CN116611792A - Whole process tracking system for building engineering project management - Google Patents
Whole process tracking system for building engineering project management Download PDFInfo
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Abstract
The utility model discloses a whole process tracking system for project management of constructional engineering, which relates to the technical field of project management and comprises a project bidding processing unit for performing bidding agency, wherein the project bidding processing unit comprises a project fund implementation unit for delivering a project to a relevant administrative department for approval; starting bidding work; reminding to send the bidding document to the bidding location before the deadline of the bidding document is submitted according to the bidding document requirement; in the utility model, the model is generated by inputting the total planned construction progress into the cloud database, then the daily actual construction progress model is generated by inputting the number of daily constructors and daily entrance construction instruments, and then the daily actual construction progress model is summarized every month or every week and compared with the planned construction progress every month or every week, so that project personnel can know whether the construction progress is completed in a quantitative time in time, and the construction project management is convenient.
Description
Technical Field
The utility model relates to the technical field of project management, in particular to a whole process tracking system for project management of constructional engineering.
Background
Project management refers to the application of special knowledge, skills, tools and methods in project activities, so that the project can realize or exceed the set requirements and expected processes under the limited resource limiting condition, and is a branch subject of management, and project construction progress is monitored by establishing a project management tracking system in order to ensure that construction targets are finished according to quality in the construction process of building engineering.
The prior China patent (bulletin number: CN 109949018A) proposes a whole process tracking system for project management of building engineering, which comprises a cloud server, a screening module, a memory and a local server, wherein the cloud server is connected with the local server, the memory is arranged in the local server, and the screening module is arranged in the cloud server. The cloud server can collect the position information of personnel, materials and mechanical equipment and update the position information in real time, the cloud server is used for acquiring the position of a random client and transmitting the position information of the client to the navigation module, the navigation module establishes a navigation path from the current position of the client to the target position information, and the cloud server indicates the direction to the target position to the personnel holding the client according to the navigation path.
The tracking system is used for monitoring the whole engineering process through contract management and control, process management and control, budget management and control, flow management and control, financial management and control, purchasing management and control and the like, various comparison data are presented for a manager through data extraction of each data module, management and approval are convenient, but the tracking system only carries out rough extraction and summarization on the data in project management, so that project management personnel cannot comprehensively and orderly track the construction project process, the degree of construction project management cannot be known constantly, the management implementation effect on the construction project is reduced, and the construction efficiency of the construction project cannot be improved due to the fact that the specific operation requirement of the construction project management is not considered enough:
for this reason, we propose a whole process tracking system for construction project management to solve the above problems.
Disclosure of Invention
The utility model provides a whole process tracking system for construction project management, which solves the technical problem that project management staff cannot know the management degree of a construction project at any time in time.
In order to solve the technical problems, the whole process tracking system for project management of the building engineering provided by the utility model comprises a project bidding processing unit for performing bidding agency, wherein the project bidding processing unit comprises a project fund implementation unit for delivering the project to relevant administrative departments for approval; starting bidding work; before reminding to submit the deadline of the bidding document according to the bidding document requirement, the bidding document is sent to a bidding place; uploading and checking the bidding document; and an item planning unit for planning an item by contracting with the enterprise, wherein the item planning unit comprises: the project targets comprise targets of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; determining a management mode, an organization and responsibility division of the project; preparing management programs and control indexes in the aspects of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; preparing a configuration plan of resource people, wealth, things, technology, information and the like; program and regulation of project communication are formulated; a risk management plan is prepared; the system comprises a project pre-processing unit, a computer client, a mobile phone client and a cloud database, wherein the computer client is used for processing data of the whole system, storing and transmitting the data and controlling the whole system, the mobile phone end is used for auditing, editing and uploading the data of the whole system, the operation authority of the mobile phone end is the same as that of the computer end, and the cloud database provides calculation, network and storage capacity for the whole system based on the service of hardware resources and software resources;
the computer end comprises a construction cost management module, a construction progress management module, a construction quality management module and a construction safety management module;
the construction cost management module is used for counting production data consumed in the whole construction process and accounting the cost;
the construction progress management module is used for comparing and analyzing the time for planning to finish construction nodes with the actual construction progress nodes obtained by combining the number of actual constructors and the number of construction equipment, and analyzing the progress state of the construction process;
the construction quality management module is used for collecting materials used for field materials and a field construction process and comparing and analyzing the materials with the standard quality of the cloud database;
the construction safety management module is used for propaganda and supervision of safety construction standards.
Preferably, the construction progress module mainly comprises the following steps:
s1, transmitting the planned construction progress to a cloud database in a data form through a client of a computer or a mobile phone, so that the cloud data generate a 3D model of the whole building engineering project;
s2, counting the number of constructors entering a construction site every day through a card punching device such as a fingerprint face opener and inputting the number into a cloud database, counting the number of construction instruments entering a breast beauty scene through an access control camera of the construction site and inputting the number into the cloud database, generating a 3D model of daily construction progress, and generating progress summarization according to weeks or months;
s3, recording the total equipment amount of planned users and planned use of project construction through a client of a computer or a mobile phone, and generating a 3D model according to the construction progress planned to be completed weekly or monthly;
s4, comparing the construction progress which is finished according to the weekly or monthly plan with the actual production progress which is finished actually every week or month;
s5, according to the result of the comparative analysis, timely generating notices at the client to supervise and urge constructors.
Preferably, the mobile phone terminal comprises Android terminal equipment and IOS terminal equipment.
Preferably, the construction cost management module mainly comprises the following steps in the process of carrying out tracking management on project cost:
s1, inputting the planned use cost of project construction through a client of a computer or a mobile phone;
s2, after completion of the single project node, uploading the counted completion resolution to a client in time by a site constructor in a mode of inputting through a mobile phone or a computer;
s3, the material departments can regularly shoot and count the stock materials and the on-site materials, and timely upload the shot and recorded data to the client.
Preferably, the main steps of the construction quality management module in tracking and managing project construction quality mainly comprise:
s1, when the materials enter the field, shooting, checking and accepting the materials entering the field by personnel in the material department, and uploading shooting and recorded data to a client in time;
s2, the technical department regularly photographs and checks the construction completion area, and the checking result is uploaded to the client;
s3, comparing and analyzing the data uploaded by the material departments and the technical departments with standard data in a cloud database;
s4, if unqualified conditions occur, timely supervising the subcontracting of labor service or timely repairing by constructors, and uploading repaired qualified data to a database again after finishing repairing;
and S5, if the data are completely qualified, continuing normal construction.
Preferably, the construction safety management module mainly comprises the following steps in the process of carrying out tracking management on project safety:
s1, periodically uploading a safe construction teaching video to a client by project management personnel of a safety department;
s2, the constructor watches at the client, and the client counts the watching time of the constructor;
s3, for the time when the specification is not met, warning gazettes can be timely generated at the mobile phone receiving end of the constructor, and the constructor is urged to timely and completely watch the requirements of the time length;
and S4, the construction personnel who reach the specified watching time period can be rewarded regularly.
Preferably, the cloud database can be provided with a user name and a password, the cloud database authorizes the user name which is input by the system, prompts the user name which is not input, and a file data auditing unit is arranged in the cloud database and used for uploading the file data by an authorized user.
Preferably, the client is divided into a project manager login unit and a constructor login unit.
Compared with the related art, the whole process tracking system for the construction project management has the following beneficial effects:
1. according to the method, the total planned construction progress is input into the cloud database to generate the model, the number of daily constructors and daily approach construction equipment is input to generate the daily actual construction progress model, and the daily actual construction progress model is summarized each month or each week and compared with the planned construction progress each month or each week, so that project personnel can know whether the construction progress is completed in a quantitative time or not in time, and construction project management is facilitated.
2. According to the utility model, the mobile phone and the client can be used for timely uploading the incoming materials to be compared with the material standard in the cloud database, so that the quality of the materials is ensured, the quality after construction is ensured by comparing the finished region pictures uploaded by the technical staff with the materials in the cloud database, the project cost operation is effectively ensured by comparing the consumption of the materials and the stock quantity, and the safety construction consciousness of the constructors can be effectively standardized by pushing the safety construction video to the users.
Drawings
FIG. 1 is a system block diagram of an overall process tracking system for construction project management;
FIG. 2 is a system block diagram of a construction cost management module in an overall process tracking system for construction project management;
FIG. 3 is a system block diagram of a construction progress management module in the overall process tracking system for construction project management;
FIG. 4 is a system block diagram of a construction quality management module in the overall process tracking system for construction project management;
fig. 5 is a system block diagram of a construction safety management module in the whole process tracking system for construction project management.
Detailed Description
Embodiments of the present utility model are described in detail below, examples of which are illustrated in the accompanying drawings, wherein the same or similar reference numerals refer to the same or similar elements or elements having the same or similar functions throughout. The embodiments described below by referring to the drawings are exemplary only for explaining the present utility model and are not to be construed as limiting the present utility model.
1-4, a whole process tracking system for managing constructional engineering projects comprises a project bidding processing unit for performing bidding agency, wherein the project bidding processing unit comprises a project funds implementation unit for delivering the projects to relevant administrative departments for approval; starting bidding work; before reminding to submit the deadline of the bidding document according to the bidding document requirement, the bidding document is sent to a bidding place; uploading and checking the bidding document; and an item planning unit for planning an item by contracting with the enterprise, wherein the item planning unit comprises: the project targets comprise targets of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; determining a management mode, an organization and responsibility division of the project; preparing management programs and control indexes in the aspects of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; preparing a configuration plan of resource people, wealth, things, technology, information and the like; program and regulation of project communication are formulated; a risk management plan is prepared; the system comprises a project pre-processing unit, a computer client, a mobile phone client and a cloud database, wherein the computer client is used for processing data of the whole system, storing and transmitting the data and controlling the whole system, the mobile phone end is used for auditing, editing and uploading the data of the whole system, the operation authority of the mobile phone end is the same as that of the computer end, and the cloud database provides calculation, network and storage capacity for the whole system based on the service of hardware resources and software resources;
the computer end comprises a construction cost management module, a construction progress management module, a construction quality management module and a construction safety management module;
the construction cost management module is used for counting production data consumed in the whole construction process and accounting the cost;
the construction progress management module is used for comparing and analyzing the time for planning to finish construction nodes with the actual construction progress nodes obtained by combining the number of actual constructors and the number of construction equipment, and analyzing the progress state of the construction process;
the construction quality management module is used for collecting materials used for field materials and a field construction process and comparing and analyzing the materials with the standard quality of the cloud database;
the construction safety management module is used for propaganda and supervision of safety construction standards.
The construction progress module mainly comprises the following steps:
s1, transmitting the planned construction progress to a cloud database in a data form through a client of a computer or a mobile phone, so that the cloud data generate a 3D model of the whole building engineering project;
s2, counting the number of constructors entering a construction site every day through a card punching device such as a fingerprint face opener and inputting the number into a cloud database, counting the number of construction instruments entering a breast beauty scene through an access control camera of the construction site and inputting the number into the cloud database, generating a 3D model of daily construction progress, and generating progress summarization according to weeks or months;
s3, recording the total equipment amount of planned users and planned use of project construction through a client of a computer or a mobile phone, and generating a 3D model according to the construction progress planned to be completed weekly or monthly;
s4, comparing the construction progress which is finished according to the weekly or monthly plan with the actual production progress which is finished actually every week or month;
s5, according to the result of the comparative analysis, timely generating notices at the client to supervise and urge constructors.
In addition, the mobile phone terminal comprises Android terminal equipment and IOS terminal equipment, and the system is convenient for uploading data by various mobile phone terminals and is used, so that the application range is improved, and the construction data can be conveniently and timely uploaded and counted.
1-4, on the basis of the first embodiment, the method comprises a project bidding processing unit for performing bidding agency, wherein the project bidding processing unit comprises implementing project funds and delivering the project to relevant administrative departments for approval; starting bidding work; before reminding to submit the deadline of the bidding document according to the bidding document requirement, the bidding document is sent to a bidding place; uploading and checking the bidding document; and an item planning unit for planning an item by contracting with the enterprise, wherein the item planning unit comprises: the project targets comprise targets of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; determining a management mode, an organization and responsibility division of the project; preparing management programs and control indexes in the aspects of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; preparing a configuration plan of resource people, wealth, things, technology, information and the like; program and regulation of project communication are formulated; a risk management plan is prepared; the system comprises a project pre-processing unit, a project pre-processing unit and a program processing unit, wherein the project pre-processing unit is used for handling pre-procedures, project investigation and design and scheme evaluation, and comprises a computer client, a mobile phone client and a cloud database, the computer client is used for processing data of the whole system, storing and transmitting the data and controlling the whole system, the mobile phone end is used for auditing, editing and uploading the data of the whole system, the operation authority of the mobile phone end is the same as that of the computer end, and the cloud database provides calculation, network and storage capacity for the whole system based on the service of hardware resources and software resources;
the computer end comprises a construction cost management module, a construction progress management module, a construction quality management module and a construction safety management module;
the construction cost management module is used for counting production data consumed in the whole construction process and accounting the cost;
the construction progress management module is used for comparing and analyzing the time for planning to finish construction nodes with the actual construction progress nodes obtained by combining the number of actual constructors and the number of construction equipment, and analyzing the progress state of the construction process;
the construction quality management module is used for collecting materials used for field materials and a field construction process and comparing and analyzing the materials with the standard quality of the cloud database;
the construction safety management module is used for propaganda and supervision of safety construction standards.
The construction progress module mainly comprises the following steps:
s1, transmitting the planned construction progress to a cloud database in a data form through a client of a computer or a mobile phone, so that the cloud data generate a 3D model of the whole building engineering project;
s2, counting the number of constructors entering a construction site every day through a card punching device such as a fingerprint face opener and inputting the number into a cloud database, counting the number of construction instruments entering a breast beauty scene through an access control camera of the construction site and inputting the number into the cloud database, generating a 3D model of daily construction progress, and generating progress summarization according to weeks or months;
s3, recording the total equipment amount of planned users and planned use of project construction through a client of a computer or a mobile phone, and generating a 3D model according to the construction progress planned to be completed weekly or monthly;
s4, comparing the construction progress which is finished according to the weekly or monthly plan with the actual production progress which is finished actually every week or month;
s5, according to the result of the comparative analysis, timely generating notices at the client to supervise and urge constructors.
The construction cost management module mainly comprises the following steps in the process of tracking and managing project cost:
s1, inputting the planned use cost of project construction through a client of a computer or a mobile phone;
s2, after completion of the single project node, uploading the counted completion resolution to a client in time by a site constructor in a mode of inputting through a mobile phone or a computer;
s3, the material departments can regularly shoot and count the stock materials and the on-site materials, and timely upload the shot and recorded data to the client.
5. The system according to claim 1, wherein the construction quality management module is configured to perform the following main steps of:
s1, when the materials enter the field, shooting, checking and accepting the materials entering the field by personnel in the material department, and uploading shooting and recorded data to a client in time;
s2, the technical department regularly photographs and checks the construction completion area, and the checking result is uploaded to the client;
s3, comparing and analyzing the data uploaded by the material departments and the technical departments with standard data in a cloud database;
s4, if unqualified conditions occur, timely supervising the subcontracting of labor service or timely repairing by constructors, and uploading repaired qualified data to a database again after finishing repairing;
and S5, if the data are completely qualified, continuing normal construction.
The construction safety management module mainly comprises the following steps in the process of carrying out tracking management on project safety:
s1, periodically uploading a safe construction teaching video to a client by project management personnel of a safety department;
s2, the constructor watches at the client, and the client counts the watching time of the constructor;
s3, for the time when the specification is not met, warning gazettes can be timely generated at the mobile phone receiving end of the constructor, and the constructor is urged to timely and completely watch the requirements of the time length;
and S4, the construction personnel who reach the specified watching time period can be rewarded regularly.
The cloud database can be provided with a user name and a password, the cloud database authorizes the user name which is input by the system, prompts the user name which is not input, and a file data auditing unit is arranged in the cloud database and used for uploading the file data by an authorized user.
The client is divided into a project manager login unit and a constructor login unit.
Working principle: when the system is used, project management is tracked through multiple aspects such as project construction cost, progress, quality, safety and the like, the construction cost management module compares completion decision of each node uploaded by a user with planned use cost, so that whether budget is exceeded is obtained, regular photographing checking of stock materials and site materials is carried out, the compliance of objects is ensured, the project cost is effectively controlled, and the waste condition is avoided;
the construction progress management module is used for uploading the progress of the planned construction to the cloud database, and then counting the actual construction progress by recording the number of construction personnel and the number of daily entrance instruments, and comparing the actual construction progress with the planned progress every month or every week, so that the management personnel can monitor the construction progress in time;
the construction quality management module controls the quality of the incoming materials by comparing the incoming materials uploaded by the material departments with qualified materials in the cloud database, and controls the construction quality by comparing the construction acceptance results with the cloud database by personnel of the technical departments;
the construction safety management module pushes the safety construction education video to constructors and forces the constructors to watch for a certain period of time, so that the safety construction consciousness of the constructors is improved.
Although embodiments of the present utility model have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. The whole process tracking system for the construction project management is characterized by comprising the following components:
a project bid processing unit for performing bid agent, wherein the project bid unit includes implementing project funds, and delivering the project to relevant administrative departments for approval; starting bidding work; reminding to send the bidding document to the bidding location before the deadline of the bidding document is submitted according to the bidding document requirement; uploading and checking the bidding document;
an item planning unit for planning an item by contracting with an enterprise, the item planning unit comprising: the project targets comprise targets of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; determining a management mode, an organization and responsibility division of the project; preparing management programs and control indexes in the aspects of technology, quality, safety, cost, progress, occupational health, environmental protection and the like; preparing a configuration plan of resource people, wealth, things, technology, information and the like; program and regulation of project communication are formulated; a risk management plan is prepared; making a sub-packaging plan;
the project pre-processing unit is used for handling pre-procedures, project investigation and design and scheme evaluation;
the system comprises a computer client, a mobile phone client and a cloud database, wherein the computer client is used for processing data of the whole system, storing and transmitting the data, and controlling the whole system, the mobile phone end is used for auditing, editing and uploading the data of the whole system, the operation authority of the mobile phone end is the same as that of the computer end, and the cloud database is based on the services of hardware resources and software resources and provides computing, networking and storage capacity for the whole system;
the computer end comprises a construction cost management module, a construction progress management module, a construction quality management module and a construction safety management module;
the construction cost management module is used for counting production data consumed in the whole construction process and accounting the cost;
the construction progress management module is used for comparing and analyzing the time for planning to finish construction nodes with the actual construction progress nodes obtained by combining the number of actual constructors and the number of construction equipment, and analyzing the progress state of the construction process;
the construction quality management module is used for collecting materials used for field materials and a field construction process and comparing and analyzing the materials with the standard quality of the cloud database;
the construction safety management module is used for propaganda and supervision of safety construction standards.
2. The system for whole process tracking for construction project management according to claim 1, wherein the construction progress module mainly comprises the steps of:
s1, transmitting the planned construction progress to a cloud database in a data form through a client of a computer or a mobile phone, so that the cloud data generate a 3D model of the whole building engineering project;
s2, counting the number of constructors entering a construction site every day through a card punching device such as a fingerprint face opener and inputting the number into a cloud database, counting the number of construction instruments entering a breast beauty scene through an access control camera of the construction site and inputting the number into the cloud database, generating a 3D model of daily construction progress, and generating progress summarization according to weeks or months;
s3, recording the total equipment amount of planned users and planned use of project construction through a client of a computer or a mobile phone, and generating a 3D model according to the construction progress planned to be completed weekly or monthly;
s4, comparing the construction progress which is finished according to the weekly or monthly plan with the actual production progress which is finished actually every week or month;
s5, according to the result of the comparative analysis, timely generating notices at the client to supervise and urge constructors.
3. The system of claim 1, wherein the cell phone comprises Android device and IOS device.
4. The system for whole process tracking for project management of construction engineering according to claim 1, wherein the construction cost management module mainly comprises the following steps in the process of tracking and managing project cost:
s1, inputting the planned use cost of project construction through a client of a computer or a mobile phone;
s2, after completion of the single project node, uploading the counted completion resolution to a client in time by a site constructor in a mode of inputting through a mobile phone or a computer;
s3, the material departments can regularly shoot and count the stock materials and the on-site materials, and timely upload the shot and recorded data to the client.
5. The system according to claim 1, wherein the construction quality management module is configured to perform the following main steps of:
s1, when the materials enter the field, shooting, checking and accepting the materials entering the field by personnel in the material department, and uploading shooting and recorded data to a client in time;
s2, the technical department regularly photographs and checks the construction completion area, and the checking result is uploaded to the client;
s3, comparing and analyzing the data uploaded by the material departments and the technical departments with standard data in a cloud database;
s4, if unqualified conditions occur, timely supervising the subcontracting of labor service or timely repairing by constructors, and uploading repaired qualified data to a database again after finishing repairing;
and S5, if the data are completely qualified, continuing normal construction.
6. The system for tracking the whole process for managing the construction project according to claim 1, wherein the construction safety management module mainly comprises the following steps in the process of performing the tracking management on the project:
s1, periodically uploading a safe construction teaching video to a client by project management personnel of a safety department;
s2, the constructor watches at the client, and the client counts the watching time of the constructor;
s3, for the time when the specification is not met, warning gazettes can be timely generated at the mobile phone receiving end of the constructor, and the constructor is urged to timely and completely watch the requirements of the time length;
and S4, the construction personnel who reach the specified watching time period can be rewarded regularly.
7. The whole process tracking system for building engineering project management according to claim 1, wherein the cloud database can be provided with a user name and a password, the cloud database authorizes the user name which is entered by the system, prompts the user name which is not entered, and a file data auditing unit is arranged in the cloud database and used for uploading the file data by an authorized user.
8. The system according to claim 1, wherein the client is divided into a project manager registration unit and a constructor registration unit.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117333142A (en) * | 2023-12-01 | 2024-01-02 | 广东电网有限责任公司阳江供电局 | Intelligent engineering project management system based on Internet of things |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117333142A (en) * | 2023-12-01 | 2024-01-02 | 广东电网有限责任公司阳江供电局 | Intelligent engineering project management system based on Internet of things |
| CN117333142B (en) * | 2023-12-01 | 2024-03-29 | 广东电网有限责任公司阳江供电局 | Intelligent engineering project management system based on Internet of things |
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