CN-116357556-B - Remote on-duty monitoring management method and system for irrigation and drainage pump station

CN116357556BCN 116357556 BCN116357556 BCN 116357556BCN-116357556-B

Abstract

The invention discloses a remote on-duty monitoring management method and a system for a drainage and irrigation pump station, wherein the method comprises the steps of respectively acquiring first image information, second image information and each first real-time running state; the method comprises the steps of determining a predicted running state of each device according to first image information and second image information, judging whether each device normally runs currently according to the predicted running state and the first real-time running state, determining at least one abnormal device according to each device, the first real-time running state and the preset running state when any device does not normally run, determining device information according to each abnormal device, obtaining attendant information, and sending maintenance information and each device information according to the attendant information. The real-time monitoring of the actual running states of the pumping area, the drainage area and the devices judges whether the devices run normally or not, and calls the on-duty personnel to maintain under the abnormal running condition, so that the remote on-duty management of the irrigation and drainage pump station is realized, and the operation of the irrigation and drainage pump station is ensured.

Inventors

XU LAN
ZHOU JIANQIANG
CHEN KANG

Assignees

华翔翔能科技股份有限公司

Dates

Publication Date: 20260508
Application Date: 20230315

Claims (7)

1. A remote on-duty monitoring management method for a drainage and irrigation pump station is characterized by comprising the following steps: Respectively acquiring first image information of a water pumping area, second image information of a water draining area and first real-time running states of all devices; Determining a predicted running state of each device according to the first image information and the second image information; Judging whether the current devices normally operate or not according to the predicted operating states and the first real-time operating states; When each device is in normal operation, executing the steps of respectively acquiring the first image information of the water pumping area, the second image information of the water draining area and the first real-time operation state of each device after a first preset time period; When any one of the devices does not normally operate, determining at least one abnormal device according to each device, each first real-time operating state and each preset operating state, and determining device information according to each abnormal device; acquiring attendant information, and sending maintenance information and equipment information to corresponding attendant terminals according to the attendant information; When any one of the devices does not normally operate, determining at least one abnormal device according to each of the devices, each of the first real-time operating states and each of the preset operating states, and determining device information according to each of the abnormal devices, including: Acquiring patrol personnel information, and sending inspection information and equipment information to corresponding patrol terminals according to the patrol personnel information; Respectively acquiring feedback information and second real-time running states of the abnormal equipment through each patrol terminal, and judging whether the abnormal equipment is recovered to normal running or not according to the feedback information and each second real-time running state; Before the step of acquiring the attendant information and sending maintenance information and each piece of equipment information to the corresponding attendant terminal according to the attendant information, the method comprises the following steps: When the abnormal equipment is recovered to normal operation, executing the steps of respectively acquiring first image information of a water pumping area, second image information of a water draining area and first real-time operation states of the equipment after the first preset time period; and when any abnormal equipment does not recover to normal operation, executing the acquisition of the attendant information, and sending maintenance information and each piece of equipment information to the corresponding attendant terminal according to the attendant information.
2. The method for remote on-duty monitoring and management of a pump station according to claim 1, wherein the step of acquiring patrol personnel information, and transmitting inspection information and each piece of equipment information according to the patrol personnel information comprises the steps of: acquiring patrol personnel information, patrol routes and current time; determining device position information according to each abnormal device; determining first personnel information closest to the abnormal equipment according to the patrol personnel information, the patrol route, the current time and the equipment position information; and sending the inspection information, the equipment information and the equipment position information to corresponding patrol terminals according to the first personnel information.
3. The method according to claim 2, wherein after the step of determining the first personnel information closest to the abnormal equipment according to the patrol personnel information, the patrol route, the current time and the equipment position information, the method comprises: Determining a first inspection route based on each of the device location information and the first personnel information; the step of sending the inspection information, each piece of equipment information, and each piece of equipment location information to a corresponding patrol terminal according to the first personnel information includes: and sending the inspection information, the first inspection route and the equipment information to corresponding patrol terminals according to the first personnel information, wherein the first inspection route comprises the equipment position information.
4. A method of remote on-duty monitoring and management of a pump station as set forth in claim 2, wherein after the step of determining device location information from each of said abnormal devices, it comprises: Judging whether the number of the current equipment position information is larger than a preset number or not: When the number of the pieces of equipment position information is smaller than the preset number, executing the first personnel information which is closest to the abnormal equipment according to the patrol personnel information, the patrol route, the current time and the equipment position information; When the number of the equipment position information is larger than a preset number, determining second personnel information according to the patrol personnel information; Determining a second inspection route of each piece of second personnel information according to the patrol route, each piece of second personnel information and each piece of equipment position information; After the step of transmitting the inspection information, each piece of equipment information, and each piece of equipment position information according to the first person information, it includes: And respectively sending the inspection information, the second inspection route and the equipment information to corresponding patrol terminals according to the second personnel information.
5. A method of remote on-duty monitoring and management of a pump station according to any one of claims 1 to 4, wherein when any one of the devices is not operating normally, determining an abnormal device according to each device, and determining information of each device according to each abnormal device, comprising: When any one device does not normally operate, acquiring real-time images of all the devices, and determining whether all the devices operate safely according to all the real-time images; When the real-time images are safe to operate, determining abnormal equipment according to the equipment, and determining equipment information according to the abnormal equipment; When any real-time image is not safe to run, determining dangerous equipment according to the real-time image, and determining a dangerous area according to the dangerous equipment; and sending warning information to a central control center according to the dangerous equipment and the dangerous area.
6. A method of remote on-duty monitoring and management of a pump station as set forth in claim 5, wherein after said step of sending alert information to a central control center based on said hazard facility and said hazard zone, it comprises: Determining a safety area according to the dangerous area; Determining the safety equipment positioned in the safety area according to the safety area and each piece of equipment; And determining safety position information according to the safety equipment, and sending each piece of safety position information to a central control center.
7. The system is applied to executing the remote on-duty monitoring and managing method of the irrigation and drainage pump station according to any one of claims 1-6, and comprises a server, a processing module and at least one on-duty terminal, wherein the server is respectively connected with the processing module and each on-duty terminal in a signal manner: the server is used for respectively acquiring first image information of a water pumping area, second image information of a water draining area and first real-time operation states of all equipment, determining the predicted operation states of all the equipment according to the first image information and the second image information, acquiring attendant information, and sending maintenance information and all the equipment information to corresponding attendant terminals according to the attendant information; The processing module is used for judging whether the current devices normally operate according to the predicted operating states and the first real-time operating states, executing the steps of respectively acquiring the first image information of the pumping area, the second image information of the drainage area and the first real-time operating states of the devices after a first preset time period when the devices normally operate, determining at least one abnormal device according to the devices, the first real-time operating states and the preset operating states when any one of the devices does not normally operate, and determining device information according to the abnormal devices; and each attended terminal is used for respectively receiving the maintenance information and the equipment information.

Description

Remote on-duty monitoring management method and system for irrigation and drainage pump station Technical Field The invention relates to the technical field of pump stations, in particular to a remote on-duty monitoring management method and system for a drainage and irrigation pump station. Background The drainage and irrigation pump station is a complex of a pumping device, a water inlet and outlet building, a pump house and auxiliary facilities which are arranged for irrigation and drainage. The drainage and irrigation pump station is in a fixed type, a semi-fixed type and a movable type according to the installation and use modes. The existing irrigation and drainage pump station needs to be attended by an inspection staff, and the whole irrigation and drainage pump station is inspected by a fixed line so as to ensure the normal operation of the irrigation and drainage pump station. The inspection staff need report according to the situation of drainage scene to the actual operation situation of cubical switchboard, block terminal and water pump to ensure the normal operating of whole drainage and irrigation pump station, actual operation process is the inspection staff and inspection, and inspection in-process discovery is unusual reports, has professional maintainer to maintain again, and the abnormal information needs many times transmission in the whole on duty process, and manual duty leads to handling the speed of unusual problem too slowly, influences the normal work of drainage and irrigation pump station. Disclosure of Invention The invention mainly aims to provide a remote on-duty monitoring management method and system for a drainage and irrigation pump station, and aims to solve the problem of low efficiency of manually on-duty abnormal treatment. In order to achieve the above purpose, the invention provides a remote on-duty monitoring management method for a drainage and irrigation pump station, which comprises the following steps: Respectively acquiring first image information of a water pumping area, second image information of a water draining area and first real-time running states of all devices; Determining a predicted running state of each device according to the first image information and the second image information; Judging whether the current devices normally operate or not according to the predicted operating states and the first real-time operating states; When each device is in normal operation, executing the steps of respectively acquiring the first image information of the water pumping area, the second image information of the water draining area and the first real-time operation state of each device after a first preset time period; When any one of the devices does not normally operate, determining at least one abnormal device according to each device, each first real-time operating state and each preset operating state, and determining device information according to each abnormal device; and acquiring the information of the attendees, and sending maintenance information and the equipment information to the corresponding attendee terminal according to the information of the attendees. Preferably, the step of determining at least one abnormal device according to each of the devices, each of the first real-time operation states and each of the preset operation states when any of the devices is not operating normally, and determining device information according to each of the abnormal devices, further includes: Acquiring patrol personnel information, and sending inspection information and equipment information to corresponding patrol terminals according to the patrol personnel information; Respectively acquiring feedback information and second real-time running states of the abnormal equipment through each patrol terminal, and judging whether the abnormal equipment is recovered to normal running or not according to the feedback information and each second real-time running state; Before the step of acquiring the attendant information and sending maintenance information and each piece of equipment information to the corresponding attendant terminal according to the attendant information, the method comprises the following steps: When the abnormal equipment is recovered to normal operation, executing the steps of respectively acquiring first image information of a water pumping area, second image information of a water draining area and first real-time operation states of the equipment after the first preset time period; and when any abnormal equipment does not recover to normal operation, executing the acquisition of the attendant information, and sending maintenance information and each piece of equipment information to the corresponding attendant terminal according to the attendant information. Preferably, the step of acquiring patrol personnel information, sending inspection information and each piece of equipment information according to the patrol personnel information