other influence factorsAnd then the total construction efficiency coefficient is obtained>
In this embodiment, the construction efficiency correction coefficient refers to a result obtained by comparing an actual construction efficiency coefficient with an expected construction efficiency coefficient, the construction progress efficiency in unit time is controlled within an expected range by judging the construction efficiency correction coefficient, and the construction efficiency correction coefficient is obtained by comparing an actually calculated construction efficiency coefficient with an expected construction efficiency coefficient
The method is characterized in that the overall construction efficiency coefficient is calculated through the construction efficiency coefficient in the subarea, the obtained result is more accurate, the construction efficiency correction coefficient is obtained through comparing the actual construction efficiency coefficient with the expected construction efficiency coefficient, the construction efficiency correction coefficient is a correction scheme which is used for properly coordinating the personnel in the construction process and reasonably correcting the construction efficiency correction coefficient when the factors influencing the construction progress change and needs to be locally adjusted and corrected in a certain proportion range through the positive and negative deviation degree of the construction efficiency correction coefficient value, and the construction progress in a unit time period in the construction engineering can be matched with the proper personnel number through the positive and negative deviation degree of the construction efficiency correction coefficient value.
Personnel control distribution module: the method is used for properly filling the number of people in the construction progress in unit time and reasonably distributing the number of people by correcting the coefficient value of the construction efficiency of the construction progress in unit time.
In this embodiment, the personnel control allocation determines the personnel allocation in the construction progress in unit time according to the positive and negative deviation degree of the calculated construction efficiency correction coefficient value, if the personnel in the construction progress in unit time are not enough to perform corresponding filling, if the personnel in the construction progress in unit time are more to perform corresponding post allocation or reduction.
It should be noted that, if the difference between the actual personnel numbers of each post and the project post personnel numbers of the calculated data subarea are not much different, the difference between the actual personnel numbers of each post and the project post personnel numbers of the calculated data subarea can be automatically matched with the corresponding correction scheme, and personnel in each construction stage can be allocated and managed, so that coordination among the personnel for each post is facilitated.
And the man-machine interaction module is used for: the system gives a reasonable modification scheme to the arrangement of the personnel of the construction progress in the unit time in the construction process by automatic matching, and sends the modification scheme to the terminal of the construction engineering manager.
In this embodiment, the man-machine interaction module compares the actual construction efficiency coefficient obtained by analysis and calculation with the expected construction efficiency coefficient to obtain the positive and negative deviation degree of the construction efficiency correction coefficient value in unit time, and then automatically matches the obtained result with the personnel arrangement in the construction progress in the corresponding unit time to give a reasonable correction scheme, and sends the scheme to the terminal of the construction engineering manager through the system.
It should be noted that, the distribution of each post personnel in the engineering is unreasonable and timely modified through the man-machine interaction module, the phenomenon that personnel on each post are unreasonable in matching can be accurately regulated and controlled, the reasonable coordination distribution of personnel resources in the engineering is achieved, the distribution condition of each post personnel is monitored at any time, the system can automatically match the corresponding modification scheme for the distribution unreasonable condition, the system is sent to the terminals of building engineering management personnel, and the personnel management system replaces manual management, so that time and labor are saved, and the cost of manual management is saved.
Finally: the foregoing description of the preferred embodiments of the invention is not intended to limit the invention to the precise form disclosed, and any such modifications, equivalents, and alternatives falling within the spirit and principles of the invention are intended to be included within the scope of the invention.
Claims (8)
1. An internet-based construction engineering personnel management system, comprising:
the building engineering information acquisition module: the method comprises the steps of collecting information data of a building project through monitoring equipment of a construction site, and dividing the collected information data of the building project into a plurality of sub-areas according to construction progress in unit time;
building engineering information management module: the system is used for carrying out unified management on the corresponding construction engineering information data in different subareas, extracting and processing the information data of personnel, and carrying out statistics and arrangement on the personnel information in different posts;
and a data analysis module: analyzing based on the processed construction engineering information data to obtain the engineering quantity of the subareas, the construction time of the subareas and other influence factor coefficients;
the personnel allocation calculation module: analyzing based on the processed data to obtain construction efficiency coefficients of the subareas, and comparing the actually calculated construction efficiency coefficients with expected construction efficiency coefficients to obtain construction efficiency correction coefficients;
personnel control distribution module: the method is used for properly filling the number of people in the construction progress in unit time and reasonably distributing the number of people by correcting the positive and negative deviation degree of the coefficient value according to the construction efficiency of the construction progress in unit time;
and the man-machine interaction module is used for: the system gives a reasonable modification scheme to the arrangement of the personnel of the construction progress in the unit time in the construction process by automatic matching, and sends the modification scheme to the terminal of the construction engineering manager.
2. An internet-based construction engineering personnel management system according to claim 1, wherein: the information data of the building engineering comprises the scale of a construction site, the type of engineering posts, the construction progress, the quality and safety information of the engineering and the personal information of engineering personnel, and the information data of the construction progress in each time period can be accurately mastered by dividing the type of the building engineering according to the areas, so that the overall management of the data is facilitated.
3. An internet-based construction engineering personnel management system according to claim 1, wherein: the unified management of the construction information data corresponding to the construction progress in the unit time means that the collected construction information data are stored according to the requirements, and the construction information data stored in each data subarea are sorted and screened.
4. An internet-based construction engineering personnel management system according to claim 1, wherein: the other influence factor coefficients are calculated by counting the quantity of construction materials, the replacement frequency of construction equipment, the change index of weather temperature and the operation error times of constructors, the ratio of the change index of the influence construction progress to the construction time in the construction process is calculated by analyzing the obtained data, and the specific calculation is performedCalculation methodThe time required for each section of construction progress in the construction process is as follows:
t 1 ,t 2 ,t 3 ......t i 。
5. an internet-based construction engineering personnel management system according to claim 1, wherein: the construction efficiency coefficient of the data subarea refers to a value calculated by analyzing an influence factor influencing the construction progress efficiency in unit time, and through the engineering quantity q of the data subarea, the construction time t of the subarea and the coefficient eta of other influence factorsAnd then the total construction efficiency coefficient is obtained>
6. An internet-based construction engineering personnel management system according to claim 1, wherein: the construction efficiency correction coefficient refers to a result obtained by comparing the actual construction efficiency coefficient with the expected construction efficiency, the construction progress efficiency in unit time is controlled in an expected range by judging the construction efficiency correction coefficient, and the construction efficiency correction coefficient is obtained by comparing the actually calculated construction efficiency coefficient with the expected construction efficiency coefficient
7. The system for managing the staff of the construction engineering based on the internet according to claim 1, wherein: and the personnel control distribution judges the personnel distribution condition in the construction progress in unit time according to the positive and negative of the calculated construction efficiency correction coefficient value, if the personnel in the construction progress in unit time are not enough to carry out corresponding filling, if the personnel in the construction progress in unit time are more to carry out corresponding post allocation or reduction.
8. An internet-based construction engineering personnel management system according to claim 1, wherein: the man-machine interaction module is used for comparing the actual construction efficiency coefficient obtained through analysis and calculation with the expected construction efficiency coefficient to obtain the positive and negative deviation degree of the construction efficiency correction coefficient value in unit time, automatically matching the obtained result with the personnel arrangement in the corresponding construction progress in unit time to give a reasonable correction scheme, and sending the scheme to the terminal of the construction engineering manager through the system.
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| CN117649069A (en) * | 2023-11-07 | 2024-03-05 | 北京城建设计发展集团股份有限公司 | Multi-area operation and maintenance resource overall scheduling method based on genetic algorithm |
| CN118586671A (en) * | 2024-07-31 | 2024-09-03 | 长岛阳光园林绿化有限公司 | Construction progress management method and system for artificial mountain forestation |
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Application publication date: 20231013 |