CN109903019A - Project progress monitor system based on BIM - Google Patents
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- CN109903019A CN109903019A CN201910164271.3A CN201910164271A CN109903019A CN 109903019 A CN109903019 A CN 109903019A CN 201910164271 A CN201910164271 A CN 201910164271A CN 109903019 A CN109903019 A CN 109903019A
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Abstract
The project progress monitor system based on BIM that the present invention relates to a kind of, it is related to a kind of based on Building Information Model field, solve the problems, such as that be unfavorable for project supervision understands whether each construction part is carrying out according to schedule in time, it includes controlling terminal, construction deadline database, construction partial 3-D Visualization Model database, three-dimensional panorama data acquisition device, construction part real-time three-dimensional panorama database, three-dimensional panorama data are converted as the conversion equipment of three-dimensional visualization model, and, it is stored with supervisor's mobile phone database of construction part and corresponding supervisor's cell-phone number, short message prompt device.The present invention has the effect of that project supervision can be facilitated to know each construction part that do not complete according to schedule and corresponding extension time.
Description
Technical field
The present invention relates to one kind to be based on Building Information Model field, in particular to a kind of project progress supervision based on BIM
System.
Background technique
The translator of Chinese of BIM is Building Information Model, and BIM technology is a kind of data that management is built applied to engineering design
Chemical industry tool, the relevant information of various projects is integrated by parameter model, thus using this digital information model as each building
Each related work is done on the basis of project.
With the development of domestic construction design field, Preliminary Applications in architectural engineering industry and have shown that its is huge to BIM
Big commercial value, but for the application status of current BIM, still there is significant limitation.Although BIM project planning,
It is shared and is transmitted in the life-cycle processes of operation and maintenance, make that engineers and technicians correctly to various architecture informations
Understand and efficiently cope with, provides the base of collaborative work for design team and each side's building body including building unit of operation
Plinth plays an important role providing production efficiency, save the cost and shortening the construction period aspect.
In terms of the progress control of existing engineering, BIM technology has lacked the intuitive of scene due to its characteristic based on model
Impression is unfavorable for project supervision and understands whether each construction part is carrying out according to schedule in time, and there is room for improvement.
Summary of the invention
A kind of project progress monitor system based on BIM is provided the object of the present invention is to provide a kind of, engineering can be facilitated
The each construction part that do not complete according to schedule and corresponding extension time are known in management.
Foregoing invention purpose of the invention has the technical scheme that
A kind of project progress monitor system based on BIM, including controlling terminal, the project progress monitor system based on BIM are also wrapped
It includes the construction deadline database of time when being stored with construction part and corresponding construction completion, be stored with construction
Part and be corresponding to it complete construction when matched three-dimensional visualization model construction partial 3-D Visualization Model data
Library acquires the three-dimensional panorama data acquisition device of the three-dimensional panorama data of construction partial 3-D panoramic view data in construction site, deposits
Contain the real-time three-dimensional panoramic view data that construction part and corresponding construction part are generated through the acquisition of three-dimensional panorama data acquisition device
Construction part real-time three-dimensional panorama database, convert three-dimensional panorama data as the conversion equipment of three-dimensional visualization model, and,
It is stored with supervisor's mobile phone database, the short message prompt device of construction part and corresponding supervisor's cell-phone number；Construction
Part real-time three-dimensional panorama database (5)
Controlling terminal transfers construction and completes the time constructed when completing corresponding to each construction part in database, and with construction
The tandem of time when completion is successively with corresponding construction part for query object, in construction partial 3-D Visualization Model
Construction is transferred in database and completes the matched theory three-dimensional Visualization Model of when institute, while in construction part real-time three-dimensional panorama number
Real-time three-dimensional panoramic view data corresponding when construction is completed is transferred according to library, and by the real-time three-dimensional panoramic view data transferred by turning
The conversion of changing device obtains real-time three-dimensional Visualization Model；
Controlling terminal is with the real-time three-dimensional Visualization Model of the theory three-dimensional Visualization Model for part of constructing and corresponding construction part
It is compared, if comparison is inconsistent, controlling terminal is transferred therewith with corresponding construction part in supervisor's mobile phone database
Matched supervisor's cell-phone number is simultaneously applied with corresponding supervisor's cell-phone number by what the load of short message prompt device was accordingly delayed
The Ministry of worker point is in transmitted prompt information.
By using above-mentioned technical proposal, pass through controlling terminal, construction part real-time three-dimensional panorama database, conversion equipment
Setting real-time three-dimensional Visualization Model can be compared with theory three-dimensional Visualization Model, thus distinguish compare it is different
The construction part of cause informed by short message prompt device in supervisor, is facilitated supervisor to know and is not completed according to schedule
Construction part.
Preferably, further including being stored with construction part and being corresponding to it based on the project progress monitor system in BIM
The construction time started database of time of construction when starting, deadline computing module of constructing after extension；
Deadline computing module of constructing after extension calculates the deadline after delaying according to following formula；
T=[(t2-t1)/s]+t1；
T2 is time when corresponding construction is partially completed；
T1 is time when corresponding construction part starts；
S is the reasonable completion accounting by three-dimensional visualization model of real-time three-dimensional Visualization Model；
The matched three-dimensional of institute can matched Visualization Model and real-time three-dimensional Visualization Model ratio when controlling terminal is completed with constructing
To inconsistent construction part, construction time started t1 is transferred in construction time started database, while when construction is completed
Construction time started t2 is transferred in spatial database, while accessed real-time three-dimensional Visualization Model and theory three-dimensional is visual
Change model to be compared to obtain and complete accounting s, calculates the deadline after delaying according to above formula, and will be after extension
Deadline loads in prompt information transmitted by short message prompt device.
By using above-mentioned technical proposal, mould is calculated by the construction deadline after construction time started database, extension
The extension time that the setting of block and controlling terminal is likely to result in, and pass through short message prompt device
Will likely caused by extension the time notify supervisor in time.
Preferably, the project progress monitor system based on BIM further includes time computing module of delaying, the time of delaying is calculated
The module extension time calculated is obtained with following formula: t3=T-t2；
Controlling terminal will load on prompt transmitted by short message prompt device the extension time computing module extension time calculated
In information.
It, can will be specific by the setting of delay time computing module, controlling terminal by using above-mentioned technical proposal
Time informing delay in supervisor.
The present invention is further arranged to: during being defined on the construction of practice of construction part, construction part is in the presence of when stopping
Between, the project progress monitor system based on BIM further includes being stored with construction part and corresponding to construction and be partially completed in construction to stop
The construction part of breath total time stops total time database, voice notification device；
Controlling terminal is with time computing module delay time calculated, and being constructed with correspondence is partially query object in construction portion
The total time data base querying that point stops, which goes out corresponding construction part and stops, to be compared total time, if time computing module is calculated
Delay time is longer, then the supervisor of the corresponding construction part of controlling terminal starting voice notification device notice；Conversely, if the time
Computing module delay time calculated is shorter, then controlling terminal needs deadline when rest time with part of constructing
Computing module delay time calculated loads in the short message that short message prompt device is notified as overtime.
By using above-mentioned technical proposal, by part of constructing stop total time database, controlling terminal setting can be with
It effectively determines when determination extension will occur, whether complete application and construction part total time that stops is enough at this time, in determination
The supervisor of corresponding construction part can be notified in the case where not enough by voice notification device, and when enough
It waits, overtime can be arranged accordingly at this time, and pass through short message prompt device notice to the supervisor of corresponding construction part.
The present invention is further arranged to: the project progress monitor system based on BIM further includes being stored with construction part, construction
Raise speed database for the construction part of resource spent by part speed-raising percentage and corresponding construction part speed-raising percentage, and definition is applied
The Ministry of worker point speed-raising and the two parameters of spent resource are to be positively correlated；
When time computing module delay time calculated is longer, made with time computing module delay time calculated
For dividend, corresponding construction part stops total time as divisor, partially raises speed hundred as construction using the difference of the quotient of the two and 1
Divide ratio, while being query object in construction partially speed-raising database using the speed-raising percentage for constructing partially and corresponding to construction part
Spent resource of the corresponding construction part in the case where realizing corresponding speed-raising is inquired, and the information of spent resource is loaded in short message
In short message transmitted by suggestion device.
By using above-mentioned technical proposal, can constructed by the setting of the speed-raising of construction part database, controlling terminal
Part stop total time it is not enough when, at this time according to required speed-raising situation determine needed for expend resource, and in time notify arrive
Corresponding supervisor.
The present invention is further arranged to: the quantity for defining supervisor is two and is equipped with hand on supervisor's mobile phone
Machine tracker, the project progress monitor system based on BIM further include being stored with where the construction part of construction part position
Location database, path planning apparatus are stored with supervisor and supervisor that corresponding supervisor's working time arranges
Working time arrangement data library；
If time computing module delay time calculated is shorter, stops in construction part and arrange in total time and prolong
When total overtime of the time comparable time as two supervisors, and using the half of total overtime as each management
The overtime of personnel, while prison is inquired in supervisor's working time arrangement data library using supervisor as query object
Person works' arrangement of time is managed, and arranges in supervisor's working time the overtime that each supervisor is added, is protected simultaneously
The time of card supervisor is not overlapped；
Controlling terminal inquires supervisor position as query object using supervisor's cell-phone number in mobile phone tracker, together
When with construct part be query object in construction part position database in inquire construction part position, pass through road
Diameter device for planning cooks up shortest path, and using shortest path as dividend, travel time calculates phase as divisor per capita
Answer supervisor reach construction part the time required to, and in advance supervisor newly formed the working time accordingly construct partially taken
Between corresponding short message sent by short message prompt device.
By using above-mentioned technical proposal, filled by mobile phone tracker, construction part position database, path planning
Set, supervisor's working time arrangement data library can be when determining that supervisor needs to work overtime, being capable of reasonable arrangement two
The working time of a supervisor, and supervisor is notified in the case where new job placement by short message prompt device in time
Member, in order to which supervisor can reach in time construction part location within the time of new job placement.
The present invention is further arranged to: the short message prompt device is Short message alarm.
By using above-mentioned technical proposal, since short message prompt device is Short message alarm, can guarantee to prompt effect
While, cost is reduced accordingly.
In conclusion advantageous effects of the invention are as follows: pass through controlling terminal, construction part real-time three-dimensional panoramic view data
The setting in library, conversion equipment real-time three-dimensional Visualization Model can be compared, thus area with theory three-dimensional Visualization Model
Do not compare inconsistent construction part, informed by short message prompt device in supervisor, facilitate supervisor know not according to
Plan the construction part completed.
Detailed description of the invention
Fig. 1 is the system block diagram one of the project progress monitor system the present invention is based on BIM.
Fig. 2 is the system block diagram two of the project progress monitor system the present invention is based on BIM.
In figure, 1, controlling terminal；2, construction deadline database；3, construction partial 3-D Visualization Model database；
4, three-dimensional panorama data acquisition device；5, construction part real-time three-dimensional panorama database；6, conversion equipment；7, supervisor's mobile phone
Database；8, short message prompt device；9, construction time started database；10, construction deadline computing module after delaying；11,
Extension time computing module；12, construction part stops total time database；13, voice notification device；14, construction part is raised speed
Database；15, mobile phone tracker；16, construction part position database；17, path planning apparatus；18, supervisor employee
Make arrangement of time database.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
Referring to Fig.1, a kind of project progress monitor system based on BIM disclosed in the present embodiment, including controlling terminal 1, base
It further include being stored with construction part and time when corresponding construction is completed applies in the project progress monitor system of BIM
Work deadline database 2 is stored with construction part and the matched three-dimensional visualization model of completion construction when institute that is corresponding to it
Construction partial 3-D Visualization Model database 3, acquisition construction site in construct partial 3-D panoramic view data three-dimensional panorama
The three-dimensional panorama data acquisition device 4 of data is stored with construction part and corresponding construction part and acquires through three-dimensional panorama data
The construction part real-time three-dimensional panorama database 5 for the real-time three-dimensional panoramic view data that the acquisition of device 4 generates, conversion three-dimensional panorama data
For the conversion equipment 6 of three-dimensional visualization model, and, it is stored with the management of construction part and corresponding supervisor's cell-phone number
Personnel's mobile phone database 7, short message prompt device 8；Wherein three-dimensional panorama data acquisition device 4 is 360 degree of full-view cameras, can nothing
400 or so square metres of blind monitoring area coverage, it is equipped with a fish eye lens, possesses 360 degree of panoramic views, one 360 degree complete
Scape camera can replace more common video cameras, accomplish seamless monitoring, conversion equipment 6 is preferably according to three-dimensional panorama data
Information draws the software of corresponding three-dimensional visualization model, the preferred Short message alarm of short message prompt device 8 automatically.
Controlling terminal 1 is transferred construction and is completed the time constructed when completing corresponding to each construction part in database, and
The tandem of time when being completed with constructing is visual in construction partial 3-D successively with corresponding construction part for query object
Change and transfer institute's matched theory three-dimensional Visualization Model when construction is completed in model database 3, while in part real-time three of constructing
Dimension panorama database 5 transfers real-time three-dimensional panoramic view data corresponding when construction is completed, and the real-time three-dimensional panorama that will be transferred
Data obtain real-time three-dimensional Visualization Model by the conversion of conversion equipment 6.
Controlling terminal 1 is visualized with the theory three-dimensional Visualization Model for part of constructing with the real-time three-dimensional of corresponding construction part
Model is compared, if comparison is inconsistent, controlling terminal 1 is adjusted with corresponding construction part in supervisor's mobile phone database 7
It takes matching supervisor's cell-phone number and is loaded with corresponding supervisor's cell-phone number by short message prompt device 8 and accordingly prolonged
The construction part of phase is in transmitted prompt information.
Furthermore understand wherein construction part in time for convenience of supervisor to be based on to the time after corresponding extension in BIM
Project progress monitor system further include being stored with construction part and the construction of time when corresponding construction starts is opened
Beginning temporal database 9, deadline computing module 10 of constructing after delaying；After extension construct deadline computing module 10 according to
Lower formula calculates the deadline after delaying；T=[(t2-t1)/s]+t1；T2 is time when corresponding construction is partially completed；T1 is
Time when corresponding construction part starts；S is the reasonable completion accounting by three-dimensional visualization model of real-time three-dimensional Visualization Model.
The matched three-dimensional of institute can matched Visualization Model and real-time three-dimensional visualization mould when controlling terminal 1 is completed with constructing
Type compares inconsistent construction part, construction time started t1 is transferred in construction time started database 9, while in having constructed
At transferring construction time started t2 in temporal database 2, while by accessed real-time three-dimensional Visualization Model and theory three
Dimension Visualization Model is compared to obtain and complete accounting s, calculates the deadline after delaying according to above formula, and will prolong
Deadline after phase loads in prompt information transmitted by short message prompt device 8.
Equally also specifically construct the part corresponding extension time for convenience of supervisor's timely learning, the work based on BIM
Cheng Jindu monitor system further include delay time computing module 11, delay the extension time calculated of time computing module 11 with
Lower formula obtains: t3=T-t2；Controlling terminal 1 will load on short message and mention the extension extension time calculated of time computing module 11
In prompt information transmitted by showing device 8.
It further contemplates in work progress, due to needing the case where being delayed, needs rationally to be pacified according to delay situation herein
Overtime is arranged, during being defined on the construction of practice of construction part, construction part is there are rest time, the engineering based on BIM
Progress monitor system further includes being stored with construction part and corresponding to construct to be partially completed the construction portion for the total time that stops in construction
Divide stop total time database 12, voice notification device 13, voice notification device 13 is preferably voice notification device 13.
Controlling terminal 1 with time computing module delay time calculated, and with corresponding construction part be query object in
The construction part total time database 12 that stops inquires corresponding construction part and stops and is compared total time, if time computing module
Delay time calculated is longer, then controlling terminal 1 starts the supervisor of the corresponding construction part of the notice of voice notification device 13；
Conversely, controlling terminal 1 is needed with part of constructing in rest time if time computing module delay time calculated is shorter
When deadline computing module delay time calculated as overtime, load on what short message prompt device 8 was notified
In short message.
In addition when in view of work can not be completed by rest time, consider to complete required work by raising speed at this time
Make, the project progress monitor system based on BIM further includes being stored with construction part, construction part speed-raising percentage and correspondence to apply
Raise speed database 14 for the construction part of resource spent by the Ministry of worker point speed-raising percentage, definition construction part speed-raising and spent resource
The two parameters are to be positively correlated.
When time computing module delay time calculated is longer, when delay calculated with time computing module
Between be used as dividend, corresponding construction part is stopped total time as divisor, is partially mentioned using the difference of the quotient of the two and 1 as constructing
Fast percentage, while being query object in construction part speed-raising data using the speed-raising percentage of construct part and corresponding construction part
Spent resource of the corresponding construction part in the case where realizing corresponding speed-raising is inquired in library 14, and the information of spent resource is loaded
In the short message transmitted by short message prompt device 8.
Furthermore in view of the presence due to overtime work, it is capable of the working condition of two supervisors of reasonable arrangement, definition prison
The quantity of reason personnel is two and is equipped with mobile phone tracker 15 on supervisor's mobile phone, and the project progress based on BIM is supervised
System further includes the construction part position database 16 for being stored with construction part position, path planning apparatus 17, deposits
Contain supervisor and supervisor's working time arrangement data library 18 that corresponding supervisor's working time arranges, path is advised
Drawing device 17 is preferably trip planner.
If time computing module delay time calculated is shorter, stops in construction part and arrange in total time
Total overtime with the delay time comparable time as two supervisors, and using the half of total overtime as each
The overtime of supervisor, while being looked into supervisor's working time arrangement data library 18 using supervisor as query object
Asking out supervisor's working time arranges, and arranges in supervisor's working time the overtime that each supervisor is added,
Guarantee that the time of supervisor is not overlapped simultaneously.
Controlling terminal 1 is inquired using supervisor's cell-phone number as query object in mobile phone tracker 15 where supervisor
Position, while construction part institute is partially inquired in place for query object in construction part position database 16 with construction
It sets, passage path device for planning 17 cooks up shortest path, and using shortest path as dividend, and travel time is used as and removes per capita
Number calculates the time required to corresponding supervisor reaches construction part, and supervisor newly forms the working time and accordingly applies in advance
Corresponding short message is sent by short message prompt device 8 the time required to the Ministry of worker point.
The implementation principle of the present embodiment are as follows:
Pass through construction deadline database 2, construction partial 3-D Visualization Model database 3, three-dimensional panorama data acquisition dress
Set 4, construction part real-time three-dimensional panorama database 5, conversion equipment 6, supervisor's mobile phone database 7, short message prompt device 8
Setting can determine whether construction part can complete task according to current schedules, when construction part cannot complete task
It waits, can be notified in time by short message prompt device 8 to corresponding supervisor.
And occur construction part cannot complete task when, in conjunction with construction time started database 9, delay after apply
Work deadline computing module 10, time computing module 11 of delaying can determine the time that construction part can be delayed, and by short
Letter suggestion device 8 notifies corresponding supervisor.
Furthermore pass through total time database 12, voice notification device 13, the construction part speed-raising database of partially stopping of constructing
14, mobile phone tracker 15, construction part position database 16, path planning apparatus 17, supervisor's working time arrange
The setting of database 18 can be capable of the working time of the good supervisor's overtime work of reasonable arrangement when there is delay situation.
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this
Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it
It is interior.
Claims (7)
1. a kind of project progress monitor system based on BIM, including controlling terminal (1), it is characterized in that: based on the engineering of BIM into
Degree monitor system further includes the construction deadline number of time when being stored with construction part and corresponding construction completion
According to library (2), be stored with construction part and be corresponding to it complete construction when matched three-dimensional visualization model construction part
The three of the three-dimensional panorama data of construction partial 3-D panoramic view data in three-dimensional visualization model database (3), acquisition construction site
Dimension panoramic view data acquisition device (4) is stored with construction part and corresponding construction part through three-dimensional panorama data acquisition device (4)
Acquire the construction part real-time three-dimensional panorama database (5) of the real-time three-dimensional panoramic view data generated, conversion three-dimensional panorama data are
The conversion equipment (6) of three-dimensional visualization model, and, it is stored with the management of construction part and corresponding supervisor's cell-phone number
Personnel's mobile phone database (7), short message prompt device (8)；
Controlling terminal (1) is transferred construction and is completed the time constructed when completing corresponding to each construction part in database, and with
The tandem of time when construction is completed is successively with corresponding construction part for query object, in construction partial 3-D visualization
Construction is transferred in model database (3) and completes the matched theory three-dimensional Visualization Model of when institute, while in construction part real-time three
Dimension panorama database (5) transfers real-time three-dimensional panoramic view data corresponding when construction is completed, and the real-time three-dimensional transferred is complete
Scape data obtain real-time three-dimensional Visualization Model by the conversion of conversion equipment (6)；
Controlling terminal (1) visualizes mould with the real-time three-dimensional of corresponding construction part with the theory three-dimensional Visualization Model for part of constructing
Type is compared, if comparison is inconsistent, controlling terminal (1) is with corresponding construction part in supervisor's mobile phone database (7)
It transfers matching supervisor's cell-phone number and phase is loaded by short message prompt device (8) with corresponding supervisor's cell-phone number
The construction part that should delay is in transmitted prompt information.
2. the project progress monitor system according to claim 1 based on BIM, it is characterized in that: based on the engineering in BIM into
Degree monitor system further includes the construction time started number of time when being stored with construction part and corresponding construction beginning
According to construction deadline computing module (10) after library (9), extension；
Deadline computing module (10) are constructed after extension according to the deadline after following formula calculating extension；
T=[(t2-t1)/s]+t1；
T2 is time when corresponding construction is partially completed；
T1 is time when corresponding construction part starts；
S is the reasonable completion accounting by three-dimensional visualization model of real-time three-dimensional Visualization Model；
When controlling terminal (1) is completed with constructing the matched three-dimensional of construction part institute can matched Visualization Model and real-time three-dimensional can
Inconsistent construction part is compared depending on changing model, construction time started t1 is transferred in construction time started database (9), simultaneously
Construction time started t2 is transferred in construction deadline database (2), while accessed real-time three-dimensional is visualized into mould
Type and theory three-dimensional Visualization Model are compared to obtain and complete accounting s, calculate the completion after delaying according to above formula
Time, and the deadline after extension is loaded in prompt information transmitted by short message prompt device (8).
3. the project progress monitor system according to claim 2 based on BIM, it is characterized in that: the project progress based on BIM
Monitor system further includes delaying time computing module (11), and time computing module (11) extension time calculated of delaying is with following
Formula obtains: t3=T-t2；
Controlling terminal (1) will load on short message prompt device (8) institute extension time computing module (11) extension time calculated
In the prompt information of transmission.
4. the project progress monitor system according to claim 3 based on BIM, it is characterized in that: being defined on practice of construction portion
During giving work, there are rest times for construction part, and the project progress monitor system based on BIM further includes being stored with construction
Stop total time database (12), voice of the construction part that part and corresponding construction are partially completed the total time that stops in construction is logical
Know device (13)；
Controlling terminal (1) is with time computing module delay time calculated, and with corresponding construction part is query object in applying
Ministry of worker's total time database (12) that point stops inquires corresponding construction part and stops and is compared total time, if time computing module
Delay time calculated is longer, then the management of the corresponding construction part of controlling terminal (1) starting voice notification device (13) notice
Personnel；Conversely, controlling terminal (1) needs stopping if time computing module delay time calculated is shorter with part of constructing
Deadline computing module delay time calculated loads on short message prompt device as overtime when ceasing the time
(8) in the short message notified.
5. the project progress monitor system according to claim 4 based on BIM, it is characterized in that: the project progress based on BIM
Monitor system further includes being stored with construction part, construction part speed-raising percentage and corresponding construction part speed-raising percentage to be consumed
Take construction part speed-raising database (14) of resource, definition construction part speed-raising and the two parameters of spent resource are positive
It closes；
When time computing module delay time calculated is longer, made with time computing module delay time calculated
For dividend, corresponding construction part stops total time as divisor, partially raises speed hundred as construction using the difference of the quotient of the two and 1
Divide ratio, while being partially query object in the database that partially raises speed of constructing with the speed-raising percentage for corresponding to construction part using construction
(14) spent resource of the corresponding construction part in the case where realizing corresponding speed-raising is inquired in, and the information of spent resource is loaded
In the short message transmitted by short message prompt device (8).
6. the project progress monitor system according to claim 5 based on BIM, it is characterized in that: defining the number of supervisor
Amount is two and mobile phone tracker (15) are equipped on supervisor's mobile phone, and the project progress monitor system based on BIM is also wrapped
It includes and is stored with the construction part position database (16) of construction part position, path planning apparatus (17), is stored with
Supervisor's working time arrangement data library (18) that supervisor and corresponding supervisor's working time arrange；
If time computing module delay time calculated is shorter, stops in construction part and arrange in total time and prolong
When total overtime of the time comparable time as two supervisors, and using the half of total overtime as each management
The overtime of personnel, while using supervisor's inquiry in supervisor's working time arrangement data library (18) as query object
Supervisor's working time arranges out, and arranges in supervisor's working time the overtime that each supervisor is added, together
When guarantee supervisor time be not overlapped；
Controlling terminal (1) is inquired using supervisor's cell-phone number as query object in mobile phone tracker (15) where supervisor
Position, while being partially that query object inquires construction part place in construction part position database (16) with construction
Position, passage path device for planning (17) cook up shortest path, and using shortest path as dividend, and travel time is made per capita
It for divisor, calculates corresponding supervisor and reaches construction part required time, and supervisor newly forms working time phase in advance
The part required time that should construct sends corresponding short message by short message prompt device (8).
7. the project progress monitor system according to claim 6 based on BIM, it is characterized in that: the short message prompt device
It (8) is Short message alarm.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109949011A (en) * | 2019-03-23 | 2019-06-28 | 浙江华东工程咨询有限公司 | A kind of strip foundation pit construction system based on BIM |
| CN110363876A (en) * | 2019-07-16 | 2019-10-22 | 安徽求是工程建设咨询有限公司 | A kind of intelligent monitor system for project supervision |
| CN111414526A (en) * | 2020-03-02 | 2020-07-14 | 浙江同洲项目管理有限公司 | Elevator installation supervision method and computer readable storage medium |
| CN112001816A (en) * | 2020-08-15 | 2020-11-27 | 湖南钜达程水务有限公司 | BIM-based standardized construction management method, system and storage medium for building water supply system |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108053141A (en) * | 2017-12-29 | 2018-05-18 | 青建集团股份公司 | A kind of assembled architecture construction data adjustment control system |
| CN108470315A (en) * | 2018-02-11 | 2018-08-31 | 浙江联建工程设计有限公司 | Project progress monitor system based on BIM |
| CN109062092A (en) * | 2018-07-20 | 2018-12-21 | 民航中南空管设备工程公司 | Weather monitoring system |
| CN109166053A (en) * | 2018-08-17 | 2019-01-08 | 青岛理工大学 | Bottom architecture-integral packed system and its management method based on BIM |
-
2019
- 2019-03-05 CN CN201910164271.3A patent/CN109903019A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108053141A (en) * | 2017-12-29 | 2018-05-18 | 青建集团股份公司 | A kind of assembled architecture construction data adjustment control system |
| CN108470315A (en) * | 2018-02-11 | 2018-08-31 | 浙江联建工程设计有限公司 | Project progress monitor system based on BIM |
| CN109062092A (en) * | 2018-07-20 | 2018-12-21 | 民航中南空管设备工程公司 | Weather monitoring system |
| CN109166053A (en) * | 2018-08-17 | 2019-01-08 | 青岛理工大学 | Bottom architecture-integral packed system and its management method based on BIM |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109949011A (en) * | 2019-03-23 | 2019-06-28 | 浙江华东工程咨询有限公司 | A kind of strip foundation pit construction system based on BIM |
| CN110363876A (en) * | 2019-07-16 | 2019-10-22 | 安徽求是工程建设咨询有限公司 | A kind of intelligent monitor system for project supervision |
| CN111414526A (en) * | 2020-03-02 | 2020-07-14 | 浙江同洲项目管理有限公司 | Elevator installation supervision method and computer readable storage medium |
| CN112001816A (en) * | 2020-08-15 | 2020-11-27 | 湖南钜达程水务有限公司 | BIM-based standardized construction management method, system and storage medium for building water supply system |
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Application publication date: 20190618 |