Value checking method and system for renewable recycled products

Abstract

The invention relates to the technical field of renewable resource recovery, in particular to a renewable recovered product price checking method and system, and the method comprises the steps: obtaining a warehousing request, marking the warehousing number based on the warehousing request, and calculating the warehousing weight; classifying based on the warehousing goods number and generating a classification mark and a classification weight corresponding to each classification set; matching the current recycling market unit price in a preset price checking model based on the classification mark so as to check the classification recycling amount of each classification set; formulating a finished product market unit price corresponding to the classification identifier based on the recovery market unit price so as to check the classified finished product amount of each classification set; based on the classified recovery amount and the classified finished product amount, calculating the profit and loss corresponding to the warehousing number; and after the accounting amount passes the verification, a price checking list is generated, and the warehousing request is responded, so that the warehousing goods number can be warehoused. The method and the device have the effect of standardizing the accuracy and the efficiency when the recycled products are subjected to price checking.

Description

Technical Field

[0001] The present application relates to the technical field of renewable resource recycling, and in particular to a pricing method and system for renewable recyclable products. Background Art

[0002] With the rapid development of social economy and the continuous improvement of people's environmental awareness, the recycling industry is gradually becoming an important part of sustainable development. In the transaction process of recycled products, accurate and efficient pricing methods are crucial to promote market fairness and improve transaction efficiency.

[0003] The current methods of calculating the recycling price of recyclables, the selling price after recycling, and the profit and loss calculation all use the traditional method of multiplying the quantity by the unit price. However, the market price of recyclables will fluctuate from time to time based on different materials, regions, and supply chains. The pricing methods in related technologies are often unable to accurately and standardizedly calculate the prices of recyclables. As the number and scale of recycling stations continue to increase, the efficiency and differences in recycling calculations are also getting worse. Summary of the invention

[0004] In order to standardize the accuracy and efficiency of recyclable product pricing, the present application provides a method and system for pricing renewable recyclable products.

[0005] In the first aspect, the present application provides a method for determining the price of renewable and recyclable products, using the following technical solution: A method for determining the price of renewable and recyclable products comprises the following steps: Obtaining a warehousing request, marking the warehousing number based on the warehousing request and calculating the warehousing weight; Classifying the incoming goods to obtain a number of classification sets, and generating classification marks and classification weights corresponding to each of the classification sets; Matching the current recycling market unit price in a preset price calculation model based on the classification mark, and calculating the classification recycling amount of each classification set based on the recycling market unit price and the classification weight; Formulate the market unit price of the finished product corresponding to the classification mark based on the recycling market unit price, and calculate the classified finished product amount of each classification set based on the market unit price of the finished product and the classification weight; Calculate the profit or loss corresponding to the incoming goods based on the classified recycling amount and the classified finished product amount; Verify the calculated amount, generate a price verification sheet after the calculated amount verification is passed, respond to the warehousing request to warehousing the incoming goods, and generate a payment order based on the classified recovery amount.

[0006] In some embodiments, marking the incoming shipment and calculating the incoming weight based on the incoming request includes the following steps: Obtaining the source of goods, customer information, inbound vehicle information and weighing time in the warehousing request to generate a unique warehousing information stamp, and matching the warehousing information stamp with the corresponding goods to generate the warehousing batch; Record the weighed weight of the full vehicle entering the station, unload the vehicle and record the weighed weight of the empty vehicle; The difference between the full vehicle weighed weight and the empty vehicle weighed weight is calculated to calculate the storage weight.

[0007] In some embodiments, obtaining a plurality of classification sets based on the incoming goods and generating a classification mark and a classification weight corresponding to each of the classification sets includes the following steps: Classifying the goods in the incoming batch based on material categories to obtain a first classification group; Performing secondary classification on the plurality of first classification groups based on segmentation features to obtain a plurality of second classification groups, wherein the segmentation features include color, size, and brand; The first classification group and the second classification group are integrated to obtain the classification mark, and the first classification weight and the second classification weight corresponding to each of the first classification group and the second classification group are calculated respectively.

[0008] In some embodiments, matching the current recycling market unit price in a preset pricing model based on the classification mark, and calculating the classification recycling amount of each classification set based on the recycling market unit price and the classification weight include the following steps: Acquire regional information based on the site location of the incoming shipment; Based on the regional information, obtain the daily standard recycling unit price table of the corresponding area in the pricing model; Based on the classification mark, matching is performed in the standard recycling unit price table of the day to obtain the corresponding recycling market unit price; The subdivided recycling amount of each second classification group is calculated based on the second classification weight and the unit price of the recycling market, and several subdivided recycling amounts are added together to obtain the large-category recycling amounts corresponding to several first classification groups.

[0009] In some embodiments, formulating the finished product market unit price corresponding to the classification mark based on the recycling market unit price includes the following steps: Performing a category inventory ratio screening on each of the first classification groups to generate a basic price difference, and performing a supply demand screening on each of the second classification groups to divide common objects and special objects and generate corresponding price difference weighting coefficients, wherein the price difference weighting coefficient corresponding to the common objects is 1, and the price difference weighting coefficient corresponding to the special objects is greater than 1; The basic price difference of each of the second classification groups is multiplied by the price difference weighting coefficient to obtain a special price difference, and the special price difference is added to the recycling market unit price to obtain the finished product market unit price.

[0010] In some embodiments, generating the basic price difference and the price difference weighting coefficient specifically includes the following steps: Generate a first factor based on the weight ratio of the first classification group in the incoming shipment, generate a second factor based on the weight ratio of the first classification group in the site inventory, and generate a third factor based on the market scarcity of the first classification group; Obtaining the standard spread of the second classification group and calculating the basic spread by combining the first factor, the second factor and the third factor; Generate a fourth factor based on the weight ratio of the second classification group in the first classification group, generate a fifth factor based on the market demand of the second classification group, and generate a sixth factor based on the difficulty of the regeneration process of the second classification group; The price difference weighting coefficient is calculated based on the fourth factor, the fifth factor and the sixth factor.

[0011] In some embodiments, the calculation of the amount of the classified finished products of each of the classification sets based on the market unit price of the finished products and the classified weight further includes the following steps: Obtaining the predicted loss of each of the second classification groups, and subtracting the corresponding predicted loss from the second classification weight to obtain the finished product weight; The subdivided finished product amount is calculated by using the weight of each finished product and the corresponding market unit price of the finished product, and several subdivided finished product amounts are added together to obtain several major finished product amounts corresponding to the first classification groups.

[0012] In some embodiments, obtaining the predicted loss of each of the second classification groups comprises the following steps: estimating the process loss amount based on the collection category corresponding to the first classification group; An estimated source loss amount based on the acquired source in the warehousing request; estimating the impurity removal loss based on the impurity adhesion degree corresponding to the second classification group; The predicted loss is generated based on the process loss, source loss and impurity removal loss.

[0013] In some of the embodiments, performing the verification of the calculated amount includes the following steps: Active Authentication: Obtain historical profit and loss data and generate a standard profit and loss ratio based on the historical profit and loss data, obtain market temporal and spatial fluctuations based on the current region and current time, optimize and adjust the standard profit and loss ratio according to the market temporal and spatial fluctuations to generate a verification profit and loss threshold, and determine the relationship between the profit and loss of the incoming goods and the verification profit and loss threshold for verification; Passive Authentication: Calibrating a tripartite object consisting of a seller, a buyer, and a producer; The amount accounting evaluations of the three parties are respectively obtained, an amount satisfaction score is calculated based on the amount accounting evaluation, and verification is performed according to the relationship between the amount satisfaction score and a preset score.

[0014] In the second aspect, the present application provides a pricing system for renewable and recyclable products, which adopts the following technical solution: A pricing system for recyclable products, comprising: An entry marking module is used to obtain an entry request and mark the entry number based on the entry request; A weighing module, used to calculate the incoming weight after marking the incoming goods; A classification module, used for classifying the incoming goods to obtain a plurality of classification sets, and generating a classification mark and a classification weight corresponding to each of the classification sets; A recycling price calculation module, used to match the current recycling market unit price in a preset price calculation model based on the classification mark, and calculate the classification recycling amount of each classification set based on the recycling market unit price and the classification weight; A finished product price calculation module, which formulates the finished product market unit price corresponding to the classification mark based on the recycling market unit price, and calculates the classified finished product amount of each classification set based on the finished product market unit price and the classification weight; A profit and loss accounting module, which calculates the profit and loss corresponding to the incoming goods based on the classified recycling amount and the classified finished product amount; The warehousing processing module verifies the calculated amount, generates a price verification sheet after the calculated amount is verified, responds to the warehousing request to warehousing the incoming goods, and generates a payment order based on the classified recovery amount.

[0015] The technical solution provided by the embodiments of the present application has the following technical effects: Establish a complete, objective and dynamic pricing system. When recyclables need to be weighed, classified and priced before entering the station, the basis of the calculation is the current accurate recycling unit price obtained through the big data model and the finished product unit price after scientific calculation. At the same time, the rationality and accuracy of the calculated amount are further determined through verification of the calculated amount, so as to achieve the accuracy and dynamics of the pricing while ensuring the efficiency of the calculation. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a schematic diagram of the steps of the method for determining the price of renewable recyclable products provided in an embodiment of the present application.

[0017] Figure 2 It is a schematic diagram of the module connection of the price verification system for renewable and recyclable products provided in an embodiment of the present application. DETAILED DESCRIPTION

[0018] To more clearly understand the purpose, technical solutions and advantages of the present application, the present application is described and illustrated below in conjunction with the accompanying drawings and embodiments. However, it should be understood by those of ordinary skill in the art that the present application can be implemented without these details. In some cases, in order to avoid unnecessary descriptions that make various aspects of the present application obscure, well-known methods, processes, systems, components and / or circuits that have been described at a higher level will not be described in detail. For those of ordinary skill in the art, it is obvious that various changes can be made to the embodiments disclosed in the present application, and without departing from the principles and scope of the present application, the general principles defined in the present application can be applied to other embodiments and application scenarios. Therefore, the present application is not limited to the embodiments shown, but conforms to the broadest scope consistent with the scope claimed for protection of the present application.

[0019] It should be noted that the description of these embodiments is used to help understand the present invention, but does not constitute a limitation of the present invention. In addition, the technical features involved in each embodiment of the present invention described below can be combined with each other as long as there is no conflict between them.

[0020] In the description of this application, "several" means one or more, "more" means more than two, "greater than", "less than", "exceed", etc. are understood to exclude the number itself, and "above", "below", "within", etc. are understood to include the number itself. If there is a description of "first" or "second", it is only used to distinguish the technical features, and cannot be understood as indicating or implying relative importance or implicitly indicating the number of the indicated technical features or implicitly indicating the order of the indicated technical features.

[0021] In the description of the present application, the description with reference to the terms "one embodiment", "some embodiments", "illustrative embodiments", "examples", "specific examples", or "some examples" means that the specific features, structures, materials, or characteristics described in conjunction with the embodiment or example are included in at least one embodiment or example of the present application. In this specification, the schematic representations of the above terms do not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials, or characteristics described may be combined in any one or more embodiments or examples.

[0022] like Figure 1 As shown, the embodiment of the present application discloses a method for determining the price of renewable recyclable products, comprising the following steps: S100, obtaining a warehousing request, marking the warehousing number based on the warehousing request and calculating the warehousing weight.

[0023] The entry request is represented by the vehicle transporting recyclables entering the station, and is obtained by swiping a customer card, filling out a form, etc.

[0024] When there is a request for warehousing, it means that a batch of recyclables needs to be put into the warehouse. At this time, each batch of recyclables entering the warehouse needs to be calibrated to determine its specific basic information and batch when entering the warehouse, so as to determine and mark the number of goods entering the warehouse.

[0025] At the same time, the weight of the recyclables needs to be calculated when they are put into storage.

[0026] S200, classifying and obtaining a plurality of classification sets based on the number of incoming goods, and generating a classification mark and a classification weight corresponding to each classification set.

[0027] The same batch of recyclables often contains a mixture of multiple types. Different types are characterized by different recyclable materials and contents, and different recyclables correspond to different prices. Therefore, in order to improve the accuracy and scientificity of price verification, it is also necessary to classify the recyclables before unloading and entering the warehouse.

[0028] According to the corresponding classification rules, the same batch of recyclables are divided into several corresponding classification sets, and classification marks are added to the classified goods. At the same time, the classification weight corresponding to each classification mark is accurately obtained. In this way, the recycling price of each classification can be accurately calculated based on the weight and price corresponding to each specific classification.

[0029] S300, matching the current recycling market unit price in a preset pricing model based on the classification mark, and calculating the classification recycling amount of each classification set based on the recycling market unit price and the classification weight.

[0030] First, the specific market recycling unit price of each different category at the current time and location is obtained through the pricing model, and the corresponding classification recycling amount of each classification set is calculated based on the unit price and weight.

[0031] S400, formulating the market unit price of the finished product corresponding to the classification mark based on the recycling market unit price, and calculating the classified finished product amount of each classification set based on the market unit price of the finished product and the classification weight.

[0032] Finished products are characterized as usable items obtained by recycling recyclables and then subjecting them to a regeneration process. For example, when a large amount of waste paper is recycled and made into new usable paper through a regeneration process, the newly made paper is characterized as a finished product.

[0033] Then the market price of finished products is the price calculated by including the recycling price, process expenditure, loss, profit point, etc. Since the recycled products need to go through a certain production process and a certain sales process after recycling, the market price of finished products is the expected selling price after resource recycling.

[0034] The corresponding market unit price of finished products is obtained based on multiple considerations such as the specific content of recycled products in different categories, the demand for finished products after recycling, the difficulty of the recycling process, etc., and the amount of classified finished products in different classification sets is calculated based on the classified weight.

[0035] S500, calculate the profit and loss corresponding to the incoming goods based on the classified recycling amount and the classified finished product amount.

[0036] The profit and loss amount after the complete chain of buying-producing-selling a batch of recycled products can be calculated through the classified recycling amount corresponding to the recycled products received and the classified finished product amount when the finished products are sold.

[0037] S600, verify the calculated amount, generate a price verification sheet after the calculated amount verification is passed, respond to the warehousing request to enter the goods, and generate a payment order based on the classified recovery amount.

[0038] After obtaining the calculated amounts such as the recycling amount, finished product amount, profit and loss, etc., it is necessary to verify the calculated amounts. This verification process is used to verify the accuracy of the entire accounting process and the satisfaction with the unit prices, profit and loss of multiple parties. Once the verification is passed, the corresponding price verification sheet is generated.

[0039] In the embodiment of the present application, the price verification sheet includes classification information, weight information, recycling unit price, finished product unit price, recycling amount, finished product amount, profit and loss and other information.

[0040] After the incoming goods are verified and passed, the incoming goods are put into storage. At the same time, a payment order is generated based on the calculated classified recovery amount. The system directly sends the classified recovery amount to the enterprise or individual corresponding to the goods through the payment order.

[0041] Through the above steps, a complete, objective and dynamic pricing system is established. When the recyclables need to be weighed, classified and priced before entering the station, the basis of the calculation is the current accurate recycling unit price obtained through the big data model and the scientifically calculated unit price of the finished product. At the same time, the rationality and accuracy of the calculated amount are further determined through verification of the calculated amount, so as to achieve the accuracy and dynamism of the pricing while ensuring the efficiency of the calculation.

[0042] In some other embodiments, marking the incoming shipment number and calculating the incoming weight based on the incoming shipment request includes the following steps: S110, obtaining the source of goods, customer information, inbound vehicle information and weighing time in the warehousing request to generate a unique warehousing information stamp, and marking and matching the warehousing information stamp with the corresponding goods to generate an warehousing batch.

[0043] Through customer cards, registration information or form filling information, the source of the goods, the customer information of the goods, the information of the transport vehicle, the weighing time and weighing image when the vehicle enters the station, etc. At the same time, based on the above information, the corresponding goods are added with a warehouse information stamp, which is used to store the above information and match it with the corresponding goods.

[0044] The above-mentioned warehousing information stamp can be matched on the corresponding goods in the form of carriers such as QR code and barcode.

[0045] S120, recording the weighed weight of the full vehicle of the incoming vehicle, unloading the incoming vehicle and recording the weighed weight of the empty vehicle.

[0046] S130, calculating the difference between the weighed weight of the full vehicle and the weighed weight of the empty vehicle to calculate the inbound and outbound weight.

[0047] First, weigh the fully loaded transport vehicle, at which point the weight is represented by vehicle weight + cargo weight. Unload the vehicle, and when unloading is complete, record the weight of the empty vehicle. The difference between the two weights can be used to calculate the gross weight of the cargo, which is used as the warehousing weight.

[0048] In some other embodiments, obtaining a plurality of classification sets based on the number of incoming goods and generating a classification mark and a classification weight corresponding to each classification set includes the following steps: S210, classifying the items in the incoming batch based on the material category to obtain a first classification group.

[0049] First, the overall material categories of a batch of recyclables are classified to obtain a larger first classification group, in which the material categories include PET materials, PE-PP materials, assembly line miscellaneous materials, single-name miscellaneous materials, etc.

[0050] Among them, for the first classification, manual preliminary screening can be used, or the enterprise or individual can preliminarily classify the recyclables before the transportation of the recyclables. Secondly, detailed classification is carried out through optical sorting machines, different conveyor belts, etc.

[0051] S220, performing secondary classification on the plurality of first classification groups based on the segmentation characteristics to obtain a plurality of second classification groups, wherein the segmentation characteristics include color, size, and brand.

[0052] After the first classification is completed, the first classification group is reclassified by the preset subdivision characteristics to obtain several second classification groups. The subdivision characteristics include the color, size, brand, etc. of the recyclables.

[0053] After secondary classification, PET materials can be divided into 3A white bottles, large bottles, oil bottles, green bottles, secondary blue and white and other sub-groups.

[0054] The above steps are completed by an optical sorter.

[0055] S230, integrating the first classification group and the second classification group to obtain a classification mark, and respectively calculating a first classification weight and a second classification weight corresponding to each of the first classification group and the second classification group.

[0056] The first classification group and the second classification group together constitute the classification mark, so the classification mark is composed of the major classification and the minor classification. At the same time, the weight corresponding to each classification group also needs to be weighed and marked separately. The second classification weight is the weight corresponding to each second classification group of goods, and the first classification weight is the total weight of all goods in the first classification group.

[0057] In other embodiments, matching the current recycling market unit price in a preset price calculation model based on the classification mark, and calculating the classification recycling amount of each classification set based on the recycling market unit price and the classification weight include the following steps: S310, obtaining regional information based on the site location of the incoming goods.

[0058] S320, obtaining the standard recycling unit price table of the corresponding area on the day in the pricing model based on the area information.

[0059] S330, matching the standard recycling unit price table of the day based on the classification mark to obtain the corresponding recycling market unit price.

[0060] The prices of the same recyclables fluctuate in different regions and at different times. Therefore, by accessing the price verification model and obtaining online network data, we can comprehensively obtain the standard recycling unit price table for popular or general recyclables, and substitute the inbound address of the incoming goods and the current time to obtain the current accurate standard recycling unit price.

[0061] If the current storage location for recycled products is Shangcheng District, Hangzhou, and the current time is xx / xx / xxxx, then the unit price of PET white bottles received in the area at the current time can be found through the standard recycling unit price table of the day to be 4 yuan / kg.

[0062] S340, calculating the subdivided recycling amount of each second classification group based on the second classification weight and the unit price of the recycling market, and adding up several subdivided recycling amounts to obtain the major recycling amounts corresponding to several first classification groups.

[0063] The recycling amount of the second classification group is obtained by multiplying the weight of each second classification with the unit price of the recycling market. Finally, all the detailed recycling amounts are added together to obtain the large category recycling amount corresponding to the first classification group.

[0064] For example, in the first classification group PET material, there are three second classification groups, namely 82.45 kg of 3A white bottles, 3 kg of PET large bottles, and 56.74 kg of 5A. Among them, after inquiry, the standard recycling unit price of 3A white bottles on the same day is 4.6 yuan / kg, the standard recycling unit price of PET large bottles on the same day is 4.3 yuan / kg, and the standard recycling unit price of 5A on the same day is 4.6 yuan / kg.

[0065] After calculation, the recycling amount of 3A white bottles is 379.27 yuan, the recycling amount of PET large bottles is 12.90 yuan, and the recycling amount of 5A is 261.00 yuan. The recycling amount of the first classification group of PET materials is 653.17 yuan.

[0066] In other embodiments, formulating the market unit price of the finished product corresponding to the classification mark based on the recycling market unit price includes the following steps: S410, screening each first classification group by category inventory ratio to generate a basic price difference, screening each second classification group by supply and demand to divide ordinary objects and special objects and generate corresponding price difference weighting coefficients, wherein the price difference weighting coefficient corresponding to ordinary objects is 1, and the price difference weighting coefficient corresponding to special objects is greater than 1.

[0067] The market unit price of each recycled product is determined by the recycling market unit price. Due to different materials and categories, their market demands, sales difficulties, and recycling process difficulties are all different. Therefore, it is necessary to set a finished product unit price that can satisfy the deduction of production costs, production losses, sales costs, etc. and still achieve a certain profit.

[0068] First, obtain the basic price difference, which is represented by the overall share of the recycling products corresponding to different first classification groups. If the share is large, the inventory is large, the sales channels and market demand are high, and it only needs to consider the normal production cost, then its basic price difference will be relatively small. On the contrary, if the overall share of the recycling products is low, its basic price difference will be relatively high.

[0069] After the basic price difference value of each first classification group is calculated, it is used as the cost unit price basis for the large category of recyclables, and the recyclables in different second classification groups are further divided into ordinary objects and special objects according to the supply demand details of the second classification groups.

[0070] If the recyclables are ordinary objects, which means that the type of recyclables is common in the market, has a large circulation, and is popular among the public, and the corresponding finished products are easy to sell and circulate, then the corresponding price difference weighting coefficient is 1. If the recyclables are special objects, which means that the type of recyclables is uncommon in the market, has a small circulation, and has special brand significance, the finished products of this type of recyclables are difficult to regenerate, have low circulation, and are difficult to sell, so they require more costs, so the corresponding price difference weighting coefficient is greater than 1.

[0071] S420, multiplying the basic price difference of each second classification group by the price difference weighting coefficient to obtain a special price difference, and adding the special price difference to the recycling market unit price to obtain the finished product market unit price.

[0072] After calculating the price difference weighted coefficient, multiply the basic price difference by the price difference weighted coefficient corresponding to each recycled product to obtain the special price difference, and then add the special price difference and the recycling market unit price to get the finished product market unit price.

[0073] Among them, for ordinary objects, the price difference weighting coefficient is 1, so the unit price of the finished product market is essentially the basic price difference plus the recycling market unit price.

[0074] For example, if the basic price difference of the first classification group a is 10 yuan, and there are two recyclable products b and c in the first classification group, where b is an ordinary object, then its finished product market unit price is its corresponding recycling market unit price plus 10 yuan, and c is a special object, and its price difference weighted coefficient is 1.2, then its corresponding special price difference is 12 yuan, and the finished product market unit price of c is the corresponding recycling market unit price plus 12 yuan.

[0075] In some other embodiments, generating the base price difference and the price difference weighting coefficient specifically includes the following steps: S411, generating a first factor based on the weight ratio of the first classification group in the incoming goods, generating a second factor based on the weight ratio of the first classification group in the site inventory, and generating a third factor based on the market scarcity of the first classification group.

[0076] S412, obtaining the standard price difference of the second classification group and calculating the basic price difference by combining the first factor, the second factor and the third factor.

[0077] The generation of the basic price difference mainly considers the category inventory of the first classification group, which respectively identifies the weight proportion of the recyclables of the first classification group in this incoming shipment and the weight proportion in the inventory of the site. The larger the weight proportion, the greater the proportion of the first classification group, and the more recyclables are easy to recycle and sell. At the same time, the factor generated based on the market scarcity of this classification is used to represent the market demand for this type. Then, when the demand is high, the recycling cost is low, and the sales cost is low, the basic price difference can be relatively small and profitable.

[0078] S413, generating a fourth factor based on the weight ratio of the second classification group in the first classification group, generating a fifth factor based on the market demand of the second classification group, and generating a sixth factor based on the difficulty of the regeneration process of the second classification group.

[0079] S414, calculating a price difference weighting coefficient based on the fourth factor, the fifth factor, and the sixth factor.

[0080] The price difference weighting coefficient mainly considers the weight proportion of the recycled products of this category in the first classification group, the market demand for the finished products of this category, and the difficulty of recycling and processing production.

[0081] If the weight ratio is large, it means that the recyclable product belongs to a type with a larger share among this type of recyclable products, and the large market demand means that the sales cost is lower. The easier the recycling processing is, the lower the recycling cost is. The price difference weighting coefficient corresponding to the above scenario is lower.

[0082] In this way, after setting the basic guidance for pricing differentials through three dimensions, the specific size of the differentials can be further refined and improved based on the specific details of the recycled content.

[0083] In some other embodiments, the calculation of the amount of the classified finished products of each classification set based on the market unit price of the finished products and the classified weight further includes the following steps: S430, obtaining the predicted loss of each second classification group, and subtracting the corresponding predicted loss from the second classification weight to obtain the finished product weight.

[0084] The weight of the recycled products weighed before storage does not actually correspond absolutely to the weight of the finished products after production, because the recycled products will suffer certain weight losses during transportation, storage, and production and processing. Therefore, in order to accurately calculate the final profit accounting amount, it is also necessary to predict the losses of each second category quantity and deduct the estimated losses to obtain the final finished product weight.

[0085] S440, calculating the subdivided finished product amount by using the weight of each finished product and the corresponding finished product market unit price, and adding up several subdivided finished product amounts to obtain the major finished product amounts corresponding to several first classification groups.

[0086] By multiplying the calculated weight of each finished product and the unit market price of the finished product, the amount of subdivided finished products corresponding to each second classification group can be calculated. Then, by adding up the amounts of several subdivided finished products in each first classification group, the amount of major finished products corresponding to each first classification group can be calculated.

[0087] In some other embodiments, obtaining the predicted loss of each second classification group includes the following steps: S431, estimating process loss based on the collection category corresponding to the first classification group.

[0088] The process loss is characterized by different materials and different categories requiring different recycling processes. As different processes such as high temperature, cleaning, crushing, and re-granulation are carried out, the weight processing loss of the recycled products is different. Therefore, the process required and the inevitable loss of the process can be estimated based on the major material categories of the recycled products.

[0089] S432, estimating the source loss amount based on the source obtained in the warehousing request.

[0090] Recyclables from different sources may also experience a certain amount of weight loss during transportation and storage. For example, recyclables in the cold storage industry may contain a certain amount of moisture, which will continue to evaporate during the storage of the recyclables to reduce a certain amount of weight.

[0091] S433, estimating the impurity removal loss based on the impurity adhesion degree corresponding to the second classification group.

[0092] The degree of impurity adhesion is characterized by the fact that different recycled products have certain impurities attached to them due to different sources, materials, and disassembly entities. For example, grease is attached to waste materials in processing plants, and sand and dust are attached to recycled products in construction sites. In order to meet the quality of the finished products before processing, these impurities need to be removed in advance, which will also result in a certain amount of impurity removal loss.

[0093] S434, generating predicted loss based on process loss, source loss and impurity removal loss.

[0094] By estimating the potential loss of different recyclables through the above aspects, the final weight of the finished product can be accurately estimated in real time. In this way, the calculated finished product amount and the final profit and loss are more accurate, without having to wait until all the recyclables of all shipments are processed before calculating the required amount.

[0095] In some other embodiments, verification of the calculated amount includes the following steps: Active Authentication: S610, obtain historical profit and loss data and generate a standard profit and loss ratio based on the historical profit and loss data, obtain market temporal and spatial fluctuations based on the current region and current time, optimize and adjust the standard profit and loss ratio according to the market temporal and spatial fluctuations to generate a verification profit and loss threshold, and determine the relationship between the profit and loss of the incoming goods and the verification profit and loss threshold for verification.

[0096] First, in the active verification stage, we first obtain historical profit and loss data, which is the accurate actual profit and loss amount of the recycled products from revenue-production-sales. The standard profit and loss ratio is calculated based on this amount. The profit and loss ratio is represented by the actual profit and loss amount of each specific recycled product per kilogram calculated based on historical data as a percentage of the entire finished product price.

[0097] At the same time, the price fluctuations of various types of recycled products in different times and regions are analyzed through the accessed market data, and the standard profit and loss ratio is adjusted.

[0098] Since the standard profit and loss ratio is the profit and loss data accurately calculated in historical events, if you want to use this data to verify the current pricing, you need to consider the dynamic fluctuations of the market situation and obtain the profit and loss threshold after adjustment. This threshold is represented by the limit threshold of profit and loss obtained after calculation of historical data and analysis of the current market environment. When it exceeds the threshold, it is represented as a profit, and when it is lower than the threshold, it is represented as a loss. Then, by comparing the values ​​of the threshold and the currently calculated profit and loss, the calculation of the profit amount can be verified.

[0099] Passive Authentication: S620, calibrate the three-party object consisting of the seller, the buyer and the producer.

[0100] S630, respectively obtain the amount accounting evaluation of the three parties, calculate the amount satisfaction score based on the amount accounting evaluation, and verify according to the relationship between the amount satisfaction score and the preset score.

[0101] Passive verification mainly obtains the evaluation of the amount calculation by three parties, namely the seller of the recyclables, the buyer of the recyclables, and the producer. In some cases, the buyer and the producer are the same party.

[0102] First, after the seller obtains the calculated classified recycling price, it needs to determine whether it has a negative evaluation of the valuation of the amount. When it believes that the price is too low or the price is calculated incorrectly, it receives the evaluation to re-verify the calculation process and the selected recycling unit price. If the verification confirms that there is a problem with the calculation process, it is considered that the passive verification has failed. At this time, the pricing system needs to be updated and adjusted and the pricing needs to be re-performed.

[0103] The same is true for buyers and manufacturers. If they receive information that the amount of classified finished products is inaccurate or too low, or if they believe that the profit is low or unprofitable, they will adjust parameters such as the unit price of finished products and losses based on the negative evaluation.

[0104] The monetary satisfaction score is represented by a comprehensive score calculation based on the content of negative reviews, the content of positive reviews, the number of negative reviews, the number of positive reviews, etc.

[0105] like Figure 2 As shown, the embodiment of the present application also discloses a pricing system for renewable and recyclable products, including: The inbound marking module is used to obtain inbound requests and mark the inbound shipments based on the inbound requests.

[0106] The weighing module is used to calculate the incoming weight after marking the incoming goods.

[0107] The classification module is used to classify the incoming goods to obtain several classification sets, and generate classification marks and classification weights corresponding to each classification set.

[0108] The recycling price calculation module is used to match the current recycling market unit price in the preset pricing model based on the classification mark, and calculate the classified recycling amount of each classification set based on the recycling market unit price and classification weight.

[0109] The finished product price calculation module formulates the finished product market unit price corresponding to the classification mark based on the recycling market unit price, and calculates the classified finished product amount of each classification set based on the finished product market unit price and classification weight.

[0110] The profit and loss accounting module calculates the profit and loss corresponding to the incoming goods based on the classified recycling amount and the classified finished product amount.

[0111] The warehousing processing module verifies the calculated amount, generates a price verification sheet after the calculated amount is verified, responds to the warehousing request to enter the goods, and generates a payment order based on the classified recovery amount.

[0112] The implementation principle is: Establish a complete, objective and dynamic pricing system. When recyclables need to be weighed, classified and priced before entering the station, the basis of the calculation is the current accurate recycling unit price obtained through the big data model and the finished product unit price after scientific calculation. At the same time, the rationality and accuracy of the calculated amount are further determined through verification of the calculated amount, so as to achieve the accuracy and dynamics of the pricing while ensuring the efficiency of the calculation.

[0113] It should be understood that although the steps in the flowchart of the accompanying drawings are shown in sequence according to the instructions of the arrows, these steps are not necessarily performed in the order indicated by the arrows. Unless otherwise clearly stated in this document, the execution of these steps is not strictly limited in order and can be performed in other orders.

[0114] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A method for determining the price of renewable and recyclable products, characterized in that: The following steps are involved: Obtaining a warehousing request, marking the warehousing number based on the warehousing request and calculating the warehousing weight; Classifying the incoming goods to obtain a number of classification sets, and generating classification marks and classification weights corresponding to each of the classification sets; Matching the current recycling market unit price in a preset price calculation model based on the classification mark, and calculating the classification recycling amount of each classification set based on the recycling market unit price and the classification weight; Formulate the market unit price of the finished product corresponding to the classification mark based on the recycling market unit price, and calculate the classified finished product amount of each classification set based on the market unit price of the finished product and the classification weight; Calculate the profit or loss corresponding to the incoming goods based on the classified recycling amount and the classified finished product amount; Verify the calculated amount, generate a price verification sheet after the calculated amount verification is passed, respond to the warehousing request to warehousing the incoming goods, and generate a payment order based on the classified recovery amount.

2. The method for determining the price of renewable and recyclable products according to claim 1, characterized in that: Marking the incoming shipment number and calculating the incoming weight based on the incoming request includes the following steps: Obtaining the source of goods, customer information, inbound vehicle information and weighing time in the warehousing request to generate a unique warehousing information stamp, and matching the warehousing information stamp with the corresponding goods to generate the warehousing batch; Record the weighed weight of the full vehicle entering the station, unload the vehicle and record the weighed weight of the empty vehicle; The difference between the full vehicle weighed weight and the empty vehicle weighed weight is calculated to calculate the storage weight.

3. The method for determining the price of renewable and recyclable products according to claim 1, characterized in that: Classifying the incoming goods to obtain a plurality of classification sets, and generating classification marks and classification weights corresponding to each of the classification sets, includes the following steps: Classifying the goods in the incoming batch based on material categories to obtain a first classification group; Performing secondary classification on the first classification groups based on segmentation features to obtain a number of second classification groups, wherein the segmentation features include color, size, and brand; The first classification group and the second classification group are integrated to obtain the classification mark, and the first classification weight and the second classification weight corresponding to each of the first classification group and the second classification group are calculated respectively.

4. The method for determining the price of renewable and recyclable products according to claim 3, characterized in that: Based on the classification mark, the current recycling market unit price is matched in a preset price calculation model, and the classification recycling amount of each classification set is calculated based on the recycling market unit price and the classification weight, including the following steps: Acquire regional information based on the site location of the incoming shipment; Based on the regional information, obtain the daily standard recycling unit price table of the corresponding area in the pricing model; Based on the classification mark, matching is performed in the standard recycling unit price table of the day to obtain the corresponding recycling market unit price; The subdivided recycling amount of each second classification group is calculated based on the second classification weight and the unit price of the recycling market, and several subdivided recycling amounts are added together to obtain the large-category recycling amounts corresponding to several first classification groups.

5. The method for determining the price of renewable and recyclable products according to claim 3, characterized in that: Formulating the finished product market unit price corresponding to the classification mark based on the recycling market unit price includes the following steps: Performing a category inventory ratio screening on each of the first classification groups to generate a basic price difference, and performing a supply demand screening on each of the second classification groups to divide common objects and special objects and generate corresponding price difference weighting coefficients, wherein the price difference weighting coefficient corresponding to the common objects is 1, and the price difference weighting coefficient corresponding to the special objects is greater than 1; The basic price difference of each of the second classification groups is multiplied by the price difference weighting coefficient to obtain a special price difference, and the special price difference is added to the recycling market unit price to obtain the finished product market unit price.

6. The method for determining the price of renewable and recyclable products according to claim 5, characterized in that: Generating the basic price difference and the price difference weighting coefficient specifically includes the following steps: Generate a first factor based on the weight ratio of the first classification group in the incoming shipment, generate a second factor based on the weight ratio of the first classification group in the site inventory, and generate a third factor based on the market scarcity of the first classification group; Obtaining the standard spread of the second classification group and calculating the basic spread by combining the first factor, the second factor and the third factor; Generate a fourth factor based on the weight ratio of the second classification group in the first classification group, generate a fifth factor based on the market demand of the second classification group, and generate a sixth factor based on the difficulty of the regeneration process of the second classification group; The price difference weighting coefficient is calculated based on the fourth factor, the fifth factor and the sixth factor.

7. The method for determining the price of renewable and recyclable products according to claim 3, characterized in that: Calculating the amount of classified finished products of each classification set based on the market unit price of the finished products and the classified weight also includes the following steps: Obtaining the predicted loss of each of the second classification groups, and subtracting the corresponding predicted loss from the second classification weight to obtain the finished product weight; The weight of each finished product and the corresponding market unit price of the finished product are used to calculate the subdivided finished product amount, and several subdivided finished product amounts are added together to obtain the major finished product amounts corresponding to several first classification groups.

8. The method for determining the price of renewable and recyclable products according to claim 7, characterized in that: Obtaining the predicted loss of each of the second classification groups comprises the following steps: estimating the process loss amount based on the collection category corresponding to the first classification group; An estimated source loss amount based on the acquired source in the warehousing request; estimating the impurity removal loss based on the impurity adhesion degree corresponding to the second classification group; The predicted loss is generated based on the process loss, source loss and impurity removal loss.

9. The method for determining the price of renewable and recyclable products according to claim 1, characterized in that: Verification of the accounting amount includes the following steps: Active Authentication: Obtain historical profit and loss data and generate a standard profit and loss ratio based on the historical profit and loss data, obtain market temporal and spatial fluctuations based on the current region and current time, optimize and adjust the standard profit and loss ratio according to the market temporal and spatial fluctuations to generate a verification profit and loss threshold, and determine the relationship between the profit and loss of the incoming goods and the verification profit and loss threshold for verification; Passive Authentication: Calibrating a tripartite object consisting of a seller, a buyer, and a producer; The amount accounting evaluations of the three parties are respectively obtained, an amount satisfaction score is calculated based on the amount accounting evaluation, and verification is performed according to the relationship between the amount satisfaction score and a preset score.

10. A price verification system for renewable and recyclable products, characterized in that: include: An entry marking module is used to obtain an entry request and mark the entry number based on the entry request; A weighing module, used to calculate the incoming weight after marking the incoming goods; A classification module, used for classifying the incoming goods to obtain a plurality of classification sets, and generating a classification mark and a classification weight corresponding to each of the classification sets; A recycling price calculation module, used to match the current recycling market unit price in a preset price calculation model based on the classification mark, and calculate the classification recycling amount of each classification set based on the recycling market unit price and the classification weight; A finished product price calculation module, which formulates the finished product market unit price corresponding to the classification mark based on the recycling market unit price, and calculates the classified finished product amount of each classification set based on the finished product market unit price and the classification weight; A profit and loss accounting module, which calculates the profit and loss corresponding to the incoming goods based on the classified recycling amount and the classified finished product amount; The warehousing processing module verifies the calculated amount, generates a price verification sheet after the calculated amount is verified, responds to the warehousing request to warehousing the incoming goods, and generates a payment order based on the classified recovery amount.

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