CN111612418A - Fortune pipe platform based on road maintenance - Google Patents
Fortune pipe platform based on road maintenance Download PDFInfo
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Abstract
The invention discloses a pipeline transporting platform based on road maintenance, which comprises the steps of constructing the whole pipeline transporting platform and is characterized by comprising the following modules: a resource layer, said resource layer providing a complete set of infrastructure for the entire platform; the data layer is mainly responsible for storing and managing the preprocessed data, the data and the analysis result; the application support layer integrates the existing various service capabilities; and the presentation layer is an entrance specifically used by the operation and management platform service, and comprises a webpage version service system, a mobile phone app and a GIS large screen display. The intelligent management mode and the intelligent management technical scheme are integrated into maintenance, and the contents of the acquisition of specific event data, the transmission of the event data, the analysis of the event data, the issuing of the operation and management instructions, the execution of the operation and management instructions and the like are intelligently controlled.
Description
Technical Field
The invention belongs to the field of road maintenance, and particularly relates to a pipe conveying platform based on road maintenance.
Background
Current municipal maintenance is based on the manual work, but the manual work is managed for a long time, produces tiredly easily, and makes mistakes easily. The intelligent highway maintenance management system fully utilizes new-generation technologies such as Internet of things, cloud computing, satellite remote sensing, geographic information and MEMS sensors, comprehensively utilizes theories and tools such as traffic science, system methods, artificial intelligence and knowledge mining, and performs data acquisition, analysis, arrangement, storage, integration, application and the like by taking comprehensive perception, deep fusion, active service and scientific decision as targets, so that the traffic system has the capabilities of perception, interconnection, analysis, prediction, control and the like in roads and cities even in a larger space-time range, the traffic safety is fully guaranteed, the efficiency of traffic infrastructure is exerted, the operation efficiency and the management level of the traffic system are improved, and the intelligent highway maintenance management system is served for smooth public going out and sustainable economic development.
Disclosure of Invention
The invention provides a road maintenance-based transportation and management platform, which integrates the current intelligent management mode and technical scheme into maintenance, and has the characteristics of intelligent management and control of the contents of specific event data acquisition, event data transmission, event data analysis, transportation and management instruction issuing, transportation and management instruction execution and the like, and specific intelligence and portability.
In order to achieve the purpose, the invention adopts the following technical scheme.
The utility model provides a fortune pipe platform based on road maintenance, includes and constructs whole fortune pipe platform, specifically includes following module:
the resource layer provides a whole set of infrastructure for the whole platform, including computing services, storage services, network services and other physical resources;
the data layer is mainly responsible for storing and managing preprocessed data, data and analysis results, establishing a data dictionary and a data warehouse, and storing the preprocessed data, the data and the analysis results in a classified manner according to different storage architectures, such as data types, purposes and the like;
the system comprises an application supporting layer, a service scheduling center and a service opening platform, wherein the application supporting layer integrates various existing service capabilities, can be specifically classified into an application server, service capability access, a service engine and a service opening platform, measures and calculates basic service capabilities downwards according to the service capability requirements, calls data services and resource layer infrastructure services in a data layer, provides service scheduling center services upwards and monitors various resources of the platform in real time;
and the presentation layer is an entrance specifically used by the operation and management platform service, and comprises a webpage version service system, a mobile phone app and a GIS large screen display.
In a preferred embodiment of the present invention, on the basis of the application support layer, specific service functions are formed:
1) the Internet of things equipment comprehensively monitors and warns: the intelligent street lamp, the intelligent well cover and the intelligent box transformer substation intelligent facility are monitored on line, and abnormal equipment is alarmed;
2) and managing the assets of the facility record: the increase and the breakage of facility equipment are digitally tracked throughout the life, the asset value is evaluated, and paperless office work is realized;
3) and patrol maintenance management: establishing a virtual coordinate point position by using an electronic map, wherein the virtual coordinate point position is used for marking the inspection in-place condition and generating an inspection arrival rate index;
4) and event work order management: automatically generating an event workflow for each reported event, recording the condition of each link in the workflow in detail, and archiving only after the event is finished, thereby realizing closed-loop management;
5) emergency resource management: managing emergency resources in the park, establishing an emergency plan mechanism, and responding to events occurring in the park in time at the first time.
In a preferred embodiment of the invention, the patrol maintenance management is implemented by a vehicle-mounted camera and a positioning system, a high-definition camera and a vehicle-mounted positioning system are additionally arranged on a patrol vehicle and a construction operation vehicle, when the vehicle goes out for operation, a field picture can be transmitted back to a large screen of a command center in real time, and the command center can know the implementation conditions of the field patrol and the operation at the first time.
In a preferred embodiment of the invention, an electronic map archive database is established on a platform, and a patrol point location system is established; the platform can record the track of the inspection vehicle, and when the vehicle runs within 50 meters of the inspection point, the inspection personnel can be judged to have arrived at the inspection point; when the patrol vehicle runs through all patrol points of the road, the patrol arrival rate of the road on the day is 100%; otherwise, the ratio of the passing inspection points to all inspection points is calculated to obtain the inspection arrival rate.
In a preferred embodiment of the invention, the sheets in the event work order report the events through the mobile phone app, the gps, the time and the names of the inspectors at the place are uploaded during the reporting, and meanwhile, the inspectors need to fill in the type, the degree, the specific damaged facilities, the maintenance suggestions and the project amount estimation information of the events.
In a preferred embodiment of the invention, the sheet automatically generates a work flow, the work flow is transmitted to the next link from the current link on the platform, and each link has an auditing and approving person to check the validity and authenticity of the sheet.
In a preferred embodiment of the invention, the comprehensive monitoring and early warning of the equipment of the internet of things is managed by one graph of the equipment of the internet of things and a GIS.
In a preferred embodiment of the present invention, the server of the platform is deployed in the cloud, and the operator executes a specific service through a mobile phone and a web browser.
Drawings
Fig. 1 is a working principle diagram of the present invention.
Fig. 2 is a detailed diagram of event reporting of a mobile terminal according to the present invention.
FIG. 3 is a detailed diagram of workflow review and delivery according to the present invention.
FIG. 4 is a schematic view of a patrol assessment of the present invention.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings and examples.
The platform adopts a BS (browser/Server) architecture system, the platform Server is deployed at the cloud end, and an operator executes specific services through a mobile phone and a web browser.
The platform architecture is divided into: resource layer, data layer, application support layer, service layer, and presentation layer, as shown in the following figure.
(1) Resource layer
The resource layer comprises supporting software and related infrastructure, such as vehicle-mounted hardware equipment, a GIS system, an application server (Ali cloud), a storage server (Ali cloud), a GIS server (Ali cloud), a network, a Gade map web service and the like. On this basis, the resource layer provides a complete set of infrastructure for the entire system, such as computing services (virtual machines, etc.), storage services (files, object stores, etc.), web services (load balancing, access control, etc.), and other physical resources (servers, storage devices, switches, etc.). Physical resources are scheduled, managed and monitored by a resource layer, efficient operation of infrastructure is guaranteed, and application and data protection and driving are achieved through functions of load management, data management, resource deployment, safety management and the like.
The acquired and preprocessed data are transmitted to the service platform through various transmission networks (LAN, WAN and the like) in the resource layer, the data processed by the platform, the analysis result and the control instruction are transmitted to the user application system, and information interaction between the detection equipment, the application system and the comprehensive platform is realized.
(2) Data layer
The data layer is mainly responsible for storage and management of preprocessed data, data and analysis results, establishes a data dictionary and a data warehouse, and stores the preprocessed data, the data and the analysis results in a classified manner according to different storage architectures, such as data types, purposes and the like.
Currently, road databases, asset databases, event stream databases, vehicle trajectory databases, emergency resource databases, etc. are established. The database software adopts MySQL, PostgreSQL and the like, and a load balancing strategy is adopted to distribute forwarding, storing, comparing and inquiring tasks to a plurality of servers, so that a data warehouse is changed into a customized and easily-expanded service, and the data analysis is more efficient.
(3) An application support layer
In the wisdom fortune pipe platform, use the supporting layer to include: the system comprises a video convergence platform, a big data information service platform, a geographic information service platform and a position information service platform.
The application support layer can integrate various existing service capabilities, specifically can be classified into an application server, a service capability access, a service engine and a service open platform, measures and calculates the basic service capability downwards according to the service capability requirement, calls the data service and the resource layer infrastructure service in the data layer, provides service dispatching center service upwards and monitors various resources of the platform in real time.
(4) Business layer
On the basis of the application support layer, a specific service function is formed. The current platform service functions include:
1) the Internet of things equipment comprehensively monitors and warns: intelligent facilities such as wisdom street lamp, wisdom well lid, wisdom case become in the project carry out on-line monitoring, report to the police to unusual equipment.
2) And managing the assets of the facility record: and the increase and the loss of facilities and equipment in the harbor district are digitally tracked in the whole life, the asset value is evaluated, and paperless office work is realized.
3) And patrol maintenance management: and establishing a virtual coordinate point position by using the electronic map, wherein the virtual coordinate point position is used for marking the inspection in-place condition and generating an inspection arrival rate index. In the process of patrol, event reporting can be carried out when problems are found. In addition, the camera additionally arranged on the patrol vehicle acquires the field situation in real time, records the vehicle track and realizes track backtracking.
4) And event work order management: and automatically generating an event workflow for each reported event, recording the conditions of each link in the workflow in detail, and archiving the workflow only after the event is finished so as to realize closed-loop management. Meanwhile, according to the needs, the filed events can be exported to form a report, the business needs are met, and paperless office work is realized.
5) Emergency resource management: the emergency resources in the park are managed, an emergency plan mechanism is established, and the emergency plan mechanism can timely respond to events occurring in the park at the first time.
(5) And a performance layer
The presentation layer is an entrance specifically used by the operation and management platform service, and comprises a webpage version service system, a mobile phone app and a GIS large screen display.
The business system can complete event work order reporting, processing, inquiring, facility file asset management and patrol maintenance management; the mobile phone app can complete the event work order management work; the GIS large screen display can complete comprehensive monitoring and early warning of the Internet of things equipment, patrol maintenance management work and emergency resource management work, various events and relevant statistics can be visually displayed on a map, and command and scheduling are facilitated.
In summary, the present invention has the following technical effects:
(1) the comprehensive practical system is utilized to realize the informatization of management and maintenance system and whole flow
The method has the advantages that a perfect management comprehensive practical system and mobile app are built, service flow informatization, paperless and closed-loop management such as maintenance operation management and project supervision is achieved, labor and time costs are reduced, a group is helped to master asset information and service execution conditions of various governed projects in real time through advantages such as mobile office and network cloud service, responsibility, standardization and transparence of various management and maintenance jobs are promoted, and the overall management level of the group is improved.
(2) The real-time monitoring of the maintenance site is realized by utilizing the vehicle-mounted camera and the positioning system
High-definition cameras and vehicle-mounted positioning systems are additionally arranged on patrol vehicles and construction operation vehicles, so that when the vehicles go out for operation, field pictures can be transmitted back to a large screen of a command center in real time, and the command center can know the implementation conditions of field patrol and operation in the first time. In addition, the vehicle speed and the track of the vehicle are monitored and managed by using the vehicle-mounted positioning system.
(3) And the management of one graph of Internet of things equipment and GIS is utilized to realize the monitoring of the whole life state of the port property
An extensible international port affair district asset life-cycle management cloud platform based on Internet of things equipment and GIS is established, intelligent facilities such as intelligent street lamps, intelligent well covers and intelligent box transformers in projects are monitored on line, increase and damage of facility equipment in port districts are tracked in a digitalized life-cycle mode, and asset value is evaluated.
(4) Establishing efficient traffic flow monitoring and emergency plan management system
An efficient accident emergency system is established, emergency resources and coping strategies are prepared in advance, emergency preparation is made according to the type, degree, occurrence time and place of accidents in the international harbor service area, and the resources are integrated in a short time to rapidly solve the accidents.
Example 1:
after the technical scheme is adopted, the following implementation landing scheme can be specifically realized:
(1) as shown in fig. 2, the mobile end event reports: when the patrol officer finds the event, the secondary manager of the project to be audited, the material auditor and the specific damaged picture.
(2) Workflow review and delivery, as shown in fig. 3: if the event reported by the inspector is available, a work flow is generated and is transmitted to the next link from the current link on the platform, and each link has an auditing and approving staff to check the validity and authenticity of the event, if the event needs to be audited by a project assistant manager or not is a repeated event, a maintenance group uploads a maintenance completion picture after maintenance is performed. The workflow can record the examination and approval conditions of personnel in each link, the workflow is retained, and the archiving is not finished until the workflow is finished.
(3) And large screen visual display: events reported by the park, park internet of things equipment and vehicles for performing routing inspection in the park can be integrated on a GIS map for visual display, and one-map management is realized. Through the visual large screen, the position, type and degree of the occurrence of the event can be quickly positioned, the problem of resource allocation can be solved in a targeted manner, and the treatment efficiency of the event can be improved.
(4) Park patrol and examination
As shown in fig. 4, an electronic map archive database is established on the platform, and a patrol point location system is established. The platform can record the track of the inspection vehicle, and when the vehicle runs within 50 meters of the inspection point, the inspection personnel can be judged to have arrived at the inspection point; when the patrol vehicle runs through all patrol points of the road, the patrol arrival rate of the road on the day is 100%; otherwise, the ratio of the passing inspection points to all inspection points is calculated to obtain the inspection arrival rate.
Finally, it should be noted that: the above examples are only used to illustrate the present invention and not to limit the technical solutions described in the present invention. Therefore, although the present invention has been described in detail with reference to the above embodiments, it should be understood by those skilled in the art that the present invention may be modified and equivalents may be substituted, and thus, all technical solutions and modifications thereof that do not depart from the spirit and scope of the present invention should be covered by the claims of the present invention.
Claims (8)
1. The utility model provides a fortune pipe platform based on road maintenance, is including constructing whole fortune pipe platform, its characterized in that specifically includes following module:
the resource layer provides a whole set of infrastructure for the whole platform, including computing services, storage services, network services and other physical resources;
the data layer is mainly responsible for storing and managing preprocessed data, data and analysis results, establishing a data dictionary and a data warehouse, and storing the preprocessed data, the data and the analysis results in a classified manner according to different storage architectures, such as data types, purposes and the like;
the system comprises an application supporting layer, a service scheduling center and a service opening platform, wherein the application supporting layer integrates various existing service capabilities, can be specifically classified into an application server, service capability access, a service engine and a service opening platform, measures and calculates basic service capabilities downwards according to the service capability requirements, calls data services and resource layer infrastructure services in a data layer, provides service scheduling center services upwards and monitors various resources of the platform in real time;
and the presentation layer is an entrance specifically used by the operation and management platform service, and comprises a webpage version service system, a mobile phone app and a GIS large screen display.
2. The road maintenance-based pipe transporting platform according to claim 1, wherein specific service functions are formed on the basis of the application supporting layer:
1) the Internet of things equipment comprehensively monitors and warns: the intelligent street lamp, the intelligent well cover and the intelligent box transformer substation intelligent facility are monitored on line, and abnormal equipment is alarmed;
2) and managing the assets of the facility record: the increase and the breakage of facility equipment are digitally tracked throughout the life, the asset value is evaluated, and paperless office work is realized;
3) and patrol maintenance management: establishing a virtual coordinate point position by using an electronic map, wherein the virtual coordinate point position is used for marking the inspection in-place condition and generating an inspection arrival rate index;
4) and event work order management: automatically generating an event workflow for each reported event, recording the condition of each link in the workflow in detail, and archiving only after the event is finished, thereby realizing closed-loop management;
5) emergency resource management: managing emergency resources in the park, establishing an emergency plan mechanism, and responding to events occurring in the park in time at the first time.
3. The transportation and management platform based on road maintenance according to claim 1, wherein the patrol maintenance management is implemented through a vehicle-mounted camera and a positioning system, a high-definition camera and the vehicle-mounted positioning system are additionally arranged on a patrol vehicle and a construction operation vehicle, when the vehicle goes out for operation, a field picture can be transmitted back to a command center large screen in real time, and the command center can know the field patrol and operation implementation conditions in the first time.
4. The road maintenance-based transportation and management platform according to claim 3, wherein an electronic map archive database is established on the platform, and a patrol point location system is established; the platform can record the track of the inspection vehicle, and when the vehicle runs within 50 meters of the inspection point, the inspection personnel can be judged to have arrived at the inspection point; when the patrol vehicle runs through all patrol points of the road, the patrol arrival rate of the road on the day is 100%; otherwise, the ratio of the passing inspection points to all inspection points is calculated to obtain the inspection arrival rate.
5. The transportation and management platform based on road maintenance as claimed in claim 1, wherein a sheet in the event work order reports an event through a mobile phone app, wherein the sheet uploads gps, time and name of a patrol officer at the place, and meanwhile, the patrol officer needs to fill in information of type, degree, specific damaged facilities, maintenance suggestions and project amount prediction of the event.
6. The road maintenance-based transportation and management platform is characterized in that a sheet automatically generates a workflow and is transmitted from a current link to a next link on the platform, and each link has an auditing and approving person to check the validity and authenticity of the sheet.
7. The road maintenance-based transportation and management platform according to claim 1, wherein comprehensive monitoring and early warning of the Internet of things equipment is managed through one graph of Internet of things equipment and GIS.
8. The road maintenance-based transportation and management platform according to any one of claims 1 to 7, wherein a server of the platform is deployed in a cloud end, and an operator executes specific services through a mobile phone and a web browser.
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Application publication date: 20200901 |