CN104008446A - Construction technology information interactive method and system - Google Patents
Construction technology information interactive method and system Download PDFInfo
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- CN104008446A CN104008446A CN201410211351.7A CN201410211351A CN104008446A CN 104008446 A CN104008446 A CN 104008446A CN 201410211351 A CN201410211351 A CN 201410211351A CN 104008446 A CN104008446 A CN 104008446A
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Abstract
The invention discloses a construction technology information interactive method. The construction technology information interactive method comprises the following steps that a server and a field terminal establish an information interactive environment based on a first information interactive interface; when project quality information uploaded by a user based on the first information interactive interface and a corresponding quality problem level selected by the user are received, the server determines a strategy terminal corresponding to the quality problem level selected by the user according to a preset mapping relation between quality problem levels and strategy terminals, and the project quality information is transmitted to the determined strategy terminal. The invention further discloses a construction technology information interactive system. Thus, due to the fact that the information interactive environment capable of carrying out real-time communication is established between the field terminal and the strategy terminals, field construction process state information is effectively transmitted to corresponding superior management organizations in time, the construction technology quality is monitored in real time, and the construction efficiency and quality are greatly improved.
Description
Technical field
The present invention relates to architectural engineering construction technique field, especially relate to a kind of building operation information interacting method and system.
Background technology
The construction characteristic of construction work is, next process covers a upper procedure, when there are quality problems in a upper procedure, after often needing to dispose a procedure, just can carry out the construction of next process, otherwise can the quality of building body be caused and be had a strong impact on, therefore how under limited resources supplIes, the every procedure to working-yard is monitored in real time, thereby in time, superior managerial personnel are reflected the qualitative problems of construction of appearance effectively, and corresponding solution is handed down to site operation personnel, it is the key that guarantees high-level efficiency construction and building body final mass.
Foregoing only, for auxiliary understanding technical scheme of the present invention, does not represent and admits that foregoing is prior art.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of building operation information interacting method, be intended to on-the-spot work progress condition information in time, effectively to send upper management mechanism, can receive in real time the command information that upper management mechanism assigns, thereby improve operating efficiency and quality simultaneously.
For achieving the above object, the invention provides a kind of building operation information interacting method, comprise the following steps: server and on-site terminal are set up information interaction environment based on first information interactive interface; When receiving the construction quality information that user uploads based on described first information interactive interface and selecting corresponding quality problems grade, server is according to default quality problems grade and the mapping relations of decision-making terminal, determine the corresponding decision-making terminal of quality problems grade that user selects, and described construction quality information is sent to definite decision-making terminal.
Preferably, the step that described server and on-site terminal are set up information interaction environment based on first information interactive interface comprises: the construction quality information upload request that on-site terminal sends is detected and received to described server; When receiving the construction quality information upload request of on-site terminal transmission, described server pushes described first information interactive interface to on-site terminal, for user, based on described first information interactive interface, uploads described construction quality information and selects corresponding quality problems grade.
Preferably, described building operation information interacting method also comprises: server and decision-making terminal are set up information interaction environment based on the second information interaction interface; When receiving the analysis result that user uploads based on described the second information interaction interface and selecting corresponding authorisation process grade, server is according to default authorisation process grade and the mapping relations of on-site terminal, determine the corresponding on-site terminal of authorisation process grade that user selects, and described analysis result is sent to definite on-site terminal.
Preferably, after described server and on-site terminal are set up the step of information interaction environment based on first information interactive interface, described building operation information interacting method also comprises: when receiving the positional information identification request of on-site terminal transmission, server pushes three-dimensional construction building model to on-site terminal, for user, on described three-dimensional construction building model, identify the regional location corresponding with described construction quality information, and to server, upload the positional information corresponding with described regional location or identify the three-dimensional construction building model after described regional location when completing sign.
Preferably, before described server and on-site terminal are set up the step of information interaction environment based on first information interactive interface, described building operation information interacting method also comprises: receive that on-site terminal sends log in request instruction time, server pushes logon information checking interface to on-site terminal, is used for logging in the user profile of checking for user based on described logon information checking interface input; When the user profile of user's input is verified by logging in, server is according to default user gradation and the mapping relations of user profile, determine user gradation corresponding to user profile that user inputs, and access resources corresponding to definite user gradation offered to on-site terminal.
Preferably, described building operation information interacting method also comprises: server and on-site terminal are set up information interaction environment based on material consumption input interface; When receiving the consumption of a class that user uploads based on described material consumption input interface or multiclass material, server is uploaded consumption to the current same class material of uploading current and has been added up consumption and carries out accumulation calculating and corresponding result of calculation is stored, when the accumulative total consumption of the current same class material of uploading is more than or equal to predetermined threshold value, to decision-making terminal, send material loss early warning information.
The present invention further provides a kind of building operation information interaction system, comprising: the first interactive module, for setting up information interaction environment with on-site terminal based on first information interactive interface; The first processing module, for when receiving the construction quality information that user uploads based on described first information interactive interface and selecting corresponding quality problems grade, according to default quality problems grade and the mapping relations of decision-making terminal, determine the corresponding decision-making terminal of quality problems grade that user selects; The first sending module, for being sent to definite decision-making terminal by described construction quality information.
Preferably, described the first interactive module comprises: detecting unit, the construction quality information upload request sending for detecting and receive on-site terminal; Interactive interface generation unit, for when receiving the construction quality information upload request of on-site terminal transmission, to on-site terminal, push described first information interactive interface, for user, based on described first information interactive interface, upload described construction quality information and select corresponding quality problems grade.
Preferably, described building operation information interaction system also comprises: the second interactive module, for setting up information interaction environment with decision-making terminal based on the second information interaction interface; The second processing module, for when receiving the analysis result that user uploads based on described the second information interaction interface and selecting corresponding authorisation process grade, according to default authorisation process grade and the mapping relations of on-site terminal, determine the corresponding on-site terminal of authorisation process grade that user selects; The second sending module, for being sent to definite on-site terminal by described analysis result.
Preferably, described building operation information interaction system also comprises: the 3rd interactive module, for when receiving the positional information identification request of on-site terminal transmission, to on-site terminal, push three-dimensional construction building model, for user, on described three-dimensional construction building model, identify the regional location corresponding with described construction quality information, and to the server at described the 3rd interactive module place, upload the positional information corresponding with described regional location or identify the three-dimensional construction building model after described regional location when completing sign.
A kind of building operation information interacting method provided by the present invention and system, by at the construction field (site) and set up information interaction environment between upper management mechanism, in the process of building operation, the construction quality information that needs superior management organization to reflect can be uploaded onto the server by the information interaction environment based on having set up in real time, and the construction quality information of uploading is carried out to quality problems grade classification, server is according to default quality problems grade and the mapping relations of upper management mechanism, again construction quality information is sent to the upper management mechanism corresponding with the quality problems grade of selecting, thereby on-the-spot work progress condition information is timely, effectively send corresponding upper management mechanism to, Real-Time Monitoring Construction Quality, operating efficiency and quality have been improved widely.
Accompanying drawing explanation
Fig. 1 is the functional structure chart of building operation information interaction equipment of the present invention preferred embodiment;
Fig. 2 is the process flow diagram of building operation information interacting method the first embodiment of the present invention;
Fig. 3 is the refinement process flow diagram of step S10 in Fig. 2;
Fig. 4 is the process flow diagram of building operation information interacting method the second embodiment of the present invention;
Fig. 5 is the functional block diagram of building operation information interaction system of the present invention preferred embodiment;
Fig. 6 is the concrete exemplary plot of the first interactive module in Fig. 5.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
The invention provides a kind of building operation information interacting method.
The embodiment of the present invention provides a kind of building operation information interaction equipment, to realize the interaction process of building operation information.As shown in Figure 1, at this, show the functional structure chart of building operation information interaction equipment of the present invention preferred embodiment.In the present invention, on-site terminal 11 can be common other the known any suitable wireless or mobile devices in smart mobile phone, computing machine, panel computer, personal digital assistant (Personal Digital Assistant, PDA) or this area that include screen display; Decision-making terminal 12 can be the wireless communication clients that includes screen display, also can be the wire communication client that includes screen display, such as common other the known any suitable data processing equipments in smart mobile phone, computing machine, panel computer, personal digital assistant (Personal Digital Assistant, PDA) or this area.Correspondingly, building operation information interaction system 20 is used the wireless communication system of this areas known to conventionally to communicate by letter with between terminal 11 at the scene and server 10, and building operation information interaction system 20 both can have been used the wireless communication system of this area known to common or wired communication system to communicate by letter between decision-making terminal 12 and server 10.
Be understandable that, the number of the on-site terminal 11 shown in Fig. 1 and decision-making terminal 12 only, for for example, can be selected flexibly as required when practical application.
Below in conjunction with the present embodiment, progressively realize the instantiation procedure that carries out information interaction between the application system of on-site terminal 11 based on server 10 and decision-making terminal 12.Referring to Fig. 2, in one embodiment, this building operation information interacting method comprises the following steps:
Step S10, server 10 is set up information interaction environment with on-site terminal 11 based on first information interactive interface.Be understandable that, at construction site, workmen's mobility is larger, in order to realize, each procedure is monitored, the work progress of superior management organization reflection in real time condition information, on-site terminal 11 is mobile terminal, conventionally by workmen, carried or can be placed on movably flexibly specific construction field on the ground, therefore between on-site terminal 11 and server 10, setting up radio communication is connected, for example, on-site terminal 11 is smart mobile phone, server 10 is for being provided in the webserver in machine room, on-site terminal 11 based on specific signal battalion carrier (for example passes through, China Telecom, China Mobile etc.) communication facilities (for example, base station) and between server 10 establish a communications link, thereby by on-site terminal 11, work progress condition information is uploaded onto the server to 10 in real time, and be not subject to the restriction of when and where, greatly improved building operation personnel's convenience, effectively guaranteed on-the-spot work progress condition information timely, effectively upload onto the server 10.
In order to improve the convenience and the operation that facilitates on-site terminal 11 holders of information interaction, server 10 is set up information interaction environment with on-site terminal 11 based on first information interactive interface, described first information interactive interface is human-computer interaction interface, both can be by internet web page access services device 10, by server 10, to on-site terminal 11 propelling movements, come, also can be by the built-in related application of terminal 11 at the scene, during by related application response request, generate.
Particularly, referring to Fig. 3, show a kind of wherein generation method of first information interactive interface herein.
Step S11, the construction quality information upload request that on-site terminal 11 sends is detected and received to server 10.In building construction process, when needs are uploaded construction quality information, user sends construction quality information upload request by on-site terminal 11 to server 10, such as, on-site terminal 11 is smart mobile phone, by the network address of the address field input reference server 10 at browser, and the web page access server 10 being pointed to by this network address.
Step S12, when receiving the construction quality information upload request of on-site terminal 11 transmissions, server 10 pushes first information interactive interface to on-site terminal 11, for user, based on first information interactive interface, uploads construction quality information and selects corresponding quality problems grade.The first information interactive interface that server 10 pushes to on-site terminal 11 comprises some function buttons and interface zone, for example, first information interactive interface comprise for select the file of construction quality information to be uploaded select button, for determine upload select construction quality information upload button, for selecting the grade of the quality problems grade corresponding with construction quality information to be uploaded to select button and for showing the preview interface region etc. of construction quality information to be uploaded.Construction quality information can form in a kind of or its combination in photo, word or voice, for example, for the qualitative problems of construction that reflects that more quickly working-yard occurs, can take a picture by 11 pairs of appointed areas of the on-site terminal with camera, by specific one or multiple pictures, form construction quality information.It is worth mentioning that, for adopting the form of photo, upload construction quality information, based on first information interactive interface, selecting after photo to be uploaded, photo may be displayed in preview interface region, user can also carry out mark to the photo in preview interface region, the particular location of quality problems is shown with highlighted form, thereby consults targetedly the occurrence positions of quality problems, improve the efficiency of disposing quality problems.
In the present embodiment, by the information layered level of the construction quality to be uploaded, process, when uploading construction quality information each time, all need to select a corresponding quality problems grade according to the importance of construction quality information and priority, thereby simplify the flow process of server 10 deal with data, improve efficiency and the response speed of server 10 deal with data.Such as, when practical application, the quality problems grade that can select for user is three kinds, respectively rudimentary from low to high, intermediate and senior, the user as required importance of the construction quality information of superior management organization reflection selects corresponding quality problems grade, thereby the importance of construction quality information is carried out to quantification treatment, being conducive to construction quality information to having uploaded classifies and processes and carry out statistical study, the frequency occurring in the cycle at special time by calculating the corresponding construction quality information of each quality problems grade, can carry out special management and control to a certain construction, thereby assurance construction quality.
In addition, first information interactive interface also has another kind of generation method, for example, in terminal 11, be preinstalled with at the scene corresponding APP application program, user can send construction quality information upload request to on-site terminal 11 by the APP application program shortcut icon of clicking on the window that is presented at on-site terminal 11, when on-site terminal 11 receives the construction quality information upload request that user sends, generate and show first information interactive interface, also enter APP application program one operation interface, for user, based on this first information interactive interface, upload construction quality information and select corresponding quality problems grade.
It is worth mentioning that, when user uploads construction quality information based on first information interactive interface, server 10 can also push engineering classification interface to on-site terminal 11, for user, based on described engineering classification interface, select the works category corresponding with the construction quality information that need upload, thereby the management of construction quality information is standardized more.Easily learn, this project classification interface can also be that the APP application program based on on-site terminal 11 generates and shows, or this project classification interface is the interface zone on first information interactive interface.
Step S20, when receiving the construction quality information that user uploads based on first information interactive interface and selecting corresponding quality problems grade, server 10 is according to default quality problems grade and the mapping relations of decision-making terminal 12, determine the corresponding decision-making terminal 12 of quality problems grade that user selects, and construction quality information is sent to definite decision-making terminal 12.
In this step S20, server 10 by with on-site terminal 11 between the radio communication set up is connected reception construction quality information, such as in a construction projects, there is a plurality of on-site terminals 11 and a plurality of decision-making terminal 12, for construction quality information is sent to decision-making terminal 12 targetedly, to improve the efficiency of processing construction quality information, need to set up default quality problems grade and the mapping relations of decision-making terminal 12, for example, can be according to the holder of decision-making terminal 12 office rank in construction projects just set up the mapping relations with default quality problems grade, the decision-making terminal 12 of holding for project manager, it should the highest corresponding grade quality problems grade, for receiving important construction quality information, thus can streamlining management program, improve the efficiency of processing construction quality information.
Referring to Fig. 4, in another embodiment, this building operation information interacting method is further comprising the steps of:
Step S30, server 10 is set up information interaction environment with decision-making terminal 12 based on the second information interaction interface.This step S30 sets up the Method and Process of information interaction can illustrating with reference to above-mentioned steps S10, between decision-making terminal 12 and server 10, setting up radio communication is connected, for example, decision-making terminal 12 is smart mobile phone, server 10 is for being provided in the webserver in machine room, decision-making terminal 12 based on specific signal battalion carrier (is for example passed through, China Telecom, China Mobile etc.) communication facilities (for example, base station) and between server 10 establish a communications link, or, decision-making terminal 12 is computing machine, decision-making terminal 12 is by establishing a communications link between internet and server 10, thereby by decision-making terminal 12, analysis result is uploaded onto the server to 10 in real time, effectively guaranteed analysis result timely, effectively upload onto the server 10.The generating mode at the second information interaction interface also has two kinds, and server 10 is when receiving the analysis result upload request that decision-making terminal 12 sends, and the form to decision-making terminal 12 based on webpage pushes the second information interaction interface; Or decision-making terminal 12, when receiving the analysis result upload request that user sends, generates and shows the second information interaction interface.
Step S40, when receiving the analysis result that user uploads based on the second information interaction interface and selecting corresponding authorisation process grade, server 10 is according to default authorisation process grade and the mapping relations of on-site terminal 11, determine the corresponding on-site terminal 11 of authorisation process grade that user selects, and analysis result is sent to definite on-site terminal 11.
It should be noted that, analysis result is that the construction quality information receiving based on decision-making terminal 12 draws, generally, only in building construction process, there are quality problems, just the quality problems of appearance can be integrated into construction quality information the information interaction environment based on setting up sends to corresponding decision-making terminal 12 to process, therefore in analysis result, include the scheme that solves quality problems, thereby solve targetedly the quality problems that occur in work progress, improved operating efficiency and quality.In this step S40, server 10 is not that analysis result is sent to all online on-site terminals 11, but according to default authorisation process grade and the mapping relations of on-site terminal 11, determine the corresponding on-site terminal 11 of authorisation process grade that user selects, and analysis result is sent to definite on-site terminal 11, with standard construction management process, improve the efficiency of Disposal quality problem.
Further, after step S10, this building operation information interacting method also comprises step:
When receiving the positional information identification request of on-site terminal 11 transmissions, server 10 pushes three-dimensional construction building model to on-site terminal 11, for user, on this three-dimensional construction building model, identify the regional location corresponding with construction quality information, and to server 10, upload the positional information corresponding with described regional location or identify the three-dimensional construction building model after described regional location when completing sign.Particularly, at server 10 and on-site terminal 11, based on first information interactive interface, set up after information interaction environment, now user uploads construction quality information based on first information interactive interface to server, in this process, server 10 pushes three-dimensional construction building model to on-site terminal 11, this three-dimensional construction building model is the equal proportion miniatures at the building body of building, this three-dimensional construction building model can generate and be presented on first information interactive interface, also can push to on-site terminal 11 by a new interactive interface, user can drag the three-dimensional construction building model being presented on on-site terminal 11, rotation, the operations such as broken section, thereby the relevant position by the quality problems of working-yard reflection on three-dimensional construction building model makes a check mark, after the sign of completing place, on-site terminal 11 is uploaded the positional information that identified or the three-dimensional construction building model after the information of home position from trend server 10, certainly, on-site terminal 11 also can be when receiving user and upgrade the request of three-dimensional construction building model, to server 10, upload the positional information that identified or the three-dimensional construction building model after the information of home position again.For the holder of convenient decision-making terminal 12 consults construction quality information and the corresponding position of definite construction quality information receiving, server 10 is when being sent to decision-making terminal 12 by construction quality information, to decision-making terminal 12, push the three-dimensional construction building model having upgraded in the lump, and the position of highlighted demonstration construction quality information on three-dimensional construction building model, certainly, decision-making terminal 12 also can check by sending to server 10 that the request of three-dimensional construction building model checks the three-dimensional construction building model after renewal.
Easily know, when user uploads analysis result by decision-making terminal 12 to server 10, also can push three-dimensional construction building model to decision-making terminal 12 by request server 10, therefore user can identify the position corresponding with the rectification scheme of analysis result on three-dimensional construction building model, the three-dimensional construction building model pushing after upgrading to on-site terminal 11 in the lump when server 10 is sent to on-site terminal 11 by analysis result, or user sends the request of checking three-dimensional construction building model to server 10 by on-site terminal 11, server 10 pushes three-dimensional construction building model to on-site terminal 11 and checks for user after receiving this request, therefore on-site terminal 11 holders can identify rapidly the construction location of the corresponding rectification scheme of analysis result, be conducive to improve operating efficiency.The holder of the holder of on-site terminal 11 and decision-making terminal 12 realizes the mutual of positional information by three-dimensional construction building model, has effectively guaranteed the accuracy and efficiency of information communication.
Further, in order to improve the management level of project under construction, reduce the quality problems that human factor causes, need on-site terminal 11 holders be authorized and be logged in, the holder of each on-site terminal 11 is assigned unique user profile, the corresponding user gradation of each user profile, server 10 provides access resources according to user gradation to on-site terminal 11.Particularly, before execution step S10, this building operation information interacting method also comprises step:
Receive that on-site terminal 11 sends log in request instruction time, server 10 pushes logon informations checking interfaces to on-site terminal 11, for user based on described logon information checking interface input for logging in the user profile of checking;
When the user profile of user's input is verified by logging in, server 10 is according to default user gradation and the mapping relations of user profile, determine user gradation corresponding to user profile that user inputs, and access resources corresponding to definite user gradation offered to on-site terminal 11.
Herein, user profile can be through the user account of registration checking and corresponding password, can be also by the finger print information of relevant fingerprint recording device typing, or other any suitable identifying informations.Generally, user gradation is lower, and the access resources that server 10 provides to it is fewer.Correspondingly, also this can be authorized login method be applied in decision-making terminal 12, therefore not to repeat here.
Further, this building operation information interacting method also comprises step:
Server 10 is set up information interaction environment with on-site terminal 11 based on material consumption input interface;
When receiving the consumption of a class that user uploads based on described material consumption input interface or multiclass material, 10 pairs of current same class materials of uploading of server current uploaded consumption and added up consumption and carry out accumulation calculating and corresponding result of calculation is stored, when the accumulative total consumption of the current same class material of uploading is more than or equal to predetermined threshold value, to decision-making terminal 12, send material loss early warning information.
In the present embodiment, server 10 is when receiving the material consumption typing request that on-site terminal 11 sends, to on-site terminal 11, push material consumption input interface, for user-friendly, material consumption input interface at least comprises material kind drop-down list, consumption input frame and uploads confirming button.For example, on-site terminal 11 touches for having smart mobile phone or the panel computer of controlling display screen, when user needs typing material consumption, can on material consumption input interface, click material kind drop-down list, thereby on material consumption input interface, show all names of material that need to add up consumption with the form ejecting, user can select corresponding material kind in material kind drop-down list, then in consumption input frame, input actual amount numerical value, finally click and upload confirming button and corresponding material consumption can be uploaded onto the server to 10.Be understandable that, material consumption input interface can be provided with a plurality of consumption input frames, with the material of corresponding different cultivars, thereby realizes consumption from multiclass material to server 10 that simultaneously upload, so that the operation of typing material consumption is more convenient, quick.
When server 10 receives the consumption of a class that user uploads by on-site terminal 11 or multiclass material, 10 pairs of data that receive of server are carried out analyzing and processing automatically, such as, when server 10 receives the cement consumption in a certain procedure, first 10 pairs of current cement consumptions of uploading of server carry out accumulation calculating with the consumption that adds up that is stored in server 10, again the accumulative total consumption after upgrading is stored, then by the accumulative total consumption after upgrading and predetermined threshold value (for example, budget quantities) compare, when the accumulative total consumption after upgrading is more than or equal to predetermined threshold value, server 10 sends material loss early warning information to decision-making terminal 12, thereby make upper management mechanism understand in time material service condition, the management of reinforcement to material consumption, be conducive to management and control production cost and guarantee that the supply of material meets Production requirement.In addition, in order to guarantee to carry out in an orderly manner building operation, when the accumulative total consumption after upgrading is more than or equal to predetermined threshold value, server 10 can also send material loss early warning information to on-site terminal 11, thereby prompting site operation personnel a certain class material is in serviceable condition not, be conducive to site operation personnel and adjust in time job placement, guarantee the amount of going into operation of engineering project.
Referring to Fig. 5, a preferred embodiment of building operation information interaction system 20 of the present invention is proposed, described building operation information interaction system 20 comprises:
The first interactive module 21, for setting up information interaction environment with on-site terminal 11 based on first information interactive interface.In order to improve the convenience and the operation that facilitates on-site terminal 11 holders of information interaction, the first interactive module 21 is set up information interaction environment with on-site terminal 11 based on first information interactive interface, described first information interactive interface is human-computer interaction interface, both can be to access the first interactive module 21 by internet web page, by the first interactive module 21, to on-site terminal 11 propelling movements, come, also can be by the built-in related application of terminal 11 at the scene, during by related application response request, generate.
Particularly, referring to Fig. 6, the first interactive module 21 comprises: detecting unit 211, the construction quality information upload request sending for detecting and receive on-site terminal 11; Interactive interface generation unit 212, for when receiving the construction quality information upload request of on-site terminal 11 transmissions, to on-site terminal 11, push described first information interactive interface, for user, based on described first information interactive interface, upload described construction quality information and select corresponding quality problems grade.In building construction process, when needs are uploaded construction quality information, user sends construction quality information upload request by on-site terminal 11 to the first interactive module 21, such as, on-site terminal 11 is smart mobile phone, by the network address of address field input reference the first interactive module 21 at browser, and web page access the first interactive module 21 of being pointed to by this network address.
The first information interactive interface that interactive interface generation unit 212 pushes to on-site terminal 11 comprises some function buttons and interface zone, for example, first information interactive interface comprise for select the file of construction quality information to be uploaded select button, for determine upload select construction quality information upload button, for selecting the grade of the quality problems grade corresponding with construction quality information to be uploaded to select button and for showing the preview interface region etc. of construction quality information to be uploaded.Construction quality information can form in a kind of or its combination in photo, word or voice, for example, for the qualitative problems of construction that reflects that more quickly working-yard occurs, can take a picture by 11 pairs of appointed areas of the on-site terminal with camera, by specific one or multiple pictures, form construction quality information.It is worth mentioning that, for adopting the form of photo, upload construction quality information, based on first information interactive interface, selecting after photo to be uploaded, photo may be displayed in preview interface region, user can also carry out mark to the photo in preview interface region, the particular location of quality problems is shown with highlighted form, thereby consults targetedly the occurrence positions of quality problems, improve the efficiency of disposing quality problems.
The first processing module 22, for when receiving the construction quality information that user uploads based on described first information interactive interface and selecting corresponding quality problems grade, according to default quality problems grade and the mapping relations of decision-making terminal 12, determine the corresponding decision-making terminal 12 of quality problems grade that user selects.
In the present embodiment, by the information layered level of the construction quality to be uploaded, process, when uploading construction quality information each time, all need to select a corresponding quality problems grade according to the importance of construction quality information and priority, thereby simplify the flow process of the first processing module 22 deal with data, improve efficiency and the response speed of the first processing module 22 deal with data.Such as, when practical application, the quality problems grade that can select for user is three kinds, respectively rudimentary from low to high, intermediate and senior, the user as required importance of the construction quality information of superior management organization reflection selects corresponding quality problems grade, thereby the importance of construction quality information is carried out to quantification treatment, being conducive to construction quality information to having uploaded classifies and processes and carry out statistical study, the frequency occurring in the cycle at special time by calculating the corresponding construction quality information of each quality problems grade, can carry out special management and control to a certain construction, thereby assurance construction quality.
The first sending module 23, for being sent to definite decision-making terminal 12 by described construction quality information.The first sending module 23 by with on-site terminal 11 between the radio communication set up is connected reception construction quality information, such as in a construction projects, there is a plurality of on-site terminals 11 and a plurality of decision-making terminal 12, for construction quality information is sent to decision-making terminal 12 targetedly, to improve the efficiency of processing construction quality information, need to set up default quality problems grade and the mapping relations of decision-making terminal 12, for example, can be according to the holder of decision-making terminal 12 office rank in construction projects just set up the mapping relations with default quality problems grade, the decision-making terminal 12 of holding for project manager, it should the highest corresponding grade quality problems grade, for receiving important construction quality information, thus can streamlining management program, improve the efficiency of processing construction quality information.
In addition, first information interactive interface also has another kind of generation method, for example, in terminal 11, be preinstalled with at the scene corresponding APP application program, user can send construction quality information upload request to on-site terminal 11 by the APP application program shortcut icon of clicking on the window that is presented at on-site terminal 11, when on-site terminal 11 receives the construction quality information upload request that user sends, generate and show first information interactive interface, also enter APP application program one operation interface, for user, based on this first information interactive interface, upload construction quality information and select corresponding quality problems grade.
It is worth mentioning that, when user uploads construction quality information based on first information interactive interface, the first interactive module 21 can also push engineering classification interface to on-site terminal 11, for user, based on described engineering classification interface, select the works category corresponding with the construction quality information that need upload, thereby the management of construction quality information is standardized more.Easily learn, this project classification interface can also be that the APP application program based on on-site terminal 11 generates and shows, or this project classification interface is the interface zone on first information interactive interface.
Further, this building operation information interaction system 20 also comprises: the second interactive module, for setting up information interaction environment with decision-making terminal 12 based on the second information interaction interface; The second processing module, for when receiving the analysis result that user uploads based on described the second information interaction interface and selecting corresponding authorisation process grade, according to default authorisation process grade and the mapping relations of on-site terminal 11, determine the corresponding on-site terminal 11 of authorisation process grade that user selects; The second sending module, for being sent to definite on-site terminal 11 by described analysis result.In the present embodiment, the Method and Process of setting up information interaction can illustrating with reference to building operation information interaction system shown in above-mentioned Fig. 5, between decision-making terminal 12 and the second interactive module, setting up radio communication is connected, for example, decision-making terminal 12 is smart mobile phone, the second interactive module is a processing module that is provided in the webserver in machine room, decision-making terminal 12 based on specific signal battalion carrier (is for example passed through, China Telecom, China Mobile etc.) communication facilities (for example, base station) and between the second interactive module establish a communications link, or, decision-making terminal 12 is computing machine, decision-making terminal 12 is by establishing a communications link between internet and the second interactive module, thereby by decision-making terminal 12, analysis result is uploaded to the second processing module in real time, effectively guaranteed analysis result timely, effectively be uploaded to the second processing module.The generating mode at the second information interaction interface also has two kinds, and the second interactive module is when receiving the analysis result upload request that decision-making terminal 12 sends, and the form to decision-making terminal 12 based on webpage pushes the second information interaction interface; Or decision-making terminal 12, when receiving the analysis result upload request that user sends, generates and shows the second information interaction interface.
It should be noted that, analysis result is that the construction quality information receiving based on decision-making terminal 12 draws, generally, only in building construction process, there are quality problems, just the quality problems of appearance can be integrated into construction quality information the information interaction environment based on setting up sends to corresponding decision-making terminal 12 to process, therefore in analysis result, include the scheme that solves quality problems, thereby solve targetedly the quality problems that occur in work progress, improved operating efficiency and quality.In the present embodiment, the second sending module is not that analysis result is sent to all online on-site terminals 11, but according to default authorisation process grade and the mapping relations of on-site terminal 11, determine the corresponding on-site terminal 11 of authorisation process grade that user selects, and analysis result is sent to definite on-site terminal 11, with standard construction management process, improve the efficiency of Disposal quality problem.
Further, this building operation information interaction system 20 also comprises the 3rd interactive module, for when receiving the positional information identification request of on-site terminal 11 transmissions, to on-site terminal 11, push three-dimensional construction building model, for user, on described three-dimensional construction building model, identify the regional location corresponding with construction quality information, and to the server 10 at described the 3rd interactive module place, upload the positional information corresponding with described regional location or identify the three-dimensional construction building model after described regional location when completing sign.
Particularly, in the first interactive module 21, set up after information interaction environment based on first information interactive interface with on-site terminal 11, now user uploads construction quality information based on first information interactive interface to the first processing module 22, in this process, the 3rd interactive module pushes three-dimensional construction building model to on-site terminal 11, this three-dimensional construction building model is the equal proportion miniatures at the building body of building, this three-dimensional construction building model can generate and be presented on first information interactive interface, also can push to on-site terminal 11 by a new interactive interface, user can drag the three-dimensional construction building model being presented on on-site terminal 11, rotation, the operations such as broken section, thereby the relevant position by the quality problems of working-yard reflection on three-dimensional construction building model makes a check mark, after the sign of completing place, on-site terminal 11 is uploaded the positional information that identified or the three-dimensional construction building model after the information of home position from trend server 10, certainly, on-site terminal 11 also can be when receiving user and upgrade the request of three-dimensional construction building model, to server 10, upload the positional information that identified or the three-dimensional construction building model after the information of home position again.For the holder of convenient decision-making terminal 12 consults construction quality information and the corresponding position of definite construction quality information receiving, server 10 is when being sent to decision-making terminal 12 by construction quality information, to decision-making terminal 12, push the three-dimensional construction building model having upgraded in the lump, and the position of highlighted demonstration construction quality information on three-dimensional construction building model, certainly, decision-making terminal 12 also can check by sending to the 3rd interactive module that the request of three-dimensional construction building model checks the three-dimensional construction building model after renewal.
Easily know, when user uploads analysis result by decision-making terminal 12 to the second interactive module, also can ask the 3rd interactive module to push three-dimensional construction building model to decision-making terminal 12, therefore user can identify the position corresponding with the rectification scheme of analysis result on three-dimensional construction building model, the three-dimensional construction building model pushing after upgrading to on-site terminal 11 in the lump when the second sending module is sent to on-site terminal 11 by analysis result, or user sends to the first interactive module 21 request of checking three-dimensional construction building model by on-site terminal 11, the first interactive module 21 pushes three-dimensional construction building model to on-site terminal 11 and checks for user after receiving this request, therefore on-site terminal 11 holders can identify rapidly the construction location of the corresponding rectification scheme of analysis result, be conducive to improve operating efficiency.The holder of the holder of on-site terminal 11 and decision-making terminal 12 realizes the mutual of positional information by three-dimensional construction building model, has effectively guaranteed the accuracy and efficiency of information communication.
The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.Through the above description of the embodiments, those skilled in the art can be well understood to the mode that above-described embodiment method can add essential general hardware platform by software and realize, can certainly pass through hardware, but in a lot of situation, the former is better embodiment.Understanding based on such, the part that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product is stored in a storage medium (as ROM/RAM, magnetic disc, CD), comprise that some instructions are with so that a station terminal equipment (can be mobile phone, computing machine, server, or the network equipment etc.) carry out the method described in each embodiment of the present invention.
Should be understood that; these are only the preferred embodiments of the present invention; can not therefore limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes instructions of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a building operation information interacting method, is characterized in that, comprises the following steps:
Server and on-site terminal are set up information interaction environment based on first information interactive interface;
When receiving the construction quality information that user uploads based on described first information interactive interface and selecting corresponding quality problems grade, server is according to default quality problems grade and the mapping relations of decision-making terminal, determine the corresponding decision-making terminal of quality problems grade that user selects, and described construction quality information is sent to definite decision-making terminal.
2. building operation information interacting method as claimed in claim 1, is characterized in that, the step that described server and on-site terminal are set up information interaction environment based on first information interactive interface comprises:
The construction quality information upload request that on-site terminal sends is detected and received to described server;
When receiving the construction quality information upload request of on-site terminal transmission, described server pushes described first information interactive interface to on-site terminal, for user, based on described first information interactive interface, uploads described construction quality information and selects corresponding quality problems grade.
3. building operation information interacting method as claimed in claim 1, is characterized in that, also comprises:
Server and decision-making terminal are set up information interaction environment based on the second information interaction interface;
When receiving the analysis result that user uploads based on described the second information interaction interface and selecting corresponding authorisation process grade, server is according to default authorisation process grade and the mapping relations of on-site terminal, determine the corresponding on-site terminal of authorisation process grade that user selects, and described analysis result is sent to definite on-site terminal.
4. building operation information interacting method as claimed in claim 1, is characterized in that, described server and on-site terminal also comprise after setting up the step of information interaction environment based on first information interactive interface:
When receiving the positional information identification request of on-site terminal transmission, server pushes three-dimensional construction building model to on-site terminal, for user, on described three-dimensional construction building model, identify the regional location corresponding with described construction quality information, and to server, upload the positional information corresponding with described regional location or identify the three-dimensional construction building model after described regional location when completing sign.
5. building operation information interacting method as claimed in claim 1, is characterized in that, described server and on-site terminal also comprise before setting up the step of information interaction environment based on first information interactive interface:
Receive that on-site terminal sends log in request instruction time, server pushes logon information checking interface to on-site terminal, for user based on described logon information checking interface input for logging in the user profile of checking;
When the user profile of user's input is verified by logging in, server is according to default user gradation and the mapping relations of user profile, determine user gradation corresponding to user profile that user inputs, and access resources corresponding to definite user gradation offered to on-site terminal.
6. building operation information interacting method as claimed in claim 1, is characterized in that, also comprises:
Server and on-site terminal are set up information interaction environment based on material consumption input interface;
When receiving the consumption of a class that user uploads based on described material consumption input interface or multiclass material, server is uploaded consumption to the current same class material of uploading current and has been added up consumption and carries out accumulation calculating and corresponding result of calculation is stored, when the accumulative total consumption of the current same class material of uploading is more than or equal to predetermined threshold value, to decision-making terminal, send material loss early warning information.
7. a building operation information interaction system, is characterized in that, comprising:
The first interactive module, for setting up information interaction environment with on-site terminal based on first information interactive interface;
The first processing module, for when receiving the construction quality information that user uploads based on described first information interactive interface and selecting corresponding quality problems grade, according to default quality problems grade and the mapping relations of decision-making terminal, determine the corresponding decision-making terminal of quality problems grade that user selects;
The first sending module, for being sent to definite decision-making terminal by described construction quality information.
8. building operation information interaction system as claimed in claim 7, is characterized in that, described the first interactive module comprises:
Detecting unit, the construction quality information upload request sending for detecting and receive on-site terminal;
Interactive interface generation unit, for when receiving the construction quality information upload request of on-site terminal transmission, to on-site terminal, push described first information interactive interface, for user, based on described first information interactive interface, upload described construction quality information and select corresponding quality problems grade.
9. building operation information interaction system as claimed in claim 7, is characterized in that, also comprises:
The second interactive module, for setting up information interaction environment with decision-making terminal based on the second information interaction interface;
The second processing module, for when receiving the analysis result that user uploads based on described the second information interaction interface and selecting corresponding authorisation process grade, according to default authorisation process grade and the mapping relations of on-site terminal, determine the corresponding on-site terminal of authorisation process grade that user selects;
The second sending module, for being sent to definite on-site terminal by described analysis result.
10. building operation information interaction system as claimed in claim 7, is characterized in that, also comprises:
The 3rd interactive module, for when receiving the positional information identification request of on-site terminal transmission, to on-site terminal, push three-dimensional construction building model, for user, on described three-dimensional construction building model, identify the regional location corresponding with described construction quality information, and to the server at described the 3rd interactive module place, upload the positional information corresponding with described regional location or identify the three-dimensional construction building model after described regional location when completing sign.
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