CN109034754A - Major project Dispatch and Command Center - Google Patents
Major project Dispatch and Command Center Download PDFInfo
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- CN109034754A CN109034754A CN201811147979.XA CN201811147979A CN109034754A CN 109034754 A CN109034754 A CN 109034754A CN 201811147979 A CN201811147979 A CN 201811147979A CN 109034754 A CN109034754 A CN 109034754A
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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
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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
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0631—Resource planning, allocation, distributing or scheduling for enterprises or organisations
Abstract
The present invention discloses a kind of major project Dispatch and Command Center, comprising: central management platform is reported for management project storage, annual plan, progress, problem is coordinated, data analysis；Mobile solution platform for queried for items information, early warning on mobile terminals and assigns written instructions；Project remote management platform, for real time inspection, the field conditions of tracking projects；Center display platform, for showing project situation, field conditions；Data storage center, for storing total data information.The utility model has the advantages that by all information centralized-moni- tors of project, management, can also real time inspection, each project scene of tracking situation, any responsible person can log in mobile terminal at any time and check project situation and the task of oneself, the responsible leader of government side, the Committee of Development and Reform, accountability unit can accurately obtain the project information of needs, and it reports in time, flow time greatly shortens, and examination & approval efficiency is greatly improved.
Description
Technical field
Application the present invention relates to computer system in project scheduling management is specifically related to a kind of major project tune
Spend command centre.
Background technique
Major project often involves multi-party participation, and early period, project verification bid was mainly responsible for pool, mid-term by related governmental departments
The units such as design, construction, management are needed constantly to follow up project process, while accountability unit will also periodically report, coordinate, government's neck
Project situation need to be understood by leading, and all parties that later period finishing phase is related to will also summarize project completion and summarize, the ginseng of whole process
Very numerous and jumbled with personnel with unit, the prior art is usually labor management intervention, on the one hand, numerous sub-project rings of major project
Ring is engaged, and any ring, which careless mistake occurs all, can cause the heavy losses of entire project, and labor management can not be exhaustive, information layer layer
It reports and is easy to appear omission or understands deviation, and governmental leading official is also impossible to constantly monitor entire project process, makes entire great
There are loopholes for the supervision of project；On the other hand, since project link is excessive, the administrative examination and approval between enterprise and government is complicated, and
The plenty of time can be wasted by submitting file layer by layer, be also easy to lose, so that the approval process time is long, it is slow to implement, seriously affect project
Progress；Further more, it is related to that unit is excessive, and responsibility is indefinite, once the case where being easy to happen " kicking a ball " that go wrong, keeps project difficult
Think after.
As information-based is popularized, more convenient, more efficient, the specific information management platform application of division of duty will be supervised
It is extremely urgent into major project.
Summary of the invention
The present invention devises a kind of major project Dispatch and Command Center, by all information centralized-moni- tors of project, management, also
Energy real time inspection tracks the situation at each project scene, and is correspondingly arranged mobile terminal, and any responsible person can log at any time
Project situation and the task of oneself are checked in mobile terminal, and the responsible leader of government side, the Committee of Development and Reform, accountability unit can accurately obtain
The project information needed, and report in time, flow time greatly shortens, and examination & approval efficiency is greatly improved.
In order to achieve the above objectives, the specific technical solution that the present invention uses is as follows:
A kind of major project Dispatch and Command Center, characterized by comprising:
Central management platform is reported for management project storage, annual plan, progress, problem is coordinated, data analysis；
Mobile solution platform for queried for items information, early warning on mobile terminals and assigns written instructions；
Project remote management platform, for real time inspection, the field conditions of tracking projects；
Center display platform, for showing project situation, field conditions；
Data storage center, for storing total data information；
The mobile solution platform, project remote management platform, center display platform, data storage center are separately connected institute
State central management platform.
Project participant logs in central management platform by network and checks the information such as project situation and task distribution, and right
Working report, Coordination Treatment should be made, login mode can be computer end and enter central management platform through network, can also be through moving
Dynamic terminal logs in mobile solution platform, and the mobile solution platform is synchronous with central management platform data, then also corresponds to step on indirectly
Central management platform has been recorded, the setting of project remote management platform is live in project, the data at real-time collecting scene, thus centered on
It manages platform and accurate field data is provided, by above-mentioned design, the real-time condition of project can directly be presented in centre management
Platform, responsible person can accurate control to project process, and report in time situation or under send instructions, avoid supervision loophole, together
When information transmitting directly rapidly reach counterpart personnel hand in, it is that the efficiency of management is higher that the tramsfer time of process, which greatly shortens,
And the responsibility distribution of each responsible person is clear, difficult situation of calling to account no longer occurs.
Further design, the central management platform are provided with project leader with specific duties management end, Committee of Development and Reform's management end, responsibility
Unit management end, any the two of the project leader with specific duties management end, Committee of Development and Reform's management end, accountability unit's management end are mutually connected
It connects；
The mobile solution platform is correspondingly arranged on project leader with specific duties application end, Committee of Development and Reform's application end, accountability unit answer
With end, the project leader with specific duties application end is communicated with project leader with specific duties's management end through Network Synchronization, Committee of Development and Reform's application
End is communicated with Committee of Development and Reform management end through Network Synchronization, and accountability unit's application end and accountability unit's management end are led to through Network Synchronization
Letter.
By above-mentioned design, project leader with specific duties, the Committee of Development and Reform, accountability unit log in corresponding management end respectively, different
The allocation of duties and permission of management end are correspondingly arranged the individual demand, it can be achieved that different responsible person, such as the chief leaders of the government and
Project hang together leader can by project leader with specific duties's application end, grasp comprehensively project basic situation, phase targets, the row's of falling duration,
Examination & approval early period promote situation, are scheduled commander in time by project leader with specific duties application end, written instructions are assigned, coordinate to solve tool
Body problem achievees the purpose that assist managerial decision, and responsibility is more clear, information mutual communication and does not manage independently between commensurate, supervises
Efficiency greatly improves.
Further design, the central management platform are additionally provided with designing unit's management end, unit in charge of construction's management end, prison
Manage unit management end, designing unit's management end, unit in charge of construction's management end, supervisor's management end respectively with the bill of adventure
Position management end connection；
The mobile solution platform is correspondingly arranged on designing unit's application end, unit in charge of construction's application end, supervisor's application
End, designing unit's management end are communicated with designing unit application end through Network Synchronization, unit in charge of construction's management end with construct
Unit application end is communicated through Network Synchronization, and supervisor's management end is communicated with supervisor application end through Network Synchronization.
By above-mentioned design, the embodiment party such as designing unit, unit in charge of construction, supervisor of project also can be during the work time
Situation, progress prompting etc., other associated mechanisms or people in addition to above-mentioned unit are reported by corresponding management end or application end
Member can also be correspondingly arranged independent management end, make all persons liable of entire project can clearly defining responsibilities and effectively management.
Further design, the project remote management platform includes remote server and an at least project on-site supervision
Equipment, the remote server are connect with every project on-site monitoring equipment through network remote；
The project on-site monitoring equipment includes environmental monitoring case, video living transmission system, and the video living transmission system includes
Video camera and display screen are respectively provided on the chamber door of the environmental monitoring case and place window and camera shooting head bore, the environment prison
It is provided with circuit mounting plate and apparatus mounting plate in control case, display screen is installed on circuit mounting plate, display screen face places window,
It is fixed with placement platform on the apparatus mounting plate, video camera, the camera face institute of video camera are placed on the placement platform
State camera shooting head bore；
The apparatus mounting plate is equipped with noise signal acquisition equipment, and it includes Noise Acquisition mould that noise signal, which acquires equipment,
Block, signal amplification module and weighted module, the voice signal of the Noise Acquisition module acquisition is after the amplification of signal amplification module
It is transmitted to weighted module, the processing of amplified voice signal weighted is obtained noise signal by the weighted module, and weighted module connects
It is connected to signal output cable.
The display screen that can see video living transmission system by placing window compares with other environmental monitoring casees, this is excellent
Gesture is to show the ambient video information of region, is broadcast live by display screen, simultaneous camera is also equipped with view
Frequency output interface, video output interface can be connected to administrative department by connecting cable, facilitate administrative department to the reality of environment
When monitor, realize human-computer interaction.The external environment of the environmental monitoring case is obtained using the camera of placement.The circuit installation
Window is placed described in the front end face face of plate, display screen is installed on the front end face of the circuit mounting plate, is facilitated outside monitoring box
Personnel watch in real time.The placement platform of assembly video camera is fixed on the apparatus mounting plate, which is in described
The inside of environmental monitoring case, compared with other environmental monitoring casees, so that entire cabinet external structure becomes succinctly, to reduce extraneous ring
Corrosion of the border to video camera images head bore described in the camera face for the video camera placed on the placement platform, facilitates camera
Shoot real-time pictures.
Further design, the weighted module are provided with main RC circuit；
The main RC circuit include the second capacitor C2, the output end of one end connection signal amplification module of second capacitor C2,
The other end is sequentially connected in series connection acquisition port ANOISE1 after first capacitor C1,3rd resistor R3, second resistance R2；
Wherein, the second capacitor C2 is grounded after concatenating the second weighted resistance RC2 with the common end of first capacitor C1, described
First capacitor C1 is grounded after concatenating the first weighted resistance RC1 with the common end of 3rd resistor R3, the 3rd resistor R3 and second
The common end of resistance R2 is grounded after concatenating the 4th capacitor C4, and the common end of the second resistance R2 and acquisition port ANOISE1 are gone here and there
It is grounded after meeting third capacitor C3.
By above-mentioned noise signal acquire equipment design, voice signal it is acquired and amplify after, carried out by weighted module
It is exported after weighted operation through signal output cable, weighted module also filters out some DC influence signals, then passes through above-mentioned weighted
The voice signal of processing is just not required to carry out weighted calculation process by software algorithm with the acquisition module of industrial personal computer again, facilitates progress
Follow-up processing flow, such as noise decibel calculates, display, reduces requirement and the software of the acquisition module operational performance of industrial personal computer
Complexity.
Further design, the center display platform includes display server, shows large-size screen monitors, meeting camera, described
Display large-size screen monitors are spliced by m × n display of array arrangement, and each display is connect with display server, the meeting
It discusses video camera and connects the display server.
By above-mentioned design, display large-size screen monitors can whole display items purpose information, such as analysis of approving and initiate a project, data monitoring
The information interface of content complexity is also segmented into multiple displays and respectively shows such as on-site supervision, multipart video-meeting, meeting
Video camera is used to shoot the situation before display large-size screen monitors, can be used as the dialog box of multipart video-meeting, and display server plans as a whole pipe
The display data of reason display large-size screen monitors.
Further design, further includes on-site attendance system, and the on-site attendance system includes face identification device and examines
Diligent server, the face identification device are connect with attendance server, and the attendance server connects the central management platform.
By above-mentioned design, Time Attendance Device of the face identification device as field personnel, generally depth recognition
Picture pick-up device, on-site attendance check card also can unified monitoring, once accident responsibility occur can be with real-time tracing to person liable.
Further, the project remote management platform is provided with M set, and the on-site attendance system is provided with N set,
In, M is the natural number greater than 1, and N is the natural number greater than 1.
The case where every set project remote management platform is independently built at the commander of each sub-project, every sub-project is aggregated into
Plan as a whole commander after central management platform, it can also be with independent process, wherein it is existing that every project on-site monitoring equipment is located at each construction
, the case where making each construction site, can be arrived with accurate measurements, and monitoring situation can also pass through each display of display large-size screen monitors
Device intuitively shows that every set scene attendance checking system is also provided in construction site, and accurate recording is made in the attendance for scene.
Beneficial effects of the present invention: first is that the neutralizing not comprehensive problem of project information, it can be whole by all investment projects of the whole district
It is included in system supervisory, system is analyzed by self-test, can avoid failing to report, misrepresent deliberately；
Second is that the neutralizing longer problem of time limit for appraisal and ratification, it can be achieved that submit to a higher level for approval or revision with no paper at all, leader's " criticizing ", department's " doing " are realized
The practicable seamless interfacing of " leader's finger tip " and written instructions, effectively shortens and finishes the time limit；
Third is that neutralizing department's lack of clear-cut job responsibility, the fuzzy problem of supervision are mainlyed grasp unit and are matched from project's earlier stage to each node that is completed
It closes unit responsibility intuitively to show, avoids mutually shifting responsibility onto others, and can enhance coordination and collaboration；
Fourth is that neutralizing supervision quality problem, system have project dictionary function, can be handled by big data, cloud, to every
A project concrete analysis, specific staff officer, realize the mode of the advanced behave of project management in all parts of the country.
Detailed description of the invention
Fig. 1 is the system structure diagram of embodiment；
Fig. 2 is display large-size screen monitors structural schematic diagram；
Fig. 3 is the display large-size screen monitors operation schematic diagram of embodiment；
Fig. 4 is the artificial flow diagram of construction report；
Fig. 5 is the operation schematic diagram of construction report in embodiment；
Fig. 6 is the operation schematic diagram of accountability unit；
Fig. 7 is the operation schematic diagram of the Committee of Development and Reform；
Fig. 8 is the three-dimensional structure diagram of environmental monitoring case；
Fig. 9 is the internal structure chart of environmental monitoring case；
Figure 10 is the structure chart of circuit mounting plate；
Figure 11 is the structure chart of apparatus mounting plate；
Figure 12 is the chart at the bottom of of cabinet；
Figure 13 is the circuit diagram of power-supply device.
Figure 14 is the structural schematic diagram of noise signal acquisition equipment；
Figure 15 is the detailed block diagram of noise signal acquisition equipment；
Figure 16 is the circuit design drawing of noise signal acquisition equipment.
Specific embodiment
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments:
As shown in Figure 1, a kind of major project Dispatch and Command Center, comprising: central management platform, mobile solution platform, item
Mesh remote management platform, center display platform, data storage center；
The central management platform is provided with project leader with specific duties management end, Committee of Development and Reform's management end, accountability unit's management end,
Any the two of the project leader with specific duties management end, Committee of Development and Reform's management end, accountability unit's management end interconnects；
The mobile solution platform is correspondingly arranged on project leader with specific duties application end, Committee of Development and Reform's application end, accountability unit answer
With end, the project leader with specific duties application end is communicated with project leader with specific duties's management end through Network Synchronization, Committee of Development and Reform's application
End is communicated with Committee of Development and Reform management end through Network Synchronization, and accountability unit's application end and accountability unit's management end are led to through Network Synchronization
Letter.
The central management platform is additionally provided with designing unit's management end, unit in charge of construction's management end, supervisor's management end,
Designing unit's management end, unit in charge of construction's management end, supervisor's management end are connect with accountability unit's management end respectively；
The mobile solution platform is correspondingly arranged on designing unit's application end, unit in charge of construction's application end, supervisor's application
End, designing unit's management end are communicated with designing unit application end through Network Synchronization, unit in charge of construction's management end with construct
Unit application end is communicated through Network Synchronization, and supervisor's management end is communicated with supervisor application end through Network Synchronization.
The project remote management platform includes remote server and an at least project on-site monitoring equipment, described long-range
Server is connect with every project on-site monitoring equipment through network remote；
The embodiment of the present invention project remote management platform is provided at least 2 sets.
The mobile solution platform, project remote management platform, center display platform, data storage center are separately connected institute
State central management platform.
Preferably, further including on-site attendance system in embodiment, the on-site attendance system includes face identification device
With attendance server, the face identification device is connect with attendance server, and the attendance server connects the centre management
Platform.
The embodiment of the present invention on-site attendance system is provided at least 2 sets
As shown in Figure 2 and Figure 3, the center display platform includes display server, shows large-size screen monitors, meeting camera, described
Display large-size screen monitors are spliced by m × n display of array arrangement, and each display is connect with display server, the meeting
It discusses video camera and connects the display server.
When it is implemented, the action of accountability unit is as shown in fig. 6, the design of its accountability unit's application end then includes:
Project query: the essential information of all items is inquired；It is daily to report: to report the action on the same day；Progress is reported: monthly No. 15
It automatically generates；The previous information of other accountability unit is audited in examination & approval application/audit: submitting project's earlier stage phase flow/；Written instructions are looked into
It askes: the written instructions record that inquiry leader assigns；Problem is coordinated: other accountability unit need the problem of coordinating；Early warning: it reminds
Lag, the project exceeded the time limit fastly.
The action of the Committee of Development and Reform is as shown in fig. 7, the design of its Committee of Development and Reform's application end then includes: project query: inquiry institute
There is the essential information of project；Progress is verified: the progress monthly magazine of auditing duty unit；Written instructions inquiry/work written instructions: inquiry has received
The written instructions arrived；Meeting room: video conference can be connected；Concluding a research item evaluation: the project of completion evaluate/score；Early warning mentions
Show: project is in lag, exceeding the time limit to send out a warning fastly carries out early warning prompting with amber light.
The project on-site monitoring equipment as depicted in figs. 8-16 includes environmental monitoring case 1, video living transmission system 2, described
Video living transmission system 2 includes video camera 21 and display screen 22, is respectively provided with placement window on the chamber door 13 of the environmental monitoring case 1
Mouthfuls 11 and camera shooting head bore 12, circuit mounting plate 3 and apparatus mounting plate 4, circuit mounting plate 3 are provided in the environmental monitoring case 1
Upper installation display screen 22,22 face of display screen place window 11, are fixed with placement platform 41 on the apparatus mounting plate 4, this is put
Video camera 21 is placed on horizontalization platform 41, camera shooting head bore 12 described in the camera face of video camera 21；
The apparatus mounting plate 4 is equipped with noise signal acquisition equipment 5, and it includes Noise Acquisition that noise signal, which acquires equipment 5,
Module 51, signal amplification module 52 and weighted module 53, the voice signal that the Noise Acquisition module 51 acquires amplify through signal
Module 52 is transmitted to weighted module 53 after amplifying, the processing of amplified voice signal weighted is obtained noise by the weighted module 53
Signal, weighted module 53 are connected with signal output cable 54.
It is additionally provided with lockhole 131 on the chamber door 13, the lockhole 131 is for installing lock, the side of chamber door 13 and cabinet 14
It is connected by a hinge, the other side passes through lock connection.
It is advantageous in that by above-mentioned design, by the placement window 11 it can be seen that the display screen of video living transmission system 2
22 compare with other environmental monitoring casees, which is to show the ambient video information of region, pass through display screen
22 are broadcast live, and simultaneous camera 21 is also equipped with video output interface, and video output interface can be connected by connecting cable
To administrative department, facilitates administrative department to the real time monitoring of environment, realize human-computer interaction.Described in camera acquisition using placement
The external environment of environmental monitoring case.Window 11, the circuit mounting plate 3 are placed described in the front end face face of the circuit mounting plate 3
Front end face on display screen 22 is installed, facilitate the personnel outside monitoring box to watch in real time.It is fixed on the apparatus mounting plate 4
The placement platform 41 of video camera 21 is assembled, which is in the inside of the environmental monitoring case 1, with other environmental monitorings
Case is compared, so that entire cabinet external structure becomes succinctly, to reduce corrosion of the external environment to video camera 21, the placement platform 41
Head bore 12 is imaged described in the camera face of the video camera 21 of upper placement, and camera is facilitated to shoot real-time pictures.
By above-mentioned noise signal acquire equipment 5 design, voice signal it is acquired and amplify after, by weighted module 53
It is exported after reason through signal output cable 54, weighted module also filters out some DC influence signals, then handles by above-mentioned weighted
Voice signal be just not required to carry out weighted calculation process by software algorithm with the acquisition module of industrial personal computer again, facilitate carry out it is subsequent
Process flow, such as noise decibel calculates, display, reduces the requirement of acquisition module operational performance and answering for software of industrial personal computer
Miscellaneous degree.
Conventional noise measurement scheme is the disadvantage is that due to needing to carry out more complicated FFT transform and weighted algorithm, so right
The operational capability of acquisition module is more demanding, generally requires 16 even 32 high-speed microprocessors and completes, while software algorithm
It is complex.
The present embodiment replaces the operation of software weighted using hardware circuit, so that requirement of the system for acquisition module is reduced,
Its advantage is that greatly reducing the requirement of acquisition module operational performance and the complexity of software.
The weighted circuit of the present embodiment is to be realized and weighted standard according to actual weighted standard by the reasonable combination of RC
Identical frequency response characteristic, the scheme for carrying out spectrum overlapping again instead of first carrying out FFT operation in acquisition module software operation.
Acquisition module directly carries out A/D sampling to the signal that weighted module 53 exports, and carries out statistics and operation is direct
To noise data as a result, then being calibrated according to standard noise instrument test case, final measurement is obtained.
Weighted module 53 realizes the fitting of weighted curve using second order Butterworth filter, realizes to Noise Acquisition
Weighted operation.
The signal output cable 54 is made of the cable of 2mm2, and the signal output cable 54 is helical form.
2mm2Cable strength it is enough, connection is reliable, and connecting cable 53, which is set as helical form, arbitrarily to be stretched, facilitate by
The noise detecting signal that noise signal acquires equipment 5 is drawn, and the acquisition module of industrial personal computer is connected to.
As shown in figure 8, the environmental monitoring case 1 is rectangle, the left and right sides of the cabinet 14 of the environmental monitoring case 1 are provided with
Shutter 15, downward, the downside of cabinet 14 offers ventilation hole array 16 to the window of the shutter 15.
By above-mentioned design, shutter 15 is that the environmental monitoring case 1 provides ventilation and heat, and internal sensor is dissipated
External environment data are also obtained while hot.Downward, window purpose directed downwardly is prevented in rainy day environment to 15 window of shutter
Under there is water droplet to enter the environmental monitoring case 1 inside, it is ensured that the normal operation of internal unit.The ventilation hole array 16 is
The lower part of the environmental monitoring case 1 provides heat dissipation ventilation, increases ventilation quantity.
As shown in Figure 9 and Figure 10, the circuit mounting plate 3 is located at the top of the environmental monitoring case 1, the circuit mounting plate
3 two sides bendings form vertical plate 31, and the vertical plate 31 is fixed on the bottom surface of the cabinet 14, two ventilations are had on vertical plate 31
Hole 32 is provided with route mouth 33 among two ventilation holes 32 of the vertical plate 31 in the left side, places between the vertical plate 31 of the left and right sides
There is the power-supply device 17 of the environmental monitoring case 1.
The vertical plate 31 can be fixed on the bottom surface of the cabinet 14 by modes such as screw or welding.
By above-mentioned design, before the display screen 22 of the video living transmission system 2 in the case is mounted on the circuit mounting plate 3
On end face, so that display screen 22 is in environmental monitoring case 1, the service life of display screen 22 can be extended.Placing window 11 can
Transparent panel is set；32 purpose of ventilation hole is to increase ventilation quantity, provides rapid cooling, the route mouth for circuit mounting plate 3
33 be the wire inlet/outlet hole of power-supply device 17, and power-supply device 17 is that entire environmental monitoring case 1 is powered.
As shown in figure 13, the power-supply device 17 is provided with AC socket J2, and the zero line of AC socket J2 connects fusing
The other end of one end of device F1, one end of the other end connection switch S1 of fuse F1, switch S1 connects IRM60-5 power module
Zero line, IRM60-5 power module zero line side connection AC socket J2 zero line side, AC socket J2 ground terminal ground connection；
The anode of the positive output end connection electrolytic capacitor E1 of IRM60-5 power module, the cathode of electrolytic capacitor E1 connect IRM60-5 power supply
The negative output terminal of module, the negative output terminal ground connection of IRM60-5 power module；The positive output end of IRM60-5 power module exports 5V
DC voltage；
The positive output end of IRM60-5 power module is also connected with the input terminal of AMS1117-3.3 power module, AMS1117-
The ground terminal of 3.3 power modules is grounded, and the output end of AMS1117-3.3 power module exports 3.3V DC voltage；
The other end of switch S1 is also connected with the zero line of IRM60-12 power module, the zero line side of IRM60-12 power module
Connect the zero line side of AC socket J2；The anode of the positive output end connection electrolytic capacitor E2 of IRM60-12 power module, electrolysis electricity
Hold the negative output terminal of the cathode connection IRM60-12 power module of E2, the negative output terminal ground connection of IRM60-12 power module；
The positive output end of IRM60-12 power module exports 12V DC voltage.
It is arranged by the circuit of above-mentioned power-supply device 17, can is video camera 21, the display screen inside environmental monitoring case 1
22, noise signal acquisition equipment 5 and other equipment provide 5V, 3.3V, 12V DC voltage, and the structure of circuit is simple.
As shown in figures 9 and 11, the apparatus mounting plate 4 is located at the lower part of the environmental monitoring case 1, the equipment installation
The left and right sides bending of plate 4 forms support plate 42, and support plate 42 is fixedly connected with the bottom of the cabinet 14, apparatus mounting plate 4
On be further fixed on lower flap portion 43, be provided with the lamp hole 431 of installation signal lamp on the lower flap portion 43, the lamp hole 431 is towards logical
The front end face setting noise signal of air holes array 16, apparatus mounting plate 4 acquires equipment 5.
Wherein lower flap portion 43 can be integrally formed with apparatus mounting plate 4, passes through bending machine bending and forming.
Support plate 42 and the bottom of the cabinet 14 can be connect by screw or be welded and fixed.
By above-mentioned design, it is provided with lamp hole 431, facilitates installation signal lamp, signal lamp is used to indicate described
The working condition of environmental monitoring case, the lamp hole 431 is close and towards the ventilation hole array 16, in order to pass through the ventilation
16 observation signal indicator light of hole array.The front end face of apparatus mounting plate 4 facilitates installation noise signal acquisition equipment 5.
14 bottom of cabinet is provided with cable-through hole 18, and 18 surrounding of cable-through hole is uniformly distributed that there are four screw holes 19.
By above-mentioned design, cable-through hole 18 facilitates to introduce the cable of environmental monitoring case 1 and draw, for example signal is exported electricity
Cable 54 is drawn.The vision signal of video camera 21 is drawn.
As shown in figure 16, the weighted module 53 is provided with main RC circuit 1a；
The main RC circuit 1a includes the second capacitor C2, the output of one end connection signal amplification module 52 of second capacitor C2
End, the other end are sequentially connected in series connection acquisition port ANOISE1 after first capacitor C1,3rd resistor R3, second resistance R2；
Acquire the first collection terminal that port ANOISE1 connects the acquisition module of industrial personal computer through signal output cable 54, signal
Noise signal is output to the acquisition module of industrial personal computer by output cable 54.
Wherein, the second capacitor C2 is grounded after concatenating the second weighted resistance RC2 with the common end of first capacitor C1, described
First capacitor C1 is grounded after concatenating the first weighted resistance RC1 with the common end of 3rd resistor R3, the 3rd resistor R3 and second
The common end of resistance R2 is grounded after concatenating the 4th capacitor C4, and the common end of the second resistance R2 and acquisition port ANOISE1 are gone here and there
It is grounded after meeting third capacitor C3.
Preferably, first capacitor C1 in the main RC circuit 1a, the second capacitor C2, the 4th capacitor C4 capacitance be 1 μ F,
The capacitance of the third capacitor C3 is 0.01 μ F；
The second resistance R2,3rd resistor R3 resistance value be 100 Ω, the first weighted resistance RC1, the second weighted
The resistance value of resistance RC2 is 10K Ω.
As shown in Figure 15, Figure 16, the signal amplification module 52 is provided with two-stage amplifying circuit, including first order amplification electricity
Road and second level amplifying circuit, the voice signal output of the input terminal connection Noise Acquisition module 51 of the first order amplifying circuit
End, an amplified signal output end of the input terminal connection first order amplifying circuit of the second level amplifying circuit；
The secondary amplified signal output end of the second level amplifying circuit connects the main RC circuit 1a of the weighted module 53,
Amplified signal output end of the first order amplifying circuit connects secondary RC circuit 1b, the secondary RC electricity of the weighted module 53
The circuit structure and device parameters of road 1b and the main RC circuit 1a are completely the same, and the two is attempted by the signal amplification module
Between 52 and the acquisition module of industrial personal computer；
Wherein, the secondary amplified signal output end of the input terminal connection signal amplification module 52 of main RC circuit 1a, main RC electricity
The output end of road 1a connects the first collection terminal of acquisition module through signal output cable 54；
Amplified signal output end of the input terminal connection signal amplification module 52 of secondary RC circuit 1b, secondary RC circuit 1b's
Output end connects the second collection terminal of acquisition module through signal output cable 54.
As shown in figure 16, the secondary RC circuit 1b includes the tenth capacitor C10, the tenth one end capacitor C10 connection first
Amplified signal output end of grade amplifying circuit, the other end are sequentially connected in series the 9th capacitor C9, the 8th resistance R8, the 7th resistance R7
Connection acquisition port ANOISE2 afterwards；Acquire the second acquisition that port ANOISE2 connects acquisition module through signal output cable 54
End.
Wherein, the tenth capacitor C10 is grounded after concatenating the 4th weighted resistance RC4 with the common end of the 9th capacitor C9, institute
It states after the 9th capacitor C9 concatenates third weighted resistance RC3 with the common end of the 8th resistance R8 and is grounded, the 8th resistance R8 and
The common end of seven resistance R7 is grounded after concatenating the 13rd capacitor C13, and the 7th resistance R7 is public with acquisition port ANOISE2's
It is grounded after the 12nd capacitor C12 of concatenation of end.
9th capacitor C9 in the secondary RC circuit 1b, the tenth capacitor C10, the 13rd capacitor C13 capacitance be 1 μ F, institute
The capacitance for stating the 12nd capacitor C12 is 0.01 μ F；
The 7th resistance R7, the 8th resistance R8 resistance value be 100 Ω, the third weighted resistance RC3, the 4th weighted
The resistance value of resistance RC4 is 10K Ω.
Signal amplification module 52 described in the embodiment includes two-stage amplification chip U1, the level-one of two-stage amplification chip U1
First differential signal input pin-INA connects Noise Acquisition module 51 after being sequentially connected in series the 9th resistance R9, the 11st capacitor C11
Level-one the second differential signal input pin+INA of second noise signal output end Output+, the two-stage amplification chip U1 is successively
The first noise signal output end Output- that Noise Acquisition module 51 is connected after the 6th resistance R6, the 5th capacitor C5 is concatenated, this
The 6th capacitor C6 is serially connected between one noise signal output end Output- and the second noise signal output end Output+；
Second level is connected after the amplified signal output end OutA concatenation eleventh resistor R11 of the two-stage amplification chip U1
Second level the first differential signal input pin-INB concatenation first of second differential signal input pin+INB, the two-stage amplification chip U1
It is grounded after resistance R1；
The tenth is serially connected between amplified signal output end OutA and level-one the first differential signal input pin-INA
Resistance R10, is serially connected with the 4th between the secondary amplified signal output end OutB and second level the first differential signal input pin-INB
It is grounded after resistance R4, the 5th resistance R5 of level-one the second differential signal input pin+INA concatenation, the second difference of second level letter
It is grounded after number input pin+INB concatenation twelfth resistor R12；
The positive pole V+ of the two-stage amplification chip U1 connects 5V voltage, power cathode ground connection.
Preferably, the resistance value of the first resistor R1, the 6th resistance R6, the 9th resistance R9, eleventh resistor R11 are
1K Ω, the 5th resistance R5, the tenth resistance R10 resistance value be 10K Ω, the 4th resistance R4, twelfth resistor R12
Resistance value is 470K Ω；
The 5th capacitor C5, the 11st capacitor C11 capacitance be 1 μ F, the capacitance of the 6th capacitor C6 is
270pF。
Preferably the Noise Acquisition module 51 includes microphone chip U2, the model of microphone chip U2 to the present embodiment
For MP23AB01DH, 2 feet are the first noise signal output end Output-, and 3 feet are the second noise signal output end Output+,
The 7th capacitor C7, the power end VDD and lower margin GND are serially connected between the power end VDD and lower margin GND of microphone chip U2
Between be also serially connected with the 8th capacitor C8；
The power end VDD connection 3.3V voltage, lower margin GND ground connection.
The capacitance of the 7th capacitor C7 is preferably 1 μ F, and the capacitance of the 8th capacitor C8 is preferably 1000pF.
Wherein, temperature sensor, humidity sensor, smoke sensor device, air pressure sensing can also be set in environmental monitoring case 1
Device, height above sea level sensor, PM2.5 sensor, the sensor are all set on the front end face of apparatus mounting plate 4；
Industrial personal computer and acquisition module can be set in outside environmental monitoring case 1, such as in monitoring room, and noise signal acquires equipment
5 connect acquisition module by signal output cable 54, also can be set in environmental monitoring case 1,3 two sides of circuit mounting plate are stood
Accommodation space between plate 31 can also install industrial personal computer and acquisition module other than it can hold guiding principle power-supply device 17.
The interchanger and fiber optical transceiver of industrial personal computer connection can be set in outside environmental monitoring case 1, such as in monitoring room,
Also it can be set in environmental monitoring case 1, interchanger passes through fiber optical transceiver after obtaining the environmental parameter signals that industrial personal computer acquires
Connection optical fiber is sent in server.Accommodation space between the left and right sides support plate 42 of the apparatus mounting plate 4 can be used
In receiving interchanger and fiber optical transceiver.
Signal lamp can be used for the work instruction of power module 17, video camera 21, display screen 22 and other devices.
By taking construction report report flow shown in Fig. 4 as an example, construction report workflow of the invention are as follows:
Unit in charge of construction is through unit in charge of construction's management end entry item weekly/monthly magazine；
Supervisor can consult the weekly/monthly magazine in supervisor's management end, if supervisor thinks unqualified, by this
Weekly/monthly magazine retracts unit in charge of construction's management end, rewrites submission by unit in charge of construction, if qualified, qualification is filled in by supervisor
Document after be committed to accountability unit's management end；
Accountability unit summarizes progress and problem in accountability unit's management end, is sent to Committee of Development and Reform's management end, while may
Will increase project, there are the information such as problem, investment schedule；
The Committee of Development and Reform audits summarized materials in Committee of Development and Reform's management end, and qualification is put in storage, and central management platform is transferred to count
Analysis, leader with specific duties also can the complete situation of real time inspection if unqualified return accountability unit's management end.
Constituent parts can be used corresponding application end work to replace management end, and workflow is same as described above, and other
Project work process also has approximate work step.
Finally it should be noted that: the above enumerated are only specific embodiments of the present invention son, the technology of certain this field
Personnel can be modified to the present invention and modification, if these modifications and variations belong to the claims in the present invention and its equivalent skill
Within the scope of art, it is considered as protection scope of the present invention.
Claims (8)
1. a kind of major project Dispatch and Command Center, characterized by comprising:
Central management platform is reported for management project storage, annual plan, progress, problem is coordinated, data analysis；
Mobile solution platform for queried for items information, early warning on mobile terminals and assigns written instructions；
Project remote management platform, for real time inspection, the field conditions of tracking projects；
Center display platform, for showing project situation, field conditions；
Data storage center, for storing total data information；
The mobile solution platform, project remote management platform, center display platform, data storage center are separately connected in described
The heart manages platform.
2. major project Dispatch and Command Center according to claim 1, it is characterised in that: the central management platform setting
There are project leader with specific duties management end, Committee of Development and Reform's management end, accountability unit's management end, the project leader with specific duties management end, hair change
Any the two of office's management end, accountability unit's management end interconnects；
The mobile solution platform is correspondingly arranged on project leader with specific duties application end, Committee of Development and Reform's application end, accountability unit's application end,
The project leader with specific duties application end is communicated with project leader with specific duties's management end through Network Synchronization, Committee of Development and Reform's application end and hair
Change innings management end to communicate through Network Synchronization, accountability unit's application end is communicated with accountability unit management end through Network Synchronization.
3. major project Dispatch and Command Center according to claim 2, it is characterised in that: the central management platform is also set
It is equipped with designing unit's management end, unit in charge of construction's management end, supervisor's management end, designing unit's management end, unit in charge of construction
Management end, supervisor's management end are connect with accountability unit's management end respectively；
The mobile solution platform is correspondingly arranged on designing unit's application end, unit in charge of construction's application end, supervisor's application end, institute
It states designing unit's management end and is communicated with designing unit application end through Network Synchronization, unit in charge of construction's management end is answered with unit in charge of construction
It is communicated with end through Network Synchronization, supervisor's management end is communicated with supervisor application end through Network Synchronization.
4. major project Dispatch and Command Center according to claim 1, it is characterised in that: the project remote management platform
Including remote server and an at least project on-site monitoring equipment, the remote server and every project on-site monitoring equipment
It is connected through network remote；
The project on-site monitoring equipment includes environmental monitoring case (1), video living transmission system (2), the video living transmission system (2)
Including video camera (21) and display screen (22), placement window is respectively provided on the chamber door (13) of the environmental monitoring case (1)
(11) and head bore (12) are imaged, is provided with circuit mounting plate (3) and apparatus mounting plate (4), circuit in the environmental monitoring case (1)
Display screen (22) are installed on mounting plate (3), display screen (22) face places window (11), fixed on the apparatus mounting plate (4)
There are placement platform (41), is placed with video camera (21) on the placement platform (41), is taken the photograph described in the camera face of video camera (21)
As head bore (12)；
The apparatus mounting plate (4) is equipped with noise signal acquisition equipment (5), and it includes that noise is adopted that noise signal, which acquires equipment (5),
Collect module (51), signal amplification module (52) and weighted module (53), the voice signal of Noise Acquisition module (51) acquisition
It is transmitted to weighted module (53) after signal amplification module (52) amplification, the weighted module (53) is by amplified voice signal
Weighted processing obtains noise signal, and weighted module (53) is connected with signal output cable (54).
5. major project Dispatch and Command Center according to claim 4, it is characterised in that；Weighted module (53) setting
There is main RC circuit (1a)；
The main RC circuit (1a) includes the second capacitor C2, the output of one end connection signal amplification module (52) of second capacitor C2
End, the other end are sequentially connected in series connection acquisition port ANOISE1 after first capacitor C1,3rd resistor R3, second resistance R2；
Wherein, the second capacitor C2 is grounded after concatenating the second weighted resistance RC2 with the common end of first capacitor C1, and described first
Capacitor C1 is grounded after concatenating the first weighted resistance RC1 with the common end of 3rd resistor R3, the 3rd resistor R3 and second resistance
The common end of R2 is grounded after concatenating the 4th capacitor C4, and the second resistance R2 concatenates the with the common end for acquiring port ANOISE1
It is grounded after three capacitor C3.
6. major project Dispatch and Command Center according to claim 1, it is characterised in that: the center display platform includes
Display server, display large-size screen monitors, meeting camera, the display large-size screen monitors are spliced by m × n display of array arrangement,
Each display is connect with display server, and the meeting camera connects the display server.
7. major project Dispatch and Command Center according to claim 1, it is characterised in that: it further include on-site attendance system,
The on-site attendance system includes face identification device and attendance server, and the face identification device and attendance server connect
It connects, the attendance server connects the central management platform.
8. major project Dispatch and Command Center according to claim 1-7, it is characterised in that: the project is long-range
Management platform is provided with M set, and the on-site attendance system is provided with N set, wherein M is the natural number greater than 1, and N is greater than 1
Natural number.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811147979.XA CN109034754A (en) | 2018-09-29 | 2018-09-29 | Major project Dispatch and Command Center |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811147979.XA CN109034754A (en) | 2018-09-29 | 2018-09-29 | Major project Dispatch and Command Center |
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| CN109034754A true CN109034754A (en) | 2018-12-18 |
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ID=64615006
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