CN206769908U - A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate - Google Patents
A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate Download PDFInfo
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- CN206769908U CN206769908U CN201720497945.8U CN201720497945U CN206769908U CN 206769908 U CN206769908 U CN 206769908U CN 201720497945 U CN201720497945 U CN 201720497945U CN 206769908 U CN206769908 U CN 206769908U
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Abstract
The protecting, monitoring system that a kind of subway station vertical shaft based on BIM opens ingate is the utility model is related to, belongs to BIM fields.Metro station construction vertical shaft has fore shaft collar tie beam in the utility model, metro station construction vertical shaft, which opens up, is provided with ingate reinforcing ring at ingate, sedimentation detection terminal is equipped with fore shaft collar tie beam and ingate reinforcing ring, sedimentation detection terminal includes settlement sensor, processor, wireless communication module and power module；The utility model also includes BIM servers, BIM work stations and display；Display is connected with BIM work stations, and BIM work stations are connected with BIM server networks；Settle detection terminal and network is accessed by wireless communication module, and be connected with BIM server networks.The utility model ingate reinforcing ring, which is realized, provides reinforcement protection when metro station construction vertical shaft opens up ingate, and sedimentation detection terminal detects the sedimentation situation of fore shaft collar tie beam and ingate reinforcing ring in real time.
Description
Technical field
The utility model belongs to BIM fields, and in particular to a kind of subway station vertical shaft based on BIM opens the protection of ingate
Monitoring system.
Background technology
Subway station build be subway construction important component, it is invested, and big, difficulty is high so that subway station
Build construction requirement height, cycle length.During City Subway Station construction, because of surface structures, road, underground utilities etc. in city
It is complicated various, and the requirement to noise, dust etc., can be solved using subsurface excavation method during City Subway Station construction above-mentioned
Problem.
In the construction of city underground bored tunnel, ingate is the key link that structure stress is changed in work progress,
When opening up ingate, if dealt with improperly, it may appear that vault such as caves at the accident.Thus opened up in metro station construction Construction of Silo
Just it is highly desirable to take corresponding reinforcement protection measure and surveillance and control measure during ingate.
In work progress, construction monitoring is by artificial gathered data, finishing analysis, analysis result manually in plane
After being identified on layout drawing, variation tendency, such monitoring mode one are expressed in a manner of form coordinates two-dimensional curve, figure
Aspect takes substantial amounts of human time, and Monitoring Data is difficult to meet engine request in terms of real-time；On the other hand to report
Table coordinates two-dimensional curve, the mode of figure expresses variation tendency is not manifestation mode directly perceived, and this comes to veteran engineer
Say, can quickly skilled discriminatory analysis, but then different, it is necessary to aid in helping for the new engineer for participating in project or layman
Help and instructed.
Utility model content
In view of this, the purpose of this utility model is overcome the deficiencies in the prior art, there is provided a kind of subway based on BIM
Station vertical shaft opens the protecting, monitoring system of ingate, with realized when metro station construction vertical shaft opens up ingate reinforcement protection and
Monitoring in real time.
To realize object above, the utility model adopts the following technical scheme that：
A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate, the metro station construction vertical shaft
With fore shaft collar tie beam, the metro station construction vertical shaft opens up and ingate reinforcing ring is provided with ingate, the fore shaft collar tie beam and
Sedimentation detection terminal is equipped with the ingate reinforcing ring, the sedimentation detection terminal includes settlement sensor, processor, nothing
Line communication module and power module, the settlement sensor electrically connect with the processor, the processor with it is described wireless
Communication module electrically connects, and the power module provides the working power of the sedimentation detection terminal；
The protecting, monitoring system that the subway station vertical shaft based on BIM opens ingate also includes BIM servers, BIM works
Stand and display；The display electrically connects with the BIM work stations, between the BIM work stations and the BIM servers
Pass through network connection；The sedimentation detection terminal accesses network by the wireless communication module, and leads to the BIM servers
Cross network connection.
Further, the subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate also including BIM movements
Terminal device, pass through network connection between the BIM mobile terminal devices and the BIM servers.
Further, the BIM mobile terminal devices are notebook computer or smart mobile phone.
Further, the sedimentation detection terminal also includes alarm module, and the alarm module is electrically connected with the processor
Connect.
Further, the alarm module is buzzer or LED Color-changing lamps.
Further, the subway station vertical shaft based on BIM, which opens the protecting, monitoring system of ingate, also includes printer,
The printer electrically connects with the BIM work stations.
Further, the printer is laser color printer.
Further, the settlement sensor is hydrostatic level.
Further, the wireless communication module is 3G wireless communication modules or 4G wireless communication modules.
Further, the display is large screen display.
The utility model uses above technical scheme, at least possesses following beneficial effect：
The utility model provides the protecting, monitoring system that a kind of subway station vertical shaft based on BIM opens ingate, in subway
Station construction vertical shaft, which opens up, sets ingate reinforcing ring to realize when metro station construction vertical shaft opens up ingate at ingate
Reinforcement protection is provided, it is ensured that the stable safety of peripheral structure when opening up ingate, in the fore shaft collar tie beam of metro station construction vertical shaft
Detection terminal is settled with being set on ingate reinforcing ring, detects the sedimentation situation of fore shaft collar tie beam and ingate reinforcing ring, and in real time
BIM servers are sent to, real-time visual control analysis are carried out by BIM work stations and display, and realize to sedimentation
Situation makes timely reactive measures.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, drawings in the following description are only
It is some embodiments of the utility model, for those of ordinary skill in the art, is not paying the premise of creative work
Under, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is that the utility model metro station construction vertical shaft sets ingate reinforcing ring and settles the signal of detection terminal
Figure；
Fig. 2 is the work for the protecting, monitoring system that a kind of subway station vertical shaft based on BIM of the utility model opens ingate
Schematic diagram；
Fig. 3 is the fundamental diagram that the utility model sets up BIM mobile terminal devices on the basis of Fig. 2 fundamental diagrams；
Fig. 4 is the fundamental diagram that the utility model sets up alarm module on the basis of Fig. 2 fundamental diagrams；
Fig. 5 is the fundamental diagram that the utility model sets up printer on the basis of Fig. 2 fundamental diagrams.
In figure, 1- metro station construction vertical shafts；2- ingate reinforcing rings；3- settles detection terminal；4-BIM servers；5-
BIM work stations；6- displays；7- networks；8-BIM mobile terminal devices；9- printers；101- fore shaft collar tie beams；301- sedimentations pass
Sensor；302- processors；303- wireless communication modules；304- power modules；305- alarm modules.
Embodiment
, below will be to technology of the present utility model to make the purpose of this utility model, technical scheme and advantage clearer
Scheme is described in detail.Obviously, described embodiment is only the utility model part of the embodiment, rather than all
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not before creative work is made
Resulting all other embodiment is put, belongs to the scope that the utility model is protected.
Name Resolution：BIM, English Building Information Modeling abbreviation, Chinese is architecture information mould
Type.BIM is based on every relevant information data of construction-engineering project, it is established that three-dimensional BUILDINGS MODELS, passes through number
Real information possessed by word information emulator simulant building thing.With information completeness, information relevance, consistency on messaging, can
The advantages that depending on change, harmony, simulation, optimization property and figure can be gone out.
For building trade, it is very big that visualization, which is used in the effect of construction industry, such as that often takes apply
Work drawing, simply the information of each component draws expression on drawing using lines, but its real structural form just needs
Construction industry participant is wanted to go voluntarily to imagine.For general simple thing, this imagination also should be all right, but closely
The construction style of several years construction industries is different, and complex model is constantly being released, then this human brain of depending alone removes the thing of the imagination just
It is rather somewhat unrealistic.So BIM provides visual thinking, allow people that the component of conventional line type is formed into one
The three-dimensional three-dimensional real object figure of kind is illustrated in face of people.In BIM BIMs, because whole process is all visual
Change, so visual result can not only be used for the displaying of design sketch and the generation of form, it is often more important that, project is set
Communication, discussion, decision-making during meter, construction, operation are carried out all in the state of visualization.
Thus, for the metro building for also belonging to Building class, metro building, which uses, can also use BIM as visual
Change monitoring means.
For prior art in, BIM merely provides a kind of visual simulation tool, and the input of its data is still to rely on people
Work inputs, thus when people utilize BIM in the prior art, the collection of data, which is imported into BIM models, still relies on manual site
Collection, so collection importing cycle are longer, can not be met in terms of real-time.
For the purpose realized reinforcement protection when metro station construction vertical shaft opens up ingate and monitored in real time, such as Fig. 1
Shown in Fig. 2, the utility model provides following scheme：
A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate, the metro station construction vertical shaft 1
With fore shaft collar tie beam 101, the metro station construction vertical shaft 1, which opens up, is provided with ingate reinforcing ring 2, the fore shaft circle at ingate
Sedimentation detection terminal 3 is equipped with beam 101 and the ingate reinforcing ring 2, the sedimentation detection terminal 3 includes settlement sensor
301st, processor 302, wireless communication module 303 and power module 304, the settlement sensor 301 and the processor 302
Electrical connection, the processor 302 electrically connect with the wireless communication module 303, and the power module 304 provides the sedimentation inspection
Survey the working power of terminal 3；
The metro station construction vertical shaft 1 based on BIM open the protecting, monitoring system of ingate also include BIM servers 4,
BIM work stations 5 and display 6；The display 6 electrically connects with the BIM work stations 5, the BIM work stations 5 and the BIM
Connected between server 4 by network 7；The sedimentation detection terminal 3 accesses network 7 by the wireless communication module 303, and
It is connected with the BIM servers 4 by network 7.
By such scheme, opened up in the metro station construction vertical shaft 1 and the ingate reinforcing ring 2 is set at ingate
Reinforcement protection can be realized when metro station construction vertical shaft 1 opens up ingate, further reduce the mistake caused by vault destroys
Security risk caused by big surface subsidence, the stable safety of peripheral structure when ensureing to open up ingate.
Metro station construction vertical shaft opens up conventional being realized by vertical shaft grid in horse-head ingate and reinforced at present, such as in horse
Head door opening even reinforced by vertical four Pin grids, and the utility model is in actual application, for the ingate reinforcing ring
2, the ingate reinforcing ring 2 can coordinate vertical shaft grid while use, as set up institute of the present utility model in vertical shaft grid
State ingate reinforcing ring 2 and realize further reinforcing.
Described in being set on the fore shaft collar tie beam 101 and the ingate reinforcing ring 2 of the metro station construction vertical shaft 1
Detection terminal 3 is settled, the settlement sensor 301 settled in detection terminal 3 detects the He of detection fore shaft collar tie beam 101
The sedimentation situation of the ingate reinforcing ring 2, obtained sedimentation signal are sent to institute in real time by the wireless communication module 303
BIM servers 4 are stated, real-time visual control analysis is carried out by the cooperation of the BIM work stations 5 and the display 6, with
Ensure that settlement Control in prescribed limit, can make engineers and technicians in metro station construction vertical shaft 1 by the utility model
Correct understanding and efficiently reply are made when opening up ingate, timely reactive measures such as are made to sedimentation situation.
Need herein additionally, it is noted that the part such as the BIM servers 4 of the present utility model, described BIM work stations 5
Although and be related between each part of network connection and be related to computer program and agreement, the realization of its function belongs to existing skill
Art, the essence of the utility model is the improvement of composition and the annexation progress to hardware components, specially described
Metro station construction vertical shaft 1, which opens up, sets the ingate reinforcing ring 2 at ingate, gathered by the sedimentation detection terminal 3
Sedimentation signal is simultaneously sent to the BIM servers 4 in real time, and the utility model is not related to enter computer program and agreement in itself
Capable improvement.
By such scheme, engineers and technicians can be operated in the BIM work stations 5, then by described aobvious
Show sedimentation situation when the real-time monitoring analysis metro station construction vertical shaft 1 of device 6 opens ingate, to ensure settlement Control in regulation model
In enclosing.But the program is used, the BIM work stations 5 are normally located in office, away from job site, due to described
The limitation of BIM work stations 5, behaviour is monitored before the BIM work stations 5 that the engineers and technicians of monitoring can only be in an office
Make, the engineers and technicians of monitoring can not go to job site to understand the condition of construction at scene, can not accomplish that reality is carried out with theoretical
Synchronous interaction analysis.On the other hand, in order to solve before engineers and technicians are limited in the BIM work stations 5, the utility model is also
Solution further below is provided, as shown in figure 3, being specially：
A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate, the metro station construction vertical shaft 1
With fore shaft collar tie beam 101, the metro station construction vertical shaft 1, which opens up, is provided with ingate reinforcing ring 2, the fore shaft circle at ingate
Sedimentation detection terminal 3 is equipped with beam 101 and the ingate reinforcing ring 2, the sedimentation detection terminal 3 includes settlement sensor
301st, processor 302, wireless communication module 303 and power module 304, the settlement sensor 301 and the processor 302
Electrical connection, the processor 302 electrically connect with the wireless communication module 303, and the power module 304 provides the sedimentation inspection
Survey the working power of terminal 3；
The metro station construction vertical shaft 1 based on BIM open the protecting, monitoring system of ingate also include BIM servers 4,
BIM work stations 5 and display 6；The display 6 electrically connects with the BIM work stations 5, the BIM work stations 5 and the BIM
Connected between server 4 by network 7；The sedimentation detection terminal 3 accesses network 7 by the wireless communication module 303, and
It is connected with the BIM servers 4 by network 7；
The protecting, monitoring system that the metro station construction vertical shaft 1 based on BIM opens ingate also includes BIM mobile terminals
Equipment 8, connected between the BIM mobile terminal devices 8 and the BIM servers 4 by network 7.
By the scheme of BIM mobile terminal devices 8 this described, the BIM mobile terminal devices 8 have portability advantage, ground
When iron station construction vertical shaft 1 opens up horse-head ingate, due to the difference of soil layer, sinking speed also can be different, engineering technology people
Member can carry the BIM mobile terminal devices 8 to job site, be supervised in real time by the BIM mobile terminal devices 8 during construction
The situation of construction soil layer when controlling sedimentation situation, while can actually know site operation, to accomplish that reality synchronizes with theory
Interaction analysis, realize it is more directly perceived, more fully monitor.
In the scheme of BIM mobile terminal devices 8 described above, the BIM mobile terminal devices 8 can use notebook electricity
Brain, in view of the lifting of the hardware performance of smart mobile phone at present, there is the performance of computer of matching in excellence or beauty, in the utility model, the BIM is moved
Dynamic terminal device 8 can also use smart mobile phone.
As shown in figure 4, in the utility model, for the sedimentation detection terminal 3, the utility model gives one kind can
The sedimentation detection terminal 3 is realized the scheme of warning function, be specially：
A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate, the metro station construction vertical shaft 1
With fore shaft collar tie beam 101, the metro station construction vertical shaft 1, which opens up, is provided with ingate reinforcing ring 2, the fore shaft circle at ingate
Sedimentation detection terminal 3 is equipped with beam 101 and the ingate reinforcing ring 2, the sedimentation detection terminal 3 includes settlement sensor
301st, processor 302, wireless communication module 303 and power module 304, the settlement sensor 301 and the processor 302
Electrical connection, the processor 302 electrically connect with the wireless communication module 303, and the power module 304 provides the sedimentation inspection
Survey the working power of terminal 3；
The metro station construction vertical shaft 1 based on BIM open the protecting, monitoring system of ingate also include BIM servers 4,
BIM work stations 5 and display 6；The display 6 electrically connects with the BIM work stations 5, the BIM work stations 5 and the BIM
Connected between server 4 by network 7；The sedimentation detection terminal 3 accesses network 7 by the wireless communication module 303, and
It is connected with the BIM servers 4 by network 7；
The sedimentation detection terminal 3 also includes alarm module 305, and the alarm module 305 is electrically connected with the processor 302
Connect.
By such scheme, the sedimentation detection terminal 3 is as daily on-site supervision terminal, in real-time monitoring shape
State, its sedimentation signal data monitored pass the BIM servers 4 back, so that engineers and technicians analyze, when settling exceeded,
The sedimentation detection terminal 3 sends alarm by the scene of alarm module 305, to prompt field personnel, passes through
The alarm module 305 can make the utility model realize more fully monitoring function.
For alarm module 305 described above, the alarm module 305 can use buzzer, LED can also be used to become
Colored lights.
In actual applications, it is necessary to which associated monitoring data-printing is out analyzed, this utility model is also provided
The scheme of printing is implemented as described below, as shown in figure 5, being specially：The subway station vertical shaft based on BIM opens the protection prison of ingate
Control system also includes printer 9, and the printer 9 electrically connects with the BIM work stations 5.The printer 9 can use laser
Color printer.
In actual applications, the settlement sensor 301 can use hydrostatic level conventional on the market to realize.
In actual applications, the wireless communication module 303 can use 3G wireless communication modules or 4G radio communications
Module.
In actual applications, the display 6 can use large screen display, be easy to more people while analysis is discussed.
It is described above, only specific embodiment of the present utility model, but the scope of protection of the utility model is not limited to
In this, any one skilled in the art can readily occur in change in the technical scope that the utility model discloses
Or replace, it should all cover within the scope of protection of the utility model.Therefore, the scope of protection of the utility model should be with the power
The protection domain that profit requires is defined.
Claims (10)
1. a kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate, the metro station construction vertical shaft tool
There is fore shaft collar tie beam, it is characterised in that：The metro station construction vertical shaft, which opens up, is provided with ingate reinforcing ring, the lock at ingate
Be equipped with sedimentation detection terminal on mouth circle beam and the ingate reinforcing ring, the sedimentation detection terminal include settlement sensor,
Processor, wireless communication module and power module, the settlement sensor electrically connect with the processor, the processor with
The wireless communication module electrical connection, the power module provide the working power of the sedimentation detection terminal；
The protecting, monitoring system that the subway station vertical shaft based on BIM opens ingate also includes BIM servers, BIM work stations
And display；The display electrically connects with the BIM work stations, passes through between the BIM work stations and the BIM servers
Network connection；The sedimentation detection terminal accesses network by the wireless communication module, and passes through net with the BIM servers
Network connects.
2. the subway station vertical shaft according to claim 1 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The protecting, monitoring system that the subway station vertical shaft based on BIM opens ingate also includes BIM mobile terminal devices, described
Pass through network connection between BIM mobile terminal devices and the BIM servers.
3. the subway station vertical shaft according to claim 2 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The BIM mobile terminal devices are notebook computer or smart mobile phone.
4. the subway station vertical shaft according to claim 1 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The sedimentation detection terminal also includes alarm module, and the alarm module electrically connects with the processor.
5. the subway station vertical shaft according to claim 4 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The alarm module is buzzer or LED Color-changing lamps.
6. the subway station vertical shaft according to claim 1 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The protecting, monitoring system that the subway station vertical shaft based on BIM opens ingate also includes printer, the printer and institute
State the electrical connection of BIM work stations.
7. the subway station vertical shaft according to claim 6 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The printer is laser color printer.
8. the subway station vertical shaft according to claim 1 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The settlement sensor is hydrostatic level.
9. the subway station vertical shaft according to claim 1 based on BIM opens the protecting, monitoring system of ingate, its feature exists
In：The wireless communication module is 3G wireless communication modules or 4G wireless communication modules.
10. the subway station vertical shaft according to claim 1 based on BIM opens the protecting, monitoring system of ingate, its feature
It is：The display is large screen display.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720497945.8U CN206769908U (en) | 2017-05-05 | 2017-05-05 | A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720497945.8U CN206769908U (en) | 2017-05-05 | 2017-05-05 | A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206769908U true CN206769908U (en) | 2017-12-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720497945.8U Active CN206769908U (en) | 2017-05-05 | 2017-05-05 | A kind of subway station vertical shaft based on BIM opens the protecting, monitoring system of ingate |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110454188A (en) * | 2019-07-10 | 2019-11-15 | 中交路桥北方工程有限公司 | The construction method and system of shield tunnel model based on BIM |
-
2017
- 2017-05-05 CN CN201720497945.8U patent/CN206769908U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110454188A (en) * | 2019-07-10 | 2019-11-15 | 中交路桥北方工程有限公司 | The construction method and system of shield tunnel model based on BIM |
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