CN112488667A - Industrial solid waste overall process real-time monitoring system and method - Google Patents
Industrial solid waste overall process real-time monitoring system and method Download PDFInfo
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Abstract
The invention discloses a real-time monitoring system for the whole process of industrial solid waste, which comprises a background server, a production and waste unit monitoring system, a transportation unit monitoring system, a disposal unit monitoring system and an environmental protection unit management system; the system carries out supervision on the aspects of information record auditing, solid waste data acquisition, solid waste data traceability management, solid waste supervision and control, solid waste data statistics, solid waste transportation single electronization, solid waste monitoring management, solid waste alarm management and the like, implements whole-process electronized traceability management on general industrial solid waste collection, transfer, storage and safe disposal, and has a good management effect.
Description
Technical Field
The invention belongs to the technical field of industrial solid waste treatment, and particularly relates to a real-time monitoring system for the whole process of industrial solid waste.
Background
With the development of economic society, the generation amount of various solid wastes in China is in an explosive growth state, and due to the large supervision difficulty and high disposal cost, the phenomena of illegal transfer disposal, random landfill dumping and the like of industrial solid wastes are serious and in an ascending state, and the living and living environments of people are seriously influenced. The national attention degree on the pollution prevention and control work of the industrial solid waste is comprehensively improved, and actions of firmly restraining the illegal transfer and dumping of the solid waste to further strengthen the overall process supervision of the solid waste are carried out.
Compared with the severe situation of the current industrial solid waste management, the ecological environment department starts late in the solid waste supervision aspect, almost completely depends on the management mode of manpower to carry out on-site supervision and control, manually fill in files and manually count written data, and has the defects of serious shortage of resources such as personnel, equipment, fund and the like, heavy supervision task, easy leakage, backward data acquisition and updating mode, incomplete acquired information, difficult illegal evidence obtaining, low data quality, low information processing level and the like. The existing industrial solid waste supervision means is weak, and is far from being suitable for the requirements of ' implementing the whole process and controlling the whole life cycle ' of industrial solid waste '.
Disclosure of Invention
The invention aims to provide a real-time monitoring system for the whole process of industrial solid waste, which can monitor the whole process from generation to disposal of the solid waste in real time, comprehensively implement electronic traceability management and has better management effect.
In order to achieve the purpose, the invention adopts the technical scheme that: a real-time monitoring system for the whole process of industrial solid waste comprises a background server, a production and waste unit monitoring system, a transportation unit monitoring system, a disposal unit monitoring system and an environmental protection unit management system;
the production and waste unit monitoring system comprises a production and waste unit information module, a pull transportation application module, an electronic transportation list management module, an intelligent monitoring module, an intelligent alarm module and a production source management module; the transportation unit monitoring system comprises a transportation unit information module, a pull application module, an electronic transportation unit management module, an intelligent monitoring module and a transfer management module; the disposal unit monitoring system comprises a disposal unit information module, an electronic transportation list management module, an intelligent monitoring module and an intelligent alarm module;
the production and waste unit information module, the transportation unit information module and the disposal unit information module send enterprise information of each unit to the background server, and the background server sends the information to the information auditing module of the environmental protection unit management system for auditing;
the pull-shipping application module of the production and waste unit sends the pull-shipping authorization information to the background server, the background server sends the information to the pull-shipping application module of the transportation unit, the transportation unit arranges a pull-shipping driver to confirm the pull-shipping authorization, the pull-shipping driver fills in license plate numbers and personnel information through the mobile phone client, and the background server synchronizes the transportation related information to the pull-shipping application modules of the disposal unit and the production and waste unit;
the electronic transportation bill management module of each unit acquires vehicle information and waste transfer information through a background server and a network, and synchronizes video snapshot images to the electronic transportation bill;
the environment-friendly unit management system comprises an information auditing module for receiving background server data, an enterprise management module, an intelligent data module, an intelligent monitoring module, an intelligent alarm module, a solid waste map module and a centralized management module;
the information auditing module receives enterprise information of a production waste unit, a transportation unit and a disposal unit through the background server and audits and replies; the intelligent data module receives data information of the background server, performs data analysis, processing and summarization, and generates various data reports; the intelligent monitoring module and the intelligent alarm module are used for storing, counting and analyzing monitoring information and alarm information of each unit through the background server; the solid waste map module records and checks the geographical position information of each unit and each vehicle in real time through a background server and a network.
The intelligent monitoring module of the production and waste unit comprises a video camera arranged in a storage area of the production and waste unit and a loading area, the signal output end of the video camera is connected with a hard disk video recorder, the hard disk video recorder sends data to a background server, and the background server intercepts a snapshot photo of the time in the video data of the video camera of the loading area according to the time of receiving net weight data of pulling waste of the production and waste unit and synchronizes to an electronic transportation list.
The intelligent monitoring module of the disposal unit comprises a video camera arranged in a discharging area, a storage area and a disposal area of the disposal unit, wherein the signal output end of the video camera is connected with a hard disk video recorder, the hard disk video recorder sends data to a background server, and when the background server successfully identifies according to received license plate identification information, a snapshot picture at the time is intercepted from video data of the video camera in the discharging area and is synchronized to an electronic transportation list.
The intelligent monitoring module of the transportation unit comprises intelligent electronic lock monitoring and transfer process monitoring.
And the intelligent alarm module monitors the abnormal information of each unit in real time and gives an alarm.
The production and waste unit monitoring system comprises a production and waste unit industrial personal computer, wherein the production and waste unit industrial personal computer is connected with a weighing body through a weighing instrument; the license plate recognition device receives license plate number data of a transport vehicle and sends the data to the background server, and the background server determines whether the transport vehicle has a pull transportation task or not; weighing body weighs the weight data of transport vechicle and transmits for the weighing instrument, and the weighing instrument shows and preserves the record of weighing to send to backend server through producing useless unit industrial computer, backend server generates electron transportation list and propelling movement to producing useless unit management end and dealing with unit management end according to information data.
The disposal unit monitoring system comprises a disposal unit industrial personal computer, the license plate recognition device sends license plate information data to the background server, and the background server determines whether the vehicle has an electronic transportation bill and generates a settlement electronic transportation bill or a non-settlement electronic transportation bill.
The two license plate recognition devices of the production and waste unit and the two license plate recognition devices of the disposal unit are respectively arranged at the inlet and the outlet of the production and waste unit and the disposal unit; the license plate recognition device of the production and waste unit and the license plate recognition device of the disposal unit are license plate recognition integrated machines or high-frequency card swiping devices, the signal transmission end of each license plate recognition integrated machine is connected with a digital video recorder, the high-frequency card swiping devices of the production and waste unit are connected with an industrial personal computer of the production and waste unit, and the high-frequency card swiping devices of the disposal unit are connected with the industrial personal computer of the disposal unit.
The generation source management module, the transfer management module and the disposal management module are used for centrally managing basic information, standing book information, archive information, waste information, vehicle information and personnel information of respective enterprises.
The monitoring method realized by utilizing the industrial solid waste whole-process real-time monitoring system comprises the following steps:
1) and the production waste unit fills in the hauling application through the hauling application module.
2) The transportation unit receives the application: a driver of a transportation unit selects to receive a pull-transport application of a production and waste unit on a mobile phone APP, fills in a pull-transport license plate number and transportation personnel, the production and waste unit receives a notice that the application is confirmed and pull-transport is prepared after the driver selects to receive and fill in information, and an ultrahigh frequency car card and an intelligent electronic lock bound with a positioning chip are configured on a vehicle before transportation;
3) when the driver arrives at the production and waste unit, the driver arrives at the production and waste unit to determine whether the information of the license plate number is consistent with that of the pull delivery application form through license plate recognition, and if so, the next step is carried out;
4) weighing the whole vehicle: the method comprises the following steps that (1) a vehicle starts to weigh tare weight and gross weight, first weighing is carried out on a weighing scale body, a card reader automatically senses an ultrahigh frequency vehicle card during weighing, a transport vehicle enters an industrial solid waste loading area, a driver logs in a mobile phone APP, selects an electronic lock to apply for unlocking by a dynamic password, and the electronic lock is locked after loading is completed; the vehicle is weighed for the second time on the weighing scale body, the card reader automatically senses the ultrahigh frequency vehicle card during weighing, the system judges whether the license plate number of the transport vehicle is consistent with the pull application form or not, after the license plate number is consistent with the pull application form, the weighing instrument automatically calculates a weight difference value twice, the background server intercepts a snapshot photo of the time in video data of a camera of a loading area according to the time of receiving the net weight data and synchronizes the snapshot photo to the electronic transport form, and the electronic transport form is synchronized to a production waste unit management end and a disposal unit management end;
5) the electronic lock uploads the geographical position of an industrial transport vehicle in real time in the transportation process, and an enterprise and an environmental protection management department check the transportation track of industrial solid wastes by intercepting time periods;
6) and unloading at a disposal unit: the driver reachs and deals with the unit, vehicle recognition device auto-induction hyperfrequency car card, the system judges whether the transportation license plate number is unanimous with the pull application form, if inconsistent, then can't handle the electron transportation form, judge unanimous back, the automatic function of snapshotting of trigger system, the snapshot photo of this time of intercepting is synchronous to the electron transportation form in the video data of the video camera in the region of unloading in the backend server, the general industry solid useless transportation form is handled automatically to the backstage, driver login cell-phone APP, select the electronic lock to apply for dynamic password and unblank, unload, inform simultaneously and produce useless unit and transportation unit, general industry solid waste flow is accomplished.
The invention has the advantages that:
(1) the electronic and information management of enterprise waste is realized, and the operation cost is reduced: for enterprises, the system realizes whole-course data or video recording, electronization and informatization office in the processes of temporary storage, handover, transportation and the like of solid waste, reduces legal risk and labor cost of enterprise operation, simplifies office processes, improves working efficiency and management level, and finally reduces enterprise operation cost.
(2) Information linkage data sharing, high efficiency and multiple benefits of environmental protection supervision: what brings for the environmental protection department is not only the change of management means, more importantly the promotion of environmental protection supervision efficiency. By means of innovative management means of the Internet of things, the Internet of things technologies such as automatic information acquisition, storage and reading, electronic coupons, real-time video monitoring and positioning, remote visual management and the like are used for comprehensively controlling key links such as generation, storage, transfer, disposal, utilization and the like in the dangerous waste management process.
(3) The management mode is changed, the information acquisition channel is more scientific and quicker: the solid waste management mode based on the internet of things technology carries out intelligent information monitoring and management on the whole flow of the solid waste, and carries out dynamic statistics and intelligent data analysis on the whole process of the solid waste, so that the solid waste information is convenient and intelligent to obtain. Through the data information that thing networking device directly obtained, after solid useless monitored control system carries out data acquisition, storage, washing, can with the intelligent supervision platform of solid waste thing networking, expand the correlation function, realize intelligent exchange, butt joint and the show of relevant information.
(4) Reduced the risk of losing the position and profying oneself, had taken precautions against the political and clean risk, the environmental protection supervision is more accurate, and the early warning is reminded more timely: the system can effectively promote the change of the solid waste management from the traditional manual management mode to the modern intelligent management mode, improve the standard management and accurate law enforcement level of the solid waste, and practically and effectively solve the problems of difficult supervision of the solid waste, heavy supervision task, easy leakage and difficult illegal evidence obtaining of the solid waste existing in the basic environmental protection department for a long time.
Drawings
FIG. 1 is a block diagram of the system of the present invention;
fig. 2 is a flow chart of the method of the present invention.
Detailed Description
The invention provides an industrial solid waste overall process real-time monitoring system, which comprises a background server, a production and waste unit monitoring system, a transportation unit monitoring system, a disposal unit monitoring system and an environmental protection unit management system, as shown in figure 1.
The production and waste unit monitoring system comprises a production and waste unit information module, a pull application module, an electronic transportation unit management module, an intelligent monitoring module, an intelligent alarm module and a production source management module, and the modules are web page management ends of the production and waste unit monitoring system. The intelligent monitoring module of the waste production unit further comprises video cameras arranged in a storage area and a loading area of the waste production unit, and a signal output end of each video camera is sent to the background server through the hard disk video recorder. The industrial personal computer of the waste producing unit is connected with the weighing body through the weighing instrument; the license plate recognition all-in-one machine recognizes license plate numbers of the transport vehicles and sends data to the background server through the hard disk video recorder, and the background server determines whether the transport vehicles have pull transportation tasks or not; if the pull-transporting task exists, the weighing scale body weighs the weight data of the transport vehicle and transmits the weight data to the weighing instrument, the weighing instrument displays and stores weighing records and transmits the weighing records to the industrial personal computer of the production and waste unit, the industrial personal computer of the production and waste unit transmits the data to the background server, the background server generates an electronic transportation list according to the information data, and the background server intercepts the snapshot picture of the time in the video data of the video camera of the loading area according to the time of receiving the net weight data of the pull-transporting waste of the production and waste unit and synchronizes to the electronic transportation list.
The transportation unit monitoring system comprises a transportation unit information module, a pull application module, an electronic transportation unit management module, an intelligent monitoring module and a transfer management module, wherein the modules are web page management ends of the transportation unit monitoring system.
The disposal unit monitoring system comprises a disposal unit information module, an electronic transportation unit management module, an intelligent monitoring module and an intelligent alarm module, wherein the modules are web page management ends of the disposal unit monitoring system. The intelligent monitoring module of the disposal unit comprises a video camera arranged in a discharge area, a storage area and a disposal area of the disposal unit, and a signal output end of the video camera is sent to the background server through the hard disk video recorder. The background server records the monitoring video of each link in real time, and the environmental protection management department can utilize the historical data stored by the network video recorder, the snapshot image of the system and the equipment state monitoring information to record so as to provide objective evidence for environment law enforcement and pollution dispute treatment. The digital video recorder of the disposal unit is also connected with a license plate recognition all-in-one machine of the disposal unit, license plate number information of a transport vehicle recognized by the all-in-one machine of the disposal unit is transmitted to the background server through the digital video recorder, and the background server determines whether the vehicle has an electronic transport order and generates an electronic transport order which is finished or not finished.
The electronic transportation bill management module acquires vehicle information and data of each video camera, synchronizes the information and the snapshot image to the electronic transportation bill, and provides convenient and efficient service for the whole process management from generation to reception of the enterprise solid waste; enterprises can check the information of production units, the information of transportation units, the information of receiving units, the information of wastes, the transportation process, the checking track and the locking record of the electronic lock through the electronic transportation list.
The intelligent monitoring module of the transportation unit comprises intelligent electronic lock monitoring and transfer process monitoring, wherein the intelligent electronic lock monitoring is used for transmitting positioning information of two vehicles, electronic lock state, unlocking record, locking information and historical alarm information in real time, and provides industrial solid waste transportation tracks when the vehicles are bound with the electronic locks in the transportation process. The environmental management department can export the transportation list information through the electronic transportation list for monitoring the transfer process and check the video snapshot image of the waste.
The intelligent alarm module carries out on-line monitoring and monitoring on the safe collection, transfer, storage and disposal conditions of various industrial solid wastes, finds abnormal and emergency states in time, sends alarm information in a grading way, wins time for taking accident emergency early warning and disposal measures in time and provides decision basis and action guide.
The production and waste unit information module, the transportation unit information module and the disposal unit information module send enterprise information (enterprise basic information and related qualification) of each unit to the background server, and the background server sends the information to the information auditing module of the environmental protection unit management system for auditing. The pull-shipping application module of the production and waste unit sends the pull-shipping authorization information to the background server, the background server sends the information to the pull-shipping application module of the transportation unit, the transportation unit arranges a pull-shipping driver to confirm the pull-shipping authorization, the pull-shipping driver fills in license plate numbers and personnel information, and the background server sends the transportation related information to the pull-shipping application modules of the disposal unit and the production and waste unit; the generation source management module, the transfer management module and the disposal management module are used for centrally managing basic information, standing book information and archive information of respective enterprises, the generation source management module is used for managing waste information, and the disposal management module is used for managing vehicle information and personnel information. And the intelligent alarm module monitors the abnormal information of each unit in real time and gives an alarm.
The environmental protection unit management system comprises an information auditing module, an enterprise management module, an intelligent data module, an intelligent monitoring module, an intelligent alarm module, a solid waste map module and a centralized management module. The information auditing module is in communication connection with the background server, receives enterprise information of the production waste unit, the transportation unit and the disposal unit, and audits and duplicates.
The intelligent data module utilizes a big data analysis technical means to intelligently process and summarize various industrial solid waste data, performs trend analysis, researches and develops a data model to develop services such as trend prediction, behavior simulation, spatial analysis, early warning and forecasting and the like, and provides powerful decision support for industrial solid waste comprehensive environment management; secondly, processing source data by using a standardized internet of things data acquisition system to form a data supermarket related to the solid waste, providing data deep analysis service for the government, assisting environmental protection management personnel to know the general overview of the industrial solid waste, and providing deep analysis on data such as regional output, regional disposal capacity, trans-regional transfer and the like; and thirdly, mining and cleaning the data collected by the supervision platform, analyzing big data, selecting a dictionary according to the big data analysis result by an environmental management department to generate a self-defined report, and providing an EXCEL report export function.
The intelligent monitoring module and the intelligent alarm module are used for storing, counting and analyzing monitoring information and alarm information of each unit through the background server; the solid waste map module records and checks the geographical position information of each unit and each vehicle in real time through the background server. The environmental protection department positions production units, transportation enterprises, utilization disposal units and transportation vehicles in the district through the solid waste map module, positions loading coordinates of industrial waste production units and unloading coordinates of industrial waste receiving units, records the running tracks of the transportation vehicles after order receiving in real time, displays geographical position information of the enterprises on the map, and classifies the identifiers according to the types of the enterprises.
As shown in fig. 2, the steps of the process of solid waste treatment by using the monitoring system are as follows:
(1) and the production waste unit fills in the hauling application through the hauling application module. And filling corresponding information according to the situation, optionally storing and submitting, clicking to submit to carry out the pull application, and synchronizing the pull application to the transportation unit.
(2) And the transportation unit receives the application. The transportation unit can receive the pull application form of a plurality of units, and arrange drivers according to the garbage types and the weight reported by the industrial waste generation unit. The driver selects to receive the pull application of the unit of production and disuse on the mobile phone APP, and fills in the license plate number and the transport personnel of the pull. The filled license plate number needs to be compared with the license plate number identified by the license plate number to be consistent, so that an electronic transportation list can be generated, otherwise, the electronic transportation list cannot be generated. After the driver selects to receive and fill in information, the production and waste unit receives the notice that the application is confirmed and ready for hauling, and the ultrahigh frequency vehicle card and the intelligent electronic lock bound with the positioning chip are configured on the vehicle before transportation.
(3) When the driver arrives at the production and waste unit, the driver arrives at the production and waste unit to determine whether the information of the license plate number is consistent with that of the pull delivery application form through license plate recognition, and if so, the next step is carried out;
(4) weighing the whole vehicle: the method comprises the following steps that (1) a vehicle starts to weigh tare weight and gross weight, first weighing is carried out on a weighing scale body, a card reader automatically senses an ultrahigh frequency vehicle card during weighing, a transport vehicle enters an industrial solid waste loading area, a driver logs in a mobile phone APP, selects an electronic lock to apply for unlocking by a dynamic password, and the electronic lock is locked after loading is completed; the vehicle is weighed for the second time on the weighing scale body, the card reader automatically senses the ultrahigh frequency vehicle card during weighing, the system judges whether the license plate number of the transport vehicle is consistent with the pull application form or not, after the license plate number is consistent with the pull application form, the weighing instrument automatically calculates a weight difference value twice, the background server intercepts a snapshot photo of the time in video data of a camera of a loading area according to the time of receiving the net weight data and synchronizes the snapshot photo to the electronic transport form, and the electronic transport form is synchronized to a production waste unit management end and a disposal unit management end;
(5) the electronic lock uploads the geographical position of an industrial transport vehicle in real time in the transportation process, and an enterprise and an environmental protection management department check the transportation track of industrial solid wastes by intercepting time periods;
(6) and unloading at a disposal unit: the driver reachs and deals with the unit, vehicle recognition device auto-induction hyperfrequency car card, the system judges whether the transportation license plate number is unanimous with the pull application form, if inconsistent, then can't handle the electron transportation form, judge unanimous back, the automatic function of snapshotting of trigger system, the snapshot photo of this time of intercepting is synchronous to the electron transportation form in the video data of the video camera in the region of unloading in the backend server, the general industry solid useless transportation form is handled automatically to the backstage, driver login cell-phone APP, select the electronic lock to apply for dynamic password and unblank, unload, inform simultaneously and produce useless unit and transportation unit, general industry solid waste flow is accomplished.
The system is improved from the aspects of information record auditing, solid waste data acquisition, solid waste data traceability management, solid waste supervision and control, solid waste data statistics, solid waste transportation single electronization, solid waste monitoring management, solid waste alarm management and the like, effectively monitors the whole process of general industrial solid waste collection, transfer, storage and safe disposal, and has wide prospect.
Claims (10)
1. The utility model provides an industrial solid waste overall process real-time monitoring system which characterized in that: the system comprises a background server, a production and waste unit monitoring system, a transportation unit monitoring system, a disposal unit monitoring system and an environmental protection unit management system;
the production and waste unit monitoring system comprises a production and waste unit information module, a pull transportation application module, an electronic transportation list management module, an intelligent monitoring module, an intelligent alarm module and a production source management module; the transportation unit monitoring system comprises a transportation unit information module, a pull application module, an electronic transportation unit management module, an intelligent monitoring module and a transfer management module; the disposal unit monitoring system comprises a disposal unit information module, an electronic transportation list management module, an intelligent monitoring module and an intelligent alarm module;
the production and waste unit information module, the transportation unit information module and the disposal unit information module send enterprise information of each unit to the background server, and the background server sends the information to the information auditing module of the environmental protection unit management system for auditing;
the pull-shipping application module of the production and waste unit sends the pull-shipping authorization information to the background server, the background server sends the information to the pull-shipping application module of the transportation unit, the transportation unit arranges a pull-shipping driver to confirm the pull-shipping authorization, the pull-shipping driver fills in license plate numbers and personnel information through the mobile phone client, and the background server synchronizes the transportation related information to the pull-shipping application modules of the disposal unit and the production and waste unit;
the electronic transportation bill management module of each unit acquires vehicle information and waste transfer information through a background server and a network, and synchronizes video snapshot images to the electronic transportation bill;
the environment-friendly unit management system comprises an information auditing module for receiving background server data, an enterprise management module, an intelligent data module, an intelligent monitoring module, an intelligent alarm module, a solid waste map module and a centralized management module;
the information auditing module receives enterprise information of a production waste unit, a transportation unit and a disposal unit through the background server and audits and replies; the intelligent data module receives data information of the background server, performs data analysis, processing and summarization, and generates various data reports; the intelligent monitoring module and the intelligent alarm module are used for storing, counting and analyzing monitoring information and alarm information of each unit through the background server; the solid waste map module records and checks the geographical position information of each unit and each vehicle in real time through a background server and a network.
2. The industrial solid waste overall process real-time monitoring system of claim 1, wherein: the intelligent monitoring module of the production and waste unit comprises a video camera arranged in a storage area of the production and waste unit and a loading area, the signal output end of the video camera is connected with a hard disk video recorder, the hard disk video recorder sends data to a background server, and the background server intercepts a snapshot photo of the time in the video data of the video camera of the loading area according to the time of receiving net weight data of pulling waste of the production and waste unit and synchronizes to an electronic transportation list.
3. The industrial solid waste overall process real-time monitoring system of claim 2, wherein: the intelligent monitoring module of the disposal unit comprises a video camera arranged in a discharging area, a storage area and a disposal area of the disposal unit, wherein the signal output end of the video camera is connected with a hard disk video recorder, the hard disk video recorder sends data to a background server, and when the background server successfully identifies according to received license plate identification information, a snapshot picture at the time is intercepted from video data of the video camera in the discharging area and is synchronized to an electronic transportation list.
4. The industrial solid waste overall process real-time monitoring system of claim 3, wherein: the intelligent monitoring module of the transportation unit comprises intelligent electronic lock monitoring and transfer process monitoring.
5. The industrial solid waste full process real-time monitoring system according to any one of claims 1 to 4, wherein: and the intelligent alarm module monitors the abnormal information of each unit in real time and gives an alarm.
6. The industrial solid waste overall process real-time monitoring system of claim 5, wherein: the production and waste unit monitoring system comprises a production and waste unit industrial personal computer, wherein the production and waste unit industrial personal computer is connected with a weighing body through a weighing instrument; the license plate recognition device receives license plate number data of a transport vehicle and sends the data to the background server, and the background server determines whether the transport vehicle has a pull transportation task or not; weighing body weighs the weight data of transport vechicle and transmits for the weighing instrument, and the weighing instrument shows and preserves the record of weighing to send to backend server through producing useless unit industrial computer, backend server generates electron transportation list and propelling movement to producing useless unit management end and dealing with unit management end according to information data.
7. The industrial solid waste overall process real-time monitoring system of claim 6, wherein: the disposal unit monitoring system comprises a disposal unit industrial personal computer, the license plate recognition device sends license plate information data to the background server, and the background server determines whether the vehicle has an electronic transportation bill and generates a settlement electronic transportation bill or a non-settlement electronic transportation bill.
8. The industrial solid waste overall process real-time monitoring system of claim 7, wherein: the two license plate recognition devices of the production and waste unit and the two license plate recognition devices of the disposal unit are respectively arranged at the inlet and the outlet of the production and waste unit and the disposal unit; the license plate recognition device of the production and waste unit and the license plate recognition device of the disposal unit are license plate recognition integrated machines or high-frequency card swiping devices, the signal transmission end of each license plate recognition integrated machine is connected with a digital video recorder, the high-frequency card swiping devices of the production and waste unit are connected with an industrial personal computer of the production and waste unit, and the high-frequency card swiping devices of the disposal unit are connected with the industrial personal computer of the disposal unit.
9. The industrial solid waste overall process real-time monitoring system of claim 8, wherein: the generation source management module, the transfer management module and the disposal management module are used for centrally managing basic information, standing book information, archive information, waste information, vehicle information and personnel information of respective enterprises.
10. The monitoring method implemented by the industrial solid waste overall process real-time monitoring system according to claim 9, characterized in that: the method comprises the following steps:
1) the production and waste unit fills in the pull application through the pull application module;
2) the transportation unit receives the application: a driver of a transportation unit selects to receive a pull-transport application of a production and waste unit on a mobile phone APP, fills in a pull-transport license plate number and transportation personnel, the production and waste unit receives a notice that the application is confirmed and pull-transport is prepared after the driver selects to receive and fill in information, and an ultrahigh frequency car card and an intelligent electronic lock bound with a positioning chip are configured on a vehicle before transportation;
3) when the driver arrives at the production and waste unit, the driver arrives at the production and waste unit to determine whether the information of the license plate number is consistent with that of the pull delivery application form through license plate recognition, and if so, the next step is carried out;
4) weighing the whole vehicle: the method comprises the following steps that (1) a vehicle starts to weigh tare weight and gross weight, first weighing is carried out on a weighing scale body, a card reader automatically senses an ultrahigh frequency vehicle card during weighing, a transport vehicle enters an industrial solid waste loading area, a driver logs in a mobile phone APP, selects an electronic lock to apply for unlocking by a dynamic password, and the electronic lock is locked after loading is completed; the vehicle is weighed for the second time on the weighing scale body, the card reader automatically senses the ultrahigh frequency vehicle card during weighing, the system judges whether the license plate number of the transport vehicle is consistent with the pull application form or not, after the license plate number is consistent with the pull application form, the weighing instrument automatically calculates a weight difference value twice, the background server intercepts a snapshot photo of the time in video data of a camera of a loading area according to the time of receiving the net weight data and synchronizes the snapshot photo to the electronic transport form, and the electronic transport form is synchronized to a production waste unit management end and a disposal unit management end;
5) the electronic lock uploads the geographical position of an industrial transport vehicle in real time in the transportation process, and an enterprise and an environmental protection management department check the transportation track of industrial solid wastes by intercepting time periods;
6) and unloading at a disposal unit: the driver reachs and deals with the unit, vehicle recognition device auto-induction hyperfrequency car card, the system judges whether the transportation license plate number is unanimous with the pull application form, if inconsistent, then can't handle the electron transportation form, judge unanimous back, the automatic function of snapshotting of trigger system, the snapshot photo of this time of intercepting is synchronous to the electron transportation form in the video data of the video camera in the region of unloading in the backend server, the general industry solid useless transportation form is handled automatically to the backstage, driver login cell-phone APP, select the electronic lock to apply for dynamic password and unblank, unload, inform simultaneously and produce useless unit and transportation unit, general industry solid waste flow is accomplished.
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