A smart pole system

Abstract

The present invention discloses a smart pole system, which includes a solution module, an operation and maintenance module, and an intelligent application module. The solution module is used to formulate smart pole rules and determine the feasibility of the project based on the map point information, equipment asset information, and electricity and network asset information of the equipment; the solution module obtains the real-time equipment landing configuration through the edge computing unit; the operation and maintenance module is used for the operation status control of the equipment, the status management of electricity and the network, generates an alarm work order and performs work order operation and maintenance according to the joint alarm sent by the edge computing unit, and also generates equipment operation and maintenance information; the intelligent application module is used to perform intelligent application of smart pole scenes according to the solution module, and also performs intelligent application of alarms according to the intelligent identification linkage alarm and equipment linkage alarm received by the operation and maintenance module. The present invention can combine smart pole rules, operation and maintenance with intelligent applications, can reduce costs and reduce landing time through evaluation, and can be used to train new smart scenes.

Description

Technical Field

[0001] The present invention relates to the field of street lamp equipment, and in particular to a smart pole system. Background Art

[0002] The existing smart pole system integrates various intelligent devices on street lamps, controls and manages various intelligent devices on the smart poles through an intelligent platform, and realizes intelligent recognition of fixed scenes, environmental monitoring and information network sharing.

[0003] However, no corresponding assessment was done during the implementation of smart poles, resulting in high implementation costs, repeated resource calls and long implementation cycles. In addition, the rules and operation and maintenance of smart poles are separated from intelligent applications, resulting in high equipment management costs. Summary of the invention

[0004] The purpose of the present invention is to provide a smart pole system to solve the problems of high implementation cost, repeated resource calls, long implementation time, and high equipment management cost caused by the separation of smart pole rules and operation and maintenance from intelligent applications.

[0005] The present invention provides a smart pole system, comprising a solution module, an operation and maintenance module and an intelligent application module, wherein the solution module is used to formulate smart pole rules according to the map point information, equipment asset information and electricity and network asset information of the equipment, and evaluate the cost, intelligent scene configuration, equipment landing configuration and landing cycle to determine the feasibility of the project; the equipment asset information includes the attributes, services, intelligent event applications and prices of the equipment; through the equipment control, intelligent identification linkage alarm and equipment linkage alarm of the edge computing unit, the solution module obtains the real-time equipment landing configuration; the operation and maintenance module is used for the operation status control of the equipment, the status management of electricity and the network, and also generates an alarm work order and performs work order operation and maintenance by receiving the intelligent identification linkage alarm and the equipment linkage alarm generated by the edge computing unit, and also generates equipment operation and maintenance information according to the intelligent identification linkage alarm, the equipment linkage alarm and the work order information; the intelligent application module is used to perform intelligent application of the smart pole scene according to the solution module, and also performs intelligent application of alarm according to the intelligent identification linkage alarm and the equipment linkage alarm received by the operation and maintenance module.

[0006] In one embodiment, the solution module includes a map service sub-module, an equipment asset sub-module, a pipeline service sub-module, a smart pole rule sub-module and an evaluation sub-module; the map service sub-module is used to provide map point information of the equipment; the equipment asset sub-module is used to provide the equipment asset information; the pipeline service sub-module is used to provide the electrical and network asset information; the smart pole rule sub-module is connected to the map service sub-module, the equipment asset sub-module and the pipeline service sub-module, and is used to formulate the smart pole rules; the evaluation sub-module is used to evaluate the cost, the intelligent scene configuration, the equipment landing configuration and the landing cycle to determine the feasibility of the project.

[0007] In one embodiment, the operation and maintenance module includes an equipment management submodule, an alarm center, a work order center and a work order processing submodule; the equipment management submodule is connected to the edge computing unit, and is used for operating status control of the equipment, status management of the electricity and network, and forwarding of the intelligent identification linkage alarm and the equipment linkage alarm; the alarm center is connected to the equipment management submodule, and stores the intelligent identification linkage alarm and the equipment linkage alarm through a time series database, and determines the alarm time, alarm type, whether the alarm is processed and whether the equipment is linked; the work order center is connected to the alarm center, and generates an alarm work order according to the intelligent identification linkage alarm and the equipment linkage alarm stored in the alarm center; the work order processing submodule is connected to the work order center to perform work order operation and maintenance and generate the equipment operation and maintenance information according to the alarm work order sent by the work order center.

[0008] In one embodiment, the intelligent application module includes an intelligent rule engine for formulating the configuration information of the intelligent identification linkage alarm and the configuration information of the device linkage alarm corresponding to the intelligent scene configuration.

[0009] In one embodiment, the intelligent rule engine also checks the activity of the smart pole rules, dynamically adjusts the priority of the intelligent rules according to the activity of the smart pole rules, and intelligently schedules the effective usage time of the intelligent recognition algorithm.

[0010] In one embodiment, the intelligent application module includes an intelligent dispatching center, which performs intelligent dispatching of equipment according to equipment reverse control, so that the intelligent rule engine sends platform rule linkage alarms to the operation and maintenance module, so that the operation and maintenance module generates alarm work orders and performs work order operation and maintenance.

[0011] In one embodiment, the intelligent application module sets an interface for device reverse control operation in the map service submodule, so that the intelligent dispatching center performs intelligent dispatching of equipment according to the reverse control of the map service submodule.

[0012] In one embodiment, the map service submodule sets a planning interface for a smart pole, so that the intelligent application module can display the intelligent scene configuration and the device landing configuration corresponding to the map point information of the device in the intelligent application of the smart pole scene.

[0013] In one embodiment, the map service submodule is connected to the operation and maintenance module so that the intelligent application module can display the equipment operation and maintenance information in the intelligent application of the alarm.

[0014] In one embodiment, the operation and maintenance module also generates device status information for the intelligent application module to display the device status information based on the map point information of the device. The device status information includes whether the device is online or offline, the survival rate of the device, the usage rate of the device and the activity of the device.

[0015] The above-mentioned smart pole system can combine smart pole rules, operation and maintenance with intelligent applications, can reduce costs and implementation time through evaluation, and can be used to train new smart scenarios. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] The specific implementation modes of the present invention will be described in detail below with reference to the accompanying drawings.

[0017] Figure 1 FIG. 4 is a connection diagram of a smart pole system according to a first embodiment of the present invention.

[0018] Figure 2 FIG. 2 is a connection diagram of a smart pole system according to a second embodiment of the present invention. DETAILED DESCRIPTION

[0019] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the specific embodiments of the present invention are described in detail below with reference to the accompanying drawings.

[0020] Figure 1 FIG. 1 is a schematic diagram of a smart pole system according to a first embodiment of the present invention. Figure 1As shown, the smart pole system includes a solution module 100, an operation and maintenance module 200, and an intelligent application module 300. The solution module 100 is used to formulate smart pole rules based on the map point information, equipment asset information, and electricity and network asset information of the equipment, and evaluate the cost, intelligent scene configuration, equipment landing configuration and landing cycle to determine the feasibility of the project; the equipment asset information includes the attributes, services, intelligent event applications and prices of the equipment; through the equipment control, intelligent identification linkage alarm and equipment linkage alarm of the edge computing unit 400, the solution module 100 obtains the real-time equipment landing configuration. The operation and maintenance module 200 is used for the operation status control of the equipment, the status management of electricity and the network, and also generates alarm work orders and performs work order operation and maintenance by receiving the intelligent identification linkage alarm and equipment linkage alarm generated by the edge computing unit 400, and generates equipment operation and maintenance information based on the intelligent identification linkage alarm, equipment linkage alarm and work order information. The intelligent application module 300 is used to perform intelligent applications of smart pole scenarios based on the solution module 100, and also to perform intelligent applications of alarms based on the intelligent identification linkage alarms and equipment linkage alarms received by the operation and maintenance module 200.

[0021] Specifically, the solution module 100 can determine the existing electricity and network conditions based on the electricity and network asset information, determine the attributes, services, intelligent event applications and prices of various intelligent devices based on the equipment asset information, and set the landing location of the smart pole and related equipment based on the map point information of the equipment, such as GIS map information, so as to formulate the corresponding smart pole planning. According to the smart pole planning, the condition information of the smart pole project can be determined, and the condition information of the smart pole project includes the price of the landing equipment, the landing deployment price of electricity and network, and the intelligent application of the landing location, such as identifying electric vehicles, motor vehicles and urban management. At the same time, the cost of the smart pole project can be evaluated based on the price of the landing equipment, the landing deployment price of electricity and network, etc., and the intelligent scene configuration and equipment landing configuration can be evaluated based on the intelligent application of the landing location, and then the landing cycle of the project can be evaluated, so as to obtain multiple evaluation results to determine the feasibility of the project, and the smart pole planning can be adjusted according to the feasibility of the project. Therefore, the solution module 100 can formulate a better smart pole planning, manage electricity and network assets on a platform, avoid duplication of construction including re-distribution of electricity and re-distribution of the network, quickly estimate the cost of the smart pole project in advance, and accelerate the progress of the project's landing productization. Moreover, through the device control, intelligent identification linkage alarm and device linkage alarm of the edge computing unit 400, the solution module 100 can obtain the real-time device landing configuration, and thus evaluate the smart pole rules according to the real-time device landing configuration. For example, when the edge computing unit 400 issues a device linkage alarm to indicate that the smart pole device is damaged, the device landing configuration is updated in real time. The solution module 100 can then evaluate and determine the smart pole rules accordingly, such as evaluating whether to replace it with a device of the same model based on the device asset information, or to replace a new device, such as a new intelligent application for realizing a smart pole scenario.

[0022] Specifically, the operation and maintenance module 200 is used for the operation status control of the equipment, and the status management of electricity and the network, so as to ensure that the various smart pole devices can work normally during the construction of the smart pole project, and realize the intelligent application of the smart pole scene. When controlling the equipment, the edge computing unit 400 will perform equipment linkage alarms according to the event scenario, and can also perform intelligent identification linkage alarms. The operation and maintenance module 200 generates alarm work orders and performs work order operation and maintenance by receiving the intelligent identification linkage alarms and equipment linkage alarms generated by the edge computing unit 400, so as to assign relevant personnel to handle the alarms, and also generates equipment operation and maintenance information based on the intelligent identification linkage alarms, equipment linkage alarms and work order information for the intelligent application to call the alarm. Therefore, the operation and maintenance module 200 ensures that the construction of the smart pole project can proceed normally and orderly through the edge computing unit 400.

[0023] Specifically, the intelligent application module 300 is interrelated with the solution module 100 and the operation and maintenance module 200. The intelligent application module 300 can be used to perform intelligent applications of smart pole scenes according to the solution module 100. The current intelligent scene configuration can be viewed through the intelligent application of the smart pole scene. It can also predict and browse fixed scenes in advance according to the device asset information corresponding to the device landing configuration, such as the attributes, services, and intelligent event applications of the device, so as to develop intelligent applications for new scenes. The intelligent application module 300 also performs intelligent applications of alarms based on the intelligent identification linkage alarms and device linkage alarms received by the operation and maintenance module 200. The intelligent identification linkage alarm can be a linkage alarm for intelligent identification of smart cameras equipped with face recognition, crowd detectors, and active fire alarm capabilities. The intelligent application can display work order operation and maintenance information. The work order operation and maintenance information can include work order information for alarm processing, and can also include alarm types such as intelligent identification linkage alarms or device linkage alarms.

[0024] The smart pole system of this embodiment can combine smart pole rules, operation and maintenance with intelligent applications, can reduce costs and implementation time through evaluation, and can be used to train new smart scenarios.

[0025] Figure 2 FIG. 2 is a schematic diagram of a smart pole system according to a second embodiment of the present invention. Figure 2 As shown, this embodiment is basically the same as the smart pole system of the first embodiment. In the second embodiment, the solution module 100 may include a map service submodule 110, an equipment asset submodule 120, a pipeline service submodule 130, a smart pole rule submodule 140 and an evaluation submodule 150. The map service submodule 110 can be used to provide map point information of the equipment, such as GIS map information. The equipment asset submodule 120 can be used to provide equipment asset information. The pipeline service submodule 130 is used to provide electrical and network asset information. The smart pole rule submodule 140 is connected to the map service submodule 110, the equipment asset submodule 120 and the pipeline service submodule 130 for formulating smart pole rules. The evaluation submodule 150 is used to evaluate the cost, intelligent scene configuration, equipment landing configuration and landing cycle to determine the feasibility of the project.

[0026] Specifically, the smart pole rule submodule 140 can determine the existing electricity and network conditions based on the electricity and network asset information provided by the pipeline service submodule 130, and can determine the attributes, services, intelligent event applications and prices of various intelligent devices based on the equipment asset information provided by the equipment asset submodule 120. According to the map point information of the equipment provided by the map service submodule 110, such as GIS map information, the landing location of the smart pole and related equipment can be set, thereby formulating the corresponding smart pole planning. The smart pole rule submodule 140 can determine the condition information of the smart pole project based on the smart pole planning. The condition information of the smart pole project includes the price of the landing equipment, the landing deployment price of electricity and the network, and the intelligent application of the landing location, such as identifying electric vehicles, motor vehicles and urban management. At the same time, the evaluation submodule 150 can evaluate the cost of the smart pole project based on the price of the landing equipment, the landing deployment price of electricity and the network, etc., and can evaluate the intelligent scene configuration and equipment landing configuration based on the intelligent application of the landing location, and then evaluate the landing cycle of the project, thereby determining the feasibility of the project, and can adjust the smart pole planning according to the feasibility of the project. Thus, the solution module 100 can formulate a better smart pole plan, manage electricity and network assets on a platform, avoid duplicate construction including re-distribution of electricity and re-distribution of the network, quickly estimate the cost of the smart pole project in advance, and speed up the progress of the project's implementation and productization. Moreover, through the device control, intelligent identification linkage alarm and device linkage alarm of the edge computing unit 400, the solution module 100 can obtain the real-time device landing configuration, and thus evaluate the smart pole rules according to the real-time device landing configuration. For example, when the edge computing unit 400 issues a device linkage alarm to indicate that a device on the smart pole is damaged, the device landing configuration is updated in real time. Then, the solution module 100 can evaluate the smart pole rules accordingly, such as evaluating whether to replace only the same device based on the device asset information, or to achieve new intelligent applications of the smart pole scene by replacing new devices.

[0027] In one embodiment, the operation and maintenance module 200 includes a device management submodule 210, an alarm center 220, a work order center 230, and a work order processing submodule 240. The device management submodule 210 is connected to the edge computing unit 400, and is used for the operation status control of the device, the status management of the electricity and the network, and the forwarding of the intelligent identification linkage alarm and the device linkage alarm. The alarm center 220 is connected to the device management submodule 210, and stores the intelligent identification linkage alarm and the device linkage alarm through the time series database, and determines the alarm time, alarm type, whether the alarm is processed, and whether the device is linked. The work order center 230 is connected to the alarm center 220, and generates an alarm work order according to the intelligent identification linkage alarm and the device linkage alarm stored in the alarm center 220. The work order processing submodule 240 is connected to the work order center 230 to perform work order operation and maintenance and generate equipment operation and maintenance information according to the alarm work order sent by the work order center 230. In one embodiment, the device management submodule 210 receives the device linkage alarm sent by the edge computing unit 400, and provides the solution module 100 with real-time device landing configuration for evaluating the smart pole rules. However, the present application does not limit the alarm center 220 to only store intelligent identification linkage alarms and device linkage alarms, but also other alarms, such as platform rule linkage alarms, etc. The platform rule linkage alarm can be a linkage alarm set by the intelligent rule engine 310 according to the intelligent scene configuration.

[0028] Specifically, the device management submodule 210 is connected to the edge computing unit 400, and is used for the operation status control of the equipment, the status management of electricity and the network, and the forwarding of intelligent identification linkage alarms and device linkage alarms. When the edge computing unit 400 issues a device linkage alarm, the device management submodule 210 forwards the device linkage alarm to the alarm center 220. The alarm center 220 stores the intelligent identification linkage alarms and device linkage alarms through a time series database, and determines the alarm time, alarm type, whether the alarm is processed, and whether the device is linked. The work order center 230 generates an alarm work order according to the intelligent identification linkage alarms and device linkage alarms stored in the alarm center 220. The work order processing submodule 240 performs work order operation and maintenance and generates equipment operation and maintenance information according to the alarm work order sent by the work order center 230, so as to be used for the intelligent application module 300 to display the alarm according to the equipment operation and maintenance information.

[0029] In one embodiment, the intelligent application module 300 includes an intelligent rule engine 310, which is used to formulate the configuration information of the intelligent recognition linkage alarm and the configuration information of the device linkage alarm corresponding to the intelligent scene configuration, so that the edge computing unit 400 performs the alarm preset by the intelligent application module 300, so that the corresponding alarm is displayed in the intelligent application of the alarm. In one embodiment, the intelligent rule engine 310 also checks the activity of the smart pole rules, dynamically adjusts the priority of the intelligent rules according to the activity of the smart pole rules, and intelligently schedules the effective use time of the intelligent recognition algorithm, so as to reasonably and effectively allocate the computing processing capacity of the edge computing unit 400, so that the edge computing unit 400 can quickly respond to the smart pole rules with higher activity.

[0030] In one embodiment, the intelligent application module 300 includes an intelligent dispatch center 320, which reads the configuration information of the intelligent identification linkage alarm in the intelligent rule engine 310 according to the intelligent identification linkage alarm generated by the edge computing unit 400, and sends the platform rule linkage alarm to the operation and maintenance module 200, so that the operation and maintenance module 200 generates an alarm work order and performs work order operation and maintenance. In one embodiment, the intelligent application module 300 includes an intelligent dispatch center 320, which performs intelligent equipment dispatch according to equipment reverse control, so that the intelligent rule engine 310 sends the platform rule linkage alarm to the operation and maintenance module 200, so that the operation and maintenance module 200 generates an alarm work order and performs work order operation and maintenance.

[0031] In one embodiment, the map service submodule 110 sets a planning interface for a smart pole, so that the intelligent application module 300 can display the map point information of the device in the intelligent application of the smart pole scene, such as the intelligent scene configuration and device landing configuration corresponding to the GIS map information, which can be used to better formulate smart pole rules and can also be used to develop intelligent applications for new scenes.

[0032] In one embodiment, the map service submodule 110 is connected to the operation and maintenance module 200 so that the intelligent application module 300 can display the equipment operation and maintenance information in the intelligent application of the alarm. In one embodiment, the map service submodule 110 is connected to the work order processing submodule 240 in the operation and maintenance module 200 to receive the equipment operation and maintenance information generated by the work order processing submodule 240, and display the equipment operation and maintenance information in combination with the map point information, including displaying the intelligent identification linkage alarm or the equipment linkage alarm, and the work order information generated according to the alarm information.

[0033] In one embodiment, the operation and maintenance module 200 also sends alarm information to the map service submodule 110, so that the intelligent application module 300 can display the alarm information in combination with the map point information of the device, and the alarm information is the intelligent identification linkage alarm and device linkage generated by the edge computing unit 400. In one embodiment, the alarm center 220 in the operation and maintenance module 200 is connected to the map service submodule 110 and sends the alarm information to the map service submodule 110.

[0034] In one embodiment, the operation and maintenance module 200 also generates device status information for the intelligent application module 300 to display the device status information according to the map point information of the device. The device status information includes whether the device is online or offline, the survival rate of the device, the utilization rate of the device, and the activity of the device. In one embodiment, the device management submodule 210 in the operation and maintenance module 200 generates device status information according to the device status, and sends the device status information to the work order processing submodule 240. The work order processing submodule 240 can update the device status information according to the progress of the work order operation and maintenance, and can also send the device status information to the map service submodule 110 in the solution module 100, so that the intelligent application module 300 can display the device status information in combination with the map point information in the intelligent application.

[0035] The smart pole system of this embodiment can combine smart pole rules, operation and maintenance with intelligent applications, can reduce costs and implementation time through evaluation, and can be used to train new smart scenarios.

[0036] The description of the above implementation mode is only used to help understand the method of the present invention and its core idea; at the same time, for those skilled in the art, according to the idea of ​​the present invention, there will be changes in the specific implementation mode and application scope. In summary, the content of this specification should not be understood as a limitation of the present invention, and the scope of protection of the present invention should be based on the attached claims.

Claims

1. A smart pole system, characterized in that: include: A solution module (100), the solution module (100) is used to formulate smart pole rules based on the map point information, equipment asset information and power and network asset information of the equipment, and evaluate the cost, intelligent scene configuration, equipment landing configuration and landing cycle to determine the feasibility of the project; the equipment asset information includes equipment attributes, services, intelligent event applications and prices; Through the device control, intelligent identification linkage alarm and device linkage alarm of the edge computing unit (400), the solution module (100) obtains the real-time landing configuration of the device; An operation and maintenance module (200), the operation and maintenance module (200) being used for equipment operation status control, power and network status management, and also generating an alarm work order and performing work order operation and maintenance accordingly by receiving the intelligent identification linkage alarm and the equipment linkage alarm generated by the edge computing unit (400), and generating equipment operation and maintenance information according to the intelligent identification linkage alarm, the equipment linkage alarm and the work order information; An intelligent application module (300), the intelligent application module (300) being used to perform intelligent application of a smart pole scene according to the solution module (100), and also to perform intelligent application of an alarm according to the intelligent identification linkage alarm and the device linkage alarm received by the operation and maintenance module (200); The solution module (100) includes a map service submodule (110), an equipment asset submodule (120), a pipeline service submodule (130), a smart pole rule submodule (140) and an evaluation submodule (150); The map service submodule (110) is used to provide map point information of the device; The equipment asset submodule (120) is used to provide the equipment asset information; The pipeline service submodule (130) is used to provide the electricity and network asset information; The smart pole rule submodule (140) is connected to the map service submodule (110), the equipment asset submodule (120) and the pipeline service submodule (130), and is used to formulate the smart pole rules; The evaluation submodule (150) is used to evaluate the cost, the intelligent scene configuration, the equipment landing configuration and the landing cycle to determine the feasibility of the project.

2. The smart pole system according to claim 1, characterized in that: The operation and maintenance module (200) comprises an equipment management submodule (210), an alarm center (220), a work order center (230) and a work order processing submodule (240); The device management submodule (210) is connected to the edge computing unit (400) and is used for the operation status control of the device, the status management of the electricity and the network, and the forwarding of the intelligent identification linkage alarm and the device linkage alarm; The alarm center (220) is connected to the device management submodule (210), and stores the intelligent identification linkage alarm and the device linkage alarm through a time series database, and determines the alarm time, alarm type, whether the alarm is processed, and whether the device is linked; The work order center (230) is connected to the alarm center (220), and generates an alarm work order accordingly according to the intelligent identification linkage alarm and the device linkage alarm stored in the alarm center (220); The work order processing submodule (240) is connected to the work order center (230) to perform work order operation and maintenance and generate the equipment operation and maintenance information according to the alarm work order sent by the work order center (230).

3. The smart pole system according to claim 1, characterized in that: The intelligent application module (300) includes an intelligent rule engine (310) for formulating the configuration information of the intelligent identification linkage alarm and the configuration information of the device linkage alarm corresponding to the intelligent scene configuration.

4. The smart pole system according to claim 3, characterized in that: The intelligent rule engine (310) also checks the activity of the smart pole rules, dynamically adjusts the priority of the intelligent rules according to the activity of the smart pole rules, and intelligently schedules the effective use time of the intelligent recognition algorithm.

5. The smart pole system according to claim 3, characterized in that: The intelligent application module (300) includes an intelligent dispatching center (320), and the intelligent dispatching center (320) performs intelligent dispatching of equipment according to equipment reverse control, so that the intelligent rule engine (310) sends a platform rule linkage alarm to the operation and maintenance module (200), so that the operation and maintenance module (200) generates an alarm work order and performs work order operation and maintenance.

6. The smart pole system according to claim 5, characterized in that: The intelligent application module (300) sets an interface for equipment reverse control operation in the map service submodule (110), so that the intelligent dispatching center (320) performs intelligent dispatching of equipment according to the reverse control of the map service submodule (110).

7. The smart pole system according to claim 1, characterized in that: The map service submodule (110) is provided with a planning interface for a smart pole, so as to be used by the intelligent application module (300) in the intelligent application of the smart pole scene to display the intelligent scene configuration and the device landing configuration corresponding to the map point information of the device.

8. The smart pole system according to claim 1, characterized in that: The map service submodule (110) is connected to the operation and maintenance module (200) so as to be used by the intelligent application module (300) to display the equipment operation and maintenance information in the intelligent application of the alarm.

9. The smart pole system according to claim 8, characterized in that: The operation and maintenance module (200) also generates device status information for the intelligent application module (300) to display the device status information according to the map point information of the device, wherein the device status information includes whether the device is online or offline, the survival rate of the device, the usage rate of the device and the activity of the device.

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