CN107645552B - A kind of supply equipment monitoring system - Google Patents
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Abstract
本发明涉及一种供水设备监控系统，包括至少一个供水设备端和与所述供水设备端相连的无线通信模块；所述供水设备端通过所述无线通信模块连接到云服务器，所述云服务器连接有多个客户终端。由于该供水设备监控系统，当供水设备出现故障时，会自动生成警报信息，然后将该警报信息直接推送至客户终端，客户在接到警报信息后，可以直接通过该客户终端上传维护信息至云服务器，然后该云服务器将该维护信息直接推送给生产商家的后台维护人员，使后台维护人员及时获知故障的具体情况，从而及时排除故障，为管理工作提供便捷、高效的服务；同时，客户与生产厂家的后台维护人员之间也不用再通过电话或短信的方式联系，节约了维护成本。
The present invention relates to a water supply equipment monitoring system, comprising at least one water supply equipment end and a wireless communication module connected to the water supply equipment end; the water supply equipment end is connected to a cloud server through the wireless communication module, and the cloud server is connected to There are multiple client terminals. Due to the water supply equipment monitoring system, when the water supply equipment fails, it will automatically generate alarm information, and then push the alarm information directly to the client terminal. After receiving the alarm information, the customer can directly upload the maintenance information to the cloud through the client terminal. server, and then the cloud server directly pushes the maintenance information to the background maintenance personnel of the manufacturer, so that the background maintenance personnel can know the specific situation of the fault in time, so as to eliminate the fault in time and provide convenient and efficient services for the management work; at the same time, customers and The background maintenance personnel of the manufacturer no longer need to contact each other by phone or text message, which saves maintenance costs.
Description
技术领域technical field
本发明涉及监测技术领域，特别涉及一种供水设备监控系统。The invention relates to the technical field of monitoring, in particular to a water supply equipment monitoring system.
背景技术Background technique
随着城市发展，城市人口不断地增多，土地资源越来越紧缺，城市高层建筑也越来越多。二次供水设备作为一种新的供水设备被应用的越来越广泛。With the development of cities, the urban population continues to increase, land resources are becoming more and more scarce, and there are more and more high-rise buildings in cities. Secondary water supply equipment is being used more and more widely as a new water supply equipment.
目前，在很多商业/住宅/酒店/学校/医院的二次供水系统中，客户对供水设备的安全性、可靠性及售后服务处理的及时性等都有着很高的要求，尤其是供水设备出现故障时要求能快速清除设备故障；然而，由于设备管理人员对设备使用和操作上缺乏专业知识往往不能及时处理故障，而生产厂家的售后维护人员可能因为距离较为偏远等原因不能及时到达故障现场，待维护人员到达故障现场后往往发现供水设备出现的都是一些常见故障，比如：水箱缺水，变频故障，进水压力不足，操作不正确等；这样大大地增加生产厂家的人力成本。进一步的，当出现设备故障后，客户必须通过电话或者短信的方式通知生产厂家的售后维护人员，而售后维护人员也需要通过电话或者短信的方式逐级地通知到最终的技术人员，这无疑进一步增加了维护成本，并且通过短信和电话的方式进行通知，通知的人数有限，无法满足需求。At present, in many commercial/residential/hotel/school/hospital secondary water supply systems, customers have high requirements for the safety, reliability and timeliness of after-sales service of water supply equipment, especially when water supply equipment appears When a fault occurs, it is required to quickly clear the equipment fault; however, due to the lack of professional knowledge on equipment use and operation, the equipment management personnel often cannot deal with the fault in time, and the after-sales maintenance personnel of the manufacturer may not be able to arrive at the fault site in time due to the remote distance and other reasons. After the maintenance personnel arrive at the fault site, they often find that the water supply equipment has some common faults, such as: lack of water in the water tank, frequency conversion fault, insufficient water inlet pressure, incorrect operation, etc. This greatly increases the labor cost of the manufacturer. Furthermore, when a device failure occurs, the customer must notify the manufacturer's after-sales maintenance personnel by phone or text message, and the after-sales maintenance personnel also need to notify the final technical personnel step by step by phone or text message. The maintenance cost is increased, and notifications are made through text messages and phone calls. The number of people notified is limited and cannot meet the demand.
发明内容Contents of the invention
为了解决上述技术问题，本发明提供了一种供水设备监控系统。In order to solve the above technical problems, the present invention provides a water supply equipment monitoring system.
为了实现上述目的，本发明采用的技术方案为：In order to achieve the above object, the technical scheme adopted in the present invention is:
一种供水设备监控系统，包括至少一个供水设备端和与所述供水设备端相连的无线通信模块；所述供水设备端通过无线通信模块连接到云服务器，所述云服务器连接有多个客户终端；其中，所述供水设备端包括：A water supply equipment monitoring system, comprising at least one water supply equipment end and a wireless communication module connected to the water supply equipment end; the water supply equipment end is connected to a cloud server through a wireless communication module, and the cloud server is connected to a plurality of client terminals ; Wherein, the water supply equipment end includes:
数据采集器，用于采集供水设备的运行数据和检测数据；The data collector is used to collect the operation data and detection data of the water supply equipment;
摄像装置，用于获取所述供水设备的图像信息；A camera device, used to acquire image information of the water supply equipment;
数据发送装置，分别与所述数据采集器和所述摄像装置连接，用于将所述运行数据、所述检测数据以及所述图像信息传输至所述云服务器；a data sending device, connected to the data collector and the camera device respectively, for transmitting the operating data, the detection data and the image information to the cloud server;
所述云服务器包括：The cloud server includes:
第一数据接收与存储单元，用于接收并存储所述供水设备端传输的所述运行数据、所述检测数据以及所述图像信息；A first data receiving and storing unit, configured to receive and store the operation data, the detection data and the image information transmitted from the water supply equipment;
数据分析单元，与所述数据接收与存储单元连接，用于分析所述运行数据、所述检测数据以及所述图像信息，判断所述供水设备是否正常工作，获得判断结果；A data analysis unit, connected to the data receiving and storage unit, for analyzing the operation data, the detection data and the image information, judging whether the water supply equipment is working normally, and obtaining a judging result;
报警单元，与所述数据分析单元连接，用于当所述判断结果为否时，生成警报信息，所述警报信息具体包括：引起故障的原因以及主要元器件；An alarm unit, connected to the data analysis unit, is used to generate alarm information when the judgment result is no, and the alarm information specifically includes: the cause of the failure and the main components;
第一推送单元，与所述报警单元连接，用于向第一客户终端发送所述警报信息；其中，所述第一客户终端为第一级管理终端；The first push unit is connected to the alarm unit and is used to send the alarm information to the first client terminal; wherein the first client terminal is a first-level management terminal;
第二数据接收与存储单元，用于接收并存储所述第一客户终端传输的维修信息；a second data receiving and storing unit, configured to receive and store the maintenance information transmitted by the first client terminal;
第二推送单元，与所述第二数据接收与存储单元连接，用于将所述维修信息推送至第二客户终端；其中，所述第二客户终端为次级管理终端；A second push unit, connected to the second data receiving and storage unit, for pushing the maintenance information to a second client terminal; wherein, the second client terminal is a secondary management terminal;
所述第一客户终端和所述第二客户终端均包括：Both the first client terminal and the second client terminal include:
登录单元，用于供用户登录所述云服务器；a login unit, configured for a user to log in to the cloud server;
操作单元，用于供用户查询所述云服务器中的数据信息并进行相应的操作。The operation unit is used for users to query the data information in the cloud server and perform corresponding operations.
可选的，所述运行数据和所述检测数据至少包括：水流量、进水压力、电流、电压、频率、水箱水位、工作噪音、环境温湿度、用电量。Optionally, the operation data and the detection data include at least: water flow, water inlet pressure, current, voltage, frequency, water level of the water tank, working noise, ambient temperature and humidity, and power consumption.
可选的，所述摄像装置具体为摄像头。Optionally, the camera device is specifically a camera.
可选的，所述数据分析单元具体用于：Optionally, the data analysis unit is specifically used for:
将所述第一数据接收与存储单元接收的实时运行数据与历史运行数据进行对比分析，将所述第一数据接收与存储单元接收的实时检测数据与历史检测数据进行对比分析，以及将所述第一数据接收与存储单元接收的实时图像信息与历史图像信息进行对比分析，判断所述供水设备端的供水设备是否正常工作，获得判断结果。comparing and analyzing the real-time operation data received by the first data receiving and storage unit with historical operation data, comparing and analyzing the real-time detection data received by the first data receiving and storage unit with historical detection data, and comparing the The real-time image information received by the first data receiving and storage unit is compared and analyzed with the historical image information to judge whether the water supply equipment at the water supply equipment end is working normally, and obtain a judgment result.
可选的，所述云服务器还包括：Optionally, the cloud server also includes:
数据处理单元，与所述第一数据接收与存储单元连接，用于基于接收到的所述运行数据和所述检测数据，生成数据报表。The data processing unit is connected with the first data receiving and storing unit, and is used to generate a data report based on the received operating data and the detected data.
可选的，所述数据报表具体包括周报表和月报表。Optionally, the data report specifically includes a weekly report and a monthly report.
可选的，通过所述操作单元进行的相应的操作包括：Optionally, the corresponding operations performed by the operation unit include:
导出所述周报表和所述月报表至所述客户终端、上传所述维修信息至所述云服务器以及查看维修进度。Exporting the weekly report and the monthly report to the client terminal, uploading the maintenance information to the cloud server, and checking the maintenance progress.
本发明提供的一种或多种技术方案，至少具有如下技术效果或优点：One or more technical solutions provided by the present invention have at least the following technical effects or advantages:
由于本发明提供的供水设备监控系统，当供水设备出现故障时，该供水设备监控系统会自动生成警报信息，然后将该警报信息直接推送至客户终端，客户在接到警报信息后，可以直接通过该客户终端上传维护信息至云服务器，然后该云服务器将该维护信息直接推送给生产商家的后台维护人员，使后台维护人员及时获知故障的具体情况，从而及时排除故障，为管理工作提供便捷、高效的服务；同时，客户不用再通过电话或短信的方式通知生产厂家的后台维护人员，生产厂家的后台维护人员也不用再通过电话或短信的方式通知技术人员，节约了维护成本，进一步的，通过系统推送维护信息，相较于通过短信或电话通知相关人员，扩大了通知范围，极大地满足了客户和生产商家的使用需求。Due to the water supply equipment monitoring system provided by the present invention, when the water supply equipment fails, the water supply equipment monitoring system will automatically generate alarm information, and then directly push the alarm information to the client terminal. After receiving the alarm information, the customer can directly pass the The client terminal uploads the maintenance information to the cloud server, and then the cloud server directly pushes the maintenance information to the background maintenance personnel of the manufacturer, so that the background maintenance personnel can know the specific situation of the fault in time, so as to eliminate the fault in time, and provide convenience, Efficient service; at the same time, customers no longer need to notify the manufacturer's background maintenance personnel by phone or text message, and the manufacturer's background maintenance personnel no longer need to notify the technicians by phone or text message, saving maintenance costs. Further, Pushing maintenance information through the system, compared with notifying relevant personnel through text messages or phone calls, expands the scope of notifications and greatly meets the needs of customers and manufacturers.
进一步的，由于本发明提供的供水设备监控系统中的警报信息中包括有引起故障的原因以及主要元器件，也为非专业人员在应急状态下处理排除故障提供了便利。Further, because the alarm information in the water supply equipment monitoring system provided by the present invention includes the cause of the failure and the main components, it also provides convenience for non-professionals to deal with and eliminate the failure in an emergency state.
进一步的，由于本发明提供的供水设备监控系统能够自动生成周报表和月报表，并能通过客户终端导出，为数据存档提供了便利。Further, since the water supply equipment monitoring system provided by the present invention can automatically generate weekly reports and monthly reports, and can export them through the client terminal, it provides convenience for data archiving.
附图说明Description of drawings
图1为本发明提供的一种供水设备监控系统的结构示意图。Fig. 1 is a schematic structural diagram of a water supply equipment monitoring system provided by the present invention.
具体实施方式Detailed ways
为使本发明的目的、技术方案和优点更加清楚，下面将结合本实发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。In order to make the purpose, technical solutions and advantages of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are Some, but not all, embodiments of the invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.
下面结合附图对本发明优选的实施方式进行详细说明。Preferred embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings.
请参考图1，本发明实施例提供了一种供水设备监控系统，包括包括至少一个供水设备端1和与供水设备端1相连的无线通信模块2；供水设备端1通过无线通信模块2连接到云服务器3，云服务器3连接有第一客户终端41和第二客户终端42；其中，供水设备端1包括：Please refer to FIG. 1 , the embodiment of the present invention provides a water supply equipment monitoring system, including at least one water supply equipment terminal 1 and a wireless communication module 2 connected to the water supply equipment terminal 1; the water supply equipment terminal 1 is connected to the Cloud server 3, cloud server 3 is connected with first client terminal 41 and second client terminal 42; Wherein, water supply equipment end 1 comprises:
数据采集器11，用于采集供水设备的运行数据和检测数据；The data collector 11 is used to collect the operation data and detection data of the water supply equipment;
摄像装置12，用于获取所述供水设备的图像信息；A camera 12, configured to acquire image information of the water supply equipment;
数据发送装置13，分别与数据采集器11和摄像装置12连接，用于将所述运行数据、所述检测数据以及所述图像信息传输至云服务器3；The data sending device 13 is connected with the data collector 11 and the camera device 12 respectively, and is used to transmit the operation data, the detection data and the image information to the cloud server 3;
云服务器3包括：Cloud server 3 includes:
第一数据接收与存储单元31，用于接收并存储供水设备端1传输的所述运行数据、所述检测数据以及所述图像信息；The first data receiving and storing unit 31 is used to receive and store the operation data, the detection data and the image information transmitted by the water supply equipment terminal 1;
数据分析单元32，与数据接收与存储单元31连接，用于分析所述运行数据、所述检测数据以及所述图像信息，判断所述供水设备是否正常工作，获得判断结果；The data analysis unit 32 is connected with the data receiving and storage unit 31, and is used for analyzing the operation data, the detection data and the image information, judging whether the water supply equipment is working normally, and obtaining judgment results;
报警单元33，与数据分析单元32连接，用于当所述判断结果为否时，生成警报信息，所述警报信息具体包括：引起故障的原因以及主要元器件；The alarm unit 33 is connected with the data analysis unit 32, and is used to generate alarm information when the judgment result is no, and the alarm information specifically includes: the cause of the failure and the main components;
第一推送单元34，与报警单元33连接，用于向第一客户终端41发送所述警报信息；其中，第一客户终端41为第一级管理终端；The first push unit 34 is connected with the alarm unit 33, and is used to send the alarm information to the first client terminal 41; wherein, the first client terminal 41 is a first-level management terminal;
第二数据接收与存储单元35，用于接收并存储第一客户终端41传输的维修信息；The second data receiving and storing unit 35 is configured to receive and store the maintenance information transmitted by the first client terminal 41;
第二推送单元36，与第二数据接收与存储单元35连接，用于将所述维修信息推送至第二客户终端42；其中，第二客户终端42为次级管理终端；The second push unit 36 is connected with the second data receiving and storage unit 35, and is used to push the maintenance information to the second client terminal 42; wherein, the second client terminal 42 is a secondary management terminal;
第一客户终端41包括：The first client terminal 41 includes:
第一登录单元411，用于供第一用户登录所述云服务器；A first login unit 411, configured to allow a first user to log in to the cloud server;
第一操作单元412，用于供所述第一用户查询所述云服务器中的数据信息并进行相应的操作；A first operating unit 412, configured for the first user to query data information in the cloud server and perform corresponding operations;
第二客户终端42包括：The second client terminal 42 includes:
第二登录单元421，用于供第二用户登录所述云服务器；A second login unit 421, configured to allow a second user to log in to the cloud server;
第二操作单元422，用于供第二用户查询所述云服务器中的数据信息并进行相应的操作。The second operation unit 422 is configured for the second user to query the data information in the cloud server and perform corresponding operations.
在具体的实施过程中，数据采集器11采集的所述运行数据和所述检测数据有很多，在本发明实施例中，可选的，所述运行数据和所述检测数据至少包括供水设备的水流量、进水压力、电流、电压、频率、水箱水位以及该供水设备的工作噪音、该供水设备所处环境的温湿度、该供水设备的用电量。In a specific implementation process, there are many operating data and detection data collected by the data collector 11. In the embodiment of the present invention, optionally, the operating data and detection data include at least the water supply equipment Water flow, water inlet pressure, current, voltage, frequency, water level of the water tank, working noise of the water supply equipment, temperature and humidity of the environment where the water supply equipment is located, and power consumption of the water supply equipment.
进一步的，摄像装置12具体可以采用摄像头。Further, the camera device 12 may specifically use a camera.
在具体的实施过程中，数据分析单元32具体用于：将第一数据接收与存储单元31接收的实时运行数据与历史运行数据进行对比分析，将第一数据接收与存储单元31接收的实时检测数据与历史检测数据进行对比分析，以及将第一数据接收与存储单元31接收的实时图像信息与历史图像信息进行对比分析，从而判断该供水设备是否正常工作，获得判断结果。In the specific implementation process, the data analysis unit 32 is specifically used to: compare and analyze the real-time operation data received by the first data receiving and storage unit 31 with the historical operation data, and compare and analyze the real-time operation data received by the first data receiving and storage unit 31 The data is compared and analyzed with the historical detection data, and the real-time image information received by the first data receiving and storage unit 31 is compared with the historical image information, so as to judge whether the water supply equipment is working normally and obtain a judgment result.
进一步的，数据分析单元32还可以直接对历史运行数据和历史检测数据进行分析，通过将多组所述历史运行数据和所述历史检测数据进行对比分析，获得所述历史运行数据和所述历史检测数据的变化规律，基于所述变化规律能够提前预判该供水设备可能会出现的故障，从而及时通知维护人员进行维护，延长该供水设备的使用寿命。Further, the data analysis unit 32 can also directly analyze the historical operation data and the historical detection data, and obtain the historical operation data and the historical detection data by comparing and analyzing multiple sets of the historical operation data and the historical detection data. Based on the change law of the detection data, the possible failure of the water supply equipment can be predicted in advance, so that the maintenance personnel can be notified in time to perform maintenance, and the service life of the water supply equipment can be extended.
在具体的实施过程中，云服务器3还包括一个数据处理单元，所述数据处理单元与第一数据接收与存储单元31连接，用于基于接收到的所述运行数据和所述检测数据，生成数据报表。In the specific implementation process, the cloud server 3 also includes a data processing unit, the data processing unit is connected with the first data receiving and storage unit 31, and is used to generate data report.
进一步的，所述数据报表具体包括周报表和月报表。Further, the data report specifically includes a weekly report and a monthly report.
在具体的实施过程中，第一用户可以通过第一客户终端41的登录单元411登录到云服务器3，然后通过第一操作单元412查看云服务器3中的数据信息并进行相应的操作。其中，所述数据信息具体为云服务器3中的所有的数据信息，包括历史检测数据、历史运行数据、图像信息等。该操作具体包括：导出所述周报表和所述月报表至第一客户终端41中；上传第一维修信息至云服务器3，查看维修进度等。In a specific implementation process, the first user can log in to the cloud server 3 through the login unit 411 of the first client terminal 41 , and then check the data information in the cloud server 3 through the first operation unit 412 and perform corresponding operations. Wherein, the data information is specifically all data information in the cloud server 3, including historical detection data, historical operation data, image information, and the like. This operation specifically includes: exporting the weekly report and the monthly report to the first client terminal 41; uploading the first maintenance information to the cloud server 3, checking the maintenance progress, and so on.
与上述一样，第二用户可以通过第二客户终端42的第二登录单元421登录到云服务器3，然后通过第二操作单元422查看云服务器3中的数据信息并进行相应的操作。其中，所述数据信息具体为云服务器3中的所有的数据信息，包括历史检测数据、历史运行数据、图像信息等。该操作具体包括查询云服务器3中的所述数据信息，导出所述周报表和月报表至第二客户终端42；上传第二维修信息至云服务器3，查看维修进度等。Same as above, the second user can log in to the cloud server 3 through the second login unit 421 of the second client terminal 42, and then check the data information in the cloud server 3 through the second operation unit 422 and perform corresponding operations. Wherein, the data information is specifically all data information in the cloud server 3, including historical detection data, historical operation data, image information, and the like. This operation specifically includes querying the data information in the cloud server 3, exporting the weekly report and monthly report to the second client terminal 42; uploading the second maintenance information to the cloud server 3, checking the maintenance progress, etc.
当第一客户终端41为第一级管理终端，第二客户终端42为次级管理终端时，第一客户终端41上传的第一维护信息能够直接推送给第二客户终端42，第二客户终端42上传的第二维护信息不能直接推送给第一客户终端41。When the first client terminal 41 is a first-level management terminal and the second client terminal 42 is a secondary management terminal, the first maintenance information uploaded by the first client terminal 41 can be directly pushed to the second client terminal 42, and the second client terminal The second maintenance information uploaded at 42 cannot be directly pushed to the first client terminal 41 .
显然，本领域的技术人员可以对本发明进行各种改动和变型而不脱离本发明的精神和范围。这样，倘若本发明的这些修改和变型属于本发明权利要求及其等同技术的范围之内，则本发明也意图包含这些改动和变型在内。Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.
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