CN106522187A - Foundation pit monitoring information management system - Google Patents
Foundation pit monitoring information management system Download PDFInfo
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- CN106522187A CN106522187A CN201610983159.9A CN201610983159A CN106522187A CN 106522187 A CN106522187 A CN 106522187A CN 201610983159 A CN201610983159 A CN 201610983159A CN 106522187 A CN106522187 A CN 106522187A
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D1/00—Investigation of foundation soil in situ
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D1/00—Investigation of foundation soil in situ
- E02D1/02—Investigation of foundation soil in situ before construction work
- E02D1/022—Investigation of foundation soil in situ before construction work by investigating mechanical properties of the soil
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D33/00—Testing foundations or foundation structures
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- General Life Sciences & Earth Sciences (AREA)
- Mining & Mineral Resources (AREA)
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- General Engineering & Computer Science (AREA)
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- Chemical & Material Sciences (AREA)
- Analytical Chemistry (AREA)
- Soil Sciences (AREA)
- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
Abstract
The invention relates to the technical field of foundation pit monitoring and particularly relates to a foundation pit monitoring information management system. The foundation pit monitoring information management system comprises data processing, project management and system management; the data management comprises horizontal displacement data processing of a ring beam, settlement data processing, deep horizontal displacement (inclination testing) data processing, support axial force data processing, layered settlement data processing, oblique observation data processing, crack observation data processing, water level observation data processing, bottom heave data processing, lateral pressure data processing of an enclosure wall and water pressure data processing; the project management comprises contract management, flow management, instrument management, client feedback management, a map exhibition function and the like. On the basis of a B/S structure, data safety is realize by adopting related technologies such as data encryption transmission at the same time, so that data sharing and cooperative work are achieved; information, for example, geological exploration, design and construction progress and etc of a plurality of foundation pits in a region and related information, for example, information of survey points, monitoring instruments, monitoring data, surrounding buildings and etc are comprehensively collected, and on the basis, storage, analysis, processing, inquiry, achievement display and output automation of information are achieved, and functions such as pre-alarming are realized.
Description
Technical field
The present invention relates to pit retaining monitoring technical field, and in particular to pit retaining monitoring information management system.
Background technology
Monitoring information management platform is an important component part of foundation ditch information-aided construction.Current existing pit retaining monitoring
Information management platform mainly has the foundation ditch that (1998) such as Xiao Yuemin (1998), Zhong Zhengxiong, the happiness of stone Fructus Pruni etc. (2002) are introduced
Monitoring Data Management System；The pit retaining monitoring information management system collection that (calendar year 2001s) such as Hu Youjian etc. (calendar year 2001) Zhang Youliang is introduced
Into warning function；Xie Wei etc. (2005) describes the method for designing of the pit retaining monitoring information management system based on web；Wu Zhen
Monarch etc.（2008）Develop the distributed pit retaining monitoring information management based on GIS and early warning system；JinYuXi（2012）Point
The design of pit retaining monitoring information management system is analysed and has realized.These pit retaining monitoring information management system generally existings are asked as follows
Topic：
(1) emphasis is all placed in the realization of the basic functions such as the management of Monitoring Data, inquiry, lack foundation ditch geological mapping, design,
The data such as construction speed, lack the integrated management to information such as measuring point information, monitoring instrument, surrounding buildings.Simple monitoring
Data, if no specific foundation ditch background is nonsensical.Analytic function is also weaker, and forecast model is little, while also lacking
Weary deeper analytic function, the such as association analysiss of Monitoring Data and construction speed etc..
(2) part system realizes the drafting and management of the figures such as monitoring point layout drawing and Adjacent Buildings, but non-base
Realize in GIS, it is impossible to the association effectively set up between Monitoring Data and figure.
(3) major part does not solve the problems, such as the output of Monitoring Result.Pit retaining monitoring it is ageing very strong, it is desirable to Monitoring Data
Can be processed in time and be analyzed.And the making for monitoring form is very time-consuming laborious work, efficiency is low and error-prone.If
Automatization's output of monitoring form can be realized, work efficiency and feedback of the information level will be greatly enhanced.
(4) region pit retaining monitoring integrated information management problem is not solved.It is conceived to the monitoring information management of single foundation ditch,
Do not consider that the monitoring information of multiple foundation ditches in region is managed in being integrated in a project, also inconvenience is to similar foundation ditch work
Cheng Jinhang analogy analyses.
(5) do not solve Monitoring Data to share and collaborative work problem.The system that Xie Wei etc. (2005) is developed realizes number
According to shared, but due to being difficult to ensure that using the safety of B/S structures, Monitoring Data.In addition, pit retaining monitoring is that concertedness is very strong
Work, needs many people to participate in.Therefore, develop distributed pit retaining monitoring information platform and consider that safety can meet at present
Demand.
The content of the invention
It is present invention aims to the defect and deficiency of prior art, there is provided a kind of simple structure, reasonable in design, make
With convenient pit retaining monitoring information management system, it includes：Contract management, instrument management, user management, Role Management, data
Process, project management, system administration；The data management includes collar tie beam horizontal displacement data processing, settling data process, deep layer
Horizontal displacement（Deviational survey）Data processing, axial force of the supports data processing, delaminating deposition data processing, declivity observation data processing, split
Seam observation data processing, water-level observation data processing, bottom heave data processing, enclosure wall soil lateral pressure data processing, water
Pressure data process and its warning；The project management include new projects, opening project, deletion project, preservation project, one
Project and multinomial item association, basic condition management, Contents for Monitoring management, workflow management, expenses management, personal management, instrument
Management, map displaying, data management, inquiry, client feedback management；The system administration includes rights management, operation note pipe
Reason, printing, output, system are arranged.
After aforesaid way, the present invention has the beneficial effect that：Pit retaining monitoring information management system of the present invention, it
Realize the safety of data on the basis of B/S structures simultaneously using correlation techniques such as Data Encryption Transmissions, realize data sharing
And collaborative work, to the data such as the geological mapping of multiple foundation ditches, design, construction speed in region and measuring point information, monitoring instrument,
The relevant informations such as Monitoring Data, surrounding building are gathered comprehensively, and realize the storage of information, analysis, place on this basis
Reason, inquiry, achievement show, export automatization and possess the functions such as early warning.
Description of the drawings
Accompanying drawing described herein be for providing a further understanding of the present invention, constituting the part of the application, but
Inappropriate limitation of the present invention is not constituted, in the accompanying drawings：
Fig. 1 is present system structural representation.
Specific embodiment
Describe the present invention below in conjunction with accompanying drawing and specific embodiment in detail, illustrative examples therein and say
It is bright to be only used for explaining the present invention but not as a limitation of the invention.
As shown in figure 1, the pit retaining monitoring information management system described in this specific embodiment, it includes：Contract management, instrument
Device management, user management, Role Management；It is characterized in that：It includes data processing, project management, system administration；The data
Management includes collar tie beam horizontal displacement data processing, settling data process, deeply mixing cement-soil pile（Deviational survey）Data processing, axial force of the supports
Data processing, delaminating deposition data processing, declivity observation data processing, gap observation data processing, water-level observation data processing,
Bottom heave data processing, enclosure wall soil lateral pressure data processing, water pressure data processing；The project management includes increasing newly
Project, opening project, deletion project, preservation project, mesh in every particular and multinomial item association, basic condition management, Contents for Monitoring
Management, workflow management, expenses management, personal management, instrument management, map displaying, data management, inquiry, client feedback management；
The system administration includes that rights management, operation note management, printing, output, system are arranged.
Further：The current period that data calculate each monitoring point is observed in the collar tie beam horizontal displacement data processing according to the current period
Displacement, and compare with each phase displacement of history, calculate the current period accumulative displacement amount and current period displacement speed of each monitoring point
Rate, generates the displacement change curve of each monitoring point.
Further：The settling data is processed observes the current period settling amount that data calculate each monitoring point according to the current period,
And compare with each phase settling amount of history, calculate the current period accumulative settling amount and the current period rate of settling of each monitoring point, generate each
The displacement change curve of settlement point.
Further：The deeply mixing cement-soil pile（Deviational survey）Data processing is observed data according to the current period and calculates each monitoring point
Current period displacement, and compare with each phase displacement of history, calculate current period accumulative displacement amount and the current period position of each monitoring point
Speed is moved, the displacement-depth change curve figure of each monitoring point is generated.
Further：The bottom heave data processing input source has two kinds：The observation data of optical level are paper
Matter is recorded, and needs to be manually entered in the present system；The observation data of electronic level can be directly output as the text of txt forms
Presents, according to the model of electronic level, the form for observing data storage is slightly different.
Further：Described collar tie beam horizontal displacement data processing, settling data process, deeply mixing cement-soil pile（Deviational survey）Number
According to process, axial force of the supports data processing, delaminating deposition data processing, declivity observation data processing, gap observation data processing, water
The actual measurements such as position observation data processing, bottom heave data processing, enclosure wall soil lateral pressure data processing, water pressure data processing
When as a result exceeding the safety value in set point, alarm will be sent in time；Automatic alarm is write as pit retaining monitoring information by soft
The software of management system V1.0 is realized.
Further：The map shows includes engineering project border；The essential information of engineering project, Surveillance and its
Warning message；Open electronic map interface, it can be seen that the position distribution of all pit retaining monitoring projects, click on electronic chart
Pit retaining monitoring project, can show the Monitoring Result and scene photograph with pit retaining monitoring item association, i.e., can provide in system can
To import the interface of image data and preserve the data base of picture.This function is write as pit retaining monitoring information management system by soft
The software of V1.0 is realized.
Further:：While signing several points during the mesh in every particular is a pit retaining monitoring project with multinomial item association
Project is corresponding.
Pit retaining monitoring information management system of the present invention, its contract management are entered as supporting item management module
The management of row contract essential information.Registration of contracts content includes：1st, the date；2nd, bullets；3rd, project name；4th, Contents for Monitoring
（Foundation ditch, sedimentation etc.）；5th, contract total price；6th, final accounts valency；7th, contact person；8th, payment node；9th, pay the bill contact person（Another attached PDF is literary
Part）.Hinge operation flow includes：1st, registration of contracts flow process is：Start → selected project → whether there is（Do not exist, return to
Selected project）→ typing contract essential information, and upload electronic material → end；2nd, modification of contract；3rd, contract module is related to
Data dictionary.
Pit retaining monitoring information management system of the present invention, its instrument ＆ equipment management include：1st, instrument typing, specifically
For：Beginning → typing instrument and equipment, and upload electronic document → examination ＆ verification（If examination ＆ verification does not pass through, typing instrument and equipment is returned, and
Upload electronic document）→ instrument and equipment warehouse-in → terminate；2nd, instrument and equipment verification, specially：Start → selected instrument → whether
Change（If not changing, selected instrument is returned to）→ typing modification information → end；3rd, instrument ＆ equipment management module is related to
Data dictionary.
Pit retaining monitoring information management system of the present invention, its Role Management include：1st, typing role, specially：
Beginning → typing role → end；2nd, distribute authority, specially：Start → select role → distribution authority → end.
Pit retaining monitoring information management system of the present invention, its user management include：1st, user's typing, specially：
Beginning → input technology personal information → examination ＆ verification（If examination ＆ verification does not pass through, input technology personal information is returned to）→ warehouse-in → knot
Beam, system initialization is, for personal information can import data in batches, specially：Beginning → typing customer's personal information →
Selected project → end；2nd, distribute role to client, specially：Start → select personnel（Non-customer personnel）→ appointment role →
Terminate；3rd, the basic function of user, including deletion, Modify password change content, message board, feedback of the information, customer information feedback
Refer to that client is opened after software according to authority, it can be seen that information reminding, it is possible in message board last time multiple corresponding contents, realize
Feedback information is managed.
Pit retaining monitoring information management system of the present invention, its collar tie beam horizontal displacement data processing operation flow is：
After collar tie beam horizontal displacement monitoring terminates every time, initial data can be all produced.Field operation monitoring method include surveying little horn cupping and axis method,
Method of polar coordinates etc., the initial data of generation are slightly different.Initial data may be paper record, need to be manually entered software
In, it is also possible to the excel data of same format, can import in software.Initial data import after firstly the need of carrying out
The rules such as data check, including data integrity inspection, numerical range inspection.Need according to public affairs after initial data inspection is errorless
Formula calculates the displacement of each monitoring point.According to little horn cupping is surveyed, computing formula is as follows：Displacement=the tested point of each monitoring point is inclined
Digression X tested point is to instrument distance/206265.During First Observation, can not be calculated, directly will deviate from collimation line distance acquiescence
For 0, when observing for second, acquiescence sighting distance is constant, secondary angle value and last time is subtracted each other, then using above-mentioned formula
Calculate offset distance.According to axis method, above table form is constant, and simply without filling in observation angle, First Observation gives tacit consent to offset distance
For 0mm, observe for the second time and subtracting each other with the last time.Monitoring alarm value is according to the practical situation of engineering project, surrounding enviroment etc.
Come what is determined, the alarming value of each project is different, and in project, the alarming value of each monitoring point is likely to difference.Calculating
After the displacement of current period each monitoring point, need and alarming value is compared, if transfinited, carry out alert process.Finally export
Horizontal displacement observation outcome table.
Pit retaining monitoring information management system of the present invention, its settling data processing business flow process is：Settle every time
After field operation terminates, initial data can be all produced, if the data of optical level, then be needed the number of paper list manually
According to being entered in software.If the data of electronic level, then needing will be the content of text of txt forms straight by software
Connect importing.Firstly the need of data check, including data integrity inspection is carried out after initial data importing, survey station front-and rear-view is away from difference
Check, reading is more than rules such as scale full-scale reading inspections.Need to carry out adjustment, error compensation method after initial data inspection is errorless
Have various, typically have error adjustment method, indirect adjustment method etc..Select a kind of error compensation method to carry out compensating computation, finally obtain flat
Each monitoring point height of after the recovery.Current period settling amount can be calculated by current period elevation and last elevation.By current period elevation and
Downpayment elevation can calculate current period accumulative settling amount.Monitoring alarm value is practical situation, the surrounding enviroment according to engineering project
Etc. determining, the alarming value of each project is different, and in project, the alarming value of each monitoring point is likely to difference.Calculating
After going out the settling amount of current period each monitoring point, need and alarming value is compared, if transfinited, carry out alert process.It is last defeated
Go out building（Sedimentation）Observing buoy table.
Pit retaining monitoring information management system of the present invention, its deeply mixing cement-soil pile（Deviational survey）Data processing Business Stream
Cheng Wei：After deviational survey observation terminates every time, initial data can be all produced.One foundation ditch project might have multiple deviational survey holes, often
Individual deviational survey hole can produce one group of data after individually observing.The observation data in multiple deviational survey holes can be exported to by inclinometer
Txt texts, are then imported in software again.Initial data import after firstly the need of carrying out data check, including data are complete
Property check, numerical range check etc. rule.Need to calculate deviational survey hole in different depth according to formula after initial data inspection is errorless
Displacement.Monitoring alarm value is the report of each project determining according to the practical situation of engineering project, surrounding enviroment etc.
Alert value is different, and in project, the alarming value of each monitoring point is likely to difference.After the displacement for calculating current period each monitoring point,
Need and alarming value is compared, if transfinited, carry out alert process.Deeply mixing cement-soil pile observing buoy table is exported finally.
Pit retaining monitoring information management system of the present invention, its axial force of the supports data processing operation flow is：Every time
After axial force of the supports monitoring terminates, initial data can be all produced.The frequency values that initial data is mainly read from frequency recorder.It is original
Data may be paper record, need to be manually entered in software, it is also possible to the excel data of same format, can lead
Enter in software.Firstly the need of data check, including data integrity inspection is carried out after initial data importing, numerical range is examined
The rule such as look into.Need the axial force of the supports size of each monitoring point is calculated according to formula after initial data inspection is errorless.One monitoring point
4 reinforcing rib meters of correspondence, reinforcing rib meter pressure=COEFFICIENT K ×（Original frequency-cymometer reading）, concrete axial force of the supports=reinforcing rib meter
Pressure sum × axle power.After calculating the axial force of the supports of current period each monitoring point, in addition it is also necessary to the support of last issue is read from data base
Axle power, further calculates the variable quantity of axial force of the supports.Monitoring alarm value is practical situation, the peripheral ring according to engineering project
Come what is determined, the alarming value of each project is different, and in project, the alarming value of each monitoring point is likely to difference in border etc..In meter
After calculating the axial force of the supports of current period each monitoring point, need and alarming value is compared, if transfinited, carry out alert process.Most
Axial force of the supports observing buoy table is exported afterwards.
Pit retaining monitoring information management system of the present invention, its delaminating deposition data processing operation flow is：Every time
After soil body deep soil settlement survey terminates, initial data can be all produced.Initial data may be paper record, need to be manually entered
To in software, it is also possible to the excel data of same format, can import in software.Initial data is needed after importing first
The rules such as data check to be carried out, including data integrity inspection, numerical range inspection.Need after initial data inspection is errorless
Calculated according to formula.Each sedimentation pipe has multiple sedimentation rings, and it is heavy apart from L=to pipe top that the high Hj- of sedimentation pipe pipe top mark settles ring
The absolute altitude H of drop ring.Pre-buried sedimentation pipe is needed before excavation of foundation pit, the sedimentation ring absolute altitude that first time survey calculation is obtained is heavy for this
The initial absolute altitude of drop ring, the sedimentation ring absolute altitude and the difference of initial absolute altitude that each issue survey calculation is obtained later are the sedimentation ring
The settling amount of correspondence soil layer.Monitoring alarm value be according to the practical situation of engineering project, surrounding enviroment etc. determining, each
Purpose alarming value is different, and in project, the alarming value of each solum settlement ring is likely to difference.Calculating current period solum settlement ring
Displacement after, need and alarming value be compared, if transfinited, carry out alert process.Soil body delaminating deposition is exported finally
Monitoring Result table.
Pit retaining monitoring information management system of the present invention, its declivity observation data processing operation flow is：Every time
After declivity observation terminates, initial data can be all produced.Initial data may be paper record, need to be manually entered in software,
It is also likely to be the excel data of same format, can imports in software.Initial data import after firstly the need of carrying out data
Check, including rules such as data integrity inspection, numerical range inspections.The formula that declivity observation is calculated is complex, needs root
Perpendicularity is calculated according to the side-play amount in initial data.Concrete formula is referring to supplementary notes.Monitoring alarm value is according to engineering item
, come what is determined, the alarming value of each project is different for purpose practical situation, surrounding enviroment etc..Calculating hanging down for current period each monitoring point
After straight degree, need and alarming value is compared, if transfinited, carry out alert process.Measuring for verticality outcome table is exported finally.
Pit retaining monitoring information management system of the present invention, its gap observation data processing operation flow is：Every time
After gap observation terminates, initial data can be all produced.Initial data may be paper record, need to be manually entered in software,
It is also likely to be the excel data of same format, can imports in software.Initial data import after firstly the need of carrying out data
Check, including rules such as data integrity inspection, numerical range inspections.The initial data of gap observation include crack length,
Width, depth, trend etc., it is not necessary to carry out formula calculating.If the fracture strike figure that scene is drawn, it is also desirable to import to soft
In part.Gap observation observing buoy table is exported finally.
Pit retaining monitoring information management system of the present invention, its water-level observation data processing operation flow is：Every time
After water level settlement monitoring terminates, initial data can be all produced.Initial data may be paper record, need to be manually entered software
In, it is also possible to the excel data of same format, can import in software.Initial data import after firstly the need of carrying out
The rules such as data check, including data integrity inspection, numerical range inspection.Need to read this after initial data inspection is errorless
Each monitoring point water level value of observation, and last water level calculating current period water level variable and rate of change are read from data base,
Also need to calculate accumulative variable quantity.Monitoring alarm value is determining, often according to the practical situation of engineering project, surrounding enviroment etc.
The alarming value of individual project is different, and in project, the alarming value of each water level monitoring point is likely to difference.After current period water level is calculated,
Need and alarming value is compared, if transfinited, carry out alert process.Water-level observation outcome table is exported finally.
Pit retaining monitoring information management system of the present invention, its bottom heave data processing operation flow is：Every time
After bottom heave observation field operation terminates, initial data can be all produced, if the data of optical level, then be needed paper manually
The data inputting of matter form is in software.If the data of electronic level, then need the text of txt forms by software
This content is introduced directly into.Initial data import after firstly the need of carrying out data check, including data integrity inspection, before and after survey station
Sighting distance difference checks that reading is more than rules such as scale full-scale reading inspections.Need to carry out adjustment, adjustment after initial data inspection is errorless
Method has various, typically has error adjustment method, indirect adjustment method etc..A kind of error compensation method is selected to carry out compensating computation, finally
Each monitoring point height to after adjustment.Current period settling amount can be calculated by current period elevation and last elevation.It is high by the current period
Journey and downpayment elevation can calculate current period accumulative settling amount.Monitoring alarm value is practical situation, the periphery according to engineering project
, come what is determined, the alarming value of each project is different, and in project, the alarming value of each monitoring point is likely to difference for environment etc..In meter
After calculating the settling amount of current period each monitoring point, need and alarming value is compared, if transfinited, carry out alert process.Finally
Output bottom heave observing buoy table.
Pit retaining monitoring information management system of the present invention, its enclosure wall soil lateral pressure data processing operation flow
For：After the monitoring of enclosure wall soil lateral pressure terminates every time, initial data can be all produced.Initial data may be paper record, need
It is manually entered in software, it is also possible to the excel data of same format, can imports in software.Initial data is imported
Afterwards firstly the need of carrying out data check, including data integrity inspection, the rule such as numerical range is checked.Initial data checks errorless
Need afterwards the soil pressure force value of each monitoring point is calculated according to formula.According to soil pressure cell manufacturer provide Force Calculation formula and
Calibration coefficient can be calculated tries to achieve corresponding buried depth position soil pressure force value size.Monitoring alarm value is the actual feelings according to engineering project
, come what is determined, the alarming value of each project is different, and in project, the alarming value of each monitoring point is likely to not for condition, surrounding enviroment etc.
Together.After the soil pressure for calculating current period each monitoring point, need and alarming value is compared, if transfinited, carry out at warning
Reason.Pore water pressure observing buoy table is exported finally.
Pit retaining monitoring information management system of the present invention, its water pressure data processing operation flow is：Per secondary aperture
After the monitoring of gap water pressure terminates, initial data can be all produced.Initial data may be paper record, need to be manually entered software
In, it is also possible to the excel data of same format, can import in software.Initial data import after firstly the need of carrying out
The rules such as data check, including data integrity inspection, numerical range inspection.Need according to formula after initial data inspection is errorless
Calculate the pore water pressure force value of each monitoring point.The Force Calculation formula provided according to WG manufacturer and calibration coefficient
Can calculate and try to achieve corresponding buried depth position pore water pressure value size.For example computing formula is：Pore water pressure force value=it is WG
Calibration coefficient X (i-th practical frequency of sensor-sensor installs front original frequency).Monitoring alarm value is according to engineering item
, come what is determined, the alarming value of each project is different, the warning of each monitoring point in project for purpose practical situation, surrounding enviroment etc.
Value is likely to difference.After the pore water pressure for calculating current period each monitoring point, need and alarming value is compared, if super
Limit, then carry out alert process.Pore water pressure observing buoy table is exported finally.
Pit retaining monitoring information management system of the present invention, its tour record data processing business flow process is：Scene
Record data is maked an inspection tour if Excel formatted datas or Word formatted datas, are importing directly in software.If
Paper record form, needs to select template according to table content, then the content on paper list is input in template.
Pit retaining monitoring information management system of the present invention, its opening project operation flow is：If not first
Secondary cuit information, illustrates that project to be opened in bulleted list, can directly open project.Root after opening project
According to user right, project or amended record project information are may browse through.
Pit retaining monitoring information management system of the present invention, its new projects operation flow is：If new base
Hole monitoring project information needs to be entered in software, it is necessary first to new projects, cuit title, Contract NO, according to conjunction
Project uniqueness in software be can ensure that with numbering, project name can not be born the same name；Then increase new in bulleted list
Pit retaining monitoring project.
Pit retaining monitoring information management system of the present invention, its deletion project operation flow is：If necessary to by
The deletion of items of typing information, it is necessary first to check that the project whether there is；If there is the project, current operation will be also checked
The authority of user.Only project leader can just delete project, and the project is created by the project leader.
Pit retaining monitoring information management system of the present invention, its preservation project operation flow is：If the letter of project
Breath has change, needs to be saved in data base, needs to check user right before preservation.
Pit retaining monitoring information management system of the present invention, its basic condition management business flow process is：New projects
When need entry item purpose essential information, be then saved in data base；During opening project, can show that the project of typing is basic
Information；If the essential information of project has altered, project can be first opened, after changing the content of change, be saved in data base.
Pit retaining monitoring information management system of the present invention, its Contents for Monitoring management business flow process is：Increase monitoring
Point：The general pit retaining monitoring incipient stage firstly the need of embedded monitoring point, if corresponding monitoring point layout drawing（CAD forms）,
Can import in software, parse automatically the monitoring point information in CAD figures by software, such as period and positional information, so
Supplement the attribute informations such as the embedded situation of the typing point afterwards according to period.Monitoring point layout drawing and monitoring point attribute information are intended to protect
It is stored in data base.Change monitoring point：During pit retaining monitoring, as special circumstances need change monitoring point.Now can be with
The attribute information of manual setting monitoring point, while replacing original monitoring point layout drawing.Contents for Monitoring is managed：Each issue pit retaining monitoring
After end, newly-increased data processing item is needed, corresponding data process subsystem is then gone to and is processed.For having located before
Reason terminates previous data, can show initial data and output report.
Pit retaining monitoring information management system of the present invention, its workflow management operation flow is：Foundation pit construction flow process
Management：Firstly the need of typing foundation pit construction schedule diagram, then according to the actual progress constructed to construction schedule table
It is updated.Pit retaining monitoring workflow management：The monitoring cycle and monitoring frequency of each pit retaining monitoring item is not quite similar, and needs difference
Management.With reference to the estimated monitoring total degree of foundation pit construction progress typing, then each issue ED is processed in data process subsystem
Afterwards, monitoring number of times is automatically updated, workflow management figure is formed, project progress situation is reflected by node.
Pit retaining monitoring information management system of the present invention, its expenses management operation flow is：From treaty documents
Payment nodal information is extracted, then according to construction speed real-time update receivables and payables situation.
Pit retaining monitoring information management system of the present invention, its personal management operation flow is：The basic letter of personnel
Breath management：In order to reduce repetition typing personal information, and pit retaining monitoring operation group personnel are relatively stable, can set up personnel's base
This information table, name only to personnel, age, sex, educational background, post certificate, certificate number（The scanning of certificate may be included
Part）Carry out registration management.Personnel's basic information management of project：Foundation ditch project management department member's table is managed.If
It is existing in personnel's Basic Information Table, then it is introduced directly into the essential information of personnel, and and item association；If in personnel's base
Do not exist in this information table, then add the essential information of personnel, while being saved in personnel's Basic Information Table.It is related to other lists
Position contact personnel information management it is consistent with our unit personnel information management mode.
Pit retaining monitoring information management system of the present invention, its instrument management operation flow is：The basic letter of instrument
Breath management：Instrument Basic Information Table is managed, device numbering, device name, label, model including instrument, is dispatched from the factory
The item associations such as numbering, initial value unit price, date of acquisition：If instrument by certain operation group used in certain project, by instrument
Device and operation group and item association.Instrument calibration：Instrument needed to carry out calibration by professional at interval of a period of time.Need
This calibration date and plan calibration date in software to instrument carries out registration management, and needs be close to instrument inspection
During the date of school, operation group is reminded.
Pit retaining monitoring information management system of the present invention, its map show that operation flow is：Open electronic chart
Interface, it can be seen that the position distribution of all pit retaining monitoring projects.Pit retaining monitoring project, Ke Yixian are clicked on electronic chart
Show the description information with the scene photograph and photo of pit retaining monitoring item association.Can provide i.e. in system and can import image data
Interface and preserve picture data base.
Pit retaining monitoring information management system of the present invention, its data management operation flow is：Import：Can import
Pit retaining monitoring project related data, such as treaty documents, scheme, log etc., support OFFCIE document formats, PDF forms,
Conventional picture format, CAD drawing forms etc..Derive：The data having been introduced in project can be derived self-defined catalogue：It is right
Catalogue in data management can need self-defining to delete according to project：The data that can be deleted in the project of having been imported into is looked into
See：The data that can be checked in the project of having been imported into, support OFFCIE document formats, PDF forms, conventional picture format,
CAD drawing forms etc. are checked.CAD map editings：For the data of CAD drawing forms, can preserve after editing.
Pit retaining monitoring information management system of the present invention, its inquiry business flow process is：Input inquiry keyword or
Person selects query filter condition, clicks on inquiry and can obtain Query Result.If no Query Result, it is also desirable to be given and clearly carry
Show.Query Result needs display number, if number is more, needs paging to show.A certain item in selection Query Result, can
To show details.One or more Query Result items can be exported in Excel tables or directly printout.
Mesh is inquired about：Can be inquired about according to keywords such as project name, places, the project data checked is needed quickly to navigate to
Inquiry：Can be inquired about according to attributes such as the title of data, the affiliated project names of data, be looked into quickly to navigate to needs
The data initial data inquiry seen：Can be according to the typing people of initial data, affiliated project name, entry time, certain time period
Inquired about Deng attribute, the initial data contact person for checking inquiry is needed quickly to navigate to：Can be according to contact person's surname
The attributes such as name, affiliated unit carry out inquiring about instrument inquiry：Can be inquired about according to attributes such as instrument numbering, titles.
Pit retaining monitoring information management system of the present invention, its rights management operation flow is：Only manager is
Role, modification role can be created and role is deleted.When creating role or modification role, need to carry out the corresponding authority of role
Configuration.Manager, project leader, operation group are the basic roles in this software, it is impossible to deleted.Below a kind of role, correspondence is more
Individual user.Manager can be the corresponding role of user configuring.After User logs in software, before carrying out a certain operation, it is necessary first to
The examination ＆ verification of functional module level is carried out according to the role of user, if examination ＆ verification passes through, then the examination ＆ verification of interface level is carried out, if examination ＆ verification is logical
Cross and access.
Pit retaining monitoring information management system of the present invention, its operation note management business flow process are all of user
Operation is all recorded automatically on backstage, and is stored in data base.Manager can according to user name, the operating time,
The operation note to user such as action type is inquired about, and with printout or can be exported in excel tables.
Pit retaining monitoring information management system of the present invention, its print service flow process is：Much operate in this software
Result output need to be printed as paper document.Information in current window is sent to printer and is printed by acquiescence, is being beaten
Before print machine is printed, user can be adjusted to the layout for printing content by page setup function.If can not and printer
Communication is set up, needs to point out corresponding error message.
Pit retaining monitoring information management system of the present invention, its outgoing traffic flow process is：If no printer or
Person is needed using PDF format files, can with the Content Transformation that will print as PDF format files, PDF format files
Outgoing route needs to be specified by user, it is also desirable to provide the outgoing route of acquiescence.If convert failed, need to point out user's phase
Pass information.After EOC, acquiescence opens the successful PDF documents of conversion.
Pit retaining monitoring information management system of the present invention, it is added using data on the basis of B/S structures simultaneously
The correlation techniques such as close transmission realize the safety of data, realize data sharing and collaborative work, the ground to multiple foundation ditches in region
The relevant informations such as data and measuring point information, monitoring instrument, Monitoring Data, surrounding building such as matter prospecting, design, construction speed enter
Row is comprehensively gathered, and realizes that the storage of information, analysis, process, inquiry, achievement show, export automatization and tool on this basis
The functions such as standby early warning.
The above is only the better embodiment of the present invention, therefore all constructions according to described in present patent application scope,
Equivalence changes or modification that feature and principle are done, are included in the range of present patent application.
Claims (8)
1. pit retaining monitoring information management system, it is characterised in that：It includes data processing, project management, system administration；The number
Include collar tie beam horizontal displacement data processing, settling data process, deeply mixing cement-soil pile according to management（Deviational survey）Data processing, support shaft
Force data process, delaminating deposition data processing, declivity observation data processing, gap observation data processing, at water-level observation data
Reason, bottom heave data processing, enclosure wall soil lateral pressure data processing, water pressure data processing；The project management includes
New projects, opening project, deletion project, preservation project, mesh in every particular are managed, are monitored with multinomial item association, basic condition
Content Management, workflow management, expenses management, personal management, instrument management, map displaying, data management, inquiry, client feedback
Management；The system administration includes that rights management, operation note management, printing, output, system are arranged.
2. pit retaining monitoring information management system according to claim 1, it is characterised in that：The collar tie beam horizontal displacement data
Process and the current period displacement that data calculate each monitoring point is observed according to the current period, and compare with each phase displacement of history, count
The current period accumulative displacement amount and current period rate of displacement of each monitoring point are calculated, the displacement change curve of each monitoring point is generated.
3. pit retaining monitoring information management system according to claim 1, it is characterised in that：The settling data processes basis
Current period observation data calculate the current period settling amount of each monitoring point, and compare with each phase settling amount of history, calculate each prison
The current period of measuring point accumulative settling amount and the current period rate of settling, generate the displacement change curve of each settlement point.
4. pit retaining monitoring information management system according to claim 1, it is characterised in that：The deeply mixing cement-soil pile（Survey
Tiltedly）Data processing is observed data according to the current period and calculates the current period displacement of each monitoring point, and with each phase displacement ratio of history
Compared with, the current period accumulative displacement amount and current period rate of displacement of each monitoring point are calculated, the displacement-change in depth for generating each monitoring point is bent
Line chart.
5. pit retaining monitoring information management system according to claim 1, it is characterised in that：The bottom heave data processing
Input source has two kinds：The observation data of optical level are paper record, need to be manually entered in the present system；Electronic leveler
The observation data of instrument can be directly output as the text of txt forms, and according to the model of electronic level, observation data are deposited
The form of storage is slightly different.
6. pit retaining monitoring information management system according to claim 1, it is characterised in that：Described collar tie beam horizontal displacement number
According to process, settling data process, deeply mixing cement-soil pile（Deviational survey）Data processing, axial force of the supports data processing, delaminating deposition data
Process, declivity observation data processing, gap observation data processing, water-level observation data processing, bottom heave data processing, go along with sb. to guard him
Wall soil lateral pressure data processing, water pressure data processing send alarm in data are more than set point.
7. pit retaining monitoring information management system according to claim 1, it is characterised in that：The map shows that function includes
Engineering project border；The essential information of engineering project, newest Surveillance and warning message.
8. pit retaining monitoring information management system according to claim 1, it is characterised in that：The mesh in every particular and multinomial item
Mesh association be a pit retaining monitoring project in while to sign several sub-items corresponding.
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| CN201610983159.9A CN106522187A (en) | 2016-11-09 | 2016-11-09 | Foundation pit monitoring information management system |
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| CN201610983159.9A CN106522187A (en) | 2016-11-09 | 2016-11-09 | Foundation pit monitoring information management system |
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| CN108842746A (en) * | 2018-06-29 | 2018-11-20 | 重庆水利电力职业技术学院 | A kind of method of architectural engineering pit monitoring |
| CN109840859A (en) * | 2019-01-30 | 2019-06-04 | 中材海外工程有限公司 | Cement works construction project intelligent management system |
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