CN111966034B - Intelligent water affair system - Google Patents

Intelligent water affair system Download PDF

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CN111966034B
CN111966034B CN202010722217.9A CN202010722217A CN111966034B CN 111966034 B CN111966034 B CN 111966034B CN 202010722217 A CN202010722217 A CN 202010722217A CN 111966034 B CN111966034 B CN 111966034B
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CN111966034A (en
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李家阳
张俊
王潇
沈超
金少锋
甘剑飞
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XMEM TECH (SHANGHAI) Co.,Ltd.
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Zhejiang Dingsheng Environmental Protection Technology Co ltd
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    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
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    • G05B19/05—Programmable logic controllers, e.g. simulating logic interconnections of signals according to ladder diagrams or function charts
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
    • G01D21/00—Measuring or testing not otherwise provided for
    • G01D21/02—Measuring two or more variables by means not covered by a single other subclass
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N27/00—Investigating or analysing materials by the use of electric, electrochemical, or magnetic means
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    • G01N27/06—Investigating or analysing materials by the use of electric, electrochemical, or magnetic means by investigating impedance by investigating resistance of a liquid
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
    • G01N33/18—Water
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01P—MEASURING LINEAR OR ANGULAR SPEED, ACCELERATION, DECELERATION, OR SHOCK; INDICATING PRESENCE, ABSENCE, OR DIRECTION, OF MOVEMENT
    • G01P3/00—Measuring linear or angular speed; Measuring differences of linear or angular speeds
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
    • G01R19/00—Arrangements for measuring currents or voltages or for indicating presence or sign thereof
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N7/00—Television systems
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Abstract

The invention provides an intelligent water affair system, comprising: the data acquisition unit is used for acquiring monitoring data of the water service facility in real time; the data processing unit is in communication connection with the data acquisition unit through the data transmission unit and is used for acquiring monitoring data acquired by the data acquisition unit and performing visualization processing on the monitoring data to acquire visualized data; and the operation management unit is in communication connection with the data processing unit and is used for receiving the checking operation of the user, acquiring the visual data according to the checking operation and sending the visual data to the user. The intelligent water affair system solves the technical problems of alarming, data acquisition, data checking and the like of the existing water affair system.

Description

Intelligent water affair system
Technical Field
The invention relates to the technical field of water affair systems, in particular to an intelligent water affair system.
Background
Currently, the water industry refers to an industrial chain consisting of raw water, water supply, water conservation, drainage, sewage treatment, water resource recycling and the like. The water affair industry is one of the most important urban basic service industries of all countries and regions in China and even the world, and daily production and life can not be realized by urban water supply.
With the development of the technology, various water utilities are arranged in each link of the water industry; however, most operation management still remains in paper data copying, one is high labor cost, and the other is possible to have problems of omission or data counterfeiting. Although a part of the operation is carried out by adopting the system, the prior system has the following defects:
firstly, no alarm exists, or alarm pushing is messy, and pushing information is not timely and accurate.
Secondly, data can be collected only, and data mining, statistical analysis and trend analysis cannot be carried out by using big data or an artificial intelligence technology;
and thirdly, the further mining is difficult to be carried out according to the acquired data, namely the dynamic optimization and decision regulation of the production process are not realized.
And fourthly, if an intelligent water affair management system needs to be added in the process, the process is very inconvenient.
And fifthly, historical query of monitoring data is not provided, and an intelligent report cannot be customized according to needs.
Disclosure of Invention
One of the purposes of the invention is to provide an intelligent water affair system to solve the technical problems of alarming, data acquisition, data checking and the like of the existing water affair system.
The embodiment of the invention provides an intelligent water affair system, which comprises:
the data acquisition unit is used for acquiring monitoring data of the water service facility in real time;
the data processing unit is in communication connection with the data acquisition unit through the data transmission unit and is used for acquiring monitoring data acquired by the data acquisition unit and performing visualization processing on the monitoring data to acquire visualized data;
and the operation management unit is in communication connection with the data processing unit and is used for receiving the checking operation of the user, acquiring the visual data according to the checking operation and sending the visual data to the user.
Preferably, the data acquisition unit includes: one or more of a camera device, a water quality monitor, a water pump data collector, a PLC data collector and an intelligent terminal are combined;
the water quality monitor comprises: one or more of a laser turbidimeter, a dissolved oxygen meter, a water hardness meter, a conductivity meter, a sludge concentration meter and a pH meter.
Preferably, the data transmission unit includes: one or more of an internet of things communication module, an internet communication module, a WIFI communication module and an 3/4/5G communication module.
Preferably, the operation management unit performs operations including:
acquiring a request of a user for entering real-time data query;
verifying the user authority; when the user authority passes the verification, loading a first process cloud picture;
acquiring a first operation of a user on an initial page of a first process cloud picture, searching a first point location corresponding to the first operation from the first process cloud picture, and switching and displaying to a first display page of the first process cloud picture corresponding to the first point location;
when the display is switched to the first display page, rendering the first display page according to the appointed logic judgment signal value; loading real-time data at a preset real-time signal point location; loading and viewing historical data at preset historical data point locations; acquiring current real-time alarm data, and checking whether the water service facilities corresponding to the first display page are triggered by alarm currently; and when the alarm exists, loading alarm data at a preset alarm point position.
Preferably, the operation management unit further performs operations including:
acquiring an operation request of daily inspection of a user;
verifying the authority of the user, and loading a second process cloud picture when the verification is passed;
acquiring a second operation of the user on an initial page of a second process cloud picture, wherein the second process cloud picture comprises a plurality of second point positions; the second point locations correspond to the water utilities one by one and are distributed on the map of the initial page of the second process cloud picture according to the position relation of the water utilities; the second operation is to select a second point location;
loading a preset operation and maintenance setting interface, and receiving operation and maintenance settings input by a user; the operation and maintenance setting comprises: one or more combinations of the first task time, the designated operation and maintenance personnel and the equipment corresponding to the operation and maintenance;
establishing an operation and maintenance task, and adding the operation and maintenance task into a first timing task queue;
determining a first execution time of the operation and maintenance task based on a preset execution rule of the first timing task queue and a first task time;
when the first execution time is reached, generating an operation and maintenance work order;
searching operation and maintenance personnel according to the designated operation and maintenance personnel in the operation and maintenance setting, and pushing the operation and maintenance work order to the designated operation and maintenance personnel;
receiving the modification information of operation and maintenance personnel on the operation and maintenance work order; when the modification information is that the state of the operation and maintenance work order is modified to be in progress, pushing and informing a related responsible person; when the modification information is that the state of the operation and maintenance work order is modified to be completed, pushing and informing a related responsible person; the relevant responsible persons include: and (3) a preset responsibility person of the corresponding equipment and/or a preset responsibility person and/or a user of the water service facility.
Preferably, the operation management unit further performs operations including:
acquiring an expert service request of an expert;
the authority of the expert is verified, and when the authority of the expert passes the verification, a preset expert suggestion code and an expert suggestion list corresponding to the expert suggestion code are obtained;
receiving expert suggestions selected by experts;
when the verification is passed, acquiring a code setting page of the expert suggestion code without acquiring the expert suggestion code;
receiving a suggested setting of an expert for the code setting page, the suggested setting including: expert suggestion codes, fault names, fault classifications, reason titles and treatment opinions;
and receiving the storage of the set code setting page by the expert, and generating an expert suggestion code and an expert suggestion list corresponding to the expert suggestion code.
Preferably, the operation management unit further performs operations including:
receiving a setting request of an automatic cruising task of a user;
verifying the authority of the user, and entering a task setting page of an automatic cruise task when the authority passes the verification;
receiving a third operation of a user on a task setting page, wherein the third operation comprises selecting a water service facility, setting a task name, setting a receiver, setting a second task time, selecting a camera and selecting a cruise point;
receiving the storage operation of a user on the set task setting page and generating an automatic cruise task;
adding the automatic cruise task into a second timing task queue;
determining a second execution time of the automatic cruise task based on a preset execution rule and a second task time of the second timing task queue;
when the second execution time is reached, detecting whether the camera is on line or not;
when the camera is not on-line, generating preset first information to be pushed to a receiver and receiving first feedback information of the receiver for the first information; analyzing the first feedback information to obtain a first instruction; when the first instruction is delayed cruise, the first feedback information is analyzed again to obtain delay time; changing the second task time based on the delay time and adding the automatic cruise task into a second timing task queue; when the first instruction is to cruise again, detecting whether the camera is on line again; when the number of times of obtaining the first instruction for cruising again reaches a preset number of times, changing the time of a second task based on preset delay time and adding the automatic cruising task into a second timing task queue;
when the camera is on line, acquiring a picture shot by the camera based on the cruise point position;
packaging the photos into a photo record list and calling a preset WeChat message template to generate WeChat push information;
and pushing the WeChat pushing information to the receiver.
Preferably, the operation management unit further performs operations including:
receiving a request for alarm push setting of a user;
entering an alarm push setting page and verifying the authority of the user; the verification comprises the following steps: whether the user is a company administrator, whether the user company is a manageable company;
when the user is a company administrator and the user company is not a manageable company, hiding query conditions of all companies and only displaying all alarm items of the user company, receiving the alarm items selected by the user, and receiving a pushing mode and a pusher which are set by the user and correspond to the selected alarm items; the pushing mode comprises the following steps: one or more of WeChat, email and short message are combined;
when the user is a company administrator and the user company is a manageable company, displaying query conditions of all companies; receiving a company selected by a user and displaying all alarm items of the company selected by the user; receiving an alarm item selected by a user, and receiving a pushing mode and a pusher of the alarm item correspondingly selected and set by the user;
and receiving a storage request of the user for the set alarm push setting and storing the alarm push setting.
Preferably, the operation management unit further performs operations including:
when an alarm is triggered, acquiring alarm content information;
inquiring whether a service code of the alarm content exists; when the alarm exists, inquiring configured related alarm processing suggestions; packaging related alarm processing suggestions and searching alarm receivers; when the alarm does not exist, searching an alarm receiver;
when an alarm receiver is searched, determining whether an alarm group is configured or not, determining an alarm push mode when the alarm group is configured, calling a template corresponding to the alarm push mode, and pushing alarm content information to the alarm receiver based on the template; and when the alarm group is not configured, calling a preset general template to push the alarm content to the alarm receiver.
Preferably, when switching to the first display page, rendering the first display page according to the specified logical judgment signal value includes:
acquiring a signal value corresponding to monitoring data of a water service facility corresponding to a first display page;
calling a corresponding preset scoring model based on the type of the monitoring data;
acquiring a scoring value corresponding to the signal value based on the scoring model; the higher the score value is, the closer the signal value is to the normal state of the monitoring data;
bringing the score value into a preset rendering model, determining a rendering scheme, and rendering the first display page according to the rendering scheme;
or the like, or, alternatively,
classifying and screening the scoring values according to the types of the monitoring data, and screening out the smallest scoring value in each type of the monitoring data;
calculating a rendering value of the first display page based on the screened minimum score value, wherein the calculation formula is as follows:
Figure BDA0002600420370000061
wherein T represents a rendering value, N represents the number of types of the monitoring data, TiIndicates the minimum score value, alpha, of the type of the i-th monitored dataiRepresenting a preset weight corresponding to the type of the ith monitoring data;
determining a rendering scheme from a preset rendering scheme list based on the rendering value, and rendering the first display page according to the rendering scheme;
wherein, the rendering scheme includes: one or more of background color adjustment, background transparency adjustment and background brightness adjustment.
The intelligent water affair system has the following beneficial effects:
firstly, real-time data acquisition is carried out, and system operation parameters can be synchronously displayed. And large-screen customization can be performed according to the requirements of owners, so that data visualization is realized.
And secondly, customized personalized parameter alarm is carried out according to requirements, and abnormal conditions can be found in time. And pushing can be carried out according to the priority levels, and pushing of levels with different priorities can be respectively carried out, and the pushing mode can also be selected from WeChat, short message and telephone.
And thirdly, realizing synchronous data acquisition and data mining, analyzing and judging the development trend of various parameters of the system operation by utilizing big data, and issuing a discipline early warning before a certain parameter damages the system.
And fourthly, performing deep mining according to the data, and performing process optimization, including optimization of equipment operation such as optimization of dosing of the system.
And fifthly, the system can be flexibly deployed in a production field and a central control room through a non-invasive industrial gateway only, and helps an enterprise environment-friendly water treatment system to establish a unified data platform.
And sixthly, historical data query and personalized data query are supported, data export can be supported, intelligent reports can be produced according to the requirements of owners, and the reports can be pushed regularly.
And seventhly, the field picture can be mastered at any time by using field monitoring.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a schematic diagram of an intelligent water service system according to an embodiment of the present invention;
FIG. 2 is a diagram illustrating a display interface of a computer according to an embodiment of the present invention;
fig. 3 is a display interface of a mobile phone terminal in an embodiment of the present invention;
FIG. 4 is a flow chart of a real-time data query in an embodiment of the present invention;
FIG. 5 is a flow chart of operation and maintenance routing inspection according to an embodiment of the present invention;
FIG. 6 is a flow chart of expert service in an embodiment of the present invention;
FIG. 7 is a flow chart of auto-cruise in an embodiment of the present invention;
FIG. 8 is a flow diagram of alarm push settings in an embodiment of the present invention;
fig. 9 is a flowchart of intelligent alarm pushing according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
An embodiment of the present invention provides an intelligent water service system, as shown in fig. 1, including:
the data acquisition unit is used for acquiring monitoring data of the water service facility in real time;
the data processing unit is in communication connection with the data acquisition unit through the data transmission unit and is used for acquiring monitoring data acquired by the data acquisition unit and performing visualization processing on the monitoring data to acquire visualized data;
and the operation management unit is in communication connection with the data processing unit and is used for receiving the checking operation of the user, acquiring the visual data according to the checking operation and sending the visual data to the user.
The working principle and the beneficial effects of the technical scheme are as follows:
the intelligent water affair management system acquires monitoring data of water affair facilities in real time through the data acquisition unit, transmits the monitoring data to the data processing unit through the data transmission unit, and processes the monitoring data through the data outlet unit to obtain visual data, wherein the visual data comprises charts, pictures, histograms, pie charts and the like; the operation management unit receives the checking operation of the user and displays the visual data to the user; real-time online acquisition is realized through the data acquisition unit, data acquisition is not needed manually, and the management efficiency and the accuracy of data acquisition are improved; mining the acquired data through a data processing unit to obtain visual data; the excavating method comprises the following steps: statistical analysis, trend analysis and the like, and in addition, the data can be deeply mined based on artificial intelligence and big data, so that opinions are provided for the optimization of the production process. FIG. 2 is one of the interfaces of the visual data viewed by the user at the computer; fig. 3 is one of the interfaces of the visualized data viewed by the user at the mobile phone end.
In one embodiment, the data acquisition unit comprises: one or more of a camera device, a water quality monitor, a water pump data collector, a PLC data collector and an intelligent terminal are combined;
the water quality monitor comprises: one or more of a laser turbidimeter, a dissolved oxygen meter, a water hardness meter, a conductivity meter, a sludge concentration meter and a pH meter.
The working principle and the beneficial effects of the technical scheme are as follows:
the camera device can be fixedly arranged at each main position of the water service facility, and can also realize cruising of the water service facility by adopting a cruising track; the on-site monitoring is realized through the camera device, and on-site pictures are mastered at any time.
The water quality monitor is arranged in the water body of each link of the water service facility and used for monitoring the quality of the water body on line.
The water pump data acquisition unit is electrically connected with each water pump in the water service facility and is used for acquiring various parameters of the water pump, such as rotating speed, current, voltage and the like;
and the PLC data acquisition unit is connected with the PLCs of all the control nodes in the water service facility and is used for acquiring input and output signals of the PLCs.
The intelligent terminal is used by a water service facility manager and used for receiving monitoring data input by the water service facility manager; for example: the water utilities manager regularly patrols the detection of various indexes of the water body and laboratory detection data of the sampling of various water bodies.
In order to realize data transmission between the data acquisition unit and the data processing unit, in one embodiment, the data transmission unit includes: one or more of an internet of things communication module, an internet communication module, a WIFI communication module and an 3/4/5G communication module.
In one embodiment, the operation management unit performs operations comprising:
acquiring a request of a user for entering real-time data query;
verifying the user authority; when the user authority passes the verification, loading a first process cloud picture;
acquiring a first operation of a user on an initial page of a first process cloud picture, searching a first point location corresponding to the first operation from the first process cloud picture, and switching and displaying to a first display page of the first process cloud picture corresponding to the first point location;
when the display is switched to the first display page, rendering the first display page according to the appointed logic judgment signal value; loading real-time data at a preset real-time signal point location; loading and viewing historical data at preset historical data point locations; acquiring current real-time alarm data, and checking whether the water service facilities corresponding to the first display page are triggered by alarm currently; and when the alarm exists, loading alarm data at a preset alarm point position.
The working principle and the beneficial effects of the technical scheme are as follows:
the initial page is a map page, and each water affair facility is marked on the map in a point location mode; when a user clicks a corresponding point location, switching to a water service facility data query page corresponding to the point location; when the data query page is used, the user can preliminarily know the condition of the water service facility through the rendering effect of the data query page; the user can directly inquire the real-time monitoring data, the historical data and the alarm data from the data inquiry page. Fig. 4 is a flowchart of implementing data query according to this embodiment.
In one embodiment, the operation management unit further performs operations comprising:
acquiring an operation request of daily inspection of a user;
verifying the authority of the user, and loading a second process cloud picture when the verification is passed;
acquiring a second operation of the user on an initial page of a second process cloud picture, wherein the second process cloud picture comprises a plurality of second point positions; the second point locations correspond to the water utilities one by one and are distributed on the map of the initial page of the second process cloud picture according to the position relation of the water utilities; the second operation is to select a second point location;
loading a preset operation and maintenance setting interface, and receiving operation and maintenance settings input by a user; the operation and maintenance setting comprises: one or more combinations of the first task time, the designated operation and maintenance personnel and the equipment corresponding to the operation and maintenance;
establishing an operation and maintenance task, and adding the operation and maintenance task into a first timing task queue;
determining a first execution time of the operation and maintenance task based on a preset execution rule of the first timing task queue and a first task time;
when the first execution time is reached, generating an operation and maintenance work order;
searching operation and maintenance personnel according to the designated operation and maintenance personnel in the operation and maintenance setting, and pushing the operation and maintenance work order to the designated operation and maintenance personnel;
receiving the modification information of operation and maintenance personnel on the operation and maintenance work order; when the modification information is that the state of the operation and maintenance work order is modified to be in progress, pushing and informing a related responsible person; when the modification information is that the state of the operation and maintenance work order is modified to be completed, pushing and informing a related responsible person; the relevant responsible persons include: and (3) a preset responsibility person of the corresponding equipment and/or a preset responsibility person and/or a user of the water service facility.
The working principle and the beneficial effects of the technical scheme are as follows:
the embodiment is mainly the function is patrolled and examined in the daily of intelligent water affairs system, from the formulation of daily patrolling and examining, to the time monitoring of daily patrolling and examining, to the execution of patrolling and examining of operation and maintenance task, carries out all-round management and control. The effective and quick execution of the daily routing inspection is ensured; determining a first execution time of the operation and maintenance task based on a preset execution rule of a first timing task queue and a first task time; for example, the preset execution rule is executed on the same day, that is, the first task time and the first execution time are the same day; performing in advance, and pushing the first task time forward according to a preset advance to obtain a first execution time; in addition, the first execution time is not necessarily the operation and maintenance time of the operation and maintenance staff, and may be only the operation and maintenance work order time generated, the operation and maintenance work order having the first task time recorded thereon as the operation and maintenance time, and the operation and maintenance staff performing the operation and maintenance according to the operation and maintenance time on the operation and maintenance work order. Fig. 5 is a flowchart of the present embodiment.
In one embodiment, the operation management unit further performs operations comprising:
acquiring an expert service request of an expert;
the authority of the expert is verified, and when the authority of the expert passes the verification, a preset expert suggestion code and an expert suggestion list corresponding to the expert suggestion code are obtained;
receiving expert suggestions selected by experts;
when the verification is passed, acquiring a code setting page of the expert suggestion code without acquiring the expert suggestion code;
receiving a suggested setting of an expert for the code setting page, the suggested setting including: expert suggestion codes, fault names, fault classifications, reason titles and treatment opinions;
and receiving the storage of the set code setting page by the expert, and generating an expert suggestion code and an expert suggestion list corresponding to the expert suggestion code.
The working principle and the beneficial effects of the technical scheme are as follows:
the embodiment mainly records the expert service function of the intelligent water affair system; the expert controls the operation of the water service facility through the intelligent service system according to the real-time monitoring data; proposing a suggestion based on professional knowledge; thereby providing support for optimization of the water utility. Fig. 6 is a flowchart of the present embodiment.
In one embodiment, the operation management unit further performs operations comprising:
receiving a setting request of an automatic cruising task of a user;
verifying the authority of the user, and entering a task setting page of an automatic cruise task when the authority passes the verification;
receiving a third operation of a user on a task setting page, wherein the third operation comprises selecting a water service facility, setting a task name, setting a receiver, setting a second task time, selecting a camera and selecting a cruise point;
receiving the storage operation of a user on the set task setting page and generating an automatic cruise task;
adding the automatic cruise task into a second timing task queue;
determining a second execution time of the automatic cruise task based on a preset execution rule and a second task time of the second timing task queue;
when the second execution time is reached, detecting whether the camera is on line or not;
when the camera is not on-line, generating preset first information to be pushed to a receiver and receiving first feedback information of the receiver for the first information; analyzing the first feedback information to obtain a first instruction; when the first instruction is delayed cruise, the first feedback information is analyzed again to obtain delay time; changing the second task time based on the delay time and adding the automatic cruise task into a second timing task queue; when the first instruction is to cruise again, detecting whether the camera is on line again; when the number of times of obtaining the first instruction for cruising again reaches a preset number of times, changing the time of a second task based on preset delay time and adding the automatic cruising task into a second timing task queue;
when the camera is on line, acquiring a picture shot by the camera based on the cruise point position;
packaging the photos into a photo record list and calling a preset WeChat message template to generate WeChat push information;
and pushing the WeChat pushing information to the receiver.
The working principle and the beneficial effects of the technical scheme are as follows:
the embodiment has the function of automatic cruising of the intelligent water service system; the visual screen monitoring of the water service facilities is realized through automatic cruising. When the automatic cruise is carried out, whether the camera is on line or not is judged, and when the camera is not on line, a receiver is informed to carry out troubleshooting on the camera or adjust an automatic cruise task. Fig. 7 is a flowchart of the present embodiment.
In one embodiment, the operation management unit further performs operations comprising:
receiving a request for alarm push setting of a user;
entering an alarm push setting page and verifying the authority of the user; the verification comprises the following steps: whether the user is a company administrator, whether the user company is a manageable company;
when the user is a company administrator and the user company is not a manageable company, hiding query conditions of all companies and only displaying all alarm items of the user company, receiving the alarm items selected by the user, and receiving a pushing mode and a pusher which are set by the user and correspond to the selected alarm items; the pushing mode comprises the following steps: one or more of WeChat, email and short message are combined;
when the user is a company administrator and the user company is a manageable company, displaying query conditions of all companies; receiving a company selected by a user and displaying all alarm items of the company selected by the user; receiving an alarm item selected by a user, and receiving a pushing mode and a pusher of the alarm item correspondingly selected and set by the user;
and receiving a storage request of the user for the set alarm push setting and storing the alarm push setting.
The working principle and the beneficial effects of the technical scheme are as follows:
the method comprises the steps of pushing and setting the alarm of the intelligent water affair system, firstly judging the identity of a user, determining the settable range of the user, and ensuring that the alarm monitoring between companies is not interfered and is not confidential. Fig. 8 is a flowchart of the present embodiment.
In one embodiment, the operation management unit further performs operations comprising:
when an alarm is triggered, acquiring alarm content information;
inquiring whether a service code of the alarm content exists; when the alarm exists, inquiring configured related alarm processing suggestions; packaging related alarm processing suggestions and searching alarm receivers; when the alarm does not exist, searching an alarm receiver;
when an alarm receiver is searched, determining whether an alarm group is configured or not, determining an alarm push mode when the alarm group is configured, calling a template corresponding to the alarm push mode, and pushing alarm content information to the alarm receiver based on the template; and when the alarm group is not configured, calling a preset general template to push the alarm content to the alarm receiver.
The working principle and the beneficial effects of the technical scheme are as follows:
the embodiment is an alarm pushing function of the intelligent water service system, after an alarm is triggered, the alarm content information is analyzed, whether a corresponding service code in the alarm content exists or not is inquired, and a processing suggestion is called when the service code exists, so that the alarm is pushed and the processing suggestion is pushed at the same time. In addition, personalized customized pushing and accurate pushing can be performed according to the alarm pushing mode; the timely and accurate sending of the alarm information is realized. Fig. 9 is a flowchart of the present embodiment.
In one embodiment, when switching to the first display page, rendering the first display page according to the specified logical decision signal value includes:
acquiring a signal value corresponding to monitoring data of a water service facility corresponding to a first display page;
calling a corresponding preset scoring model based on the type of the monitoring data;
acquiring a scoring value corresponding to the signal value based on the scoring model; the higher the score value is, the closer the signal value is to the normal state of the monitoring data;
bringing the score value into a preset rendering model, determining a rendering scheme, and rendering the first display page according to the rendering scheme;
or the like, or, alternatively,
classifying and screening the scoring values according to the types of the monitoring data, and screening out the smallest scoring value in each type of the monitoring data;
calculating a rendering value of the first display page based on the screened minimum score value, wherein the calculation formula is as follows:
Figure BDA0002600420370000141
wherein T represents a rendering value, N represents the number of types of the monitoring data, TiIndicates the minimum score value, alpha, of the type of the i-th monitored dataiRepresenting a preset weight corresponding to the type of the ith monitoring data;
determining a rendering scheme from a preset rendering scheme list based on the rendering value, and rendering the first display page according to the rendering scheme;
wherein, the rendering scheme includes: one or more of background color adjustment, background transparency adjustment and background brightness adjustment.
The working principle and the beneficial effects of the technical scheme are as follows:
and evaluating the running state of the water service facility according to the monitoring data of the water service facility, and rendering the display page corresponding to the water service facility, so that the user can preliminarily determine the state of the water service facility according to the rendering effect. The embodiment provides two schemes, specifically: firstly, calling different grading models to grade monitoring data according to the type of the monitoring data based on a neural network model, and bringing the grading of the monitoring data into the neural network model to directly obtain a rendering scheme; rendering the first display page according to the rendering scheme; the neural network model in the scheme is obtained by training a large amount of data in advance; a classification screening method, which classifies and screens the detection data based on the type of the detection data and calculates a rendering value based on the screened score value; determining a rendering scheme from the rendering scheme list according to the rendering value; and rendering the first display page according to the rendering scheme.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.

Claims (9)

1. An intelligent water service system, comprising:
the data acquisition unit is used for acquiring monitoring data of the water service facility in real time;
the data processing unit is in communication connection with the data acquisition unit through a data transmission unit and is used for acquiring the monitoring data acquired by the data acquisition unit and performing visualization processing on the monitoring data to acquire visualized data;
the operation management unit is in communication connection with the data processing unit and is used for receiving the viewing operation of a user, acquiring the visual data according to the viewing operation and sending the visual data to the user; the operation management unit executes the following operations:
receiving a setting request of an automatic cruising task of a user;
verifying the authority of the user, and entering a task setting page of the automatic cruise task when the authority of the user passes the verification;
receiving a third operation of the user on the task setting page, wherein the third operation comprises selecting a water service facility, setting a task name, setting a receiver, setting a second task time, selecting a camera and selecting a cruise point;
receiving the storage operation of the set task setting page by the user and generating an automatic cruise task;
adding the automatic cruise task into a second timing task queue;
determining a second execution time of the automatic cruise task based on a preset execution rule of the second timing task queue and the second task time;
when the second execution time is reached, detecting whether the camera is on line or not;
when the camera is not on-line, generating preset first information to be pushed to the receiver and receiving first feedback information of the receiver for the first information; analyzing the first feedback information to obtain a first instruction; when the first instruction is delayed cruise, the first feedback information is analyzed again to obtain delay time; changing the second task time based on the delay time and adding the automatic cruise task into a second timing task queue; when the first instruction is to cruise again, detecting whether the camera is on line again; when the number of times of obtaining the first instruction for cruising again reaches a preset number of times, changing the time of the second task based on preset delay time and adding the automatic cruising task into a second timing task queue;
when the camera is on line, acquiring a picture shot by the camera based on the cruise point position;
packaging the photos into a photo record list and calling a preset WeChat message template to generate WeChat push information;
and pushing the WeChat pushing information to the receiver.
2. The intelligent water service system of claim 1 wherein the data acquisition unit comprises: one or more of a camera device, a water quality monitor, a water pump data collector, a PLC data collector and an intelligent terminal are combined;
the water quality monitor comprises: one or more of a laser turbidimeter, a dissolved oxygen meter, a water hardness meter, a conductivity meter, a sludge concentration meter and a pH meter.
3. The intelligent water service system of claim 1 wherein the data transmission unit comprises: one or more of an internet of things communication module, an internet communication module, a WIFI communication module and an 3/4/5G communication module.
4. The intelligent water service system of claim 1 wherein the operations management unit performs operations comprising:
acquiring a request of a user for entering real-time data query;
verifying the user authority; when the user authority passes the verification, loading a first process cloud picture;
acquiring a first operation of a user on an initial page of the first process cloud picture, searching a first point location corresponding to the first operation from the first process cloud picture, and switching and displaying to a first display page of the first process cloud picture corresponding to the first point location;
when the first display page is switched to, rendering the first display page according to a specified logic judgment signal value; loading real-time data at a preset real-time signal point location; loading and viewing historical data at preset historical data point locations; acquiring current real-time alarm data, and checking whether the water service facilities corresponding to the first display page are triggered by alarm currently; and when the alarm exists, loading alarm data at a preset alarm point position.
5. The intelligent water service system of claim 1 wherein the operations management unit further performs operations comprising:
acquiring an operation request of daily inspection of a user;
verifying the authority of the user, and loading a second process cloud picture when the verification is passed;
acquiring a second operation of the user on an initial page of the second process cloud picture, wherein the second process cloud picture comprises a plurality of second point positions; the second point locations correspond to the water utilities one by one and are distributed on the map of the initial page of the second process cloud picture according to the position relation of the water utilities; the second operation is to select the second point location;
loading a preset operation and maintenance setting interface, and receiving operation and maintenance settings input by a user; the operation and maintenance setting comprises: one or more combinations of the first task time, the designated operation and maintenance personnel and the equipment corresponding to the operation and maintenance;
establishing an operation and maintenance task, and adding the operation and maintenance task into a first timing task queue;
determining a first execution time of the operation and maintenance task based on a preset execution rule of the first timing task queue and the first task time;
when the first execution time is reached, generating an operation and maintenance work order;
searching the operation and maintenance personnel according to the designated operation and maintenance personnel in the operation and maintenance setting, and pushing the operation and maintenance work order to the designated operation and maintenance personnel;
receiving the modification information of the operation and maintenance personnel on the operation and maintenance work order; when the modification information is that the state of the operation and maintenance work order is modified to be in progress, pushing and informing a related responsible person; when the modification information is that the state of the operation and maintenance work order is modified to be completed, pushing a notice to the related responsible person; the related responsible persons include: and the preset responsibility of the equipment corresponding to the operation and maintenance and/or the preset responsibility of the water service facility and/or the user.
6. The intelligent water service system of claim 1 wherein the operations management unit further performs operations comprising:
acquiring an expert service request of an expert;
verifying the authority of the expert, and acquiring a preset expert suggestion code and an expert suggestion list corresponding to the expert suggestion code when the authority of the expert is verified;
receiving expert advice selected by the expert;
when the verification is passed, the expert suggestion code is not obtained, and a code setting page of the expert suggestion code is obtained;
receiving suggested settings of the expert for the code settings page, the suggested settings including: the expert suggests one or more combinations of codes, fault names, fault classifications, reason titles and treatment opinions;
and receiving the storage of the code setting page set by the expert, and generating the expert suggestion code and an expert suggestion list corresponding to the expert suggestion code.
7. The intelligent water service system of claim 1 wherein the operations management unit further performs operations comprising:
receiving a request for alarm push setting of a user;
entering an alarm push setting page and verifying the authority of the user; the verification comprises the following steps: whether the user is a company administrator, whether the user company is a manageable company;
when the user is a company administrator and the user company is not a manageable company, hiding query conditions of all companies, only displaying all alarm items of the user company, receiving the alarm items selected by the user, and receiving a pushing mode and a pusher of the alarm items correspondingly selected by the user; the pushing mode comprises the following steps: one or more of WeChat, email and short message are combined;
displaying query conditions of all companies when the user is a company administrator and the user company is a manageable company; receiving a company selected by a user and displaying all alarm items of the company selected by the user; receiving the alarm items selected by the user, and receiving a pushing mode and a pusher of the alarm items correspondingly selected and set by the user;
and receiving a storage request of a user for the set alarm push setting and storing the alarm push setting.
8. The intelligent water service system of claim 1 wherein the operations management unit further performs operations comprising:
when an alarm is triggered, acquiring alarm content information;
inquiring whether a service code of the alarm content exists; when the alarm exists, inquiring configured related alarm processing suggestions; packaging the related alarm processing suggestions and searching alarm receivers; when not present, searching for the alarm receiver;
when an alarm receiver is searched, determining whether an alarm group is configured or not, determining an alarm push mode when the alarm group is configured, calling a template corresponding to the alarm push mode, and pushing the alarm content information to the alarm receiver based on the template; and when the alarm group is not configured, calling a preset general template to push the alarm content to the alarm receiver.
9. The intelligent water service system according to claim 4, wherein said rendering the first display page according to a specified logical decision signal value when switching to the first display page comprises:
acquiring a signal value corresponding to the monitoring data of the water service facility corresponding to the first display page;
calling a corresponding preset scoring model based on the type of the monitoring data;
acquiring a scoring value corresponding to the signal value based on the scoring model; the higher the score value is, the closer the signal value is to the normal state of the monitoring data;
bringing the score value into a preset rendering model, determining a rendering scheme, and rendering the first display page according to the rendering scheme;
or the like, or, alternatively,
classifying and screening the scoring values according to the types of the monitoring data, and screening out the smallest scoring value in each type of the monitoring data;
calculating the rendering value of the first display page based on the screened minimum scoring value, wherein the calculation formula is as follows:
Figure FDA0003067044060000071
wherein T represents the rendering value, N represents the number of types of the monitoring data, TiRepresents the minimum score value, alpha, of the ith type of the monitoring dataiRepresenting a preset weight corresponding to the type of the ith monitoring data;
determining a rendering scheme from a preset rendering scheme list based on the rendering value, and rendering the first display page according to the rendering scheme;
wherein the rendering scheme comprises: one or more of background color adjustment, background transparency adjustment and background brightness adjustment.
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