CN103945006B - Concrete vibrating quality monitoring feedback data real-time graph digitized communication method - Google Patents
Concrete vibrating quality monitoring feedback data real-time graph digitized communication method Download PDFInfo
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Abstract
The present invention provides a kind of concrete vibrating quality monitoring feedback data real-time graph digitized communication method,Exploitation is corrected in data communication module and the embedded field monitoring equipment of defect of vibrating in time first,Ensure monitoring device in feedback correcting defect in time,Equipment of vibrating sends defect to Surveillance center in real time by 3G/GPRS networks and vibrated point data and petroleum technology equipment,Data are sent to the application program of site intelligent mobile client after Fu business device Cun Chu ﹑ Fen Xi ﹑ processing by 3G/GPRS networks again,After the application program receives the defects of calculating is sent by terminal monitoring central server data message automatically in real time,The defect quality cloud atlas that vibrates is shown into figure,Instruct on-site personnel to adjust in time to vibrate defect with correction,And preserve and obtain correcting defect data and figure,Judge error-correcting effect,Raising is vibrated operation quality.
Description
Technical field
The concrete for including smart mobile phone or tablet personal computer communication the present invention relates to a kind of site intelligent mobile client shakes
Quality real time graphical monitoring feedback method is smash, belongs to concrete pouring quality control field.
Background technology
Pour the reliable test for effect of vibrating to fresh concrete and the overall evaluation be concrete Quality Control important ring
One of section.Job site is to consider vibrating spear useful effect radius using vibrating method at present, inserts concrete in an interleaved manner
It is interior, ensure that casting area all obtains vibration compacting substantially.In practice operation, when worker's movement is vibrated, position/depth can not be accomplished
The accurate assurance of duration is spent/vibrates, often mostly experiential operating, it is random strong, by human factor and operating infulence
It is very big；Once there is owed to shake/cross to shake/leakage, construction quality requirement can not be met by vibrating, and leave mass defect and can not be timely
Know.This turns into concreting quality of vibrating common fault, it is therefore desirable to using become more meticulous, intelligentized equipment and technological means
Carry out effective monitoring and controlling concrete vibrating quality, and concrete pouring and vibrating dynamic visualization monitoring method is exactly to solve the problem
Effective way.
Applicant is proposed a kind of vibrating spear that positioned in real time based on GPS before this and vibrated in concrete the method for track,
Patent No. ZL201110370446X, when carrying out concrete vibrating quality monitoring by this method, the biography that is attached on vibrating spear
Sensor will measure the real-time data transmissions such as the insertion depth gathered, vibrating time, position of vibrating, vibrating spear status number to terminal
Monitoring central server, and shown using computer graphical in line method, according to concrete vibrating control parameter（Such as vibrate geometry
Border/vibrate effective radius/, which is vibrated, plugs threshold value etc.）Judge criterion and carry out monitoring evaluation in real time to pouring state effect of vibrating,
And by feedback information instantaneous transmission to job site, notify staff to carry out correcting defect in time in time, improve quality of vibrating.
Can feedback information be accurately delivered to scene among these, and timely and effectively carry out correction reparation to the rejected region that vibrates, and be
Can this method be applied successfully the final key link of realization in practice in engineering.But the tradition in current quality of vibrating control is anti-
Feedback method all only carries out voice or SMS communication by intercom or regular handset, and after this type of information is reached the spot, because straight
See readable poor, the understanding that operating personnel need to be to this progress long period, which is linked up, can confirm that positioning is vibrated and defect area and lack
The degree of falling into, carry out subsequent correction work.This mode is both reduced and applied for the concrete works operation continuously uninterruptedly poured
Work efficiency rate, defect can be caused to repair in time because time interval is longer again, cause concrete formation quality problems.In addition, should
Mode can also increase the vibrating times of operating personnel's misoperation probability such as wrong identification defect area Yu ﹑ not on request and carry out operation
Deng.
Therefore, in concrete vibrating quality monitoring feedback procedure, by establishing a kind of effective pattern digitization data
Instant messaging transmission method, the data command real-time Transmission that terminal monitoring central server is sent is to job site, scene photo
Shape display data information, realizes that overall process accurately monitors, and is a kind of feasible skill for realizing concrete vibrating quality intelligent monitoring
Art solution.
The content of the invention
The present invention is directed to the deficiency of traditional feedback communication method in current concrete vibrating quality control, there is provided one kind is mixed
Solidifying native quality of vibrating monitoring feedback data real-time graph digitized communication method, the data communication of timely correcting defect is developed first
In Module-embedding field monitoring equipment, ensure monitoring device in time feedback correction vibrate when by 3G/GPRS networks in real time to
Surveillance center sends in real time vibrates point data and petroleum technology equipment, then data through monitoring central server Cun Chu ﹑ Fen Xi ﹑ at
Lead to 3G/GPRS networks after reason again to send in real time to the site intelligent mobile client application program reception calculating of independent development, show
Show the defect quality cloud atlas that vibrates, instruct on-site personnel to adjust in time and correcting defect, and preserve the number for obtaining correcting defect
According to and figure, judge error-correcting effect, raising is vibrated operation quality.
To realize above technical purpose, the present invention takes following technical scheme：
A kind of pattern digitization means of communication of concrete vibrating quality-monitoring feedback data, comprise the following steps：
1）Vibrate after the end of job, concrete vibrating monitoring device sends timely correcting defect to monitoring central server please
Ask, repetitive requests are untill server responds；；
2）After server receives request, job instruction is sent to monitoring device；
3）After monitoring device receives instruction, petroleum technology equipment is sent to server in real time, concrete starts same after operation
When send and vibrate point data；
4）Server verifies to receiving data, judges whether to meet prescribed form, if then receiving storage, if not
Monitoring device information errors are then notified, and ask to resend data message；
5）Site intelligent mobile client application program is opened and initialized automatically, including parameter initialization and drawing
Grid precision initializes；
6）After initialization, intelligent mobile client actively establishes network connection, request hair with terminal monitoring central server
Feedback data of vibrating is sent, repetitive requests are untill server responds；
7）After server receives request, feedback data of vibrating is sent in real time from trend client；
8）Client verifies to receiving feedback data, judges whether data message meets prescribed form, if then
Receive and parse through storage in a storage module, if otherwise notifying server info mistake, and ask to resend data message, directly
To meeting call format；
9）Client is analyzed and processed in real time to data storage, and shows quality of vibrating defect cloud atlas；
10）Operating personnel start timely correcting defect according to cloud atlas positioning defect areas position；
11）After the completion of timely correcting defect, the client notification server end of job, after server receives ending request,
Feedback data of vibrating is updated, checks quality of vibrating defect cloud atlas in time, meets that quality of vibrating requirement is then sent to client and terminates
Instruction, is unsatisfactory for, sends continuation job instruction, and repeat step 7）—11）, correcting defect again is carried out, until meeting to require
Send END instruction；
12）After client is properly received END instruction, client is closed, stopping vibrates data acquisition with sending, with service
Device interrupts communication connection, preserves and exports final correcting defect and vibrate data and effect cloud atlas.
Specifically, the step 1）It is when fixing to send timely correcting defect request to server in timely correcting defect
Between circulate in unit to server and send solicited message, untill server responds, the set time unit is the second
Level chronomere.
Specifically, the step 3）Described in equipment positioning and point data of vibrating all by GPS+GLONASS+ Big Dipper Samsungs
Eight frequency locating modules or the collection of the frequency locating module of two star of GPS+Big Dipper five, strong antijamming capability, being blocked influences small, precision control
It is made as 2-4cm.
Specifically, between the monitoring device and server, director data passes through 3G/ between server and mobile client
GPRS wireless networks transmit, and support high speed data transfer, and feedback improves correcting defect work efficiency in time.
Specifically, the step 7）Described in the feedback data information of vibrating that sends of request server comprise at least and vibrate side
Boundary sit mark ﹑ leakages owed to shake vibrate sit a mark ﹑ monitoring devices determine position sit when mark ﹑ vibrates between ﹑ vibrate and act on half footpath ﹑ data type numbers ﹑
Device numbering information.The point coordinates that wherein vibrates is the club head coordinate that vibrates, and determines position by monitoring device of vibrating and sits mark ﹑ vibrating spear length
Du ﹑ vibrate azimuth calculate try to achieve, the reckoning processing procedure is performed by monitoring central server program.
Specifically, the step 9）Described in quality of vibrating defect cloud atlas show including Qu domains Bian circle ﹑ leakages owed to shake area of vibrating
Vibrating time Ke Du Tiao ﹑ engineer's scales of the Yu Wei Zhi ﹑ with respect to the different degrees of state leakage owed to shake of monitoring device Wei Zhi ﹑.
Specifically, the step 9）With 11）Described in quality of vibrating defect cloud atlas show and comprise the following steps：
1. identifying vibrate data boundary and the monitoring device elements of a fix according to data type number, region of vibrating is drawn, it is real
When display device position；
2. according to the grid precision of setting plan is divided to vibrate grid cell in region, after the completion of pouring according to acquiescence automatically
Building body carries out AUTOMATIC ZONING；
3. identification leakage owed to shake smashes 4 D trajectory coordinate data (x, y, z, t) a little, the rail of the relative data boundary that vibrates of conversion
Mark coordinate, indicated in region of vibrating；
4. calculate the range of point influence that each vibrates（Acquiescence is space cylinder, the cylinder center of circle be using the point that vibrates, radius as
It is vibrating spear length away from vibrating spear core effective range, pillar height, if barred body tilts, cylinder also accordingly tilts）, that is, calculate mark
Show all grid cell positions number in the range of this, the time attribute that a vibrating time value imparting said units of vibrating are vibrated is joined
In number；If unit is in multiple coverages, its vibrating time is according to above method accumulation calculating；
5. traversal calculating is vibrated, all grid cells in region, require to set vibrating time according to the vibrating time of regulation
Threshold value vibrate state judgement, after the completion of decision state is carried out by corresponding coloring display distinguished for the shake unit of ﹑ owed to shake of leakage；No
Characterized with degree owed to shake situation with shade；
6. the drafting for the area defects cloud atlas that vibrated for only display portion, Automatic sieve takes the elementary layer body comprising the region
Calculate, according to step 3. -5. show.
Specifically, the step 11）Described in positioning defect areas position carry out timely correcting defect and comprise the following steps：
Monitoring device and leakage owed to shake regional location distance relation are calculated 1. being estimated according to graphical scale；
1. the cloud atlas according to refreshing in real time is shown, mobile monitoring equipment is until in leakage owed to shake region；
3. above-mentioned zone is compared with characterizing different degrees of leakage owed to shake state vibrating time scale strip progress color, it is determined that
Start vibrating spear after vibrating time and carry out correcting defect in time.
Specifically, the monitoring device is attached to fixed on vibrating spear, and vibrating spear moves together with monitoring device；
Specifically, the client hardware is equipped with high power capacity portable power source, work of stably being continued a journey when ensureing long.
Specifically, when the client shows that cloud atlas refreshes in real time, auditory tone cues is had, is easy to check.
Specifically, the client-side program supports figure Suo Fang ﹑ mobile phone screen turn over function, facilitates operating personnel quickly fixed
Position defective locations.
Specifically, the client and server program all support data, graphics saving export function.
Beneficial effects of the present invention are：Can real-time monitored concrete comprehensively during the timely correcting defect of concrete defect
Quality state, solve the problems, such as that data packetloss present in feedback data transmission, transmission are unstable, while site intelligent moves
Client can digital graphics real-time display vibrate state, intuitively rapidly display defect regional location and defect level,
Facilitate operating personnel accurately and efficiently to carry out timely correcting defect, improve operation quality of vibrating.
Brief description of the drawings
Fig. 1 is the communication of concrete vibrating quality monitoring feedback data real-time graph digitized communication method of the present invention
Schematic flow sheet；
Fig. 2 is the data of concrete vibrating quality monitoring feedback data real-time graph digitized communication method of the present invention
Checking process schematic diagram；
Fig. 3 is the communication of concrete vibrating quality monitoring feedback data real-time graph digitized communication method of the present invention
FB(flow block)；
Fig. 4 is the logical construction schematic diagram of concrete vibrating monitoring device.
Embodiment
Accompanying drawing discloses the structural representation of preferred embodiment involved in the present invention without limitation；Below with reference to accompanying drawing
Explain technical scheme.
As shown in Figure 1-2, a kind of pattern digitization of concrete vibrating quality-monitoring feedback data of the present invention leads to
Communication method, comprise the following steps：1）Vibrate after the end of job, concrete vibrating monitoring device sent to monitoring central server and
When correcting defect ask, repetitive requests are untill server responds；2）After server receives request, sent out to monitoring device
Send the instruction that goes into operation；3）After monitoring device receives instruction, petroleum technology equipment is sent to server in real time, after concrete starts operation
Point data of vibrating is sent simultaneously；4）Server verifies to receiving data, judges whether to meet prescribed form, if then connecing
Harvesting storage, if otherwise notifying monitoring device information errors, and ask to resend data message；5）Site intelligent mobile client
Application program is opened and initialized automatically, including parameter initialization and the initialization of drawing grid precision；6）After initialization, intelligence
Can mobile client actively establish network connection with terminal monitoring central server, request transmission is vibrated feedback data, and repeating please
Ask untill server responds；7）After server receives request, feedback data of vibrating is sent in real time from trend client；
8）Client verifies to receiving feedback data, judges whether data message meets prescribed form, if then receiving and solving
Analysis storage in a storage module, if otherwise notifying server info mistake, and asks to resend data message, until meeting lattice
Formula requirement；9）Client is analyzed and processed in real time to data storage, and shows quality of vibrating defect cloud atlas；10）Operating personnel
Timely correcting defect is started according to cloud atlas positioning defect areas position；11）After the completion of timely correcting defect, client notification service
The device end of job, after server receives ending request, feedback data of vibrating is updated, checks quality of vibrating defect cloud atlas in time, it is full
Sufficient quality of vibrating requirement then sends END instruction to client, is unsatisfactory for, sends continuation job instruction, and repeat step 7）—
11）, correcting defect again is carried out, until meeting to require to send END instruction；12）After client is properly received END instruction, close
Client is closed, stops vibrate data acquisition and transmission, interrupting communication with server connects, and preserves the final correcting defect of export and vibrates
Data and effect cloud atlas.
Concretely comprised the following steps as shown in figure 3, systemic-function of the present invention is realized：
1st, button switches to correcting defect mode of operation, request job to start to send to server after determining at monitoring device
Monitoring device location data；
2nd, clicked in server program and determine that monitoring device location data receives prompting frame, automatically selected data storage to phase
It should vibrate under job engineering catalogue；
3rd, start site intelligent mobile client program, newly-built preservation engineering name, selected in " network connection " corresponding
Monitoring central server, click on " it is determined that ", request transmission is vibrated feedback data；
4th, server software interface " data transmission " is clicked on, it is that leakage is owed to be selected in pop-up dialogue box and send data content
The Dian ﹑ that the vibrate Bian circle Dian ﹑ monitoring device Dian ﹑ effect Ban Jing ﹑ that vibrate that vibrate vibrate Shi Jian ﹑ data types and device numbering information,
Transmission frequency is set, after accomplishing the setting up sends feedback data of vibrating in real time from trend scene；
5th, client, which is clicked on, determines that feedback data receives prompting frame, starts to receive data；Selection " figure shows " is clicked on,
Default control parameters are selected in pop-up dialogue box（Vibrate operating radius, reasonable vibrating time etc.）, i.e., with joining in server program
Numerical value is consistent, click on " it is determined that " after, start quality of vibrating cloud atlas and refresh display in real time, the figure includes the Qu domains Bian circle ﹑ that vibrate
Owed to shake Qu Yu Wei Zhi ﹑ are leaked with respect to the different degrees of state leakage owed to shake state vibrating time Ke Du Tiao ﹑ engineer's scales of monitoring device Wei Zhi ﹑；
6th, monitoring device point is determined with leaking owed to shake region distance position relationship according to figure medium scale, mobile monitoring equipment is straight
Equipment point into the cloud atlas that vibrates reaches above-mentioned zone scope, is accurately positioned out actual leakage owed to shake regional location；
7th, defect area is compared with characterizing different degrees of leakage owed to shake state vibrating time scale strip progress color, it is determined that
Start vibrating spear after vibrating time, start to correct repair in time, while monitoring device starts transmission and vibrated point data.
8th, after the completion of operation, " completion request " in client-side program is clicked on, waiting for server is replied；
9th, after server clicks on determination completion request prompting frame, click on " plot and display ", check newest quality of vibrating defect
Cloud atlas, meet after requiring, send " confirming completion " instruction, otherwise send " continuation operation " instruction and the newest feedback coefficient that vibrates
According to；
10th, viewing client-side program interface prompting frame, if " confirm complete ", client is closed, stopping data of vibrating are adopted
Collection and transmission, communication connection is interrupted with server.；If " continuation operation ", then repeat step 5-8, until " confirming completion " carries
Show existing.
11st, final vibrate data and the effect cloud atlas in Export server program are preserved, the file that backups uses.
As shown in figure 4,1 being provided with fixed connection apparatus 2 on vibrating spear, being provided with electric current in the bottom of vibrating spear 1 adopts
Storage 3, Angle Measurement Module 4 and locating module 5, current collector 3, angular surveying mould are installed on fixed connection apparatus 2
Block 4 and locating module 5 are all connected to development board 6, and development board 6 embeds single-chip microcomputer, communication module and timely correcting defect module etc..
During defect correction defect, monitoring device by 3G/GPRS networks gathers transmission in real time vibrates and point data and sets
Standby location data is to Li ﹑ Fen Xi ﹑ at monitoring central server Cun Chu ﹑ and then by the data of vibrating of required feedback also by above-mentioned net
Network sends into the live mobile client application program of independent development real-time Jie Shou ﹑ Cun Chu ﹑ and shown into figure, operating personnel according to
Graphical cues, be quickly and accurately positioned Lou owed to shake region, carry out defect correction in time, after the completion of sent by user end to server
Completion request, after device program drawing to be serviced shows massless defect, completion instruction is sent to client, terminates operation.
In summary, it is known that, the invention has the characteristics that：
1 ﹑ provides a kind of effective pattern digitization data instant messaging and transmission method, i.e., based on smart mobile phone or flat
Plate computer platform develops corresponding application programs, receives to calculate automatically in real time by 3G/GPRS and is sent out by terminal monitoring central server
The defect quality cloud atlas that vibrates is shown into figure after the data message come, Zhi Guan ﹑ Gao Xiao ﹑ easily instruct on-site personnel to adjust in time
It is whole to correct defect of vibrating.
2 ﹑ develop a kind of conveniently mobile client application program, realize Shuo shown according to Jie Shou ﹑ Ji Suan ﹑ into figure and
Mend feedback of status to check, and support figure contracting to put ﹑ than work(such as example chi ﹑ graphic defects parameter color scale bar ﹑ screens upset positioning
Operating personnel fast positioning defective locations and determination vibrating time during correcting defect can be facilitated.
3 ﹑ Fu Wu Qi ﹑ mobile clients start to have word and auditory tone cues when receiving data, and will pass through number automatically
According to checking procedure, to improve the accurate stability of data transfer.
When 4 ﹑ intelligent mobiles client-side program refresh quality of vibrating defect map automatically, auditory tone cues is also had, is easy to check.
5 ﹑ are developed in timely defect correction defective data communication module insertion field monitoring equipment, and it realizes function for monitoring
Equipment is adjusted to relevant work pattern when feeding back correcting defect, i.e., sends high precision apparatus location data in real time, and vibrating
After concrete, while point data of vibrating is sent in real time.
The equipment positioning and point data of vibrating that 6 ﹑ monitoring devices are sent to server are all positioned frequently by Samsung eight（GPS+
The GLONASS+ Big Dippeves）Module or the collection of the frequency locating module of two star of GPS+Big Dipper five, strong antijamming capability, being blocked influences small, essence
Degree control is 2-4cm.
7 ﹑ Surveillance center computer data transmission contents and frequency can consider flow and electricity according to use demand sets itself
Amount problem, send data and all compress packing to save flow, and the portable shifting of Large Copacity is equipped with to site intelligent mobile client
Dynamic power supply, work of stably being continued a journey when ensureing long.
8 ﹑ staff according to demand, can use the traditional voice and SMS communication of intelligent mobile client simultaneously, realize
Scene interacts with Surveillance center better information.
Claims (6)
1. a kind of pattern digitization means of communication of concrete vibrating quality-monitoring feedback data, comprise the following steps：
Step 1）Vibrate after the end of job, concrete vibrating monitoring device sends timely correcting defect to monitoring central server please
Ask, repetitive requests are untill server responds；
Step 2）After server receives request, job instruction is sent to monitoring device；
Step 3）After monitoring device receives instruction, petroleum technology equipment is sent to server in real time, concrete starts operation of vibrating
Send point data of vibrating simultaneously afterwards；
Step 4）Server verifies to receiving data, judges whether to meet prescribed form, if then receiving storage, if not
Monitoring device information errors are then notified, and ask to resend data message；
Step 5）Site intelligent mobile client application program is opened and initialized automatically, including parameter initialization and drawing
Grid precision initializes；
Step 6）After initialization, intelligent mobile client actively establishes network connection, request hair with terminal monitoring central server
Feedback data of vibrating is sent, repetitive requests are untill server responds；
Step 7）After server receives request, feedback data of vibrating is sent in real time from trend client；
Step 8）Client verifies to receiving feedback data, judges whether data message meets prescribed form, if then
Receive and parse through storage in a storage module, if otherwise notifying server info mistake, and ask to resend data message, directly
To meeting call format；
Step 9）Client is analyzed and processed in real time to data storage, and shows quality of vibrating defect cloud atlas；
Step 10）Operating personnel start timely correcting defect according to cloud atlas positioning defect areas position；
Step 11）After the completion of timely correcting defect, the client notification server end of job, after server receives ending request,
Feedback data of vibrating is updated, checks quality of vibrating defect correction cloud atlas in time, meets that quality of vibrating requirement is then sent to client
END instruction, it is unsatisfactory for, sends continuation job instruction, and repeat step 7）- step 11）, correcting defect again is carried out, until
Meet to require to send END instruction；
Step 12）After client is properly received END instruction, client is closed, stopping vibrates data acquisition with sending, with service
Device interrupts communication connection, preserves and exports final correcting defect and vibrate data and effect cloud atlas；
It is characterized in that：The step 9）Described in quality of vibrating defect cloud atlas show including Qu domains Bian circle ﹑ leakages owed to shake area of vibrating
Yu Wei Zhi ﹑ are with respect to the vibrating time scale strip and engineer's scale of the different degrees of state leakage owed to shake of monitoring device Wei Zhi ﹑, the step 9）
With step 11）Middle quality of vibrating defect cloud atlas, which is shown, to be comprised the following steps：
1. identifying vibrate data boundary and the monitoring device elements of a fix according to data type number, region of vibrating is drawn, it is aobvious in real time
Show device location；
2. according to the grid precision of setting plan is divided to vibrate grid cell in region, after the completion of pour building body according to acquiescence automatically
Carry out AUTOMATIC ZONING；
3. identification leakage owed to shake smashes 4 D trajectory coordinate data (x, y, z, t) a little, the track of the relative data boundary that vibrates of conversion is sat
Mark, is indicated in region of vibrating；
Each vibrated range of point influence 4. calculating, acquiescence is space cylinder, and the cylinder center of circle is using the point that vibrates, radius as away from shaking
Tamper core effective range, pillar height are vibrating spear length, if barred body tilts, cylinder also accordingly tilts, that is, calculating sign should
In the range of all grid cell positions number, assign the vibrating time value of vibrating to the time attribute parameter that said units vibrate
In；If unit is in multiple coverages, its vibrating time is according to above method accumulation calculating；
5. traversal calculating is vibrated, all grid cells in region, require to set vibrating time threshold value according to the vibrating time of regulation
Vibrate state judgement, after the completion of decision state is carried out by corresponding coloring display distinguished for the shake unit of ﹑ owed to shake of leakage；Different journeys
Degree owed to shake situation is characterized with shade；
6. the drafting for the area defects cloud atlas that vibrated for only display portion, Automatic sieve takes the elementary layer body comprising the region to calculate,
According to step 3. -5. show；
During correcting defect, monitoring device gathers vibrate point data and equipment of transmission by 3G/GPRS networks and positioned in real time
Data are sent to Li ﹑ Fen Xi ﹑ at monitoring central server Cun Chu ﹑ and then by the data of vibrating of required feedback also by above-mentioned network
Into the live mobile client application program of independent development, real-time Jie Shou ﹑ Cun Chu ﹑ show that operating personnel carry according to figure into figure
Show, be quickly and accurately positioned Lou owed to shake region, carry out defect correction in time, after the completion of by user end to server send completion please
Ask, after device program drawing to be serviced shows massless defect, send completion instruction to client, terminate operation.
2. the pattern digitization means of communication of concrete vibrating quality-monitoring feedback data according to claim 1, it is special
Sign is：The step 1）It is middle the request of timely correcting defect is sent to server mode be circulated in set time unit to
Server sends solicited message, and untill server responds, the set time unit is Miao Ji chronomeres.
3. the pattern digitization means of communication of concrete vibrating quality-monitoring feedback data according to claim 2, it is special
Sign is：The step 3）Described in equipment anchor point and point data of vibrating all by the frequency of GPS+GLONASS+ Big Dippeves Samsung eight or
The frequency locating module of two star of GPS+Big Dipper five gathers；Between the monitoring device and server, between server and mobile client
Director data is transmitted by 3G/GPRS wireless networks.
4. the pattern digitization means of communication of concrete vibrating quality-monitoring feedback data according to claim 3, it is special
Sign is：The step 7）The feedback data information of vibrating of middle request server transmission comprises at least Bian circle Zuo Biao ﹑ leakages of vibrating and owed
﹑, which vibrates, between a seat mark ﹑ monitoring device of vibrating is determined when position seat mark ﹑ vibrates acts on half footpath ﹑ data type number ﹑ device numbering information；
The point coordinates that wherein vibrates to vibrate club head coordinate, by monitoring device of vibrating determine position and sat to mark the long degree ﹑ of ﹑ vibrating spears azimuths of vibrating and push away
Try to achieve, the reckoning processing procedure is performed by monitoring central server program.
5. the pattern digitization means of communication of concrete vibrating quality-monitoring feedback data according to claim 4, it is special
Sign is：The step 11）Described in positioning defect areas position carry out correcting defect in time and comprise the following steps：
Monitoring device and leakage owed to shake regional location distance relation are calculated 1. being estimated according to graphical scale；
2. the cloud atlas according to refreshing in real time is shown, mobile monitoring equipment is until in leakage owed to shake region；
3. above-mentioned zone is compared with characterizing different degrees of leakage owed to shake state vibrating time scale strip progress color, it is determined that vibrating
Start vibrating spear after time and carry out correcting defect in time.
6. the pattern digitization means of communication of concrete vibrating quality-monitoring feedback data according to claim 5, it is special
Sign is：The monitoring device is attached to fixed on vibrating spear, and vibrating spear moves together with monitoring device.
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| CN104317263B (en) * | 2014-10-09 | 2017-08-25 | 中国电建集团成都勘测设计研究院有限公司 | Concrete construction is vibrated method for controlling trajectory |
| CN104460473B (en) * | 2014-10-30 | 2017-04-05 | 中国电建集团成都勘测设计研究院有限公司 | Concrete vibrating effective time monitoring method |
| CN105044493B (en) * | 2015-06-25 | 2018-03-09 | 河海大学 | Vibrating spear working condition decision method based on alternating current signal detection |
| CN105442851B (en) * | 2015-12-17 | 2017-11-03 | 河海大学 | Effectively vibrate depth and state real-time intelligent of concrete judges device and method |
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