CN109544278B - Commodity supply and sale operation system and method based on Internet of things search - Google Patents

Commodity supply and sale operation system and method based on Internet of things search Download PDF

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CN109544278B
CN109544278B CN201811312475.9A CN201811312475A CN109544278B CN 109544278 B CN109544278 B CN 109544278B CN 201811312475 A CN201811312475 A CN 201811312475A CN 109544278 B CN109544278 B CN 109544278B
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commodity
goods
information
warehouse
management system
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CN109544278A (en
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方滨兴
殷丽华
李超
刘祥涛
殷鹏飞
田志宏
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Guangzhou University
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Guangzhou University
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
    • G06Q10/083—Shipping
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
    • G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0631—Item recommendations

Abstract

The invention discloses a commodity supply and marketing operation system based on Internet of things search, which comprises a supply and marketing operation service background management system, a plurality of pre-deployed warehouses, a producer access system and an intelligent distribution system, wherein the supply and marketing operation service background management system is used for providing commodity inventory inquiry and shop goods recommendation for a producer terminal, providing commodity inquiry and purchase recommendation for a consumer terminal and pushing commodity distribution information for a distributor terminal; the embodiment of the invention can enable a manufacturer to directly shop goods to each warehouse accessed to the system for consumers to purchase nearby, solves the problems of poor logistics timeliness and high logistics cost in the traditional e-commerce mode, ensures the traceability of the goods in the whole sales process by constructing the identification code for each goods, and prevents counterfeit goods. The invention also discloses an intelligent commodity recommendation method based on the Internet of things search.

Description

Commodity supply and sale operation system and method based on Internet of things search
Technical Field
The invention relates to the technical field of Internet of things, in particular to a commodity supply and sale operation system and method based on Internet of things searching.
Background
The internet industry economy drives the development of economy in its innovative marketing mode. Internet shopping has gradually gone into millions of households, particularly in recent years. However, with the rapid development of internet shopping, the problems of high logistics cost, low express delivery efficiency, flooding of counterfeit and shoddy commodities and the like gradually begin to appear in the traditional B2C and C2C modes.
Some new intelligent e-commerce modes are emerging. For example, the intelligent marketing mode represented by the kyoto FBP mode is operated from storage to distribution to customer service in kyoto, and the mode improves the logistics distribution efficiency. As with the new retail model of C2F, the consumer's needs directly interface with the factory, without intermediate merchants, retailers, and without physical store front fees, putting all the benefits into the market for the consumer. In this mode, the profit of the manufacturer is higher, and the consumer can directly obtain the goods from the manufacturer, avoiding purchasing counterfeit goods.
In the existing e-commerce modes, a seller generally distributes commodities to the seller from a manufacturer location, and then the commodities are sent to customers across the country by express delivery, for example, the commodities may be distributed to Guangzhou sellers from a manufacturer in Beijing and then distributed to the customers in Guangzhou, so that the transportation cost is increased, social resources are wasted, the time for the customers to take the commodities is prolonged, and the shopping experience of the customers is reduced.
In order to improve the distribution efficiency, a manufacturer and a large-scale e-commerce sales platform often sign a contract in advance, and commodities are laid in warehouses of various places of the platform in advance, but because the warehouses belong to a certain shopping platform, the merchants cannot transfer the commodities among different shopping platforms, for example, the merchants cannot transfer the commodities in the east of Beijing to the treasure, and the inventories of different places cannot be transferred mutually.
In addition, in the current B2C and C2C models, the e-commerce platform cannot guarantee that the commodities sold by the seller are actually the commodities of the manufacturer, and the situation that a large number of bad sellers sell counterfeit commodities by different borrowers and opportunities due to interest cannot be effectively prevented.
Disclosure of Invention
The embodiment of the invention provides a commodity supply and sale operation system and method based on Internet of things search, and aims to solve the technical problems of poor logistics timeliness, higher logistics cost, difficulty in warehousing and scheduling and flooding of counterfeit and shoddy commodities in the current e-commerce mode.
In order to solve the technical problems, the embodiment of the invention provides a commodity supply and marketing operation system based on internet of things search, which comprises a supply and marketing operation service background management system, a plurality of pre-deployed warehouses, a producer access system and an intelligent distribution system, wherein the supply and marketing operation service background management system is used for providing commodity inventory inquiry and goods laying recommendation for a producer terminal, providing commodity inquiry and purchase recommendation for a consumer terminal and pushing commodity distribution information for a distributor terminal; wherein the content of the first and second substances,
the supply and marketing operation business background management system is used for interacting with a manufacturer terminal, a consumer terminal and a distributor terminal so as to manage warehouse access, warehouse information push-pull, manufacturer access, commodity access and commodity search and distribution information push-pull;
the warehouse is used for interacting with a manufacturer terminal, a consumer terminal and a distributor terminal through a configured warehouse management system, synchronizing interaction data to the supply and marketing operation service background management system, and managing warehouse authentication, commodity stock notification and inventory commodities;
the manufacturer access system is used for interacting with the manufacturer terminal so as to manage manufacturer registration, commodity registration, certificate, commodity access code generation, commodity inventory inquiry and commodity sales state tracking;
and the intelligent distribution system is used for interacting with the distributor terminal so as to manage the distribution resources and the distribution orders.
Specifically, the consumer terminal comprises a consumer input module, a consumer output module, a consumer positioning module and a consumer communication module; wherein the content of the first and second substances,
the consumer input module is used for inputting commodity searching information;
the consumer output module is used for outputting commodity purchasing information and logistics state information;
the consumer positioning module is used for acquiring position information and sending the position information to the supply and marketing operation service background management system;
and the consumer communication module is used for carrying out data interaction with the supply and marketing operation service background management system.
Specifically, the distributor terminal comprises a distributor input module, a distributor output module, a distributor positioning module and a distributor communication module; wherein the content of the first and second substances,
the distributor input module is used for scanning or inputting commodity distribution information;
the distributor output module is used for outputting commodity distribution information;
the distributor positioning module is used for acquiring position information and sending the position information to the intelligent distribution system;
and the dispatcher communication module is used for carrying out data interaction with the intelligent distribution system.
Specifically, the supply and marketing operation service background management system comprises a warehouse access subsystem, a warehouse information push-pull subsystem, a manufacturer access subsystem, a commodity searching subsystem, a distribution access subsystem and a distribution information push-pull subsystem; wherein the content of the first and second substances,
the warehouse access subsystem is used for auditing a warehouse access application sent by the warehouse management system according to a preset auditing standard, generating certificate information for the approved warehouse and sending the certificate information to the warehouse management system;
the warehouse information push-pull subsystem is used for interacting the inventory information, the goods picking voucher and the commodity number information of the warehouse management system;
the manufacturer access subsystem is used for auditing manufacturer access applications sent by the manufacturer access system according to a preset auditing standard, generating certificate information for approved manufacturers and sending the certificate information to the manufacturer access system;
the commodity access subsystem is used for auditing commodity access applications of approved manufacturers according to a preset auditing standard, generating certificate information for the approved commodities and sending the certificate information to the manufacturer access system;
the commodity searching subsystem is used for sequencing according to a searching request of the consumer terminal and the inventory condition of the warehouse and a preset rule and returning a searching result to the consumer terminal;
the distribution admission subsystem is used for auditing a distribution resource admission application sent by the intelligent distribution system according to a preset auditing standard, generating certificate information for the distribution resources passing the auditing and sending the certificate information to the intelligent distribution system;
and the distribution information push-pull subsystem is used for interacting distribution order information, distributor information and logistics state information of the intelligent distribution system.
Specifically, the warehouse management system comprises a warehouse authentication module, a commodity stock informing module and an inventory commodity management module; wherein the content of the first and second substances,
the warehouse authentication module is used for verifying the certificate information of the goods and verifying the goods picking certificate of the goods picker;
the commodity stock informing module is used for sending out informing information for moving the commodity from the stock area to the goods delivery area when receiving the information of the selected commodity sent by the supply and sale operation service background management system;
the inventory commodity management module is used for managing commodity information, and the commodity information comprises storage areas, quantity and positions.
Specifically, the manufacturer access system comprises a manufacturer registration input module, a commodity registration input module, a certificate management module, a commodity access code generation module, a commodity inventory inquiry module and a commodity sales state tracking module; wherein the content of the first and second substances,
the manufacturer registration input module is used for sending manufacturer information to the supply and marketing operation service background management system;
the commodity registration input module is used for sending commodity information to the supply and marketing operation service background management system;
the voucher management module is used for storing and inquiring voucher information of manufacturers and commodities generated by the supply and sale operation service background management system;
the commodity access code generating module is used for generating a unique code which can be verified by a supply and sale operation service background management system according to the certificate information and the production serial number information of the commodity;
the commodity inventory inquiry module is used for inquiring the inventory condition of commodities in the warehouse and receiving the alarm information which is monitored by the supply and sale operation service background management system and is triggered by the inventory of each warehouse according to the preset rule in real time;
and the commodity sales state tracking module is used for receiving commodity state information pushed by the supply and marketing operation service background management system.
Specifically, the intelligent delivery system comprises a delivery resource management module, an intelligent scheduling module and a delivery order management module; wherein the content of the first and second substances,
the distribution resource management module is used for adding, deleting, inquiring and modifying distribution resources according to a preset standard;
the intelligent scheduling module is used for scheduling the distribution resources according to the position information of the consumer terminal and the warehouse position information and preset standards;
and the delivery order management module is used for generating a delivery order according to the delivery resource information matched with the intelligent scheduling module and tracking the delivery order.
Compared with the prior art, the commodity supply and sale operation system based on the internet of things search has the advantages that the commodity supply and sale operation system based on the internet of things search comprises a supply and sale operation service background management system for providing commodity inventory inquiry and shop goods recommendation for a manufacturer terminal, providing commodity inquiry and purchase recommendation for a consumer terminal and pushing commodity distribution information for a distributor terminal, a plurality of pre-deployed warehouses provided with warehouse management systems, a manufacturer access system connected with the manufacturer terminal and an intelligent distribution system connected with the distributor terminal.
Through the supply and marketing operation system, a manufacturer can directly lay commodities to warehouses which pass the audit and are connected to the platform and can freely allocate the inventory among all the warehouses, the intermediate link of a supply chain is omitted, the commodities can be quickly laid to warehouses of various sizes without passing through hands of a distributor, when a consumer purchases the commodities, the consumer only needs to select and purchase the commodities on line through the supply and marketing operation system and then selects the warehouses to self-provide or the distributor to distribute the commodities so as to quickly receive the commodities, and the problems of poor logistics timeliness and high logistics cost of the traditional e-commerce mode are solved; in addition, the commodities are directly provided by manufacturers, only the commodities which are checked and passed on the system can obtain effective codes, and the commodities can be verified and warehoused through the warehouse, and the effective codes of the commodities ensure the traceability of the commodities in the whole selling process, so that the quality of the commodities purchased by buyers is ensured.
Drawings
Fig. 1 is a schematic structural diagram of a commodity supply and marketing operation system based on internet of things search according to a first embodiment of the present invention;
fig. 2 is a schematic structural diagram of a commodity supply and marketing operation system based on internet of things search according to a first embodiment of the present invention;
fig. 3 is a schematic flow chart of a commodity supply and marketing operation method based on internet of things search according to a second embodiment of the present invention; .
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The first embodiment of the present invention:
with reference to fig. 1 and fig. 2, an embodiment of the present invention provides a commodity supply and sale operation system based on internet of things search, including a supply and sale operation service background management system that provides commodity inventory inquiry and stock-laying recommendation for a manufacturer terminal, provides commodity inquiry and purchase recommendation for a consumer terminal, and pushes commodity distribution information for a distributor terminal, a plurality of warehouses configured with a warehouse management system, a manufacturer access system connected to the manufacturer terminal, and an intelligent distribution system connected to the distributor terminal, which are deployed in advance.
In this embodiment, it can be understood that the supply and distribution operation background management system is a core of the commodity supply and distribution operation system, and its main functions include, but are not limited to, providing admission management for warehouse owners, manufacturers, commodities, and distributors, providing commodity inventory inquiry and stock placement recommendation for manufacturers, providing commodity inquiry and purchase recommendation for consumers, and providing distribution information for distributors.
In this embodiment, the supply and marketing operation service background management system is used for interacting with a manufacturer terminal, a consumer terminal and a distributor terminal to manage warehouse access, warehouse information push-pull, manufacturer access, commodity search and distribution information push-pull.
In this embodiment, the warehouse is configured to interact with a manufacturer terminal, a consumer terminal, and a distributor terminal through a configured warehouse management system, synchronize interaction data to the supply and marketing operation service background management system, and manage warehouse authentication, commodity stock notification, and inventory commodities.
In this embodiment, the manufacturer access system is configured to interact with the manufacturer terminal to manage manufacturer registration, commodity registration, credential, generation of commodity access code, commodity inventory query, and commodity sales status tracking.
In this embodiment, the intelligent delivery system is configured to interact with the deliverer terminal to manage delivery resources and delivery orders.
In this embodiment, specifically, the consumer terminal includes a consumer input module, a consumer output module, a consumer positioning module, and a consumer communication module.
In this embodiment, it can be understood that the consumer terminal is a terminal device owned by the consumer and having a communication function, and the main functions of the consumer terminal include, but are not limited to, sending a service request to a supply and marketing operation business background management system, a warehouse management system, and an intelligent distribution system, and receiving a feedback result; the consumer input module is used for inputting commodity searching information; the consumer output module is used for outputting commodity purchasing information and logistics state information; the consumer positioning module is used for acquiring position information and sending the position information to the supply and marketing operation service background management system; and the consumer communication module is used for carrying out data interaction with the supply and marketing operation service background management system.
In this embodiment, specifically, the dispenser terminal includes a dispenser input module, a dispenser output module, a dispenser positioning module, and a dispenser communication module.
In this embodiment, it can be understood that the terminal of the distributor is a terminal device with a communication function used by the distributor, and the main functions of the terminal device include, but are not limited to, receiving order information of the intelligent distribution system, uploading a real-time distribution state, and the like; the distributor input module is used for scanning or inputting commodity distribution information; the distributor output module is used for outputting commodity distribution information; the distributor positioning module is used for acquiring position information and sending the position information to the intelligent distribution system; and the dispatcher communication module is used for carrying out data interaction with the intelligent distribution system.
In this embodiment, specifically, the supply and marketing operation service background management system includes a warehouse admission subsystem, a warehouse information push-pull subsystem, a manufacturer admission subsystem, a commodity search subsystem, a distribution admission subsystem, and a distribution information push-pull subsystem.
In this embodiment, the warehouse admission subsystem is configured to audit a warehouse admission application sent by the warehouse management system according to a preset audit standard, generate credential information for a warehouse that passes the audit, and send the credential information to the warehouse management system. And when an admission application of the warehouse is received, checking warehouse information, generating a certificate which can be used for verifying the validity of the warehouse for the warehouse which passes the checking, delivering the certificate to a warehouse owner or a warehouse management system, and adding the warehouse which passes the checking into the multi-stage topological structure of the warehouse.
In this embodiment, the warehouse information push-pull subsystem is configured to interact inventory information, a picking voucher, and commodity number information of the warehouse management system. The warehouse information push-pull subsystem is an information interaction system between a warehouse and a platform, and the interactive information comprises but is not limited to the inventory information of the commodities in the warehouse, the commodity picking voucher information after the commodities are purchased by a user, the commodity number information when the commodities are delivered from the warehouse, and the like.
In this embodiment, the manufacturer admission subsystem is configured to audit, according to a preset audit standard, a manufacturer admission application sent by the manufacturer access system, generate credential information for a manufacturer passing the audit, and send the credential information to the manufacturer access system. And receiving an admission application of a manufacturer, auditing manufacturer information, generating a certificate which can be used for verifying the validity of the warehouse for the manufacturer passing the auditing, and delivering the certificate to the manufacturer.
In this embodiment, the commodity access subsystem is configured to audit a commodity access application of a manufacturer that passes the audit according to a preset audit standard, generate credential information for the commodity that passes the audit, and send the credential information to the manufacturer access system. Receiving a commodity admission application submitted by a legal producer which has been admitted by the platform, auditing commodity information, generating a commodity legality certificate for each commodity, and delivering the commodity legality certificate to the producer (the legal certificate of the producer and the legal certificate of the commodity are used by the producer for generating a commodity number for each commodity).
In this embodiment, the commodity searching subsystem is configured to sort according to a preset rule and a search request of a consumer terminal and an inventory condition of a warehouse, and return a search result to the consumer terminal; receiving a commodity query request of a consumer, returning a commodity query result for the consumer, wherein the query result gives an intelligent sequencing result about commodities by combining the following factors, including but not limited to commodity goodness, distance between a warehouse position and a user, price, delivery estimated time and the like.
In this embodiment, the distribution admission subsystem is configured to audit a distribution resource admission application sent by the intelligent distribution system according to a preset audit standard, generate credential information for the distribution resource that is approved and send the credential information to the intelligent distribution system. And receiving an admission application of a distributor or a distribution union, auditing the distributor or the distribution union information, generating a certificate for verifying the validity of the verified distributor or the distribution union for the distributor or the distribution union, and delivering the certificate to the distributor/the distribution union or a distribution management system.
In this embodiment, the delivery information push-pull subsystem is configured to interact delivery order information, distributor information, and logistics state information of the intelligent delivery system. The system is an information interaction system between an intelligent distribution system and a platform, and the interactive information comprises but is not limited to commodity distribution order information, distributor information, logistics state information and the like; the storage subsystem is used for storing relevant information of warehouses, manufacturers, commodities, distribution parties and the like required by the operation of the platform.
In this embodiment, specifically, the warehouse management system includes a warehouse authentication module, a goods stock notification module, and an inventory goods management module.
In this embodiment, it can be understood that the warehouse management system is an information system supporting normal operation of a warehouse, where the warehouse is a site providing commodity warehousing services for manufacturers and commodity extraction services for consumers, the warehouse includes, but is not limited to, a warehouse shared by individuals who supply and sell platforms, manufacturers, and own sites, and the warehouse management system mainly includes, but is not limited to, management of warehousing, ex-warehouse, and inventory of commodities, authentication of the identity of a consignee, and the like.
In this embodiment, the warehouse authentication module is configured to verify credential information of a commodity and verify a goods-picking credential of a goods-picker; namely, the legality of the goods put in storage is verified, and the identity of the goods deliverer entering the storage is verified.
In this embodiment, the commodity stock notification module is configured to send notification information for moving the commodity from the stock area to the delivery area when receiving information of the commodity selected for purchase sent by the supply and sale operation background management system. Namely, the system is used for receiving commodity information purchased by a consumer and pushed by a background management system of the marketing operation service and informing a stock manager or an intelligent robot to move the commodity from a stock area to a delivery area.
In this embodiment, the inventory commodity management module is configured to manage commodity information, where the commodity information includes a storage area, a quantity, and a location; the system is used for managing the storage area, the position and the quantity of the warehoused commodities, wherein the storage area comprises an inventory area and a goods picking area, the inventory area is the storage area of the warehoused commodities, and the goods picking area is the temporary storage area of the commodities which are about to be picked after being purchased by a consumer in a background management system of a supply and marketing operation business.
In this embodiment, specifically, the manufacturer access system includes a manufacturer registration input module, a commodity registration input module, a credential management module, a commodity access code generation module, a commodity inventory query module, and a commodity sales state tracking module.
In this embodiment, it can be understood that the manufacturer access system is an information system used by a manufacturer, and its main functions include, but are not limited to, registering an enterprise/commodity in a supply and marketing operation business background management system, querying and receiving inventory information of a platform, subscribing to inventory monitoring trigger conditions and receiving distribution suggestions, and the like.
In this embodiment, the manufacturer registration input module is configured to send manufacturer information to the supply and marketing operation service background management system. And the manufacturer admission management subsystem is used for filling the enterprise related information by the manufacturer, sending the filled information to the background management system of the supply and marketing operation service, and auditing.
In this embodiment, the commodity registration input module is configured to send commodity information to the supply and marketing operation service background management system; and the commodity access management subsystem is used for filling commodity relevant information by a manufacturer and sending the filled information to the background management system of the supply and marketing operation service for auditing.
In this embodiment, the credential management module is configured to store and query credential information of manufacturers and goods generated by the background management system for the supply and marketing operation service; the system is used for storing and inquiring the identity certificate information (certificate, public and private key, etc.) of enterprises and commodities delivered by the background management system of the supply and marketing operation business.
In this embodiment, the commodity access code generating module is configured to generate a unique code that can be verified by a supply and sale operation service background management system according to the certificate information and the production serial number information of the commodity; and generating a unique code which can be verified by a supply and marketing operation business background management system for each commodity by utilizing the information such as the enterprise credential information, the commodity production serial number and the like.
In this embodiment, the commodity inventory query module is configured to query inventory conditions of commodities in the warehouse, and receive, in real time, alarm information that the inventory of each warehouse is triggered according to a preset rule and is monitored by the supply and marketing operation service background management system; requesting a supply and sale operation service background management system to inquire the inventory condition of commodities in each warehouse; the commodity inventory monitoring module sets monitoring alarm rules of commodity inventory, sends the monitoring alarm rules to the supply and distribution operation business background management system, and receives alarm information triggered by the inventory rules of all warehouses monitored by the supply and distribution operation business background management system in real time.
In this embodiment, the commodity sales state tracking module is configured to receive commodity state information pushed by a background management system of a supply and sale operation service; and automatically inquiring or receiving the commodity state change pushed by the supply and sale operation service background management system on the supply and sale operation service background management system, so that a manufacturer can know the state information of the whole life cycle of commodity sales.
In this embodiment, specifically, the intelligent delivery system includes a delivery resource management module, an intelligent scheduling module, and a delivery order management module.
In this embodiment, it can be understood that the intelligent distribution system is a support system for a distributor to develop a commodity distribution service, and its main functions include, but are not limited to, admission and integration of distribution resources, receiving a distribution request of a platform and intelligently scheduling distribution personnel, tracking a commodity distribution state, and the like; the distribution resources include, but are not limited to, each express/logistics company accessing the distribution system, and individuals authenticated by admission.
In this embodiment, the distribution resource management module is configured to add, delete, query, and modify distribution resources according to a preset standard.
In this embodiment, the intelligent scheduling module is configured to schedule the delivery resources according to the location information of the consumer terminal and the location information of the warehouse and according to a preset standard; and matching the received commodity order information with the most appropriate distribution resources according to information such as the position of a consumer and a warehouse.
In this embodiment, the delivery order management module is configured to generate a delivery order according to the delivery resource information matched by the intelligent scheduling module, and track the delivery order; and generating a delivery order according to the information provided by the intelligent scheduling module, issuing the delivery order, tracking the delivery order and the like.
Compared with the prior art, the commodity supply and sale operation system based on the internet of things search has the advantages that through the commodity supply and sale operation system, a manufacturer can directly lay commodities to warehouses which pass the audit and are connected to the platform, and can freely allocate the stocks among all the warehouses, so that the intermediate link of a supply chain is omitted, the commodities can be quickly laid to the warehouses of all sizes without passing through hands of dealers, when a consumer purchases the commodities, the consumer only needs to select on-line purchasing through the supply and sale operation system, then the commodities can be quickly received by selecting self-supply of the warehouses or distribution of the distributors, and the problems of poor logistics timeliness and high logistics cost of the traditional e-commerce mode are avoided; in addition, the commodities are directly provided by manufacturers, only the commodities which are checked and passed on the system can obtain effective codes, and the commodities can be verified and warehoused through the warehouse, and the effective codes of the commodities ensure the traceability of the commodities in the whole selling process, so that the quality of the commodities purchased by buyers is ensured.
Second embodiment of the invention:
referring to fig. 3, fig. 3 is a schematic flow chart of a commodity supply and sale operation method based on internet of things search according to a second embodiment of the present invention.
In this embodiment, the commodity supply and sale operation method based on internet of things search at least includes the following steps:
s1, responding the relative request, and judging the service type of the system; if the warehouse is registered, executing step S2; if the manufacturer is registered, executing step S3; if the commodity registration is the commodity registration, executing step S4; if the goods are shop goods, executing step S6; if the consumer purchases the product, go to step S8;
s2, the background management system of the supply and marketing operation service verifies the registration information of the warehouse owner according to a certain standard, and after the verification is passed, the warehouse is added to a proper position in the multilevel topology, and a certificate and a secret key are generated and issued for the warehouse; the certificate and the key are used for bidirectional authentication between the warehouse and the platform, so that safe communication is guaranteed, and then S15 is executed; the intelligent warehouse comprises but is not limited to personal sharing of a self-built sales platform, a self-built manufacturer and a owned place;
s3, the background management system of the supply and marketing operation service verifies the enterprise information registered by the manufacturer according to a certain standard, and after the verification is passed, a certificate and a key are generated for the manufacturer, wherein the certificate and the key are used for the safe communication with the platform, the commodity identification production and the like; then, S15 is executed;
s4, when the manufacturer registers the commodity in the platform, the supply and marketing operation service background management system judges whether the manufacturer is the manufacturer allowed by the platform, if yes, S5 is executed, otherwise, S3 is executed;
s5, the background management system of the supply and marketing operation service verifies the commodity information registered by the manufacturer according to a certain standard, after the verification is passed, a public and private key pair is distributed to each type of commodity, and the manufacturer access system constructs a commodity code by using information such as a public and private key of each type of commodity, a serial number of each commodity, a manufacturer certificate/key and the like, and writes an intelligent label which can be identified by the sensing technology of the Internet of things; the commodity code can uniquely identify a commodity, and can be used for verifying the validity of the commodity by a background management system and a warehouse of an operation business, and the intelligent tag comprises but is not limited to an RFID (radio frequency identification) tag, an NFC (near field communication) tag and the like; then, S15 is executed;
s6, the supply and marketing operation business background management system pushes goods laying recommendation information to the manufacturer access system according to the consumption trend of each place and the inventory information of each intelligent warehouse, and the goods laying recommendation information is used for the manufacturer to refer to for goods laying; then, S7 is executed;
s7, when the warehouse receives the commodity to be warehoused, the intelligent warehouse management system extracts the commodity label information, identifies and inquires the commodity information on the supply and sale operation business background management system, verifies the admittance qualification of the commodity supplied by the manufacturer, and ensures the legality of the warehoused commodity and the manufacturer; after the commodities are put in storage, the warehouse sends the serial numbers of the put-in commodities and the commodity storage to a supply and marketing operation service background management system; then, S15 is executed;
s8, a consumer initiates a commodity query request to a supply and marketing operation service background management system through a consumer terminal, the system searches commodities and returns an intelligent sequencing result about the commodities by integrating the query result with factors including but not limited to commodity evaluation degree, distance between a warehouse position and a user, price, delivery estimated time and the like, the platform sends intelligent sequencing result information to the user terminal, and the sequencing result information includes but not limited to a commodity manufacturer, commodity price, commodity detailed information, a warehouse position, distance between a warehouse position and a user, delivery estimated time and the like; then, S9 is executed;
s9, after the user selects commodities in the intelligent sequencing result, the user can select self-service or express delivery and purchase in an online payment or goods arrival payment mode to generate a commodity order, and the supply and marketing operation service background management system pushes commodity purchasing information of the user to the intelligent warehouse management system; then, S10 is executed;
s10, the supply and marketing operation business background management system generates a goods-picking voucher for purchasing goods, the goods-picking voucher can distinguish whether the goods are paid or not, if the user selects self-picking goods, the system pushes the goods-picking voucher to a consumer terminal, and if the user selects express delivery, the goods-picking voucher is pushed to an intelligent delivery management system and then is pushed to a deliverer terminal of a distributed courier by the intelligent delivery management system; then, S11 is executed;
s11, the goods deliverer enters the warehouse through the goods delivery voucher, wherein the goods deliverer comprises but is not limited to a consumer, a distributor, a warehouse manager and an intelligent robot; the intelligent warehouse management system inquires the goods shelf position of the goods through the goods number information and delivers the goods shelf position to the goods deliverer; when the goods elevator leaves after goods is extracted from the goods shelf, the warehouse judges whether the goods extraction voucher corresponds to the goods extracted and whether the goods extracted are paid, if the goods extracted are correct and paid, the warehouse is updated, and meanwhile, the unique number information of the goods is pushed to a supply and marketing operation background management system, otherwise, the user is prompted to re-extract or purchase the goods; then, S12 is executed;
s12, whether the distribution mode is adopted is judged, if yes, S13 is executed, and if not, S14 is executed;
and S13, the consumer receives the goods delivered by the courier, scans the goods label at the consumer terminal, analyzes the goods number, automatically compares the goods number with the goods number uploaded by the warehouse when the goods are delivered out of the warehouse, and judges whether the goods are exchanged. The shopping process is finished, and S15 is executed;
s14, if the goods drawer is a consumer, the purchasing process is finished, if the goods drawer is a stock manager or an intelligent robot, the stock manager delivers the goods to the consumer, and the purchasing process is finished; if the goods are taken by the courier, the courier scans the goods, the unique serial number of the goods is pushed to the intelligent distribution management system, and the distribution system updates the logistics information and pushes the logistics information to the supply and marketing operation service background management system; then, S15 is executed;
and S15, ending.
According to the commodity supply and sale operation method based on the internet of things search, a manufacturer can directly lay commodities to the warehouses which pass the audit and are connected to the platform and can freely allocate the stocks among all the warehouses, so that intermediate links of a supply chain are omitted, the commodities can be quickly laid to the warehouses of various sizes without passing through hands of a distributor, when a consumer purchases the commodities, the commodity is only required to be selected and purchased on line through the supply and sale operation system, then the commodities can be quickly received by selecting the self-service of the warehouses or the distribution of the distributor, and the problems of poor logistics timeliness and high logistics cost of the traditional e-commerce mode are solved; in addition, the commodities are directly provided by manufacturers, only the commodities which are checked and passed on the system can obtain effective codes, and the commodities can be verified and warehoused through the warehouse, and the effective codes of the commodities ensure the traceability of the commodities in the whole selling process, so that the quality of the commodities purchased by buyers is ensured.
In summary, compared with the prior art, the commodity supply and sale operation system based on internet of things search has the advantages that through the commodity supply and sale operation system, a manufacturer can directly lay commodities to warehouses which pass the audit and are connected to the platform, stock among all the warehouses can be freely allocated, a middle link of a supply chain is omitted, the commodities can be quickly laid to the warehouses of all sizes without passing through hands of dealers, when a consumer purchases the commodities, the consumer only needs to select on-line purchasing through the supply and sale operation system, then the commodities can be quickly received by selecting self-supply of the warehouses or distribution of the distributors, and the problems of poor logistics timeliness and high logistics cost of the traditional e-commerce mode are avoided; in addition, the commodities are directly provided by manufacturers, only the commodities which are checked and passed on the system can obtain effective codes, and the commodities can be verified and warehoused through the warehouse, and the effective codes of the commodities ensure the traceability of the commodities in the whole selling process, so that the quality of the commodities purchased by buyers is ensured.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.

Claims (7)

1. A commodity supply and sale operation system based on Internet of things search is characterized by comprising a supply and sale operation service background management system, a plurality of pre-deployed warehouses, a producer access system and an intelligent distribution system, wherein the supply and sale operation service background management system is used for providing commodity inventory inquiry and goods placement recommendation for a producer terminal, providing commodity inquiry and purchase recommendation for a consumer terminal and pushing commodity distribution information for a distributor terminal; wherein the content of the first and second substances,
the supply and marketing operation business background management system is used for interacting with a manufacturer terminal, a consumer terminal and a distributor terminal so as to manage warehouse access, warehouse information push-pull, manufacturer access, commodity access and commodity search and distribution information push-pull; after the commodity information registered by the manufacturer terminal is checked and passed by the supply and marketing operation service background management system according to a preset standard, distributing a public and private key for each type of commodity so that the manufacturer access system constructs a commodity code by using the public and private key of the commodity, the serial number of each commodity and manufacturer certificate/key information, and writes the commodity code into an intelligent tag which can be identified by the internet of things sensing technology; the commodity code can uniquely identify a commodity, and the validity of the commodity can be verified by the supply and marketing operation background management system and the warehouse, and the intelligent tag includes but is not limited to an RFID tag and an NFC tag;
the warehouse is used for interacting with a manufacturer terminal, a consumer terminal and a distributor terminal through a configured warehouse management system, synchronizing interaction data to the supply and marketing operation service background management system, and managing warehouse authentication, commodity stock notification and inventory commodities;
the manufacturer access system is used for interacting with the manufacturer terminal so as to manage manufacturer registration, commodity registration, certificate, commodity access code generation, commodity inventory inquiry and commodity sales state tracking;
the intelligent distribution system is used for interacting with the distributor terminal to manage distribution resources and distribution orders;
the commodity supply and sale operation system based on the Internet of things search can be used for realizing a commodity supply and sale operation method based on the Internet of things search, and at least comprises the following steps:
s1, responding the relative request, and judging the service type of the system; if the warehouse is registered, executing step S2; if the manufacturer is registered, executing step S3; if the commodity registration is the commodity registration, executing step S4; if the goods are shop goods, executing step S6; if the consumer purchases the product, go to step S8;
s2, the background management system of the supply and marketing operation service verifies the registration information of the warehouse owner according to the preset standard, and after the verification is passed, the warehouse is added to the proper position in the multilevel topology, and a certificate and a secret key are generated and issued for the warehouse; the certificate and the key are used for bidirectional authentication between the warehouse and the platform, so that safe communication is guaranteed, and then S15 is executed; the warehouse includes, but is not limited to, personal sharing by self-establishment of supply and marketing platforms, self-establishment of manufacturers, and possession of a site;
s3, the background management system of the supply and marketing operation service verifies the enterprise information registered by the manufacturer according to a preset standard, and after the verification is passed, a certificate and a key are generated for the manufacturer, wherein the certificate and the key are used for the safe communication with the platform and the commodity identification production; then, S15 is executed;
s4, when the manufacturer registers the commodity in the platform, the supply and marketing operation service background management system judges whether the manufacturer is the manufacturer allowed by the platform, if yes, S5 is executed, otherwise, S3 is executed;
s5, the background management system of the supply and marketing operation service verifies the commodity information registered by the manufacturer according to a preset standard, after the verification is passed, a public and private key pair is distributed to each type of commodity, and the manufacturer access system constructs a commodity code by using the public and private keys of the commodity, the serial number of each commodity and the manufacturer certificate/key information, and writes in an intelligent label which can be identified by the sensing technology of the Internet of things; the commodity code can uniquely identify a commodity, and can be used by a background management system and a warehouse for marketing operation business to verify the validity of the commodity, and the intelligent tag comprises but is not limited to an RFID tag and an NFC tag; then, S15 is executed;
s6, the supply and marketing operation business background management system pushes goods laying recommendation information to the manufacturer access system according to the consumption trend of each place and the inventory information of each intelligent warehouse, and the goods laying recommendation information is used for the manufacturer to refer to for goods laying; then, S7 is executed;
s7, when the warehouse receives the commodity to be warehoused, the intelligent warehouse management system extracts the commodity label information, identifies and inquires the commodity information on the supply and sale operation business background management system, verifies the admittance qualification of the commodity supplied by the manufacturer, and ensures the legality of the warehoused commodity and the manufacturer; after the commodities are put in storage, the warehouse sends the serial numbers of the put-in commodities and the commodity storage to a supply and marketing operation service background management system; then, S15 is executed;
s8, a consumer initiates a commodity query request to a supply and marketing operation service background management system through a consumer terminal, the system searches commodities and returns an intelligent sequencing result about the commodities by integrating the following factors including but not limited to commodity evaluation degree, distance between a warehouse position and a user, price and delivery estimated time, the platform sends intelligent sequencing result information to the user terminal, and the sequencing result information includes but not limited to commodity manufacturers, commodity price, commodity detailed information, warehouse position, distance between the warehouse position and the user and delivery estimated time; then, S9 is executed;
s9, after the user selects commodities in the intelligent sequencing result, the user can select self-service or express delivery and purchase in an online payment or goods arrival payment mode to generate a commodity order, and the supply and marketing operation service background management system pushes commodity purchasing information of the user to the intelligent warehouse management system; then, S10 is executed;
s10, the supply and marketing operation business background management system generates a goods-picking voucher for purchasing goods, the goods-picking voucher can distinguish whether the goods are paid or not, if the user selects self-picking goods, the system pushes the goods-picking voucher to a consumer terminal, and if the user selects express delivery, the goods-picking voucher is pushed to an intelligent delivery management system and then is pushed to a deliverer terminal of a distributed courier by the intelligent delivery management system; then, S11 is executed;
s11, the goods deliverer enters the warehouse through the goods delivery voucher, wherein the goods deliverer comprises but is not limited to a consumer, a distributor, a warehouse manager and an intelligent robot; the intelligent warehouse management system inquires the goods shelf position of the goods through the goods number information and delivers the goods shelf position to the goods deliverer; when the goods elevator leaves after goods is extracted from the goods shelf, the warehouse judges whether the goods extraction voucher corresponds to the goods extracted and whether the goods extracted are paid, if the goods extracted are correct and paid, the warehouse is updated, and meanwhile, the unique number information of the goods is pushed to a supply and marketing operation background management system, otherwise, the user is prompted to re-extract or purchase the goods; then, S12 is executed;
s12, whether the distribution mode is adopted is judged, if yes, S13 is executed, and if not, S14 is executed;
s13, the consumer receives the goods delivered by the courier, scans the goods label at the consumer terminal and analyzes the goods number, and automatically compares the goods number with the goods number uploaded by the warehouse when the goods are delivered out of the warehouse to judge whether the goods are exchanged; the shopping process is finished, and S15 is executed;
s14, if the goods drawer is a consumer, the purchasing process is finished, if the goods drawer is a stock manager or an intelligent robot, the stock manager delivers the goods to the consumer, and the purchasing process is finished; if the goods are taken by the courier, the courier scans the goods, the unique serial number of the goods is pushed to the intelligent distribution management system, and the distribution system updates the logistics information and pushes the logistics information to the supply and marketing operation service background management system; then, S15 is executed;
and S15, ending.
2. The Internet of things search based commodity supply and sale operation system according to claim 1,
the consumer terminal comprises a consumer input module, a consumer output module, a consumer positioning module and a consumer communication module; wherein the content of the first and second substances,
the consumer input module is used for inputting commodity searching information;
the consumer output module is used for outputting commodity purchasing information and logistics state information;
the consumer positioning module is used for acquiring position information and sending the position information to the supply and marketing operation service background management system;
the consumer communication module is used for carrying out data interaction with the supply and marketing operation service background management system;
the distributor terminal comprises a distributor input module, a distributor output module, a distributor positioning module and a distributor communication module; wherein the content of the first and second substances,
the distributor input module is used for scanning or inputting commodity distribution information;
the distributor output module is used for outputting commodity distribution information;
the distributor positioning module is used for acquiring position information and sending the position information to the intelligent distribution system;
and the dispatcher communication module is used for carrying out data interaction with the intelligent distribution system.
3. The commodity supply and marketing operation system based on internet of things search according to claim 1, wherein the supply and marketing operation business background management system comprises a warehouse access subsystem, a warehouse information push-pull subsystem, a manufacturer access subsystem, a commodity search subsystem, a distribution access subsystem and a distribution information push-pull subsystem; wherein the content of the first and second substances,
the warehouse access subsystem is used for auditing a warehouse access application sent by the warehouse management system according to a preset auditing standard, generating certificate information for the approved warehouse and sending the certificate information to the warehouse management system;
the warehouse information push-pull subsystem is used for interacting the inventory information, the goods picking voucher and the commodity number information of the warehouse management system;
the manufacturer access subsystem is used for auditing manufacturer access applications sent by the manufacturer access system according to a preset auditing standard, generating certificate information for approved manufacturers and sending the certificate information to the manufacturer access system;
the commodity access subsystem is used for auditing commodity access applications of approved manufacturers according to a preset auditing standard, generating certificate information for the approved commodities and sending the certificate information to the manufacturer access system;
the commodity searching subsystem is used for sequencing according to a searching request of the consumer terminal and the inventory condition of the warehouse and a preset rule and returning a searching result to the consumer terminal;
the distribution admission subsystem is used for auditing a distribution resource admission application sent by the intelligent distribution system according to a preset auditing standard, generating certificate information for the distribution resources passing the auditing and sending the certificate information to the intelligent distribution system;
and the distribution information push-pull subsystem is used for interacting distribution order information, distributor information and logistics state information of the intelligent distribution system.
4. The internet-of-things search based commodity supply and sale operation system as claimed in claim 1, wherein the warehouse management system comprises a warehouse authentication module, a commodity stock notification module and an inventory commodity management module; wherein the content of the first and second substances,
the warehouse authentication module is used for verifying the certificate information of the goods and verifying the goods picking certificate of the goods picker;
the commodity stock informing module is used for sending out informing information for moving the commodity from the stock area to the goods delivery area when receiving the information of the selected commodity sent by the supply and sale operation service background management system;
the inventory commodity management module is used for managing commodity information, and the commodity information comprises storage areas, quantity and positions.
5. The internet-of-things-search-based commodity supply and sale operation system as claimed in claim 1, wherein the producer access system comprises a producer registration input module, a commodity registration input module, a certificate management module, a commodity access code generation module, a commodity inventory query module and a commodity sale state tracking module; wherein the content of the first and second substances,
the manufacturer registration input module is used for sending manufacturer information to the supply and marketing operation service background management system;
the commodity registration input module is used for sending commodity information to the supply and marketing operation service background management system;
the voucher management module is used for storing and inquiring voucher information of manufacturers and commodities generated by the supply and sale operation service background management system;
the commodity access code generating module is used for generating a unique code which can be verified by a supply and sale operation service background management system according to the certificate information and the production serial number information of the commodity;
the commodity inventory inquiry module is used for inquiring the inventory condition of commodities in the warehouse and receiving the alarm information which is monitored by the supply and sale operation service background management system and is triggered by the inventory of each warehouse according to the preset rule in real time;
and the commodity sales state tracking module is used for receiving commodity state information pushed by the supply and marketing operation service background management system.
6. The commodity supply and sale operation system based on internet of things search as claimed in claim 1, wherein the intelligent delivery system comprises a delivery resource management module, an intelligent scheduling module and a delivery order management module; wherein the content of the first and second substances,
the distribution resource management module is used for adding, deleting, inquiring and modifying distribution resources according to a preset standard;
the intelligent scheduling module is used for scheduling the distribution resources according to the position information of the consumer terminal and the warehouse position information and preset standards;
and the delivery order management module is used for generating a delivery order according to the delivery resource information matched with the intelligent scheduling module and tracking the delivery order.
7. A commodity supply and sale operation method based on Internet of things search is suitable for being executed in computing equipment, and is characterized by at least comprising the following steps:
s1, responding the relative request, and judging the service type of the system; if the warehouse is registered, executing step S2; if the manufacturer is registered, executing step S3; if the commodity registration is the commodity registration, executing step S4; if the goods are shop goods, executing step S6; if the consumer purchases the product, go to step S8;
s2, the background management system of the supply and marketing operation service verifies the registration information of the warehouse owner according to the preset standard, and after the verification is passed, the warehouse is added to the proper position in the multilevel topology, and a certificate and a secret key are generated and issued for the warehouse; the certificate and the key are used for bidirectional authentication between the warehouse and the platform, so that safe communication is guaranteed, and then S15 is executed; the warehouse includes, but is not limited to, personal sharing by self-establishment of supply and marketing platforms, self-establishment of manufacturers, and possession of a site;
s3, the background management system of the supply and marketing operation service verifies the enterprise information registered by the manufacturer according to a preset standard, and after the verification is passed, a certificate and a key are generated for the manufacturer, wherein the certificate and the key are used for the safe communication with the platform and the commodity identification production; then, S15 is executed;
s4, when the manufacturer registers the commodity in the platform, the supply and marketing operation service background management system judges whether the manufacturer is the manufacturer allowed by the platform, if yes, S5 is executed, otherwise, S3 is executed;
s5, the background management system of the supply and marketing operation service verifies the commodity information registered by the manufacturer according to a preset standard, after the verification is passed, a public and private key pair is distributed to each type of commodity, and the manufacturer access system constructs a commodity code by using the public and private keys of the commodity, the serial number of each commodity and the manufacturer certificate/key information, and writes in an intelligent label which can be identified by the sensing technology of the Internet of things; the commodity code can uniquely identify a commodity, and can be used by a background management system and a warehouse for marketing operation business to verify the validity of the commodity, and the intelligent tag comprises but is not limited to an RFID tag and an NFC tag; then, S15 is executed;
s6, the supply and marketing operation business background management system pushes goods laying recommendation information to the manufacturer access system according to the consumption trend of each place and the inventory information of each intelligent warehouse, and the goods laying recommendation information is used for the manufacturer to refer to for goods laying; then, S7 is executed;
s7, when the warehouse receives the commodity to be warehoused, the intelligent warehouse management system extracts the commodity label information, identifies and inquires the commodity information on the supply and sale operation business background management system, verifies the admittance qualification of the commodity supplied by the manufacturer, and ensures the legality of the warehoused commodity and the manufacturer; after the commodities are put in storage, the warehouse sends the serial numbers of the put-in commodities and the commodity storage to a supply and marketing operation service background management system; then, S15 is executed;
s8, a consumer initiates a commodity query request to a supply and marketing operation service background management system through a consumer terminal, the system searches commodities and returns an intelligent sequencing result about the commodities by integrating the following factors including but not limited to commodity evaluation degree, distance between a warehouse position and a user, price and delivery estimated time, the platform sends intelligent sequencing result information to the user terminal, and the sequencing result information includes but not limited to commodity manufacturers, commodity price, commodity detailed information, warehouse position, distance between the warehouse position and the user and delivery estimated time; then, S9 is executed;
s9, after the user selects commodities in the intelligent sequencing result, the user can select self-service or express delivery and purchase in an online payment or goods arrival payment mode to generate a commodity order, and the supply and marketing operation service background management system pushes commodity purchasing information of the user to the intelligent warehouse management system; then, S10 is executed;
s10, the supply and marketing operation business background management system generates a goods-picking voucher for purchasing goods, the goods-picking voucher can distinguish whether the goods are paid or not, if the user selects self-picking goods, the system pushes the goods-picking voucher to a consumer terminal, and if the user selects express delivery, the goods-picking voucher is pushed to an intelligent delivery management system and then is pushed to a deliverer terminal of a distributed courier by the intelligent delivery management system; then, S11 is executed;
s11, the goods deliverer enters the warehouse through the goods delivery voucher, wherein the goods deliverer comprises but is not limited to a consumer, a distributor, a warehouse manager and an intelligent robot; the intelligent warehouse management system inquires the goods shelf position of the goods through the goods number information and delivers the goods shelf position to the goods deliverer; when the goods elevator leaves after goods is extracted from the goods shelf, the warehouse judges whether the goods extraction voucher corresponds to the goods extracted and whether the goods extracted are paid, if the goods extracted are correct and paid, the warehouse is updated, and meanwhile, the unique number information of the goods is pushed to a supply and marketing operation background management system, otherwise, the user is prompted to re-extract or purchase the goods; then, S12 is executed;
s12, whether the distribution mode is adopted is judged, if yes, S13 is executed, and if not, S14 is executed;
s13, the consumer receives the goods delivered by the courier, scans the goods label at the consumer terminal and analyzes the goods number, and automatically compares the goods number with the goods number uploaded by the warehouse when the goods are delivered out of the warehouse to judge whether the goods are exchanged; the shopping process is finished, and S15 is executed;
s14, if the goods drawer is a consumer, the purchasing process is finished, if the goods drawer is a stock manager or an intelligent robot, the stock manager delivers the goods to the consumer, and the purchasing process is finished; if the goods are taken by the courier, the courier scans the goods, the unique serial number of the goods is pushed to the intelligent distribution management system, and the distribution system updates the logistics information and pushes the logistics information to the supply and marketing operation service background management system; then, S15 is executed;
and S15, ending.
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