A data trading system for the sales, supply, and distribution of egg products

Abstract

The present invention relates to the technical field of online sales pipe data systems, and specifically discloses a data trading system for the sales, supply and distribution of egg products, which relates to the technical field of intelligent medical assistance systems. The system includes an order subsystem, a product subsystem and a financial subsystem that are communicatively connected to a user subsystem, as well as a procurement terminal for a procurement person to log in to the user subsystem, a sales terminal for a salesperson to log in to the user subsystem, a supply terminal device for a supplier to log in to the user subsystem, and a storage warehouse with an inventory management subsystem and several warehousing transfer vehicles for storing egg products. It can provide a simple order placement method for the buyer, and at the same time provide a new type of trading intelligent solution for suppliers and producers to automatically match and freely select orders, as well as centralized order resources.

Description

Technical Field

[0001] The present invention relates to the technical field of online sales management data systems, and more specifically to a data trading system for the sales, supply, and distribution of egg products. Background Art

[0002] For non-staple food products such as egg products with a short shelf life, short trading cycle, and high logistics requirements, under the existing trading rules, they are basically based on the traditional offline trading mode, which is a direct goods-monetization transaction. Even for wholesale, it is the production manufacturer or goods dealer who contacts the order and then produces, picks up the goods, and directly ships them through logistics. Such a trading method is based on the characteristics of egg products themselves. Therefore, the market circulation and scale will be restricted, which greatly affects the market scale and the flow and utilization of market information. It is not conducive to the market development of egg products and also affects the optional range of consumers.

[0003] Although the online economy has become active nowadays, neither manufacturers nor suppliers can still get rid of the limitations of personal consultation-based order corresponding to stockpiling and production. The order sources are single. Similarly, purchasers also need to understand the market supply situation first before they can find the source of goods to place an order. The cycle of comparing goods and negotiating prices is long, and the time cost is also high.

[0004] Therefore, there is an urgent need in the market for a new type of intelligent trading solution that can provide a simple order placement method for purchasers, and at the same time provide suppliers and producers with the ability to automatically match and freely select orders, as well as centralized order resources, to meet the current market demand and thus enable the healthy development of the egg product market. Summary of the Invention

[0005] The purpose of the present invention is to provide a new type of intelligent trading solution that can provide a simple order placement method for purchasers, and at the same time provide suppliers and producers with the ability to automatically match and freely select orders, as well as centralized order resources, aiming at the deficiencies of the existing technology and overcoming the shortcomings of the existing technology.

[0006] The purpose of the present invention is achieved through the following technical solutions:

[0007] A data trading system for the sales, supply, and distribution of egg products, characterized in that it includes an order subsystem, a product subsystem, and a financial subsystem that are communicatively connected to a user subsystem, as well as a procurement terminal for purchasers to log in to the user subsystem, a sales terminal for salespersons to log in to the user subsystem, a supply terminal device for suppliers to log in to the user subsystem, and a storage warehouse with an inventory management subsystem and a number of warehousing transfer carriers for storing egg products;

[0008] The purchaser logs in to the user subsystem through the procurement terminal, generates and sends a purchase order including egg product type, purchase price, purchase quantity, purchase time, delivery address information, etc. to the order subsystem. At the same time, purchase product information corresponding to the purchase order is generated in the product subsystem;

[0009] The seller logs in to the user subsystem through the sales terminal, queries and selects to undertake the purchase order from the order subsystem, and generates a pick-up note including egg product type, purchase price, purchase quantity, purchase time, delivery address information, etc. according to the undertaken purchase order and uploads it to the order subsystem. At the same time, sales product information corresponding to the pick-up note is generated in the product subsystem;

[0010] The supplier logs in to the user subsystem through the supply terminal device, queries and requests to rent available storage spaces and storage transport vehicles in the storage warehouse. Then, the supplier uses the rented storage transport vehicle to deliver the egg products offline to the rented storage space in the storage warehouse and synchronously updates the storage information of the inventory management subsystem. At the same time, a vehicle order with corresponding egg product information is generated in the product subsystem;

[0011] The product subsystem matches the purchase product information and the sales product information, as well as the sales product information and the vehicle order, and sends the matching result to the order subsystem. The order subsystem generates a transaction according to the matching result and sends it to the financial subsystem. The financial subsystem generates charges for the purchaser and the seller according to the corresponding ones in the transaction and sends them to the purchaser and the seller respectively through the procurement terminal and the sales terminal. After the purchaser and the seller complete the payment, the financial subsystem feeds back the payment information to the order subsystem, and the order subsystem notifies the storage warehouse to deliver the goods to the corresponding purchaser.

[0012] Preferably, the supplier logs in to the user subsystem through the supply terminal device. After querying and selecting to undertake the pick-up note in the order subsystem, the supplier queries and requests to rent available storage spaces and storage transport vehicles in the storage warehouse according to the pick-up note. Then, the supplier uses the rented storage transport vehicle to deliver the egg products corresponding to the pick-up note offline to the rented storage space in the storage warehouse and updates the information to the inventory management subsystem.

[0013] Or, the seller logs in to the user subsystem through the sales terminal, accesses the product subsystem to query and select the vehicle order, and produces corresponding sales product information according to the egg product information in the vehicle order.

[0014] Or, the seller logs in to the user subsystem through the sales terminal, accesses the product subsystem to query and select the sales product information, and produces corresponding purchase product information according to the egg product information in the sales product information.

[0015] The said egg product information includes egg product type, quantity, price, and production date.

[0016] Preferably, after the financial subsystem generates a charge for the seller according to the corresponding transaction, it sends it to the seller through the said sales terminal. The seller selects the corresponding purchase order to be undertaken for confirmation and feeds it back to the financial subsystem. Then, the financial subsystem generates a charge request for the buyer of the corresponding purchase order according to the confirmation information of the seller and sends it to the buyer through the said purchase terminal. After the buyer makes payment to the financial subsystem, the financial subsystem feeds back the payment information to the seller. After the seller makes payment to the financial subsystem, the financial subsystem feeds back the payment information to the order subsystem, and the order subsystem notifies the storage warehouse to deliver goods to the corresponding buyer.

[0017] Furthermore, the financial subsystem generates charges for both the buyer and the seller according to the corresponding transaction, and at the same time generates deferred payment options for both the buyer and the seller. If the buyer and the seller choose deferred payment, the financial subsystem will make payments on behalf of them to the seller and the supplier and complete the payment, and calculate interest according to the amount of the payment on behalf.

[0018] Specifically, the said deferred payment options include deferred time, deferred amount, and deferred interest.

[0019] The said user subsystem includes a user permission management unit. The buyer, seller, and supplier register with the said user subsystem through the external procurement terminal, sales terminal, and supply terminal devices and upload qualification certification documents.

[0020] Preferably, the said warehousing and transportation carriers include trucks, containers, pallets, and trailers.

[0021] The external procurement terminal, sales terminal, and supply terminal devices are mobile phones or tablets with WeChat mini-program functions.

[0022] Compared with the prior art, the above technical solutions include the following innovation points and beneficial effects: providing an intelligent trading platform for suppliers, sellers, and buyers, realizing the solutions of independent order confirmation, order snatching, and determination of factory information on both the supply and sales sides, and also can realize the functions of active message notification and workflow push based on the WeChat ecosystem chain, facilitating and quickly assisting suppliers to complete the supply-side operations of the supply chain, being suitable for small and medium-sized merchants to use, realizing functions such as independent order placement and order logistics status tracking. And the data entry is lightweight and simple, and it can also meet the closed-loop of various business scenarios at the end based on function modules specifically designed for egg merchants such as variable price settlement / vehicle management in the raw material industry. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] The foregoing and following specific descriptions of the present invention become clearer when read in conjunction with the following drawings, wherein:

[0024] Figure 1 Schematic flowchart of a specific solution of the present invention;

[0025] Figure 2 Schematic diagram of the system structure of a specific solution of the present invention. Detailed implementation manners

[0026] The following further illustrates the technical solutions for achieving the objectives of the present invention through several specific embodiments. It should be noted that the technical solutions claimed by the present invention include but are not limited to the following embodiments.

[0027] As a specific implementation solution of the present invention, as Figure 1 , this embodiment provides a data trading system for the sales, supply, and distribution of egg products, including a user subsystem. The user subsystem includes a user permission management unit. The purchasers, sellers, and suppliers register with the user subsystem through the external procurement terminal, sales terminal, and supply terminal devices and upload qualification certificate files. The external procurement terminal, sales terminal, and supply terminal devices are mobile phones or tablets with WeChat mini-program functions.

[0028] It further includes an order subsystem, a product subsystem, and a financial subsystem that are communicatively connected to the user subsystem, as well as external devices for the purchaser to log in to the procurement terminal of the user subsystem, the seller to log in to the sales terminal of the user subsystem, and the supplier to log in to the supply terminal of the user subsystem, and an inventory management subsystem and several warehousing transfer carriers, and a storage warehouse for storing egg products. The warehousing transfer carriers include trucks, containers, pallets, and trailers.

[0029] The purchaser logs in to the user subsystem through the procurement terminal, generates and sends a procurement order including information such as the type of egg products, procurement price, procurement quantity, procurement time, and delivery address information to the order subsystem. At the same time, procurement product information corresponding to the procurement order is generated in the product subsystem.

[0030] The seller logs in to the user subsystem through the sales terminal, queries and selects a procurement order to undertake from the order subsystem, and generates a pick-up order including information such as the type of egg products, procurement price, procurement quantity, procurement time, and delivery address information based on the procurement order undertaken and uploads it to the order subsystem. At the same time, sales product information corresponding to the pick-up order is generated in the product subsystem.

[0031] Alternatively, the seller logs in to the user subsystem through the sales terminal, accesses the product subsystem to query and select a vehicle order, and generates corresponding sales product information based on the egg product information in the vehicle order.

[0032] Alternatively, the salesperson logs in to the user subsystem through the sales terminal, accesses the product subsystem to query and select sales product information, and generates corresponding purchase product information based on the egg product information in the sales product information.

[0033] The supplier logs in to the user subsystem through the supply terminal device, queries and requests to rent available storage spaces and storage transfer vehicles in the storage warehouse. Then, the supplier uses the rented storage transfer vehicle to deliver the egg products offline to the rented storage space in the storage warehouse and synchronously updates the storage information in the inventory management subsystem. Meanwhile, a vehicle order with corresponding egg product information is generated in the product subsystem; the egg product information includes the type, quantity, price, and production date of the egg products.

[0034] Preferably, the supplier logs in to the user subsystem through the supply terminal device. After querying and selecting to undertake a pick-up order in the order subsystem, the supplier queries and requests to rent available storage spaces and storage transfer vehicles in the storage warehouse according to the pick-up order. Then, the supplier uses the rented storage transfer vehicle to deliver the egg products corresponding to the pick-up order offline to the rented storage space in the storage warehouse and updates the information to the inventory management subsystem.

[0035] The product subsystem matches the purchase product information and the sales product information, as well as the sales product information and the vehicle order, and sends the matching result to the order subsystem. The order subsystem generates a transaction based on the matching result and sends it to the financial subsystem. The financial subsystem generates charges for the purchaser and the salesperson according to the corresponding information in the transaction and sends them to the purchaser and the salesperson through the purchase terminal and the sales terminal respectively. After the purchaser and the salesperson complete the payment, the financial subsystem feeds back the payment information to the order subsystem, and the order subsystem notifies the storage warehouse to ship the goods to the corresponding purchaser.

[0036] Preferably, after the financial subsystem generates a charge for the salesperson according to the corresponding information in the transaction and sends it to the salesperson through the sales terminal, the salesperson selects the corresponding purchase order to undertake, confirms it, and feeds it back to the financial subsystem. Then, the financial subsystem generates a charge request for the purchaser corresponding to the purchase order according to the confirmation information of the salesperson and sends it to the purchaser through the purchase terminal. After the purchaser completes the payment to the financial subsystem, the financial subsystem feeds back the payment information to the salesperson. After the salesperson completes the payment to the financial subsystem, the financial subsystem feeds back the payment information to the order subsystem, and the order subsystem notifies the storage warehouse to ship the goods to the corresponding purchaser.

[0037] Furthermore, the financial subsystem charges the purchaser and the seller according to the corresponding transactions in the transaction, and at the same time generates deferred payment options for the purchaser and the seller. If the purchaser and the seller choose deferred payment, the financial subsystem will disburse the payment to the seller and the supplier on their behalf and complete the payment, and calculate the interest according to the amount of the payment on behalf.

[0038] Specifically, the deferred payment options include deferred time, deferred amount, and deferred interest.

[0039] In this solution, the supply end is for the supplier to use, and it is a mini-program client that enables the supplier to independently confirm orders, grab orders, and determine factory information. Based on the WeChat ecosystem chain, it can also implement the functions of active message notification and workflow push, facilitating and quickly assisting the supplier to complete the operations on the supply side of the supply chain.

[0040] The sales end is available for small and medium-sized merchants to use, and it is a mini-program client that enables merchants to independently place orders and view the logistics status of orders. Based on mini-programs such as the WeChat ecosystem chain, the reservation entrance is also made lighter and simpler. Preferably, there can be rich modules such as coupons and daily specials around the reservation behavior, as well as function modules specifically designed for egg merchants, such as variable price settlement / vehicle management based on the egg industry, to meet the closed-loop of various business scenarios at the end.

[0041] Each internal platform such as subsystems is for platform staff to operate, and it is an internal operating system that realizes the functions of viewing / managing each module of the system and the data of each module. The system strictly distinguishes permissions according to roles, including merchant management, supplier management, order large system, financial subsystem, vehicle management, post-payment management, front-end configuration, product management, report system, etc.

[0042] That is, the core modules of this system in this solution include an order system, a product system, a post-payment system, a vehicle system, a merchant system, and a supplier system. Specifically:

[0043] The order system includes three major categories: purchase orders / sales orders / vehicle return orders. Different types of order statuses are different in terms of business forms. At the same time, the order also has two price systems: fixed price and automatically generated price according to the alliance quotation. This is different from traditional e-commerce. The order and warehousing modules have been connected, realizing full automation of order entry and exit.

[0044] The product system has strengthened many functions on the basis of the traditional e-commerce product system. In addition to the database design of fully customizing the triple association of type-attribute-attribute value, according to the characteristics of eggs, there can also be logics such as federal quotation and inventory conversion coefficient, realizing a more flexible price system and more accurate inventory docking. The product system can create SPU / SKU, support multiple price systems and inventory change systems, support docking with external inventory, combination, etc.

[0045] The post-payment system, i.e., deferred payment, supports setting a post-payment limit for merchants and providing them with capital advance services within the limit. The system includes modules such as a billing system, a post-payment setting system, and merchant arrears management. It can implement modules such as automated deduction, automated warning, and automated front-end repayment.

[0046] The vehicle system supports merchants to obtain the right to use a certain number of vehicle chips within the scope by paying a deposit, including the association, statistics, and return process of vehicles; in addition to free vehicles for the deposit part, the vehicle system also supports paid vehicles. The paid vehicle has a complete real refund process. The vehicle system perfectly solves the vehicle management problem in the agricultural industrial chain, supports the deposit mode, and also allows paid rental.

[0047] The merchant system supports managing our core merchant system, including related associated module systems such as an account system, a sales association system, post-payment permissions, deposit permissions, and user levels. Through the system, various merchant information can be quickly viewed, merchant status can be switched, merchant families can be opened, and membership levels can be set, etc.

[0048] The supplier system supports managing our core supplier system, including modules such as an account system, a supply product module, and reports, and is equipped with a corresponding mini-program and backend.

Claims

1. A data trading system for the sales, supply, and distribution of egg products, characterized in that: The purchaser logs in to the user subsystem through the procurement terminal, generates and sends a purchase order including information such as egg product type, purchase price, purchase quantity, purchase time, and delivery address information to the order subsystem. At the same time, purchase product information corresponding to the purchase order is generated in the product subsystem; The seller logs in to the user subsystem through the sales terminal, queries and selects a purchase order to undertake from the order subsystem, and generates a pick-up note including information such as egg product type, purchase price, purchase quantity, purchase time, and delivery address information according to the purchased order and uploads it to the order subsystem. At the same time, sales product information corresponding to the pick-up note is generated in the product subsystem; The supplier logs in to the user subsystem through the supply terminal device, queries and requests to rent available storage spaces and storage transfer vehicles in the storage warehouse. Then, the supplier uses the rented storage transfer vehicle to deliver the egg products offline to the rented storage space in the storage warehouse and synchronously updates the storage information in the inventory management subsystem. At the same time, a vehicle order with corresponding egg product information is generated in the product subsystem; The product subsystem matches the purchase product information and the sales product information, as well as the sales product information and the vehicle order, and sends the matching result to the order subsystem. The order subsystem generates a transaction according to the matching result and sends it to the financial subsystem. The financial subsystem generates charges for the purchaser and the seller according to the corresponding transaction and sends them to the purchaser and the seller respectively through the procurement terminal and the sales terminal. After the purchaser and the seller complete the payment, the financial subsystem feeds back the payment information to the order subsystem, and the order subsystem notifies the storage warehouse to deliver the goods to the corresponding purchaser; The supplier logs in to the user subsystem through the supply terminal device, queries and selects a pick-up note to undertake in the order subsystem, and then queries and requests to rent available storage spaces and storage transfer vehicles in the storage warehouse according to the pick-up note. Then, the supplier uses the rented storage transfer vehicle to deliver the egg products corresponding to the pick-up note offline to the rented storage space in the storage warehouse and updates the information in the inventory management subsystem.

2. A data trading system for the sales, supply, and distribution of egg products according to claim 1, characterized in that: The seller logs in to the user subsystem through the sales terminal, accesses the product subsystem to query and select a vehicle order, and generates corresponding sales product information according to the egg product information in the vehicle order.

3. A data trading system for the sales, supply, and distribution of egg products according to claim 1, characterized in that: The seller logs in to the user subsystem through the sales terminal, accesses the product subsystem to query and select sales product information, and generates corresponding purchase product information according to the egg product information in the sales product information.

4. A data trading system for the sales, supply, and distribution of egg products according to claim 2 or 3, characterized in that: The egg product information includes egg product type, quantity, price, and production date.

5. A data trading system for the sales, supply, and distribution of egg products according to claim 1, It is characterized in that: After the financial subsystem generates the charges for the seller according to the corresponding transactions and sends them to the seller through the sales terminal, the seller selects the corresponding purchase order to be undertaken for confirmation and feeds it back to the financial subsystem. Then, the financial subsystem generates a charge request for the buyer of the corresponding purchase order according to the confirmation information of the seller and sends it to the buyer through the purchase terminal. After the buyer makes a payment to the financial subsystem, the financial subsystem feeds back the payment information to the seller. After the seller makes a payment to the financial subsystem, the financial subsystem feeds back the payment information to the order subsystem, and the order subsystem notifies the storage warehouse to ship the goods to the corresponding buyer.

6. A data transaction system for the sales, supply, and distribution of egg products as described in claim 5, It is characterized in that: The financial subsystem generates charges for the buyer and the seller according to the corresponding transactions, and at the same time generates deferred payment options for the buyer and the seller. If the buyer and the seller choose deferred payment, the financial subsystem will make the payment on behalf of them to the seller and the supplier and complete the payment, and calculate the interest according to the amount of the payment on behalf.

7. A data transaction system for the sales, supply, and distribution of egg products as described in claim 6, It is characterized in that: The deferred payment options include deferred time, deferred amount, and deferred interest.

8. A data transaction system for the sales, supply, and distribution of egg products as described in claim 1, It is characterized in that: The user subsystem includes a user permission management unit. The buyer, the seller, and the supplier register with the user subsystem through the external purchase terminal, sales terminal, and supply terminal devices and upload qualification certificate files. The external purchase terminal, sales terminal, and supply terminal devices are mobile phones or tablets with WeChat mini-program functions.

9. A data transaction system for the sales, supply, and distribution of egg products as described in claim 1, It is characterized in that: The warehousing and transportation carriers include trucks, containers, pallets, and trailers.

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