CN112714151A - Water use monitoring system and method - Google Patents
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Abstract
The invention provides a water use monitoring system and a method, wherein the system comprises: the remote water meter is used for reading water consumption data; the water consumption data processing platform is used for acquiring water consumption data of the remote water meter according to a preset time interval and/or a response water consumption data query request; processing the water use data, and generating a water use abnormity result if the water use data reaches a preset water use abnormity condition; sending water consumption data and a water consumption abnormal result to a water consumption monitoring client; and the water consumption monitoring client comprises a water consumption data query module which is used for receiving and forwarding a water consumption data query request to the water consumption data platform, and receiving and displaying the water consumption data and the water consumption abnormal result which are sent by the water consumption data processing platform. The water consumption data processing platform is in communication connection with the remote water meter and the water consumption monitoring client. The invention realizes informatization and intellectualization of the process water monitoring work based on the industrial Internet of things technology, and can help enterprises to conveniently monitor the process water, find abnormality of the process water in time and process the abnormality of the process water in time.
Description
Technical Field
The invention relates to the technical field of water use monitoring, in particular to a water use monitoring system and method.
Background
Energy conservation and emission reduction are the foundation stones for sustainable development of enterprises in the future, and enterprises in the innovative electronic industry should insist on production water conservation as a long-term measure and actively make monitoring on production water. For the water consumption monitoring of enterprises, the traditional post-affair monitoring mode based on regular meter reading can not make quick response to the sudden water consumption abnormity due to insufficient real-time supervision, thereby leading to the waste of water resources. Therefore, a technical scheme capable of helping enterprises to monitor the condition of the production water in real time is urgently needed, so that the enterprises can find the abnormality of the production water in time and process the abnormality of the production water in time, waste of water resources can be reduced, and cost is saved.
Disclosure of Invention
In order to solve at least one of the above technical drawbacks, the present invention provides a water monitoring system and method.
According to one aspect, embodiments of the present invention provide a water usage monitoring system, comprising:
the remote water meter is used for reading water consumption data;
the water consumption data processing platform is used for acquiring water consumption data of the remote water meter according to a preset time interval and/or a response water consumption data query request; processing the water use data, and generating a water use abnormity result if the water use data reaches a preset water use abnormity condition; sending water consumption data and a water consumption abnormal result to a water consumption monitoring client;
the water consumption monitoring client comprises a water consumption data query module, and the water consumption data query module is used for receiving and forwarding a water consumption data query request to a water consumption data platform, and receiving and displaying the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform.
The water consumption data processing platform is in communication connection with the remote water meter and the water consumption monitoring client.
Preferably, the remote water meter is in communication connection with the water data processing platform through a serial server or a wireless serial server.
Preferably, the water data processing platform further comprises a database, and the database is used for automatically storing the water data after the water data of the remote water meter is collected.
Preferably, the water consumption monitoring client further comprises a water consumption graph query module, wherein the water consumption graph query module is used for receiving a water consumption data graph display request, responding to the water consumption data graph display request, sending the water consumption data query request to a water consumption data platform, receiving the water consumption data and the water consumption abnormity result sent by the water consumption data processing platform, and generating and displaying a water consumption graph according to the water consumption data or the water consumption data and the water consumption abnormity result.
Preferably, the water monitoring client further comprises an alarm module, and the alarm module is used for automatically pushing alarm information after receiving the water abnormal result sent by the water data processing platform.
Further, according to another aspect, an embodiment of the present invention provides a water use monitoring method, including:
the water consumption data processing platform acquires water consumption data of the remote water meter according to a preset time interval and/or a response water consumption data query request, processes the water consumption data, generates a water consumption abnormity result and sends the water consumption data and the water consumption abnormity result to the water consumption monitoring client side if the water consumption data reaches a preset water consumption abnormity condition;
and the water consumption monitoring client receives and displays the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform.
Preferably, before the water data processing platform responds to the water data query request to collect the water data of the remote water meter, the water data processing platform further comprises:
and the water consumption monitoring client receives and forwards the water consumption data query request to the water consumption data platform.
Preferably, before the water data processing platform responds to the water data query request to collect the water data of the remote water meter, the water data processing platform further comprises:
before the water data processing platform responds to the water data query request to acquire the water data of the remote water meter, the method further comprises the following steps:
the water consumption monitoring client receives a water consumption data chart display request and responds to the water consumption data chart display request to send a water consumption data query request to a water consumption data platform;
the water consumption monitoring client receives and displays the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform, and the method comprises the following steps:
and the water consumption monitoring client receives the water consumption data and the water consumption abnormity result sent by the water consumption data processing platform, and generates and displays a water consumption chart according to the water consumption data and the water consumption abnormity result.
Preferably, the processing the water use data, and if the water use data reaches a predetermined water use abnormal condition, generating a water use abnormal result, includes:
acquiring a water use standard value;
comparing the water consumption data with the water consumption standard value;
and if the water use data exceeds the water use standard value, generating a water use abnormal result.
Preferably, the water use monitoring method further comprises:
and the water monitoring client automatically pushes alarm information after receiving the water use abnormity result sent by the water use data processing platform.
Compared with the prior art, the invention has the following beneficial effects:
according to the water monitoring system and method provided by the invention, the water monitoring system is constructed by utilizing the remote water meter, the water data processing platform and the water monitoring client based on the industrial Internet of things technology, so that the water data of the remote water meter can be acquired at regular time or according to the requirements of users, the water data is analyzed and processed, the abnormal condition of water is monitored, the informatization and intellectualization of the production water monitoring work is realized, enterprises can be helped to conveniently monitor the production water, the abnormal condition of the production water is found and processed in time, the waste of water resources is reduced, and the cost is saved.
Additional aspects and advantages of the invention will be set forth in part in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention.
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The foregoing and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:
FIG. 1 is a schematic diagram of a water monitoring system according to an embodiment of the present invention;
FIG. 2 is a graph of 24 hour water usage provided by an embodiment of the present invention;
FIG. 3 is a weekly water usage curve provided by an embodiment of the present invention;
FIG. 4 is a schematic diagram of another water monitoring system according to an embodiment of the present invention;
fig. 5 is a flowchart of a method for monitoring water usage according to an embodiment of the present invention.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are illustrative only and should not be construed as limiting the invention.
As used herein, the singular forms "a", "an", "the" and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. It will be further understood that the terms "comprises" and/or "comprising," when used in this specification, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof. As used herein, the term "and/or" includes all or any element and all combinations of one or more of the associated listed items.
It will be understood by those skilled in the art that, unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. It will be further understood that terms, such as those defined in commonly used dictionaries, should be interpreted as having a meaning that is consistent with their meaning in the context of the prior art and will not be interpreted in an idealized or overly formal sense unless expressly so defined herein.
Referring to fig. 1, the present invention provides a water usage monitoring system 10, wherein the water usage monitoring system 10 includes a remote water meter 100, a water usage data processing platform 200 and a water usage monitoring client 300. The water data processing platform 200 is in communication connection with the remote water meter 100 and the water monitoring client 300.
The remote water meter 100 is configured to read water consumption data, where the water consumption data may be historical water consumption data or real-time water consumption data, and the water consumption data includes, but is not limited to, production water consumption. In an actual application scene, the water meters of enterprises are usually mechanical water meters, the mechanical water meters cannot automatically read water data, only manual on-site meter reading can be carried out through the dial plate, the efficiency is low, industrial water monitoring is delayed, and therefore the mechanical water meters need to be modified into remote water meters by using the industrial internet of things technology. The remote water meter 100 is an electronic water meter, for example, an electronic water meter which is additionally powered by 12-24V, is provided with an RS485 serial port and supports MODBUS protocol can be adopted, and the remote water meter can automatically read water consumption data. In order to realize the communication connection between the remote water meter 100 and the water data processing platform 200, the remote water meter 100 needs to be connected to the network based on the network access technology, and the connection is established between the remote water meter 100 and the water data processing platform 200 through the network.
The water consumption data processing platform 200 is used for acquiring water consumption data of the remote water meter 100 according to a preset time interval and/or a response water consumption data query request; processing the water use data, and generating a water use abnormity result if the water use data reaches a preset water use abnormity condition; and sending the water consumption data and the water consumption abnormity result to the water consumption monitoring client 300. The water data processing platform 200 is a core part of the water monitoring system 10, and is used for acquiring and processing water data and judging abnormal conditions of water.
The preset time interval is a preset time interval for automatically acquiring the water consumption data, and in order to avoid excessive occupation of storage resources, the preset time interval can be set to be an appropriate time interval of half an hour, one hour, three hours and the like, and the water consumption data is acquired once every other preset time interval. Secondly, the water data processing platform 200 can also realize real-time water data acquisition, and can respond to the water data query request to acquire the real-time water data of the remote water meter 100.
The water data processing platform 200 may implement data collection based on industrial data collection processing software including, but not limited to: OPC (OLE for Process Control, applied to object connection and embedding for Process Control) server software, industrial configuration software, and high-level programming language pieces. The server software may be KepServerEX software, and the industrial configuration software may be WinCC, InTouch, configuration King, and the like.
After the water data is collected, the water data processing platform 200 processes the water data, specifically, compares and analyzes the water data, and generates a water use abnormality result if the water data meets a predetermined water use abnormality condition. The water use abnormal result may be the comparison analysis content of the water use data, or may be the water use data marked as abnormal water use data.
The water data processing platform 200 is configured to automatically send the water data and the water abnormal result to the water monitoring client 300 after the water abnormal result is generated when the water data is collected at a predetermined time interval, processed and found to be abnormal. When the water data processing platform 200 responds to the water data query request to acquire the water data and process the water data, if the water data does not meet the preset water use abnormal condition, indicating that the industrial water use condition is normal, the water data is only sent to the water monitoring client 300, if the water use abnormal condition is found, a water use abnormal result is generated, and the water data and the water use abnormal result are sent to the water monitoring client 300.
The water consumption monitoring client 300 comprises a water consumption data query module 310, wherein the water consumption data query module 310 is used for receiving and forwarding a water consumption data query request to a water consumption data platform, and receiving and displaying water consumption data and a water consumption abnormal result sent by the water consumption data processing platform 200.
Because the water data processing platform 200 is in communication connection with the remote water meter 100 and the water monitoring client 300, an enterprise can conveniently monitor the production water through the water monitoring client 300, find the abnormality of the production water in time and process the abnormality in time, reduce the waste of water resources and save the cost.
Net program, which can be developed based on C # language or other high level language. The water monitoring client 300 comprises a water data query module 310 for realizing a water data query function, users such as enterprise water managers and the like can initiate a water data query request through the water data query module 310, the water data query module 310 of the water monitoring client 300 can forward the water data query request to a water data platform after receiving the water data query request sent by the users, and the water data can be historical water data or current real-time water data. Through the water usage data query module 310 of the water usage monitoring client 300, the user can know the water usage data and the water usage abnormal result. When the water monitoring client 300 displays the water use data and the water use abnormal result, the acquisition time corresponding to the water use data is also displayed at the same time.
According to the water monitoring system 10 provided by the invention, the water monitoring system 10 is constructed by utilizing the remote water meter 100, the water data processing platform 200 and the water monitoring client 300 based on the industrial Internet of things technology, so that the water data of the remote water meter 100 can be obtained at regular time or according to the user requirements, the water data is analyzed and processed, the abnormal condition of water is monitored, the informatization and intellectualization of the production water monitoring work is realized, an enterprise can be helped to conveniently monitor the production water, the abnormal condition of the production water is found and processed in time, the waste of water resources is reduced, and the cost is saved.
In one embodiment, the remote water meter 100 is communicatively coupled to the water data processing platform 200 via a serial server. The common electronic water meter is only provided with an RS485 serial port and does not have a network interface, and the serial server can provide a serial-to-network function, so that the network water meter can be accessed into a network through the serial server. Specifically, the serial server can be an RS485 to TCP/IP module, and can realize bidirectional transparent data transmission between an RS485 serial port and a TCP/IP protocol network interface, so that the remote water meter 100 can have a TCP/IP network interface function, access to a network for data communication, and extend the communication distance of the remote water meter 100, thereby realizing communication connection between the remote water meter 100 and the water data processing platform 200.
In one embodiment, the remote water meter 100 may also be communicatively connected to the water data processing platform 200 via a wireless serial server. The wireless serial server provides a function of converting an RS485 serial port into WIFI wireless communication, the wireless serial server is suitable for an application scene that a mounting point of a remote water meter is not suitable for a network cable, a wireless access point is expanded at a network interface under the application scene, and the wireless serial server is arranged at a remote water meter end, so that the wireless access network of the remote water meter 100 can be realized, and the communication connection between the remote water meter 100 and the water data processing platform 200 is realized.
The remote water meter 100 is in communication connection with the water consumption data processing platform 200 through a serial server or a wireless serial server, can be suitable for realizing remote water meter access network under all installation condition environments, and provides powerful technical support for building a water consumption monitoring system.
In one embodiment, the water usage data processing platform 200 further comprises a database for automatically storing the water usage data after the water usage data of the remote water meter 100 is collected. When the historical water use data needs to be inquired, the water use data at the corresponding time point can be obtained from the database. The enterprise can select a proper database according to the data acquisition frequency and the data volume. The water consumption data can be automatically stored through the database and can be called and processed by enterprises at any time, and the water consumption monitoring and management work of the enterprises can be deeply and durably developed.
In one embodiment, referring to fig. 4, the water usage monitoring client 300 further includes a water usage graph query module 320, and the water usage graph query module 320 is configured to receive a water usage data graph display request, send a water usage data query request to a water usage data platform in response to the water usage data graph display request, receive water usage data and a water usage abnormality result sent by the water usage data processing platform 200, and generate and display a water usage graph according to the water usage data or the water usage data and the water usage abnormality result.
The water consumption monitoring client 300 further comprises a water consumption diagram query module 320 for displaying water consumption data in a diagram form, users such as enterprise water consumption managers and the like can initiate a water consumption diagram query request through the water consumption diagram query module 320, the water consumption diagram query module 320 of the water consumption monitoring client 300 can send a water consumption data query request to a water consumption data platform after receiving the water consumption diagram query request sent by the users, and the water consumption data can be historical water consumption data or current real-time water consumption data. The JavaScript-based diagram plug-in may enable water diagram generation and display. When the water consumption monitoring client 300 displays the water consumption data and the water consumption abnormal result through a chart, the acquisition time corresponding to the water consumption data can be displayed at the same time. Through the water usage graph query module 320 of the water usage monitoring client 300, the user can intuitively know the water usage data and the water usage abnormal result through the graph.
For example, referring to FIG. 2, the water monitoring client 300 may generate and display a 24-hour water usage curve based on the past 24-hour production water usage. For another example, referring to FIG. 3, the water monitoring client 300 may generate and display a weekly water usage curve based on the production water usage of each day of the past week.
In one embodiment, referring to fig. 4, the water usage monitoring client 300 further includes an alarm module 330, and the alarm module 330 is configured to automatically push alarm information after receiving the water usage abnormality result sent by the water usage data processing platform 200. The alarm information can be pushed by self in a mail or short message mode and the like. Through the alarm information of water control client 300 automatic propelling movement under the water use abnormal condition takes place, users such as enterprise water managers can in time discover that the process water is unusual and in time handle, reduces the waste of water resource, practices thrift the cost.
In addition, according to another aspect, an embodiment of the present invention provides a water monitoring method, which is applied to the water monitoring system 10 described in the above embodiment, the water monitoring system 10 includes a remote water meter 100, a water data processing platform 200 and a water monitoring client 300, and the water data processing platform 200 is in communication connection with the remote water meter 100 and the water monitoring client 300.
Referring to fig. 5, the water use monitoring method includes:
step S110: the water consumption data processing platform acquires water consumption data of the remote water meter according to a preset time interval and/or a response water consumption data query request, processes the water consumption data, generates a water consumption abnormity result and sends the water consumption data and the water consumption abnormity result to the water consumption monitoring client side if the water consumption data reaches a preset water consumption abnormity condition.
The remote water meter is used for reading water consumption data, wherein the water consumption data can be historical water consumption data or real-time water consumption data, and the water consumption data comprises but is not limited to production water consumption. In an actual application scene, the water meters of enterprises are usually mechanical water meters, the mechanical water meters cannot automatically read water data, only manual on-site meter reading can be carried out through the dial plate, the efficiency is low, industrial water monitoring is delayed, and therefore the mechanical water meters need to be modified into remote water meters by using the industrial internet of things technology. The remote water meter is an electronic water meter, for example, the electronic water meter can adopt 12-24V extra power supply, is provided with an RS485 serial port and supports MODBUS protocol, and can automatically read water data. In order to realize the communication connection between the remote water meter and the water consumption data processing platform, the remote water meter is connected to the network based on the network access technology, and the connection is established between the remote water meter and the water consumption data processing platform through the network.
The water consumption data processing platform can automatically acquire water consumption data according to a preset time interval, the preset time interval is a preset time interval for automatically acquiring the water consumption data, in order to avoid excessive occupation of storage resources, the preset time interval can be set to be an appropriate time interval of half an hour, one hour, three hours and the like, and the water consumption data is acquired once every other preset time interval. And secondly, the water consumption data processing platform can also realize real-time water consumption data acquisition and can respond to a water consumption data query request to acquire real-time water consumption data of the remote water meter.
The water data processing platform can realize data acquisition based on industrial data acquisition and processing software, and the industrial data acquisition and processing software comprises but is not limited to: OPC (OLE for Process Control, applied to object connection and embedding for Process Control) server software, industrial configuration software, and high-level programming language pieces. The server software may be KepServerEX software, and the industrial configuration software may be WinCC, InTouch, configuration King, and the like.
The water consumption data processing platform is used for processing the water consumption data after acquiring the water consumption data, specifically, comparing and analyzing the water consumption data, judging whether the water consumption data reaches a preset water consumption abnormal condition, if the water consumption data reaches the preset water consumption abnormal condition, generating a water consumption abnormal result and sending the water consumption data and the water consumption abnormal result to the water consumption monitoring client side, and if the water consumption data does not reach the preset water consumption abnormal condition, indicating that the industrial water consumption condition is normal. The water use abnormal result may be the comparison analysis content of the water use data, or may be the water use data marked as abnormal water use data.
The water consumption data processing platform is used for automatically sending the water consumption data and the water consumption abnormal result to the water consumption monitoring client after generating the water consumption abnormal result when acquiring the water consumption data according to the preset time interval, processing the water consumption data and finding the water consumption abnormal condition. And when the water use data processing platform responds to the water use data query request to acquire water use data and process the water use data, if the water use data does not reach the preset water use abnormal condition, the water use data is only sent to the water use monitoring client side, if the water use abnormal condition is found, a water use abnormal result is generated, and the water use data and the water use abnormal result are sent to the water use monitoring client side.
Step S120: and the water consumption monitoring client receives and displays the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform.
The water consumption data processing platform judges that the water consumption data meets the preset water consumption abnormal condition, and after a water consumption abnormal result is generated, the water consumption data and the water consumption abnormal result are sent to the water consumption monitoring client side, and users such as enterprise water consumption management personnel can obtain the water consumption data and the water consumption abnormal result through the water consumption monitoring client side through the water consumption data query module of the water consumption monitoring client side.
The water monitoring method provided by the invention can be used for acquiring the water data of the remote water meter at regular time or according to the user requirement, analyzing and processing the water data and monitoring the abnormal condition of the water, reflecting the abnormal water result in time, realizing the informatization and intellectualization of the production water monitoring work, helping enterprises conveniently monitor the production water, finding the abnormal production water in time and processing the abnormal production water in time, reducing the waste of water resources and saving the cost.
In one embodiment, before the water data processing platform responds to the water data query request to collect the water data of the remote water meter, the method further comprises:
and the water consumption monitoring client receives and forwards the water consumption data query request to the water consumption data platform.
Because the water data processing platform is in communication connection with the remote water meter and the water monitoring client, an enterprise can conveniently monitor the production water through the water monitoring client, find the abnormality of the production water in time and process the abnormality in time, reduce the waste of water resources and save the cost.
The water consumption monitoring client can be embedded with water consumption monitoring software, and the water consumption monitoring software is an ASP. The water consumption monitoring client comprises a water consumption data query module for realizing a water consumption data query function, users such as enterprise water management personnel can initiate a water consumption data query request through the water consumption data query module, the water consumption data query module of the water consumption monitoring client can forward the water consumption data query request to a water consumption data platform after receiving the water consumption data query request sent by the users, and the water consumption data can be historical water consumption data or current real-time water consumption data.
The water consumption data processing platform responds to the water consumption data query request to acquire water consumption data and processes the water consumption data; if the water consumption data does not reach the preset water consumption abnormal condition, the industrial water consumption condition is normal, the water consumption data is only sent to the water consumption monitoring client side, and the water consumption monitoring client side can receive the water consumption data; and if the abnormal water consumption condition is found, generating an abnormal water consumption result, sending the water consumption data and the abnormal water consumption result to the water consumption monitoring client, and receiving the water consumption data and the abnormal water consumption result by the water consumption monitoring client.
In one embodiment, before the water data processing platform responds to the water data query request to collect the water data of the remote water meter, the method further comprises:
the water consumption monitoring client receives a water consumption data chart display request and responds to the water consumption data chart display request to send a water consumption data query request to a water consumption data platform;
the water consumption monitoring client receives and displays the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform, and the method comprises the following steps:
and the water consumption monitoring client receives the water consumption data and the water consumption abnormity result sent by the water consumption data processing platform, and generates and displays a water consumption chart according to the water consumption data and the water consumption abnormity result.
The water consumption monitoring client side further comprises a water consumption chart query module for displaying the water consumption data in a chart form, users such as enterprise water consumption managers and the like can initiate a water consumption chart query request through the water consumption chart query module, the water consumption chart query module of the water consumption monitoring client side can send a water consumption data query request to the water consumption data platform after receiving the water consumption chart query request sent by the users, and the water consumption data can be historical water consumption data or current real-time water consumption data. The JavaScript-based diagram plug-in may enable water diagram generation and display.
The water consumption data processing platform responds to the water consumption data query request to acquire water consumption data and processes the water consumption data; if the water consumption data does not reach the preset water consumption abnormal condition, the industrial water consumption condition is normal, the water consumption data is only sent to the water consumption monitoring client side, the water consumption monitoring client side can receive the water consumption data, and a water consumption chart is generated and displayed according to the water consumption data; and if the abnormal water consumption condition is found, generating an abnormal water consumption result, sending the water consumption data and the abnormal water consumption result to the water consumption monitoring client, receiving the water consumption data and the abnormal water consumption result by the water consumption monitoring client, and generating and displaying a chart according to the water consumption data and the abnormal water consumption result. When the water consumption monitoring client displays the water consumption data and the water consumption abnormal result, the acquisition time corresponding to the water consumption data can be displayed at the same time.
Through the step, the user can intuitively know the water consumption data and the water consumption abnormal result through the chart.
In one embodiment, the processing the water usage data to generate a water usage exception result if the water usage data meets a predetermined water usage exception condition includes:
acquiring a water use standard value; comparing the water consumption data with the water consumption standard value; and if the water use data exceeds the water use standard value, generating a water use abnormal result.
The standard water consumption value is a standard value preset by an enterprise, for example, the enterprise monitors the production water consumption of the enterprise, and sets a standard water consumption value per hour, that is, the standard water consumption value is 5 tons, so that the currently acquired production water consumption is compared with the standard production water consumption value 5 every time the production water consumption is processed, and if the standard water consumption value exceeds 5 tons, it is determined that a preset water consumption abnormal condition is met, and a water consumption abnormal result is generated.
In one embodiment, the water use monitoring method further comprises:
and the water monitoring client automatically pushes alarm information after receiving the water use abnormity result sent by the water use data processing platform.
The alarm information can be pushed by self in a mail or short message mode and the like. Through the alarm information that water monitoring client side took place automatic propelling movement under the unusual condition of water consumption, users such as enterprise's water managers can in time discover the process water unusual and in time handle, reduce the waste of water resource, practice thrift the cost.
The foregoing is only a partial embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.
Claims (10)
1. A water usage monitoring system, comprising:
the remote water meter is used for reading water consumption data;
the water consumption data processing platform is used for acquiring water consumption data of the remote water meter according to a preset time interval and/or a response water consumption data query request; processing the water use data, and generating a water use abnormity result if the water use data reaches a preset water use abnormity condition; sending water consumption data and a water consumption abnormal result to a water consumption monitoring client;
the water consumption monitoring client comprises a water consumption data query module, and the water consumption data query module is used for receiving and forwarding a water consumption data query request to a water consumption data platform, and receiving and displaying the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform.
The water consumption data processing platform is in communication connection with the remote water meter and the water consumption monitoring client.
2. The water use monitoring system of claim 1, wherein the remote water meter is in communication connection with the water use data processing platform through a serial server or a wireless serial server.
3. The water usage monitoring system of claim 1 wherein the water usage data processing platform further comprises a database for automatically storing the water usage data after collection of water usage data from a remote water meter.
4. The water consumption monitoring system of claim 1, wherein the water consumption monitoring client further comprises a water consumption graph query module, and the water consumption graph query module is configured to receive a water consumption data graph display request, send a water consumption data query request to a water consumption data platform in response to the water consumption data graph display request, receive water consumption data and a water consumption abnormal result sent by the water consumption data processing platform, and generate and display a water consumption graph according to the water consumption data or the water consumption data and the water consumption abnormal result.
5. The water usage monitoring system of claim 1, wherein the water usage monitoring client further comprises an alarm module, and the alarm module is configured to automatically push alarm information after receiving a water usage abnormality result sent by the water usage data processing platform.
6. A method of monitoring water usage, comprising:
the water consumption data processing platform acquires water consumption data of the remote water meter according to a preset time interval and/or a response water consumption data query request, processes the water consumption data, generates a water consumption abnormity result and sends the water consumption data and the water consumption abnormity result to the water consumption monitoring client side if the water consumption data reaches a preset water consumption abnormity condition;
and the water consumption monitoring client receives and displays the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform.
7. The water use monitoring method of claim 6, wherein before the water use data processing platform responds to the water use data query request to collect water use data from the remote water meter, the method further comprises:
and the water consumption monitoring client receives and forwards the water consumption data query request to the water consumption data platform.
8. The water use monitoring method according to claim 6,
before the water data processing platform responds to the water data query request to acquire the water data of the remote water meter, the method further comprises the following steps:
the water consumption monitoring client receives a water consumption data chart display request and responds to the water consumption data chart display request to send a water consumption data query request to a water consumption data platform;
the water consumption monitoring client receives and displays the water consumption data and the water consumption abnormal result sent by the water consumption data processing platform, and the method comprises the following steps:
and the water consumption monitoring client receives the water consumption data and the water consumption abnormity result sent by the water consumption data processing platform, and generates and displays a water consumption chart according to the water consumption data and the water consumption abnormity result.
9. The water usage monitoring method of claim 6, wherein processing the water usage data to generate a water usage exception result if the water usage data meets a predetermined water usage exception condition comprises:
acquiring a water use standard value;
comparing the water consumption data with the water consumption standard value;
and if the water use data exceeds the water use standard value, generating a water use abnormal result.
10. The water use monitoring method of claim 6, further comprising:
and the water monitoring client automatically pushes alarm information after receiving the water use abnormity result sent by the water use data processing platform.
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