CN114971399A - Project supervision information management system based on Internet of things - Google Patents
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Abstract
The invention discloses an engineering supervision information management system based on the Internet of things, which relates to the technical field of information management and comprises the following steps: s1, a central information data module; s2, an engineering supervision module is used for supervising the engineering; s3, a project progress execution feedback module for feeding back the execution condition of the project and the progress of the project; and S4, a work control module. This engineering supervision information management system based on thing networking, realize paperless operation through the computer, the management requirement and the way of strict information and engineering document according to the engineering, design standard's supervision engineering informationization management, arrange special responsible personnel to carry out information management work, establish sound engineering document system, make things convenient for in time to supervise the project progress in the project implementation process, and make things convenient for the demand of looking up in the project implementation process, also make things convenient for filing and handing over of enough file of project completion and archives, through the collection and the type-in to the information, whole realization work flow ization.
Description
Technical Field
The invention relates to the technical field of information management, in particular to an engineering supervision information management system based on the Internet of things.
Background
General project supervision is a supervision unit with certain qualification, and after being entrusted by a construction unit, the project management work is undertaken according to related national laws and regulations and related documents, the construction unit is represented to supervise a behavior subject of construction, the supervision belongs to a neutral organization, and the project supervision has two principles of independence and justice, and plays a decisive factor for the project quality and the project progress on the basis of service. A bridge is arranged between the construction units, so that the construction units can be supervised, supervised and restrained, and the rights and interests of the construction units can be maintained according to laws, regulations and document justice.
The project supervision information is huge information, how to perform effective management to determine construction progress and safety, and is an important management way in building construction, wherein the current application number is 201810267191.6, and the name is: the invention discloses a method and a system for managing project supervision data, which comprises the following steps of S1, establishing a database, wherein the database comprises a common data storage area and a key data storage area; s2, acquiring a query request, wherein the query request carries an identifier corresponding to the common data or the key data; s3, acquiring and issuing data in the common data storage area or the key data storage area based on the query request; the user judges whether the data is stored in the common data storage area or the key data storage area by sending a query request and through the identifier in the query request; if the user acquires the common data, acquiring the data in the common data storage area; if the key data is acquired by the user, acquiring the data in the key data storage area; thereby reducing the waiting time of the staff;
although the invention solves certain problems, the system is too simple, can not effectively supervise the construction site and can not effectively and directly transmit commands to the responsible persons on the construction site in time.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides an engineering supervision information management system based on the Internet of things, which solves the problems in the background technology.
In order to achieve the purpose, the invention is realized by the following technical scheme: an engineering supervision information management system based on the Internet of things comprises the following steps:
the system comprises a S1, a central information data module, a data processing module and a data processing module, wherein the central information data module is used for collecting and storing engineering information and comprises an engineering information input unit, an engineering information database and an engineering information change transmission unit, the engineering information input unit is used for inputting engineering information, the engineering information database is used for storing the engineering information, and the engineering information change transmission unit is used for classifying the engineering information and sending the engineering information out;
s2, an engineering supervision module is used for supervising the engineering;
s3, an engineering progress execution feedback module is used for feeding back the execution condition of the engineering and the progress of the engineering, and comprises an engineering progress detection terminal, an engineering construction process supervision unit and an engineering construction receipt unit;
and S4, the engineering control module is used for controlling the construction engineering progress, transmitting all levels of commands and feeding back the construction progress, classifying the engineering information and determining the tasks of all construction responsible persons, and comprises a data reading unit, a command sending and recovering unit and an engineering information classification confirming unit.
Further, the engineering information in the central information data module includes design information, owner information, construction information, supervision information, and administrative information.
Further, the engineering supervision module comprises an engineering command signing unit, an engineering command encryption sending unit and an engineering real-time supervision unit.
Furthermore, an engineering command signing unit in the engineering supervision module is used for signing the review form of each level of construction unit personnel, and the engineering command signing unit adopts electronic signature of a mobile terminal.
Further, an engineering command encryption sending unit in the engineering supervision module generates a secret key for the command file signed by the engineering command signing unit by using a big data encryption technology, and then issues commands to all levels of construction units through the Internet of things.
Further, an engineering real-time supervision unit in the engineering supervision module is used for monitoring the engineering progress in real time, and the engineering real-time supervision unit is provided with cameras connected with the Internet of things and at least five cameras are arranged.
Further, an AI camera based on the Internet of things is adopted by a project progress detection terminal in the project progress execution feedback module, and two AI cameras are deployed at each construction site, the engineering construction process monitoring unit utilizes the AI cameras to master the precision of the construction site in real time, the AI camera transmits the shot construction site progress to the central information data module through the Internet of things for storing the engineering information, which becomes the basis for the supervision personnel to adjust the site progress and the construction, the project construction receipt unit is used for receiving the command sent by the project supervision module based on the mobile terminal of each project construction responsible person, meanwhile, the project construction responsible person utilizes the project construction receipt unit to generate a secret key according to the progress of project construction completion through own signature and then sends the secret key to the central information data module.
Further, engineering control module is based on the thing networking, and engineering control module's terminal adopts the PC end that has I7 treater, engineering control module is still including the display screen.
Furthermore, a data reading unit in the engineering control module is used for connecting a central information data module and reading engineering information in an engineering information database in the central information data module, a command sending and recycling unit is used for sending commands of management personnel and receiving feedback information of constructors of the commands, and an engineering information classification confirming unit is used for arranging and classifying the engineering information according to source channels, professional contents and time interval division and simultaneously sending the engineering information to the central information data module for storage.
The invention provides an engineering supervision information management system based on the Internet of things, which has the following beneficial effects:
the method has the advantages that a comprehensive project supervision information management mode is realized, paperless operation is realized through a computer, standardized supervision project information management is designed strictly according to the management requirements and methods of project information and project documents, special responsible personnel are arranged to carry out information management work, a sound project document system is established, project progress is conveniently supervised in time in the project implementation process, the search requirements in the project implementation process are facilitated, the filing and transfer of enough project completion files and archives are also facilitated, the work flow is realized in the whole process through the collection and the input of information, the generated information is automatically filed and scientifically managed, and the supervision effect on the work efficiency and the attitude of supervision workers is realized; meanwhile, basic information, project progress, cost, quality and personnel arrangement of the existing project construction project are controlled and displayed, upper-layer supervision management personnel are made a decision at the first time, and the upper-layer supervision management personnel have decisive factors and better serve construction units and construction units.
Drawings
FIG. 1 is a schematic flow chart of an engineering supervision information management system based on the Internet of things according to the present invention;
FIG. 2 is a schematic flow chart of a central information data module of the project supervision information management system based on the Internet of things according to the invention;
FIG. 3 is a schematic diagram of a process of an engineering supervision module of the Internet of things-based engineering supervision information management system according to the present invention;
FIG. 4 is a schematic flow chart of an engineering progress execution feedback module of the engineering supervision information management system based on the Internet of things according to the invention;
fig. 5 is a schematic flow diagram of an engineering control module of the internet-of-things-based engineering supervision information management system according to the present invention.
Detailed Description
Referring to fig. 1, the present invention provides a technical solution: an engineering supervision information management system based on the Internet of things comprises the following steps:
the system comprises a S1, a central information data module, a data processing module and a data processing module, wherein the central information data module is used for collecting and storing engineering information and comprises an engineering information input unit, an engineering information database and an engineering information change transmission unit, the engineering information input unit is used for inputting engineering information, the engineering information database is used for storing the engineering information, and the engineering information change transmission unit is used for classifying the engineering information and sending the engineering information out;
s2, an engineering supervision module is used for supervising the engineering;
s3, an engineering progress execution feedback module is used for feeding back the execution condition of the engineering and the progress of the engineering, and comprises an engineering progress detection terminal, an engineering construction process supervision unit and an engineering construction receipt unit;
and S4, the engineering control module is used for controlling the construction engineering progress, transmitting all levels of commands and feeding back the construction progress, classifying the engineering information and determining the tasks of all construction responsible persons, and comprises a data reading unit, a command sending and recovering unit and an engineering information classification confirming unit.
Referring to fig. 1 and 2, the engineering information in the central information data module includes design information, owner information, construction information, supervision information, and administrative information.
Referring to fig. 1 and 3, specifically, the engineering supervision module includes an engineering command signing unit, an engineering command encryption sending unit and an engineering real-time supervision unit, the engineering command signing unit in the engineering supervision module is used for signing review forms of all levels of construction unit personnel, the engineering command signing unit adopts a mobile terminal electronic signature, the engineering command encryption sending unit in the engineering supervision module generates a secret key from a command file signed by the engineering command signing unit by using a big data encryption technology, then issues a command to all levels of construction units through the internet of things, the engineering real-time supervision unit in the engineering supervision module is used for monitoring engineering progress in real time, the engineering real-time supervision unit is provided with cameras connected with the internet of things, and at least five cameras are provided;
referring to fig. 1 and 4, specifically, the project progress detection terminal in the project progress execution feedback module adopts an AI camera based on the internet of things, and two AI cameras are deployed at each construction site, the engineering construction process monitoring unit utilizes the AI cameras to master the precision of the construction site in real time, the AI camera transmits the shot construction site progress to the central information data module through the Internet of things for storing the engineering information, which becomes the basis for the supervision personnel to adjust the site progress and the construction, the project construction receipt unit is used for receiving the command sent by the project supervision module based on the mobile terminal of each project construction responsible person, meanwhile, the project construction responsible person utilizes the project construction receipt unit to generate a secret key according to the progress of project construction completion through a signature of the project construction responsible person and sends the secret key to the central information data module.
Referring to fig. 1 and 5, specifically, the engineering control module is based on the internet of things, a terminal of the engineering control module adopts a PC terminal with an I7 processor, the engineering control module further includes a display screen, a data reading unit in the engineering control module is used for connecting with a central information data module and reading engineering information in an engineering information database in the central information data module, an order sending and recovering unit is used for sending an order of a manager and feedback information of a constructor receiving the order, and an engineering information classification confirming unit is used for arranging and classifying the engineering information according to a source channel, professional content and time interval division and sending the engineering information to the central information data module for storage.
In summary, when the project supervision information management system based on the internet of things is used, firstly, a central information data module is used for collecting and storing project information, the central information data module comprises a project information input unit, a project information database and a project information change transmission unit, the project information input unit is used for inputting the project information, the project information database is used for storing the project information, the project information change transmission unit is used for classifying the project information and sending the project information, and the project information in the central information data module comprises design information, owner information, construction information, supervision information and administrative information;
the engineering monitoring module is used for monitoring engineering and comprises an engineering command signing unit, an engineering command encryption sending unit and an engineering real-time monitoring unit, wherein the engineering command signing unit in the engineering monitoring module is used for signing the review form of each level of construction unit personnel, the engineering command signing unit adopts a mobile terminal electronic signature, the engineering command encryption sending unit in the engineering monitoring module generates a secret key by using a big data encryption technology on a command file signed by the engineering command signing unit, then the command is issued to each level of construction unit through the Internet of things, the engineering real-time monitoring unit in the engineering monitoring module is used for monitoring the engineering progress in real time, the engineering real-time monitoring unit is provided with cameras connected with the Internet of things, and at least five cameras are arranged;
the project progress execution feedback module is used for feeding back the execution condition of a project and the progress of the project, the project progress execution feedback module comprises a project progress detection terminal, a project construction process supervision unit and a project construction receipt unit, the project progress detection terminal in the project progress execution feedback module adopts AI cameras based on the Internet of things, two AI cameras on each construction site are arranged, the project construction process supervision unit utilizes the AI cameras to master the precision of the construction site in real time, the AI cameras transmit the shot construction site progress to the central information data module through the Internet of things to store the project information and become the basis of the field progress and construction regulation of a supervisor, the project construction receipt unit is based on a mobile terminal of a person responsible for construction of each project, and the project construction receipt unit is used for receiving a command sent out by the project supervision module, meanwhile, the project construction responsible person utilizes the project construction receipt unit to generate a secret key according to the progress of the project construction completion through a signature of the project construction responsible person and sends the secret key to the central information data module;
engineering control module for to the control of construction engineering progress and the transmission of order at different levels and be the feedback of construction progress, classify engineering information, make clear up each construction responsible person's task, engineering control module includes data reading unit, order transmission recovery unit and engineering information classification affirmation unit, engineering control module is based on the thing networking, and engineering control module's terminal adopts the PC end that has I7 treater, engineering control module is still including the display screen, and data reading unit in the engineering control module is used for connecting central information data module, and reads the engineering information in the engineering information database in the central information data module, order transmission recovery unit is used for sending managers's order and receiving orders's constructor's feedback information, engineering information classification affirmation unit is used for engineering information according to source channel, Professional contents and time interval division are sorted and classified and are simultaneously sent to a central information data module for storage.
Claims (9)
1. An engineering supervision information management system based on the Internet of things is characterized by comprising the following steps:
the system comprises a S1, a central information data module, a data processing module and a data processing module, wherein the central information data module is used for collecting and storing engineering information and comprises an engineering information input unit, an engineering information database and an engineering information change transmission unit, the engineering information input unit is used for inputting engineering information, the engineering information database is used for storing the engineering information, and the engineering information change transmission unit is used for classifying the engineering information and sending the engineering information out;
s2, an engineering supervision module is used for supervising the engineering;
s3, a project progress execution feedback module for feeding back the execution condition of the project and the progress of the project, wherein the project progress execution feedback module comprises a project progress detection terminal, a project construction process supervision unit and a project construction receipt unit;
and S4, the engineering control module is used for controlling the construction engineering progress, transmitting all levels of commands and feeding back the construction progress, classifying the engineering information and determining the tasks of all construction responsible persons, and comprises a data reading unit, a command sending and recovering unit and an engineering information classification confirming unit.
2. The project supervision information management system based on the internet of things as claimed in claim 1, wherein the project information in the central information data module comprises design information, owner information, construction information, supervision information and administrative information.
3. The system as claimed in claim 1, wherein the engineering supervision module comprises an engineering order signing unit, an engineering order encryption sending unit and an engineering real-time supervision unit.
4. The project supervision information management system based on the internet of things as claimed in claim 3, wherein the project order signing unit in the project supervision module is used for signing the review form of each level of construction unit personnel, and the project order signing unit adopts electronic signature of a mobile terminal.
5. The project supervision information management system based on the internet of things according to claim 1, wherein the project order encryption sending unit in the project supervision module generates a key by using a big data encryption technology on the order file signed by the project order signing unit, and then issues orders to all levels of construction units through the internet of things.
6. The project supervision information management system based on the internet of things as claimed in claim 1, wherein the project real-time supervision unit in the project supervision module is used for real-time monitoring of project progress, the project real-time supervision unit is provided with at least five cameras connected with the internet of things.
7. The internet-of-things-based engineering supervision information management system according to claim 1, wherein the engineering progress detection terminal in the engineering progress execution feedback module employs internet-of-things-based AI cameras, and two AI cameras are deployed at each construction site, the engineering construction process supervision unit utilizes the AI cameras to master the precision of the construction site in real time, and the AI cameras transmit the photographed construction site progress to the central information data module through the internet of things to store the engineering information, which becomes the basis for supervision personnel to adjust the site progress and construction, the engineering construction receipt unit is based on the mobile terminal of each project construction responsible person, and is used for receiving the command sent from the engineering supervision module, and the project construction responsible person utilizes the engineering construction receipt unit to generate a secret key through a signature of the project construction progress completed by the project construction responsible person and then sends the secret key to the project construction responsible person The central information data module.
8. The project supervision information management system based on the internet of things as claimed in claim 1, wherein the project control module is based on the internet of things, and the terminal of the project control module adopts a PC terminal with an I7 processor, and the project control module further comprises a display screen.
9. The project supervision information management system based on the internet of things as claimed in claim 1, wherein a data reading unit in the project control module is used for connecting with a central information data module and reading project information in a project information database in the central information data module, the command sending and recovering unit is used for sending commands of management personnel and feedback information of constructors receiving the commands, and the project information classification confirming unit is used for arranging and classifying the project information according to source channels, professional contents and time interval division and sending the project information to the central information data module for storage.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116797179A (en) * | 2023-07-06 | 2023-09-22 | 宁波市盛达工程管理咨询有限公司 | Monitoring system, method and readable storage medium for whole life cycle of building engineering |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116797179A (en) * | 2023-07-06 | 2023-09-22 | 宁波市盛达工程管理咨询有限公司 | Monitoring system, method and readable storage medium for whole life cycle of building engineering |
| CN116797179B (en) * | 2023-07-06 | 2024-05-24 | 宁波市盛达工程管理咨询有限公司 | Monitoring system, method and readable storage medium for whole life cycle of building engineering |
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