CN112132521A - Dangerous and useless traceability management system - Google Patents
Dangerous and useless traceability management system Download PDFInfo
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Abstract
The invention relates to the technical field of environmental protection, in particular to a hazardous waste traceability management system, which comprises an electronic tag, a plurality of handheld terminals and a server, wherein the handheld terminals are used for reading and writing the electronic tag and are in communication connection with the server, and the server comprises: a plan customization module: the system is used for making a planned scheduling table from factory delivery to warehouse entry of hazardous wastes; a control module: the handheld terminal is used for writing task progress information and executive staff information of the sub-plan into the electronic tag; the system is also used for receiving the task progress information and executive staff information of the sub-plan fed back by the handheld terminal; the information tracing module: and the method is used for information comparison and information tracing. The invention solves the problems that the reason of the problem cannot be quickly positioned and the responsibility cannot be quickly divided because the information tracing is difficult to perform when an accident or a problem occurs in the traditional hazardous waste treatment mode.
Description
Technical Field
The invention relates to the technical field of environmental protection, in particular to a dangerous waste traceability management system.
Background
The hazardous waste refers to solid waste with hazardous characteristics listed in national hazardous waste lists or identified according to the national hazardous waste identification standards and methods. Because hazardous waste has a plurality of harmfulness such as corrosivity, toxicity, inflammability, reactivity, infectivity and the like, serious harm is easily caused to the ecological environment and human health when supervision is not in place.
Therefore, the supervision department requires that enterprises producing hazardous wastes classify, package and stack various hazardous wastes, and paste common printed hazardous waste marks or labels on packages, and build anti-theft and anti-leakage temporary storage hazardous waste warehouses in factories. Enterprises submit dangerous wastes to qualified dangerous waste treatment companies for treatment, and the treatment process generally comprises the following steps: collecting hazardous wastes and collecting relevant information of the hazardous wastes by a hazardous waste treatment company; then loading and returning, wherein the vehicle runs according to a preset route in the returning process; and finally, returning the collection vehicle to the processing station to unload the dangerous waste, temporarily storing the dangerous waste into a warehouse by a worker, and queuing for subsequent processing. In the whole process, the posted common mark is easy to fall off in the carrying and stacking processes, or the contents on the mark are mixed up due to pollution. But also has the problems of loss of dangerous wastes, falling of bags and the like. When a problem occurs, finding the reason for the problem is the key to solve the problem and take measures to remedy the problem in time. But how to quickly locate the cause of the problem and thus perform responsibility division is a problem generally faced by those skilled in the art at present.
Disclosure of Invention
The invention aims to provide a hazardous waste traceability management system, which solves the problems that in the traditional hazardous waste processing mode, when an accident or a problem occurs, information traceability is difficult to perform, the cause of the problem cannot be quickly positioned, and responsibility division cannot be realized.
In order to achieve the above object, a dangerous and useless traceability management system is provided, including electronic tags, a plurality of handheld terminals and server, handheld terminal is used for reading and writing electronic tags and with server communication connection, the server includes:
a plan customization module: the system comprises an information storage module, a scheduling table and a control module, wherein the information storage module is used for storing information of dangerous wastes; the plan scheduling table comprises a plurality of sub-plans which are executed in sequence and executive personnel information which is responsible for corresponding to the single sub-plan;
a control module: the system comprises a handheld terminal, a scheduling table, a tag, a storage device and a storage device, wherein the handheld terminal is used for storing a scheduling table; the handheld terminal is also used for respectively sending the plurality of sub plans to corresponding personnel information; the handheld terminal is used for writing task progress information and executive staff information of the sub-plan into the electronic tag according to the sub-plan; the control module is also used for receiving the task progress information and the executive staff information of the sub-plan fed back by the handheld terminal and storing the task progress information and the executive staff information of the sub-plan in the information storage module together;
the information tracing module: the source tracing control device is used for generating a source tracing control instruction when receiving a source tracing request and sending the source tracing control instruction to different handheld terminals; the tracing control instruction is used for the handheld terminal to read and send task progress information and executive staff information of each sub-plan stored in the electronic tag to the server; and the tracing module is also used for comparing the information with the task progress information and the executive staff information of each sub-plan obtained according to the tracing control instruction and tracing the information according to the task progress information and the executive staff information of each sub-plan stored in the information storage module.
The working principle and the advantages are as follows:
1. the system comprises an electronic tag, a plan customizing module and a control module, wherein the plan customizing module can be used for formulating a plan schedule from factory delivery to warehouse entry of hazardous wastes, and the hazardous wastes can be stored in an information storage module of a server and also can be stored in the electronic tag. The control module can respectively send a plurality of sub-plans in the plan arrangement table to the handheld terminal of the corresponding personnel information; and writing the task progress information and executive staff information of the sub-plan into the electronic tag by the handheld terminal according to the sub-plan. Therefore, the execution progress of the schedule and related executive personnel can be conveniently checked in a mode of scanning the electronic tags, and the information tracing and responsibility tracing are simpler and more convenient.
2. And the information tracing module is arranged to generate a tracing control instruction when receiving the tracing request and send the tracing control instruction to different handheld terminals. And when the handheld terminal receives the traceability control instruction, the handheld terminal scans and sends the task progress information and executive staff information of each sub-plan stored in the electronic tag to the server. And the information traceability module can compare the task progress information and the executive staff information of each sub-plan stored in the electronic tag with the task progress information and the executive staff information of each sub-plan stored in the information storage module, so that the traceability of the information and the analysis and the search of the problem reasons can be conveniently completed.
Further, the plan arrangement table is formulated based on information stored by the information storage module, and comprises a transportation sub-plan, a dangerous waste vehicle dispatching sub-plan and a dangerous waste warehousing sub-plan; the information storage module is also stored with factory information, executive personnel information and transportation information of hazardous wastes, wherein the factory information of the hazardous wastes comprises information of units producing wastes, transportation types of the hazardous wastes, weight of the hazardous wastes, addresses of units producing wastes, contract signing amount of enterprises producing wastes, residual transfer amount and transfer coupon numbers; the executive personnel information comprises service personnel information, escort information and driver information, and the transportation information comprises transportation vehicle information.
Further, the server further includes:
an auditing module: the system is used for auditing the transportation sub-plan;
the information storage module is also used for recording corresponding auditors when the transportation sub-plan audit passes; the executive personnel information comprises identity information of the auditor.
The audit module and the information storage module are arranged, so that after the transportation sub-plan audit is passed, if the transportation sub-plan is in danger of causing a problem, the executive personnel information can be stored in the electronic tag, and therefore, a related person of responsibility can be found in time by scanning the electronic tag through the handheld terminal.
Further, the server further includes:
a navigation track module: and the system is used for acquiring the positioning information and the electronic map information of the transport vehicle when the transportation sub-plan passes the audit, and generating the motion trail and the navigation route of the transport vehicle according to the production and waste unit address and the electronic map information.
The navigation track module can be used for setting the navigation route of the transport vehicle and the motion track of the monitoring vehicle, so that the transport vehicle is prevented from losing contact in the dangerous and useless transportation course, and the problem of dangerous and useless loss is solved.
Further, the server further includes:
the monitoring alarm module: the system is used for monitoring the motion trail and the navigation route of the transport vehicle and sending out an alarm when the motion trail deviates from the navigation route.
The monitoring alarm module can give an alarm when the movement track deviates from the navigation route, and prompts monitoring personnel to take measures in time.
Further, still include the weighbridge instrument, the weighbridge instrument and server communication connection, the server still includes:
weighing module: the weighing system is used for collecting weighing information of dangerous wastes through the weighbridge instrument; the weighing information comprises the gross weight, the tare weight and the net weight of the dangerous waste, and a weighing driver and a weighing supervisor for weighing the weighing; the executive personnel information comprises identity information of a driver and a supervisor;
the information storage module is also used for storing weighing information of dangerous wastes.
Weighing module and information storage module's setting of weighing of being convenient for, if the useless weight loss scheduling problem that appears of danger, because executive personnel information can be saved in electronic tags, consequently just can in time find relevant person of responsibility through handheld terminal scanning electronic tags.
Further, the server further includes:
the factory entering sampling analysis module: the system comprises an information storage module, an executive staff information acquisition module, a fingerprint analysis module and an information storage module, wherein the information storage module is used for storing the information storage module, the executive staff information acquisition module is used for acquiring a fingerprint analysis result for carrying out fingerprint analysis on dangerous wastes and storing the fingerprint analysis result and the sampling responsible staff in the information storage module before the dangerous wastes are stored in the information storage module, and the executive staff.
The setting of the factory-entering sampling analysis module, because the executive personnel information can be stored in the electronic tag, the relevant responsible person can be found in time by scanning the electronic tag through the handheld terminal.
Further, the server further includes:
dangerous and useless receiving and approving module: the system is used for receiving and approving dangerous waste warehouse-in weighing, comparing vehicle information, weighing information, fingerprint analysis results, transfer joint notes and transportation sub-plans, and entering a warehouse-in process after approval;
the information storage module is further used for recording corresponding receiving auditors after dangerous and useless receiving approval is passed, and the executive personnel information comprises identity information of the receiving auditors.
The dangerous waste receiving and approving module and the information storage module are arranged, and the executive staff information can be stored in the electronic tag, so that a related person in charge can be found in time by scanning the electronic tag through the handheld terminal.
Further, the server further includes:
inventory checking module: the system comprises a handheld terminal, a storage server and a database, wherein the handheld terminal is used for generating a stock checking instruction and sending the stock checking instruction to the handheld terminal; the handheld terminal is used for scanning and reading dangerous waste inventory information in the electronic tag after receiving an inventory checking instruction, and sending the inventory information to the server; the inventory checking module is also used for checking the inventory after receiving the inventory information.
Staff can scan each electronic tags through handheld terminal, just can know each electronic tags and correspond the useless concrete information of danger, and completion that can be convenient is checked the useless inventory of surplus danger, has avoided the ordinary sign of posting to drop easily at the in-process of transport and stacking, perhaps obscures the content on the label because of receiving the pollution to lead to unable discernment danger useless, and then the useless problem of unable check danger.
Further, the electronic tag is an RFID electronic tag, and the electronic tag also stores dangerous and waste storage areas, shelves and goods spaces.
The RFID electronic tag is convenient to obtain materials and low in price.
Drawings
Fig. 1 is a logic block diagram of a hazardous waste traceability management system in an embodiment of the present invention.
Detailed Description
The following is further detailed by way of specific embodiments:
example one
A hazardous waste traceability management system, substantially as shown in fig. 1: the system comprises an electronic tag, a wagon balance instrument, a plurality of handheld terminals and a server. RFID radio frequency electronic tags are adopted in the electronic tags, specifically are 'foreground' type electronic tags, and the 'foreground' type electronic tags have larger memory amount, can independently serve as a storage medium, and do not need to remotely acquire information from a server through a handheld terminal. The wagon balance instrument is in remote communication connection with the server. The handheld terminal is used for reading and writing the electronic tag and is in remote communication connection with the server and comprises an FRID radio frequency electronic tag reading and writing module and a remote communication module. The server includes:
a communication module: for communicative connection with a handheld terminal.
An information storage module: the system is used for storing factory information, executive personnel information and transportation information of dangerous wastes. The factory information of the dangerous waste comprises information of units producing the waste, transportation types of the dangerous waste, weight of the dangerous waste, addresses of units producing the waste, contract signing amount of enterprises producing the waste, residual transfer amount and transfer union bill number; the executive personnel information comprises service personnel information, escort information, driver information, identity information of auditors, identity information of drivers and monitoring personnel, and identity information of receiving auditors, and the transportation information comprises transportation vehicle information and also stores geographical position information and inventory information of dangerous and useless storage warehouses.
A plan customization module: the system comprises an information storage module, a scheduling table and a control module, wherein the information storage module is used for storing information of dangerous wastes; the plan scheduling table comprises a plurality of sub-plans which are executed in sequence and executive personnel information which is responsible for corresponding to the single sub-plan; the plan scheduling table specifically comprises a transportation sub-plan, a dangerous waste vehicle dispatching sub-plan and a dangerous waste warehousing sub-plan.
A transportation sub-plan: the system is used for formulating according to factory information, service personnel information and inventory information of the dangerous waste storage warehouse;
and (4) hazardous waste vehicle dispatching sub-plan: the system is used for formulating according to the transportation type, the weight and the production and waste unit address of the hazardous waste in the factory information of the hazardous waste, as well as escort information and driver information;
dangerous waste warehousing sub-plan: and the dangerous waste warehousing comprises weighing, dangerous waste sampling analysis and receiving approval. After dangerous waste is put in storage, the electronic tag also stores storage location, goods shelves and goods space of dangerous waste, and production and waste unit information, dangerous waste transportation types and dangerous waste weight of factory information of dangerous waste.
A control module: the system comprises a handheld terminal, a scheduling table, a tag, a storage device and a storage device, wherein the handheld terminal is used for storing a scheduling table; the handheld terminal is also used for respectively sending the plurality of sub plans to corresponding personnel information; the handheld terminal is used for writing task progress information and executive staff information of the sub-plan into the electronic tag according to the sub-plan; the control module is also used for receiving the task progress information and the executive staff information of the sub-plan fed back by the handheld terminal and storing the task progress information and the executive staff information of the sub-plan in the information storage module together.
The information tracing module: the source tracing control device is used for generating a source tracing control instruction when receiving a source tracing request and sending the source tracing control instruction to different handheld terminals; the tracing control instruction is used for the handheld terminal to read and send task progress information and executive staff information of each sub-plan stored in the electronic tag to the server; and the tracing module is also used for comparing the information with the task progress information and the executive staff information of each sub-plan obtained according to the tracing control instruction and tracing the information according to the task progress information and the executive staff information of each sub-plan stored in the information storage module.
An auditing module: the system is used for auditing the transportation sub-plan;
and the information storage module is also used for recording corresponding auditors when the transportation sub-plan audit passes.
A navigation track module: and the system is used for acquiring the positioning information and the electronic map information of the transport vehicle when the transportation sub-plan passes the audit, and generating the motion trail and the navigation route of the transport vehicle according to the production and waste unit address and the electronic map information. In the embodiment, positioning of the waste production enterprise, navigation track formulation of a transportation plan and generation of a motion track are realized by calling a Baidu map or a Gade map API.
The monitoring alarm module: the system is used for monitoring the motion trail and the navigation route of the transport vehicle and sending out an alarm when the motion trail deviates from the navigation route. The monitoring alarm module can give an alarm when the movement track deviates from the navigation route, and prompts monitoring personnel to take measures in time.
Weighing module: the weighing system is used for collecting weighing information of dangerous wastes through the weighbridge instrument; the weighing information comprises the gross weight, the tare weight and the net weight of the dangerous waste, and a weighing driver and a weighing supervisor for weighing the weighing;
the information storage module is also used for storing weighing information of dangerous wastes.
The factory entering sampling analysis module: the fingerprint analysis module is used for acquiring fingerprint analysis results for performing fingerprint analysis on dangerous wastes and sampling a responsible person before warehousing, and storing the fingerprint analysis results and the sampling responsible person in the information storage module.
Dangerous and useless receiving and approving module: the system is used for receiving and approving dangerous waste warehouse-in weighing, comparing vehicle information, weighing information, fingerprint analysis results, transfer joint notes and transportation sub-plans, and entering a warehouse-in process after approval;
and the information storage module is also used for recording the corresponding receiving auditors after the hazardous waste receiving approval is passed.
The handheld terminal is used for scanning and reading dangerous waste inventory information in the electronic tag after receiving an inventory checking instruction, and sending the inventory information to the server; the inventory checking module is also used for checking the inventory after receiving the inventory information. Staff can scan each electronic tags through handheld terminal, just can know each electronic tags and correspond the useless concrete information of danger, and completion that can be convenient is checked the useless inventory of surplus danger, has avoided the ordinary sign of posting to drop easily at the in-process of transport and stacking, perhaps obscures the content on the label because of receiving the pollution to lead to unable discernment danger useless, and then the useless problem of unable check danger.
Example two
After some executive personnel receive the sub-plans of the schedule list, the sub-plans may not be strictly executed, but the executive personnel do the same work for many times and then do the work according to the past work experience, so that some details may be omitted, and accidents are caused.
The difference between the second embodiment and the first embodiment is that: the server further comprises the following modules:
a push module in advance: the system is used for pushing the sub-plans in the plan scheduling table to corresponding executive personnel in advance; the time of advance may be the previous day or the previous two days. The sub-plan is pushed to the corresponding executive personnel in advance, so that the executive personnel can know the content and the notice of the sub-plan in advance, and the probability of accidents is reduced.
An identity verification module: the method comprises the steps that when an executive corresponding to the sub-plan views the sub-plan through a handheld terminal, identity verification information sent by the handheld terminal is obtained, and the identity verification information is verified; through the mode of authentication, avoid other personnel to look over the sub-plan through handheld terminal, cause information leakage to information causes the potential safety hazard.
A recording module: and the system is used for acquiring the browsing completion information sent by the executive through the handheld terminal after the executive browses all the contents of the sub-plan after the authentication information passes the authentication, and recording the browsing completion information in the information storage module.
A spot check module: and the executive staff is used for judging whether the executive staff corresponding to the sub-plan views the sub-plan according to the viewing completion information in the information storage module, and the judgment result comprises the viewed sub-plan and the unviewed sub-plan. And when the sub-plan is judged to be the read sub-plan, performing comparative analysis according to the task progress information of the sub-plan and the specific information of the sub-plan in the information storage module, and analyzing whether the executive staff corresponding to the sub-plan strictly executes the sub-plan, wherein the analysis result comprises the strictly executed sub-plan and the non-strictly executed sub-plan. If the analysis result is that the sub-plan is not executed strictly, it indicates that in the execution process of the recording module, the executive personnel corresponding to the sub-plan may not look at the sub-plan carefully, but choose to skip it, or may be careless and careless, and omit some details, and fail to execute the sub-plan completely. These are all irresponsible behaviors that require strict supervision. And in the subsequent accidents, the system can be used as evidence reference for accident backtracking and responsibility tracing.
A secondary judgment module: and the second judgment is carried out on whether the executive staff corresponding to the sub-plan reads the sub-plan according to the preset rule when the analysis result of the spot check module is that the sub-plan is not strictly executed. The preset rule is that a problem test set is generated according to the plan content and the notice of the sub-plan, the problem test set is sent to the handheld terminal, the answer fed back by the handheld terminal to the problem test set is received, the correct rate of the problem test set is calculated according to the answer, whether the correct rate meets the preset correct rate threshold value is judged, if yes, the executive personnel corresponding to the sub-plan is judged to be the viewed sub-plan, and if not, the executive personnel corresponding to the sub-plan is judged to be the unscreened sub-plan. The secondary judgment is set, whether the executive staff corresponding to the sub-plan really views the sub-plan can be conveniently analyzed, the real viewing sub-plan does not exist in time, when the problem test set is sent to the handheld terminal, the executive staff belonging to the handheld terminal can also review the contents of the sub-plan and the cautions thereof for learning and consulting, and the problem that the executive staff cannot know the contents and the cautions of the sub-plan and only depends on experience to execute the sub-plan, so that safety accidents are caused is solved.
A problem analysis module: and the method is used for carrying out question statistical analysis according to the answers fed back to the question test set by the handheld terminal. The problem statistical analysis comprises sub-plan overall process completion statistical analysis and sub-plan detail completion statistical analysis.
An integral calculation module: and the method is used for calculating the comprehensive integral of the executive personnel corresponding to the sub-plan according to the statistical analysis of the sub-plan overall flow completion, the statistical analysis of the sub-plan detail completion and a preset integral weight proportion. And the system is also used for comparing the comprehensive integral of the executive personnel corresponding to the sub-plan with a preset integral threshold value, if the comprehensive integral is smaller than the integral threshold value, sending prompt information to the handheld terminal to which the executive personnel corresponding to the sub-plan belongs, wherein the prompt information is used for prompting the executive personnel to pay attention, and the executive personnel strictly execute according to the sub-plan sent by the server. If the integral value is larger than the integral value threshold value, judging which integral value interval the comprehensive integral value is positioned in according to a preset integral value reward interval table, wherein the farther the integral value interval is from the integral value threshold value, the better the corresponding integral value reward is. Due to the arrangement of the integral calculation module, the execution personnel can pay attention to details conveniently, and the execution personnel can execute the sub-plan smoothly according to the sub-plan sent to the handheld terminal, so that the situation that the execution personnel do the sub-plan according to the past work experience to cause certain details of the sub-plan to be omitted is avoided, and the professional degree of the execution personnel is improved conveniently.
The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (10)
1. Dangerous and useless traceability management system, its characterized in that: including electronic tags, a plurality of handheld terminal and server, handheld terminal is used for reading and writing electronic tags and with server communication connection, the server includes:
a plan customization module: the system comprises an information storage module, a scheduling table and a control module, wherein the information storage module is used for storing information of dangerous wastes; the plan scheduling table comprises a plurality of sub-plans which are executed in sequence and executive personnel information which is responsible for corresponding to the single sub-plan;
a control module: the system comprises a handheld terminal, a scheduling table, a tag, a storage device and a storage device, wherein the handheld terminal is used for storing a scheduling table; the handheld terminal is also used for respectively sending the plurality of sub plans to corresponding personnel information; the handheld terminal is used for writing task progress information and executive staff information of the sub-plan into the electronic tag according to the sub-plan; the control module is also used for receiving the task progress information and the executive staff information of the sub-plan fed back by the handheld terminal and storing the task progress information and the executive staff information of the sub-plan in the information storage module together;
the information tracing module: the source tracing control device is used for generating a source tracing control instruction when receiving a source tracing request and sending the source tracing control instruction to different handheld terminals; the tracing control instruction is used for the handheld terminal to read and send task progress information and executive staff information of each sub-plan stored in the electronic tag to the server; and the tracing module is also used for comparing the information with the task progress information and the executive staff information of each sub-plan obtained according to the tracing control instruction and tracing the information according to the task progress information and the executive staff information of each sub-plan stored in the information storage module.
2. The hazardous waste traceability management system of claim 1, wherein: the plan scheduling table is made based on information stored by the information storage module, and comprises a transportation sub-plan, a dangerous waste vehicle dispatching sub-plan and a dangerous waste warehousing sub-plan; the information storage module is also stored with factory information, executive personnel information and transportation information of hazardous wastes, wherein the factory information of the hazardous wastes comprises information of units producing wastes, transportation types of the hazardous wastes, weight of the hazardous wastes, addresses of units producing wastes, contract signing amount of enterprises producing wastes, residual transfer amount and transfer coupon numbers; the executive personnel information comprises service personnel information, escort information and driver information, and the transportation information comprises transportation vehicle information.
3. The hazardous waste traceability management system of claim 2, wherein: the server further comprises:
an auditing module: the system is used for auditing the transportation sub-plan;
the information storage module is also used for recording corresponding auditors when the transportation sub-plan audit passes; the executive personnel information comprises identity information of the auditor.
4. The hazardous waste traceability management system of claim 3, wherein: the server further comprises:
a navigation track module: and the system is used for acquiring the positioning information and the electronic map information of the transport vehicle when the transportation sub-plan passes the audit, and generating the motion trail and the navigation route of the transport vehicle according to the production and waste unit address and the electronic map information.
5. The hazardous waste traceability management system of claim 4, wherein: the server further comprises:
the monitoring alarm module: the system is used for monitoring the motion trail and the navigation route of the transport vehicle and sending out an alarm when the motion trail deviates from the navigation route.
6. The hazardous waste traceability management system of claim 2, wherein: still include the weighbridge instrument, the weighbridge instrument and server communication connection, the server still includes:
weighing module: the weighing system is used for collecting weighing information of dangerous wastes through the weighbridge instrument; the weighing information comprises the gross weight, the tare weight and the net weight of the dangerous waste, and a weighing driver and a weighing supervisor for weighing the weighing; the executive personnel information comprises identity information of a driver and a supervisor;
the information storage module is also used for storing weighing information of dangerous wastes.
7. The hazardous waste traceability management system of claim 6, wherein: the server further comprises:
the factory entering sampling analysis module: the system comprises an information storage module, an executive staff information acquisition module, a fingerprint analysis module and an information storage module, wherein the information storage module is used for storing the information storage module, the executive staff information acquisition module is used for acquiring a fingerprint analysis result for carrying out fingerprint analysis on dangerous wastes and storing the fingerprint analysis result and the sampling responsible staff in the information storage module before the dangerous wastes are stored in the information storage module, and the executive staff.
8. The hazardous waste traceability management system of claim 7, wherein: the server further comprises:
dangerous and useless receiving and approving module: the system is used for receiving and approving dangerous waste warehouse-in weighing, comparing vehicle information, weighing information, fingerprint analysis results, transfer joint notes and transportation sub-plans, and entering a warehouse-in process after approval;
the information storage module is further used for recording corresponding receiving auditors after dangerous and useless receiving approval is passed, and the executive personnel information comprises identity information of the receiving auditors.
9. The hazardous waste traceability management system of claim 8, wherein: the server further comprises:
inventory checking module: the system comprises a handheld terminal, a storage server and a database, wherein the handheld terminal is used for generating a stock checking instruction and sending the stock checking instruction to the handheld terminal; the handheld terminal is used for scanning and reading dangerous waste inventory information in the electronic tag after receiving an inventory checking instruction, and sending the inventory information to the server; the inventory checking module is also used for checking the inventory after receiving the inventory information.
10. The hazardous waste traceability management system of claim 9, wherein: the electronic tag is an RFID electronic tag, and the electronic tag also stores dangerous and waste storage areas, shelves and goods positions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011065645.5A CN112132521A (en) | 2020-09-30 | 2020-09-30 | Dangerous and useless traceability management system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011065645.5A CN112132521A (en) | 2020-09-30 | 2020-09-30 | Dangerous and useless traceability management system |
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| CN112132521A true CN112132521A (en) | 2020-12-25 |
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| CN202011065645.5A Pending CN112132521A (en) | 2020-09-30 | 2020-09-30 | Dangerous and useless traceability management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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