Large commodity supply chain management method and system based on Internet of Things
By designing a large -piece commodity supply chain management system based on the Internet of Things, the problem of lack of transparency between suppliers and distributors has been solved, real -time sharing and merchant inventory management of suppliers' product data are realized, and the efficiency of the supply chain and users are improved. Experience.
Patent Information
- Application Number
- CN202411551139.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-11-01
- Publication Date
- 2025-01-28
AI Technical Summary
During the online sale of large items, the existing supply chain management system lacks transparency between suppliers and distributors, which leads to suppliers being unable to provide product information in a timely manner, resulting in the problem of insufficient supply of goods.
A large -scale commodity supply chain management method and system based on the Internet of Things is designed. Through the homepage module, personal center and logistics service module to realize the login and information sharing of users, merchants and suppliers. The data collection module and information sharing module are set in the system. Real -time collection and shared supplier's product data, including inventory, product size and type data to ensure that merchants can obtain supplier data in real time.
Through real -time shared supplier's product data, the transparentness of the supplier inventory to merchants has been realized, the difficulty of coordinated communication is reduced, and the user can get the product in time after placing an order, which improves the efficiency and reliability of the supply chain.
Smart Images
Figure CN119379172A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of supply management, and in particular to a large-item supply chain management method and system based on the Internet of Things. Background Art
[0002] The application of large items in daily life includes large appliances and large furniture, such as drum washing machines, mobile air conditioners, wardrobes with more than two doors, double mattresses, etc. These items are classified as large items due to their size and weight. Currently, with the development of the Internet of Things, online shopping has become a necessity for people to shop.
[0003] At present, the merchants who sell large items online are distributors. They sell the goods produced by suppliers online through the supply chain of goods. In the meantime, a supply chain is needed to support and maintain the supply relationship between merchants and suppliers. In the operation of the existing supply chain, there is a lack of transparency between suppliers and distributors. The information of large items in the supplier cannot be shared with distributors in real time, resulting in the inability of distributors to obtain the specific data of suppliers in time. As a result, after the goods are sold, the supplier often fails to provide goods to users who have purchased the goods in time, and there are coordination inconveniences between distributors and suppliers. To this end, a large item supply chain management method and system based on the Internet of Things is proposed to solve the above problems. Summary of the invention
[0004] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a large-item supply chain management method and system based on the Internet of Things, including a homepage module, a personal center, and logistics services; The homepage module is configured to display the goods for sale to the user; The personal center is configured for users, merchants and suppliers to log in; The logistics service is configured to connect users and suppliers so that the supplier's goods can be delivered to the user.
[0005] Preferably, the homepage module includes product display, discount recommendations, special offers, a search module, and a price screening module; the product display is configured to display product images, adaptation, and size; the discount recommendations are configured to display large items that are on sale to users; the good product recommendations are configured to recommend high-efficiency and well-reviewed products to users; the search module is configured to facilitate users to search for products based on product keywords; and the price screening module is configured to facilitate users to screen products based on price.
[0006] Preferably, the personal center includes a login module, a user center, a merchant center and a supplier center; The login module is configured for users, merchants and suppliers to register and log in accounts; the user center is configured as the personal center of the user after logging in according to the account; the merchant center is configured as the personal center of the merchant after logging in according to the account; and the supplier center is configured as the personal center of the supplier after logging in according to the account.
[0007] Preferably, the personal center also includes a data collection module, a storage module, an information sharing module and a transportation module; The data collection module is configured to collect commodity data processed by the supplier factory; The storage module is configured to provide the manufacturer's commodity data to the information sharing module; The information sharing module is configured to receive commodity data in the storage module and provide the merchant center with real-time data of commodities in the supplier's storage module; The transportation module is configured to receive goods from suppliers and transport the goods to users to complete delivery.
[0008] Preferably, the personal center also includes a product module, an order module and an after-sales module; The commodity module is configured to put commodities on and off shelves, edit commodity prices, quantities and sizes, display commodities to users and convert commodities purchased by users into order information; The order module is configured to input a user's order for purchasing goods and store the order information; The after-sales module is configured to record the return and refund information of the product.
[0009] Preferably, the information sharing module includes inventory data, commodity size data, commodity type data, tradable data, pending transaction data, commodity waiting time, outbound commodities and returned commodities; The inventory data, commodity size data and commodity type data are respectively configured to record in real time the quantity of commodities, the quantity of different commodity sizes and the quantity of different commodity types in the storage module; The tradable data and pending tradable data are respectively configured to record in real time the quantity of commodities that can be directly traded and transported by logistics for each commodity in the storage module and the quantity of commodities that are waiting for logistics transportation after payment by the user; The product waiting time is configured to display processing time information of special products to the merchant center; such as processing time information of customized products; The shipped goods, returned goods and goods to be shipped are respectively configured to record the goods shipped out on a single day and the goods returned to the supplier on a single day.
[0010] The present invention is achieved by the following steps: S1: Users, merchants and suppliers enter the login module through the personal center and register as users, merchants and suppliers using their mobile phone numbers; S2: Merchants obtain product information through communication with suppliers and put products on shelves through the product module. The data collection module collects the size, quantity and type data of the products produced and put into storage in real time and records them in the storage module. The data obtained by the warehousing module is input into the merchant center through the information sharing module. The merchant center can directly see the quantity of different commodities, the quantity of different sizes of commodities and the quantity of different types of commodities in the supplier's warehouse in real time; S3: Users place orders for goods through the product module to form order information, which is recorded by the order module and then forwarded to the merchant center. The merchant center obtains the order data and obtains the corresponding data of the goods in the supply factory through the information sharing module. If the quantity is insufficient, the merchant center will actively send information about insufficient inventory of such goods and the waiting time after placing the order to the user center and the order module to generate an order failure order; if the quantity is sufficient, the order information is forwarded to the supplier center, and the supplier center obtains the information and delivers the goods to the ordering user through the transportation module to complete the transaction.
[0011] Compared with the prior art, the present invention has the following beneficial effects: The present invention collects in real time the quantity of different commodity sizes and different commodity types and the total quantity of all commodities produced by suppliers every day by setting up an information sharing module and a data collection module; after merchants and suppliers form a supply relationship through the management system, the merchant center can obtain in real time the quantity of commodities in the warehouse provided by the supplier center, ensuring that the merchant center can obtain the corresponding data of the supplier in real time; the supplier's inventory is made transparent to the merchants; decisions are provided for the merchants' sales without the need for additional coordination and communication between the upper and lower levels; and after the user places an order, the merchant's order request to the user can be actively resolved according to the supplier's inventory situation. BRIEF DESCRIPTION OF THE DRAWINGS
[0012] Figure 1 It is a schematic diagram of the management system of the present invention; Figure 2 This is a schematic diagram of the homepage module of the present invention; Figure 3 This is the framework diagram of the personal center of the present invention; Figure 4 This is a schematic diagram of the information sharing module of the present invention. DETAILED DESCRIPTION
[0013] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.
[0014] See also Figure 1 A large-item supply chain management system based on the Internet of Things includes a homepage module, a personal center, and a logistics service; the homepage module is configured to display the goods on sale to users; the personal center is configured for users, merchants, and suppliers to log in; the logistics service is configured to form a connection between users and suppliers so that the goods of suppliers can be delivered to users; the present invention collects the number of different commodity sizes and the number of different commodity types produced by suppliers every day and the total number of all commodities in real time by setting an information sharing module and a data collection module; after merchants and suppliers form a supply relationship through the management system, the merchant center can obtain the number of commodities in the warehouse provided by the supplier center in real time, ensuring that the merchant center can obtain the corresponding data of the supplier in real time; the supplier's inventory is made transparent to merchants; decisions are provided for merchants' sales, and no additional coordination and communication is required between the upper and lower levels; and after users place an order, the merchant's order request for the user can be actively resolved according to the supplier's inventory situation.
[0015] In this embodiment, the homepage module includes product display, discount recommendation, special products, search module, and price screening module; the product display is configured to display product pictures, adaptation, and size; the discount recommendation is configured to display large items that are on discount to users; the good product recommendation is configured to recommend products with high efficiency and good reviews to users; the search module is configured to facilitate users to search for products based on product keywords; the price screening module is configured to facilitate users to screen products based on price; Product display, discount recommendations, and good product recommendations are displayed together in the homepage module; The search module provides a search function in the homepage module. Users can search for products with keywords by searching keywords; users can filter product information within the corresponding price through the price filtering module, and the information is displayed through the homepage module.
[0016] In this embodiment, the personal center includes a login module, a user center, a merchant center and a supplier center; the login module is configured for users, merchants and suppliers to register accounts and log in accounts; the user center is configured as the personal center of the user after logging in according to the account; the merchant center is configured as the personal center of the merchant after logging in according to the account; the supplier center is configured as the personal center of the supplier after logging in according to the account; Merchants can enter the login module through the personal center, and through the login module, they can log in to the corresponding center. For example, users can directly enter the user center through the login module, merchants can directly enter the merchant center through the login module, and suppliers can directly enter the supplier center through the login module; Different centers are selected based on the registrant's choice before registration. For example, if you select "I am a user" before registration, you will enter the user center after registering an account and logging in. If you select "I am a merchant" before registration, you will enter the merchant center after logging in.
[0017] In this embodiment, the personal center also includes a data collection module, a storage module, an information sharing module and a transportation module; the data collection module is configured to collect commodity data processed by the supplier's factory; the storage module is configured to provide the manufacturer's commodity data to the information sharing module; the information sharing module is configured to receive the commodity data in the storage module and provide the merchant center with real-time data of the commodities in the supplier's storage module; the transportation module is configured to receive the supplier's commodities and transport the commodities to the user to complete the delivery; First, the supplier needs to enter the supplier center and input the product information to the data collection module in real time according to the product quantity generated by the factory. The data collection module sends the received data to the storage module, which automatically organizes the product data into corresponding categories. The classification includes the classification of product size, the classification of product type, and the update of the quantity data of different product sizes and product types. Receive data through the information sharing module, and form a real-time form of the corresponding product data and send it to the merchant center. The merchant center background display is to facilitate merchants to view and understand the data; When a user places an order through the product module, the order is generated and sent to the order module for record. The order module will record the order and send it to the merchant center. The merchant center will send the order to the information sharing module for comparison. If the product meets the order quantity, the merchant center will send the order to the supplier center. The supplier will connect with the logistics through the transportation module, and the logistics will pick up the goods at the warehouse and send them to the user to complete the order. The warehousing module can be connected to the supplier's factory production counting system to facilitate real-time update of production quantity details.
[0018] In this embodiment, the personal center also includes a product module, an order module and an after-sales module; the product module is configured to put products on and off the shelves, edit product prices, quantities and sizes, display products to users and convert products purchased by users into order information; the order module is configured to enter user purchase orders and store order information; the after-sales module is configured to record product return and refund information; The merchant center can enter the product module to edit the product, and the inventory quantity of the product can be shared through the information sharing module. After the setting, the product module will display the same quantity as the product size quantity and product type quantity in the information sharing module; if it is a custom setting, after the user places an order through the product module, according to the comparison of the information sharing module, the insufficient quantity of the goods in the storage module cannot produce the order or the production rejects the order or the order fails; the user can place an order by communicating with the merchant (this project involves a single purchase of too large a quantity of goods, and the goods need to be customized separately); The after-sales service module is used to meet users' refund and return needs after shopping. The transportation cost of large items is high. After the user places an order and the order is generated, the after-sales module generates a purchase agreement to the merchant center, and the merchant center forwards the agreement to the user center. After the user signs the agreement, the merchant center sends the order to the supplier center, and the supplier distributes the goods through the transportation module. The content of the agreement is edited in advance by the supplier.
[0019] In this embodiment, the information sharing module includes inventory data, commodity size data, commodity type data, tradable data, pending transaction data, commodity waiting time, outbound commodities and returned commodities; the inventory data, commodity size data and commodity type data are respectively configured to record in real time the number of commodities in the storage module, the number of different commodity sizes and the number of different commodity types; the tradable data and pending transaction data are respectively configured to record in real time the number of commodities that can be directly traded and transported by logistics for each commodity in the storage module and the number of commodities that are waiting for logistics transportation after user payment; the commodity waiting time is configured to display the processing time information of special commodities to the merchant center, such as the processing time information of customized commodities; the outbound commodities, returned commodities and pending shipment commodities are respectively configured to record the commodities shipped out on a single day and the commodities returned to the supplier on a single day; The inventory quantity is the total inventory quantity in the storage module; The product size data includes the sizes of different products and the different quantities of the sizes of different products; Product type data includes color classification, function classification and price classification; The product waiting time provides merchants with the processing time required for the products that users place orders through communication with merchants, such as when there are too many products and insufficient inventory, or when customized products require separate processing; The product outbound will automatically record the number of products shipped per day, reset it to zero every day, and generate daily, weekly, and monthly outbound lists every month; The returned goods will actively record the number of returned goods, reset it daily, and generate daily, weekly, and monthly return lists every month.
[0020] The present invention is achieved by the following steps: S1: Users, merchants and suppliers enter the login module through the personal center and register as users, merchants and suppliers using their mobile phone numbers; S2: Merchants obtain product information through communication with suppliers and put products on shelves through the product module. The data collection module collects the size, quantity and type data of the products produced and put into storage in real time and records them in the storage module. The data obtained by the warehousing module is input into the merchant center through the information sharing module. The merchant center can directly see the quantity of different commodities, the quantity of different sizes of commodities and the quantity of different types of commodities in the supplier's warehouse in real time; S3: Users place orders for goods through the product module to form order information, which is recorded by the order module and then forwarded to the merchant center. The merchant center obtains the order data and obtains the corresponding data of the goods in the supply factory through the information sharing module. If the quantity is insufficient, the merchant center will actively send information about insufficient inventory of such goods and the waiting time after placing the order to the user center and the order module to generate an order failure order; if the quantity is sufficient, the order information is forwarded to the supplier center, and the supplier center obtains the information and delivers the goods to the ordering user through the transportation module to complete the transaction.
[0021] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.
Claims
1. A large-ticket commodity supply chain management system based on the Internet of Things, characterized by: Including homepage module, personal center, and logistics services; The homepage module is configured to display the goods for sale to the user; The personal center is configured for users, merchants and suppliers to log in; The logistics service is configured to connect users and suppliers so that the supplier's goods can be delivered to the user.
2. According to claim 1, a large-ticket commodity supply chain management system based on the Internet of Things is characterized by: The homepage module includes product display, discount recommendation, special products, search module, and price screening module; the product display is configured to display product pictures, adaptation, and size; the discount recommendation is configured to display large items on discount to users; the good product recommendation is configured to recommend high-efficiency and well-reviewed products to users; The search module is configured to facilitate users to search for products based on product keywords; the price screening module is configured to facilitate users to screen products based on prices.
3. The large-ticket commodity supply chain management system based on the Internet of Things according to claim 1 is characterized by: The personal center includes a login module, a user center, a merchant center and a supplier center; The login module is configured for users, merchants and suppliers to register and log in accounts; the user center is configured as the personal center of the user after logging in according to the account; the merchant center is configured as the personal center of the merchant after logging in according to the account; and the supplier center is configured as the personal center of the supplier after logging in according to the account.
4. The large-ticket commodity supply chain management system based on the Internet of Things according to claim 3 is characterized by: The personal center also includes a data collection module, a storage module, an information sharing module and a transportation module; The data collection module is configured to collect commodity data processed by the supplier factory; The storage module is configured to provide the manufacturer's commodity data to the information sharing module; The information sharing module is configured to receive commodity data in the storage module and provide the merchant center with real-time data of commodities in the supplier's storage module; The transportation module is configured to receive goods from suppliers and transport the goods to users to complete delivery.
5. The large-ticket commodity supply chain management system based on the Internet of Things according to claim 3 is characterized by: The personal center also includes a product module, an order module and an after-sales module; The commodity module is configured to put commodities on and off shelves, edit commodity prices, quantities and sizes, display commodities to users and convert commodities purchased by users into order information; The order module is configured to input a user's order for purchasing goods and store the order information; The after-sales module is configured to record the return and refund information of the product.
6. The large-ticket commodity supply chain management system based on the Internet of Things according to claim 4 is characterized by: The information sharing module includes inventory data, product size data, product type data, tradable data, pending transaction data, product waiting time, outbound products, and returned products; The inventory data, commodity size data and commodity type data are respectively configured to record in real time the quantity of commodities, the quantity of different commodity sizes and the quantity of different commodity types in the storage module; The tradable data and pending tradable data are respectively configured to record in real time the quantity of commodities that can be directly traded and transported by logistics for each commodity in the storage module and the quantity of commodities that are waiting for logistics transportation after payment by the user; The product waiting time is configured to display processing time information of special products to the merchant center; such as processing time information of customized products; The shipped goods, returned goods and goods to be shipped are respectively configured to record the goods shipped out on a single day and the goods returned to the supplier on a single day.
7. A large-ticket commodity supply chain management method based on the Internet of Things, characterized by: S1: Users, merchants and suppliers enter the login module through the personal center and register as users, merchants and suppliers using their mobile phone numbers; S2: Merchants obtain product information through communication with suppliers and put products on shelves through the product module. The data collection module collects the size, quantity and type data of the products produced and put into storage in real time and records them in the storage module. The data obtained by the warehousing module is input into the merchant center through the information sharing module. The merchant center can directly see the quantity of different commodities, the quantity of different sizes of commodities and the quantity of different types of commodities in the supplier's warehouse in real time; S3: The user places an order for the product through the product module to form order information, which is recorded by the order module and then forwarded to the merchant center. The merchant center obtains the order data and obtains the corresponding data of the product in the supply factory through the information sharing module. If the quantity is insufficient, the merchant center will actively send the insufficient inventory of the product and the waiting time after placing the order to the user center and the order module to generate an order failure order; If the quantity is sufficient, the order information will be forwarded to the supplier center. The supplier center obtains the information and delivers the goods to the ordering user through the transportation module to complete the transaction.