Water supply project operation management and protection system

Abstract

The invention discloses a water supply project operation management and protection system. The system comprises a login management module, a map display management module, a map editing management module, an element query management module, a space query management module, a data export module, a database and a cloud server. By means of the mode, the water supply project operation management and protection system can collect, sort and input all elements and data in a water conservancy water supply project, interconnection and information sharing of water conservancy water supply information of multiple regions are achieved, scientificity, normalization and applicability of water supply project operation management and maintenance are improved, and the water supply project operation management and maintenance efficiency is improved. And synchronous management and protection operation of multiple cities / districts and counties can be carried out through the cloud server, so that the convenience and high efficiency of system use are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of water conservancy and water supply management systems, and in particular to a water supply project operation and maintenance system. Background Art

[0002] The operation and maintenance of water supply projects is an important part of urban construction. In order to respond to the requirements of "full coverage, integrated development, co-construction and sharing, and equal service" and the new water supply standards, accelerate the implementation of the renovation of old rural water supply pipelines, the construction of ring pipelines, the construction of water sources to meet standards, and the construction of water quality monitoring and supervision capabilities, build an urban and rural water supply guarantee project system and a standardized management system from "water source" to "tap", and improve the water quality, guarantee rate and intensive level of rural water supply. Many places have decided to carry out rural water supply informatization construction.

[0003] However, the current water supply project operation and maintenance still have the following problems: (1) Lack of standard system and difficulty in resource sharing Water supply projects in various cities, districts and villages have always been affected by different regulatory and operating entities. Regulatory information comes from water conservancy, environmental protection, housing and construction, health and other departments, and real-time information of water plants is constructed and operated by water plants. Various types of information are cross-departmental and cross-regional, and the standards are not unified, which leads to difficulties in interconnecting information systems, sharing information resources horizontally and vertically, and low integration and sharing, and great difficulty in coordination.

[0004] (2) There are obvious shortcomings in precise control Water supply projects are extensive, large in volume, and scattered, with obvious shortcomings in automation and information technology. Although the water purification process of water plants has been greatly improved through the action of reaching and raising standards, there are obvious shortcomings in digital management and precise control. There is no centralized and unified management of the attributes and spatial information of basic data in the province, and the degree of development and utilization of data resources is not high, which cannot provide good services for water supply business decision-making support. Summary of the invention

[0005] In order to solve the above technical problems, a technical solution adopted by the present invention is: Provided is a water supply project operation and maintenance system, which includes: a login management module, a map display management module, an upper map editing management module, a feature query management module, a spatial query management module, a data export module, and a database, which are arranged on a cloud server; The login management module is used for the work management personnel to log in to the system according to their own responsibilities to perform maintenance operations; The map display management module is used to display the map images of various cities / districts and counties by zones, including a map display module and a boundary line display module; the map display module is used to display the map information of various cities / districts and counties, and the boundary line display module is used to display the boundary lines of various cities / districts and counties; The above map editing management module: includes an element adding management module for adding water supply project elements and an element editing management module for modifying or deleting water supply project elements, which is used to add, modify or delete water supply project elements according to the map, and the added elements and the map are not on the same layer, wherein the water supply project elements include point elements, line elements and surface elements; the element adding management module includes an element adding selection module, an element adding information input module and an element adding drawing module; the element editing management module includes an element modification management module and an element deletion management module; The element query management module includes an element query module and a problem query module, which are used to query elements that have been drawn or have problems, display a query result list, and edit / delete elements in the query result list; wherein the element query module includes a query element selection module, a query result display module, and a list element editing and deletion module, and the query result display module includes a query list display module and a query element display module; the problem query module includes a problem element selection module, a problem result display module, and a problem element editing and deletion module, and the problem result display module includes a problem list display module and a problem element display module; The spatial query management module includes a batch element type selection module, a batch element selection module, and a batch information modification module, which are used to select an area on the map according to the selected element type, so that all elements that meet the requirements in the area are selected, and the basic information of the selected elements is uniformly modified; The data export module includes an export element selection module and a list export module, which are used to generate and export a basic information table of elements.

[0006] In a preferred embodiment of the present invention, the login management module includes a city selection module, a district and county selection module, a personal information input module, a password input module, and a permission management module.

[0007] In a preferred embodiment of the present invention, the personal information input module includes a user name input module, a phone number input module, an email input module, and a code scanning login module.

[0008] In a preferred embodiment of the present invention, the map display module includes a two-dimensional map display module, a satellite map display module and a panoramic map display module.

[0009] In a preferred embodiment of the present invention, the boundary line display module includes a boundary line width adjustment module and a boundary line color adjustment module.

[0010] In a preferred embodiment of the present invention, point-type elements include zoned pressure measuring points, water intakes, water plants, water quality monitoring points, township business offices, water distribution stations, booster stations, backup deep water wells, town-level water diversion points, and village-level water diversion points; line-type elements include primary pipe networks, secondary pipe networks, and tertiary pipe networks; and surface-type elements include the water supply range of water plants, water sources, and backup water sources.

[0011] In a preferred embodiment of the present invention, the added feature selection module includes a point feature selection module, a line feature selection module and a surface feature selection module.

[0012] In a preferred embodiment of the present invention, the basic information of the elements includes point-type element basic information, line-type element basic information, surface-type element basic information and monitoring and management basic information.

[0013] In a preferred embodiment of the present invention, when performing a query or editing a question element: in the list, click on a row of data to highlight it on the map, and click the edit button of that row to directly enter the editing state to modify the basic information table, or edit the location, shape and size of the element.

[0014] In a preferred embodiment of the present invention, when performing a query or deleting a problem element: in the list, click on a row of data, it will be highlighted on the map, click the delete button of the row, and click OK in the pop-up window to complete the deletion of the element on the layer.

[0015] The beneficial effects of the present invention are: it can collect, organize and enter various elements and data in water conservancy and water supply projects, realize the interconnection and information sharing of water conservancy and water supply information in multiple regions, improve the scientificity, standardization and applicability of water supply project operation management and maintenance, and can perform synchronous maintenance operations in multiple cities / districts and counties through cloud servers, thereby improving the convenience and efficiency of system use. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for describing the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on these drawings without creative work, among which: Figure 1 It is a structural schematic diagram of a preferred embodiment of a water supply project operation and maintenance system of the present invention; Figure 2 It is a schematic diagram of the linear element adding operation of a preferred embodiment of a water supply project operation and maintenance system of the present invention; Figure 3It is a schematic diagram of the operation of adding surface elements of a preferred embodiment of a water supply project operation and maintenance system of the present invention; Figure 4 It is a schematic diagram of problem query operation of a preferred embodiment of a water supply project operation and maintenance system of the present invention. DETAILED DESCRIPTION

[0017] The technical solutions in the embodiments of the present invention are described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0018] See also Figure 1-4 , the embodiment of the present invention includes: A water supply project operation and maintenance system, the structure of which includes: a login management module, a map display management module, a map editing management module, a feature query management module, a spatial query management module, a data export module, and a database arranged on a cloud server, wherein the database is respectively communicated with the login management module, the map display management module, the map editing management module, the feature query management module, the spatial query management module, and the data export module.

[0019] (1) Login management module: used by work managers to log into the system according to their own responsibilities to perform query management work.

[0020] The login management module includes a city selection module, a district and county selection module, a personal information input module, a password input module, and a permission management module.

[0021] Further preferably, the personal information input module includes a user name input module, a phone number input module, an email input module, a QR code scanning login module, etc.

[0022] When registering a user, you can enter the user's city information, name, position, phone number, email address and other information. The system's permission management module will automatically search and display the permission information corresponding to the position based on the entered position information and the preset position and permission comparison table in the database. Finally, click to register. All registration information will be stored in the database of the cloud server for remote operation.

[0023] When logging in, users only need to select the corresponding prefecture-level city and district, enter their password, name, and phone number, and click login to enter the system.

[0024] (2) Map display management module: used to display the map images of various cities / districts and counties in different areas, so that operators can edit and query water supply project elements based on the map. When a user logs in to the system, the system directly displays the map of the city / district / county selected by the user when logging in.

[0025] The map display management module includes a map display module and a boundary line display module, wherein the map display module is used to display the map information of each city / district and county, and the boundary line display module is used to display the boundary lines of each city / district and county.

[0026] Further preferably, the map display module includes a two-dimensional map display module, a satellite map display module and a panoramic map display module, and the operator can switch the map display mode according to specific needs when using it.

[0027] Further preferably, the boundary line display module includes a boundary line width adjustment module and a boundary line color adjustment module.

[0028] (3) Map editing and management module: used to add, modify or delete water supply project elements on the map; water supply project elements include point elements, line elements and surface elements.

[0029] Point-type elements include: zoned pressure measuring points, water intakes, water plants, water quality monitoring points, township business offices, water distribution stations, booster stations, backup deep water wells, town-level water diversion points, and village-level water diversion points.

[0030] Linear elements: primary pipe network, secondary pipe network, and tertiary pipe network.

[0031] Surface elements: water supply range of water plant, water source, and backup water source.

[0032] The above map editing management module includes the feature adding management module and the feature editing management module. The feature adding management module is mainly used to draw and add point features, line features or surface features on the map, and the added features and the map are not on the same layer. The feature editing management module is mainly used to modify or delete the drawn and added features.

[0033] (3.1) The element adding management module includes the element adding selection module, the element adding information input module, and the element adding drawing module.

[0034] The feature selection module includes point feature selection module, line feature selection module and surface feature selection module. When adding features: After logging into the system, click Add Feature, and you will see the feature selection prompt box to be drawn. After clicking to select the feature to be drawn, you can draw and input information at the appropriate position on the screen (the order of information and drawing operations can be adjusted at will).

[0035] After selecting the element to be added, you need to enter the basic information of the added element in the element information input module. The element information includes point element basic information, line element basic information, surface element basic information and monitoring and management basic information.

[0036] Basic information of water plant: water plant name, water plant number, regional code, water plant location, construction time, water source name, water source code, backup water source name, backup water source code, designed water supply scale, water plant administrative department, water plant management unit information, townships (streets) covered by water supply, administrative villages covered by water supply, designed water supply population, total rural water supply population, number of booster stations, total designed scale of booster stations, number of township business offices, monitoring type, modernization or standardization, treatment process, disinfection process, deep treatment process, water quality detection mode, historical water intake, proportion of water supply types, proportion of rural water supply, etc.

[0037] Basic information of water source / backup water source: water source name, water source code, water source area code, water source type, whether it is the main water source, designed water intake, target water quality, whether a protection zone is designated, whether a protection area is designated, identification signs, whether a vector boundary is created, dead storage capacity, beneficial storage capacity, flood control storage capacity, total storage capacity, well drilling depth, well diameter, daily extraction volume on application, water outflow, etc.

[0038] Basic information of the booster station: name of the booster station, code of the booster station, area code of the booster station, design scale, name of the water plant to which it belongs, code of the water plant to which it belongs, boosting level, pressurization category, number of clear water reservoirs, number of chlorination rooms, design boosting capacity, online monitoring information, operator information, etc.

[0039] Basic information of township business offices: name of township business office, township business office code, area code, name of affiliated water plant, township business office code, affiliated district or county, township business office affiliation, information of the person in charge of management of the township business office, number of personnel under management, number of townships under management, number of villages under management, number of households under management, number of people under management, number of village water pipe workers, etc.

[0040] Basic information of water intake: water intake name, water intake code, area code, water intake location, water source information, total permitted water intake volume, etc.

[0041] Basic information of the first, second and third level pipe networks: official website code, area code, starting location, end location, pipe network type, material, year, pipe diameter, length, name of the water plant, etc.

[0042] Basic information of village water diversion points: village water diversion point name, village water diversion point code, area code, concentration point name, location, affiliated water plant information, online monitoring information, etc.

[0043] Basic information of town-level water diversion points: town-level water diversion point name, town-level water diversion point code, area code, boundary point name, location, affiliated water plant information, online monitoring information, etc.

[0044] Basic information of water quality monitoring points: name of water quality monitoring point, water quality monitoring point code, area code, water plant information, location, online monitoring information, monitoring point type, etc.

[0045] Basic information of zoning pressure measuring points: name of zoning pressure measuring point, zoning pressure measuring point code, area code, name of natural village supplied, number of natural villages supplied, number of administrative villages supplied, name of administrative village supplied, registered population of supplied villages, permanent population of supplied villages, population served by water supply, full-cost water price, operating cost water price, water supply implementation water price, etc.

[0046] Basic information on health supervision and management: water plant name, water plant code, area code, whether the water plant has a health license, whether water-related products have valid licenses, whether water supply and management personnel have health certificates, whether water supply and management personnel have received health knowledge training, whether emergency response plans have been formulated, whether entry and exit to the plant are managed, water quality sampling information, etc.

[0047] Information of the person in charge of supervision: scope of responsibility of the person in charge, name of the government official, contact number of the government official, department and position of the person in charge, name of the industry regulatory department, etc.

[0048] Water plant management personnel: name, nature, address, contact number, clear written materials, number of management personnel, etc. of the operating and management unit.

[0049] The drawing steps of adding feature drawing module mainly include: (a) Point layer drawing: After selecting a feature, the feature icon will be displayed on the map. Drag the feature icon to the appropriate position on the screen / map, click to end drawing, and enter the corresponding basic information to complete the addition; (b) Drawing of line and surface layers: After selecting the feature, click Start at the appropriate location on the screen / map to confirm the starting mark point of the feature image. Then, gradually draw one or more intermediate mark points at the appropriate location on the screen / map to determine its path or shape. Finally, double-click to confirm the end mark point to end the drawing of the feature image. After entering the corresponding basic information, the addition is completed.

[0050] Among them, a new layer can be created each time a feature is added, or a new layer can be created for each type of feature to facilitate later modification.

[0051] (3.2) The element editing management module includes the element modification management module and the element deletion management module. When modification is required, first click the feature modification function, then select the mark points on the feature icon / feature image to be modified to adjust the length, angle, increase or decrease mark points, etc., or select the basic information of the feature with modification and re-enter it.

[0052] When deletion is required, first click the element deletion function, then select the element icons / element images to be modified one by one or select the element icons / images within a certain range, and click Delete.

[0053] (4) Feature query management module: used to query features that have been drawn or have problems, display the query result list, and edit / delete the features in the query result list.

[0054] The feature query management module includes feature query module and question query module.

[0055] (4.1) Feature query module: query all data of the features of the selected layer in this district or county, and display them in a list. It includes a query feature selection module, a query result display module, and a list feature editing and deletion module. The query result display module includes a query list display module and a query feature display module.

[0056] The specific steps include: click the drop-down button of the query feature selection module to open the query feature selection box; select the features you want to view as needed, which are surface features, line features, and point features; query all the data of the district and county (entered when logging in) based on the selected features, and display them in a list; click the list row to locate the selected feature, and the query feature display module will highlight the selected feature on the map to verify the location; click the edit or delete operation button in the query list to edit or delete the feature.

[0057] (4.2) Problem query module: Problem query only supports querying the pipe network layer, and querying the elements with incomplete attribute (basic) information in the district and county, so as to facilitate the next step of modification. It includes a problem element selection module, a problem result display module, and a problem element editing and deletion module. The problem result display module includes a problem list display module and a problem element display module. In this embodiment, this function only supports querying the problem pipe network.

[0058] The specific steps include: click the drop-down button of the problem element selection module to open the problem element selection box; select the problem element you want to view and click the problem query button as needed; query the problem elements with incomplete attribute information in this district and county according to the selected element type, and display them in a list to facilitate the next step of modification; click the element row in the problem list to locate the selected element and highlight it on the map to check the position; click the operation button in the list to edit or delete the problem element.

[0059] Further preferably, when performing a query or editing a question element: in the list, click on a row of data to highlight it on the map, and click the edit button of that row to directly enter the editing state, where you can modify the basic information table, or edit the location, shape and size of the element.

[0060] Further preferably, when performing a query or deleting a problem element: in the list, click on a row of data, it will be highlighted on the map, click the delete button of the row, and click OK in the pop-up window to complete the deletion of the element on the layer.

[0061] (5) Spatial query management module: mainly for the pipeline network layer. Because the amount of official website data is large, the spatial query function can support the selection of an area on the map. The pipeline network elements in the area will be selected, and the attribute table of the selected multiple pipelines can be modified uniformly.

[0062] The spatial query management module includes a batch feature type selection module, a batch feature box selection module, and a batch information modification module.

[0063] The specific steps include: click the spatial query button, select the pipe network category to be queried in the drop-down list; select the area where the pipe network needs to be modified on the map, click to start selecting, double-click to end selecting, and all the pipe networks of the target type in the area will be selected; click the batch information modification button to open the batch attribute information pop-up box, fill in the new attribute information in the pop-up box, click OK, and the selected pipe networks will be uniformly modified to the new attributes.

[0064] (6) Data export module: The attribute (basic) information of the drawn point features and surface features can be exported to an Excel table for easy use, and the attribute information can also be supplemented in the table.

[0065] The data export module includes an export element selection module and a list export module.

[0066] The specific steps include: click the data export button, select the element type to be exported in the drop-down list, and then select Export Excel, and the corresponding Excel table will be automatically downloaded to the specified download path.

[0067] The beneficial effects of the water supply project operation and maintenance system of the present invention are:

[0068] (1) The collection, organization and input of various elements and data in water conservancy and water supply projects ensure the timeliness, accuracy, completeness and rationality of the information, realize the interconnection and information sharing of water conservancy and water supply information among provinces, cities and counties, and improve the scientificity, standardization and applicability of the operation, management and maintenance of water supply projects; (2) Synchronous maintenance operations in multiple cities / districts and counties can be performed through the cloud server, which improves the convenience and efficiency of system use.

[0069] The above descriptions are merely embodiments of the present invention and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made using the contents of the present invention specification, or directly or indirectly applied in other related technical fields, are also included in the patent protection scope of the present invention.

Claims

1. A water supply project operation and maintenance system, characterized in that: include: A login management module, a map display management module, an upper map editing management module, a feature query management module, a spatial query management module, a data export module, and a database are provided on the cloud server; The login management module is used for the work management personnel to log in to the system according to their own responsibilities to perform maintenance operations; The map display management module is used to display the map images of various cities / districts and counties by region, including a map display module and a boundary line display module; The map display module is used to display the map information of each city / district / county, and the boundary line display module is used to display the boundary lines of each city / district / county; The above map editing management module: includes an element adding management module for adding water supply project elements and an element editing management module for modifying or deleting water supply project elements, which is used to add, modify or delete water supply project elements according to the map, and the added elements and the map are not on the same layer, wherein the water supply project elements include point elements, line elements and surface elements; the element adding management module includes an element adding selection module, an element adding information input module and an element adding drawing module; the element editing management module includes an element modification management module and an element deletion management module; The element query management module includes an element query module and a problem query module, which are used to query elements that have been drawn or have problems, display a query result list, and edit / delete elements in the query result list; wherein the element query module includes a query element selection module, a query result display module, and a list element editing and deletion module, and the query result display module includes a query list display module and a query element display module; the problem query module includes a problem element selection module, a problem result display module, and a problem element editing and deletion module, and the problem result display module includes a problem list display module and a problem element display module; The spatial query management module includes a batch element type selection module, a batch element selection module, and a batch information modification module, which are used to select an area on the map according to the selected element type, so that all elements that meet the requirements in the area are selected, and the basic information of the selected elements is uniformly modified; The data export module includes an export element selection module and a list export module, which are used to generate and export a basic information table of elements.

2. A water supply project operation and maintenance system according to claim 1, characterized in that: The login management module includes a city selection module, a district and county selection module, a personal information input module, a password input module, and a permission management module.

3. A water supply project operation and maintenance system according to claim 1, characterized in that: The personal information input module includes user name input module, phone number input module, email input module, and QR code scanning login module.

4. A water supply project operation and maintenance system according to claim 1, characterized in that: The map display module includes a two-dimensional map display module, a satellite map display module and a panoramic map display module.

5. A water supply project operation and maintenance system according to claim 1, characterized in that: The boundary line display module includes a boundary line width adjustment module and a boundary line color adjustment module.

6. A water supply project operation and maintenance system according to claim 1, characterized in that: Point-type elements include zoned pressure measuring points, water intakes, water plants, water quality monitoring points, township business offices, water distribution stations, booster stations, backup deep water wells, town-level water diversion points, and village-level water diversion points; line-type elements include primary pipeline networks, secondary pipeline networks, and tertiary pipeline networks; surface-type elements include the water supply range of water plants, water sources, and backup water sources.

7. A water supply project operation and maintenance system according to claim 1, characterized in that: The added feature selection module includes a point feature selection module, a line feature selection module and a surface feature selection module.

8. A water supply project operation and maintenance system according to claim 1, characterized in that: The basic information of elements includes basic information of point elements, basic information of line elements, basic information of surface elements and basic information of monitoring and management.

9. A water supply project operation and maintenance system according to claim 1, characterized in that: When querying or editing problem features: In the list, click a row of data to highlight it on the map. Click the edit button of that row to directly enter the editing state to modify the basic information table, or edit the location, shape, and size of the feature.

10. A water supply project operation and maintenance system according to claim 1, characterized in that: When querying or deleting problematic elements: In the list, click a row of data to highlight it on the map, click the Delete button for that row, and click OK in the pop-up window to complete the deletion of the element on the layer.

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