CN112633521A - Intelligent waste discharge method - Google Patents
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Abstract
The invention relates to the field of waste treatment, and discloses an intelligent waste discharge method, which comprises the following steps: the method comprises the following steps that an institution initiates a waste discharge and cleaning requirement to a cleaning platform, or the cleaning platform suggests the initiation of the discharge and cleaning requirement to the institution according to a behavior mode of the institution and the institution agrees to the discharge and cleaning requirement proposed by the cleaning platform; the enterprise institution makes a predicted clearing plan which records a predicted clearing date, clearing time, a clearing place and waste information to be cleared from the clearing institution and the processing institution to the enterprise institution, if the enterprise institution, the clearing institution and the processing institution agree with the predicted clearing plan, the clearing plan is established, clearing is carried out on the predicted clearing date, and if the institution disagrees with the predicted clearing plan, the three-party institutions carry out clearing coordination in a chat room of the clearing platform; and the cleaning mechanism and the processing mechanism clean the waste to the institution end according to the cleaning plan and report the cleaning result to the cleaning platform to complete the waste cleaning operation.
Description
Cross Reference to Related Applications
The application requires that the Taiwan patent office of China, with the application number of 108133951 and the invention name, be filed in 2019, 9, 20 and 9 months
Priority of taiwan patent application, entitled "intelligent waste disposal method", the entire contents of which are incorporated herein by reference
In the application.
Technical Field
The invention relates to the technical field of waste treatment, in particular to an intelligent waste clearing method.
Background
With the rapid development of economy, there is a problem of waste derived from mass production and consumption, and the waste is classified into general waste and industrial waste according to its source and nature. The industrial waste is harmful industrial waste which is generated by industrial institutions and has toxicity and danger and has concentration or quantity enough to affect human health or pollute environment, and general industrial waste except the harmful industrial waste generated by industrial institutions, and the waste is required to be properly cleaned according to waste cleaning laws and relevant laws, such as industrial waste storage cleaning treatment methods, facility standards and the like.
Taiwan 4-thousand-household institutions in China generate 1,900 million tons of waste every year, governments regulate the institutions to pollute air, soil, rivers or other water bodies effectively in order to punish the environmental pollution crimes, and a person in charge can be under 7 years with a penalty of no more than 1,500 million yuan for apprentice, restricted service or science or parallel new Taiyin, and the phenomenon of random abandonment still appears frequently, and the law is smelled more often. In addition, cleaning cost is shouted all the day, and qualified and reliable cleaning operators cannot be found by institutions, so that the intentions of cleaning and recycling are low.
For the existing institution to clear up the waste, the clearing institution is called to say that the waste is carried, the clearing institution confirms the time for disposing the waste with the disposal institution and then confirms the time for disposing the waste with the disposal institution, if the institution cannot adjust the time again, and the telephone communication is difficult to leave a definite record, moreover, the waste disposal law stipulates that the clearing operation is to be performed, the institution must have a clearing contract with the clearing institution and the disposal institution, so that the contract of posting the waste back and forth and the time for coordinating and clearing the waste are troublesome to consume, and the institution is not economical.
In addition, for the clearing mechanism part and the clearing vehicle tracking part, the environmental protection agency requires a GPS to record the driving route of the vehicle, so as to control the movement of the clearing vehicle. However, monitoring the cleaning vehicle can only be used as a deterrent, and illegal events such as dumping of waste occur if the cleaning vehicle carries waste or if the vehicle actually transports the waste on the vehicle to a disposal facility.
The above disadvantages all show the problems derived from the conventional waste disposal method, if the waste source can be effectively controlled, the conventional waste disposal process can be replaced, the cost of disposing the waste by the institution can be effectively reduced, the convenience can be improved, and the environment can be returned to the blue sky and green land, which is no longer an unreachable dream.
Disclosure of Invention
The invention aims to provide an intelligent waste discharge method, which comprises the following steps.
An institution initiates a waste discharge and cleaning requirement to a cleaning platform, or the cleaning platform proposes a discharge and cleaning plan initiating the discharge and cleaning requirement to the institution according to a behavior mode of the institution and the institution agrees the proposal of the cleaning platform; the enterprise institution makes a predicted clearing plan which records a predicted clearing date, clearing time, a clearing place and waste information to be cleared from a clearing mechanism and a processing mechanism to the enterprise institution, if the enterprise institution, the clearing mechanism and the processing mechanism agree with the predicted clearing plan, the clearing plan is established, clearing is carried out on the predicted clearing date, and if the institution disagrees with the predicted clearing plan, the three-party institution carries out clearing coordination in a chat room of the clearing platform; and the clearing mechanism and the processing mechanism clear the waste to the institution end according to the clearing plan and report the clearing result to the clearing platform so as to finish the waste clearing operation.
Preferably, the cleaning platform matches the cleaning place of the institution in the cleaning plan with the routes of other peripheral institutions to make a route plan, and the route plan records the contents of the waste carrying route plans of the cleaning institution and the processing institution carrying the institution to be cleaned and other peripheral institutions.
Preferably, the clearing mechanism is a transporter for carrying waste, four cameras connected with the clearing platform are mounted on a transport vehicle of the transporter, the four cameras face the head of the vehicle, the hopper of the vehicle and the left and right bodies of the vehicle respectively, and real-time images of the four cameras are transmitted to the clearing platform to be stored so as to be checked by a master authority for waste treatment.
Preferably, the cleaning platform includes a historical path database for storing real-time images of the four cameras, and an alarm module connected to the historical path database, wherein the alarm module performs image analysis and tracking on the real-time images to capture specific event behaviors and generate specific event image data, and the specific event image data is stored in the historical path database.
Preferably, the specific event behavior may be any one or a combination of idle speed of the vehicle, flameout time of the vehicle, abnormal image condition, route deviation, overspeed, and the like.
Preferably, the transport vehicle of the transport provider is further provided with a GPS positioning device connected to the cleaning platform for obtaining a driving path of the transport vehicle and transmitting the driving path to the cleaning platform for storage and inspection.
Preferably, the cleaning platform determines the behavior mode of the utility as a waste deposit monitoring image of the utility or an image of the waste deposit is analyzed and identified to obtain an optimal cleaning time point of the waste.
Preferably, the cleaning platform determines the behavior pattern of the institution through historical information of waste discharge time, waste treatment weight, waste carrying times, scene prediction, or raw material import and export amount related to the waste, so as to obtain the optimal cleaning time point of the waste.
Preferably, the cleaning platform stores cleaning results such as departure time, approach tonnage and the like of the cleaning mechanism for carrying the waste into the electric fence.
Preferably, after the cleaning mechanism and the processing mechanism complete the waste cleaning operation according to the cleaning plan, the institution fills a service questionnaire on the cleaning platform to evaluate the service quality.
The invention has the advantages that through the quick matching of the cleaning platform with suitable cleaning and processing operators, the trouble that the cleaning and processing cost is shout overtightly or qualified and reliable cleaning and processing operators cannot be found is saved, the intention, time and convenience of legally cleaning wastes of an enterprise are improved, meanwhile, the GPS is used for planning and optimizing a path, mileage is shortened, fuel cost is saved, in addition, the cleaning platform is used for providing the legal cleaning operators, the enterprise gives the wastes to the operators matched with the cleaning platform to clean and process the enterprise wastes, and the enterprise is enabled to meet the considerable obligation as much as possible by the mechanism of the management service provider of the cleaning platform, so the intention, time and convenience of legally cleaning the wastes of the enterprise are improved.
Drawings
FIG. 1 is a preferred embodiment of the intelligent waste disposal method according to the present invention;
FIG. 2 is a flow chart of the intelligent waste disposal method provided by the present invention;
fig. 3-fig. 15 show the use of the intelligent waste disposal method provided by the present invention.
Icon: 1-cleaning the platform; 11-a historical path database; 12-an alarm module; 2-basic data module; 3-case management module; 4-clearing management module; 5-gold flow management module; 6-electronization union coupling module; 7-enterprise resource planning module; 8-clearing treatment valuation module; 81-waste valuation interface; 82-historical price database.
Detailed Description
The features and technical content of the related applications of the present invention will become apparent from the following detailed description of the preferred embodiments, which is to be read in connection with the accompanying drawings.
Referring to fig. 1, a preferred embodiment of the intelligent waste disposal method of the present invention includes a cleaning platform 1, a basic data module 2, a case management module 3, a disposal management module 4, a cash flow management module 5, an electronic bill module 6, an enterprise resource planning module 7, and a clearing and transporting evaluation module 8.
The cleaning platform 1 can be used for logging in by a plurality of users. Here, the cleaning platform 1 is provided with a platform administrator, and the user (also referred to as a user herein) may be a demander, an initiating demander, a service provider, or the platform administrator. The demander is an institution, the service provider is a clearing mechanism or a processing mechanism, the initiating demander is an institution or a platform manager, and user roles of the platform manager, the institution, the clearing mechanism, the processing mechanism and the like can be respectively provided with a plurality of different contact persons to log in the clearing platform. The data of the cleaning and transportation process of all the industrial wastes can also be inquired and analyzed through the mobile phone App.
The basic data module 2 is connected with the cleaning platform 1 and is used for storing the waste treatment related information input by the plurality of users.
The case management module 3 is connected with the cleaning platform 1 and is used for storing the cleaning platform 1 to perform case contract signing processes according to the waste cleaning related information, wherein the case contract signing processes comprise matching results obtained by matching of service providers, quotation of the service providers, contract review and contract establishment. Here, the cleaning platform 1 performs credit evaluation on the institution to provide different payment conditions for different institutions, such as payment before service provision or payment within 30 or 60 days after service provision, thereby reducing the trouble of no-payment.
The clearing management module 4 is connected with the clearing platform 1 and is used for storing a clearing plan made by the demander according to the contents signed by the case contract and returning a clearing result of the clearing platform 1 for clearing the waste by the service provider.
The cash flow management module 5 is connected with the cleaning platform 1 and used for storing bill information generated by the cleaning platform 1 according to the waste cleaning result of the service provider.
The electronic coupon module 6 is connected to the cleaning platform 1, and is used for storing the waste cleaning related data in the cleaning plan of the demander uploaded to the administrative department of the waste by the cleaning platform 1, so as to obtain a waste electronic coupon with a coupon number, and the cleaning platform 1 updates the waste electronic coupon data according to the waste electronic coupon and the waste cleaning result returned by the service provider.
The Enterprise Resource Planning module 7 (ERP) is connected to the cleaning platform 1, and is configured to receive the bill information stored in the cash flow management module 5, and then send the bill information to the user.
The clearing and transporting assessment module 8 is connected with the cleaning platform 1, and comprises a waste assessment interface 81 for a user to fill in assessment requirements, and a historical price database 82 connected with the waste assessment interface 81, wherein the historical price database 82 stores historical quotation information of treatment modes and cleaning places of different wastes, and the clearing and transporting assessment module 8 estimates reference assessment to the user according to input waste information. In practice, the estimated price may be displayed by the user selecting the waste code, waste disposal, and disposal location on the waste evaluation interface 81.
Referring to fig. 2, according to the waste disposal platform, the method for integrating waste disposal services of the present invention comprises the following steps.
Step S1: the institution logs in the cleaning platform 1 and inputs the relevant information of the waste cleaning.
Referring to fig. 3, after the institution logs in the cleaning platform 1, options such as messages, case management (also referred to as case management module 3), clearing management (also referred to as clearing management module 4), cash flow management (also referred to as cash flow management module 5), basic data (also referred to as basic data module 2) and the like can be seen on the left side of the page.
The message is used for informing the user of the latest notice and quickly checking the case condition, and the message content comprises a case number, a contract number, a theme, message content, message sending time and the like.
The basic data is used for member data maintenance including contact data, waste data, and the like. The basic data function options of the clearing mechanism comprise contact data, permitted waste codes and driver data, the permitted waste codes are used for maintaining tonnage, style, load, clearing license plates, hopper license plates and accessories of the vehicles and uploading photos or deleting data, and the driver data can maintain driver information. The basic data function options of the processing mechanism comprise contact data and permitted waste codes, and the permitted waste codes are used for information maintenance such as waste codes and processing modes, and can be added or deleted.
In addition, the user roles of the platform administrator, the institution, the clearing mechanism, and the processing mechanism are respectively set with different identity authority settings of administrator, business, finance, and administration on the clearing platform 1 to limit the login authority and browsing items of different contacts, such as: the financial affairs can only check the clearing management project and can not initiate the clearing requirement. And a new contact person can be added on the page.
Referring to fig. 4 and 5, case management is used to manage cases and to view case status, waste name, waste inventory generation, processing method and log-in date, and to add new requirements, edit and delete. The new requirement is used for proposing cases, a client (also called an institution herein) proposes a waste cleaning requirement related message (clicks the new requirement), the new requirement function comprises case signing flow options such as waste data, service matching agents, detection, quotation, contracts and the like, and all cases comprise three main steps: 1. demand matching, 2, detecting quotation, 3, signing contract. Waste data is filled in with vehicle type, frequency of removal (e.g., monthly, semi-annually, etc.), waste generation, waste code, etc. The clearing frequency can be used as a reference for subsequent clearing planning time.
Step S2: and the cleaning platform 1 carries out matching on service providers such as the processing mechanism, the cleaning mechanism and the like according to the relevant waste cleaning information so as to obtain a matching result. Thus, all wastes can be properly treated according to the properties of the wastes to be treated.
The industrial waste is complex, tens or hundreds of waste to be treated by an enterprise institution company can be treated, and through the cleaning platform 1, the suitable cleaning and treating mechanism can be matched quickly, so that the trouble that the cleaning and treating cost is shout in the sky or a qualified and reliable cleaning operator cannot be found can be avoided, and the willingness, time and convenience for treating the waste by the enterprise institution can be improved.
Here, the cleaning platform 1 sets a facilitator matching condition parameter, matches the facilitator matching condition parameter according to the waste cleaning related information, to obtain a matching result recorded with a list of the cleaning mechanism and the processing mechanism, and if the utility mechanism agrees with the matching result, performs a case contract signing process. When the service provider joins the cleaning platform 1 for the first time, a manufacturer self-evaluation table is filled in as a parameter of the matching condition of the service provider.
And if the agency does not agree with the matching result, the cleaning platform 1 continues matching, the cleaning platform 1 matches again, the matching result matched again is transmitted to the agency to be confirmed, and if the agency agrees with the matching result, the cleaning platform 1 stores the matching result finally confirmed by the agency to obtain feedback matching opinion data.
Moreover, when the institution disagrees with the matching result, the cleaning platform 1 analyzes the matching result finally confirmed to be used as a reference for matching next time, thereby improving the effect of intelligent matching.
The facilitator medium condition parameters at least comprise necessary condition parameters such as member account numbers of the clearing mechanism and the processing mechanism, license period, license processing code, vehicle type and the like. And the first priority parameter of the facilitator medium condition parameter is the existing customer of the clearing mechanism and the processing mechanism.
The service provider matching condition parameters can meet the requirements of different institutions for processing different wastes, and all the industrial waste requirements can be cleaned by the cleaning platform 1 in a flow meeting the regulations.
The member account number, the license expiration date, the license processing code, the vehicle type and the like are used as necessary condition parameters for matching, and the institution is used for checking the clearing institution, the treating institution and the like, so that the institution can give the waste to a legal manufacturer on the clearing platform 1 for treatment with great care, and the institution can meet the considerable obligation. The cleaning platform 1 checks the service provider by (1) whether a cleaning mechanism returns the waste cleaning data to the cleaning platform 1 within a time limit after the cleaning is finished; (2) whether the service provider uploads attachments such as electronic scales, properly processed files and the like to the cleaning platform 1 or not; (3) and after the service provider finishes the clearing plan, whether the filled information is the same as the actual condition or not is judged.
The service provider matching condition parameters are any one or combination of the customers matched with the clearing mechanism and the processing mechanism, the waste treatment or clearing permission quantity, the waste treatment or clearing price, the carrying distance, the comprehensive score, the waste history detection report data and the like. The facilitator medium condition parameter is a single score or a cumulative score for scoring, wherein the carrying distance is calculated as a single score. Specifically, by using the matching parameters, the most suitable waste removing mechanism and the most suitable waste treating mechanism related to the matching institution can be found out, wherein the historical detection report data of the waste can influence the price reporting amount, and the concentration data in the detection report can further improve the accuracy of matching.
The weight of the matching condition parameter of the service provider is that the allowable quantity of the waste treatment or removal is larger than the comprehensive score, the comprehensive score is larger than the carrying distance, the carrying distance is larger than the price of the waste treatment or removal, and the price of the waste treatment or removal is larger than the matched customers.
To explain the above-mentioned service provider matching condition parameters, the member account number refers to an affiliate such as a clearing organization or a processing organization that the clearing platform 1 has signed a formal contract, and in a non-parking state, the license deadline refers to that the license can be a candidate for matching within the deadline, the license processing code refers to a waste processing code that the code for proposing the requirement needs to meet the permission of a processing or removing mechanism, the license processing code can have the candidate qualification, the vehicle type refers to a vehicle type that the removing mechanism needs to meet, the existing customer refers to a manufacturer which has been served in the past, the matched customer refers to matched and signed, the waste processing or removing permission amount refers to the permission amount given to the cleaning platform 1 by the mechanism, the waste processing or removing price is historical average quotation, the carrying distance refers to the distance between the removing mechanism and the service mechanism, and the comprehensive score is the comprehensive score/service mechanism score/illegal times of the cleaning platform 1.
And after the agency agrees with the matching result, the cleaning platform 1 surveys and detects the waste from the agency end to make detection data, the cleaning mechanism and the processing mechanism make quotation data to the cleaning platform 1 according to the detection data, if the agency agrees with the quotation data, the case signing contract signing flow is carried out to sign a contract, and if the agency disagrees with the quotation data, the cleaning platform 1 requires the cleaning mechanism and the processing mechanism to re-quote. The concentration in the detection data influences the price quoted, so that the accuracy of the price quoted can be improved by carrying out detection firstly.
Referring to FIG. 6, the service provider can search for the result of the intelligent matching, and if the institution agrees to search for the result, the institution can click "confirm matching"; if the matching result is not agreed, the platform administrator can click on 'inform the platform administrator to re-match' to confirm the clearing and processing mechanism of re-matching.
Referring back to fig. 7, the customer management page of the platform administrator may be used to manage the customer's case, including case management, waste data, facilitator matching, detection, quotation, contract. The detection page is used for sampling and detecting wastes in the customer cases and filling the results back to the cleaning platform 1. And finally, sending a detection report to a processing request quotation, and synchronously requesting the clearing mechanism to quote.
Referring to fig. 8 and 9, the quotation page is used to display quotations provided by the clearing mechanism and the processing mechanism, and the system quotation sheet can be viewed and downloaded, and after the institution agrees to quotation, a contract can be generated to enter a signing program.
Step S3: after the institution agrees the matching result and signs a contract, the institution may initiate a waste removal request to the cleaning platform 1. Or the cleaning platform 1 proposes to initiate the cleaning requirement to the institution according to the behavior pattern of the institution, and the institution passively agrees the cleaning requirement proposed by the cleaning platform 1.
The cleaning platform 1 judges the behavior mode of the utility institution by monitoring the waste storage quantity image of the utility institution end or analyzing and identifying the waste storage quantity image to obtain the optimal cleaning time point of the waste.
Furthermore, the cleaning platform 1 determines that the behavior pattern of the institution is based on historical information of waste disposal time, waste disposal weight, waste carrying times, scene prediction, or raw material import/export amount related to the waste, so as to obtain the optimal cleaning time point of the waste. In practice, the results of image analysis and historical data can be integrated to improve the accuracy of time.
Referring to FIGS. 10 and 11, the purge management is used to view the status of the purge plan, which may be viewed as a record of the purge plan, the confirmed purge, the present purge, the purge status, and the completion of the process. The preset clearing plan can be added or deleted in the clearing management, the date and time, the order number, the joint order number, the waste code, the institution, the clearing mechanism and the processing mechanism are displayed, and the clearing requirement can be initiated. Initiating clearing is used for initiating a new clearing plan, and the clearing platform 1 can automatically generate a plan state and order numbers; bringing out the enterprise, clearing mechanism, processing mechanism, waste type, packaging mode, processing mode, vehicle type and clearing address in the contract; the institution only needs to select contract number and waste code; filling the items of the estimated clearing time, the number of packages, the estimated weight, the auxiliary operation of the lifter and the like, and finally clicking, confirming and sending out.
It is particularly noted that the removing mechanism is a transporter for carrying waste, four cameras connected to the cleaning platform 1 are mounted on a transport vehicle of the transporter, the four cameras are respectively arranged towards the head of the vehicle, the hopper of the vehicle and the left and right bodies of the vehicle, and real-time images of the four cameras are transmitted to the cleaning platform 1 for being checked by a competent organization for waste treatment, so that the removing process is safe, reliable, open and transparent, illegal dumping is reduced, and the purpose of properly treating the waste is achieved. The real-time image data stored in the cleaning platform 1 is used as the evidence for the checking of the administrative department, so that the enterprise and the cleaning platform 1 can all meet the considerable obligation to meet the 30 th regulation of the waste cleaning law.
The cleaning platform 1 includes a historical path database 11 for storing real-time images of four cameras, and an alarm module 12 connected to the historical path database 11, where the alarm module 12 performs image analysis and tracking on the real-time images to capture specific event behaviors, create specific event image data, and store the specific event image data in the historical path database 11. In actual implementation, when a specific event behavior is detected, the cleaning platform 1 may be set to send an alarm signal to the relevant personnel for knowing, or the field personnel of the cleaning mechanism may directly send an alarm prompt.
The specific event behavior may be any one or a combination of idle speed of the vehicle, flameout time of the vehicle, abnormal image condition, route deviation, overspeed and the like.
By storing real-time images of transportation vehicles and capturing image data of specific event behaviors, the institutions are relieved to send wastes to cooperation companies of the cleaning platform 1 for processing, so that the institutions are paid considerable obligations.
Furthermore, the transportation vehicle of the transportation operator is further provided with a GPS positioning device connected with the cleaning platform 1, so as to obtain the driving path of the transportation vehicle, and transmit the driving path to the cleaning platform 1 for storage and inspection, and the driving path is used as a related personnel or a consulting organization of the waste disposal.
Step S4: the utility institution makes a predicted clearing plan which records predicted clearing days, clearing time, clearing places and waste information to be cleared from the clearing mechanism and the processing mechanism to the utility institution, if the utility institution, the clearing mechanism, the processing mechanism and other three-party mechanisms agree with the predicted clearing plan, the clearing plan is established and clearing is carried out on the predicted clearing days, if the mechanisms do not agree with the predicted clearing plan, the three-party mechanisms can carry out clearing coordination in the chat room of the clearing platform 1. By making the expected cleaning plan and scheduling and coordinating the cleaning time of the three-party organization on the cleaning platform 1, the time for coordinating the three-party organization back and forth can be saved.
It is worth mentioning that the cleaning platform 1 can pair the cleaning place of the institution in the cleaning plan with other peripheral institutions to make a path plan, the path plan records the contents of the cleaning institution and the institution carrying the institution to be cleaned and the waste carrying path plan of other peripheral institutions, and simultaneously, the GPS plans an optimized path, preferably, the optimized path can further shorten the mileage and save the fuel cost by avoiding the routes which transport vehicles such as sand cars or large trucks can not walk, so as to meet the requirement of environmental protection and common loading.
And then the cleaning mechanism and the processing mechanism clean the waste to the service institution end according to the discharge plan.
Referring to FIG. 12, the today's clearing page is used to view the clearing status of the current day, and display the date and time, the order number, the garbage code, the institution, the clearing institution, and the real-time in-vehicle image. The processing progress and state can be checked at any time in the cleaning process. As shown in FIG. 13, clicking on the "live-in-vehicle image" can view the cleared vehicle real-time GPS path, and then clicking on the "link" on the right side of the vehicle, as shown in FIG. 14, can view the cleared vehicle real-time image on the right side.
Step S5: the clearing mechanism and the processing mechanism return the clearing result of the waste to the clearing platform 1, the clearing platform 1 generates bill information according to the clearing result of the waste of the clearing mechanism and the processing mechanism, and the clearing platform 1 transmits the bill information to the institution, the clearing mechanism and the processing mechanism to carry out cash flow management process so as to complete the pen bank clearing plan. The credit evaluation is performed on the institution through the cleaning platform 1 to reduce the trouble that the expense can not be received.
Referring again to FIG. 15, the money flow management is used for cost management and records, and the cost list page displays contract data, order numbers, coupon numbers, expense items, clean up completion days, process completion days, institution, payable institution, requisition, invoice amounts (not taxed). The system is used for ensuring that the clearing and processing mechanism has no worry about receivable accounts and the clearing cost is reasonable and transparent, and further, the clearing platform 1 digitalizes the waste clearing process and electronizes the window so as to greatly save the labor cost of the three-party mechanism and achieve the effect of improving the processing efficiency.
The cleaning platform 1 stores the departure time and the entrance time of the waste carried by the cleaning mechanism and entering the electronic fence, and automatically obtains cleaning results such as the entrance tonnage from the loadometer station. And then the cleaning platform 1 uploads relevant waste cleaning data in the clearing plan of the demander to a waste management authority so as to obtain a waste electronic coupon with a coupon number, and the cleaning platform 1 generates waste electronic coupon data according to a waste cleaning result returned by the cleaning mechanism and the processing mechanism so as to report the waste electronic coupon data to the waste cleaning management authority. Preferably, the cleaning platform 1 digitally paperlessly cleans files such as a waste cleaning contract, an electronic coupon, a properly processed file and the like, so that the sorting time and the storage space planning of related files can be reduced, the manpower and time saving and convenience for checking and comparing by a later administrative department can be improved, and the energy-saving and environment-friendly benefits brought by window electronization can be improved.
After the clearing mechanism and the treatment mechanism complete waste clearing operation, the institution fills a service questionnaire on the clearing platform 1 to evaluate the service quality and uses the service questionnaire as reference data of comprehensive evaluation in the matching condition parameters of the facilitator.
Preferably, the cleaning platform 1 performs analysis and calculation according to the service provider matching condition parameters, the feedback matching opinion data, the service questionnaire, and the matching result of the institution, so as to obtain the optimal matching data.
Then, when the case contract issued by the institution expires and the waste cleaning requirement is newly increased, the cleaning platform 1 can make the matching result according to the best matching data.
At present, the current industrial situation is that a clearing mechanism is used for meeting an institution, but the regulation of the law is that a treatment mechanism is used for meeting the institution, the law is violated to make spirit, the clearing platform 1 directly faces the institution, the institution directly faces the pipeline of the clearing and treatment mechanism, the middle peeling is not needed, the clearing waste is cleared according to the regulation of the law, the labor is saved, and the most suitable clearing and treatment mechanism is found.
To sum up, the intelligent waste disposal method of the present invention breaks through the traditional business model, integrates the clearing and treatment mechanism through the strategy alliance, designs the all-directional clearing platform 1 for clearing all the industrial waste requirements, ensures the reasonable price flow to be open and transparent, so as to achieve the purpose of properly clearing the waste, matches the matching condition parameters through the service provider, allows the industrial mechanism to pay the waste to the legal manufacturer for processing with great care, allows the industrial mechanism to achieve the most attention obligation, can be finished by one-stop clearing on the clearing platform 1, meets the waste clearing requirements of the industrial mechanism through the flow conforming to the regulations, automatically matches the clearing and treatment mechanism alliance partner of the clearing platform 1 through the real-time analysis of the industrial waste clearing and treatment requirements of the client, simultaneously plans and optimizes the path through the GPS, shortens the mileage and saves the fuel cost, therefore, the object of the present invention can be achieved.
However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention should not be limited thereby, and all the simple equivalent changes and modifications made according to the claims and the description of the present invention are still within the scope of the present invention.
Claims (10)
1. An intelligent waste discharge method is characterized by comprising the following steps:
an institution initiates a waste discharge and cleaning requirement to a cleaning platform, or the cleaning platform proposes the initiation of the discharge and cleaning requirement to the institution according to a behavior mode of the institution and the institution agrees the discharge and cleaning requirement proposed by the cleaning platform;
the enterprise institution makes a predicted clearing plan which records a predicted clearing date, clearing time, a clearing place and waste information to be cleared from a clearing mechanism and a processing mechanism to the enterprise institution, if the enterprise institution, the clearing mechanism and the processing mechanism agree with the predicted clearing plan, the clearing plan is established, clearing is carried out on the predicted clearing date, and if the institution disagrees with the predicted clearing plan, the three-party institution carries out clearing coordination in a chat room of the clearing platform; and the clearing mechanism and the processing mechanism clear the waste to the institution end according to the clearing plan and report the clearing result to the clearing platform so as to finish the waste clearing operation.
2. The method of claim 1, wherein the cleaning platform matches the cleaning place of the institution in the cleaning plan with other peripheral institutions to make a path plan, and the path plan records the contents of the waste carrying path plan of the institution to be cleaned and other peripheral institutions.
3. The method as claimed in claim 2, wherein the removing mechanism is a transporter for carrying waste, the transporter is equipped with four cameras connected to the cleaning platform, the four cameras are respectively disposed towards the head of the transporter, the hopper of the transporter, and the left and right bodies of the transporter, and real-time images of the four cameras are transmitted to the cleaning platform for checking by a competent organization for waste disposal.
4. The method as claimed in claim 3, wherein the cleaning platform includes a historical path database for storing real-time images of four cameras, and an alarm module connected to the historical path database, the alarm module performing image analysis and tracking on the real-time images to capture event-specific behavior, generate event-specific image data, and store the event-specific image data in the historical path database.
5. The intelligent waste disposal method according to claim 4, wherein the specific event behavior may be any one or a combination of vehicle idle speed, vehicle flameout time, abnormal image condition, route deviation, overspeed, etc.
6. The method as claimed in claim 5, wherein the transporting vehicle of the transport provider is further equipped with a GPS positioning device connected to the cleaning platform for obtaining the driving path of the transporting vehicle and transmitting the driving path to the cleaning platform for storage and inspection.
7. The method as claimed in claim 1, wherein the cleaning platform determines the behavior pattern of the utility as an optimal time point for cleaning the waste by monitoring the waste storage image of the utility or analyzing and identifying the waste storage image.
8. The method as claimed in claim 1, wherein the cleaning platform determines the behavior pattern of the institution based on historical information of waste cleaning time, waste treatment weight, waste carrying times, scene prediction, or raw material import/export amount related to the waste, so as to obtain the optimal cleaning time point of the waste.
9. The intelligent waste disposal method of claim 1, wherein the cleaning platform stores the results of the cleaning mechanism in terms of departure time, approach tonnage, etc. for carrying the waste into the electric fence.
10. The intelligent waste disposal method of claim 1, wherein after the disposal mechanism and the disposal mechanism complete the waste disposal operation according to the disposal plan, the institution fills a service questionnaire on the disposal platform to review the quality of service.
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| CN112270519A (en) * | 2020-11-19 | 2021-01-26 | 南京释加软件科技有限公司 | Intelligent warehousing method |
| TWI782358B (en) * | 2020-11-24 | 2022-11-01 | 大云永續科技股份有限公司 | Inventory management method and system |
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| TWI707298B (en) | 2020-10-11 |
| TW202113748A (en) | 2021-04-01 |
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