CN117436794A - Management system for waste household appliance recycling enterprises - Google Patents
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Abstract
The invention discloses a waste household appliance recycling enterprise management system, which belongs to the technical field of waste household appliance recycling enterprise management and comprises a website end, a display module and an enterprise management module; the network point end is provided for the waste household appliance recycling station by the waste household appliance recycling enterprise and is used for counting the purchase data of the waste household appliance by the waste household appliance recycling enterprise and sending corresponding transmission data to the waste household appliance recycling enterprise, wherein the transmission data comprises delivery data and dynamic statistics data; the display module is used for summarizing and displaying the transmission data corresponding to each waste household appliance recycle bin and displaying the real-time transmission data according to a preset data display scheme. The enterprise management module is used for carrying out data management on waste household appliance recycling enterprises and comprises a basic functional unit and a recycling scheduling analysis functional unit; through the mutual coordination among the network point end, the display module and the enterprise management module, the intelligent management of the waste household appliance recycling enterprises is realized, the attraction to each waste household appliance recycling station is increased, and the supply source is rapidly expanded.
Description
Technical Field
The invention belongs to the technical field of waste household appliance recycling enterprise management, and particularly relates to a waste household appliance recycling enterprise management system.
Background
The waste electrical and electronic products contain a large amount of toxic and harmful substances such as lead, cadmium, mercury, hexavalent chromium, polyvinyl chloride plastics, brominated flame retardants and the like, and the improper treatment can cause great harm to the environment and human health; on the other hand, the waste electrical and electronic products are rich in iron, aluminum, copper, glass, various rare noble metals, recycled plastics and other various resources, and if the waste electrical and electronic products can be recycled, the waste electrical and electronic products are helpful for solving the problem of increasingly shortage of resources; the recycling of the waste household appliances has higher economic value, so that corresponding waste household appliance recycling enterprises exist in each city at present; however, the management of the existing waste household appliance recycling enterprises is basically a management mode before the use, such as statistics and summarization when the waste household appliances are put in and put out, and relevant technical information including manager information, supplier information, waste class information, waste information and the like is recorded; with the gradual increase of current market competition, the promotion effect of the current management mode on enterprise development is smaller and smaller. Therefore, there is a need for a management mode that can improve the competitiveness of the enterprise for each recycling enterprise of waste home appliances.
For example, chinese patent application publication No. CN110705728A discloses a waste recycling platform. The system comprises a front management system, a user login module and a commodity display module, wherein the user login module is used for providing user registration, login, identification and commodity order processing; the commodity display module provides commodity display and commodity recommendation functions; the background management system comprises an order processing module, a commodity management module and a user management module, wherein the order processing module provides an order inquiring and checking function, and the commodity management module is used for adding, modifying and deleting commodities; the user management module is used for monitoring user information. By using the platform, users can sell own secondhand equipment on line, and realize customer positioning, so that a salesman can accurately find the sitting position of the customer, and even the online settlement can be realized, and the link of bargaining is avoided.
The above patent adds on-line selling functions based on the existing information management, but the selling functions are aimed at individual users; for the waste household appliance recycling enterprises, the waste household appliances are rarely directly recycled to individual users, otherwise, high recycling cost is caused; the above patents are therefore extremely limited in terms of the competitive enhancement of recycling enterprises for waste household appliances.
Therefore, in order to solve the problems, the invention provides a management system for a waste household appliance recycling enterprise.
Disclosure of Invention
In order to solve the problems of the scheme, the invention provides a management system for a waste household appliance recycling enterprise.
The aim of the invention can be achieved by the following technical scheme:
a waste household appliance recycling enterprise management system comprises a website end, a display module and an enterprise management module;
the network point end is provided for the waste household appliance recycling station by the waste household appliance recycling enterprise and is used for counting the purchase data of the waste household appliance by the waste household appliance recycling enterprise and sending corresponding transmission data to the waste household appliance recycling enterprise, wherein the transmission data comprises delivery data and dynamic statistics data.
Further, the network point terminal comprises an information input module, a data management module and a transmission module;
the information input module is used for inputting recovery information for recovering the waste household appliances by workers in the waste household appliance recovery station to form corresponding selling records;
the data management module is used for managing each selling record of the waste household appliance recycling station in real time;
the transmission module is used for transmitting transmission data corresponding to the transmission need by the waste household appliance recycling station, carrying out real-time data acquisition according to a preset dynamic statistical data range and transmitting the acquired dynamic statistical data to a waste household appliance recycling enterprise; and acquiring delivery data set by the waste household appliance recycling station, and integrating and marking the delivery data and the dynamic statistical data as transmission data.
Further, the method for determining the list of the waste household appliance recycle bin for supplying the network site end comprises the following steps:
marking a radiation area of a waste household appliance recycling enterprise, and identifying each station to be selected in the radiation area; marking cooperation with a waste household appliance recycling enterprise in the station to be selected as a recommending station;
screening the rest stations to be selected, and determining corresponding recommended stations; and sending the obtained information of each recommended station to staff of the waste household appliance recycling enterprises, determining a target station by the staff, and determining a waste household appliance recycling station list at the supply network end according to the communication result with the target station.
Further, the method for screening the rest stations to be selected comprises the following steps:
estimating the purchase quantity remained, and marking as SL;
marking the position of a waste household appliance recycling enterprise as P, marking the position of a station to be selected as Ps, and using d (P, ps) to represent the distance from the waste household appliance recycling station to the station to be selected; calculating corresponding correction coefficients；
Wherein A is a preset value; according to the recommended formulaAnd calculating a corresponding recommended value PK, and marking each station to be selected with the recommended value larger than the threshold value X1 as a recommended station.
The display module is used for summarizing and displaying transmission data corresponding to each waste household appliance recycle bin and displaying real-time transmission data according to a preset data display scheme.
The enterprise management module is used for carrying out data management on waste household appliance recycling enterprises and comprises a basic functional unit and a recycling scheduling analysis functional unit;
the basic functional unit comprises various basic management functions;
the recovery scheduling analysis functional unit is used for carrying out recovery analysis by combining transmission data of the network point end, identifying the transmission data displayed in the display module in real time, generating a time warehousing table according to the transmission data, carrying out warehousing analysis according to the time warehousing table, and judging whether abnormal warehousing exists or not, wherein the abnormal warehousing comprises two abnormal warehousing types corresponding to warehousing time conflict and warehousing quantity conflict respectively; and when the abnormal warehouse entry exists, processing according to a preset processing scheme according to the corresponding abnormal warehouse entry type.
Further, the warehouse-in data of each waste household appliance type of each waste household appliance recycle bin is subjected to early warning analysis through a recycle scheduling analysis functional unit;
calculating a warehouse-in ratio corresponding to each waste household appliance type of the waste household appliance recycling station according to the display data of the display module, wherein the warehouse-in ratio=warehouse-in amount/recycling amount; acquiring early warning values corresponding to the warehousing ratios; calculating a change value corresponding to each waste household appliance type, wherein the change value=warehouse-in ratio-early warning value;
generating a warehouse-in change curve corresponding to the type of the waste household appliance according to each change value, and marking abnormal coordinates with each change value lower than 0 in the warehouse-in change curve;
and carrying out early warning analysis according to the warehouse-in change curve, carrying out early warning on corresponding management personnel according to early warning results, and carrying out adjustment decision on purchase prices of corresponding waste household appliances by the management personnel.
Further, the system also comprises a pricing module, wherein the pricing module is used for setting purchase prices corresponding to the types of the waste household appliances by the waste household appliance recycling enterprises, and sending the set purchase prices to each website end for display.
Further, historical acquisition data is referred to in the acquisition price setting process.
Further, the purchase price setting method includes:
establishing a relation curve between the type acquisition amount and the acquisition price of each waste household appliance according to the historical acquisition data;
obtaining the acquisition amount of the waste household appliance recycling enterprises for each waste household appliance type, inputting the obtained acquisition amount as a target acquisition amount into a corresponding relation curve for matching, and obtaining the corresponding acquisition price.
Further, in order to ensure the completion of the purchase amount, the obtained purchase amount often needs to be adjusted, for example, 1.1, 1.2, 1.3 times, etc., the corresponding expansion coefficient is preset, and the obtained purchase amount is multiplied by the expansion coefficient to be the target purchase amount.
Further, when the waste household appliance recycling enterprises need to charge the extra waste household appliances with a preset amount, the purchase price is adjusted according to the stored historical purchase data of the corresponding waste household appliances.
Further, determining the purchase price and the purchase quantity of each waste household appliance type corresponding to the maximum income of the waste household appliance recycling enterprises according to each relation curve;
obtaining the selling price of the waste household appliance recycling enterprises for each waste household appliance type, wherein the selling price is the price sold by the waste household appliance recycling enterprises, the selling price is marked as Qci, i represents each waste household appliance type, i=1, 2, … … and n, and n is a positive integer;
defining the acquisition price of the waste household appliance recycling enterprises for each waste household appliance type as xi;
defining the acquisition amount of each waste household appliance type as Li and acquiring additional cost as Gci;
the profit function of the waste household appliance recycling enterprises is:
the method comprises the steps of carrying out a first treatment on the surface of the Lmax is the maximum storage capacity of the waste household appliance recycling enterprises; y is a benefit value;
and determining the purchase price of each waste household appliance type corresponding to the maximum profit value according to the profit function and the relation curve.
Compared with the prior art, the invention has the beneficial effects that:
the intelligent management of the waste household appliance recycling enterprises is realized through the mutual coordination among the network point end, the display module and the enterprise management module, so that the connection and data intercommunication between the waste household appliance recycling enterprises and the waste household appliance recycling stations are greatly enhanced; realizing win-win effect; the attractive force to the recycling stations of all waste home appliances is increased, and the goods supply source is rapidly expanded; the competitiveness of waste household appliance recycling enterprises in the area can be greatly improved; the problem that the existing management mode of waste household appliance recycling enterprises has poor enterprise competition effect is solved.
Early warning analysis is carried out according to the warehousing variation curve, so that a waste household appliance recycling enterprise is helped to quickly know the recycling condition of each waste household appliance recycling station and the competitiveness in each waste household appliance recycling station; when the acquisition amount is abnormal, the acquisition amount can be found in time, and the acquisition amount has enough time to conduct investigation and price adjustment.
Through setting up the pricing module, the old and useless household electrical appliances recycling enterprises's of being convenient for give full play to the effect of historical acquisition data, keep pricing advantage, the economic benefits of the old and useless household electrical appliances recycling enterprises of furthest guarantee.
Drawings
In order to more clearly illustrate the embodiments of the invention or the technical solutions in the prior art, the following description will briefly explain the drawings used in the embodiments or the description of the prior art, and it is obvious that the drawings in the following description are only some embodiments of the invention, and that other drawings can be obtained according to these drawings without inventive effort to a person skilled in the art.
FIG. 1 is a schematic block diagram of the present invention;
FIG. 2 is a schematic block diagram of a dot end of the present invention;
FIG. 3 is a workflow diagram of a pricing module of the present invention.
Detailed Description
The technical solutions of the present invention will be clearly and completely described in connection with the embodiments, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
As shown in fig. 1 to 3, an enterprise management system for recycling waste home appliances comprises a website end, a display module and an enterprise management module;
the network point end is provided for each waste household appliance recycling station by a waste household appliance recycling enterprise and is used for intelligent recycling management of each waste household appliance recycling station; because the current waste household appliance recycling stations are basically built around each cell by individuals, the waste household appliances recycling stations are convenient for recycling the waste household appliances of the surrounding groups; therefore, most of waste household appliance recycling stations record waste products in a manual mode, the recording content is extremely simple, and only the total recycling amount and the delivery amount of the current day are generally recorded; most of the data are recorded in a note mode, so that the data are not easy to modify and are easy to lose; therefore, the waste household appliance recycling enterprises provide network point ends for the cooperative waste household appliance recycling stations to use, the connection between the waste household appliance recycling enterprises and the waste household appliance recycling stations is greatly enhanced, after authorization is obtained, real-time recycling data of the waste household appliance recycling stations can be known in real time, communication management between the waste household appliance recycling enterprises and the waste household appliance recycling stations is facilitated, such as related data including pricing, warehousing time, warehousing quantity and the like, so that the waste household appliance recycling enterprises can know about the rough warehousing condition of the waste household appliances before the waste household appliance recycling stations deliver goods, recycling management is facilitated for the waste household appliance recycling enterprises, and storage is allocated in time.
The network point end is used for the use of each waste household appliance recycle bin and comprises an information input module, a data management module and a transmission module;
the information input module is used for inputting recovery information of the waste household appliances, such as household appliance types, brands, weights, sellers, dates and other related information, by staff of the waste household appliance recovery station; the type and the number of the information items to be input can be specifically adjusted in the actual application process, and the information items are adjustable.
The seller information sets corresponding recording conditions according to actual conditions, for example, for sellers who frequently sell waste home appliances, detailed information of the sellers can be recorded on the premise of permission; for the only one and two selling, the tourist number can be used for recording, because for the waste household appliance recycling station, a plurality of selling people which are relatively fixed are generally used for selling.
For example, the seller Wang Mou sells the waste household appliances to the waste household appliance recycling station, the worker finds Wang Mou information in the information input module, clicks Wang Mou information, automatically records the current time, inputs information such as household appliance types and brands, and for weighing types, can adopt manual input, and can directly acquire and record the corresponding weight if the corresponding weighing system can be docked; automatically calculating corresponding prices according to a preset price calculation method; after the end, the sales record is saved under Wang Mou.
The data management module is used for managing record data of the waste household appliance recycle bin in real time, identifying corresponding selling records in real time, and counting the current day acquisition data in real time according to the obtained selling records; displaying the counted purchase data to staff of the waste household appliance recycling station in real time; the corresponding data management mode is specifically preset according to the actual situation to manage, so that the required data management functions of the waste household appliance recycling station are fewer, and the corresponding data management functions can be realized through the prior art.
The transmission module is used for transmitting corresponding data to be transmitted, such as related delivery data of expected delivery quantity, type composition, time and the like, by the waste household appliance recycle bin; and according to the communication result between the waste household appliance recycling station and the waste household appliance recycling enterprise, determining which data in the data management module can be sent to the waste household appliance recycling enterprise, for example, the recycling amount of each household appliance type can be transmitted, the corresponding pricing rule, the information of the seller and the like are not sent, and the data are specifically set according to the communication result and marked as dynamic statistical data.
In one embodiment, since there are numerous waste home appliance recycling stations on the market, it is impossible for a waste home appliance recycling enterprise to provide a network end for each waste home appliance recycling station; the manual screening is performed by the staff of the waste household appliance recycling enterprises, so that the burden of the staff of the waste household appliance recycling enterprises is greatly increased, and the efficiency is low; therefore, in this embodiment, a plurality of waste home appliance recycling stations are firstly screened through intelligent analysis, and the screened waste home appliance recycling stations are recommended to the staff to be determined again, so that the workload of the staff is greatly reduced; the specific method comprises the following steps:
calibrating a radiation area by a waste household appliance recycling enterprise, and setting according to the service area range of the waste household appliance recycling enterprise; identifying each waste household appliance recycling station in the radiation area, and marking the waste household appliance recycling station as a station to be selected; marking cooperation with a waste household appliance recycling enterprise in the station to be selected as a recommending station;
the purchase amount of each remaining station to be selected is estimated, the approximate purchase amount can be obtained from multiple channels, and the corresponding average value is calculated as the purchase amount of the station to be selected.
Marking the position of a waste household appliance recycling enterprise as P, marking the position of a station to be selected as Ps, and using d (P, ps) to represent the distance from the waste household appliance recycling station to the station to be selected; calculating corresponding correction coefficients；
Wherein A is a preset value set by a waste household appliance recycling enterprise and is generally 15, and the waste household appliance recycling enterprise can also adjust the value;
according to the recommended formulaCalculating a corresponding recommended value PK, wherein SL is the purchase quantity corresponding to the station to be selected; marking each station to be selected with the recommended value larger than the threshold value X1 as a recommended station; and sending each recommended station to staff for auditing, determining target stations after auditing, communicating with each target station by relevant operators and the like, and determining waste household appliance recycling stations which need to be supplied to the network site end.
The display module is used for summarizing and displaying transmission data corresponding to each waste household appliance recycling station, establishing a corresponding data display scheme according to a display mode with each network point end and a waste household appliance recycling enterprise, and displaying real-time transmission data according to the set data display scheme.
Exemplary: the data display scheme is that a statistics column/statistics page corresponding to each network point end is set, dynamic statistics data in transmission data are displayed in real time in the statistics column/statistics page corresponding to the waste household appliance recycling station, when the waste household appliance recycling station needs to carry out delivery, the transmission data comprise delivery data, the obtained delivery data are correspondingly displayed in the statistics column/statistics page, and corresponding staff are prompted; and the ratio between the recovery and delivery amounts corresponding to the waste household appliance recovery stations can be set according to the needs, and the relevant data such as delivery time, delivery amount, estimated warehouse entry amount, estimated expense cost and the like of the waste household appliance recovery stations are counted.
The enterprise management module is used for carrying out data management on waste household appliance recycling enterprises and comprises a basic functional unit and a recycling scheduling analysis functional unit.
The basic functional unit comprises functions required by various old household appliance recycling enterprises in the existing old household appliance recycling enterprise system;
exemplary, as basic information: this section includes management of manager information, customer information, vendor information, waste category and waste information. The enterprise can record the basic information of staff, clients, suppliers and various wastes in detail, and is convenient for subsequent business operation. Acquisition information: relates to the warehouse entry of waste products and a warehouse entry registration report. When new waste is put in storage, the system can automatically record information such as storage time, manager, type and quantity of the waste and the like. Sales information: covering sales outlets and sales outlet registration reports. When selling and delivering, the system records the delivering time, the information of the manager and the purchasing party, and the type and the number of the waste products. In addition, a sales outlet report is generated, so that enterprises can check sales conveniently. Inventory management: the current inventory details including the quantity, price and other information of various wastes can be updated in real time. Meanwhile, the information related to supplier supply details, period warehouse entry, manager warehouse entry inquiry, customer shipment details, period warehouse exit, manager warehouse exit inquiry and the like can be inquired. Profit statistics: the profit of various wastes is counted, including class profit statistics, total profit statistics during period and profit statistics during client period. This may help businesses better understand the business situation and provide data support for decisions.
Therefore, the basic functional units will not be described in detail.
The recovery scheduling analysis functional unit is used for carrying out recovery analysis by combining the transmission data of the network point end, and for the current existing waste household appliance recovery enterprise management system, the real-time dynamic data of the waste household appliance recovery station cannot be obtained, and the system does not have a corresponding function; therefore, in order to realize recovery analysis of the transmission data of the network point end, the invention is provided with a recovery scheduling analysis functional unit, and the working process is as follows:
the method comprises the steps of identifying transmission data displayed in a display module in real time, generating a time warehousing table according to the obtained transmission data, wherein the time warehousing table is generated according to delivery data in the transmission data, identifying the types and the numbers of all waste household appliances, calculating corresponding arrival time according to delivery time, and further estimating warehousing time; and the corresponding warehousing time is estimated according to the type and the quantity of each waste household appliance; the warehousing time and the warehousing time can be estimated and calculated by the existing calculation method; generating a time warehousing table similar to a cross-road graph according to the acquired warehousing time and warehousing time spent;
carrying out warehousing analysis according to the obtained time warehousing table, and judging whether abnormal warehousing exists or not; and carrying out corresponding processing according to whether the storage is abnormal or not.
The abnormal warehouse-in judgment is carried out from two angles:
1. the warehouse entry time conflicts: the identification event is judged by having the warehousing conflict time and combining the warehousing time and the corresponding warehousing spending time, and can be intuitively identified according to the time warehousing table; when no warehouse-in time conflict exists, judging that abnormal warehouse-in corresponding to the warehouse-in time conflict exists; if the warehouse-in time conflicts exist, judging according to the corresponding type and quantity of the waste household appliances and the simultaneous compatible content of the waste household appliance recycling enterprises, judging whether the waste household appliances can be recycled simultaneously, and if the waste household appliances can be recycled simultaneously, not storing the waste household appliances abnormally, wherein the warehouse-in time conflicts correspond to the abnormal warehouse-in; if the recovery cannot be carried out simultaneously, judging that abnormal warehouse entry corresponding to the conflict of warehouse entry time exists.
The treatment measures are as follows: if the abnormal warehouse entry corresponding to the conflict of the warehouse entry time exists, the worker of the waste household appliance recycling enterprise is warned, the worker is coordinated with the waste household appliance recycling station in time, the warehouse entry efficiency can be improved by adding manual modes and the like, the warehouse entry sequence of the waste household appliances corresponding to the conflict types can be adjusted, the abnormal warehouse entry can be processed by adopting various modes, and the influence of the abnormal warehouse entry is reduced.
2. The storage quantity conflict is judged according to the continuous storage, the delivery and the upper storage limit, whether the situation that the upper storage limit is exceeded or not is judged, if not, abnormal storage corresponding to the storage quantity conflict is not generated, and if so, abnormal storage corresponding to the storage quantity conflict is judged.
The treatment measures are as follows: if the abnormal warehouse entry corresponding to the warehouse entry conflict exists, early warning is carried out on staff of a waste household appliance recycling enterprise, a warehouse entry plan is timely adjusted, and the warehouse entry sequence of the waste household appliances corresponding to the stock exceeding type is adjusted.
The specific abnormal warehousing treatment measures can be preset according to actual conditions.
The intelligent management of the waste household appliance recycling enterprises is realized through the mutual coordination among the network point end, the display module and the enterprise management module, so that the connection and data intercommunication between the waste household appliance recycling enterprises and the waste household appliance recycling stations are greatly enhanced; realizing win-win effect; the attractive force to the recycling stations of all waste home appliances is increased, and the goods supply source is rapidly expanded; the competitiveness of waste household appliance recycling enterprises in the area can be greatly improved; the problem that the existing management mode of waste household appliance recycling enterprises has poor enterprise competition effect is solved.
In one embodiment, as the display module has the transmission data of the waste household appliance recycling station, the type and the number of the recycled waste household appliances corresponding to the waste household appliance recycling enterprises and the type and the number of the waste household appliances corresponding to the warehouse entry can be displayed, so that the warehouse entry ratio corresponding to each waste household appliance type is calculated, and the warehouse entry ratio = warehouse entry amount/recycling amount; displaying the calculated warehouse-in ratio in a display module; the waste household appliance recycling enterprises preset early warning values corresponding to the types of the waste household appliances, namely, the early warning is carried out after the early warning values are lower than a certain ratio, and the waste household appliance recycling enterprises are set according to the actual conditions of corresponding waste household appliance recycling stations and can be adjusted in real time;
calculating a change value corresponding to each waste household appliance type according to a formula change value = warehouse-in ratio-early warning value, generating a warehouse-in change curve corresponding to each waste household appliance type of the waste household appliance recycle bin, and marking abnormal coordinates with each change value lower than 0 in the warehouse-in change curve; performing early warning analysis according to the warehousing change curve, presetting corresponding early warning standards, and generally performing early warning when abnormal coordinates continuously appear for 3-7 times; the method can also analyze according to the change trend of the warehouse-in change curve, specifically can apply the current various curve situations, prediction and other modes to perform early warning analysis, and when the early warning standard is reached, early warning is performed to corresponding management staff; the emergency treatment is carried out by the manager, and the purchase price of the waste household appliance type is generally not competitive, so that the manager is required to analyze whether the price adjustment is required.
Early warning analysis is carried out according to the warehousing variation curve, so that a waste household appliance recycling enterprise is helped to quickly know the recycling condition of each waste household appliance recycling station and the competitiveness in each waste household appliance recycling station; when the acquisition amount is abnormal, the acquisition amount can be found in time, and the acquisition amount has enough time to conduct investigation and price adjustment.
In one embodiment, in the operation of the current waste household appliance recycling enterprises, when the waste household appliance recycling enterprises want to purchase some kinds of waste household appliances in a short time, few measures can be taken, and the effect is not proportional to the payment; the system can perfectly solve the problem, and can directly adjust the price of the corresponding waste household appliance type because the system is directly communicated with each waste household appliance recycling station, and the adjusted price is displayed in each website end, so that quick propaganda and acquisition are realized; in the daily purchasing process, the recovery stations of the waste household appliances can also know the purchasing price of the waste household appliances in real time; the existing big data and pricing system can be combined, and an acquisition price can be intelligently set according to the large amount of data accumulated in the system and the acquisition amount of additional demands; the purchase price can be set according to a large amount of accumulated data in a manual mode, so that the recorded function of a large amount of data can be fully played.
And according to the accumulated large amount of historical acquisition data, intelligent pricing of various waste household appliances can be performed, the existing big data analysis technology is fully utilized, pricing is performed according to the relation between acquisition price and acquisition amount, and the recovery enterprise benefit of the waste household appliances is increased.
The method comprises the steps of analyzing a large amount of accumulated historical purchase data by utilizing the prior art, determining a relationship curve between the purchase amount and the purchase price of each waste household appliance type, and correcting relationship requirements according to the purchase data generated in real time; the method is used for determining the corresponding acquisition amount according to the target price or determining the corresponding acquisition price according to the target acquisition amount; if a corresponding price analysis model is established based on a CNN network or a DNN network and the like, a corresponding training set is established in a manual mode to train, the training set comprises the types of waste household appliances, purchase price and purchase amount, and a plurality of curve points are obtained through analysis of the price analysis model after successful training, so as to form a relation curve; and setting the acquisition price according to the obtained relation curve.
For example, obtaining a selling price of the waste household appliance recycling enterprises for each waste household appliance type, wherein the selling price is the price sold by the waste household appliance recycling enterprises, the selling price is marked as Qci, i represents each waste household appliance type, i=1, 2, … …, n, and n is a positive integer;
defining the acquisition price of the waste household appliance recycling enterprises for each waste household appliance type as xi;
defining the acquisition amount of each waste household appliance type as Li, and marking the acquisition additional cost as Gci, namely setting the acquisition additional cost by a waste household appliance recycling enterprise according to the related additional cost such as labor cost, storage cost, transportation cost and the like of the acquisition amount;
the profit function of the waste household appliance recycling enterprises is:
the method comprises the steps of carrying out a first treatment on the surface of the Lmax is the maximum storage capacity of the recycling enterprises of the waste household appliances.
And determining the purchase price of each waste household appliance type corresponding to the maximum profit value according to the profit function and the relation curve.
Through setting up the pricing module, the old and useless household electrical appliances recycling enterprises's of being convenient for give full play to the effect of historical acquisition data, keep pricing advantage, the economic benefits of the old and useless household electrical appliances recycling enterprises of furthest guarantee.
The technical content not disclosed in the pricing module can be replaced by the prior art, such as pricing according to big data.
The above formulas are all formulas with dimensions removed and numerical values calculated, the formulas are formulas which are obtained by acquiring a large amount of data and performing software simulation to obtain the closest actual situation, and preset parameters and preset thresholds in the formulas are set by a person skilled in the art according to the actual situation or are obtained by simulating a large amount of data.
The above embodiments are only for illustrating the technical method of the present invention and not for limiting the same, and it should be understood by those skilled in the art that the technical method of the present invention may be modified or substituted without departing from the spirit and scope of the technical method of the present invention.
Claims (8)
1. The enterprise management system for recycling the waste home appliances is characterized by comprising a network point end, a display module and an enterprise management module;
the network point end is provided for the waste household appliance recycling station by the waste household appliance recycling enterprise and is used for counting the purchase data of the waste household appliance by the waste household appliance recycling enterprise and sending corresponding transmission data to the waste household appliance recycling enterprise, wherein the transmission data comprises delivery data and dynamic statistics data;
the display module is used for summarizing and displaying transmission data corresponding to each waste household appliance recycle bin and displaying the transmission data in real time according to a preset data display scheme;
the enterprise management module is used for carrying out data management on waste household appliance recycling enterprises and comprises a basic functional unit and a recycling scheduling analysis functional unit;
the basic functional unit comprises various basic management functions;
the recovery scheduling analysis functional unit is used for carrying out recovery analysis by combining transmission data of the network point end, identifying the transmission data displayed in the display module in real time, generating a time warehousing table according to the transmission data, carrying out warehousing analysis according to the time warehousing table, and judging whether abnormal warehousing exists or not, wherein the abnormal warehousing comprises two abnormal warehousing types corresponding to warehousing time conflict and warehousing quantity conflict respectively; and when the abnormal warehouse entry exists, processing according to a preset processing scheme according to the corresponding abnormal warehouse entry type.
2. The system for recycling and managing waste home appliances according to claim 1, wherein the network node comprises an information input module, a data management module and a transmission module;
the information input module is used for inputting recovery information for recovering the waste household appliances by workers in the waste household appliance recovery station to form corresponding selling records;
the data management module is used for managing each selling record of the waste household appliance recycling station in real time;
the transmission module is used for transmitting transmission data corresponding to the transmission need by the waste household appliance recycling station, carrying out real-time data acquisition according to a preset dynamic statistical data range and transmitting the acquired dynamic statistical data to a waste household appliance recycling enterprise; and acquiring delivery data set by the waste household appliance recycling station, and integrating and marking the delivery data and the dynamic statistical data as transmission data.
3. The system according to claim 2, wherein the method for determining the list of waste home appliance recycling sites for supplying the network site comprises:
marking a radiation area of a waste household appliance recycling enterprise, and identifying each station to be selected in the radiation area; marking cooperation with a waste household appliance recycling enterprise in the station to be selected as a recommending station;
screening the rest stations to be selected, and determining corresponding recommended stations; and sending the obtained information of each recommended station to staff of the waste household appliance recycling enterprises, determining a target station by the staff, and determining a waste household appliance recycling station list at the supply network end according to the communication result with the target station.
4. A waste home appliance recycling enterprise management system as claimed in claim 3, wherein the method for screening the remaining stations to be selected comprises:
estimating the purchase quantity remained, and marking as SL;
marking the position of a waste household appliance recycling enterprise as P, marking the position of a station to be selected as Ps, and using d (P, ps) to represent the distance from the waste household appliance recycling station to the station to be selected; calculating corresponding correction coefficients；
Wherein A is a preset value; according to the recommended formulaAnd calculating a corresponding recommended value PK, and marking each station to be selected with the recommended value larger than the threshold value X1 as a recommended station.
5. The system according to claim 1, wherein the system performs early warning analysis on the warehouse-in data of each waste household appliance type of each waste household appliance recycle bin through the recycle schedule analysis function unit;
calculating a warehouse-in ratio corresponding to each waste household appliance type of the waste household appliance recycling station according to the display data of the display module, wherein the warehouse-in ratio=warehouse-in amount/recycling amount; acquiring early warning values corresponding to the warehousing ratios; calculating a change value corresponding to each waste household appliance type, wherein the change value=warehouse-in ratio-early warning value;
generating a warehouse-in change curve corresponding to the type of the waste household appliance according to each change value, and marking abnormal coordinates with each change value lower than 0 in the warehouse-in change curve;
and carrying out early warning analysis according to the warehouse-in change curve, carrying out early warning on corresponding management personnel according to early warning results, and carrying out adjustment decision on purchase prices of corresponding waste household appliances by the management personnel.
6. The system of claim 1, further comprising a pricing module, wherein the pricing module is configured to set purchase prices corresponding to the types of the waste home appliances by the waste home appliance recycling enterprise, and send the set purchase prices to each website end for display.
7. The system according to claim 6, wherein the historical purchase data is referred to during purchase price setting.
8. The system for managing recycling enterprises of waste home appliances as set forth in claim 7, wherein the method for setting up the purchase price comprises:
establishing a relation curve between the type acquisition amount and the acquisition price of each waste household appliance according to the historical acquisition data;
obtaining the acquisition amount of the waste household appliance recycling enterprises for each waste household appliance type, inputting the obtained acquisition amount as a target acquisition amount into a corresponding relation curve for matching, and obtaining the corresponding acquisition price.
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