CN115423367A

CN115423367A - Intelligent environmental sanitation management system and method based on AIOT platform

Info

Publication number: CN115423367A
Application number: CN202211229795.4A
Authority: CN
Inventors: 周京; 杨永康; 安森立
Original assignee: Linjiu Wisdom Guangdong Technology Co ltd
Current assignee: Linjiu Wisdom Guangdong Technology Co ltd
Priority date: 2022-10-08
Filing date: 2022-10-08
Publication date: 2022-12-02

Abstract

The invention provides an AIOT platform-based intelligent environmental sanitation management system and method, and relates to the technical field of intelligent cities. The intelligent environmental sanitation management system and method based on the AIOT platform comprise a personnel cleaning system, a mechanical cleaning system, a garbage collecting and transporting system and a garbage transferring system, wherein the personnel cleaning system comprises a basic information management subsystem, an event management subsystem, a business monitoring subsystem, a personnel management subsystem and a business supervision model, and the basic information management subsystem comprises a staff file module, a geo-fence management module, a scheduling setting module and a facility acquisition module. By adopting a more scientific management mode of preventing the environmental sanitation from declining gradually and matching with the existing management mechanism, the system can greatly reduce or even effectively restrain the occurrence of a plurality of problems, improve the emergency response capability of the management department to the urban environmental sanitation problems, and effectively deal with various emergencies, thereby finally improving the comprehensive management level of the environmental sanitation business.

Description

Intelligent environmental sanitation management system and method based on AIOT platform

Technical Field

The invention relates to the technical field of smart cities, in particular to a smart environmental sanitation management system and a smart environmental sanitation management method based on an AIOT platform.

Background

In the prior art, the intelligent sanitation management system mainly has single function logic, is used for mechanized operation management, normalized personnel positioning management and solid state collection operation routes, cannot realize effective fusion of data, has barriers among systems, lacks periodic operation data and attendance condition data for sanitation vehicles and personnel, cannot dynamically adjust the operation area and route of the vehicles, and is difficult to reasonably set garbage collection and transportation routes and transportation distances, so that the technical personnel in the field provide the intelligent sanitation management system and method based on the AIOT platform.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides an intelligent environmental sanitation management system and method based on an AIOT platform, and solves the problem of single function logic of the system in the prior art.

In order to realize the purpose, the invention is realized by the following technical scheme: an intelligent environmental sanitation management system and method based on AIOT platform comprises a personnel cleaning system, a mechanical cleaning system, a garbage collection and transportation system and a garbage transfer system, and is characterized in that: the personnel cleaning system consists of a basic information management subsystem, an event management subsystem, a service monitoring subsystem, a personnel management subsystem and a service supervision model,

the basic information management subsystem is composed of an employee file module, a geo-fence management module, a scheduling setting module, a facility acquisition module, a facility checking module, a problem classification module and a supervision area module, wherein the employee file module is used for maintaining basic information files of a cleaner and comprises adding, deleting, modifying, checking, leading-in, downloading, binding equipment and the like, the geo-fence management module is used for maintaining relevant operation areas of the cleaner and is used for checking personnel, checking attendance, judging abnormal operation and the like, the scheduling setting module is used for flexibly planning scheduling work of the cleaner, and comprises attendance time, a work area and the like, the facility acquisition module is used for acquiring facilities required in environmental sanitation operation, acquiring the positions of the facilities mainly through a mobile terminal and completing the input of relevant information, the module can only check the information acquired by the account number, the facility checking module is used for checking all facilities required in the environmental sanitation operation of a platform and can edit, delete and the like information in the facilities, the problem classification module is used for predefining environmental sanitation events, and the pre-configuration area module is used for automatically circulating the rules of various types of problems and supervising the problems;

the event management subsystem consists of an event management module, and the event management module is a module for uniformly managing sanitation problems found in the work of a cleaner or a patrol inspector girder, and supports functions of online substitution processing, assignment and the like besides normal addition and deletion inspection;

the service monitoring subsystem is composed of an operation cloud picture module and an operation analysis module, wherein the operation cloud picture module is used for monitoring relevant data such as cleaning personnel, online condition distribution of vehicles, operation tracks and the like, can clearly master the working condition of relevant services, and can also carry out retrospective confirmation through the operation cloud picture module if other operation problems occur, and the operation analysis module is used for carrying out real-time statistical analysis on the operation problems of the whole project, personnel, vehicle attendance and data of service operation;

personnel management subsystem is gone out by personnel and attends to the staff and goes out duty detail module, personnel standing book module, electric quantity trend module, personnel performance module and operation area monitoring module and constitutes, personnel's module of going out to the staff is used for making statistics of going out to the staff every day, can gather from personnel's visual angle and look over the recent condition, also can look over according to every day, the scheduling detail module is used for can reviewing future or historical person's of keeping a public place clean scheduling, can adjust personnel's shift as required, for example: the personnel performance monitoring module is used for monitoring the condition of the cleaner, outputting corresponding assessment scores according to a model and evaluating the performance of the cleaner, monitoring the condition that the cleaner leaves a working area and appears in other working areas, and judging missed scheduling operation;

the business supervision model is composed of an alarm setting module and an alarm management module, the alarm setting module is used for setting parameters of abnormal data of personnel, vehicles and equipment, and the alarm management module is used for displaying suspected conclusions of the operation data of the personnel according to model calculation and pushing the suspected conclusions to managers, so that the efficiency of the managers is improved conveniently.

Preferably, the mechanical cleaning system consists of a basic information management subsystem, a service monitoring subsystem, a cleaning operation subsystem, a vehicle management subsystem and a service supervision model,

the basic information management subsystem is composed of a vehicle file module, a facility acquisition module, a cleaning operation requirement module, a cleaning task planning module and a cleaning operation planning module, wherein the vehicle file module is used for maintaining basic information of a vehicle, including increasing, deleting, changing and checking and equipment binding, the facility acquisition module is used for acquiring facilities required in environmental sanitation operation, acquiring the positions of the facilities mainly through a mobile end and completing the input of related information. The module can only check the information collected by the account, the cleaning operation requirement module is used for setting the operation requirements of mechanical cleaning operation, such as the operation frequency, the operation speed limit and the like of a primary road, the cleaning task planning module is used for planning the operation facilities of a cleaning route and forming task planning, and the cleaning operation planning module is used for establishing the association relationship between the cleaning tasks and the vehicles and forming fixed daily operation tasks;

the service monitoring subsystem is composed of an operation cloud picture module, an operation analysis module, a cleaning monitoring view module and a sprinkling monitoring view module, wherein the operation cloud picture module is used for monitoring relevant data such as online condition distribution, operation tracks and the like of cleaners and vehicles, can clearly master the working condition of relevant services, and can trace back and confirm the relevant data through the operation cloud picture module if other operation problems occur;

the cleaning operation subsystem is composed of a cleaning task analysis module, a cleaning road analysis module and a cleaning vehicle operation module, wherein the cleaning task analysis module is used for analyzing a planned cleaning task so as to conveniently master the completion condition of the cleaning task, the cleaning road analysis module is used for analyzing the task completion condition of each cleaning road so as to refine and know the operation condition of each road and improve the efficiency in a targeted manner, and the cleaning vehicle operation module is used for checking the operation task completion condition of a vehicle from the vehicle dimension so as to conveniently evaluate the performance of the vehicle;

the vehicle management subsystem comprises vehicle standing book module, refuels management module, water filling management module, oil consumption trend module, oil consumption analysis module, vehicle standing book module is used for the record of the full life cycle of vehicle, including from the vehicle admission to the vehicle scrap or return this complete cycle's all data, include: the system comprises an oil filling management module, an oil consumption trend module, an oil consumption analysis module and a data analysis module, wherein the oil filling management module is used for recording oil filling of a vehicle, the oil filling management module is used for recording water filling of the vehicle (mainly a watering cart), the oil consumption trend module is used for oil consumption change trend of the vehicle in each period, and the oil consumption analysis module is used for using data of oil consumption of the vehicle in a period of time, so that whether the oil consumption of the vehicle is reasonable or not can be conveniently analyzed;

the business supervision model is composed of an alarm setting module and an alarm management module, the alarm setting module is used for carrying out parameter setting on abnormal data of personnel, vehicles and equipment, and the alarm management module is used for displaying suspected results of the operation data of the personnel, the vehicles and the equipment according to model calculation and pushing the results to a manager, so that the efficiency of the manager is improved conveniently.

Preferably, the garbage collecting and transporting system consists of a basic information management subsystem, a business monitoring subsystem, a collecting and operating business subsystem, a vehicle management subsystem and a business supervision model,

the basic information management subsystem is composed of a vehicle file module, a facility acquisition module, a facility checking module and a receiving operation requirement module, wherein the vehicle file module is used for maintaining basic information of a vehicle, including adding, deleting, modifying and checking and equipment binding, the facility acquisition module is used for acquiring facilities required to be used in environmental sanitation operation, acquiring the positions of the facilities mainly through a mobile end and completing the input of related information. The module can only check the information collected by the account, the facility checking module is used for checking facilities required in all sanitation operations of the platform and can edit, delete and the like the information in the facilities, and the operation industry requirement module is used for setting the operation requirements of garbage collection and transportation operations, such as the operation frequency of a garbage collection point, the operation speed limit and the like;

the operation cloud picture module is used for supervising relevant data such as online condition distribution of cleaners and vehicles, operation tracks and the like, the working condition of relevant services can be mastered in a detailed manner, if other operation problems occur, the operation cloud picture module can also be used for tracing and confirming the operation conditions, the operation analysis module is used for carrying out real-time statistical analysis on the operation problems, personnel, vehicle attendance and service operation data of the whole project, and the garbage collection, transportation and migration monitoring view module is used for analyzing the migration flow direction of global garbage collection and transportation and the garbage weight of each area through visualization so as to control the service change trend of garbage collection and transportation and unreasonable planning;

the collection and transportation operation subsystem is composed of a collection and transportation ledger module, a collection and transportation task analysis module, a collection and transportation vehicle operation module and a collection and transportation task planning module, wherein the collection and transportation ledger module is used for collecting daily garbage collection and transportation conditions of a project, can check and check the collection and the transportation conditions of each parcel and know the collection and transportation conditions of each parcel, the collection and transportation task analysis module is used for comprehensively analyzing all collection and transportation tasks of the project and conveniently knowing the defects of the collection and transportation work of the project so as to strengthen the management later, the collection and transportation vehicle operation module is used for counting the completion conditions of the collection and transportation work from the perspective of a vehicle and knowing whether the vehicle completes the operation tasks according to the set planning work, and the collection and transportation task planning module is used for checking the recent coverage conditions of the collection and transportation work and batch planning the collection and transportation tasks to the operation vehicle;

the vehicle management subsystem comprises vehicle standing book module, refuels management module, water filling management module, oil consumption trend module, oil consumption analysis module, vehicle standing book module is used for the whole life cycle's of vehicle record, includes from the vehicle admission to the vehicle scrap or return all data of this complete cycle, includes: the system comprises an oil filling management module, an oil consumption trend module, an oil consumption analysis module and a data analysis module, wherein the oil filling management module is used for recording oil filling of a vehicle, the water filling management module is used for recording water filling of the vehicle (mainly a watering cart), the oil consumption trend module is used for oil consumption change trend of the vehicle in each period of time, and the oil consumption analysis module is used for using data of oil consumption of the vehicle in a period of time, so that whether the oil consumption of the vehicle is reasonable or not can be conveniently analyzed;

Preferably, the garbage transfer system consists of a basic information management subsystem, a service monitoring subsystem, a transfer operation subsystem, a vehicle management subsystem and a service supervision model,

the basic information management subsystem consists of a vehicle file module, and the vehicle file module is used for maintaining basic information of the vehicle, including adding, deleting, modifying and checking and equipment binding;

the service monitoring subsystem is composed of an operation cloud picture module, an operation analysis module and a garbage collection and transfer monitoring view module, wherein the operation cloud picture module is used for monitoring relevant data such as cleaning staff, vehicle online condition distribution, operation tracks and the like, can clearly master the working condition of relevant services, can trace back and confirm through the operation cloud picture module if other operation problems occur, the operation analysis module is used for carrying out real-time statistical analysis on the operation problems, personnel, vehicle attendance and service operation data of the whole project, and the garbage collection and transfer monitoring view module is used for analyzing the overall garbage collection and transfer, transfer migration flow direction and garbage weight of each region through visualization so as to control the service change trend of garbage collection and transfer and unreasonable planning;

the transfer operation subsystem is composed of a transfer station statistical module, a vehicle transfer statistical module and a vehicle receiving and transferring statistical module, wherein the transfer station statistical module is used for performing statistical analysis on the garbage throughput and the transfer condition of a transfer station and knowing the receiving and transferring efficiency of each vehicle of each transfer station every day;

An intelligent environmental sanitation management method based on an AIOT platform comprises the following management steps:

s1: when the cleaning personnel is arranged to perform cleaning operation, the basic information management subsystem can separately and synchronously manage the scheduling, the operation area, the cleaning facility and the cleaning area of the cleaning personnel, then the practice management subsystem can perform real-time feedback on the forced start in daily cleaning operation, and then the service monitoring subsystem and the personnel management subsystem respectively perform corresponding management on the cleaning service and the cleaning personnel;

s2: when mechanical cleaning operation is adopted, corresponding checking management can be carried out on a corresponding surrounding environment and cleaning facilities through the basic information management subsystem, corresponding management analysis can be carried out on the operation tracks of cleaning equipment and cleaning personnel through the service monitoring subsystem, and the vehicle state of mechanical cleaning and the oil consumption of corresponding water, oil and the like can be analyzed and managed through the vehicle management subsystem;

s3: when the garbage is collected and transported, the business monitoring subsystem sets the area needing to be collected and transported through operation analysis, manages the garbage collection and transportation vehicles through the vehicle management subsystem, analyzes the collection and transportation tasks of the task vehicles for collecting and transporting the garbage through the collection and operation subsystem, and counts and correspondingly plans the transportation completion conditions of the collection and transportation vehicles;

s4: when the garbage is transported, the whole system barrel plans the vehicle condition of the transporting operation through an operation cloud picture module planned by the service monitoring subsystem, and then corresponding statistics are carried out on the transferring station for transporting the garbage and the vehicle transporting and receiving operation through the transporting operation subsystem;

s5: the user can generate corresponding evaluation results through the related combined monitoring results of the subsystems, the workload of manual statistics can be reduced through the analysis structure data, relatively accurate analysis results can be provided for a manager, and the required service can be conveniently provided for the user and cleaning personnel in a cloud service mode.

The invention provides an intelligent environmental sanitation management system and method based on an AIOT platform. The method has the following beneficial effects:

1. by adopting a more scientific management mode of 'preventing little by little' and matching with the existing management mechanism, the invention can greatly reduce or even effectively inhibit a plurality of problems, improve the emergency response capability of a management department to urban environmental sanitation problems and effectively deal with various emergencies, thereby finally improving the comprehensive management level of sanitation business, and comprehensively supervise sanitation vehicles and sanitation personnel by utilizing intelligent informatization, thereby effectively reducing daily energy consumption, labor cost, hidden cost of operation management and various unreasonable financial accounting, real-time supervision of vehicles, real-time monitoring of oil consumption and water consumption, automatic system collection and assisting managers to carry out cost accounting; quantifying an operation result according to the real-time monitoring data to assist vehicle operation performance management; the vehicle maintenance tracking is online, the management and control cost is integrated, sanitation workers are subjected to fine management, the on-duty condition is monitored in real time, it is ensured that quota workers are configured in place and perform on-duty operation, the automatic generation of operation quality monitoring results is realized, evaluation analysis results can be generated according to relevant condition combinations, and accurate analysis results are provided for management decisions on the basis of reducing the workload of manual statistics.

2. The invention carries out real-time management on people, vehicles, objects and things related to intelligent environmental sanitation management in the whole process through a new generation of information technology, reasonably designs and plans an environmental sanitation management mode, improves the environmental sanitation operation quality, reduces the environmental sanitation operation cost, and uses numbers to evaluate and promote the garbage classification management actual effect. All services of the urban sanitation management system are deployed at a management cloud end of the smart city, are connected with a smart city network, and provide required services for managers and operators at any time in a cloud service mode.

Drawings

FIG. 1 is a schematic diagram of the system architecture of the present invention;

FIG. 2 is a flow chart of basic data entry for a personnel sanitation system of the present invention;

FIG. 3 is a flow chart of the personnel sanitation system business process supervision and job structure analysis of the present invention;

FIG. 4 is a basic data entry flow chart of the mechanical cleaning system of the present invention;

FIG. 5 is a flowchart of the process supervision and operation result analysis of the mechanical cleaning system of the present invention;

FIG. 6 is a flow chart of basic data entry of the waste collection and transportation system of the present invention;

fig. 7 is a flow chart for supervising the business process and analyzing the operation result of the garbage collection and transportation system of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example (b):

as shown in fig. 1-7, the embodiment of the invention provides an intelligent sanitation management system and method based on an AIOT platform, comprising a personnel sanitation system, a mechanical sanitation system, a garbage collection and transportation system and a garbage transportation system, wherein the personnel sanitation system comprises a basic information management subsystem, an event management subsystem, a business monitoring subsystem, a personnel management subsystem and a business supervision model,

the basic information management subsystem is composed of an employee file module, a geo-fence management module, a scheduling setting module, a facility acquisition module, a facility checking module, a problem classification module and a supervision area module, wherein the employee file module is used for maintaining basic information files of a cleaner and comprises adding, deleting, changing, checking, importing, downloading, binding equipment and the like, the geo-fence management module is used for maintaining operation areas relevant to the cleaner and used for personnel attendance checking, abnormal operation judgment and the like, the scheduling setting module is used for flexibly planning scheduling work of the cleaner and comprises attendance time, a working area and the like, the facility acquisition module is used for acquiring facilities required in environmental sanitation operation, the positions of the facilities are mainly acquired through a mobile terminal and completing the input of relevant information, the module can only check the information acquired by an account number, the facility checking module is used for checking all facilities required in the environmental sanitation operation of a platform and can perform operations such as editing and deleting of the information in the facilities, the problem classification module is used for predefining environmental sanitation events, and the supervision area module is used for pre-configuring automatic rules of various types of problems and performing the circulation;

the event management subsystem consists of an event management module, and the event management module is a module for uniformly managing the sanitary problems found in the work of a cleaner or a checker, and supports the functions of on-line substitute processing, assignment and the like besides normal addition and deletion check;

the service monitoring subsystem is composed of an operation cloud picture module and an operation analysis module, wherein the operation cloud picture module is used for monitoring relevant data such as the online condition distribution of cleaners and vehicles, operation tracks and the like, the working condition of relevant services can be mastered in a detailed manner, if other operation problems occur, the operation cloud picture module can also be used for tracing and confirming, and the operation analysis module is used for carrying out real-time statistical analysis on the operation problems of the whole project, personnel, vehicle attendance and service operation data;

the personnel management subsystem is by personnel module of going out to work, the arrangement details module, personnel standing book module, electric quantity trend module, personnel's performance module and operation area monitoring module constitute, personnel module of going out to work is used for making statistics of the personnel's every day that goes out to work, can gather from personnel's visual angle and look over recent condition, also can look over according to every day, the arrangement details module is used for can reviewing future or historical person's that keeps a public place clean scheduling, can adjust personnel's shift as required, for example: the personnel attendance monitoring system comprises a personnel standing book module, an electric quantity trend module, a personnel performance module, an operation area monitoring module, a monitoring module and a scheduling module, wherein the personnel standing book module is used for collecting related attendance checking and approving information of a cleaner, the electric quantity trend module is used for monitoring the electric quantity of electronic equipment carried by the cleaner and assisting in analyzing attendance abnormity, the personnel performance module is used for integrating the working condition of the cleaner, outputting corresponding assessment scores according to a model and can be used for performance evaluation of the cleaner, and the operation area monitoring module is used for monitoring that the cleaner leaves a working area and appears in other working areas and assisting in analyzing attendance abnormity and judging missed scheduling operation;

the business supervision model is composed of an alarm setting module and an alarm management module, the alarm setting module is used for carrying out parameter setting on abnormal data of personnel, vehicles and equipment, and the alarm management module is used for displaying suspected conclusions of the operation data of the personnel according to model calculation and pushing the suspected conclusions to managers, so that the efficiency of the managers is improved conveniently.

The mechanical cleaning system consists of a basic information management subsystem, a service monitoring subsystem, a cleaning operation subsystem, a vehicle management subsystem and a service supervision model,

the basic information management subsystem is composed of a vehicle file module, a facility acquisition module, a cleaning operation requirement module, a cleaning task planning module and a cleaning operation planning module, wherein the vehicle file module is used for maintaining basic information of a vehicle, including increasing, deleting, modifying and checking and equipment binding, the facility acquisition module is used for acquiring facilities required in environmental sanitation operation, acquiring the positions of the facilities mainly through a mobile end and completing the input of related information. The module can only check the information collected by the account, the cleaning operation requirement module is used for setting the operation requirements of mechanical cleaning operation, such as the operation frequency, the operation speed limit and the like of a primary road, the cleaning task planning module is used for planning the operation facilities of the cleaning route and forming task planning, and the cleaning operation planning module is used for establishing the association relationship between the cleaning task and the vehicle and forming a fixed daily operation task;

the service monitoring subsystem is composed of an operation cloud picture module, an operation analysis module, a cleaning monitoring view module and a sprinkling monitoring view module, wherein the operation cloud picture module is used for monitoring relevant data such as on-line condition distribution, operation tracks and the like of cleaners and vehicles, can clearly master the working condition of relevant services, and can trace back and confirm the relevant data through the operation cloud picture module if other operation problems occur;

the cleaning operation subsystem is composed of a cleaning task analysis module, a cleaning road analysis module and a cleaning vehicle operation module, wherein the cleaning task analysis module is used for analyzing a planned cleaning task so as to conveniently master the completion condition of the cleaning task, the cleaning road analysis module is used for analyzing the task completion condition of each cleaning road so as to refine the operation condition of each road and purposefully improve the efficiency, and the cleaning vehicle operation module is used for checking the operation task completion condition of a vehicle from the vehicle dimension so as to conveniently evaluate the performance of the vehicle;

the vehicle management subsystem comprises vehicle standing book module, refuels management module, water filling management module, oil consumption trend module, oil consumption analysis module, and vehicle standing book module is used for the whole life cycle's of vehicle record, includes from the vehicle admission to the vehicle scrap or return all data of this complete cycle, includes: the system comprises a refueling management module, a water adding management module, a fuel consumption trend module, a fuel consumption analysis module and a fuel consumption analysis module, wherein the refueling management module is used for recording refueling of a vehicle, the water adding management module is used for recording water adding of the vehicle (mainly a watering lorry), the fuel consumption trend module is used for the fuel consumption change trend of the vehicle at each time period, and the fuel consumption analysis module is used for using data of fuel consumption of the vehicle within a period of time, so that whether the fuel consumption of the vehicle is reasonable or not can be conveniently analyzed;

the business supervision model is composed of an alarm setting module and an alarm management module, the alarm setting module is used for setting parameters of abnormal data of personnel, vehicles and equipment, and the alarm management module is used for displaying suspected results of the operation data of the personnel, the vehicles and the equipment according to model calculation and pushing the results to managers, so that the efficiency of the managers is improved conveniently.

The garbage collection and transportation system consists of a basic information management subsystem, a business monitoring subsystem, a collection and operation industry subsystem, a vehicle management subsystem and a business supervision model,

the basic information management subsystem is composed of a vehicle file module, a facility acquisition module, a facility checking module and a collection operation industry requirement module, wherein the vehicle file module is used for maintaining basic information of a vehicle, including adding, deleting, modifying and checking and equipment binding, the facility acquisition module is used for acquiring facilities required to be used in environmental sanitation operation, acquiring the positions of the facilities mainly through a mobile end and completing the input of related information. The module can only check the information acquired by the account, the facility checking module is used for checking facilities required in all sanitation operations of the platform and editing, deleting and the like the information in the facilities, and the garbage collecting and transporting industry requirement module is used for setting the operation requirements of garbage collecting and transporting operations, such as the operation frequency of a garbage collecting point, the operation speed limit and the like;

the service monitoring subsystem is composed of an operation cloud picture module, an operation analysis module and a garbage collection and transfer monitoring view module, wherein the operation cloud picture module is used for monitoring relevant data such as cleaning staff, vehicle online condition distribution, operation tracks and the like, the working condition of relevant services can be mastered in detail, if other operation problems occur, the operation cloud picture module can also be used for tracing and confirming the operation cloud picture module, the operation analysis module is used for carrying out real-time statistical analysis on the operation problems, personnel, vehicle attendance and service operation data of the whole project, and the garbage collection and transfer monitoring view module is used for analyzing the overall garbage collection and transfer, the transfer flow direction of the transfer and the garbage weight of each region through visualization, so that the service change trend of the garbage collection and transfer is mastered, and unreasonable planning is realized;

the collection and transportation business subsystem is composed of a collection and transportation ledger module, a collection and transportation task analysis module, a collection and transportation vehicle operation module and a collection and transportation task planning module, wherein the collection and transportation ledger module is used for summarizing daily garbage collection and transportation situations of projects, checking and summarizing for each parcel and checking to know the collection and transportation situations of each parcel, the collection and transportation task analysis module is used for comprehensively analyzing all collection and transportation tasks of the projects, so that the defects of the collection and transportation work of the projects can be conveniently known, the subsequent reinforcement management is facilitated, the collection and transportation vehicle operation module is used for counting the completion situations of the collection and transportation work from the perspective of vehicles, whether the vehicles complete the operation tasks according to the set planning work or not, the collection and transportation task planning module is used for checking the recent coverage situations of the collection and transportation work and batch planning of the collection and transportation tasks to the operation vehicles;

the vehicle management subsystem comprises vehicle standing book module, refuels management module, water filling management module, oil consumption trend module, oil consumption analysis module, and vehicle standing book module is used for the record of the full life cycle of vehicle, including from the vehicle admission to the vehicle scrap or return this complete cycle's all data, include: the system comprises a refueling management module, a water adding management module, a fuel consumption trend module, a fuel consumption analysis module and a fuel consumption analysis module, wherein the refueling management module is used for recording refueling of a vehicle, the water adding management module is used for recording water adding of the vehicle (mainly a watering lorry), the fuel consumption trend module is used for the fuel consumption change trend of the vehicle at each time period, and the fuel consumption analysis module is used for using data of fuel consumption of the vehicle within a period of time, so that whether the fuel consumption of the vehicle is reasonable or not can be conveniently analyzed;

the service supervision model is composed of an alarm setting module and an alarm management module, the alarm setting module is used for carrying out parameter setting on abnormal data of personnel, vehicles and equipment, and the alarm management module is used for displaying suspected results of the operation data of the personnel, the vehicles and the equipment according to model calculation and pushing the results to a manager, so that the efficiency of the manager is improved conveniently.

The garbage transferring system consists of a basic information management subsystem, a service monitoring subsystem, a transferring operation subsystem, a vehicle management subsystem and a service supervision model,

the operation cloud picture module is used for monitoring relevant data such as cleaner, on-line condition distribution of vehicles, operation tracks and the like, the operation cloud picture module can be used for clearly grasping the working condition of relevant services, if other operation problems occur, the operation cloud picture module can also be used for tracing and confirming the operation cloud picture module, the operation analysis module is used for carrying out real-time statistical analysis on the operation problems of the whole project, personnel, vehicle attendance and the data of operation, and the garbage collection and transfer monitoring view module is used for analyzing the transfer flow direction of global garbage collection and transfer and the garbage weight of each area through visualization so as to control the service change trend of garbage collection and transfer and unreasonable planning;

the transfer operation subsystem is composed of a transfer station statistical module, a vehicle transfer statistical module and a vehicle receiving and transferring statistical module, wherein the transfer station statistical module is used for performing statistical analysis on the garbage throughput and the transfer condition of the transfer station and knowing the receiving and transferring efficiency of each vehicle of each transfer station every day;

s1: when the cleaning personnel is arranged to perform cleaning operation, the basic information management subsystem can separately and synchronously manage the scheduling, the operation area, the cleaning facility and the cleaning area of the cleaning personnel, then the practice management subsystem can perform real-time feedback on the forced start in the daily cleaning operation, and then the service monitoring subsystem and the personnel management subsystem respectively perform corresponding management on the cleaning service and the cleaning personnel;

s2: when mechanical cleaning operation is adopted, corresponding checking management can be carried out on a corresponding surrounding environment and cleaning facilities through the basic information management subsystem, corresponding management analysis can be carried out on the operation tracks of cleaning equipment and cleaning personnel through the service monitoring subsystem, and meanwhile, the vehicle state of mechanical cleaning and the oil consumption of corresponding water, oil and the like can be analyzed and managed through the vehicle management subsystem;

s3: when the garbage is collected and transported, the business monitoring subsystem sets the area needing to be collected and transported through operation analysis, manages the garbage collection and transportation vehicles through the vehicle management subsystem, analyzes the collection and transportation tasks of the task vehicles for collecting and transporting the garbage through the collection and transportation operation subsystem, and performs statistics and corresponding subsequent planning on the transportation completion conditions of the collection and transportation vehicles;

s4: when the garbage is transported, the whole system cylinder plans the vehicle condition of the operation of transportation through an operation cloud picture module planned by the service monitoring subsystem, and then corresponding statistics are carried out on the transfer station of the garbage transportation and the vehicle transportation and collection operation through the transportation operation subsystem;

The overall technical scheme of the invention is as follows: the intelligent environmental sanitation management platform aims at meeting the requirement of environmental sanitation work in a new period, solving key technical problems and further improving the information application effect as a starting point, takes information technologies such as cloud computing, big data, internet of things and mobile internet as means, improves the environmental sanitation operation quality and reduces the environmental sanitation operation cost as targets, builds a comprehensive information service platform serving a environmental sanitation decision layer, a environmental sanitation management layer and an environmental sanitation execution layer, and creates a mode of 'one center, one foundation, one platform and N terminals':

the intelligent environmental sanitation integrated command center system is built in one center and is used as an environmental sanitation business data overall planning mechanism, a display center, a data center, a research and judgment early warning center and an operation command center are integrated, and effective decision basis is provided for managers by gathering, sorting, analyzing and displaying data acquired from all business plates.

One foundation is based on the Internet of things and cloud computing, computing resources, storage resources and network resources are deployed by using a cloud computing technology.

The intelligent environmental sanitation management platform is an intelligent environmental sanitation management platform, and the contents of the intelligent environmental sanitation management platform comprise personnel management, vehicle management, facility management, big data management, supervision and assessment management and the like. The platform comprises: the system comprises a dispatching command management subsystem, a mechanical cleaning operation management subsystem, a domestic waste collection and transportation management subsystem, a supervision and assessment subsystem, a vehicle management subsystem, a fixed facility management subsystem, a personnel attendance and shift scheduling management subsystem, a mobile APP management subsystem, a business analysis subsystem, a station management subsystem, a waste classification subsystem and the like.

The N terminals are terminal equipment such as electronic work cards, positioning terminals, video integrated machines, oil mass sensors, water mass sensors, odor monitors, voice interphones and the like which are matched with people, vehicles and objects.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a wisdom sanitation management system based on AIOT platform, includes personnel's system of keeping a public place clean, mechanical system of keeping a public place clean, rubbish collection and transportation system and rubbish transfer system, its characterized in that: the personnel cleaning system consists of a basic information management subsystem, an event management subsystem, a service monitoring subsystem, a personnel management subsystem and a service supervision model,

the basic information management subsystem is composed of an employee file module, a geo-fence management module, a scheduling setting module, a facility acquisition module, a facility checking module, a problem classification module and a supervision area module, wherein the employee file module is used for maintaining basic information files of sanitation workers and comprises equipment for addition, deletion, modification, check, import, download, binding and the like, the geo-fence management module is used for maintaining relevant operation areas of the sanitation workers and is used for checking personnel attendance, judging abnormal operation and the like, the scheduling setting module is used for planning scheduling work of the sanitation workers flexibly and comprises attendance time, work areas and the like, the facility acquisition module is used for acquiring facilities required in environmental sanitation operation, acquiring the positions of the facilities mainly through a mobile terminal and completing the input of relevant information, the module can only check the information acquired by the account number, the facility checking module is used for checking all facilities required in the environmental sanitation operation of a platform and can edit, delete and the like information in the facilities, the problem classification module is used for predefining environmental sanitation events, and the pre-configuration area module is used for automatically circulating the rules of the problems;

the service monitoring subsystem is composed of an operation cloud picture module and an operation analysis module, wherein the operation cloud picture module is used for monitoring relevant data such as cleaning staff, vehicle online condition distribution, operation tracks and the like, can clearly master the working condition of relevant services, and can also carry out retrospective confirmation through the operation cloud picture module if other operation problems occur, and the operation analysis module is used for carrying out real-time statistical analysis on the operation problems of the whole project, personnel, vehicle attendance and data of service operation;

personnel management subsystem comprises personnel's module of going out on duty, arrangement details module, personnel's platform account module, electric quantity trend module, personnel's performance module and operation area monitoring module, personnel's module of going out on duty is used for making statistics of personnel's every day, can gather from personnel's visual angle and look over the recent condition, also can look over according to every day, arrangement details module is used for can reviewing the waiter's arrangement of keeping clean of future or history, can adjust personnel's the number of shifts as required, for example: the personnel performance monitoring module is used for monitoring the condition of the cleaner, outputting corresponding assessment scores according to a model and evaluating the performance of the cleaner, monitoring the condition that the cleaner leaves a working area and appears in other working areas, and judging missed scheduling operation;

2. The system according to claim 1, wherein the system comprises: the mechanical cleaning system consists of a basic information management subsystem, a service monitoring subsystem, a cleaning operation subsystem, a vehicle management subsystem and a service supervision model,

the service monitoring subsystem is composed of an operation cloud picture module, an operation analysis module, a cleaning monitoring view module and a sprinkling monitoring view module, wherein the operation cloud picture module is used for monitoring relevant data such as the online condition distribution, the operation track and the like of a cleaner and a vehicle, the working condition of relevant services can be mastered in detail, if other operation problems occur, the operation analysis module is also used for carrying out tracing confirmation through the module, the operation analysis module is used for carrying out real-time statistical analysis on the operation problems, personnel, vehicle attendance and service operation data of the whole project, the cleaning monitoring view module is used for knowing the progress of the overall cleaning operation through visualization, the cleaning road which does not finish the operation in time can be dispatched in a targeted manner, and a daily operation target is finished, the sprinkling monitoring view module is used for knowing the progress of the overall sprinkling cleaning operation through visualization, and the cleaning road which does not finish the operation in time can be dispatched in a targeted manner, and the daily operation target is finished;

the cleaning operation subsystem is composed of a cleaning task analysis module, a cleaning road analysis module and a cleaning vehicle operation module, wherein the cleaning task analysis module is used for analyzing a planned cleaning task and facilitating mastering of the completion condition of the cleaning task, the cleaning road analysis module is used for analyzing the task completion condition of each cleaning road, the operation condition of each road can be known in a detailed mode, efficiency is improved in a targeted mode, and the cleaning vehicle operation module is used for checking the completion condition of the operation task of a vehicle from the dimension of the vehicle and facilitating evaluation of the performance of the vehicle;

the vehicle management subsystem comprises vehicle standing book module, refuels management module, water filling management module, oil consumption trend module, oil consumption analysis module, vehicle standing book module is used for the record of the full life cycle of vehicle, including from the vehicle admission to the vehicle scrap or return this complete cycle's all data, include: the system comprises an oil filling management module, an oil consumption trend module, an oil consumption analysis module and a data analysis module, wherein the oil filling management module is used for recording oil filling of a vehicle, the water filling management module is used for recording water filling of the vehicle (mainly a watering cart), the oil consumption trend module is used for oil consumption change trend of the vehicle in each period of time, and the oil consumption analysis module is used for using data of oil consumption of the vehicle in a period of time, so that whether the oil consumption of the vehicle is reasonable or not can be conveniently analyzed;

3. The system according to claim 1, wherein the system comprises: the garbage collection and transportation system consists of a basic information management subsystem, a business monitoring subsystem, a collection and operation industry subsystem, a vehicle management subsystem and a business supervision model,

the basic information management subsystem is composed of a vehicle file module, a facility acquisition module, a facility checking module and a receiving operation requirement module, wherein the vehicle file module is used for maintaining basic information of a vehicle, including adding, deleting, modifying and checking and equipment binding, the facility acquisition module is used for acquiring facilities required to be used in environmental sanitation operation, acquiring the positions of the facilities mainly through a mobile end and completing the input of related information. The module can only check the information acquired by the account, the facility checking module is used for checking facilities required in all sanitation operations of the platform and editing, deleting and the like the information in the facilities, and the operation and collection industry requirement module is used for setting operation requirements of garbage collection and transportation operations, such as operation frequency of garbage collection points, operation speed limit and the like;

the collection and transportation business subsystem is composed of a collection and transportation ledger module, a collection and transportation task analysis module, a collection and transportation vehicle operation module and a collection and transportation task planning module, wherein the collection and transportation ledger module is used for collecting daily garbage collection and transportation situations of projects, can be used for checking and collecting and checking for each parcel and knowing the collection and transportation situations of each parcel, the collection and transportation task analysis module is used for comprehensively analyzing all collection and transportation tasks of the projects, is convenient for knowing the defects of the collection and transportation work of the projects and facilitating subsequent reinforced management, the collection and transportation vehicle operation module is used for counting the completion situations of the collection and transportation work from the perspective of vehicles, can know whether the vehicles complete the operation tasks according to the set planning work, and the collection and transportation task planning module is used for checking the recent coverage situation of the collection and transportation business and batch-planning the collection and transportation tasks to the operation vehicles;

4. The system according to claim 1, wherein the system comprises: the garbage transfer system consists of a basic information management subsystem, a service monitoring subsystem, a transfer operation subsystem, a vehicle management subsystem and a service supervision model,

the vehicle management subsystem comprises vehicle standing book module, refuels management module, water filling management module, oil consumption trend module, oil consumption analysis module, vehicle standing book module is used for the whole life cycle's of vehicle record, includes from the vehicle admission to the vehicle scrap or return all data of this complete cycle, includes: the system comprises an oil filling management module, an oil consumption trend module, an oil consumption analysis module and a data analysis module, wherein the oil filling management module is used for recording oil filling of a vehicle, the oil filling management module is used for recording water filling of the vehicle (mainly a watering cart), the oil consumption trend module is used for oil consumption change trend of the vehicle in each period, and the oil consumption analysis module is used for using data of oil consumption of the vehicle in a period of time, so that whether the oil consumption of the vehicle is reasonable or not can be conveniently analyzed;

5. An intelligent environmental sanitation management method based on an AIOT platform is characterized by comprising the following management steps: