CN116402407B - Construction detection data management system and method based on Internet of things - Google Patents
Construction detection data management system and method based on Internet of things Download PDFInfo
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- CN116402407B CN116402407B CN202310652844.3A CN202310652844A CN116402407B CN 116402407 B CN116402407 B CN 116402407B CN 202310652844 A CN202310652844 A CN 202310652844A CN 116402407 B CN116402407 B CN 116402407B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/50—Systems or methods supporting the power network operation or management, involving a certain degree of interaction with the load-side end user applications
Abstract
The invention provides a construction detection data management system and method based on the Internet of things, and relates to the technical field of construction data detection, wherein construction side detection personnel upload detection information to a construction detection management and control platform and detect construction quality based on a construction intelligent detection system and a mobile terminal and detection side detection personnel based on a third party intelligent detection system and a mobile terminal; the supervision party accesses the construction detection management and control platform to acquire detection information, and an inspector carries out on-line approval on the detected information, and the detection state is identified in the construction detection management and control platform; the construction side, the supervision side and the supervision side acquire detection information and a detection report sent by the platform through the construction detection management and control platform. The invention realizes on-line construction quality detection mode, so that the whole process of detection data in time and space is recorded and closed, the problems of data falsification, low processing efficiency, easy omission and the like caused by manual recording and large data quantity are avoided, and the authenticity, the integrity and the reliability of quality detection are ensured.
Description
Technical Field
The invention relates to the technical field of construction data detection, in particular to a construction detection data management system and method based on the Internet of things.
Background
The engineering detection industry is an indispensable important component in the national service industry, and in recent years, along with the relative improvement of the national quality detection consciousness, the engineering detection industry is increasingly paid attention to. Construction detection plays a role in supervision and supervision to a certain extent in the service part of various engineering projects.
The existing engineering detection needs three parts of a constructor, a supervision party and a detection party to cooperate to detect some important construction points or important construction areas. The three-party detection is started by the construction party, the detection can be performed, and the detection party performs detection after the detection is determined by the supervision party. And after the detection of the detection party is completed, sending a detection report and a detection result back to the supervision party and the construction party. However, when the detecting party detects, the supervising party and the construction party cannot detect and give out results at the same time, the detecting party can only record the detected data manually, and the detecting party usually adopts a mode of recording the detected data manually, so that the detecting party has the problems of low efficiency and feedback timeliness of manually processing the data, easy occurrence of data omission and the like due to large data quantity and complex types of the detected data, and meanwhile, the relationship between the three parties is usually the relationship between entrustment and the relationship between the detection and the detection, so that the detecting personnel has a certain contradiction in economic benefit and fairness, objectivity and fairness of the detected result are restricted, the data is easy to be false, and the authenticity and reliability of the detected data are not guaranteed.
Disclosure of Invention
The invention provides a construction detection data management system and method based on the Internet of things, which are used for solving the problems of low efficiency of manually recording data, untimely data processing feedback, unrealistic data falsification and the like; the management system is based on the Internet of things, an intelligent detection system and a big data technology, a detection party collects detection point data through the intelligent detection system and mobile terminal equipment, the detection data is subjected to data model establishment and statistical analysis management, the intelligent detection system and the mobile terminal equipment replace detection personnel to record data and paper record data, paperless online operation of detection is achieved, and the problems of large data quantity, low manual processing efficiency, low feedback timeliness and the like are solved; the management method utilizes the management system to optimize the detection flow, and the participating parties participate in the process through the mobile internet (the Internet of things) to witness the process together, so that the influence of human factors is avoided, the authenticity of the detection data is ensured in time and space dimensions, and the problems that the detection data is not authentic, the data record cannot be traced to the source quickly and the like are solved.
Construction detection data management system based on thing networking includes: the construction side intelligent detection system, the third party intelligent detection system and the construction detection management and control platform;
the construction party intelligent detection system is used for the detection system for the construction party to carry out construction quality self-checking;
the third party intelligent detection system is used for detecting the construction quality of the detection party;
the construction detection and control platform is used for adding uplink detection information, approving the detection information, generating a detection report and carrying out data processing synchronization;
the construction side intelligent detection system and the third party intelligent detection system are respectively connected with the construction detection management and control platform through the Internet of things;
the inspector uploads information of the to-be-detected point to a construction inspection management and control platform based on the intelligent inspection system;
the detection personnel acquire information of the to-be-detected point based on the intelligent detection system, navigate to the to-be-detected point according to the intelligent detection system, perform construction quality detection, and upload the detected detection information;
examination personnel examine and approve the detection information to be detected based on the construction detection management and control platform;
the construction detection management and control platform calibrates the detection completion mark after the examination and approval of the inspector passes, and provides a final detection report for the participant to retrieve and review at any time.
The construction detection management and control platform is provided with a web end;
the construction side intelligent detection system and the third party intelligent detection system are respectively provided with a mobile terminal;
the web end is configured with a detection point operation interface, a detection information approval interface and a detection point state display interface;
the mobile terminal is configured with a detection point navigation interface, a detection information operation interface and a detection point state display interface.
It should be further noted that, the detection point operation interface displays construction completion status information, provides a detection point selection operation area, and implements the operations of adding, deleting and checking the detection point at the corresponding position;
the detection information operation interface is used for realizing the input of detection information, adding remark information to a detection point, uploading a detection point picture and uploading a file;
the detection information approval interface is used for approving the detected detection point information;
the detection point state display interface is provided with a detection point modification interface page, a modification state interface page, a checking state interface page, an unverified state interface page and a detection completion state interface page;
the detection point navigation interface is used for guiding the detection personnel to the selected detection point.
The construction detection management and control platform is provided with a home page display interface;
and displaying all detection point information on a home page display interface, and setting operation keys on the home page display interface to realize the selection of each detection point information and the addition, deletion and modification of the detection point information.
It should be further noted that the construction detection management and control platform includes: the system comprises a database, a user registration unit, a user login unit and a data processing unit;
the user registration unit is used for respectively receiving the identity registration information sent by the construction party intelligent detection system and the third party intelligent detection system, and the data processing unit respectively stores the identity registration information of construction party personnel, supervision party personnel, detection party personnel and system administrator into the database;
the user login unit is used for respectively receiving login information sent by the construction side intelligent detection system and the third party intelligent detection system, the data processing unit verifies based on the login information and identity registration information stored in the database, and after verification, access rights of the user to the login information are called according to the received login information, and data in the database are added, deleted and revised based on the access rights; and pushing the processing process information of the user to the corresponding terminal.
It should be further noted that the user registration unit is configured to receive identity registration information including, but not limited to, fingerprint verification, digital signature, iris recognition, USB-KEY;
the detection information comprises detection images, detection point position information, detection time, detection content and detection personnel information; the detection information is uploaded to the construction detection management and control platform in a real-name verification mode, and the detection information is identified in a mode of detecting face marks of people.
It should be further noted that the mobile terminal includes: the system comprises a detection point selection module, a detection information editing module, a detection point submitting module and a detection state display module;
the detection point selection module selects a corresponding detection point interface based on the home page display interface, and the detection point interface displays a finished area in the punctuation and all detection points under the area;
the detection information editing module is used for acquiring a detection value input by a user, adding remark information to a detection point, shooting, and uploading the remark information and a shot picture to the construction detection management and control platform;
the detection point submitting module is used for acquiring a detection point selected by a user, adding a detection value to the selected detection point and uploading the detection point and the detection value to the construction detection management and control platform;
the detection state display module is used for positioning the position of the selected detection point and searching other detection points by shrink-placement on the construction map.
The construction detection management and control platform is used for managing the detection information based on the cloud computing technology, and collecting, counting and analyzing the detection information;
the construction detection management and control platform meets the requirement that a user inputs detection information keywords in a home page display interface to search.
The invention also provides a construction detection data management method based on the Internet of things, which comprises the following steps:
the detection personnel newly builds a detection task based on the intelligent detection system, and selects a detection task type;
uploading a task to be detected to a construction detection management and control platform;
calibrating a detection point by a construction detection management and control platform, recording the detection name, coordinates and type, and sending the detection name, coordinates and type to a construction side intelligent detection system and a third party intelligent detection system, wherein the detection state is displayed as undetected;
navigating to a calibrated detection point by a detector based on the intelligent detection system;
detecting the detection point by a detector, recording detection information, shooting a field picture, and displaying the detection state in detection;
examination personnel approves the detection process through a construction detection management and control platform, and whether the detection is qualified is judged;
if the detection is qualified, the construction detection and control platform passes the detection report of the final detection point, so that the participant can take and look up the report at any time, and the detection is finished, and the detection is displayed;
if the detection is unqualified, sending unqualified detection information to the intelligent detection system through the construction detection management and control platform, and displaying the correction of the detection state.
It should be further noted that the recorded detection information includes detection images, detection point position information, detection time, detection content, detection personnel, and detection unit information; the detection information is uploaded to the construction detection management and control platform in a real-name verification mode, and the detection information is identified in a mode of detecting face marks of people.
From the above technical scheme, the invention has the following advantages:
according to the construction detection data management system based on the Internet of things, the detection data of a construction party unit and a detection party unit are uploaded on the construction detection management platform, a data model based on the Internet of things and large data technology construction detection is established, information such as detection images, detection point position information (space coordinates), detection time, detection content, detection personnel, detection units and the like is recorded in the data model, meanwhile, the recorded data are verified by a real-name system, the on-line flow is used for verification, large data calculation is carried out on the detection data, and data report is obtained through statistical analysis, so that the detection efficiency is improved, and the authenticity, the integrity and the reliability of the detection data of the construction party unit and the detection party unit are guaranteed.
According to the invention, the mobile terminal of the intelligent detection system is used for replacing manual data recording and paper data recording of detection personnel, paperless operation of detection is achieved, participating parties participate in the detection through the mobile internet (Internet of things) to witness together, the influence of human factors is avoided, the whole process of recording and closing loop of detection data in time and space is avoided, and the problems that the detection data is falsified and the like are solved.
All data of the invention are authentic before the data is input into the platform, the input process is approved by professionals, and the data can not be modified after the data is input, so that the authenticity of the data in the whole uploading process is ensured.
According to the invention, the related data information is uploaded to the construction detection management and control platform, so that the detection data report can be consulted without printing, and the paper cost and the printing cost are greatly reduced. Compared with paper detection data reports, the method for uploading the detection data on the construction detection management and control platform can be used for carrying out classification management on the detection data during uploading, and the detection data is selected during consulting and obtaining the detection data without looking up report documents in a plurality of paper reports. The paperless management can be achieved by uploading the detection data to the construction detection management and control platform, office consumables are saved, paper cost is saved, and meanwhile, the environment is protected.
The geographic information display position can be used for more intuitively finding the detection point by using the large-area accurate coordinates. The traditional detection relies on manual visual mode to obtain detection point position and distribution, and for large area detection work, the detection point position and detection point distribution can not be accurately judged due to the limit and error of sight. Recording and displaying real data of the detection area and the detection point in equal proportion in a digital management mode, and helping a detection person to quickly confirm the detection point.
Drawings
In order to more clearly illustrate the technical solutions of the present invention, the drawings that are needed in the description will be briefly introduced below, it being obvious that the drawings in the following description are only some embodiments of the present invention, and that other drawings can be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a flow chart of an embodiment of a construction inspection data management system based on the Internet of things;
fig. 2 is a flowchart of an embodiment of a construction detection data management method based on the internet of things.
Detailed Description
The construction detection data management system architecture based on the Internet of things provided by the invention can comprise: the construction side intelligent detection system, the third party intelligent detection system, the construction detection management and control platform and the network. The network is a medium for providing a communication link between the construction side intelligent detection system, the third party intelligent detection system and the construction detection management and control platform. The network may include various connection types, such as wired, wireless communication links, or fiber optic cables, among others.
The user can use the construction side intelligent detection system and the third party intelligent detection system to interact with the construction detection management and control platform through the network so as to receive or send messages and the like. The intelligent detection system of the constructor and the intelligent detection system of the third party can be mounted on various electronic equipment with a display screen, including a smart phone, a tablet personal computer, a portable computer, a desktop computer and the like.
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 construction detection data management system based on the Internet of things provided by the invention comprises the following components: construction side intelligent detection system, third party intelligent detection system, construction detection management and control platform.
The intelligent detection system for the construction party is used for detecting the construction quality self-checking of the construction party.
And the third party intelligent detection system is used for detecting the detection system for detecting the construction quality of the detection party.
The construction detection and control platform is used for adding the uplink detection information, approving the detection information, generating a detection report and carrying out data processing synchronization.
The construction side intelligent detection system and the third party intelligent detection system are respectively connected with the construction detection management and control platform through the Internet of things.
And uploading information of the to-be-detected point to the construction detection management and control platform by the detection personnel based on the intelligent detection system.
And the detection personnel acquires the information of the to-be-detected point based on the intelligent detection system, navigates to the to-be-detected point according to the intelligent detection system, performs the quality detection of construction, and uploads the detected detection information.
And the inspector inspects and approves the detection information to be detected based on the construction detection and management and control platform.
The construction detection management and control platform calibrates the detection completion mark after the examination and approval of the inspector passes, and provides a final detection report for the participant to retrieve and review at any time.
Based on the platform provided by the invention, the problems of low manual processing efficiency, various data detection types, false data, easy missing of data and low detection reliability in the detection data uploading process of the existing construction party unit and the detection party unit are solved. The platform adopts the construction detection management and control platform to upload the data of the construction party and the detection party. Aiming at the problem of low manual processing efficiency, a mode of establishing a data model and carrying out statistical analysis management on detection data based on the Internet of things and a big data technology is adopted. Aiming at the problem of complex data detection types, a mode of establishing a detection data model is adopted, and the detection data model comprises detection images, detection point position information (space coordinates), detection time, detection content, detection personnel and other information. Aiming at the problem of data falsification, a real-name verification system mode is adopted, namely operators must be truly identified in a face recognition mode before uploading, and data input and management can be carried out by personnel authorized by projects. Aiming at the problem of easy missing data, a mode of inputting the flow on the data line is adopted, namely, parties involved in construction participate in each other through the mobile internet (Internet of things), witnessed together, and missing is prevented. Aiming at the problem of low detection reliability, a big data calculation mode is adopted, namely, through data imaging and cloud end imaging, an additional data report is generated through statistical analysis on the basis of original data.
In one exemplary embodiment, the construction side intelligent detection system and the third party intelligent detection system are in communication connection with the construction detection management and control platform for convenience.
The construction detection management and control platform is provided with a web end. The web terminal supports the web page of the computer terminal. The web page is configured and detected in the web page design, which is expressed in three forms, namely hypertext (hypertext), hypermedia (hypermedia) and hypertext transfer protocol (HTTP).
Correspondingly, the intelligent detection system of the constructor and the intelligent detection system of the third party are respectively provided with a mobile terminal. The mobile terminal can install the software program of each terminal, and the user accesses the platform by starting the software program corresponding to the mobile terminal.
Specifically, the construction detection management and control platform is configured with a home page display interface. And displaying all detection point information on a home page display interface, and setting operation keys on the home page display interface to realize the selection of each detection point information and the addition, deletion and modification of the detection point information.
And a detection point operation interface, a detection information operation interface and a detection area state display interface are also configured outside the home page display interface.
The detection point operation interface displays the state information of the detection area in the construction process, provides a detection point selection operation area and realizes the operation of adding, deleting and modifying the detection point at the corresponding position.
The detection information operation interface is used for realizing the input of detection information, adding remark information to the detection point, uploading the detection point picture and uploading the file.
The detection area state display interface is used for displaying a detection process picture and a final detection report after all detection points are detected.
The detection area state display interface is provided with a detection point modification interface page, a modification state interface page, a checking state interface page, an unverified state interface page and a detection completion state interface page.
For the detection point operation interface, the detection information operation interface and the detection area state display interface can be provided with a dialog box to acquire text information, query information or information modification content input by a user. A tree menu or a drop down menu may also be provided to meet the operational option requirements.
The mobile terminal in the invention comprises: the system comprises a detection point selection module, a detection information editing module, a detection point submitting module and a detection state display module.
The detection point selection module, the detection information editing module, the detection point submitting module and the detection state display module can be used for locally acquiring information input by a user and information configured by the user at the terminal.
The detection point selection module selects a corresponding detection point interface based on the home page display interface, and the detection point interface displays the completed area in the punctuation and all detection points under the area.
The detection information editing module is used for acquiring a detection value input by a user, adding remark information to the detection point, shooting, and uploading the remark information and the shot picture to the construction detection management and control platform.
The detection point submitting module is used for acquiring a detection point selected by a user, adding a detection value to the selected detection point, and uploading the detection point and the detection value to the construction detection management and control platform.
The detection state display module is used for positioning the position of the selected detection point and searching other detection points by shrink-placement on the construction map.
Wherein, the check point sign is: to be detected-blue, detecting medium-yellow, rectifying medium-red, and detecting complete-green. Clicking on the detection point identification may view the detection point information.
Therefore, the invention can collect the detection information, is convenient for users to review, effectively monitors the detection process and improves the reliability of the detection process. The detection data can be efficiently collected and stored and processed, process monitoring can be realized based on the state of detection information, and the whole detection process can be described by using a multidimensional space. The method improves the authenticity and reliability of the detection information, and timely discovers the problem of the detection information so as to improve the management level and efficiency of the construction process and control the risk of the construction process, thereby realizing the timeliness and scientificity of the supervision, management and control of the whole construction process.
As an embodiment of the present invention, in order to ensure data security of a platform, a construction inspection management and control platform includes: the system comprises a database, a user registration unit, a user login unit and a data processing unit.
The user registration unit is used for respectively receiving the identity registration information sent by the construction party intelligent detection system and the third party intelligent detection system, and the data processing unit respectively stores the identity registration information of the construction party personnel, the supervision party personnel, the detection party personnel and the manager into the database;
the user login unit is used for respectively receiving login information sent by the construction side intelligent detection system and the third party intelligent detection system, the data processing unit verifies based on the login information and identity registration information stored in the database, and after verification, access rights of the user to the login information are called according to the received login information, and data in the database are added, deleted and revised based on the access rights; and pushing the processing process information of the user to the corresponding terminal.
The user registration unit is used for respectively receiving identity registration information including but not limited to fingerprint verification, digital signature, iris recognition and USB-KEY.
The detection information comprises detection images, detection point position information, detection time, detection content and detection personnel information. The detection information is uploaded to the construction detection management and control platform in a real-name verification mode, and the detection information is identified in a mode of detecting face marks of people.
In order to strengthen the use function of the platform, the construction detection management and control platform manages detection information based on a cloud computing technology, and collects, counts and analyzes the detection information.
The construction detection management and control platform meets the requirement that a user inputs detection information keywords in a home page display interface to search.
The construction detection management and control platform manages detection information based on cloud computing technology, and collects, counts and analyzes the detection information.
The setting function of the detection information enables a user to set a detection information title, a detection information column and a detection information operation page, and the detection information is subjected to self-defined management. The user management function of the construction detection management and control platform supports user name and password management of users, corresponding management authorities are set for different user roles, and the management authorities can comprise uploading, downloading, adding, deleting, checking, state displaying and the like of detection information. The access rights of the individual users may also be set.
The invention has the navigation function of the detection information, and can carry out custom display design on each level of interface of the detection information. The corresponding detection information interface is set according to the function required by the user. The detection information interface supports the establishment, modification and deletion of information, can classify detection information and the like, can realize the uploading, modification, deletion, approval and manuscript fixing operation of the detection information, and can dynamically display the detection information.
The construction detection management and control platform meets the requirement that a user inputs corresponding detection information keywords for retrieval in operation. And the user can conveniently and quickly inquire the required detection information. The construction detection management and control platform realizes the integration of on-line detection information, authenticates constructors, supervision personnel, detection personnel and manager identity information, and distributes customized personalized page contents according to specific authorities. For unauthorized personnel, the system will not be accessible, nor will the information be available.
The following is an embodiment of a construction detection data management method based on the internet of things, which belongs to the same inventive concept as the construction detection data management system based on the internet of things in the above embodiments, and details of the embodiment of the construction detection data management method based on the internet of things, which are not described in detail, may refer to the above embodiment of the construction detection data management system based on the internet of things.
Referring to fig. 2, a flowchart of a construction detection data management method based on the internet of things in an embodiment is shown, where the method includes:
and the detection personnel accesses the construction detection management and control platform through the intelligent detection system, marks the information to be detected, and stores the data into the database.
And the detection personnel acquires the information of the to-be-detected point based on the intelligent detection system, navigates to the to-be-detected point according to the intelligent detection system, performs the quality detection of construction, and uploads the detected detection information.
And the inspector inspects and approves the detection information to be detected based on the construction detection and management and control platform.
The construction detection management and control platform calibrates the detection completion mark after the examination and approval of the inspector passes, and provides a final detection report for the participant to retrieve and review at any time.
The detection information comprises detection images, detection point position information, detection time, detection content, detection personnel and detection unit information. The detection information is uploaded to the construction detection management and control platform in a real-name verification mode, and the detection information is identified in a mode of detecting face marks of people.
As an embodiment of the present invention, the method further comprises: the detection personnel newly builds a detection task based on the intelligent detection system and selects the type of the detection task.
Uploading tasks to be detected to a construction detection management and control platform.
The construction detection management and control platform calibrates detection points, records detection names, coordinates and types, and sends the detection names, coordinates and types to the intelligent detection system of the construction party and the intelligent detection system of the third party, and the detection state is displayed as undetected.
The inspector navigates to the calibrated detection point based on the intelligent detection system.
Detecting the detection point by a detector, recording detection information, shooting a field picture, and displaying the detection state in detection.
And examining and approving the detection process by an examining and inspecting person through a construction detection management and control platform, and judging whether the detection is qualified or not.
If the detection is qualified, the construction detection and control platform passes the detection report of the final detection point, so that the participant can take and look up the report at any time, and the detection is finished, and the detection is displayed.
If the detection is unqualified, sending unqualified detection information to the intelligent detection system through the construction detection management and control platform, and displaying the correction of the detection state.
The recorded detection information comprises detection images, detection point position information, detection time, detection content, detection personnel and detection unit information. The detection information is uploaded to the construction detection management and control platform in a real-name verification mode, and the detection information is identified in a mode of detecting face marks of people.
Further, as a refinement and extension of the specific implementation manner of the above embodiment, for fully explaining the specific implementation process in the present embodiment, the construction detection data management method based on the internet of things includes:
constructor personnel and detection party personnel based on the Internet of things and big data technology realize uploading detection data. And the detection information is subjected to data model establishment and statistical analysis management, all participating parties participate in the establishment through the mobile internet (Internet of things) and witnessed together, and the reliability, the authenticity and the integrity of the uploading of the detection data are improved through face recognition and online flow.
In the embodiment, the detection point is set as the detection unit, the detection data are uploaded to the construction detection management and control platform by the detection personnel of the construction party and the detection party, the examination personnel conduct examination and approval, and meanwhile the platform conducts analysis and management of the data.
After the examination and approval of the examination and approval person is finished, the detection unit is changed into a detection finished state, and the detection unit for the examination and approval of the examination and approval person can be seen by the detection person.
At the web end, a detection person enters a construction detection management and control platform, the platform displays a construction weak area of a constructed unit, the detection person selects a calibration detection point, and the state of the constructed unit becomes 'to be detected' after the calibration of the detection point is completed.
At the mobile terminal, a detector logs in a calibrated detection point position in a platform selected by the mobile terminal, performs navigation searching according to the position of the detector and the detection point position, detects the calibrated detection point position after reaching the detection point position, and performs shooting uploading by using mobile terminal equipment, wherein the state of a detection unit is changed into 'in detection'; the detection completion data is uploaded to a construction detection management and control platform, the inspection personnel performs approval, after the inspection passes, the platform can give a final detection report which comprises a detection point name, a detection coordinate, a detection type, a detection time, a detection unit, a detection personnel, a detection instrument, a detection result and a field photo, and the state of the detection unit is changed into 'detection completion'; when the detection is unqualified or the approval is not passed, the construction state is changed into' correction, and the detection is carried out after the construction is carried out again.
The first page is added with a layer, a detection point is displayed, and specific information of the detection point, such as a field photo, a detection report, a detection point name and the like, can be checked by clicking the point; adding a detection point diagram layer in a construction unit of the web end, and clicking to check all data of the detection point; and adding a detection information list at the mobile terminal, displaying all closed detection point information lists, and checking all data of the detection points according to the click-open inquiry details.
Thus, the detection information uploaded by the detection personnel comprises detection images, detection point position information (space coordinates), detection time, detection content, detection personnel, detection units and other information, and the problems that the detection personnel relationship is complex, the data is false and the authenticity and reliability of the detection data are not guaranteed are solved through the whole process recording and closed loop of the detection data in time and space.
The detection information input form adopts a real-name verification system. The data uploading is carried out through devices with camera shooting functions such as mobile phones and flat plates, operators must be confirmed in a face recognition mode before uploading, a face recognition library is uniformly accessed into a project management library, and data input and management can be carried out by personnel who must be approved by projects, so that data falsification and unreliable data are avoided.
The input data is confirmed through an online flow, participating parties participate in the online flow through the mobile internet (Internet of things), witness is achieved, omission is prevented, and the reality and the integrity of the flow are maintained.
The data are subjected to big data calculation, additional data reports are generated through statistical analysis on the basis of the original data, and through data imaging and cloud end imaging, the efficiency is improved, and the detection reliability is improved.
Those of ordinary skill in the art will appreciate that the elements and algorithm steps described in connection with the embodiments disclosed herein may be embodied in electronic hardware, in computer software, or in a combination of the two, and that the elements and steps of the examples have been generally described in terms of function in the foregoing description to clearly illustrate the interchangeability of hardware and software. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the solution. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.
The construction detection data management system and method based on the internet of things provided by the invention are units and algorithm steps of each example described in connection with the embodiments disclosed herein, and can be implemented by electronic hardware, computer software or a combination of the two, and in order to clearly illustrate the interchangeability of hardware and software, the components and steps of each example have been generally described in terms of functions in the above description. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the solution. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.
In the construction detection data management system based on the internet of things provided by the invention, the computer program code for performing the operations of the present disclosure may be written in one or more programming languages, including but not limited to an object oriented programming language such as Java, smalltalk, C ++, and conventional procedural programming languages, such as the "C" language or similar programming languages. The program code may execute entirely on the user's computer, partly on the user's computer, as a stand-alone software package, partly on the user's computer and partly on a remote computer or entirely on the remote computer or power server. In the case of a remote computer, the remote computer may be connected to the user computer through any kind of network, including a Local Area Network (LAN) or a Wide Area Network (WAN), or may be connected to an external computer.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (7)
1. Construction detection data management system based on thing networking, characterized by comprising: the construction side intelligent detection system, the third party intelligent detection system and the construction detection management and control platform;
the construction party intelligent detection system is used for the detection system for the construction party to carry out construction quality self-checking;
the third party intelligent detection system is used for detecting the construction quality of the detection party;
the construction detection and control platform is used for adding uplink detection information, approving the detection information, generating a detection report and carrying out data processing synchronization;
the construction side intelligent detection system and the third party intelligent detection system are respectively connected with the construction detection management and control platform through the Internet of things;
the inspector uploads information of the to-be-detected point to a construction inspection management and control platform based on the intelligent inspection system;
the detection personnel acquire information of the to-be-detected point based on the intelligent detection system, navigate to the to-be-detected point according to the intelligent detection system, perform construction quality detection, and upload the detected detection information;
examination personnel examine and approve the detection information to be detected based on the construction detection management and control platform;
the construction detection management and control platform marks the detection completion mark after the examination and approval of the inspector passes, and a final detection report is provided for the participators to retrieve and review at any time;
the construction detection management and control platform is provided with a web end;
the construction side intelligent detection system and the third party intelligent detection system are respectively provided with a mobile terminal;
the web end is configured with a detection point operation interface, a detection information approval interface and a detection point state display interface;
the mobile terminal is configured with a detection point navigation interface, a detection information operation interface and a detection point state display interface;
the mobile terminal comprises: the system comprises a detection point selection module, a detection information editing module, a detection point submitting module and a detection state display module;
the detection point selection module selects a corresponding detection point interface based on the home page display interface, and the detection point interface displays a finished area in the punctuation and all detection points under the area;
the detection information editing module is used for acquiring a detection value input by a user, adding remark information to a detection point, shooting, and uploading the remark information and a shot picture to the construction detection management and control platform;
the detection point submitting module is used for acquiring a detection point selected by a user, adding a detection value to the selected detection point and uploading the detection point and the detection value to the construction detection management and control platform;
the detection state display module is used for positioning the position of the selected detection point and searching other detection points by shrink-placement on the construction map;
the detection point operation interface displays construction completion state information, provides a detection point selection operation area, and realizes the operation of adding, deleting and checking the detection point at a corresponding position;
the detection information operation interface is used for realizing the input of detection information, adding remark information to a detection point, uploading a detection point picture and uploading a file;
the detection information approval interface is used for approving the detected detection point information;
the detection point state display interface is provided with a detection point modification interface page, a modification state interface page, a checking state interface page, an unverified state interface page and a detection completion state interface page;
the detection point navigation interface is used for guiding the detection personnel to the selected detection point.
2. The construction detection data management system based on the internet of things according to claim 1, wherein,
the construction detection control platform is provided with a home page display interface;
and displaying all detection point information on a home page display interface, and setting operation keys on the home page display interface to realize the selection of each detection point information and the addition, deletion and modification of the detection point information.
3. The construction detection data management system based on the internet of things according to claim 1, wherein,
construction detection management and control platform includes: the system comprises a database, a user registration unit, a user login unit and a data processing unit;
the user registration unit is used for respectively receiving the identity registration information sent by the construction party intelligent detection system and the third party intelligent detection system, and the data processing unit respectively stores the identity registration information of the construction party personnel, the supervision party personnel, the detection party personnel and the manager into the database;
the user login unit is used for respectively receiving login information sent by the construction side intelligent detection system and the third party intelligent detection system, the data processing unit verifies based on the login information and identity registration information stored in the database, and after verification, access rights of the user to the login information are called according to the received login information, and data in the database are added, deleted and revised based on the access rights; and pushing the processing process information of the user to the corresponding terminal.
4. The construction detection data management system based on the Internet of things according to claim 3, wherein,
the user registration unit is used for respectively receiving identity registration information including but not limited to fingerprint verification, digital signature, iris recognition and USB-KEY;
the detection information comprises detection images, detection point position information, detection time, detection content and detection personnel information; the detection information is uploaded to the construction detection management and control platform in a real-name verification mode, and the detection information is identified in a mode of detecting face marks of people.
5. The construction detection data management system based on the Internet of things according to claim 3, wherein,
the construction detection management and control platform manages detection information based on a cloud computing technology, and collects, counts and analyzes the detection information;
the construction detection management and control platform meets the requirement that a user inputs detection information keywords in a home page display interface to search.
6. A construction detection data management method based on the internet of things, which is characterized in that the method adopts the construction detection data management system based on the internet of things according to any one of claims 1 to 5; the method comprises the following steps:
the detection personnel newly builds a detection task based on the intelligent detection system, and selects a detection task type;
uploading a task to be detected to a construction detection management and control platform;
calibrating a detection point by a construction detection management and control platform, recording the detection name, coordinates and type, and sending the detection name, coordinates and type to a construction side intelligent detection system and a third party intelligent detection system, wherein the detection state is displayed as undetected;
navigating to a calibrated detection point by a detector based on the intelligent detection system;
detecting the detection point by a detector, recording detection information, shooting a field picture, and displaying the detection state in detection;
examination personnel approves the detection process through a construction detection management and control platform, and whether the detection is qualified is judged;
if the detection is qualified, the construction detection and control platform passes the detection report of the final detection point, so that the participant can take and look up the report at any time, and the detection is finished, and the detection is displayed;
if the detection is unqualified, sending unqualified detection information to the intelligent detection system through the construction detection management and control platform, and displaying the correction of the detection state.
7. The construction detection data management method based on the internet of things according to claim 6, wherein,
the recorded detection information comprises detection images, detection point position information, detection time, detection content, detection personnel and detection unit information; the detection information is uploaded to the construction detection management and control platform in a real-name verification mode, and the detection information is identified in a mode of detecting face marks of people.
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