CN202563332U - Integrated intelligent management system of water quality & hydrology environment perception and water conservancy facilities - Google Patents
Integrated intelligent management system of water quality & hydrology environment perception and water conservancy facilities Download PDFInfo
- Publication number
- CN202563332U CN202563332U CN2012201814802U CN201220181480U CN202563332U CN 202563332 U CN202563332 U CN 202563332U CN 2012201814802 U CN2012201814802 U CN 2012201814802U CN 201220181480 U CN201220181480 U CN 201220181480U CN 202563332 U CN202563332 U CN 202563332U
- Authority
- CN
- China
- Prior art keywords
- monitoring
- module
- control
- water conservancy
- conservancy projects
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Landscapes
- Testing And Monitoring For Control Systems (AREA)
Abstract
The utility model discloses an integrated intelligent management system of water quality & hydrology environment perception and water conservancy facilities, which comprises a plurality of monitoring mechanisms, a plurality of terminal upper computers, and a server used for realizing interaction between the monitoring mechanisms and the terminal upper computers, wherein the monitoring mechanisms monitor water quality & hydrology monitoring items and compare thresholds of corresponding monitoring items, enter into corresponding states of water conservancy facilities according to results of threshold comparison, and upload monitoring information to the server; the server transmits all the monitoring information to the terminal upper computers of administrative departments which have a right of jurisdiction; the administrative departments send remote instructions by the terminal upper computers, the instructions are forwarded to the monitoring mechanisms by the sever, and the monitoring mechanisms start to execute the remote instructions when receiving the remote instructions. The intelligent management system disclosed by the utility model ensures the states of the water conservancy facilities to consist with information perceived intelligently by the water quality & hydrology environment, thereby realizing integrated intelligent management, and realizing uniform management of multiple monitoring points by multiple administrative departments remotely.
Description
Technical field
The utility model relates to the water pollution control field, relates in particular to a kind of the realization water quality environment intelligence perception and water engineering facility integral intelligent that urban river, reservoir, the dirty mixed flow ductwork water quality of lake rain, hydrology robotization control and management and special circumstances manual intervention management combine are managed Internet of things system and method.
Background technology
The dirty mixed flow pipe network of surface water, especially Urban Rain current divide the matter discharging, are a kind of effective means that prevents sewage pollution urban river, reservoir, lake.Utility model people has successively applied for a plurality of patents in this field: on January 24th, 2007, disclosed notification number was that the name of CN2861325Y is called the utility model patent of " system of urban river storing and draining dirt mixed flow pipe network water body ", and this novel patent discloses a kind of facility of realizing the discharging of branch matter; On October 29th, 2008, disclosed notification number was that the name of CN100429360C is called the utility model patent of " method of the current branch matter discharging of the dirty mixed flow pipe network of urban river rain ", and this utility model patent discloses a kind of method of concrete realization branch matter discharging; On January 19th, 2011, disclosed notification number was that the name of CN101949914A is called the utility model patent of " controlled online multidirectional dependence test project classified Monitoring method and system ", and this utility model patent discloses that a kind of concrete multidirectional dependent probability selects to confirm the water quality monitoring project and the water quality monitoring project carried out the method and system of differentiated control; On August 4th, 2010, disclosed notification number was that the name of CN201540470U is called the utility model patent of " the controlled on-line testing hierarchical identification of surface water with branch matter exhausting control system ", and this novel patent discloses a kind of monitor control mechanism and method for supervising thereof that is arranged on the control point.
Above-mentioned existing techniques in realizing classification on-line monitoring and according to the fast automatic execution branch of online monitoring data matter discharging and administrative authority relevant water conservancy projects execution control gear is carried out the function of Long-distance Control.But prior art does not realize that the monitoring of water quality and the hydrology carries out simultaneously, and also whether operate as normal is not monitored to monitoring instrument and water engineering facility, can't realize that more a plurality of administrative authoritys are through a plurality of control points in the long-range unified management compass of competency.
The utility model content
The utility model is to the deficiency of prior art, provides that the monitoring of a kind of monitoring water quality and the hydrology combines, guarantees monitoring instrument and water conservancy projects execution control gear operate as normal and realizes a kind of water quality hydrological environment perception and water conservancy projects integral intelligent management system and the method for a plurality of administrative authoritys through a plurality of control points of long-range unified management.
The utility model solves the technical scheme that its technical matters adopted:
Perception of a kind of water quality hydrological environment and water conservancy projects integral intelligent management system; Comprise the monitor control mechanism of monitoring, send monitor message, receiving remote instruction in each control point that is arranged in the compass of competency and be arranged on the terminal host computer that the confession managerial personnel of administrative authority obtain monitor message, send teleinstruction, also comprise and realize monitor control mechanism and the mutual server of terminal host computer; Said mechanism for monitoring is connected with server is two-way, and said terminal host computer is connected with server is two-way;
Said monitor control mechanism comprises mechanism for monitoring, is used to the water conservancy projects execution control gear that dams, shunts or discharge and manages control gear; Said monitor control mechanism comprises water quality monitoring instrument crowd; Said management control gear comprise the Monitoring Data acquisition module that is linked in sequence, threshold ratio with computing module, control module and water conservancy projects driver module and respectively with the memory module of the threshold value of the two-way teledata Switching Module that is connected of said control module and the monitor control mechanism identification id that stores corresponding control point and the preset monitoring project kind relevant, monitoring frequency, corresponding monitoring project with intrinsic instruction management control;
Said server comprise can be respectively with the mutual communication module of said monitor control mechanism and terminal host computer and store whole monitor control mechanism identification ids and the threshold value of corresponding monitoring project kind, monitoring frequency, identification Monitoring Data, and the identification id of instrument and equipment and water conservancy projects;
Said terminal host computer comprises and the communication module and the dedicated management module P of server interaction that said dedicated management module P comprises: monitor data receiver module, monitor data display module, teleinstruction management control module and fault alarm and processing module;
The water quality monitoring instrument crowd of said mechanism for monitoring monitors the acquisition water monitoring data; Said Monitoring Data acquisition module by the frequency of setting obtain said water monitoring data and by said threshold ratio and computing module compare with corresponding monitoring project threshold value; Said control module receive threshold comparative result and the instruction of sending the corresponding water conservancy projects state of entering to said water conservancy projects driver module according to this threshold value comparative result are uploaded to said server to the monitor message that comprises water conservancy projects state, Monitoring Data and threshold value comparative result thereof through said teledata Switching Module according to the frequency of setting simultaneously and supply the terminal host computer of said administrative authority to obtain;
After the teleinstruction management control module of said terminal host computer sends the teleinstruction of specifying the control point to server; Server is passed to this teleinstruction the management and the control module of the monitor control mechanism of this appointment control point, and said management and control module are upgraded the threshold value of this appointment monitoring project kind, monitoring frequency, corresponding monitoring project according to said teleinstruction or through said water conservancy projects driver module said water conservancy projects carried out control gear and operate.
Preferably; The water quality monitoring project is divided into the water quality monitoring project of priority a plurality of grades from high to low; Said water quality monitoring instrument crowd correspondence is provided with priority a plurality of other water quality monitor devices of level from high to low; System is respectively each other water quality monitor device of level and preestablishes entry condition, monitors step by step from the senior low level that is clipped to, and just determines whether need start or stop other monitoring of next stage after other Monitoring Data of upper level is judged.
More excellent, said terminal host computer is different computing machines with said server, said terminal host computer is connected through the internet is long-range with said server.
Preferably, said monitor control mechanism also comprises hydrologic monitoring instrument crowd; The hydrologic monitoring instrument crowd of said mechanism for monitoring monitors and obtains the hydrologic monitoring data; Said Monitoring Data acquisition module obtains said hydrologic monitoring data by the frequency of setting and is compared with corresponding monitoring project threshold value with computing module by said threshold ratio, said control module receive threshold comparative result and the instruction of sending the corresponding water conservancy projects state of entering according to this threshold value comparative result to said water conservancy projects driver module.
Preferably; Said administrative authority comprises top management, middle management department and the administrative authority of lower floor of different rights; Each layer-management department disposes the relevant terminal host computer separately, and administrative authority of lower floor can only read or manage a control point in the said compass of competency of control; Middle management department can read or manage subregional a plurality of control points in the said compass of competency of control, and top management can read or manage all control points in the said compass of competency of control.
Compared with prior art; The utility model have following useful technique effect in the perception of water quality hydrological environment and water conservancy projects integral intelligent management system and method: 1, the monitoring of the monitoring water quality and the hydrology is carried out simultaneously, makes that native system and the perception of water quality hydrological environment and water conservancy projects integral intelligent management function are more powerful; 2, increase the monitoring of guaranteeing monitoring instrument and water conservancy projects execution control gear operate as normal, made that the stability of native system is higher, can in time find in time to solve fault; 3, realize that a plurality of administrative authoritys are through a plurality of control points in the long-range unified management compass of competency.
Description of drawings
Fig. 1 is the structural drawing of intelligence perception of the utility model water quality environment and water conservancy projects integral intelligent management system;
Fig. 2 is the structural drawing of the utility model monitor control mechanism;
Fig. 3 is the process flow diagram of the monitoring water quality of the utility model monitor control mechanism;
Fig. 4 is the process flow diagram of the hydrology monitoring of the utility model monitor control mechanism;
Fig. 5 is the process flow diagram of the instrument environments monitoring of the utility model monitor control mechanism;
Fig. 6 is the process flow diagram of the utility model monitor control mechanism water conservancy projects condition monitoring;
Fig. 7 is the process flow diagram of the utility model monitor control mechanism by long-range setting management control;
Fig. 8 is the process flow diagram of the utility model monitor control mechanism by remote control management control.
Embodiment
To combine accompanying drawing and embodiment that the utility model is further specified below.
The utility model relates to a kind of water quality environment intelligence perception and water engineering facility integral intelligent management Internet of things system of realizing that water quality, hydrology robotization control and management and labor management combine; This system can be used for the surface water quality environment; Especially environment such as urban river, reservoir, lake can also be used for the dirty mixed flow pipe network of rain current branch matter discharging facility.See also Fig. 1; This system comprises: be arranged on the monitor control mechanism 1 of monitoring, send monitor message, receiving remote instruction in the compass of competency in each control point; Be arranged on administrative authority and supply managerial personnel to obtain monitor message, send the terminal host computer 2 of teleinstruction, and store exchange monitoring information, teleinstruction is realized the mutual server 3 between a plurality of monitor control mechanisms 1 and a plurality of terminals host computer 2.Said monitor control mechanism 1 and 3 two-way connections of server are arranged on the terminal host computer 2 and said 3 two-way connections of server of administrative authority.Understandable, can realize two-way the connection through the internet between said monitor control mechanism 1 and the server 3 and between terminal host computer 2 and the server 3.For ease the management, according to specific circumstances will near a plurality of control points divide the subregion into.Be each control point of convenient difference, monitor control mechanism 1 corresponding its control point, place is provided with independent monitor control mechanism 1 identification id.
See also Fig. 2, said monitor control mechanism 1 comprises mechanism for monitoring 11, water conservancy projects execution control gear 12 and management control gear 13.Said monitor message is data and an information all in monitor control mechanism 1 course of work, comprises water conservancy projects state, Monitoring Data and threshold value comparative result thereof etc.
Said mechanism for monitoring 11 is used for monitoring in real time water quality monitoring project, hydrologic monitoring project and working state monitoring project, and correspondence is provided with water quality monitoring instrument crowd 111, hydrologic monitoring instrument crowd 112 and working environment monitoring instrument crowd 113.Said water quality monitoring project is according to cost, monitoring time, the monitoring efficient of the corresponding instrument of different water quality monitoring project and whether can cause factor such as secondary pollution; The water quality monitoring project that is divided into priority a plurality of grades from high to low; And corresponding from high to low 1 grade of water quality monitoring instrument of corresponding priority level, 2 grades of water quality monitoring instruments of in water quality monitoring instrument crowd 111, being provided with are until N level water quality monitoring instrument; Make the efficient of monitoring and the speed raising of monitoring also reduce cost, specifically see also number of patent application and be " controlled online multidirectional dependence test project classified Monitoring method and system " disclosed content of utility model patent of 200910110351.7; Understandable, these water quality monitoring instrument crowd 111 concrete hierarchical approaches can also use other hierarchical approaches that can realize to replace.Said hydrologic monitoring instrument crowd 112 selects one or more hydrologic monitoring appearance according to the concrete condition of different monitoring point, comprises equipment such as limnimeter, water thermometer, flowmeter, current meter, silt monitor, precipitation monitor, evaporimeter.Said working environment monitoring instrument crowd 113 is used to monitor the working environment and the Instrument working state of all appts, includes but not limited to temperature, humidity, instrument power consumption, amount of electromagnetic radiation, level and the instrument job stability of working environment.The water monitoring data great majority are chemistry amounts, and hydrologic monitoring data and Instrument working state Monitoring Data are physical quantitys.
Operations such as water conservancy projects carries out that control gear 12 is used to control that corresponding water conservancy projects dams, shunting and discharging, concrete water engineering facility structure are 200520056993.0 " system of urban river storing and draining dirt mixed flow pipe network water body " utility model patent with reference to the patent No. please and the patent No. is " method that the current branch matter of the dirty mixed flow pipe network of urban river rain is discharged " disclosed content of utility model patent of 200610061376.9; Understandable, this water conservancy projects carries out that control gear 12 can also can be realized blowdown with other, dams, the structure of shunting and emissions operation replaces.Said water conservancy projects state is the switching value of valve and/or gate.
Said management control gear 13 be used to realize Monitoring Data obtain analysis, to water conservancy projects carry out control gear 12 sending controling instructions, to server 3 send monitor messages, from server 3 receiving remote setting commands, remove instruction from server 3 receiving remote steering orders with from the control of server 3 receiving remotes.This management control gear 13 comprises that Monitoring Data acquisition module 131, threshold ratio are and computing module 132, control module 133, water conservancy projects driver module 134, memory module 135 and teledata Switching Module 136.
Monitoring Data acquisition module 131 is used for obtaining by setpoint frequency the Monitoring Data of mechanism for monitoring 11.In practical operation, Monitoring Data acquisition module 131 is connected with each monitoring instrument of mechanism for monitoring 11 respectively through the RS485 interface; Understandable, Monitoring Data acquisition module 131 can also be connected with each instrument of mechanism for monitoring 11 through other wireline interface or wave point, obtains Monitoring Data.Monitoring Data acquisition module 131 can be regularly each monitoring instrument of visit mechanism for monitoring 11, read Monitoring Data.Understandable, also can by each monitoring instrument of mechanism for monitoring 11 regularly Monitoring Data is sent to Monitoring Data acquisition module 131, receive by Monitoring Data acquisition module 131 and obtain test results.In practical operation, Monitoring Data acquisition module 131 obtains the frequency of water quality monitoring instrument crowds at different levels, hydrologic monitoring instrument crowd 112 and working environment monitoring instrument crowd's 113 among the water quality monitoring instrument crowd 111 Monitoring Data and sets respectively according to the characteristic of each instrument, the characteristics and the management objectives of monitoring project; Understandable, Monitoring Data acquisition module 131 also can obtain each Monitoring Data of mechanism for monitoring 11 according to identical frequency.
Threshold ratio and computing module 132 be used for Monitoring Data is compared with corresponding monitoring project threshold value, draw the threshold value comparative result, and the threshold value comparative result be sent to control module 133.Wherein, setting threshold is stored in the memory module 135, can adjust along with the change of water quality management target according to the target of function of water body management is set.Understandable, can revise threshold value through long-range setting command.
Control module 133 is used for according to threshold value comparative result or remote control commands output steering order and supervisory instruction, and control teledata Switching Module 136 and said server 3 are mutual etc.
Water conservancy projects driver module 134 be used for according to steering order control water conservancy projects carry out that control gear 12 carries out blowdown, dams, operations such as shunting and discharging.In practical operation; Convert the switching value that water conservancy projects is carried out control gear 12 corresponding valves and/or gate to through driving water conservancy projects control gear 12 state change directives, drive that water conservancy projects is carried out corresponding relays realization blowdown in the control gear 12, dammed, operations such as shunting and discharging.
The threshold value that memory module 135 is used to store the identification id of monitor control mechanism 1 identification id, instrument and equipment and the water conservancy projects equipment of corresponding control point, the preset monitoring project kind relevant with intrinsic instruction management control, monitoring frequency, corresponding monitoring project supplies corresponding module to call or revise; Be used for information such as temporary Monitoring Data, water conservancy projects state and other steering orders in addition.
Teledata Switching Module 136 is used for according to the frequency of setting Monitoring Data, threshold value comparative result, water conservancy projects state, water conservancy projects being carried out the monitor messages such as releasing Long-distance Control successful information that put information, instrument and equipment warning message, water conservancy projects equipment alarm information, the long-range setting successful information of returning, the Long-distance Control successful information of returning in place and return and uploads onto the server 3.Preferably, the Monitoring Data of said water quality monitoring project is with the output of chemistry amount, and the Monitoring Data of said hydrologic monitoring project and working environment monitoring project is exported with physical quantity, and said water engineering facility state is exported with switching value.In addition, teledata Switching Module 136 also is used to receive teleinstructions such as the long-range setting command, remote control commands and the releasing remote control commands that read from server 3 and transfers to control module 133.In practical operation, accurately to discern for making things convenient for server, the information that teledata Switching Module 136 is uploaded also comprises monitor control mechanism 1 identification id; The instrument and equipment warning message that teledata Switching Module 136 is uploaded, water conservancy projects equipment alarm information also comprise the identification id of corresponding instrument and equipment and water conservancy projects equipment; Teledata Switching Module 136 converts monitor message and the corresponding form of server 3 agreements into, and this agreement is preferably the MODBUS communications protocol, also can select other agreements for use; Teledata Switching Module 136 converts long-range setting command and remote control commands into form that control module 133 can be discerned.Said teledata Switching Module 136 gets into internet and server 3 transmission through GPRS; Understandable, teledata Switching Module 136 can also pass through other wired connection or wireless connections are direct and server 3 transmits or pass through the internet and server 3 transmission.
In the practical operation,, also can in said management control module 13, install and be used for the display module 137 of display monitoring information and teleinstruction at the scene according to concrete needs, and the alarm module 138 that is used for reporting to the police at the scene.
In practical operation, said Monitoring Data acquisition module 131 obtains Monitoring Data with 50 milliseconds cycle, and control module 133 is obtained the status information that water conservancy projects is carried out control gear 12 with 50 milliseconds cycle, and with 10 seconds frequency once upload onto the server.
Return Fig. 1, the managerial personnel of administrative authority obtain monitor message alternately, send teleinstruction through terminal host computer 2 and server 3.Understandable, terminal host computer 2 can visit server 3 through wired connection or wireless connections access internet, also can be through other mode access server 3.Said terminal host computer 2 comprises communication module and the dedicated management module P mutual with server 3, and said dedicated management module P comprises: monitor data receiver module 21, monitor data display module 22, teleinstruction management control module 23 and fault alarm and processing module 24; Described communication module and dedicated management module P can also can be concrete hardware modules for being installed on the software in the terminal host computer 2.Terminal host computer 2 also stores monitor control mechanism 1 identification id and the instrument and equipment of corresponding monitor control mechanism 1 and the identification id of water conservancy projects equipment in the place administrative authority jurisdiction.
Said server 3 comprises can be respectively and mutual communication module and the large-capacity data storehouse of said monitor control mechanism 1 and terminal host computer 2.Database also stores a plurality of monitor control mechanism 1 identification ids and the threshold value of corresponding monitoring project kind, monitoring frequency, identification Monitoring Data, and the identification id of instrument and equipment and water conservancy projects; The perception and the monitor data of a plurality of control points in each administrative area also stored and handled to database in addition.Described communication module can also can be concrete hardware module for being installed on the software in the server 3.
Preferably, the managerial personnel of said administrative authority need just can access server 3 through the checking of its exclusive username and password.In the practical operation, the host-host protocol between described terminal host computer 2 and the server 3 adopts the MODBUS communications protocol.Understandable, terminal host computer 2 can also adopt web browser to pass through http protocol and server 3 is realized can also adopting other protocol interactions between terminal host computer 2 and the server 3 alternately; Host-host protocol between terminal host computer 2 and the server 3 can be identical with the host-host protocol between server 3 and the monitor control mechanism 1 also can be different.In addition, also need carry out between different managerial personnel's the terminal host computer 2 alternately, its content comprises: advise, reply and send grant instruction etc. to suggestion.Different terminal host computer 2 carries out alternately through server 3; Understandable, also be feasible alternately directly between the terminal host computer 2, just may not cause interaction content to be lost because the mutual terminal host computer 2 of needs is not online.Preferably; All monitor messages, send long-range setting command, send remote control commands, send the historical record of removing remote control commands, advising, reply and send grant instruction and all be kept at server 3, supply terminal host computer 2 to call to suggestion.Terminal host computer 2 can call monitor message, send long-range setting command, send remote control commands, sends the releasing remote control commands, advises, reply and send the record of grant instruction to suggestion from server 3 as required, and the record that server 3 will call generates management document and is sent to terminal host computer 2.Understandable, terminal host computer 2 also can generate corresponding management document in terminal host computer 2 when receiving monitor message, send long-range setting command, send remote control commands, send the releasing remote control commands, advise, reply to suggestion and sending grant instruction;
Administrative authority sets the authority that its terminal host computer 2 obtains monitor message, sends teleinstruction according to its function.Preferably, administrative authority is divided into following two from low to high to the authority of the monitor control mechanism 1 of each control point: the read-only authority that 1, can only obtain monitor message; 2, can obtain monitor message, send the management and control authority of teleinstruction.Simultaneously, administrative authority is again according to the quantity of its control point of being responsible for, divide into from low to high following, in, last three levels: administrative authority of lower floor is responsible for a control point in the subregion; Middle management department is responsible for a plurality of control points in the next subregion, a compass of competency; Top management is responsible for all control points in the whole compass of competency.In practical operation, for guaranteeing the management to each control point, the administrative authority that said long-range setting command, remote control commands and releasing remote control commands have only lower floor to possess the management and control authority sends through its terminal host computer 2; Said long-range setting command, remote control commands and releasing remote control commands possibly cause the degree of consequence to be divided into two types according to it: the Class A---can send by the autonomous decision of administrative authority that lower floor possesses the management and control authority; Relevant administrative authority's permission of being responsible on Class B---in need obtaining and/or upper strata just can be sent.
The management method of the utility model system comprises the steps:
S1: when said monitor control mechanism 1 is controlled by intrinsic instruction management; The water quality monitoring instrument crowd 111 and the hydrologic monitoring instrument crowd 112 of mechanism for monitoring 11 carry out the monitoring of water quality and hydrologic monitoring project; Monitoring Data acquisition module 131 obtains water monitoring data and hydrologic monitoring data from water quality monitoring instrument crowd 111 and hydrologic monitoring instrument crowd 112; Threshold ratio compares water monitoring data and hydrologic monitoring data with computing module 132 with corresponding monitoring project threshold value, control module 133 is controlled the corresponding water conservancy projects state of water conservancy projectss execution control gears 12 entering according to the threshold value comparative result through water conservancy projects driver module 134.
S2: the teledata Switching Module 136 of said monitor control mechanism 1 is uploaded to said server 3 to monitor message according to the frequency of setting; Said server 3 sends said monitor message the terminal host computer 2 of the administrative authority that has jurisdiction to through the said communication modules that are installed in the server 3 again, and the monitor data receiver module 21 of terminal host computer 2 obtains relevant monitor message and shows through monitor data display module 22.
S3: the monitor control mechanism 1 that said administrative authority requires to specify the control point is carried out " by teleinstruction management control " to realize new managerial demand; Said teleinstruction management control is meant that administrative authority sends teleinstruction through the teleinstruction management control module 23 of its terminal host computer 2; This instruction is forwarded to the monitor control mechanism 1 of said appointment monitoring point through said server 3; After the teledata Switching Module 136 of this monitor control mechanism 1 receives teleinstruction; Interrupt " by the intrinsic instruction management control " of former execution immediately, begin to carry out teleinstruction.
S4: monitor control mechanism 1 is during by intrinsic instruction control; The working environment monitoring instrument crowd 113 of mechanism for monitoring 11 carries out the monitoring of instrument working environment; Monitoring Data acquisition module 131 obtains instrument working environment Monitoring Data from working environment monitoring instrument crowd 113; Threshold ratio and computing module 132 the working environment Monitoring Data is compared judgement with corresponding monitoring project threshold value; And regulate accordingly, its adjusting thes contents are as follows: when instrument working temperature during not in instrument normal working temperature scope, control module 133 start-up temperature regulating devices are regulated; When the instrument working relative humidity at instrument operate as normal humidity range is not, control module 133 starts humidity control apparatus and regulates; When amount of electromagnetic radiation surpassed instrument operate as normal radiant quantity scope, control module 133 started anti-interference equipment or the like.In the time of after regulating, still can't letting the working environment Monitoring Data get into the threshold range of instrument operate as normal; Control module 133 produces the instrument and equipment warning message according to judged result; And send to server 3 through teledata Switching Module 136; Be forwarded to the terminal host computer 2 of the administrative authority that possesses administration authority by server 3 through the said communication modules that are installed in the server 3 again, the fault alarm of said terminal host computer 2 receives relevant instrument and equipment warning message and notifies the maintenance personal who is correlated with to keep in repair with processing module 24.
S5: monitor control mechanism 1 is during by intrinsic instruction control, and control module 133 is obtained the status information of water conservancy projects control gear 12, and whether the state of identification water conservancy projects control gear 12 meets the requirement of water quality monitoring and hydrologic monitoring threshold value comparative result; Do not send and drive water conservancy projects and carry out the instruction that control gear 12 gets into the state of the requirement that meets water quality monitoring and hydrologic monitoring threshold value comparative result if meet control module 133 then, water conservancy projects driver module 134 is received command adapted thereto rear drive water conservancy projects execution control gear 12 change states; If water conservancy projects state change failure; Then produce by control module 133; Water conservancy projects equipment alarm information also uploads onto the server 3 through teledata Switching Module 136; Be forwarded to the terminal host computer 2 of the administrative authority that possesses administration authority by server 3 through the said communication modules that are installed in the server 3 again, the fault alarm of said terminal host computer 2 receives relevant instrument and equipment warning message and notifies the maintenance personal who is correlated with to keep in repair with processing module 24.
Said step S1 specifically comprises following two part: the S1.1 that carry out simultaneously: the water quality monitoring instrument crowd 111 of the mechanism for monitoring 11 of said monitor control mechanism 1 carries out the monitoring of water quality monitoring project; Monitoring Data acquisition module 131 obtains water monitoring data from water quality monitoring instrument crowd 111; Threshold ratio compares corresponding monitoring project threshold value in water monitoring data and the memory module 135 with computing module 132, control module 133 according to the threshold value comparative result through the corresponding water conservancy projects state of water conservancy projects driver module 134 control water conservancy projectss execution control gears 12 entering; S1.2: the hydrologic monitoring instrument crowd 112 of the mechanism for monitoring 11 of said monitor control mechanism 1 carries out the monitoring of water quality monitoring project; Monitoring Data acquisition module 131 obtains the hydrologic monitoring data from hydrologic monitoring instrument crowd 112; Threshold ratio compares corresponding monitoring project threshold value in hydrologic monitoring data and the memory module 135 with computing module 132, control module 133 according to the threshold value comparative result through the corresponding water conservancy projects state of water conservancy projects driver module 134 control water conservancy projectss execution control gears 12 entering;
See also Fig. 3; The water quality monitoring project that when carrying out step S1.1 the water quality monitoring project is divided into priority a plurality of grades from high to low; Said water quality monitoring instrument crowd 111 correspondences are provided with priority a plurality of other water quality monitor devices of level from high to low, and said S1.1 step may further comprise the steps:
S1.1-1: the water quality monitoring instrument crowd 111 of the control module 133 control mechanism for monitoring 11 of said monitor control mechanism 1 obtains water monitoring data according to priority order from high to low other start-up water quality monitoring instrument of a plurality of successively level and by Monitoring Data acquisition module 131; Threshold ratio and computing module 132 with monitoring project threshold ratio corresponding in this water monitoring data and the memory module 135; If comprise that the water monitoring data of all grades of afterbody meets management objectives with the threshold value comparative result of corresponding monitoring project threshold value and then gets into step S1.1-2.1; If when the water monitoring data of any one grade does not meet management objectives also at the appointed time above stipulated number with the threshold value comparative result of corresponding monitoring project threshold value, then get into step S1.1-2.2;
S1.1-2.1: control module 133 is carried out control gear 12 entering through water conservancy projects driver module 134 control water conservancy projectss and is stopped the blowdown state;
S1.1-2.2: control module 133 is closed all the low water quality monitoring instruments of water quality monitor project priority that do not meet management objectives than above-mentioned, and carries out control gear 12 entering blowdown states through water conservancy projects driver module 134 control water conservancy projectss;
S1.1-3. after the state of change water conservancy projects control gear 12 control module 133 can the change of identification water conservancy projects control gears 12 states whether success: control module 133 is sent this driving water conservancy projects control gear 12 state change directives once more if the state change is failed then; If change successfully and then carry out the information that puts in place by control module 133 generation water conservancy projectss; If surpassing certain number of times, state change failure then produces the water conservancy projects equipment alarm information that comprises water conservancy projects recognition of devices ID by control module 133.
Understandable, said water conservancy projects is carried out the information that puts in place and in step S2, is uploaded onto the server 3 through teledata Switching Module 136, and said water conservancy projects equipment alarm information uploads onto the server 3 through teledata Switching Module 136 in step S5.
See also Fig. 4, said S1.2 step may further comprise the steps:
S1.2-1: the hydrologic monitoring instrument crowd 112 of the mechanism for monitoring 11 of said monitor control mechanism 1 carries out the monitoring of water quality monitoring project, and Monitoring Data acquisition module 131 obtains the hydrologic monitoring data; Threshold ratio with computing module 132 with monitoring project threshold ratio corresponding in the hydrologic monitoring data of Monitoring Data acquisition module 131 acquisitions and the memory module 135, and carry out corresponding operation and draw the threshold value comparative result; , whole hydrologic monitoring projects get into step S1.2-2.1 when more all obtaining meeting the threshold value comparative result of management objectives; The threshold value comparative result that does not meet management objectives when relatively drawing of certain project in the hydrologic monitoring project and when surpassing the number of times of regulation at the appointed time gets into step S1.2-2.2;
S1.2-2.1: control module 133 is sent and is driven the instruction that water conservancy projects is carried out control gear 12 entering general states, and water conservancy projects driver module 134 is received command adapted thereto rear drive water conservancy projects execution control gear 12 change states;
S1.2-2.2: control module 133 is sent and is driven the instruction that water conservancy projects is carried out the corresponding special state of control gear 12 entering, and water conservancy projects driver module 134 is received command adapted thereto rear drive water conservancy projects execution control gear 12 change states;
S1.2-3. whether success of control module 133 status recognitions change after the state of change water conservancy projects control gear 12: control module 133 is sent this driving water conservancy projects control gear 12 state change directives once more if the state change is failed then; If change successfully then the control module 133 generation water conservancy projectss execution information that puts in place; If state change failure surpass certain number of times then control module 133 generate the water conservancy projects equipment alarm information that comprises water conservancy projects recognition of devices ID.
Understandable, said water conservancy projects is carried out the information that puts in place and in step S2, is uploaded onto the server 3 through teledata Switching Module 136, and said water conservancy projects equipment alarm information uploads onto the server 3 through teledata Switching Module 136 in step S5.
See also Fig. 5, step S4 comprises following particular content:
S4-1: the working environment monitoring instrument crowd 113 of the mechanism for monitoring 11 of monitor control mechanism 1 monitors; Monitoring Data acquisition module 131 obtains instrument working environment Monitoring Data from working environment monitoring instrument crowd 113; Threshold ratio compares the working environment Monitoring Data with computing module 132 and judges whether in the scope of instrument operate as normal with corresponding monitoring project threshold value, in the scope of instrument operate as normal, then carry out step S4-1 again as if instrument working environment Monitoring Data; If instrument working environment Monitoring Data is not then regulated in the scope of instrument operate as normal accordingly; If still not in the scope of instrument operate as normal and at the appointed time, then get into step S4-2 above stipulated number in instrument working environment Monitoring Data after the adjusting;
S4-2: control module 133 produces the instrument and equipment warning message that comprises corresponding instrument identification id, and sends to server 3 through teledata Switching Module 136;
S4-3: said server 3 sends the said instrument and equipment warning message that comprises corresponding instrument identification id to the terminal host computer 2 of the administrative authority that has jurisdiction through the said communication module that is installed in the server 3;
S4-4: the fault alarm of said terminal host computer 2 receives relevant instrument and equipment warning message with processing module 24 and keeps in repair according to the relevant maintenance personal of corresponding instrument identification id notice.
See also Fig. 6, step S5 comprises following particular content:
S5-1: control module 133 is obtained the status information of water conservancy projects control gear 12 according to the frequency of setting; And whether the state of identification water conservancy projects control gear 12 meets the requirement of water quality monitoring and hydrologic monitoring threshold value comparative result; If then get into step S5-2.1, if not then get into step S5-2.2;
S5-2.1: the status information that control module 133 is sent current water conservancy projects control gear 12;
S5-2.2: control module 133 is sent and is driven the instruction that water conservancy projects execution control gear 12 gets into the state of the requirement that meets water quality monitoring and hydrologic monitoring threshold value comparative result, and water conservancy projects driver module 134 is received command adapted thereto rear drive water conservancy projects execution control gear 12 change states; Whether success of control module 133 status recognitions change after the state of change water conservancy projects control gear 12: control module 133 is sent this driving water conservancy projects control gear 12 state change directives once more if the state change is failed then; If change and successfully then getting into step S5-3.1, if state change failure and at the appointed time above stipulated number control module 133 generation water conservancy projects equipment alarm information and get into step S5-3.2 then;
S5-3.1: control module 133 produces water conservancy projects and carries out the information that puts in place;
S5-3.2: control module 133 produces the water conservancy projects equipment alarm information that comprises corresponding water conservancy projects recognition of devices ID, and sends to server 3 through teledata Switching Module 136;
S5-4: said server 3 sends the said water conservancy projects equipment alarm information that comprises corresponding water conservancy projects recognition of devices ID to the terminal host computer 2 of the administrative authority that has jurisdiction through the said communication module that is installed in the server 3;
S5-5: the fault alarm of said terminal host computer 2 receives relevant water conservancy projects equipment alarm letter with processing module 24 and keeps in repair according to the relevant maintenance personal of corresponding water conservancy projects recognition of devices ID notice.
Understandable; Can obtain status information according to the frequency visit water conservancy projects control gear of setting 12 through control module 133, can also be through letting water conservancy projects control gear 12 let control module 133 obtain for control module 133 according to the frequency transmission status information of setting.
Said step S3 comprises following two kinds of situation: S3.1: monitor control mechanism 1 is carried out " by long-range setting command management control ";
S3.2: monitor control mechanism 1 is carried out " by remote control commands management control ";
See also Fig. 7, wherein step S3.1 specifically comprises:
S3.1-1: administrative authority sends the long-range setting command that includes target monitoring mechanism 1 identification id through the teleinstruction management control module 23 of its terminal host computer 2,
S3.1-2: server 3 receives said long-range setting command and is forwarded to the monitor control mechanism 1 of the corresponding control point of monitor control mechanism 1 identification id,
S3.1-3: the teledata Switching Module 136 of said monitor control mechanism 1 is sent to control module 133 after obtaining long-range setting command; The step S1 that control module 133 is interrupted former execution; And judge whether long-range setting and intrinsic setting there are differences; Then do not get into step S3.1-4.1 if long-range setting command and intrinsic setting not there are differences, then get into step S3.1-4.2 if long-range setting command and intrinsic setting there are differences
S3.1-4.1: control module 133 is ignored teleinstruction and is returned step S1,
S3.1-4.2: control module 133 is revised intrinsic in the memory modules 135 and is set at long-range setting and checking and revises whether success; If revise successfully and then return long-range setting successful information and return step S1, then send the memory module warning message to server 3 if revise failure and surpass stipulated number at the appointed time to server 3.
Preferably, after said server 3 was received the long-range setting successful information of returning, the threshold data of the monitoring project kind of these monitor control mechanism 11 correspondences of server 3 modification storage inside, monitoring frequency, identification Monitoring Data was the data of long-range setting command.
Preferably, said server 3 sends said memory module warning message to the terminal host computer 2 of the administrative authority that has jurisdiction through the said communication module that is installed in the server 3; The fault alarm of said terminal host computer 2 receives relevant memory module warning message with processing module 24 and the relevant maintenance personal of notice keeps in repair.
See also Fig. 8, wherein step S3.2 specifically comprises:
S3.2-1: administrative authority sends the remote control commands that contains target monitoring mechanism 1 identification id through the teleinstruction management control module 23 of its terminal host computer 2,
S3.2-2: server 3 receives said remote control commands and is forwarded to the monitor control mechanism 1 of the corresponding control point of monitor control mechanism 1 identification id,
S3.2-3: the teledata Switching Module 136 of said monitor control mechanism 1 is sent to control module 133 after obtaining remote control commands; The step S1 that control module 133 is interrupted former execution; And judge whether remote control commands and intrinsic water conservancy projects state there are differences; Then do not get into step S3.2-4.1 if long-range setting command and intrinsic water conservancy projects control gear state not there are differences, then get into step S3.2-4.2 if long-range setting command and intrinsic water conservancy projects control gear state there are differences
S3.2-4.1: control module 133 is ignored teleinstruction and is returned step S1,
S3.2-4.2: control module 133 gets into the water conservancy projects state of remote control commands through water conservancy projects driver module 134 control water conservancy projects control gears 12, and judges whether that water conservancy projects carries out control gear 12 and whether carry out and put in place; Then send the water conservancy projects equipment alarm information that comprises water conservancy projects recognition of devices ID if carry out failure and surpass stipulated number at the appointed time, if the releasing remote control commands of carrying out that the teleinstruction management control module 23 from terminal host computer 2 to server 3 that return the Long-distance Control successful information and judge whether to receive of putting in place then sends and transmitting through server 3 to server 3; If receive that removing remote control commands then returns step S1, if do not receive that removing remote control commands then keeps this water conservancy projects state.
Compared with prior art; The utility model have following useful technique effect in the perception of water quality hydrological environment and water conservancy projects integral intelligent management system and method: 1, the monitoring of the monitoring water quality and the hydrology is carried out simultaneously, makes that native system and the perception of water quality hydrological environment and water conservancy projects integral intelligent management function are more powerful; 2, increase the monitoring of guaranteeing monitoring instrument and water conservancy projects execution control gear operate as normal, made that the stability of native system is higher, can in time find in time to solve fault; 3, realize that a plurality of administrative authoritys are through a plurality of control points in the long-range unified management compass of competency.
The foregoing description is the utility model preferred implementation, and all its principles are identical with present embodiment or approximate with basic structure, all within the utility model protection domain.
Claims (4)
1. water quality hydrological environment perception and water conservancy projects integral intelligent management system; Comprise the monitor control mechanism (1) of monitoring, send monitor message, receiving remote instruction in each control point that is arranged in the compass of competency and be arranged on the terminal host computer (2) that the confession managerial personnel of administrative authority obtain monitor message, send teleinstruction, it is characterized in that: also comprise and realize monitor control mechanism (1) and the mutual server (3) of terminal host computer (2); Said mechanism for monitoring (1) and two-way connection of server (3), said terminal host computer (2) and two-way connection of server (3);
Said monitor control mechanism (1) comprises mechanism for monitoring (11), is used to the water conservancy projects execution control gear (12) that dams, shunts or discharge and manages control gear (13); Said monitor control mechanism (11) comprises water quality monitoring instrument crowd (111); Said management control gear (13) comprises the Monitoring Data acquisition module (131) that is linked in sequence; Threshold ratio and computing module (132); Control module (133) and water conservancy projects driver module (134) and respectively with the two-way teledata Switching Module (136) that is connected of said control module (133) and monitor control mechanism (1) identification id that stores corresponding control point and preset and the relevant monitoring project kind of intrinsic instruction management control; Monitoring frequency; The memory module (135) of the threshold value of corresponding monitoring project;
Said server (3) comprise can be respectively with the mutual communication module of said monitor control mechanism (1) and terminal host computer (2) and store whole monitor control mechanisms (1) identification id and the threshold value of corresponding monitoring project kind, monitoring frequency, identification Monitoring Data, and the identification id of instrument and equipment and water conservancy projects;
Said terminal host computer (2) comprises and mutual communication module and the dedicated management module P of server (3) that said dedicated management module P comprises: monitor data receiver module (21), monitor data display module (22), teleinstruction management control module (23) and fault alarm and processing module (24);
The water quality monitoring instrument crowd (111) of said mechanism for monitoring (11) monitors the acquisition water monitoring data; Said Monitoring Data acquisition module (131) by the frequency of setting obtain said water monitoring data and by said threshold ratio and computing module (132) compare with corresponding monitoring project threshold value; Said control module (133) receive threshold comparative result and the instruction of sending the corresponding water conservancy projects state of entering to said water conservancy projects driver module (134) according to this threshold value comparative result are uploaded to said server (3) to the monitor message that comprises water conservancy projects state, Monitoring Data and threshold value comparative result thereof through said teledata Switching Module (136) according to the frequency of setting simultaneously and supply the terminal host computer (2) of said administrative authority to obtain;
After the teleinstruction management control module (23) of said terminal host computer (2) sends the teleinstruction of specifying the control point to server (3); Server (3) is passed to this teleinstruction the management and the control module (13) of the monitor control mechanism (1) of this appointment control point, and said management and control module (13) are upgraded the threshold value of this appointment monitoring project kind, monitoring frequency, corresponding monitoring project according to said teleinstruction or through said water conservancy projects driver module (134) said water conservancy projects carried out control gear (12) and operate.
2. water quality hydrological environment according to claim 1 perception and water conservancy projects integral intelligent management system; It is characterized in that: said terminal host computer (2) is different computing machines with said server (3), and said terminal host computer (2) is connected through the internet is long-range with said server (3).
3. water quality hydrological environment according to claim 1 perception and water conservancy projects integral intelligent management system is characterized in that: said monitor control mechanism (1) also comprises hydrologic monitoring instrument crowd (112); The hydrologic monitoring instrument crowd (112) of said mechanism for monitoring (11) monitors and obtains the hydrologic monitoring data; Said Monitoring Data acquisition module (131) obtains said hydrologic monitoring data by the frequency of setting and is compared with corresponding monitoring project threshold value with computing module (132) by said threshold ratio, said control module (133) receive threshold comparative result and the instruction of sending the corresponding water conservancy projects state of entering according to this threshold value comparative result to said water conservancy projects driver module (134).
4. water quality hydrological environment according to claim 1 perception and water conservancy projects integral intelligent management system; It is characterized in that: said administrative authority comprises top management, middle management department and the administrative authority of lower floor of different rights; Each layer-management department disposes relevant terminal host computer (2) separately, and administrative authority of lower floor can only read or manage a control point in the said compass of competency of control; Middle management department can read or manage subregional a plurality of control points in the said compass of competency of control, and top management can read or manage all control points in the said compass of competency of control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201814802U CN202563332U (en) | 2012-04-26 | 2012-04-26 | Integrated intelligent management system of water quality & hydrology environment perception and water conservancy facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201814802U CN202563332U (en) | 2012-04-26 | 2012-04-26 | Integrated intelligent management system of water quality & hydrology environment perception and water conservancy facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202563332U true CN202563332U (en) | 2012-11-28 |
Family
ID=47212971
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201814802U Withdrawn - After Issue CN202563332U (en) | 2012-04-26 | 2012-04-26 | Integrated intelligent management system of water quality & hydrology environment perception and water conservancy facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202563332U (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102629136A (en) * | 2012-04-26 | 2012-08-08 | 深圳市兰德玛水环境工程科技有限公司 | Water quality hydrology environment perception and water conservancy facility integrated intelligent management system and method |
| CN104748785A (en) * | 2013-12-30 | 2015-07-01 | 南京理工大学常熟研究院有限公司 | Remote automatic hydrology and water quality monitoring system platform |
| CN104950856A (en) * | 2015-06-19 | 2015-09-30 | 华北水利水电大学 | Reservoir dispatching management system considering river ecological demands |
| CN106442678A (en) * | 2016-07-15 | 2017-02-22 | 邵阳学院 | GSM water quality monitoring system |
| CN106973085A (en) * | 2017-03-09 | 2017-07-21 | 邹霞 | Navigation channel is wireless network management system and management method |
| CN107566501A (en) * | 2017-09-13 | 2018-01-09 | 深圳市益鑫智能科技有限公司 | A kind of water regime monitoring management system for water conservancy |
| WO2018161329A1 (en) * | 2017-03-09 | 2018-09-13 | 邹霞 | Navigation channel wireless network management system and management method |
| CN112362100A (en) * | 2020-11-05 | 2021-02-12 | 张勤玲 | Monitoring device for water conservancy construction management and using method thereof |
-
2012
- 2012-04-26 CN CN2012201814802U patent/CN202563332U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102629136A (en) * | 2012-04-26 | 2012-08-08 | 深圳市兰德玛水环境工程科技有限公司 | Water quality hydrology environment perception and water conservancy facility integrated intelligent management system and method |
| CN104748785A (en) * | 2013-12-30 | 2015-07-01 | 南京理工大学常熟研究院有限公司 | Remote automatic hydrology and water quality monitoring system platform |
| CN104950856A (en) * | 2015-06-19 | 2015-09-30 | 华北水利水电大学 | Reservoir dispatching management system considering river ecological demands |
| CN106442678A (en) * | 2016-07-15 | 2017-02-22 | 邵阳学院 | GSM water quality monitoring system |
| CN106973085A (en) * | 2017-03-09 | 2017-07-21 | 邹霞 | Navigation channel is wireless network management system and management method |
| WO2018161329A1 (en) * | 2017-03-09 | 2018-09-13 | 邹霞 | Navigation channel wireless network management system and management method |
| CN107566501A (en) * | 2017-09-13 | 2018-01-09 | 深圳市益鑫智能科技有限公司 | A kind of water regime monitoring management system for water conservancy |
| CN107566501B (en) * | 2017-09-13 | 2020-04-17 | 安徽省万豪水坝节能技术有限公司 | Water regime monitoring and management system for water conservancy |
| CN112362100A (en) * | 2020-11-05 | 2021-02-12 | 张勤玲 | Monitoring device for water conservancy construction management and using method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102629136B (en) | Water quality hydrology environment perception and water conservancy facility integrated intelligent management system and method | |
| CN202563332U (en) | Integrated intelligent management system of water quality & hydrology environment perception and water conservancy facilities | |
| Shahidehpour et al. | Smart cities for a sustainable urbanization: Illuminating the need for establishing smart urban infrastructures | |
| CN109557888A (en) | A kind of sewage treatment equipment remotely monitors operational system | |
| CN106056934A (en) | Intelligent active traffic signal controller and control method | |
| CN101226682B (en) | Device for monitoring stray current of novel subway | |
| CN102681497A (en) | Remote monitoring system of sewage disposal process and implementation method thereof | |
| Vaccarini et al. | Model predictive energy control of ventilation for underground stations | |
| CN108107832A (en) | A kind of sewage disposal real time monitoring and optimization system based on data-driven | |
| EP2852173A1 (en) | Social infrastructure control system, control method, control device, and server | |
| CN103944265B (en) | A kind of interactive intelligent adapted electric energy monitoring device and method | |
| CN105607560A (en) | Intelligent sewage remote monitoring system and application method | |
| US20170364052A1 (en) | Social infrastructure control system, control method, control apparatus, and server | |
| CN106787190B (en) | A kind of monitoring system and monitoring method for DC micro power grid system | |
| CN105807705A (en) | House refuse recycling processing process monitoring method based on Internet of Things technology | |
| CN105913635A (en) | Municipal manhole cover monitoring system based on Internet of Things of street lamps | |
| CN116007576B (en) | Road settlement detection system and method based on artificial intelligence analysis | |
| CN112950001A (en) | Intelligent energy management and control system and method based on cloud edge closed-loop architecture | |
| CN205405200U (en) | Intelligence blowdown remote monitering system | |
| Zhou et al. | HydroFlow: Towards probabilistic electricity demand prediction using variational autoregressive models and normalizing flows | |
| Urbano et al. | Energy infrastructure of the factory as a virtual power plant: Smart energy management | |
| US11550284B2 (en) | Dynamic remote terminal unit (RTU) configurator assignment server enabled wastewater evaporation pond management system | |
| Negenborn et al. | Intelligence in transportation infrastructures via model-based predictive control | |
| CN114296389A (en) | Distributed intelligent control all-in-one machine | |
| WO2022155356A1 (en) | Dynamic remote terminal unit (rtu) configurator assignment server enabled wastewater evaporation pond management system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121128 Effective date of abandoning: 20140611 |
|
| RGAV | Abandon patent right to avoid regrant |