A bean sprout benefit chain shared sale application system and method

Abstract

The application discloses a bean sprout benefit chain sharing sale application system and method, which comprises a main system application module, and an agent system module and a gas station system module are connected with the main system application module, a distributor system module is connected with the agent system module, a member end system module is connected with the main system application module, the member end system module is connected with the agent system module, the distributor system module and the gas station system module, and a water shortage alarm system module is connected with the main system application module. The price design module is designed to design the price of the zero-addition bean sprout, effectively free flows for supermarkets and gas stations, makes the manufacturers obtain reasonable profits, makes the consumers obtain free goods or even higher returns than the original goods through the software system, makes all the participants obtain profits, and improves the shopping enthusiasm of customers.

Description

Technical Field

[0001] This invention relates to the field of promotion, customer acquisition, and retention technology, specifically to a bean sprout profit chain sharing sales application system and method. Background Technology

[0002] Bean sprouts sold in the market should be the freshest vegetables, but now they have to travel long distances, be transported for a long time, and be stored for a long time before they reach consumers' tables. However, the equipment and technology for zero-additive bean sprouts are still struggling.

[0003] The sale of additive-free bean sprouts faces fierce market competition. They lack price advantages, appearance advantages, and production volume advantages. Therefore, the market urgently needs a new sales model that benefits merchants, consumers, producers, and gas stations, enabling each participant to obtain different profits.

[0004] However, there are pain points for all parties involved in the entire additive-free bean sprout supply chain:

[0005] (1) Equipment manufacturers: The equipment cost is high, about 3 times that of ordinary bean sprout addition equipment, so it has no price advantage and is difficult to promote.

[0006] (2) For equipment users, the investment is large, the output of additive-free bean sprouts is low, the appearance is poor and they have no competitive advantage over ordinary bean sprouts, facing huge investment risks.

[0007] (3) For product sellers, additive-free bean sprouts have poor appearance and high prices, but their good taste makes them difficult for consumers to accept. If the seller is a supermarket, due to severe competition, their biggest pain point is the lack of traffic, and they invest heavily in promotional activities with little effect.

[0008] (4) Gas stations are facing severe internal competition, and the rise of trolleybuses has led to a serious shortage of their passenger flow.

[0009] (5) Since its inception, the development of digital root-controlled physical bean sprout equipment has been slow, which is caused by a variety of factors. Among them, the functionality of the equipment has an important impact on its development, and its safety and the instability of operating data are particularly prominent. Summary of the Invention

[0010] The purpose of this invention is to provide a shared sales application system and method for bean sprouts, addressing the challenges raised in the background: For equipment manufacturers, the high cost of the equipment (approximately three times that of ordinary bean sprout additive equipment) results in a lack of price advantage and difficulty in promotion; for equipment users, the large investment leads to low yields of additive-free bean sprouts, poor appearance, and a lack of competitive advantage compared to ordinary bean sprouts, resulting in significant investment risks; for product sellers, the poor appearance and high price of additive-free bean sprouts, despite their good taste, make them difficult for consumers to accept. Supermarkets, facing intense competition, currently suffer from a lack of customer traffic, with large investments in promotional activities yielding minimal results. Gas stations also face intense competition, with the rise of electric vehicles leading to severely insufficient customer traffic. The slow development of digital root-controlled physical bean sprout equipment is due to various factors, with the functionality of the equipment having a significant impact, particularly its safety and unstable operational data.

[0011] To achieve the above objectives, the present invention provides the following technical solution: a bean sprout profit chain shared sales application system, comprising a zero-additive bean sprout profit chain shared sales application system, wherein the zero-additive bean sprout profit chain shared sales application system includes a sales system and a zero-additive bean sprout control system, the sales system includes a main system application module, the main system application module is connected to an agent system module and a gas station system module, the agent system module is connected to a distributor system module, the main system application module is connected to a member terminal system module, the member terminal system module establishes data connections with the agent system module, the distributor system module and the gas station system module, and the zero-additive bean sprout control system includes an automatic watering module, a water shortage alarm module, an automatic temperature and humidity detection module and a magnetic automatic drainage control module. The system comprises an automatic watering module and a magnetic drainage root control device. The magnetic drainage root control device automatically opens during automatic watering and automatically closes after watering, ensuring the bean sprouts grow in a relatively enclosed and stable space. This creates an environment unfavorable to the growth of fibrous roots, thus controlling their growth. The automatic watering module also works in conjunction with an automatic temperature and humidity detection module. Based on the growth habits of the additive-free bean sprouts and their different growth stages, the module provides timely and appropriate watering, cooling, and warming, creating a temperature and humidity environment unfavorable to fibrous root growth. This combination of automatic watering, automatic temperature and humidity detection, and magnetic drainage root control achieves the goal of controlling bean sprout roots without the addition of hormones, realizing zero-additive bean sprouts.

[0012] As a preferred embodiment of the present invention, the main system application module includes a multimodal data collection module. The multimodal data collection module is connected to a data preprocessing module, an algorithm analysis module, and a market forecasting module. The data preprocessing module establishes data connections with the algorithm analysis module and the market forecasting module. The market forecasting module is connected to a price design module, a commission processing module, a development and upgrade module, and a data sharing module. The price design module establishes data connections with the commission processing module and the data sharing module. The data preprocessing module includes a filtering module, a denoising module, and a normalization module. The filtering module establishes data connections with the denoising module and the normalization module. The algorithm analysis module includes a data synthesis module, an algorithm calculation module, a curve generation module, and a model optimization module. The data synthesis module establishes data connections with the algorithm calculation module, the curve generation module, and the model optimization module.

[0013] As a preferred technical solution of the present invention, the agent system module includes a login verification module and a partner module. The login verification module is connected to a product distribution module, a commission processing module, a commission details module and a data aggregation module. The product distribution module is connected to the commission processing module, and the commission details module is connected to the data aggregation module. The partner module includes a seller module, an equipment user module and an equipment provider module.

[0014] As a preferred technical solution of the present invention, the distributor system module includes a distributor login module, which is connected to a zero-additive bean sprout sales module, a distribution QR code verification module, a distribution commission receiving module, and a revenue details module. The zero-additive bean sprout sales module is connected to the distribution QR code verification module, and the distribution commission receiving module is connected to the revenue details module.

[0015] As a preferred embodiment of the present invention, the gas station system module includes a gas station login module, which includes a fuel nozzle selection module, a gas station verification module, a platform subsidy module, and a consumption details module. The fuel nozzle selection module establishes a data connection with the gas station verification module, and the platform subsidy module establishes a data connection with the consumption details module.

[0016] As a preferred technical solution of the present invention, the member terminal system module includes a registration and login module, which is connected to a member recharge module, a coupon distribution module, a shopping recommendation module, a prize quiz module, a blind cashback module, and a redemption code generation module. The member recharge module establishes a data connection with the coupon distribution module and the redemption code generation module.

[0017] As a preferred technical solution of the present invention, the water shortage alarm module includes a water tank, a water level float, a signal line and a siphon cotton. The water level float is installed above the water tank, the siphon cotton extends into the water tank, the signal line is installed on the water level float and is connected to an alarm. The magnetic automatic drainage root control device includes a valve body and a cover. The cover is located on the top of the valve body and a magnetic pad is provided on the inner side of the cover.

[0018] When the machine malfunctions and the water spraying is interrupted, the water in the tank will continuously drop due to the siphon effect of the siphon cotton. After a certain period of time, the water level will drop to a certain level, the water level float will sink, the signal line will be connected, and the alarm will be triggered to remind maintenance personnel to deal with the situation in time and avoid unnecessary losses. This changes the shortcomings of the original temperature alarm system, which had a large alarm temperature setting due to the large fluctuation of heat production values ​​at different growth stages of bean sprouts, resulting in untimely alarms.

[0019] The part with external threads at the bottom of the valve body connects directly to the connection port of the main unit. It has a freely movable cover with a magnetic pad inside the cover, which can be attracted to the magnetic pad on the valve body. When the system is watered, the water pressure causes the magnetic automatic drainage root control device to drain automatically. After drainage, the magnetic automatic drainage root control device closes automatically due to magnetic force, making the bean sprout growth environment relatively stable and effectively controlling the growth of bean sprout fibrous roots.

[0020] The present invention discloses a method for using a bean sprout profit chain sharing sales application system, comprising the following steps:

[0021] Step 1: User Login and Identity Verification: Login verification for different user terminals is completed through the login verification module, distributor login module, refueling login module, and registration login module, and the permissions for different user terminals are modified through the main system application module;

[0022] Step Two: Market Analysis and Pricing: The market forecasting module summarizes the current sales situation of additive-free bean sprouts, and the pricing module designs the price of additive-free bean sprouts so that all participants can benefit.

[0023] Step 3: Membership Top-up and Discount Issuance: Complete the membership upgrade for ordinary users through the membership top-up module, and issue coupons according to the set discount levels;

[0024] Step 4: Shopping and Coupon Redemption: The coupons are redeemed through the distribution QR code scanning module, and the agent system module and distributor system module receive commission payments.

[0025] Step 5: Fuel Consumption and Subsidy Distribution: The fuel coupon is used through the fuel redemption module, enabling the gas station system module to receive the subsidy.

[0026] Step Six: Data Sharing and Upgrade Development: The current sales situation is shared through the data sharing module, and unreasonable amounts are modified in real time. The system is further developed and upgraded through the upgrade development module.

[0027] As a preferred embodiment of the present invention, step two specifically involves collecting current market data through a multimodal data collection module, processing the collected data through a data preprocessing module, filtering the data through a filtering module to effectively suppress and prevent interference in the data signal, ensuring the authenticity and validity of the data, reducing the proportion of interference in useful data through digital filtering, improving the authenticity of the data, denoising the data through a denoising module to effectively improve the performance and robustness of the data model, improve data feature extraction, eliminating dimensional differences between different features through a normalization module to make each feature value comparable, ensuring that the model training will not be biased due to different feature value ranges, uniformly focusing on all features, avoiding certain features from dominating model training due to excessively large values, thereby improving the prediction accuracy and stability of the model. After completing the data preprocessing, the data is processed through an algorithm analysis module, the data is summarized through a data synthesis module, and the data is calculated and analyzed through an algorithm calculation module. The algorithm adopts multimodal fusion. Deep neural networks effectively integrate data from different sensors or in different formats, and automatically learn high-level abstract features of the data to achieve multimodal data fusion. This effectively improves the accuracy and reliability of information, enhances the system's understanding and reasoning capabilities, significantly improves system performance and security, and optimizes operational and marketing strategies through advanced data analysis and prediction tools. It also enhances the system's market application prospects and functionality by integrating and reasonably predicting different data, providing automated services for subsequent system operation. After calculation, the results are optimized through curve generation and model optimization modules, and future results are predicted through a market prediction module. The pricing module sets the amount for zero-additive bean sprouts, the fee processing module sets the data amounts for different user terminals, the membership recharge amount and coupon amount, the commission amount for agents and distributors, and the subsidy amount and single-use refueling amount for gas stations, ensuring that all participants benefit.

[0028] As a preferred technical solution of the present invention, step three specifically involves recharging through the membership recharge module to complete the membership upgrade for ordinary users, selecting coupons through the coupon distribution module, choosing a combination of fuel coupons and product coupons, generating the required product codes, and setting the amounts of both fuel coupons and product coupons through the handling fee processing module. After completion, another product code will be generated, and store recommendations will be provided for different coupons. Once a user has a fuel coupon, the nearest gas station will be displayed, and the selection is not limited to a specific gas station. Within the same region, the coupon amount is uniform across gas stations, but the fuel amount varies between different gas stations. The shopping recommendation module further optimizes the selection process. The system recommends different merchants and stores based on their discounts and offers, and comprehensively analyzes the discount amount and the items the member intends to purchase. It then lists recommended stores in a comprehensive ranking for the member to view the information, select the appropriate store, and make a purchase. This allows members to quickly process coupons. After a top-up is completed, a blind cashback module applies. This means that for each member who successfully tops up, the second to eleventh members each contribute x% of their top-up amount to the first member, the third to twelfth members each contribute x% to the second member, and so on, in a cyclical manner. Each member receives a cashback bonus. As a surprise, after the blind return period ends, a quiz game will be held to increase the fun of the event. Members who successfully recharge can participate in the quiz on the system's redirect page. Members can choose the question category according to their expertise, and after completing the quiz, the system will reward them with a red envelope based on their score. The reward amount will be drawn from the member's subsequent recharges, increasing the fun of the event. Members will learn some life tips from the event and receive red envelope rewards, increasing their enthusiasm for recharging. When a member successfully recharges 100 times, the system will prompt the member to claim the corresponding event gift pack. A redemption code will be generated through the redemption code generation module, and the gift pack will be delivered offline. The number of times a member can claim and recharge is set by the system. The gift package amount is y yuan, and the amount can be set as needed. In order to motivate members to participate and distributors to promote and expand their customer base, when a regular member recharges w yuan, the regular member is upgraded to a senior member. Senior members are entitled to immediately claim the gift package. In addition, the system generates an extra discount coupon (for supermarket products) for each x yuan recharge. Senior members can use the coupon to enjoy a certain amount of discount on the cost price of the products. In this way, the gift package that regular members used to need to recharge 100 times can be claimed immediately and enjoyed in advance. At the same time, w yuan is returned to the member after 100 x yuan recharges in the form of a discount card.

[0029] As a preferred technical solution of the present invention, step six specifically involves sharing the current sales situation through the data sharing module, comparing the sales situation of the current market with that of the optimized system, resetting the amount for zero-addition bean sprouts with negative sales, modifying unreasonable amounts in real time, reserving interfaces for the mini-program through the development and upgrade module, making it flexible and easy to upgrade and develop later, simulating and monitoring the functions in real time, and upgrading and improving the parts with problems in a timely manner.

[0030] Compared with the prior art, the beneficial effects of the present invention are:

[0031] 1. This invention includes a pricing module that designs the price of additive-free bean sprouts, effectively attracting customers to supermarkets and gas stations for free, allowing manufacturers to obtain reasonable profits, and enabling consumers to obtain free goods or even higher returns than the original goods through this software system. This benefits all parties involved and increases customers' shopping enthusiasm.

[0032] 2. The system includes a membership processing module that allows users to receive different quantities and amounts of gift coupons and gas coupons for different recharge amounts. It also allows setting the quantity of coupons that can be used per transaction, enabling users to receive various free gifts after becoming members, thus increasing customer shopping enthusiasm. After deducting relevant handling fees and subsidies for gas stations, the remaining amount is set as commission for agents or distributors, increasing the income of manufacturers and merchants, and also increasing staff turnover at gas stations, further boosting their revenue and ensuring profits for all parties involved.

[0033] 3. The system includes a blind return module and a prize quiz module. After a member successfully recharges, the blind return module provides a return of the recharge amount. This means that for each member who successfully recharges, the second to eleventh members each contribute x% of their recharge amount to the first member, the third to twelfth members each contribute x% to the second member, and so on, in a continuous cycle. Each member receives a surprise. After the blind return ends, a prize quiz module provides a mini-game to increase the fun of the activity. Members who successfully recharge can participate in the prize quiz on the system's redirected page. Members choose the question category based on their expertise, and after completing the quiz, the system awards a red envelope reward based on the member's score. The reward amount is drawn from subsequent members' recharges, increasing the enjoyment of the activity. Members learn some life tips and receive red envelope rewards, increasing their enthusiasm for recharging.

[0034] 4. By setting the values ​​for recharge amount, fuel coupon amount, product code amount, and gift package amount, consumer members are transformed from consumers who spend money to consumers who profit, greatly stimulating their consumption desire and solving the most fundamental end-consumer problem that has long plagued the development of the additive-free bean sprout industry. In this way, gas stations, equipment manufacturers, producers, sellers, and consumers all become beneficiaries, forming a virtuous cycle of profit chain. Attached Figure Description

[0035] Figure 1 This is a system diagram of the present invention;

[0036] Figure 2 This is a sales system diagram of the present invention;

[0037] Figure 3 This is a schematic diagram of the architecture of the main system application module of the present invention;

[0038] Figure 4 This is a schematic diagram of the architecture of the data preprocessing module of the present invention;

[0039] Figure 5 This is a schematic diagram of the architecture of the algorithm analysis module of the present invention;

[0040] Figure 6 This is a schematic diagram of the architecture of the agent system module of the present invention;

[0041] Figure 7 This is a schematic diagram of the architecture of the partner module of the present invention;

[0042] Figure 8 This is a schematic diagram of the architecture of the distributor system module of the present invention;

[0043] Figure 9 This is a schematic diagram of the architecture of the gas station system module of the present invention;

[0044] Figure 10 This is a schematic diagram of the architecture of the member-side system module of the present invention;

[0045] Figure 11 This is a schematic diagram of the architecture of the zero-addition bean sprout control system of the present invention;

[0046] Figure 12 This is a schematic diagram of the water shortage alarm module of the present invention;

[0047] Figure 13 This is a schematic diagram of the magnetic suction automatic drainage and root control device of the present invention;

[0048] Figure 14 This is a flowchart of the method of the present invention.

[0049] In the diagram: 1. Main System Application Module; 11. Multimodal Data Collection Module; 12. Data Preprocessing Module; 121. Filtering Module; 122. Noise Reduction Module; 123. Normalization Module; 13. Algorithm Analysis Module; 131. Data Synthesis Module; 132. Algorithm Calculation Module; 133. Curve Generation Module; 134. Model Optimization Module; 14. Market Forecasting Module; 15. Price Design Module; 16. Fee Processing Module; 17. Development and Upgrade Module; 18. Data Sharing Module; 2. Agent System Module; 21. Login Verification Module; 22. Product Distribution Module; 23. Commission Processing Module; 24. Commission Details Module; 25. Data Aggregation Module; 26. Partner Module; 261. Seller Module; 262. Equipment User Module; 263. Equipment Provider Module; 3. Distributor System Module; 31. Distributor Login Module; 32. Zero-Additive Bean Sprout Sales Module; 33. 34. Distribution QR code verification module; 35. Distribution commission collection module; 4. Revenue details module; 5. Gas station system module; 41. Gas station login module; 42. Fuel nozzle selection module; 43. Gas station verification module; 44. Platform subsidy module; 45. Consumption details module; 5. Membership system module; 51. Registration and login module; 52. Member recharge module; 53. Coupon distribution module; 54. Shopping recommendation module; 55. Quiz module; 56. Redemption code module. Generation Module; 57. Blind Return Module; 6. Zero Additive Bean Sprout Profit Chain Shared Sales Application System; 7. Sales System; 8. Zero Additive Bean Sprout Control System; 81. Automatic Watering Module; 82. Water Shortage Alarm Module; 821. Water Tank; 822. Water Level Float; 823. Signal Line; 824. Siphon Cotton; 825. Alarm; 83. Automatic Temperature and Humidity Detection Module; 84. Magnetic Automatic Drainage and Root Control Device; 841. Valve Body; 842. Cover; 843. Magnetic Pad. Detailed Implementation

[0050] The technical solutions of the present invention will be clearly and completely described below with reference to the embodiments of the present invention. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative effort are within the scope of protection of the present invention.

[0051] Please see Figure 1-14This invention provides a bean sprout profit chain shared sales application system, including a zero-additive bean sprout profit chain shared sales application system 6. The zero-additive bean sprout profit chain shared sales application system 6 includes a sales system 7 and a zero-additive bean sprout control system 8. The sales system 7 includes a main system application module 1, which is connected to an agent system module 2 and a gas station system module 4. The agent system module 2 is connected to a distributor system module 3. The main system application module 1 is connected to a member terminal system module 5, which establishes data connections with the agent system module 2, the distributor system module 3, and the gas station system module 4. The zero-additive bean sprout control system 8 includes an automatic watering module 81, a water shortage alarm module 82, an automatic temperature and humidity detection module 83, and a magnetic automatic drainage root control device 84. The automatic watering module 81... The automatic watering module 81 works in conjunction with the magnetic drainage root control device 84. The magnetic drainage root control device 84 automatically opens during automatic watering and automatically closes after watering is complete, allowing the bean sprouts to grow in a relatively enclosed and stable space. This creates an environment unfavorable to the growth of fibrous roots, thus controlling the growth of the bean sprouts' fibrous roots. The automatic watering module 81 and the automatic temperature and humidity detection module 83 work together to provide timely and appropriate watering, cooling, and warming based on the growth habits of the zero-additive bean sprouts and their temperature and moisture requirements at different growth stages. This creates a temperature and humidity environment unfavorable to the growth of fibrous roots, thereby controlling their growth. Through the coordinated operation of the automatic watering module 81, the automatic temperature and humidity detection module 83, and the magnetic drainage root control device 84, the goal of controlling the fibrous roots of bean sprouts without adding hormones is achieved, realizing zero-additive bean sprouts.

[0052] The main system application module 1 includes a multimodal data collection module 11. Data preprocessing module 12, algorithm analysis module 13, and market forecasting module 14 are connected to the multimodal data collection module 11. Data preprocessing module 12 establishes data connections with algorithm analysis module 13 and market forecasting module 14. Market forecasting module 14 is connected to a price design module 15, commission processing module 16, development and upgrade module 17, and data sharing module 18. Price design module 15 establishes data connections with commission processing module 16 and data sharing module 18. The data preprocessing module 12 includes a filtering module 121, a denoising module 122, and a normalization module 123. The filtering module 121 establishes a data connection with the denoising module 122 and the normalization module 123. The algorithm analysis module 13 includes a data synthesis module 131, an algorithm calculation module 132, a curve generation module 133, and a model optimization module 134. The data synthesis module 131 establishes a data connection with the algorithm calculation module 132, the curve generation module 133, and the model optimization module 134.

[0053] Agent system module 2 includes login verification module 21 and partner module 26. Login verification module 21 has data connections to product distribution module 22, commission processing module 23, commission details module 24 and data aggregation module 25. Product distribution module 22 establishes a data connection with commission processing module 23, and commission details module 24 establishes a data connection with data aggregation module 25. Partner module 26 includes seller module 261, equipment user module 262 and equipment provider module 263.

[0054] The distributor system module 3 includes a distributor login module 31. The distributor login module 31 has data connections to the zero-addition bean sprout sales module 32, the distribution QR code verification module 33, the distribution commission receiving module 34, and the income details module 35. The zero-addition bean sprout sales module 32 establishes a data connection with the distribution QR code verification module 33, and the distribution commission receiving module 34 establishes a data connection with the income details module 35.

[0055] Gas station system module 4 includes a gas station login module 41, which includes a fuel nozzle selection module 42, a gas station verification module 43, a platform subsidy module 44, and a consumption details module 45. The fuel nozzle selection module 42 establishes a data connection with the gas station verification module 43, and the platform subsidy module 44 establishes a data connection with the consumption details module 45.

[0056] The member-side system module 5 includes a registration and login module 51. The registration and login module 51 is connected to a member recharge module 52, a coupon distribution module 53, a shopping recommendation module 54, a prize quiz module 55, a blind cashback module 57, and a redemption code generation module 56. The member recharge module 52 establishes a data connection with the coupon distribution module 53 and the redemption code generation module 56.

[0057] The water shortage alarm module 82 includes a water tank 821, a water level float 822, a signal line 823, and a siphon cotton 824. The water level float 822 is installed above the water tank 821, the siphon cotton 824 extends into the water tank 821, the signal line 823 is installed on the water level float 822, and the signal line 823 is connected to an alarm 825. The magnetic automatic drainage root control device 84 includes a valve body 841 and a cover 842. The cover 842 is located on the top of the valve body 841, and a magnetic pad 843 is provided on the inner side of the cover 842.

[0058] The water shortage alarm module 82 includes a water tank 821, a water level float 822, a signal line 823, and a siphon cotton 824. When the machine malfunctions and the water spraying is interrupted, the water in the water tank will continuously drop due to the siphon effect generated by the siphon cotton 824. After a certain period of time, the water level float 822 will sink, the signal line 823 will be connected, and the alarm 825 will be triggered to issue an alarm, reminding maintenance personnel to deal with the situation in time and avoid unnecessary losses. This changes the shortcomings of the original temperature alarm system, which had a large alarm temperature setting value due to the large fluctuation of heat production values ​​at different growth stages of bean sprouts, resulting in untimely alarms.

[0059] The magnetic automatic drainage root control device 84 includes a valve body 841 and a cover 842. The bottom of the valve body 841 has an external thread that can be connected to the interface of the main unit. It has a freely movable cover 842. The inside of the cover 842 has a magnetic pad 843, which can be attracted to the magnetic pad 843 on the valve body 841. When the system is watered, the water pressure causes the magnetic automatic drainage root control device 84 to drain automatically. After the drainage is completed, the magnetic automatic drainage root control device 84 automatically closes due to the magnetic force, so that the bean sprout growth environment is relatively stable and the growth of bean sprout fibrous roots is effectively controlled.

[0060] The present invention discloses a method for using a bean sprout profit chain sharing sales application system, comprising the following steps:

[0061] Step 1: User Login and Identity Verification: Login verification for different user terminals is completed through login verification module 21, distributor login module 31, refueling login module 41 and registration login module 51, and the permissions of different user terminals are modified through main system application module 1.

[0062] Step 2, Market Analysis and Pricing: The market forecasting module 14 summarizes the current sales situation of additive-free bean sprouts in the market, and the pricing module 15 designs the price of additive-free bean sprouts so that all participants can benefit.

[0063] Step 3: Membership Top-up and Discount Issuance: Complete the membership upgrade for ordinary users through the membership top-up module 52, and issue coupons according to the set discount levels;

[0064] Step 4: Shopping and Coupon Redemption: The coupon is used through the distribution QR code redemption module 33, and the agent system module 2 and the distributor system module 3 receive commissions.

[0065] Step 5, Fuel Consumption and Subsidy Distribution: The fuel coupon is used through the fuel redemption module 43, so that the gas station system module 4 receives the subsidy distribution;

[0066] Step Six: Data Sharing and Upgrade Development: The current sales situation is shared through the data sharing module 18, and unreasonable amounts are modified in real time. The system is further developed and upgraded through the development and upgrade module 17.

[0067] Step two specifically involves collecting current market data through the multimodal data collection module 11, processing the collected data through the data preprocessing module 12, filtering the data through the filtering module 121 to effectively suppress and prevent interference in the data signal, ensuring the authenticity and validity of the data, reducing the proportion of interference in useful data through digital filtering, and improving the authenticity of the data through the denoising module 122 to denoise the data, effectively improving the performance and robustness of the data model and improving data feature extraction, and eliminating the dimensional differences between different features through the normalization module 123 to make each feature value comparable, ensuring that the model training will not be biased due to different feature value ranges, and evenly focusing on all features to avoid certain features dominating model training due to excessively large values, thereby improving the prediction accuracy and stability of the model. After completing the data preprocessing, the data is processed through the algorithm analysis module 13, the data is summarized through the data synthesis module 131, and the data is calculated and analyzed through the algorithm calculation module 132. The algorithm adopts multimodal fusion deep neural network. The network effectively integrates data from different sensors or in different forms, and uses deep neural networks to automatically learn the high-level abstract features of the data, thereby achieving multimodal data fusion. This effectively improves the accuracy and reliability of information, enhances the system's understanding and reasoning capabilities, significantly improves the system's performance and security, and optimizes operational and marketing strategies through advanced data analysis and prediction tools. This effectively improves the system's market application prospects and enhances its functionality. By integrating different data and making reasonable predictions, it provides automated services for the subsequent operation of the system. After calculation, the results are optimized through the curve generation module 133 and the model optimization module 134. The market prediction module 14 predicts future results, and the price design module 15 sets the amount for zero-addition bean sprouts. The handling fee processing module 16 sets the data amount for different user terminals, sets the member recharge amount and coupon amount, sets the commission amount for agents and distributors, and sets the subsidy amount and single-use refueling amount for gas stations, so that all participants can benefit.

[0068] Step three involves topping up through the membership recharge module 52 to upgrade a regular user's membership. Then, through the coupon distribution module 53, a coupon is selected, choosing a combination of fuel coupons and product coupons. The required product codes are generated, with the amounts of both fuel coupons and product coupons set through the handling fee module 16. After completion, another product code is generated, and store recommendations are provided for different coupons. Once a fuel coupon is available, the nearest gas station is displayed, not limited to a specific station. Within the same region, the coupon amount is uniform across gas stations, but the fuel amount varies between different gas stations. The shopping recommendation module 54 then recommends different merchants. The system recommends stores based on their discounts and offers, and comprehensively analyzes the discount amount and the items to be purchased. It then lists recommended stores in a comprehensive ranking for members to view the information, select the appropriate store, and make their purchase. This allows members to quickly process coupons. After recharge, a blind rebate module (57) applies, where the second to eleventh members each contribute x% of their recharge amount to the first member, the third to twelfth members each contribute x% to the second member, and so on, in a continuous cycle. Each member receives a surprise reward. After the promotion ends, a quiz game will be held via module 55 to increase the fun of the activity. Members who successfully recharge can participate in the quiz on the system's redirected page. Members can choose the question category based on their expertise, and after completing the quiz, the system will award a red envelope reward based on the member's score. The reward amount will be drawn from the member's subsequent recharges, increasing the enjoyment of the activity. Members will learn some life tips from the activity and receive red envelope rewards, increasing their enthusiasm for recharging. When a member successfully recharges 100 times, the system will prompt the member to claim the corresponding activity gift pack. A redemption code will be generated through module 56, and the gift will be given offline. The number of times a member can recharge is set by the system. The gift package amount is y yuan, and the amount can be set as needed. In order to motivate members to participate and distributors to promote and expand their customer base, when a regular member recharges w yuan, the regular member is upgraded to a senior member. Senior members are entitled to receive the gift package immediately. In addition, the system generates an extra discount coupon for supermarket goods with each x yuan recharge. Senior members can enjoy a certain amount of discount on goods at cost price with the coupon. In this way, the gift package that regular members used to need to recharge 100 times can be received immediately and enjoyed in advance. At the same time, w yuan is returned to the member after 100 x yuan recharges in the form of a discount card.

[0069] Step six specifically involves sharing the current sales situation through the data sharing module 18, comparing the sales situation of the current market with that of the optimized system, resetting the amount for zero-addition bean sprouts with negative sales, modifying unreasonable amounts in real time, reserving interfaces for the mini program through the development and upgrade module 17, making it flexible for future upgrades and development, simulating and monitoring functions in real time, and upgrading and improving any problematic parts in a timely manner.

[0070] In this invention, login verification is first completed through login verification module 21, distributor login module 31, refueling login module 41, and registration login module 51 for different user terminals. The permissions of different user terminals are then modified through the main system application module 1. After login, the main system application module 1 collects current market data through multimodal data collection module 11, processes the collected data through data preprocessing module 12, and filters the data through filtering module 121 to effectively suppress and prevent interference in the data signal, ensuring the authenticity and validity of the data. Digital filtering reduces the proportion of interference in useful data, improving data authenticity. Finally, denoising module 122 denoises the data. To improve the performance and robustness of the data model and enhance data feature extraction, the normalization module 123 eliminates dimensional differences between different features, making feature values ​​comparable and ensuring that model training is not biased due to different feature value ranges. It evenly focuses on all features, preventing certain features from dominating model training due to excessively large values, thereby improving the model's prediction accuracy and stability. After data preprocessing, the algorithm analysis module 13 processes the data, the data synthesis module 131 summarizes the data, and the algorithm calculation module 132 performs calculations and analysis. The algorithm employs a multimodal fusion deep neural network to effectively integrate data from different sensors or different forms, and utilizes deep neural networks for automatic learning. By leveraging the high-level abstract characteristics of data, multimodal data fusion is achieved, effectively improving the accuracy and reliability of information, enhancing the system's understanding and reasoning capabilities, significantly improving system performance and security, and optimizing operational and marketing strategies through advanced data analysis and prediction tools. This effectively enhances the system's market application prospects and improves its functionality. Different data are integrated and reasonably predicted, providing automated services for subsequent system operation. After calculation, the results are optimized through curve generation module 133 and model optimization module 134, future results are predicted through market prediction module 14, and the price design module 15 sets the amount for zero-addition bean sprouts. The handling fee module 16 processes different user terminals. The system sets data amounts, membership recharge limits, coupon amounts, commission rates for agents and distributors, and subsidy amounts and single-use refueling limits for gas stations, ensuring benefits for all participants. Users upgrade from ordinary users to members through the membership recharge module 52 on the member-side system module 5. Recharging W yuan makes them members, who immediately receive a gift package. Each subsequent recharge of X yuan generates a supermarket discount coupon, which can be used to enjoy shopping discounts. The gift package includes either a product coupon or a refueling discount coupon. The coupon distribution module 53 allows users to select coupons, choosing a combination of refueling and product coupons, generating the required product codes. Upon completion, another product code is generated, and store recommendations are provided for different coupons.The shopping recommendation module 54 recommends different merchants and stores with varying discounts, taking into account factors such as distance, discount amount, and desired purchases. It then lists recommended stores in a comprehensive ranking for members to view, select, and make purchases at suitable stores, facilitating quick coupon processing. After recharging, the module 55 offers a quiz game to increase engagement. Members who successfully recharge are redirected to the quiz page where they can choose a question category based on their expertise. The system randomly selects a multiple-choice or true / false question for the user to answer. If a member chooses incorrectly, the system provides hints and another chance to answer. Members are given a maximum of three chances to choose. After a correct choice, the system provides a complete explanation of the information. Upon completion of the Q&A, members receive a bonus (red envelope) drawn from subsequent member recharges. 2% of the recharge amounts from the next 10 members is also drawn as a bonus. The amount and percentage are modified through the main system application module 1, effectively increasing the fun of the activity. Members learn some everyday knowledge and receive bonus rewards, increasing their recharge motivation. After 100 successful recharges, the system prompts members to claim a corresponding activity gift pack. A redemption code is generated through the redemption code generation module 56, and the gift pack is claimed offline. The number of redemptions is set by the system, and users can redeem the gift pack offline by visiting the selected store. The bean sprout shopping and coupon usage are handled as follows: Distributor System Module 3 sells additive-free bean sprouts through Zero-Additive Bean Sprout Selling Module 32 and verifies customer purchases via QR code scanning and verification module 33. Coupons are automatically applied and verified during member payment. After verification, commissions are collected via Distributor Commission Receiving Module 34. Both distributor and agent commissions are issued by the main system application module 1. Members can view their commission details via Revenue Details Module 35. Agent System Module 2 sets up distributors via Product Distribution Module 22. Distributors can be supermarkets or other places requiring customer traffic, but are not limited to supermarkets or other places requiring customer traffic. Commission processing module 23 processes the system... Commissions are distributed and collected centrally. The commission details module 24 allows users to view the commission details for distributors and members. The main system application module 1 displays the commission details for distributors and members, and the data aggregation module 25 summarizes these details, generating daily and monthly reports. Simultaneously, users can use fuel coupons at system-recommended refueling locations. Through the fuel nozzle selection module 42 on the gas station system module 4, users select the fuel nozzle number and fuel type, then choose the amount, add the corresponding gas station coupon, and make payment. The fuel verification module 43 scans the member's payment code, automatically verifying the fuel coupon upon scanning (the coupon must be automatically verified after the member completes payment at the gas station).If automatic verification fails, gas stations will not be able to redeem their subsidies, leading to secondary subsidies from the platform (but the gas stations will not suffer any loss). After completion, subsidies are claimed through the platform subsidy module 44, and transaction details are viewed through the consumption details module 45. The system sets a minimum withdrawal amount for gas stations, requiring backend confirmation before withdrawal. The main system application module 1 sets the amount of fuel coupons used by gas stations through the handling fee module 16, with different discounts set for different gas stations based on their circumstances. During system use, the main system application module 1 shares current sales data through the data sharing module 18, comparing the current market sales with the optimized system's sales data. For zero-addition bean sprouts with negative sales, the amount is reset, and unreasonable amounts are modified in real time. The development and upgrade module 17 reserves interfaces for the mini-program, allowing for dynamic implementation and facilitating future upgrades and development. Real-time simulation monitoring of functions is conducted, and any problematic parts are promptly upgraded and improved.

[0071] By designing the recharge amount, fuel coupon amount, and merchandise coupon amount, we can achieve the goal of consumers getting goods for free. When we add a gift package, we can achieve the effect of consumers getting free goods while also making a profit. The order of the various coupons and gift packages is the preferred order in this case, or it can be arranged according to needs.

[0072] The seller module 261 allows consumers to pre-charge w yuan through the consumer membership portal and receive more than twice the amount of goods and discounts compared to the pre-charged amount w. At the same time, the seller obtains sales membership and permanently receives a continuous stream of free traffic, solving their pain points of difficulty in sales and customer acquisition. In this way, the seller becomes a sales partner.

[0073] Module 262, Equipment User: The equipment manufacturer invests in the equipment and obtains the right to use the equipment for free, as well as the qualification to join the platform and become an agent, gaining a fixed sales channel. It is said to be a zero-risk investment, making them a production partner.

[0074] Equipment provider module 263 provides start-up capital for the project and obtains a continuous stream of profits from the platform through the subsequent sales of the manufactured products;

[0075] The biggest feature of the consumer membership is that by setting the values ​​of recharge amount, fuel coupon amount, product code amount, and gift package amount in this system, consumer members are transformed from consumers who spend money to consumers who profit from it. This greatly stimulates consumers' desire to consume and solves the most fundamental end-consumer problem that has long plagued the development of the additive-free bean sprout industry.

[0076] In this way, gas stations, equipment suppliers, producers, sellers, and consumers all become beneficiaries, forming a virtuous cycle of interests. This will greatly promote the healthy development of the additive-free bean sprout industry, drive a vigorous green revolution in the entire bean sprout industry, and make an indelible contribution to the food safety and health of consumers.

[0077] A good model should have both commercial and social value. This system is different from some e-commerce platforms, which severely damage the real economy, cause more unemployment, cause price involution, severely imbalance the distribution of the entire profit chain, and cause the quality of goods to decline.

[0078] The application of this model minimizes the risk of ordinary people starting a business and increases their enthusiasm for entrepreneurship. If it is popularized nationwide, it is conservatively estimated to create 1 million jobs, promote the development of the real economy, and allow a large number of consumers to eat healthy and safe additive-free bean sprouts. Its social value is immeasurable.

[0079] The zero-additive bean sprout control system 8 includes an automatic watering module 81, a water shortage alarm module 82, an automatic temperature and humidity detection module 83, and a magnetic automatic drainage root control device 84;

[0080] The automatic watering module 81 and the magnetic drainage root control device 84 work together. When watering is automatic, the magnetic drainage root control device 84 opens automatically and closes automatically after watering is finished. This allows the bean sprouts to grow in a relatively closed and stable space, creating an environment that is not conducive to the growth of fibrous roots and thus controlling the growth of fibrous roots.

[0081] The automatic watering module 81 and the automatic temperature and humidity detection module 83 work together to provide timely and appropriate watering, cooling and warming to the bean sprouts according to their growth habits and temperature and moisture requirements at different growth stages. This allows the bean sprouts to grow in a temperature and humidity environment that is not conducive to the growth of fibrous roots, thereby achieving the purpose of controlling fibrous roots.

[0082] Through the cooperation of the automatic watering module 81, the automatic temperature and humidity detection module 83, and the magnetic drainage root control device 84, the goal of controlling the root hairs of bean sprouts without adding hormones is achieved, thus realizing zero additives in bean sprouts.

[0083] The water shortage alarm module 82 includes a water tank 821, a water level float 822, a signal line 823, and a siphon cotton 824. When the machine malfunctions and the water spraying is interrupted, the water in the water tank will continuously drop due to the siphon effect generated by the siphon cotton 824. After a certain period of time, the water level float 822 will sink, the signal line 823 will be connected, and the alarm 825 will be triggered to issue an alarm, reminding maintenance personnel to deal with the situation in time and avoid unnecessary losses. This changes the shortcomings of the original temperature alarm system, which had a large alarm temperature setting value due to the large fluctuation of heat production values ​​at different growth stages of bean sprouts, resulting in untimely alarms.

[0084] The magnetic automatic drainage root control device 84 includes a valve body 841 and a cover 842. The bottom of the valve body 841 has an external thread that can be connected to the interface of the main unit. It has a freely movable cover 842. The inside of the cover 842 has a magnetic pad 843, which can be together with the magnetic pad 843 on the valve body 841. When the system is watered, the water pressure causes the magnetic automatic drainage root control device 84 to drain automatically. After the drainage is completed, the magnetic automatic drainage root control device 84 automatically closes due to the magnetic force, so that the bean sprout growth environment is relatively stable and the growth of bean sprout fibrous roots is effectively controlled.

[0085] Although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art can still modify the technical solutions described in the foregoing embodiments or make equivalent substitutions for some of the technical features. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A bean sprout profit chain sharing sales application system, comprising a zero-additive bean sprout profit chain sharing sales application system (6), characterized in that: The zero-additive bean sprout profit chain sharing sales application system (6) includes a sales system (7) and a zero-additive bean sprout control system (8). The sales system (7) includes a main system application module (1). The main system application module (1) is connected to an agent system module (2) and a gas station system module (4). The agent system module (2) is connected to a distributor system module (3). The main system application module (1) is connected to a member terminal system module (5). The member terminal system module (5) establishes a data connection with the agent system module (2), the distributor system module (3), and the gas station system module (4). The zero-additive bean sprout control system (8) includes an automatic watering module (81), a water shortage alarm module (82), an automatic temperature and humidity detection module (83), and a magnetic automatic drainage root control device (84).

2. The bean sprout profit chain sharing sales application system according to claim 1, characterized in that: The main system application module (1) includes a multimodal data collection module (11). The multimodal data collection module (11) is connected to a data preprocessing module (12), an algorithm analysis module (13), and a market forecasting module (14). The data preprocessing module (12) establishes a data connection with the algorithm analysis module (13) and the market forecasting module (14). The market forecasting module (14) is connected to a price design module (15), a commission processing module (16), a development and upgrade module (17), and a data sharing module (18). The price design module (15) is connected to the commission processing module (16) and the data sharing module (18). The data preprocessing module (12) establishes a data connection. The data preprocessing module (12) includes a filtering module (121), a denoising module (122), and a normalization module (123). The filtering module (121) establishes a data connection with the denoising module (122) and the normalization module (123). The algorithm analysis module (13) includes a data synthesis module (131), an algorithm calculation module (132), a curve generation module (133), and a model optimization module (134). The data synthesis module (131) establishes a data connection with the algorithm calculation module (132), the curve generation module (133), and the model optimization module (134).

3. The bean sprout profit chain sharing sales application system according to claim 1, characterized in that: The agent system module (2) includes a login verification module (21) and a partner module (26). The login verification module (21) is connected to a product distribution module (22), a commission processing module (23), a commission details module (24), and a data aggregation module (25). The product distribution module (22) is connected to the commission processing module (23), and the commission details module (24) is connected to the data aggregation module (25). The partner module (26) includes a seller module (261), an equipment user module (262), and an equipment provider module (263).

4. The bean sprout profit chain sharing sales application system according to claim 1, characterized in that: The distributor system module (3) includes a distributor login module (31). The distributor login module (31) is connected to a zero-additive bean sprout sales module (32), a distribution QR code verification module (33), a distribution commission receiving module (34), and a revenue details module (35). The zero-additive bean sprout sales module (32) is connected to the distribution QR code verification module (33), and the distribution commission receiving module (34) is connected to the revenue details module (35).

5. The bean sprout profit chain sharing sales application system according to claim 1, characterized in that: The gas station system module (4) includes a gas station login module (41). The gas station login module (41) includes a fuel nozzle selection module (42), a gas station verification module (43), a platform subsidy module (44), and a consumption details module (45). The fuel nozzle selection module (42) establishes a data connection with the gas station verification module (43), and the platform subsidy module (44) establishes a data connection with the consumption details module (45).

6. The bean sprout profit chain sharing sales application system according to claim 1, characterized in that: The member terminal system module (5) includes a registration and login module (51). The registration and login module (51) is connected to a member recharge module (52), a coupon distribution module (53), a shopping recommendation module (54), a prize quiz module (55), a blind return module (57), and a redemption code generation module (56). The member recharge module (52) establishes a data connection with the coupon distribution module (53) and the redemption code generation module (56).

7. The bean sprout profit chain sharing sales application system according to claim 1, characterized in that: The water shortage alarm module (82) includes a water tank (821), a water level float (822), a signal line (823), and a siphon cotton (824). The water level float (822) is installed above the water tank (821), and the siphon cotton (824) extends into the water tank (821). The signal line (823) is installed on the water level float (822) and is connected to an alarm (825). The magnetic automatic drainage root control device (84) includes a valve body (841) and a cover (842). The cover (842) is located on the top of the valve body (841), and a magnetic pad (843) is provided on the inner side of the cover (842).

8. A method of using a bean sprout profit chain sharing sales application system according to any one of claims 1-7, characterized in that, Includes the following steps: Step 1: User Login and Identity Verification: Login verification for different user terminals is completed through the login verification module (21), distributor login module (31), refueling login module (41) and registration login module (51), and the permissions of different user terminals are modified through the main system application module (1); Step 2, Market Analysis and Pricing: The current sales situation of additive-free bean sprouts in the market is summarized through the market forecasting module (14), and the price of additive-free bean sprouts is designed through the price design module (15) so that all participants can benefit; Step 3, Membership Top-up and Discount Issuance: Complete the membership upgrade for ordinary users through the membership top-up module (52), and issue coupons according to the set discount level; Step 4, Shopping and Coupon Redemption: The coupon is used through the distribution QR code redemption module (33), and the agent system module (2) and the distributor system module (3) receive commissions. Step 5, Fuel Consumption and Subsidy Distribution: The fuel coupon is used through the fuel verification module (43), so that the gas station system module (4) can receive the subsidy distribution; Step 6: Data sharing and upgrade development: The current sales situation is shared through the data sharing module (18), and unreasonable amounts are modified in real time. The system is further developed and upgraded through the development and upgrade module (17).

9. The method of using the bean sprout profit chain sharing sales application system according to claim 8, characterized in that: Step two specifically involves collecting current market data through a multimodal data collection module (11), processing the collected data through a data preprocessing module (12), filtering the data through a filtering module (121) to effectively suppress and prevent interference in the data signal, ensuring the authenticity and validity of the data, reducing the proportion of interference in useful data through digital filtering, improving the authenticity of the data, denoising the data through a denoising module (122) to effectively improve the performance and robustness of the data model and improve data feature extraction, eliminating the dimensional differences between different features through a normalization module (123) to make each feature value comparable, ensuring that the model training will not be biased due to different feature value ranges, uniformly focusing on all features, avoiding some features from dominating model training due to excessively large values, thereby improving the prediction accuracy and stability of the model, processing the data through an algorithm analysis module (13) after data preprocessing, summarizing the data through a data synthesis module (131), and calculating and analyzing the data through an algorithm calculation module (132). The algorithm adopts multimodal fusion. Deep neural networks effectively integrate data from different sensors or in different forms, and automatically learn the high-level abstract features of the data to achieve the fusion of multimodal data, effectively improving the accuracy and reliability of information, enhancing the system's understanding and reasoning ability, significantly improving the system's performance and security, and optimizing operation and marketing strategies through advanced data analysis and prediction tools, effectively improving the system's market application prospects and enhancing the system's functionality. They integrate different data and make reasonable predictions to provide automated services for the subsequent operation of the system. After the calculation is completed, the results are optimized through the curve generation module (133) and the model optimization module (134). The future results are predicted through the market prediction module (14), and the amount of zero-addition bean sprouts is set through the price design module (15). The data amount of different user terminals is set through the handling fee processing module (16), the recharge amount of members and the amount of coupons are set, and the commission amount of agents and distributors is set. The subsidy amount of gas stations and the amount of refueling per use are set, so that different participants can all benefit.

10. The method of using the bean sprout profit chain sharing sales application system according to claim 8, characterized in that: The third step specifically involves recharging through the member recharge module (52) to complete the membership upgrade for ordinary users. The coupon distribution module (53) is used to select coupons, choosing the form of fuel coupons plus commodity coupons, and generating the required commodity codes. The amounts of fuel coupons and commodity coupons are set through the handling fee processing module (16). After completion, another commodity code will be generated, and store recommendations will be made for different coupons. After having fuel coupons, the nearest gas station will be displayed, and it is not limited to a certain gas station. The coupon amount is the same for gas stations in the same area, but the fuel amount is different for different gas stations. The shopping recommendation module (54) recommends different merchants and stores and discounts, and comprehensively measures and uses the discount amount and the items to be purchased to conduct a comprehensive analysis, listing the recommended stores for members according to the comprehensive ranking. Members can view the information, view the recommended store information, and select the appropriate store to consume, which makes it convenient for members to quickly process coupons. After the recharge is completed, the blind return module is used to process the coupons. (57) Blind recharge amount is carried out. Blind recharge means that when a member recharges successfully, the second to eleventh members after him each contribute x% of the recharge amount to the first member, the third to twelfth members each contribute x% of the recharge amount to the second member, and so on, and so on. Each member will receive a surprise. After the blind recharge ends, a question and answer game is carried out through the prize question and answer module (55) to increase the fun of the activity. For members who have successfully recharged, they can participate in the question and answer section on the prize question and answer page that the system redirects. Members choose the category of the question according to their own area of ​​expertise. After completing the question and answer, the system will give the member a red envelope reward based on the score obtained by the member. The reward amount is drawn from the subsequent members' recharges to increase the fun of the activity. Members learn some life tips from the activity and receive red envelope rewards, which increases the members' enthusiasm for recharging. When a member successfully recharges 100 times, the system prompts the member to receive the corresponding activity gift pack. The redemption code is generated through the redemption code generation module (56) and the gift pack is received offline. The number of recharges is set by the system.

11. The method of using the bean sprout profit chain sharing sales application system according to claim 8, characterized in that: Step six specifically involves sharing the current sales situation through the data sharing module (18), comparing the sales situation of the current market with that of the optimized system, resetting the amount for zero-addition bean sprouts with negative sales, modifying unreasonable amounts in real time, reserving interfaces for the mini-program through the development and upgrade module (17), making it more flexible and facilitating future upgrades and development, simulating and monitoring the functions in real time, and upgrading and improving problematic parts in a timely manner.

Images