CN109146411A - A kind of project supervision, cost, the total management system of bid, consulting - Google Patents
A kind of project supervision, cost, the total management system of bid, consulting Download PDFInfo
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- CN109146411A CN109146411A CN201810871756.1A CN201810871756A CN109146411A CN 109146411 A CN109146411 A CN 109146411A CN 201810871756 A CN201810871756 A CN 201810871756A CN 109146411 A CN109146411 A CN 109146411A
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- cloud server
- bid
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/10—Office automation; Time management
- G06Q10/103—Workflow collaboration or project management
Abstract
The invention discloses a kind of project supervision, cost, the total management systems of bid, consulting, it solves supervisor to need to exercise supervision to scene, then information is uploaded into total management system again, the very slow problem of efficiency, its key points of the technical solution are that including monitoring system, the monitoring system include holder and automatic panoramic shooting equipment, the automatic panoramic shooting equipment is connected to Cloud Server, and the Cloud Server is connected to user terminal；Cloud Server is sent in user terminal for receiving and storing the real-time panoramic shooting data of automatic panoramic shooting equipment, and for transferring stored panoramic shooting data, achievees the purpose that supervisor is supervised in the spot by panoramic shooting equipment.
Description
Technical field
The present invention relates to engineering project total management system, in particular to a kind of project supervision, cost, bid, official communication
The total management system of inquiry.
Background technique
In the prior art, for engineering project field, also there is many engineering project monitoring softwares and platform, with
The rapid development of Internet technology is based on big data to improve the efficiency of management of engineering project and the management level of modernization
Online project monitor and control system be future development inexorable trend.
But in engineering project total management system, supervisor needs to exercise supervision to scene, then again by information
Total management system is uploaded to, efficiency is very slow.
Summary of the invention
The object of the present invention is to provide a kind of project supervision, cost, the total management systems of bid, consulting, have
The advantages of supervisor is supervised in the spot by panoramic shooting equipment.
Above-mentioned technical purpose of the invention has the technical scheme that a kind of project supervision, makes
Valence, bid, consulting total management system, including monitoring system, the monitoring system include that holder and automatic panoramic shooting are set
Standby, the automatic panoramic shooting equipment is connected to Cloud Server, and the Cloud Server is connected to user terminal；Cloud Server is used
In the real-time panoramic shooting data for receiving and storing automatic panoramic shooting equipment, and for transferring stored panoramic shooting number
According to being sent in user terminal.
By using above-mentioned technical proposal, supervisor can carry out playback monitoring to construction site by user terminal；
Different construction site if it exists, supervisor first can carry out site inspection to part construction site, then again to remaining
Construction site carries out playing back videos, is monitored convenient for the Construction Condition to different construction sites, makes construction speed and quality
It can obtain significantly more efficient guarantee.Panoramic shooting equipment can obtain 360 degree of the scene at scene, obtain supervisor
More fully live image can obtain complete monitoring information convenient for supervisor.Compared to common picture pick-up device, get rid of
The problem of common picture pick-up device shooting blind angle amount.
The further setting of the present invention, the monitoring system further include manual photographic device, and the manual photographic device connects
It is connected to Cloud Server, the Cloud Server is used to receive and store the real-time photographic data or reality of manual photographic device floor
When Video data, and for transferring and being stored in the real-time photographic data of Cloud Server or real-time recording data are sent to user
In terminal.
It, can be by taking the photograph manually when supervisor exercises supervision at the construction field (site) by using above-mentioned technical proposal
As device is taken pictures or is recorded a video, quickly uploaded in Cloud Server convenient for data, thus to unreasonable construction behavior into
Row is uploaded and is transferred, and improves the publicity and authenticity of information.
The further setting of the present invention, the Cloud Server are connected with high-speed moving object capture device, the cloud service
Device is connected with warning device；The Cloud Server for receiving the floor picture of high-speed moving object capture device, and is sentenced
The object that disconnected scene falls vertically with the presence or absence of high speed；If it exists, Cloud Server sends alarm signal into warning device.
By using above-mentioned technical proposal, Cloud Server can quickly identify the object to fall, then prove at the scene
There is object to fall from above, so that the construction personnel at scene be reminded to pay attention to falling object from high altitude, improves construction personnel to a certain extent
Hide the probability of falling object from high altitude.
The further setting of the present invention, the Cloud Server are communicatively coupled to positioning device and alarm set, the positioning
Device and alarm set are installed in safety cap；Cloud Server is for positioning the object to fall vertically at a high speed and calculating height
Real-time range between the fast object to fall vertically and positioning device；If real-time range is less than or equal to pre-determined distance, cloud clothes
Device transmission alerting signal be engaged in into alarm set；If the big pre-determined distance of real-time range, Cloud Server do not send alerting signal to
In alarm set.
By using above-mentioned technical proposal, can specific aim remind the construction personnel nearest apart from falling objects, improving should
The accuracy of system alert.
The further setting of the present invention, the alarm set include vibration device and acousto-optic device.
By using above-mentioned technical proposal, when alarm set receives alerting signal, vibration device and acousto-optic device are opened
Beginning work；When vibration device is started to work, safety cap vibrates under the action of vibration device, applying with the safety cap
Worker person can fast reaction come；When acousto-optic device is started to work, safety cap is enable to issue alarm sound and alarm lamp
Light can not only remind the construction personnel of the safety cap with the acousto-optic device, moreover it is possible to remind the safety for having the acousto-optic device
The construction personnel of the construction personnel of cap at one's side reminds him.
The further setting of the present invention, the Cloud Server are connected with three-dimensional laser scanner；The Cloud Server is used for
The scanning three-dimensional data of three-dimensional laser scanner is received, and forms scanning 3-D image；By scanning 3-D image and it is stored in cloud
Simulation three-dimensional construction image in server is compared, and calculates and analyze realtime construction progress, and by realtime construction progress
It is sent to user terminal.
By using above-mentioned technical proposal, three-dimensional laser scanner is for obtaining laser point cloud data and generating accurate number
Word elevation model, digital surface model, while object digital orthography information is obtained, pass through the place to laser point cloud data
True three-dimensional scene can be obtained in reason, and then convenient for comparing to the simulation three-dimensional construction image simulated, obtains
Difference between the two to calculate realtime construction progress, and can be inquired by user terminal.
The further setting of the present invention, after calculating and analyzing construction speed, the Cloud Server is also used to: will be real-time
Construction speed is compared with the default progress at corresponding time point, if realtime construction progress be less than corresponding time point preset into
Degree, then send prompting message to user terminal.
By using above-mentioned technical proposal, if realtime construction progress is less than the default progress at corresponding time point, construct into
Degree has delay, reminds construction party after needing supervisor to receive prompting message, very convenient.
The further setting of the present invention, the Cloud Server are connected to control centre, and the Cloud Server is used for: if in real time
Construction speed is less than the default progress at corresponding time point, then sends prompting message to control centre.
By using above-mentioned technical proposal, control centre can receive prompting message, convenient for monitoring multiple constructions simultaneously
Building site, to carry out unified supervision and management to all construction works.
In conclusion the invention has the following advantages:
1, automatic panoramic shooting equipment can carry out 360 degree of conduct monitoring at all levels to construction site, and supervisor is enable to obtain
To comprehensive monitoring image；
2, supervisor does not need understand field condition to construction site yet, transfers scene photo at any time convenient for supervisor
Picture, it is very convenient.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the present embodiment.
Appended drawing reference: 1, monitoring system；11, holder；12, automatic panoramic shooting equipment；2, Cloud Server；3, user is whole
End；4, manual photographic device；5, high-speed moving object capture device；6, warning device；71, positioning device；72, alarm set；
8, safety cap；9, three-dimensional laser scanner；10, control centre.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art
Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this
All by the protection of Patent Law in the scope of the claims of invention.
A kind of project supervision, cost, the total management system of bid, consulting, as shown in Figure 1, including monitoring system
1, monitoring system 1 includes holder 11 and automatic panoramic shooting equipment 12.Holder 11 realizes fixed automatic panoramic shooting equipment 12
Effect, and can be realized freely adjusting for automatic panoramic shooting equipment 12.Automatic panoramic shooting equipment 12 is connected to cloud service
Device 2, Cloud Server 2 are connected to user terminal 3；Cloud Server 2, for receiving and storing the real-time of automatic panoramic shooting equipment 12
Panoramic shooting data, and be sent in user terminal 3 for transferring stored panoramic shooting data.User terminal 3 includes
Memory and processor.User terminal 3 includes tablet computer, mobile phone or computer.
Supervisor can carry out playback monitoring to construction site by user terminal 3；Different construction site if it exists,
Supervisor first can carry out site inspection to part construction site, then carry out playing back videos to remaining construction site again,
It is monitored convenient for the Construction Condition to different construction sites, construction speed and quality is enable to obtain significantly more efficient guarantor
Barrier.Panoramic shooting equipment can obtain 360 degree of the scene at scene, so that supervisor is being obtained more fully live image, just
Complete monitoring information can be obtained in supervisor.Compared to common picture pick-up device, it is dead to get rid of common picture pick-up device shooting
The problem of angle.
Monitoring system 1 further includes manual photographic device 4, and manual photographic device 4 is connected to Cloud Server 2, and Cloud Server 2 is used
In the real-time photographic data or real-time recording data that receive and store manual 4 floor of photographic device, and for transferring and
The real-time photographic data or real-time recording data for being stored in Cloud Server 2 are sent in user terminal 3.Manual photographic device 4 wraps
Include the mobile phone with camera or the camera with wireless transmission function.Supervisor exercise supervision at the construction field (site) when
It waits, can be taken pictures or be recorded a video by manual photographic device 4, quickly uploaded in Cloud Server 2 convenient for data, thus right
Unreasonable construction behavior is uploaded and is transferred, and the publicity and authenticity of information are improved.
Cloud Server 2 is connected with high-speed moving object capture device 5, and Cloud Server 2 is connected with warning device 6.High speed is transported
Animal body capture device 5 is high speed camera, can be considered multisensor syste.The multicycle high frame per second being pre-stored in Cloud Server 2
Image carries out processed offline, design cycle kinetic characteristic key pixel extraction algorithm.It is the multiple of fixation with these pixels
Image simplification is one-dimensional vector by sub- sensor.Periodic motion property samples sequence database is established in Cloud Server 2, it is real
The high speed machine motion phase and frequency detecting technology of existing view-based access control model platform.Warning device 6 is installed at the construction field (site).Cloud service
Device 2, for receiving the floor picture of high-speed moving object capture device 5, and judge scene with the presence or absence of high speed it is vertical under
The object fallen；If it exists, Cloud Server 2 sends alarm signal into warning device 6.Alarm set 72 has the function being wirelessly connected
Can, 5G communication can be carried out.Cloud Server 2 can quickly identify the object to fall, then prove have object from eminence at the scene
It falls, so that the construction personnel at scene be reminded to pay attention to falling object from high altitude, improves construction personnel to a certain extent and hide falling object from high altitude
Probability.
Cloud Server 2 is communicatively coupled to positioning device 71 and alarm set 72, and positioning device 71 and alarm set 72 are installed
In safety cap 8.Positioning device 71 is GPS real-time positioning apparatus 71.Cloud Server 2 be used for the object to fall vertically at a high speed into
Row positions and calculates the real-time range between the high speed object to fall vertically and positioning device 71；If real-time range is less than or equal to
Pre-determined distance, then Cloud Server 2 sends alerting signal into alarm set 72；If the big pre-determined distance of real-time range, cloud service
Device 2 does not send alerting signal into alarm set 72.Alarm set 72 includes vibration device and acousto-optic device.
When alarm set 72 receives alerting signal, vibration device and acousto-optic device are started to work；When vibration device is opened
When beginning work, safety cap 8 vibrates under the action of vibration device, and the construction personnel with the safety cap 8 can be quickly anti-
It should come；When acousto-optic device is started to work, so that safety cap 8 is issued alarm sound and alarm light, can not only remind
The construction personnel of safety cap 8 with the acousto-optic device, moreover it is possible to remind construction personnel's body of the safety cap 8 with the acousto-optic device
The construction personnel on side reminds him.
Cloud Server 2 is connected with three-dimensional laser scanner 9；Cloud Server 2 is used to receive the scanning of three-dimensional laser scanner 9
Three-dimensional data, and form scanning 3-D image；The simulation three-dimensional construction drawing that 3-D image will be scanned be stored in Cloud Server 2
As being compared, realtime construction progress is calculated and analyzes, and send user terminal 3 for realtime construction progress.Calculate and
After analyzing construction speed, Cloud Server 2 is also used to: realtime construction progress is compared with the default progress at corresponding time point
Compared with the default progress that is, realtime construction progress has stored in Cloud Server on the day of corresponding to compares.If realtime construction progress is small
In the default progress at corresponding time point, then prompting message is sent to user terminal 3.Cloud Server 2 is connected to control centre 10, cloud
Server 2 is used for: if realtime construction progress is less than the default progress at corresponding time point, sending prompting message to control centre
10。
Three-dimensional laser scanner 9 is for obtaining laser point cloud data and generating accurate digital elevation model, digital surface
Model, while object digital orthography information is obtained, by the processing to laser point cloud data, true three dimensional field can be obtained
Jing Tu, and then convenient for being compared to the simulation three-dimensional construction image simulated, difference between the two is obtained, to count
Realtime construction progress is calculated, and can be inquired by user terminal 3.
Claims (8)
1. a kind of project supervision, cost, the total management system of bid, consulting, which is characterized in that including monitoring system
(1), the monitoring system (1) includes holder (11) and automatic panoramic shooting equipment (12), the automatic panoramic shooting equipment
(12) it is connected to Cloud Server (2), the Cloud Server (2) is connected to user terminal (3)；
Cloud Server (2) for receiving and storing the real-time panoramic shooting data of automatic panoramic shooting equipment (12), and is used for
Stored panoramic shooting data are transferred to be sent in user terminal (3).
2. a kind of project supervision according to claim 1, cost, the total management system of bid, consulting, feature
It is, the monitoring system (1) further includes manual photographic device (4), and the manual photographic device (4) is connected to Cloud Server
(2), the Cloud Server (2) is used to receive and store the real-time photographic data or real-time of manual photographic device (4) floor
Video data, and for transferring and being stored in the real-time photographic data of Cloud Server (2) or real-time recording data are sent to use
In family terminal (3).
3. a kind of project supervision according to claim 1, cost, the total management system of bid, consulting, feature
It is, the Cloud Server (2) is connected with high-speed moving object capture device (5), and the Cloud Server (2) is connected with alarm dress
Set (6)；
The Cloud Server (2), for receiving the floor picture of high-speed moving object capture device (5), and judges scene
With the presence or absence of the object to fall vertically at a high speed；If it exists, Cloud Server (2) sends alarm signal in warning device (6).
4. a kind of project supervision according to claim 3, cost, the total management system of bid, consulting, feature
It is, the Cloud Server (2) is communicatively coupled to positioning device (71) and alarm set (72), the positioning device (71) and mentions
Awake device (72) are installed in safety cap (8)；Cloud Server (2) is for being positioned and being calculated to the object to fall vertically at a high speed
Real-time range between the high speed object to fall vertically and positioning device (71)；If real-time range is less than or equal to pre-determined distance,
Then Cloud Server (2) sends alerting signal in alarm set (72)；If the big pre-determined distance of real-time range, Cloud Server (2)
Alerting signal is not sent in alarm set (72).
5. a kind of project supervision according to claim 4, cost, the total management system of bid, consulting, feature
It is, the alarm set (72) includes vibration device and acousto-optic device.
6. a kind of project supervision according to claim 1, cost, the total management system of bid, consulting, feature
It is, the Cloud Server (2) is connected with three-dimensional laser scanner (9)；The Cloud Server (2) is swept for receiving three-dimensional laser
The scanning three-dimensional data of instrument (9) is retouched, and forms scanning 3-D image；By scanning 3-D image and it is stored in Cloud Server (2)
Simulation three-dimensional construction image be compared, calculate and analyze realtime construction progress, and send use for realtime construction progress
Family terminal (3).
7. a kind of project supervision according to claim 6, cost, the total management system of bid, consulting, feature
It is, after calculating and analyzing construction speed, the Cloud Server (2) is also used to: by realtime construction progress and corresponding time
The default progress of point is compared, if realtime construction progress is less than the default progress at corresponding time point, send prompting message to
User terminal (3).
8. a kind of project supervision according to claim 7, cost, the total management system of bid, consulting, feature
It is, the Cloud Server (2) is connected to control centre (10), and the Cloud Server (2) is used for: if realtime construction progress is less than
The default progress at corresponding time point, then send prompting message to control centre (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810871756.1A CN109146411A (en) | 2018-08-02 | 2018-08-02 | A kind of project supervision, cost, the total management system of bid, consulting |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810871756.1A CN109146411A (en) | 2018-08-02 | 2018-08-02 | A kind of project supervision, cost, the total management system of bid, consulting |
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| Publication Number | Publication Date |
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| CN109146411A true CN109146411A (en) | 2019-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810871756.1A Pending CN109146411A (en) | 2018-08-02 | 2018-08-02 | A kind of project supervision, cost, the total management system of bid, consulting |
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| CN111510596A (en) * | 2020-04-15 | 2020-08-07 | 中道明华建设工程项目咨询有限责任公司 | Project management system based on BIM |
| CN111652454A (en) * | 2019-09-24 | 2020-09-11 | 云南城市建设工程咨询有限公司 | Supervision quality and safety production management evaluation management system |
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Application publication date: 20190104 |