CN110969226A - Dangerous and useless information tracking system - Google Patents
Dangerous and useless information tracking system Download PDFInfo
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Abstract
The invention relates to the field of environmental protection, in particular to a hazardous waste information tracking system, which aims to solve the problems that the hazardous waste is unknown after being generated and information is difficult to track, store, transport and transfer, and the technical scheme is characterized by comprising the following steps: the field input terminal is used for carrying out field input on the generation, transfer, storage and processing information of the hazardous wastes and transmitting the input information to the background; the video monitoring terminal is used for monitoring and recording the transferring, storing and processing processes of hazardous wastes and transmitting the monitoring record to the background; and the background monitoring center is used for summarizing the data of the field entry terminal and the video monitoring terminal, classifying and tracking the data. The invention can clear blind spots monitored in the whole process through the tracking processing of the system.
Description
Technical Field
The invention relates to the field of environmental protection, in particular to a hazardous waste information tracking system.
Background
The hazardous waste refers to waste with hazardous characteristics listed in a national hazardous waste list or identified according to the national hazardous waste identification standard and identification method, and is called hazardous waste for short. With the rapid development of economy and the accelerated progress of urbanization, the generation amount of hazardous waste is rapidly increased, which becomes one of ten environmental problems worldwide, and the pollution control of hazardous waste becomes an important work content in the field of environmental protection, which puts higher demands on the supervision level of the hazardous waste.
At present, the existing dangerous waste dynamic management system is mainly a dangerous waste dynamic management system developed by the government. Ecological environment management departments in various regions successively develop hazardous waste management platforms, and government hazardous waste dynamic management systems are also developed in places such as Guangdong province, Jiangxi province, Shanghai city and the like, and in regions such as Ningbo, Hangzhou, Huzhou, Jiaxing, Jinhua, Zhoushan, Taizhou and the like in Zhejiang province.
The design of the dynamic government hazardous waste management system is a five-layer architecture based on an Internet of things system structure, and comprises a sensing layer, an Internet of things layer, a supporting layer, an application layer and a portal layer, wherein the details are shown in figure 1.
A dynamic government hazardous waste management system establishes a working environment for hazardous waste service management and cooperative office under the overall system framework, establishes a convenient service handling mode for outer network declaration, inner network handling of environmental protection departments and outer network public handling of processing results of a set of production and waste units and disposal units, and facilitates business interaction between enterprises and environmental protection departments.
However, the main purpose of the dynamic government hazardous waste management system is to enable the government to uniformly monitor and check the handover between the production and waste units, the disposal units and the transportation units, but the system cannot assist the enterprises of the production and waste units to perform internal hazardous waste tracking treatment.
At present, dangerous waste treatment inside enterprises is messy, data are generally copied by manpower, the process is lack of supervision, the problems of data uploading delay, data extraction errors and the like exist, and an effective auxiliary system platform is needed for assisting in tracking treatment.
In view of the above-mentioned deficiencies of the prior art, there is a need for improvement, for which the applicant has made active and useful attempts to find a solution to the problem, which solution is made in the context of the following.
Disclosure of Invention
The invention aims to provide a hazardous waste information tracking system, which solves the problem of lack of supervision in hazardous waste treatment.
The technical purpose of the invention is realized by the following technical scheme: a hazardous waste information tracking system, comprising:
the field input terminal is used for carrying out field input on the generation, transfer, storage and processing information of the hazardous wastes and transmitting the input information to the background;
the video monitoring terminal is used for monitoring and recording the transferring, storing and processing processes of hazardous wastes and transmitting the monitoring record to the background;
and the background monitoring center is used for summarizing the data of the field entry terminal and the video monitoring terminal, classifying and tracking the data.
When dangerous waste is generated, an operator collects the information of the dangerous waste into a background through a field input terminal, so that the operator of a background monitoring center can conveniently process the information of the dangerous waste;
after dangerous and useless information is input, in the process of transferring, storing and processing dangerous and useless, the video monitoring terminal is used for monitoring and recording video, so that the whole transportation, storage and transfer processes are completely documented, data is kept in the background, the whole-process tracking and supervision of dangerous and useless processing is realized, and the problem that the dangerous and useless information is unknown after being generated is avoided.
Further: collecting the hazardous waste by a hazardous waste container; the field entry terminal comprises:
the code assigning module is used for printing and pasting two-dimensional codes, and each two-dimensional code corresponds to each dangerous waste container one to one;
and the dangerous waste generation and input module is used for loading dangerous waste into the dangerous waste container, scanning the two-dimensional code, filling the name, the source, the form, the generation amount, the unit and the generation date of the dangerous waste into the dangerous waste container, and storing and transmitting data to a background after filling.
When dangerous wastes are treated, the generated dangerous wastes are collected into corresponding dangerous waste containers, and then the dangerous waste containers collecting the dangerous wastes are treated when the dangerous wastes are stored and transported;
when taking in the useless receptacle of danger with the useless, use the useless production of danger in the on-the-spot input terminal to type the module into, with the useless information of danger type the useless production of danger type the module into, then submit the backstage with data and preserve, realize the storage of data, also be convenient for follow-up useless storage of danger, transfer the data call when handling.
Further: the field entry terminal further comprises:
the dangerous waste warehousing module automatically acquires data of the dangerous waste generating and inputting module by scanning the two-dimensional code on site, fills in the warehouse code, the warehouse name, the warehousing quantity, the dangerous waste unit and the warehousing date, and stores and transmits the data to the background after the completion of the filling;
and the hazardous waste ex-warehouse entry module is used for automatically acquiring the data of the hazardous waste generation entry module by scanning the two-dimensional code on site, and filling the data into a transport unit number, a transport unit name, a transport unit license, a transport unit sponsor, a receiving unit number, a receiving unit name, a receiving unit license, a receiving unit sponsor, a waste destination, the number of hazardous waste containers, the generation unit sponsor, the two-dimensional code numbers of all hazardous waste containers and the ex-warehouse date.
When dangerous and useless warehouse entry is carried out, the dangerous and useless warehouse entry module is opened to continue data filling in a mode of scanning the two-dimensional code, similarly, the dangerous and useless warehouse exit entry module is opened to carry out data filling in a mode of scanning the two-dimensional code when the dangerous and useless warehouse exit module is carried out, and data are transmitted to the background to be backed up and counted after the dangerous and useless warehouse exit module is filled in.
Further: the background monitoring center comprises:
the basic information module is used for inputting and tracking the basic information of the warehouse, the basic information of the hazardous waste disposal unit, the basic information of the transportation unit and the basic information of the self-disposal equipment;
the video function module is used for controlling and tracking all cameras in the video monitoring terminal;
and the operator module is used for carrying out information input and authority setting on operators.
The background monitoring center needs to realize information classification and tracking processing of the field input terminal and the video monitoring terminal, so that various basic information needs to be counted in advance;
when dangerous waste information is recorded into a background, the tracking and statistics of dangerous waste generation, storage and treatment can be completed only by corresponding data of a field recording terminal with basic information, for example, corresponding warehouse codes and dangerous waste disposal unit codes as keywords with dangerous waste data.
Further: the background monitoring center further comprises an inventory query module, and the inventory query module comprises:
the real-time inventory inquiry function is used for checking the real-time inventory records of each warehouse;
and the system automatically calculates the real-time inventory information of each warehouse at regular time every day and every month and stores the real-time inventory information to form a historical inventory record.
By the instant inventory query function, the information such as the position, the characteristics, the storage time and the like of the hazardous wastes can be known, so that the natural non-human factor loss value between the production and the disposal of the hazardous wastes, such as the evaporation loss of the liquid hazardous wastes due to long time, can be reduced;
meanwhile, through the historical inventory inquiry function, the working personnel can quickly inquire the historical dangerous and waste records, and the self-evidence law keeping is facilitated.
Further: the video function module includes:
a camera list function of displaying all camera lists at each position;
the real-time video playing function is used for playing the real-time video of the camera;
the playback video playing function is used for playing the playback video of the camera;
and a token verifying and acquiring function is adopted, each operator can control the camera only by acquiring the token, the validity of the token is verified, and the token is acquired again once the token is out of date.
The transfer, storage and processing stages of hazardous waste treatment are well documented through the real-time video and the playback video;
the setting of function is obtained through token verification for operating personnel must supervise and have the timeliness, can further improve the supervision degree of the useless processing of danger, reduce the useless incomplete legal risk of processing of danger.
Useless information tracker's of danger backstage surveillance center includes:
the basic information module is used for inputting and tracking the basic information of the warehouse, the basic information of the hazardous waste disposal unit, the basic information of the transportation unit and the basic information of the self-disposal equipment;
the video function module is used for controlling and tracking all cameras in the video monitoring terminal;
the operator module is used for performing information input and authority setting on operators;
the real-time inventory inquiry function is used for checking the real-time inventory records of each warehouse;
and the system automatically calculates the real-time inventory information of each warehouse according to daily and monthly at regular time and stores the real-time inventory information to form a historical inventory record.
Useless information tracking system's of danger field entry terminal includes:
the hazardous waste container is used for storing and storing hazardous waste;
the code assigning module is used for printing and pasting two-dimensional codes, and each two-dimensional code corresponds to each dangerous waste container one to one;
the hazardous waste generation and input module is used for loading hazardous waste into the hazardous waste container, scanning the two-dimensional code, filling the name, the source, the form, the production amount, the unit and the production date of the hazardous waste, and storing and transmitting data to a background after filling; the dangerous waste warehousing module automatically acquires data of the dangerous waste generating and inputting module by scanning the two-dimensional code on site, fills in the warehouse code, the warehouse name, the warehousing quantity, the dangerous waste unit and the warehousing date, and stores and transmits the data to the background after the completion of the filling;
and the hazardous waste ex-warehouse entry module is used for automatically acquiring the data of the hazardous waste generation entry module by scanning the two-dimensional code on site, and filling the data into a transport unit number, a transport unit name, a transport unit license, a transport unit sponsor, a receiving unit number, a receiving unit name, a receiving unit license, a receiving unit sponsor, a waste destination, the number of hazardous waste containers, the generation unit sponsor, the two-dimensional code numbers of all hazardous waste containers and the ex-warehouse date.
In conclusion, the invention has the following beneficial effects:
firstly, a person in charge of a waste production unit can know and check information such as hazardous waste storage allowance in real time, clear blind spots of supervision in the whole process and reduce the legal risk of incomplete hazardous waste treatment;
secondly, by the instant inventory query function, information such as the position, the characteristics, the storage time and the like of hazardous wastes can be known, so that the natural non-human factor loss value between the hazardous waste production and the disposal process is reduced;
and thirdly, the transition from the paper account of the enterprise to the electronic account is promoted, and the paper account is easy to modify and store.
Drawings
FIG. 1 is a schematic flow chart of the background art;
FIG. 2 is a schematic view of an overall process of a hazardous waste information tracking system;
FIG. 3 is a schematic view of an operation flow of the field entry terminal;
fig. 4 is a schematic operation flow diagram of the hazardous waste generation recording module.
Detailed Description
The invention is described in detail below with reference to the figures and examples.
The first embodiment is as follows: a dangerous waste information tracking system is shown in figure 2 and comprises a dangerous waste field input terminal, a video monitoring terminal and a background monitoring center, wherein the background monitoring center comprises a basic information module, and the basic information module comprises basic warehouse information, dangerous waste basic information, dangerous waste disposal unit basic information, transportation unit basic information and self-disposal equipment basic information. Each field input terminal stores data in the basic information module and updates information at regular time, but the field input terminal does not have the operation authority of the basic information module.
As shown in fig. 3, the field entry terminal is operated by the enterprise field operators, which include a production site operator, a staging library operator, a ex-warehouse approver, and a distributor. The field operation flow mainly comprises preorder coding treatment and subsequent waste warehouse-in and warehouse-out tracking treatment.
Before carrying out the useless processing of danger, at first prepare the useless receptacle of danger of collecting the wastes material, the useless receptacle of danger can be holding bucket, holding box, accommodating bottle etc. after the useless receptacle of danger is prepared, print and paste the two-dimensional code, paste two-dimensional code and the useless receptacle of danger one-to-one to the useless receptacle of danger endows the sign indicating number. After dangerous waste is generated, according to the characteristics of solid-liquid shape, corrosivity, volatility and the like of the dangerous waste, selecting a corresponding dangerous waste container, filling relevant information of the dangerous waste and a two-dimensional code number corresponding to the dangerous waste container into the dangerous waste container by using PDA equipment, and binding the dangerous waste container and the generated dangerous waste together. And finally, transmitting the filled form to a background monitoring center for gathering.
Specifically, the home page of the PDA device comprises a setting module, a dangerous waste generation and input module, a dangerous waste warehousing and input module, a dangerous waste ex-warehouse and input module and a dangerous waste query module.
Wherein each operator, each PDA device, for the first time, reconfigures the setup modules, which include IP, port, and operator information. After configuration, as long as the background and the network are not changed, the configuration is not required to be carried out again.
As shown in fig. 4, at the hazardous waste generating point, the hazardous waste is loaded into the hazardous waste container, and information of the hazardous waste generating and recording module needs to be filled. At the moment, a dangerous waste generation recording module is selected from a home page of the PDA equipment and is clicked, so that a dangerous waste generation recording form is obtained. The dangerous waste generation input table comprises two-dimension code numbers, dangerous waste codes, dangerous waste names, dangerous waste sources, dangerous waste forms, production volumes, dangerous waste units, production dates and operator information. When filling in the form, for the acquisition of the two-dimension code number, an operator needs to press a PDA scanning key to scan the two-dimension code of the dangerous waste container, the two-dimension code number corresponding to the two-dimension code is automatically acquired from the background form, and the two-dimension code label is automatically filled into the dangerous waste generation recording form. And then selecting the dangerous waste name to be stored from the dangerous waste names, automatically taking out the dangerous waste code, form and weight unit through the dangerous waste basic information stored in the PDA, inputting other information such as the production amount and the like, clicking and submitting after completely filling, storing the information to a background monitoring center for gathering, gathering various dangerous waste production information at the background, and automatically filling a dangerous waste production information processing table to form the classification of the dangerous waste production information.
When the data are transferred to a warehouse, a dangerous and waste warehousing entry module of the PDA is opened to obtain a dangerous and waste warehousing table, wherein the table comprises filling items such as two-dimensional code numbers, dangerous and waste codes, dangerous and waste names, warehouse codes, warehouse names, warehousing quantity, dangerous and waste units, warehousing dates, operator information and the like. When filling in the dangerous and waste warehousing form, an operator presses down the PDA scanning key to scan the two-dimensional code to obtain the two-dimensional code number, and the dangerous and waste code and the dangerous and waste name in the background form are automatically obtained by taking the two-dimensional code number as an index.
It should be noted that when scanning the two-dimensional code, if can find out that the danger is useless and produce the information of entering in the form, take out the useless code of danger automatically, the useless name of danger, if scan two-dimensional code inquiry and do not have the result, the useless name of danger can the manual pull-down selection, this is that prevent this warehouse entry danger itself just be external, does not produce the condition of record. And then selecting a warehouse corresponding to the dangerous waste from the warehouse names, automatically taking out a warehouse code, continuously filling a dangerous waste warehousing form, finally clicking and submitting, storing to a background monitoring center for summarizing, summarizing all dangerous waste information at the background, and automatically filling into a dangerous waste warehousing information processing form to form classification of dangerous waste warehousing information.
The dangerous waste ex-warehouse entry module comprises a transportation unit number, a transportation unit name, a transportation unit license, a transportation unit manager, a receiving unit number, a receiving unit name, a receiving unit license, a receiving unit manager, a waste destination, the number of dangerous waste containers, a generation unit manager, two-dimensional codes of all dangerous waste containers, a production date and a dangerous waste ex-warehouse table formed by operators. During filling, firstly, a transport unit is selected in the name of the transport unit, after the selection, the transport unit number, the permit and the dealers are automatically taken out from the basic information of the transport unit stored in the PDA, similarly, a receiving unit is selected in the name of the receiving unit, after the selection, the number, the permit, the dealers and the waste going information are automatically taken out, then the number of the dangerous waste containers is input, the dealers of the unit are generated, the PDA is used for scanning the two-dimensional codes of the dangerous waste to be taken out of the warehouse according to the number, then the two-dimensional codes are clicked and submitted, the two-dimensional codes are stored in a background monitoring center to be summarized, all the dangerous waste information is summarized in the background, and the dangerous waste information is automatically filled into the dangerous waste ex-warehouse information processing table. It should be noted that if the number of the two-dimensional codes in the column of the "all dangerous and useless container two-dimensional codes" in the table is inconsistent with the filled "dangerous and useless container number", a prompt is sent to the operator through the pop-up window, and the dangerous and useless container two-dimensional codes cannot be submitted to the background.
In order to prevent the data confusion of the whole system after the data which is not in accordance with reality and is disordered is entered into the system due to the misoperation of the PDA, the dangerous waste generated due to the misoperation of the PDA can be artificially deleted in the background.
And the dangerous waste inquiry function module scans the two-dimensional code after clicking the module, and directly finds out the dangerous waste generation information and the warehousing information through the serial number of the two-dimensional code. The method specifically comprises two-dimension code numbers, dangerous waste codes, dangerous waste names, dangerous waste sources, dangerous waste shapes, total production amount, dangerous waste units, warehousing warehouse codes, warehouse names, warehouse volumes, warehouse dates and warehouse operators. A list showing the production amount, the date and the operator is generated at the same time when the information is inputted to the lower part of the lookup table.
The video monitoring terminal uses a camera which is arranged in a factory and a warehouse. The background monitoring center uses a computer, and further comprises a video function module for controlling the video monitoring terminal, an operator module for controlling personnel authority and an inventory query module.
The video monitoring terminal carries out remote control on the PC end through the video function module. The video function module includes: the system comprises a camera list function, a real-time video playing function, a playback video playing function and a token verification and acquisition function. The camera list function lists basic information, position information, responsible personnel and the like of each camera one by one, after the camera records a video each time, the camera names the video according to time-position-danger waste of the video, stores the video in a PC (personal computer) end, and can play back the video by using a playback video playing function.
The token verification and acquisition function is the limitation on video operators, and each video operator can control the camera only by acquiring the token, so that the camera is prevented from being abused. The verification token is time-efficient, the valid period is one month at most, and the operator acquires the verification token again at least once every month.
There is a separate camera serial number, camera name (named in the monitored location) and camera verification code for each camera. When the video monitoring right is set, firstly, account numbers and password information of video operators are added, then the serial numbers of the cameras correspond to the working personnel, and each camera is guaranteed to be associated with the video operators. Each video operator may control multiple cameras.
The stock inquiry module comprises an instant stock inquiry function and a historical stock inquiry function, and the system automatically calculates the real-time stock information of each warehouse at regular time every day and every month, and stores the real-time stock information to form a historical stock record.
Aiming at the inaccuracy of data caused by the misoperation of the PDA, if the data is in the misoperation day, the data of the misoperation table, such as a dangerous waste storage information processing table, can be directly deleted in the background. If the historical inventory records have problems due to the fact that wrong data are not deleted timely on the same day, the historical inventory data with errors can be selected from the historical inventory records, and an editing button is clicked to modify the historical inventory records.
When the historical inventory data is modified, in order to prevent the situation that the last data is not checked and the reason cannot be found due to errors in the manual inventory intervention process, the editing operation is provided with a log function in the background so that a user can trace the historical inventory data.
The table data in the inventory inquiry module can inquire the real-time inventory of each hazardous waste in each warehouse through two screening conditions of the warehouse and the hazardous waste. The report contents comprise warehouse numbers, warehouse names, dangerous and useless codes, dangerous and useless names, cut-off inventory, units and dates.
The user can also inquire the historical inventory through four screening conditions of the warehouse, the dangerous waste, the starting time and the deadline, and the EXCEL export is carried out on the inquired data. The inventory historical data comprises a warehouse number, a warehouse name, a dangerous waste code, a dangerous waste name, an inventory, a unit, a date, a warehousing quantity, a total ex-warehouse quantity, a provincial transfer quantity, a trans-provincial transfer quantity and a production quantity. Meanwhile, for the above query results, the user can also perform curve display in a curve display mode.
For each dangerous waste, a detailed database for warehouse entry and exit of the time can be automatically calculated according to the starting time and the ending time. The summary table comprises dangerous waste codes, dangerous waste names, cutoff stock, weight units, total warehousing quantity, total ex-warehousing quantity, provincial rotation force, trans-provincial rotation force, total production quantity and total disposal quantity.
When hazardous waste is automatically treated, the serial number of treatment equipment, the name of the treatment equipment, the treatment method, the treatment capacity, the treatment amount, units, hazardous waste codes, the name of the hazardous waste, the type of the hazardous waste, the number of running days, the state of the equipment and operation records need to be recorded.
When setting the authority of the operators in each link, the operator authority is mainly set by enterprise leaders and department leaders, and different authorities of different persons are selected. The authority includes all report operation authorities in the patent, such as processing authority of basic information, modification authority of dangerous and useless warehouse entry and exit information, calling authority of video monitoring, report inquiry authority and the like.
Example two: a hazardous waste information tracking system is different from the first embodiment in that: the basic information of the warehouse, the basic information of the hazardous waste disposal unit, the basic information of the transportation unit and the basic information of the self-disposal equipment are specifically described.
The critical waste basic information comprises a critical waste code, a critical waste name, a type, characteristics, a critical waste container mode, a form, a source, a unit, a taboo and a processing mode. The authorized operator can add, delete and modify information, and can search according to each field in actual use.
The basic information of the warehouse comprises a warehouse number, a warehouse name, an area, a volume, a storage position, a storage purpose and an in-out warehouse record.
The disposal unit basic information comprises a disposal unit number, a disposal unit name, an operation license, a waste destination, a contact person, a contact phone, a processing mode and an operation record.
The basic information of the transportation unit comprises a transportation unit number, a transportation unit name, an operation license, a contact person, a contact phone, a unit address, an operation description and a creation date.
The self-disposal device basic information includes a self-disposal device number, a self-disposal device name, a processing method, a device processing capability, a creation date, and a last modification date.
The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.
Claims (8)
1. A hazardous waste information tracking system, comprising:
the field input terminal is used for carrying out field input on the generation, transfer, storage and processing information of the hazardous wastes and transmitting the input information to the background;
the video monitoring terminal is used for monitoring and recording the transferring, storing and processing processes of hazardous wastes and transmitting the monitoring record to the background;
and the background monitoring center is used for summarizing the data of the field entry terminal and the video monitoring terminal, classifying and tracking the data.
2. The hazardous waste information tracking system according to claim 1, wherein the hazardous waste is collected by a hazardous waste container; the field entry terminal comprises:
the code assigning module is used for printing and pasting two-dimensional codes, and each two-dimensional code corresponds to each dangerous waste container one to one;
and the dangerous waste generation and input module is used for loading dangerous waste into the dangerous waste container, scanning the two-dimensional code, filling the name, the source, the form, the generation amount, the unit and the generation date of the dangerous waste into the dangerous waste container, and storing and transmitting data to a background after filling.
3. The hazardous waste information tracking system of claim 2, wherein the field entry terminal further comprises:
the dangerous waste warehousing module automatically acquires data of the dangerous waste generating and inputting module by scanning the two-dimensional code on site, fills in the warehouse code, the warehouse name, the warehousing quantity, the dangerous waste unit and the warehousing date, and stores and transmits the data to the background after the completion of the filling;
and the hazardous waste ex-warehouse entry module is used for automatically acquiring the data of the hazardous waste generation entry module by scanning the two-dimensional code on site, and filling the data into a transport unit number, a transport unit name, a transport unit license, a transport unit sponsor, a receiving unit number, a receiving unit name, a receiving unit license, a receiving unit sponsor, a waste destination, the number of hazardous waste containers, the generation unit sponsor, the two-dimensional code numbers of all hazardous waste containers and the ex-warehouse date.
4. The hazardous waste information tracking system according to claim 1, wherein the background monitoring center comprises:
the basic information module is used for inputting and tracking the basic information of the warehouse, the basic information of the hazardous waste disposal unit, the basic information of the transportation unit and the basic information of the self-disposal equipment;
the video function module is used for controlling and tracking all cameras in the video monitoring terminal;
and the operator module is used for carrying out information input and authority setting on operators.
5. The hazardous waste information tracking system according to claim 4, wherein the background monitoring center further comprises an inventory query module, and the inventory query module comprises:
the real-time inventory inquiry function is used for checking the real-time inventory records of each warehouse;
and the system automatically calculates the real-time inventory information of each warehouse according to daily and monthly at regular time and stores the real-time inventory information to form a historical inventory record.
6. The system for tracking hazardous waste information according to claim 4, wherein the video function module comprises:
a camera list function of displaying all camera lists at each position;
the real-time video playing function is used for playing the real-time video of the camera;
the playback video playing function is used for playing the playback video of the camera;
and a token verification and acquisition function, wherein each operator can control the camera only by acquiring the token, the validity of the token is verified, and the token is acquired again once the token is out of date.
7. A background monitoring center of a hazardous waste information tracking system comprises:
the basic information module is used for inputting and tracking the basic information of the warehouse, the basic information of the hazardous waste disposal unit, the basic information of the transportation unit and the basic information of the self-disposal equipment;
the video function module is used for controlling and tracking all cameras in the video monitoring terminal;
the operator module is used for performing information input and authority setting on operators;
the real-time inventory inquiry function is used for checking the real-time inventory records of each warehouse;
and the system automatically calculates the real-time inventory information of each warehouse according to daily and monthly at regular time and stores the real-time inventory information to form a historical inventory record.
8. A field entry terminal of a hazardous waste information tracking system comprises:
the hazardous waste container is used for storing and storing hazardous waste;
the code assigning module is used for printing and pasting two-dimensional codes, and each two-dimensional code corresponds to each dangerous waste container one to one;
the hazardous waste generation and input module is used for loading hazardous waste into the hazardous waste container, scanning the two-dimensional code, filling the name, the source, the form, the production amount, the unit and the production date of the hazardous waste, and storing and transmitting data to a background after filling; the dangerous waste warehousing module automatically acquires data of the dangerous waste generating and inputting module by scanning the two-dimensional code on site, fills in the warehouse code, the warehouse name, the warehousing quantity, the dangerous waste unit and the warehousing date, and stores and transmits the data to the background after the completion of the filling;
and the hazardous waste ex-warehouse entry module is used for automatically acquiring the data of the hazardous waste generation entry module by scanning the two-dimensional code on site, and filling the data into a transport unit number, a transport unit name, a transport unit license, a transport unit sponsor, a receiving unit number, a receiving unit name, a receiving unit license, a receiving unit sponsor, a waste destination, the number of hazardous waste containers, the generation unit sponsor, the two-dimensional code numbers of all hazardous waste containers and the ex-warehouse date.
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