CN107806906A - A kind of monitoring system and method for high and big die plate support system - Google Patents
A kind of monitoring system and method for high and big die plate support system Download PDFInfo
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- CN107806906A CN107806906A CN201711260211.9A CN201711260211A CN107806906A CN 107806906 A CN107806906 A CN 107806906A CN 201711260211 A CN201711260211 A CN 201711260211A CN 107806906 A CN107806906 A CN 107806906A
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- 238000012544 monitoring process Methods 0.000 title claims abstract description 228
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Abstract
The invention discloses a kind of monitoring system and method for high and big die plate support system.The Monitoring Data of high and big die plate support system is gathered by sensor assembly；Wireless data acquisition module transmits Monitoring Data to cloud platform；Cloud platform receives Monitoring Data, and Monitoring Data is calculated and managed；Cloud platform is accessed by client modules, operation requests are sent to cloud platform；Cloud platform receives operation requests, and performs corresponding operation response.The technical scheme of the embodiment of the present invention solves in the prior art, data acquisition is carried out due to needing technical staff to hold collecting device, cause the waste of collecting device, the equipment purchase cost of increase company, and data acquisition is carried out using artificial mode, the accuracy and reliability of high and big die plate support system monitoring are difficult to be guaranteed, further result in project management difficulty, the uncontrollable problem of project risk, having reached further reduces cost, improves the accuracy of high and big die plate support system monitoring and the effect of reliability.
Description
Technical field
The present embodiments relate to building monitoring technology, more particularly to a kind of monitoring system of high and big die plate support system and
Method.
Background technology
High and big die plate support system has the characteristics that load is big, highly high, due to producing excessive change under load action
Shape or load, the failure of high and big die plate support system inner member is induced, stabilization is partly or wholly lost, so as to which high and big die plate branch occur
Support system partial collapse or entirety are toppled, and cause operating personnel's injures and deaths.Therefore, in work progress, system is supported to high and big die plate
System is monitored to ensure construction safety, it appears particularly important.
In the prior art, the monitoring of high and big die plate support system typically uses artificial mode, is adopted by the way that technical staff is hand-held
Collect equipment, docking sensor carries out data acquisition.
The defects of obvious be present in existing technical scheme：(1) data are carried out due to needing technical staff to hold collecting device
Collection, causes the waste of collecting device, increases the equipment purchase cost of company；(2) monitoring of high and big die plate support system has
The features such as monitoring cycle is short, monitoring project is more, high monitoring frequency, sudden height, data acquisition is carried out using artificial mode, it is tall and big
The accuracy and reliability of formwork bracing system monitoring are difficult to be guaranteed, and further result in project management difficulty, project risk
Uncontrollable problem.
The content of the invention
In view of this, the present invention provides a kind of monitoring system and method for high and big die plate support system, further to realize
Cost is reduced, improves the accuracy and reliability of the monitoring of high and big die plate support system.
In a first aspect, the embodiments of the invention provide a kind of monitoring system of high and big die plate support system, including：
Sensor assembly, wireless data acquisition module, cloud platform and client modules；
Wherein, the sensor assembly, at least one monitoring opening position being arranged in high and big die plate support system, with institute
Wireless data acquisition module connection is stated, is sent to for gathering Monitoring Data of the high and big die plate support system in the monitoring position
The wireless data acquisition module；
The wireless data acquisition module, one end are connected with the sensor assembly, and the other end is connected with the cloud platform,
For the sensor assembly to be transmitted to the cloud platform at least one monitoring station acquisition to the Monitoring Data；
The cloud platform, remote control center is arranged at, for receiving the monitoring position of the high and big die plate support system
Monitoring Data, the Monitoring Data calculated and managed, and receive the operation requests that the client modules are sent,
And response is operated according to corresponding to performing operation requests；
The client modules, it is connected with the cloud platform, for accessing the cloud platform, and according to business demand to institute
State cloud platform and send operation requests.
Further, sensor assembly includes at least one of following：
Pressure sensor, obliquity sensor, distance measuring sensor and hydrostatic level；
Wherein, the pressure sensor, for measuring the load-bearing pressure of high and big die plate support system；
The obliquity sensor, for measuring the rod member angle of inclination of high and big die plate support system；
The distance measuring sensor, the rod member for measuring high and big die plate support system settle；
The hydrostatic level, for measuring the surface subsidence of high and big die plate support system.
Further, the wireless data acquisition module includes data acquisition box, wherein, the data acquisition
Box obtains the Monitoring Data of the sensor assembly collection in a manner of wired, and the Monitoring Data is wirelessly sent out
Deliver to the cloud platform.
Further, cloud platform includes：
Master server, one end are connected with the wireless data acquisition module, and the other end is connected with the client modules, are used
Monitoring Data in the monitoring position for obtaining high and big die plate support system, and the Monitoring Data is calculated and managed；
From server, one end is connected with the master server, and the other end is connected with the client modules, for when main clothes
When being engaged in device because of disorderly closedown, the work of adapter master server；
Equalization server, one end are connected with the master server, and the other end is connected with the client modules, for master
Server coordinates, and performs load balancing；
Log information server, one end are connected with the master server, and the other end is connected with the client modules, is used for
When cloud platform breaks down, Operation Log is collected；
Caching server, it is connected with the master server, for coordinating with master server, Monitoring Data is calculated.
Further, the client modules is can networked mobile devices；
It is described can networked mobile devices include it is at least one of following：Smart mobile phone, tablet personal computer and personal computer.
Second aspect, the embodiment of the present invention additionally provides a kind of monitoring method of high and big die plate support system, applied to such as
In a kind of monitoring system of high and big die plate support system described in the embodiment of the present invention, including：
Receive Monitoring Data of the high and big die plate support system at least one monitoring position；
The Monitoring Data of reception is calculated and managed；
The operation requests that client modules are sent are received, and response is operated according to corresponding to performing operation requests.
Further, the Monitoring Data is calculated and managed, including：
Monitoring Data is analyzed according to preset alarm value, judges that high and big die plate support system is hidden with the presence or absence of safety
Suffer from；
If it is determined that Monitoring Data is not up to preset alarm value, then the Monitoring Data is stored；
If it is determined that Monitoring Data reaches preset alarm value, then alarm is exported to the responsibility terminal matched with the Monitoring Data
Information.
Further, operation requests comprise at least：Data analysis is checked, exports data analysis report, facility information is set,
Project information is set, checks project information and management user account.
Further, the operation requests for receiving client modules and sending, and the behaviour according to corresponding to performing operation requests
Before responding, in addition to：
Different user rights is set to the different accounts of cloud platform according to business demand, and establishes user right and behaviour
The association of work, limit opereating specification of the user to cloud platform；
Application program leaved for development and corresponding database are provided；
The application program by testing and corresponding database are obtained, and passes through survey described in operation on corresponding server
The application program of examination.
Further, Monitoring Data comprises at least：Load-bearing pressure, the high and big die plate support system of high and big die plate support system
Rod member angle of inclination, high and big die plate support system rod member sedimentation and high and big die plate support system surface subsidence.
The monitoring system and method for the high and big die plate support system of above-mentioned offer, high and big die plate is gathered by sensor assembly
Monitoring Data of the support system in monitoring position is sent to wireless data acquisition module；Wireless data acquisition module is by Monitoring Data
Transmit to cloud platform；Cloud platform receives Monitoring Data, and Monitoring Data is calculated and managed；Cloud is accessed by client modules
Platform, operation requests are sent to cloud platform；Cloud platform receives the operation requests that client modules are sent, and is held according to operation requests
Operation response corresponding to row, is solved in the prior art, is carried out data acquisition due to needing technical staff to hold collecting device, is made
Into the waste of collecting device, increase the equipment purchase cost of company, and data acquisition, high and big die plate are carried out using artificial mode
The accuracy and reliability of support system monitoring are difficult to be guaranteed, and further result in project management difficulty, project risk can not
The problem of control, having reached further reduces cost, improves the accuracy of high and big die plate support system monitoring and the effect of reliability.
Brief description of the drawings
Fig. 1 is a kind of structural representation of the monitoring system for high and big die plate support system that the embodiment of the present invention one provides；
Fig. 2 is a kind of structural representation of the monitoring system for high and big die plate support system that the embodiment of the present invention two provides；
Fig. 3 is a kind of flow chart of the monitoring method for high and big die plate support system that the embodiment of the present invention three provides；
Fig. 4 is a kind of flow chart of the monitoring method for high and big die plate support system that the embodiment of the present invention four provides；
Fig. 5 is a kind of flow chart of the monitoring method for high and big die plate support system that the embodiment of the present invention five provides.
Embodiment
The present invention is described in further detail with reference to the accompanying drawings and examples.It is understood that this place is retouched
The specific embodiment stated is used only for explaining the present invention, rather than limitation of the invention.It also should be noted that in order to just
Part related to the present invention rather than entire infrastructure are illustrate only in description, accompanying drawing.
Embodiment one
Fig. 1 is a kind of structural representation of the monitoring system for high and big die plate support system that the embodiment of the present invention one provides,
The present embodiment is applicable to situation about being monitored to high and big die plate support system, as shown in figure 1, the system includes：
Sensor assembly 110, wireless data acquisition module 120, cloud platform 130 and client modules 140；
Wherein, the sensor assembly 110, at least one monitoring opening position being arranged in high and big die plate support system,
It is connected with the wireless data acquisition module 120, for gathering monitoring number of the high and big die plate support system in the monitoring position
According to being sent to the wireless data acquisition module 120；
The wireless data acquisition module 120, one end are connected with the sensor assembly 110, and the other end is put down with the cloud
Platform 130 connects, for the sensor assembly 110 to be transmitted to institute at least one monitoring station acquisition to the Monitoring Data
State cloud platform 130；
The cloud platform 130, is arranged at remote control center, for receiving the monitoring position of the high and big die plate support system
The Monitoring Data put, the Monitoring Data is calculated and managed, and receive the operation that the client modules 140 are sent
Request, and response is operated according to corresponding to performing operation requests；
The client modules 140, it is connected with the cloud platform 130, for accessing the cloud platform 130, and according to industry
Business demand sends operation requests to the cloud platform 130.
Wherein, at least one monitoring location settings sensor module 110 in high and big die plate support system, passes through sensing
Device module 110 gathers Monitoring Data of the high and big die plate support system in the monitoring position and is sent to the data acquisition mould
Block 120.Wireless data acquisition module 120 is by sensor assembly 110 at least one monitoring station acquisition to the Monitoring Data
Transmit to the cloud platform 130.Cloud platform 130 receives the Monitoring Data of the monitoring position of the high and big die plate support system, right
The Monitoring Data is calculated and managed, and receives the operation requests that the client modules 140 are sent, and according to operation
Request operates response corresponding to performing.Cloud platform 130 is accessed by client modules 140, and according to business demand to the cloud
Platform 130 sends operation requests.Cloud platform 130 receives the operation requests that client modules 140 are sent, and is held according to operation requests
Operation response corresponding to row.
Wherein, according to the structure of high and big die plate support system, detection requirement and business demand, high and big die plate support system is selected
The monitoring position of system.At least one monitoring opening position in high and big die plate support system sets sensor assembly 110.Specifically
, in selected monitoring location settings sensor, Monitoring Data is obtained, the monitoring position of monitoring high and big die plate support system is whether
Potential safety hazard be present.Sensor includes pressure sensor, obliquity sensor, distance measuring sensor, hydrostatic level etc..
Wherein, wireless data acquisition module 120 by way of wireless telecommunications by the sensor assembly 110 at least one
Individual monitoring station acquisition is transmitted to the cloud platform 130 to the Monitoring Data.
Further, on the basis of above-mentioned technical proposal, the wireless data acquisition module 120 is adopted including wireless data
Collect box, wherein, the data acquisition box obtains the Monitoring Data of the sensor assembly collection in a manner of wired, and will
The Monitoring Data is wirelessly sent to the cloud platform.
Wherein, data acquisition box can be broadly divided into two parts：First, collecting part, such as PLC, capture card, mould
Number converter etc. can serve as collecting part.Second, part is wirelessly transferred, is the core of data acquisition box, is led to
The forms such as radio station, ZigBee protocol (ZigBee), 2G, 3G, wireless connection (WIreless-Fidelity, WIFI) are crossed to carry out wirelessly
Transmission.Most widely used in industry at present is 2G transmission forms.Specifically, sensor assembly 110 gathers high and big die plate support
Monitoring Data of the system in the monitoring position is sent to data acquisition box.Data acquisition box is by sensor assembly
110 transmit to cloud platform 130 at least one monitoring station acquisition to the Monitoring Data.
Wherein, cloud platform 130 provides a data processing, data sharing and control and manages the platform of data, passes through
Unified interface obtains the Monitoring Data of the monitoring position for the high and big die plate support system that sensor assembly 110 collects, to described
Monitoring Data is calculated and managed.Cloud platform 130 automatically updates according to the setting of user, safeguards data.Cloud platform 130
The operation requests that client modules 140 are sent are received, and response is operated according to corresponding to performing operation requests.Used specifically, working as
Family request is when checking data, and for the cloud platform according to the request condition of user, data corresponding to acquisition are supplied to user；And
When data analysis and export report are checked in user's request, according to the processing method of setting, select data to be analyzed, analyzed
As a result, generation report, and the analysis result and report are returned into user.
Wherein, user can log in cloud platform website at any time by client modules 140, and be operated.User can enter
Row operation includes：Data analysis is checked, exports data analysis report, facility information is set, project information is set, checks that project is believed
Breath and management user account etc..
Further, on the basis of above-mentioned technical proposal, the client modules 140 are can networked mobile devices；
It is described can networked mobile devices include it is at least one of following：Smart mobile phone, tablet personal computer and personal computer.
A kind of monitoring system for high and big die plate support system that the present embodiment provides, tall and big mould is gathered by sensor assembly
Monitoring Data of the plate support system in monitoring position is sent to wireless data acquisition module；Wireless data acquisition module will monitor number
According to transmitting to cloud platform；Cloud platform receives Monitoring Data, and Monitoring Data is calculated and managed；Accessed by client modules
Cloud platform, operation requests are sent to cloud platform；Cloud platform receives the operation requests that client modules are sent, and according to operation requests
Operation response corresponding to performing, is solved in the prior art, and data acquisition is carried out due to needing technical staff to hold collecting device,
The waste of collecting device is caused, increases the equipment purchase cost of company, and data acquisition, tall and big mould are carried out using artificial mode
The accuracy and reliability of plate support system monitoring are difficult to be guaranteed, and further result in project management difficulty, project risk is not
The problem of controllable, having reached further reduces cost, improves the accuracy of high and big die plate support system monitoring and the effect of reliability
Fruit.
Embodiment two
Fig. 2 is a kind of structural representation of the monitoring system for high and big die plate support system that the embodiment of the present invention two provides,
The present embodiment is embodied on the basis of the various embodiments described above.As shown in Fig. 2 sensor assembly 110 include it is following at least
One：
Pressure sensor 1101, obliquity sensor 1102, distance measuring sensor 1103 and hydrostatic level 1104；
Wherein, the pressure sensor 1101, for measuring the load-bearing pressure of high and big die plate support system；
The obliquity sensor 1102, for measuring the rod member angle of inclination of high and big die plate support system；
The distance measuring sensor 1103, the rod member for measuring high and big die plate support system settle；
The hydrostatic level 1104, for measuring the surface subsidence of high and big die plate support system.
Wherein, whether high and big die plate support system safely need to be by measuring load-bearing pressure, the bar of high and big die plate support system
Part angle of inclination, rod member sedimentation and surface subsidence four kinds of parameters judge.Therefore, it is one group by four kinds of sensors, installed in height
The same monitoring position of large form support system, it is hidden with the presence or absence of safety to monitor the monitoring position of high and big die plate support system
Suffer from.Wherein, the quantity of sensor group, the size depending on high and big die plate support system.Specifically, large-scale high and big die plate support
System needs the quantity of the sensor group set more；Small-sized high and big die plate support system needs the quantity of the sensor group set
It is few.
Wherein, the object actually born of the monitoring position of high and big die plate support system is measured by pressure sensor 1101
Pressure, i.e. load-bearing pressure.Wherein, pressure sensor is to experience pressure signal, and can be according to certain rule by pressure signal
It is converted into the device or device of the electric signal of available output.In work progress, the load-bearing pressure of high and big die plate support system
It should be in certain safe range, when beyond safe range, then take measures, ensure structure and the safety of personnel.
Wherein, the rod member angle of inclination of high and big die plate support system is measured by obliquity sensor 1102.Obliquity sensor
Also referred to as dipmeter, inclinometer, level meter, inclinometer, it is frequently used for the level angle measure of the change of system.In work progress
In, the angle of inclination of the rod member of high and big die plate support system should be in certain safe range, and rod member inclination is excessive easily to make
Cave in into high and big die plate support system, therefore rod member angle of inclination is monitored in real time by obliquity sensor 1102, once
It was found that rod member inclination is excessive, when rod member angle of inclination exceeds safe range, then take measures, ensure structure and the safety of personnel.
Wherein, the rod member that high and big die plate support system is measured by distance measuring sensor 1103 settles.Wherein, distance measuring sensor
It is the sensor for determining target range.Distance measuring sensor 1103 by measure monitoring position relative to predeterminated position away from
From, to rod member sedimentation be monitored.After the rod member sedimentation of high and big die plate support system exceedes certain safe range, bar can be caused
Part deformation is excessive, carrying deficiency and failure, therefore rod member sedimentation is monitored in real time by distance measuring sensor 1103, once hair
Existing rod member sedimentation is excessive, then takes measures, ensure structure and the safety of personnel.
Wherein, the surface subsidence of high and big die plate support system is measured by hydrostatic level 1104.Wherein, hydrostatic level
It is the precision instrument for measuring point-to-point transmission or the change of multi-point relative elevation, is mainly used in large-scale storage tank, dam, nuclear power station, high level
The vertical displacements such as building, foundation ditch, tunnel, bridge, subway and inclined monitoring.Hydrostatic level is in use, multiple static(al) water
The container of quasi- instrument is coupled with fluid-through tube, and the liquid level of each container is measured by magnetostriction type sensor, the float position of sensor
Synchronously change with the change of liquid level, thus can measure the liquid level variable quantity of each measuring point.The vertical displacement of all measuring points is
Change relative to (being called datum mark) more therein, the vertical displacement of the point is relative constancy or can be otherwise
It is accurate to determine, so as to which the sedimentation variable quantity of each measuring point of static level instrument system can be accurately calculated.High and big die plate support system
Surface subsidence is excessive, it is more likely that causes the body junction of high and big die plate support system to be configured to damage, high and big die plate support system
The unbalance shakiness of main body, or even cause high and big die plate support system to collapse.This is entered by hydrostatic level 1104 to surface subsidence
Row monitoring in real time, once finding that surface subsidence is excessive, then takes measures, ensures structure and the safety of personnel.
Further, the wireless data acquisition module 120 includes data acquisition box 1201, wherein, it is described wireless
Data acquisition box 1201 obtains the Monitoring Data that the sensor assembly 110 gathers in a manner of wired, and by the monitoring number
Wirelessly send according to this to the cloud platform 130.
Wherein, pressure sensor 1101, obliquity sensor 1102, distance measuring sensor 1103 and hydrostatic level 1104 gather
Monitoring Data of the high and big die plate support system in the monitoring position is sent to data acquisition box 1201.Wherein, number is monitored
According to the load-bearing pressure including monitoring position, rod member angle of inclination, rod member sedimentation and surface subsidence.Data acquisition box 1201 will
Monitoring Data is transmitted to cloud platform 130.
Further, cloud platform 130 includes：
Master server 1301, one end are connected with the wireless data acquisition module 120, the other end and the client modules
140 connections, the Monitoring Data of the monitoring position for obtaining high and big die plate support system, and the Monitoring Data is calculated
And management；
From server 1302, one end is connected with the master server 1301, and the other end connects with the client modules 140
Connect, for when master server 1301 is because of disorderly closedown, the work of adapter master server 1301；
Equalization server 1303, one end are connected with the master server 1301, and the other end connects with the client modules 140
Connect, for coordinating with master server 1301, perform load balancing；
Log information server 1304, one end are connected with the master server 1301, the other end and the client modules
140 connections, for when cloud platform 130 breaks down, collecting Operation Log；
Caching server 1305, it is connected with the master server, for coordinating with master server 1301, Monitoring Data is entered
Row calculates.
Wherein, master server 1301 is used for the Monitoring Data for the monitoring position for obtaining high and big die plate support system, and to institute
Monitoring Data is stated to be calculated and managed.Master server 1301 obtains the transmission of data acquisition box 1201 by unified interface
Monitoring Data, the Monitoring Data is calculated and managed.Master server 1301 according to the setting of user, automatically renewal,
Safeguard data.Master server 1301 receives the operation requests that client modules 140 are sent, and according to corresponding to performing operation requests
Operation response.
Wherein, when data volume is very big, data stream is carried out to calculate in real time for master server 1301 and parallel computation,
And store data in database (MySQL) after real-time calculate.Master server 1301 is entered by the way of Distributed Calculation
Row data analysis：Primary database to from database, completes data balancing from database data are passed back master data after calculating
Storehouse.By being interacted from database with the continuous of primary database, the real-time update of data is realized, so as to improve high and big die plate support
The arithmetic speed and computing capability of the monitoring system of system.
Wherein, by mirror site technology, in master server 1301 and two cloud platform journeys of deployment from server 1302
Sequence, two cloud platforms have the URL (Uniform Resource Locator, URL) of oneself.When main service
When device 1301 is because of disorderly closedown, from the work of the adapter master server 1301 of server 1302, so as to improve high and big die plate support
The ability to ward off risks of the monitoring system of system.Specifically, when master server 1301 is because of disorderly closedown, established from server 1302
With wireless data acquisition module 120, the Monitoring Data of the monitoring position of high and big die plate support system is obtained, and to the monitoring number
According to being calculated and managed；The connection with equalization server 1303 is established from server 1302, is coordinated with equalization server 1303,
Perform load balancing；The connection with log information server 1304 is established from server 1302；Established from server 1302 and slow
The connection of server 1305 is deposited, coordinates with caching server 1305, Monitoring Data is calculated.
Wherein, the monitoring system of high and big die plate support system realizes entry work(used at the same time using high concurrent technology
Energy.The real-time management of project is realized by parallel work-flow, is advantageous to management of the corporate manager to each project so that project
Risk is controllable.It is main when more people log in cloud platform 130 simultaneously and operate in order to tackle the possibility technical problem that high concurrent is brought
Server 1301 can perform load balancing, and realize read and write abruption, and operation is balanced to other servers, set with this extended network
The standby and bandwidth of server, increase handling capacity, Strengthens network data-handling capacity, the flexibility for improving network and availability.Tool
Body, when more people log in cloud platform 130 simultaneously and are operated, operation can be balanced to equalization server by master server 1301
1303, so that different clients accesses different servers, reach the purpose of load balancing, realize entry while use
Function, such as, it is allowed to more people are operated and checked data simultaneously, it is allowed to which entry multisensor sends monitoring data simultaneously
To cloud platform 130.
Wherein, the isolated operation of log information server 1304, it is ensured that in master server 1301, from server 1302 and equilibrium
Server 1303 collects Operation Log when going wrong, and is easy to enter traveling one to the monitoring system of high and big die plate support system in the future
The repairing of step is perfect, further increases the ability to ward off risks of the monitoring system of high and big die plate support system.
Wherein, master server 1301 coordinates with caching server 1305, and Monitoring Data is calculated.Caching refer to by
The Web content for needing frequently to access is stored in from user compared near, the faster system of access speed, to improve access to content speed
A kind of technology of degree.Caching server is exactly the server that storage frequently accesses content, it would be desirable to the Webpage frequently accessed
It is stored in object in system closer to the user, speed is accelerated when these objects are accessed again.Carrying out data
During calculating, master server 1301 is entered by SQL (Structured Query Language, SQL) to data
Row is split and contrast, and the fetching portion intermediate result from caching server 1305, avoids computing repeatedly for identical data, so as to
Data analysis is rapidly realized, improves the arithmetic speed and computing capability of the monitoring system of high and big die plate support system.
Wherein, complete that after data analysis data analysis report can also be directly generated, eliminate and write data analysis again
The step of report, improve the operating efficiency of the monitoring system of high and big die plate support system.
A kind of monitoring system for high and big die plate support system that the present embodiment provides, sensed by pressure sensor, inclination angle
The Monitoring Data of device, distance measuring sensor and hydrostatic level collection high and big die plate support system in monitoring position；Wireless data is adopted
Collection box transmits Monitoring Data to cloud platform；Cloud platform receives Monitoring Data, by master server, from server, balancing service
The cooperation of device completes that Monitoring Data is calculated and managed；Operation Log is collected by log information server, solved existing
Have in technology, carry out data acquisition due to needing technical staff to hold collecting device, cause the waste of collecting device, increase company
Equipment purchase cost, and using artificial mode carry out data acquisition, high and big die plate support system monitoring accuracy and can
It is difficult to be guaranteed by property, further results in project management difficulty, the uncontrollable problem of project risk, reached further reduction
Cost, the accuracy and reliability of the monitoring of high and big die plate support system are improved, improve the monitoring system of high and big die plate support system
The ability to ward off risks, the effect of arithmetic speed and computing capability.
Embodiment three
A kind of flow chart of the monitoring method for high and big die plate support system that Fig. 3 provides for the embodiment of the present invention three, this reality
The situation that example is applicable to be monitored high and big die plate support system is applied, this method can apply to such as the above-mentioned implementation of the present invention
In the monitoring system of high and big die plate support system described in example.With reference to figure 3, it specifically comprises the following steps：
Step 310, receive Monitoring Data of the high and big die plate support system at least one monitoring position.
Wherein, according to the structure of high and big die plate support system, detection requirement and business demand, high and big die plate support system is selected
The monitoring position of system.At least one monitoring location settings sensor module in high and big die plate support system.Pass through sensor
Module gathers Monitoring Data of the high and big die plate support system in the monitoring position and is sent to wireless data acquisition module.Without line number
Sensor assembly is transmitted to the cloud platform at least one monitoring station acquisition to the Monitoring Data according to acquisition module.Cloud
The Monitoring Data of the monitoring position for the high and big die plate support system that platform is sent by interface wireless data acquisition module.
Further, Monitoring Data comprises at least：Load-bearing pressure, the high and big die plate support system of high and big die plate support system
Rod member angle of inclination, high and big die plate support system rod member sedimentation and high and big die plate support system surface subsidence.
Wherein, whether high and big die plate support system safely need to be by measuring load-bearing pressure, the bar of high and big die plate support system
Part angle of inclination, rod member sedimentation and surface subsidence four kinds of parameters judge.High and big die plate support system is measured by pressure sensor
The load-bearing pressure of system；The rod member angle of inclination of high and big die plate support system is measured by obliquity sensor；Pass through distance measuring sensor
Measure the rod member sedimentation of high and big die plate support system；The surface subsidence of high and big die plate support system is measured by hydrostatic level.
Step 320, the Monitoring Data to reception are calculated and managed.
Wherein, cloud platform receives the Monitoring Data of the monitoring position of the high and big die plate support system, according to Monitoring Data
Calculated, to judge that the monitoring position of high and big die plate support system whether there is potential safety hazard.If high and big die plate support system
Potential safety hazard is not present, then the Monitoring Data of acquisition and data results are stored；If high and big die plate support system
Presence potential safety hazard, then send warning message, and the Monitoring Data of acquisition and data results are stored.
Step 330, the operation requests that client modules are sent are received, and operate and ring according to corresponding to performing operation requests
Should.
Wherein, user accesses cloud platform by client modules, and is sent and operated to the cloud platform according to business demand
Request.Cloud platform receives the operation requests that client modules are sent, and response is operated according to corresponding to performing operation requests.
Further, operation requests comprise at least：Data analysis is checked, exports data analysis report, facility information is set,
Project information is set, checks project information and management user account.
Wherein, if cloud platform receives the data analysis request of checking of client modules transmission, basis checks data analysis
Request is analyzed data, and data results are sent to client modules；If cloud platform receives client modules hair
The export data analysis report request sent, then generate data analysis report, and data analysis report is sent to client modules；
If cloud platform receives the setting facility information request that client modules are sent, entered according to the facility information that client modules input
Row is set；If cloud platform receives the setting project information request that client modules are sent, the item inputted according to client modules
Mesh information is configured；If what cloud platform reception client modules were sent checks that project information is asked, corresponding project is believed
Breath is sent to the client modules；If cloud platform receives the management user account request that client modules are sent, according to visitor
The request content of family end module is managed to user account.
Wherein, management user account includes：Establish user account and distribution account authority.
The monitoring method for a kind of high and big die plate support system that the present embodiment provides, by receiving high and big die plate support system
Monitoring Data at least one monitoring position；The Monitoring Data of reception is calculated and managed；Receive client modules hair
The operation requests sent, and response is operated according to corresponding to performing operation requests, solve in the prior art, due to needing technology people
The hand-held collecting device of member carries out data acquisition, causes the waste of collecting device, increases the equipment purchase cost of company, and use
Artificial mode carries out data acquisition, and the accuracy and reliability of the monitoring of high and big die plate support system are difficult to be guaranteed, further
Cause project management difficult, the uncontrollable problem of project risk, having reached further reduces cost, improves high and big die plate support system
The accuracy of monitoring of uniting and the effect of reliability.
Example IV
A kind of flow chart of the monitoring method for high and big die plate support system that Fig. 4 provides for the embodiment of the present invention four, this reality
Example is applied to be embodied on the basis of the various embodiments described above.As shown in figure 4, this method specifically includes：
Step 410, receive Monitoring Data of the high and big die plate support system at least one monitoring position.
Step 420, according to preset alarm value Monitoring Data is analyzed, judge that high and big die plate support system whether there is
Potential safety hazard.If so, perform step 440；Otherwise, step 430 is performed.
Specifically, can be by determining whether Monitoring Data reaches preset alarm value to determine the high and big die plate support system
With the presence or absence of potential safety hazard.
Wherein, the load-bearing pressure of high and big die plate support system, rod member angle of inclination, rod member sedimentation and surface subsidence judge
Whether high and big die plate support system is safe.In work progress, the load-bearing pressure of high and big die plate support system should be at certain
In safe range, when beyond safe range, then take measures, ensure structure and the safety of personnel；High and big die plate support system
The angle of inclination of rod member should be in certain safe range, rod member, which tilts, excessive easily causes high and big die plate support system to collapse
Collapse, therefore rod member angle of inclination is monitored in real time by obliquity sensor, once it is excessive to find that rod member tilts, rod member tilts
When angle exceeds safe range, then take measures, ensure structure and the safety of personnel；The rod member sedimentation of large form support system is super
After crossing certain safe range, Deformation Member can be caused excessive, carrying deficiency and failure, therefore it is right by distance measuring sensor 1103
Rod member sedimentation is monitored in real time, once finding that rod member sedimentation is excessive, is then taken measures, is ensured structure and the safety of personnel；It is high
The surface subsidence of large form support system is excessive, it is more likely that and cause the body junction of high and big die plate support system to be configured to damage,
The unbalance shakiness of main body of high and big die plate support system, or even cause high and big die plate support system to collapse.This passes through hydrostatic level
Surface subsidence is monitored in real time, once finding that surface subsidence is excessive, then takes measures, ensures structure and the safety of personnel.
Specifically, according to the structure of high and big die plate support system, the load-bearing pressure of default high and big die plate support system, rod member
The alarming value at angle of inclination, rod member sedimentation and surface subsidence.Monitoring Data is analyzed according to preset alarm value respectively, judged
High and big die plate support system whether there is potential safety hazard.If Monitoring Data is not up to preset alarm value, if high and big die plate supports
Potential safety hazard is now not present in system, it is not necessary to notifies manager to take measures；If Monitoring Data reaches preset alarm value, high
Potential safety hazard be present, it is necessary to notify manager to take measures in time in large form support system.
Step 430, the Monitoring Data is stored.Perform step 450.
Wherein, if Monitoring Data is not up to preset alarm value, if high and big die plate support system is now hidden in the absence of safety
Suffer from, it is not necessary to notify manager to take measures, Monitoring Data and data results are stored, so that user carries out data
The operation such as inquiry.
Step 440, to the responsibility terminal that is matched with the Monitoring Data export warning message.
Wherein, responsibility terminal corresponding with high and big die plate support system is preset according to business demand, by sending information to
Responsibility terminal, the relevant information of high and big die plate support system can be sent to the manager of high and big die plate support system in time, with
Manager is set to be taken measures in time according to the state of high and big die plate support system.
Wherein, if Monitoring Data reaches preset alarm value, there is potential safety hazard, it is necessary in time in high and big die plate support system
Manager is notified to take measures.Cloud platform exports warning message to the responsibility terminal matched with the Monitoring Data.Warning information
The status information and essential information of high and big die plate support system can be included, so that manager quickly confirms potential safety hazard be present
The situation of high and big die plate support system, intervention or emergency measures can be made to high and big die plate support system in time, so as to ensure
High and big die plate support system and the safety of workmen.For example, responsibility terminal is smart mobile phone, cloud platform is by responsibility terminal
Alarming short message is sent, manager's very first time is understood the situation of high and big die plate support system corresponding with alarming short message, and
Take measures.
Step 450, the operation requests that client modules are sent are received, and operate and ring according to corresponding to performing operation requests
Should.
The monitoring method for a kind of high and big die plate support system that the present embodiment provides, by preset alarm value to Monitoring Data
Analyzed, judge that high and big die plate support system whether there is potential safety hazard；If it is determined that Monitoring Data is not up to preset alarm value,
Then the Monitoring Data is stored；If it is determined that Monitoring Data reaches preset alarm value, then matched to the Monitoring Data
Responsibility terminal output warning message, solve in the prior art, due to need technical staff hold collecting device carry out data
Collection, causes the waste of collecting device, increases the equipment purchase cost of company, and carries out data acquisition using artificial mode,
The accuracy and reliability of high and big die plate support system monitoring are difficult to be guaranteed, and further result in project management difficulty, project
The uncontrollable problem of risk, having reached further reduces cost, ensures high and big die plate support system and the safety of workmen, carries
The accuracy of high high and big die plate support system monitoring and the effect of reliability.
Embodiment five
A kind of flow chart of the monitoring method for high and big die plate support system that Fig. 5 provides for the embodiment of the present invention five, this reality
Example is applied to be embodied on the basis of the various embodiments described above.As shown in figure 5, this method specifically includes：
Step 510, different user rights set to the different accounts of cloud platform according to business demand, and establish user
Authority and the association of operation, limit opereating specification of the user to cloud platform.
Wherein, the high and big die plate support system monitored in cloud platform can correspond to different projects.Each project has
Exclusive project information and item argument.The project included in cloud platform may belong to different companies.User is visited by account
Ask cloud platform.Different user rights is set to the different accounts of cloud platform according to business demand, and establish user right and
The association of operation, user is limited to the opereating specification of cloud platform, the multiple management to cloud platform is realized, improves the management of cloud platform
Efficiency.User is only capable of checking the project of our company, it is impossible to checks the project of other companies.
Specifically, cloud platform has multistage rights management.Authority is divided into Pyatyi from top to bottom, including：Super keepe, public affairs
Take charge of keeper, company project manager, operator, client.Client, which has, checks project information, checks Monitoring Data, checks data
Analysis, export report and the authority for downloading Surveillance, can not carry out other operations.Operator has operation our company project
Authority, including：Establishment project and project information and item argument to our company are configured, while have all of next stage
Authority.Company project manager has the authority of management our company project information, for example, the project of deletion, while there is next stage
All permissions.Company management person has the authority of the project information for managing our company, sensor and data acquisition box, simultaneously
All permissions with next stage.Super keepe has the authority of management user, including：Company is established, establishes user account
With distribution account authority, while have next stage account institute it is functional.By the multistage rights management of cloud platform, ensure different
The account of company can not see the project that other companies are done, so as to ensure that the confidentiality of project information.
Wherein it is possible to set the authority of corporate manager according to business demand, guarantee company manager can log in cloud at any time
Platform, projects monitoring situation is monitored and managed.Each monitoring project is when reaching alarming value, by the company of correlation
Manager send alarming short message, corporate manager is known the situation of project the very first time, in time to project make intervene or
Emergency measures.Corporate manager can retrieve to history item, recall the project to have finished, check information,
Step 520, provide application program leaved for development and corresponding database.
Wherein, cloud platform is completed to the application software of cloud platform more using application container engine (Docker) technology
New and upgrading.Docker is the application container an increased income engine, allow developer can pack they application and rely on bag
Into a transplantable container, then it is published on Linux machines, virtualization can also be realized.Container is complete using husky
Punch-out equipment system, any interface is not had between each other.
Specifically, application program leaved for development and corresponding database are uploaded to privately owned mirror image warehouse by operation and maintenance personnel
(Docker Registry).Developer accesses privately owned Docker Register serve ports, and download is leaved for development to apply journey
Sequence and corresponding database develop the application program for meeting project demands to the linux system of oneself, then developing
The application program for meeting project demands and corresponding database push back privately owned Docker Registry.Tester is from private
Have Docker Registry serve ports download developer push application program and corresponding database to oneself
Linux system, and the testing results on the Docker of linux system.After test passes through, tester notifies post staff from private
There are the application program that hair personnel push is downloaded on Docker Registry serve ports and corresponding database, and taken in project
Run on the Docker of the linux system of business device.
Step 530, the application program for passing through test and corresponding database are obtained, and institute is run on corresponding server
State the application program by test.
Wherein, post staff downloads the application program of hair personnel push from privately owned Docker Registry serve ports
With corresponding database, and run on the Docker of the linux system of item server.Docker technologies ensure in cloud platform
Application program renewal and upgrading do not interfere with each other with existing application program.
Wherein, Docker technologies have the function of server rapid deployment, can rapid deployment environment on the server, realize
The quick use of cloud platform.
Step 540, receive Monitoring Data of the high and big die plate support system at least one monitoring position.
Step 550, the Monitoring Data to reception are calculated and managed.
Step 560, the operation requests that client modules are sent are received, and operate and ring according to corresponding to performing operation requests
Should.
The present embodiment provide a kind of high and big die plate support system monitoring method, according to business demand to cloud platform not
Same account sets different user rights, and establishes the association of user right and operation, limits operation of the user to cloud platform
Scope；Application program leaved for development and corresponding database are provided；The application program by testing and corresponding database are obtained,
And the application program by test is run on corresponding server, solve in the prior art, due to needing technology people
The hand-held collecting device of member carries out data acquisition, causes the waste of collecting device, increases the equipment purchase cost of company, and use
Artificial mode carries out data acquisition, and the accuracy and reliability of the monitoring of high and big die plate support system are difficult to be guaranteed, further
Cause project management difficult, the uncontrollable problem of project risk, having reached further reduces cost, ensures high and big die plate support system
System and the safety of workmen, improve the accuracy and reliability of the monitoring of high and big die plate support system, realize to the more of cloud platform
Level management, the efficiency of management of cloud platform is improved, ensure the confidentiality of project information, ensure the renewal of the application program in cloud platform
With upgrading and the non-interfering effect of existing application program.
Pay attention to, above are only presently preferred embodiments of the present invention and institute's application technology principle.It will be appreciated by those skilled in the art that
The invention is not restricted to specific embodiment described here, can carry out for a person skilled in the art various obvious changes,
Readjust and substitute without departing from protection scope of the present invention.Therefore, although being carried out by above example to the present invention
It is described in further detail, but the present invention is not limited only to above example, without departing from the inventive concept, also
Other more equivalent embodiments can be included, and the scope of the present invention is determined by scope of the appended claims.
Claims (10)
- A kind of 1. monitoring system of high and big die plate support system, it is characterised in that including：Sensor assembly, wireless data acquisition module, cloud platform and client modules；Wherein, the sensor assembly, at least one monitoring opening position being arranged in high and big die plate support system, with the nothing Line data acquisition module connects, for gather Monitoring Data of the high and big die plate support system in the monitoring position be sent to it is described Wireless data acquisition module；The wireless data acquisition module, one end are connected with the sensor assembly, and the other end is connected with the cloud platform, is used for The sensor assembly is transmitted to the cloud platform at least one monitoring station acquisition to the Monitoring Data；The cloud platform, remote control center is arranged at, the prison of the monitoring position for receiving the high and big die plate support system Data are surveyed, the Monitoring Data is calculated and managed, and receive the operation requests that the client modules are sent, and root Corresponding operation response is performed according to operation requests；The client modules, it is connected with the cloud platform, for accessing the cloud platform, and according to business demand to the cloud Platform sends operation requests.
- 2. system according to claim 1, it is characterised in that sensor assembly includes at least one of following：Pressure sensor, obliquity sensor, distance measuring sensor and hydrostatic level；Wherein, the pressure sensor, for measuring the load-bearing pressure of high and big die plate support system；The obliquity sensor, for measuring the rod member angle of inclination of high and big die plate support system；The distance measuring sensor, the rod member for measuring high and big die plate support system settle；The hydrostatic level, for measuring the surface subsidence of high and big die plate support system.
- 3. system according to claim 1 or 2, the wireless data acquisition module includes data acquisition box, wherein, The data acquisition box obtains the Monitoring Data of sensor assembly collection in a manner of wired, and by the monitoring number Wirelessly send according to this to the cloud platform.
- 4. system according to claim 2, it is characterised in that cloud platform includes：Master server, one end are connected with the wireless data acquisition module, and the other end is connected with the client modules, for obtaining The Monitoring Data of the monitoring position of high and big die plate support system is taken, and the Monitoring Data is calculated and managed；From server, one end is connected with the master server, and the other end is connected with the client modules, for working as master server During because of disorderly closedown, the work of adapter master server；Equalization server, one end are connected with the master server, and the other end is connected with the client modules, for main service Device coordinates, and performs load balancing；Log information server, one end are connected with the master server, and the other end is connected with the client modules, in cloud When platform breaks down, Operation Log is collected；Caching server, it is connected with the master server, for coordinating with master server, Monitoring Data is calculated.
- 5. system according to claim 1, it is characterised in that the client modules are can networked mobile devices；It is described can networked mobile devices include it is at least one of following：Smart mobile phone, tablet personal computer and personal computer.
- 6. a kind of monitoring method of high and big die plate support system, high applied to one kind as any one of claim 1-5 In the monitoring system of large form support system, it is characterised in that methods described includes：Receive Monitoring Data of the high and big die plate support system at least one monitoring position；The Monitoring Data of reception is calculated and managed；The operation requests that client modules are sent are received, and response is operated according to corresponding to performing operation requests.
- 7. according to the method for claim 6, it is characterised in that the Monitoring Data is calculated and managed, including：Monitoring Data is analyzed according to preset alarm value, judges that high and big die plate support system whether there is potential safety hazard；If it is determined that Monitoring Data is not up to preset alarm value, then the Monitoring Data is stored；If it is determined that Monitoring Data reaches preset alarm value, then alarm signal is exported to the responsibility terminal matched with the Monitoring Data Breath.
- 8. according to the method for claim 6, it is characterised in that operation requests comprise at least：Data analysis is checked, exports number According to analysis report, facility information is set, project information is set, checks project information and management user account.
- 9. according to the method for claim 6, it is characterised in that the operation requests for receiving client modules and sending, and Before the operation response according to corresponding to performing operation requests, in addition to：Different user rights is set to the different accounts of cloud platform according to business demand, and establishes user right and operation Association, limit opereating specification of the user to cloud platform；Application program leaved for development and corresponding database are provided；The application program by testing and corresponding database are obtained, and passes through test described in operation on corresponding server Application program.
- 10. according to the method for claim 6, it is characterised in that Monitoring Data comprises at least：High and big die plate support system Load-bearing pressure, the rod member angle of inclination of high and big die plate support system, the rod member sedimentation of high and big die plate support system and high and big die plate The surface subsidence of support system.
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| CN112000043A (en) * | 2020-08-28 | 2020-11-27 | 广州粤建三和软件股份有限公司 | High formwork real-time monitoring method, device, equipment and medium based on block chain |
| CN112188322A (en) * | 2020-10-13 | 2021-01-05 | 河南南秀建筑科技有限公司 | Construction measurement data transmission and analysis method and system based on cloud platform |
| CN113218442A (en) * | 2021-03-26 | 2021-08-06 | 浙江瑞邦科特检测有限公司 | Automatic monitoring construction method for high and large formwork support |
| CN113432650A (en) * | 2021-07-07 | 2021-09-24 | 苏州瑞茨柏工程监测技术有限公司 | Monitoring system of high and large formwork supporting system |
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Application publication date: 20180316 |