CN111429064A

CN111429064A - Sharing storehouse super large data platform

Info

Publication number: CN111429064A
Application number: CN202010223974.1A
Authority: CN
Inventors: 陈纪江
Original assignee: Yunnan Jianji Yiying Technology Co ltd
Current assignee: Yunnan Jianji Yiying Technology Co ltd
Priority date: 2020-03-26
Filing date: 2020-03-26
Publication date: 2020-07-17

Abstract

A shared-bin very-large data platform comprising the following modules: the system comprises a merchant authorization check-in module, a goods data storage module, a cloud warehouse and entity warehouse data synchronization module, a big data operation module, a sales module, a distribution module, a logistics module, a purchase module, an after-sale module and a credit system module. The integration of goods storage and sale is realized through stock sharing, sale right and distribution right sharing, the cloud storage and the entity storage guarantee that the sale and the delivery are separated and communicated, the circulation speed of the goods is accelerated, the cloud storage is combined with the sale of an electronic mall, the sale is quickly matched, the order is synchronized to an entity ERP system after the order is generated, the delivery management is carried out, and the stock and the order are synchronized at any time in the cloud storage and the entity storage. Through the analysis of big data, provide visual report form instrument for the operator operates simply.

Description

Sharing storehouse super large data platform

Technical Field

The invention belongs to the technical field of warehousing, and particularly relates to a shared bin oversized data platform.

Background

At present, a plurality of stock-sale and stock-storage systems are available and are single-machine versions, so that the stock information is relatively closed; the electronic mall platform is also various, and the purchase-sale-storage system is not communicated with the online electronic mall system, so that three parties of inventory, sale and demand are disjointed, blocked and single, and the data are worthless; data is not shared in a collection manner, so that large data operation cannot be performed. The supply and demand relations of various industries are in a relatively closed state, the same commodity is supplied with more than demand in a part of areas, supply shortage occurs in other areas, a merchant does not know what goods are prepared, the goods are not enough in some cases, the goods are prepared too much in some cases, and even some goods are stacked for a long time to cause overdue or damage; the price of the same commodity on the buyer side is gradually higher and gradually lower, and the price fluctuation is larger.

The merchant who operates the brick-and-mortar store does not know what goods are at the bank, has no data basis, and can only operate and manage by experience, and does not know where the customer is and what goods the customer needs. Resulting in overstock of goods in the warehouse and bad conditions of overdue, damage and the like. Some goods which are not commonly used at the buyer do not know which specific merchant has goods, and only can inquire one by one in the market, and whether the price is reasonable or not is not clear, even the seller cannot be found when the goods are urgently needed, particularly mechanical accessories and materials in the building industry are high in instantaneity, and the construction period of the buyer is delayed.

Disclosure of Invention

Aiming at the technical problems, the invention provides a sharing storehouse oversized data platform, which realizes that an entity warehouse is shared to a cloud warehouse, so that goods are circulated, the entity store is easy to operate, the operation is simple through the application of big data, and the supply and demand are more reasonable. Resource sharing, sales channel sharing, customer sharing and after-sale service sharing are achieved, and therefore large integration of social manufacturers and merchants is achieved, and a career community is formed. The online sale and operation and offline service are realized, and the whole service is more convenient and faster to circulate. The goods information of manufacturers are communicated with each other, so that mutual selling is realized, and integration of information flow, goods flow, fund flow, logistics and after-sale is realized to form an internal ecosystem.

The specific technical scheme of the invention is as follows:

a shared-bin very-large data platform comprising the following modules:

the system comprises a merchant authorization check-in module, a goods data storage module, a cloud warehouse and entity warehouse data synchronization module, a big data operation module, a sales module, a distribution module, a logistics module, a purchase module, an after-sale module and a credit system module.

Further preferably, the merchant authorized check-in module comprises the following steps:

step 201: a user enters a sharing bin super-large data platform, clicks a login button, and then the step 202 is carried out;

step 202: the user inputs an account password, logs in, and enters step 203;

step 203: the back end determines whether the account is registered, and proceeds to step 204 or step 215 according to the determination result;

step 204: if the account exists, determining whether the password is correct, and entering step 205 or step 202 according to the determination result;

step 205: entering a personal center page after login is successful; clicking an apply for store button 206, and entering step 207;

step 207: opening an online signing agreement page, and entering a step 209 if clicking agrees; if an offline subscription is required, step 208 is entered;

step 208: the merchants needing to directly count accounts carry out the contract signing of the paper contract under the line;

209: filling in a form according to requirements and specifications, wherein the contents to be filled in comprise a shop name, a shop operation category, a shop address, a business license number and name, a business license photo, a legal name, legal identity card information, a positive aspect of the legal identity card photo, a public bank account number, an account opening license photo and the like, and entering step 210 after filling in is completed;

step 210: the back end detects whether the filling is completed, if the filling is completed, the step 211 is entered, and if the filling is not completed, the step 209 is returned;

step 211: the platform administrator performs the audit, and the audit enters step 212;

step 212: the background administrator checks the information and then enters step 213 or step 214 according to the checking result;

step 213: if the verification fails, notifying the user to re-fill the information and then re-submit the information;

step 214: the check is passed, and check-in is completed;

step 215: if the account number does not exist, entering a registration page, filling information, and entering step 216;

step 216: after completion of the filling, the registration is performed, and after the registration is successful, the step 217 is performed:

step 217: and automatically logging in after the registration is successful.

It is further preferred that the item data storage module comprises the steps of:

step 301: installing a purchase-sale-stock system;

step 302: and (3) merchant login:

step 303: and (4) carrying out commodity management:

step 304: filling in commodity information;

step 305: submitting to enter a system;

step 306: the platform administrator performs the audit, and enters step 307 or step 308 according to the audit result;

step 307: if the audit is not passed, returning to the step 305;

step 308: after the audit is passed, the product can be purchased or directly put in storage;

step 309: warehousing the commodities;

step 310: putting the commodities on shelves;

step 311: selling commodities;

step 312: real-time synchronization online and offline inventory, judging whether the inventory is sufficient before the sales order is determined, and entering step 308 or step 313 according to the judgment result;

step 313: and (4) the stock is sufficient and the product is normally sold.

Further preferably, the cloud repository and entity repository data synchronization module includes the following steps:

step 401: logging in a living merchant to enter a shared warehouse and surpass a physical store purchase-sale-stock system;

step 402: after the commodity information is filled in completely, submitting the information to an uploading, selling and storing system;

step 403: the background administrator performs the audit, and enters step 404 or step 412 according to the audit result;

step 404: after the audit is passed, the shared bin hyper-system carries out calculation and investigation on the commodities at regular time;

step 405: classifying the commodities according to the calculation and investigation result;

step 406: screening the commodities according to the shared bin ultra-large data standard, and entering step 407 or step 412 according to a screening result;

step 407: synchronizing the commodities to a cloud warehouse;

step 408: the commodities in the cloud warehouse can be sold on line or distributed;

step 409: the commodities are sold on line, and the orders are synchronized to a store purchase-sale-stock system;

step 410: carrying out order delivery management on the purchase-sale-storage system in the store;

step 411: after the merchant picks up the goods, packs and goes out of the warehouse, the system synchronizes the stock quantity to a cloud warehouse;

step 412: re-editing commodity information and uploading;

step 413: and (4) the commodities are sold off-line, and orders and inventory are synchronized to a cloud warehouse after the shop sales are finished and the commodities are taken out of the warehouse.

Further preferably, the big data operation module includes the following steps:

step 501, big data developers and product designers discuss and design big data calculation algorithms suitable for merchants of various industries;

step 502: the shared bin super platform acquires data;

step 503: the shared warehouse exceeds each end of data to be synchronized and collected to a cloud end total library;

step 504: data carding, arranging, classifying, adjusting, re-editing and the like are carried out according to a data structure and standard designed by a shared bin super platform;

step 505: performing data operation according to a designed algorithm;

step 506, storing the calculation result in the database in a database view mode after the calculation is finished;

step 507: after entering the sharing warehouse super-platform system, a merchant checks the big data operation analysis report, and the system displays the relevant report according to the big data cloud computing result;

step 508: when a merchant views the operation report, the merchant can perform report analysis diagrams at different latitudes, such as a newly generated report from latitudes such as time periods, areas, commodity types, customer attributes and the like;

step 509: after browsing the big data operation analysis report form, the merchant formulates an individualized operation scheme according with the conditions of capital, warehouses, stores and the like.

Further preferably, the sales module comprises the steps of:

step 601: a client enters a sharing warehouse super platform and logs in an account;

step 602: a client browses commodities on the shared warehouse super platform;

step 603: the customer selects the commodity, can make the choice whether to buy the commodity in the tabulation and detail page, can put the order in batches after adding the shopping cart, can also collect;

step 604: the customer confirms to buy the one or more commodities, and then the order is immediately bought or the shopping cart is placed, and the ordering page is jumped to;

step 605: the order information such as the name, the telephone and the address of the goods, the head-up of the invoice and the tax number information of the invoice are filled in and submitted;

step 606: the order placing is successful, and the client pays;

step 607: picking, packaging and sealing the box by a merchant;

step 608: the method comprises the steps that a merchant delivers goods out of a warehouse, a logistics express company takes goods from home and pastes a logistics list, and then the logistics list number is written back to a purchase, sale and storage system;

step 609: the customer receives the goods, and the goods are unpacked and checked after being actually received;

step 610: the customer evaluates the commodity, evaluates the merchant, and the evaluated merchant can obtain a certain credit value which can influence the comprehensive ranking of the commodity and the merchant, wherein the higher the credit value is, the more the credit value is;

step 611: the merchant makes online sales in the store;

step 612: a merchant places a shop sales order by using a purchase-sale-storage system with an excess shared warehouse;

step 613: adding the goods into the sales order according to the goods scanning selected by the customer in the store;

step 614: the merchant fills in customer information including name, telephone, address, invoice head-up and invoice tax number;

step 615: submitting the sales order, and printing the sales order after successful submission;

step 616: the client pays the money on the spot according to the sales order;

the distribution module comprises the following steps:

step 701: a merchant enters a sharing storehouse super platform and logs in an account number of the merchant;

step 702: the merchant uploads the commodity operated by the merchant, and the information of the uploaded commodity comprises name, size, specification, attribute, description, price, picture and the like;

step 703: the sharing bin super platform manager checks whether the characters and the pictures are legal and compliant, and enters step 704 or step 713 according to the checking result;

step 704: after the commodity is approved, the merchant sets distribution information, such as distribution price, highest and lowest selling price and the like, and the commodity enters a large over-distribution warehouse of the shared warehouse after the setting is finished;

step 705: other merchants select commodities to be distributed in the shared bin super-large warehouse, and support various screening and retrieval, such as name fuzzy query, price interval, sales volume and the like;

step 706: the merchant selects the commodity to be distributed, sets the selling price of the merchant, can beautify the picture of the commodity, but cannot change the name, the attribute, the specification and the size of the commodity and the like;

step 707: the goods are erected and displayed in the shop;

step 708: the customer purchases the distributed commodity after seeing the distributed commodity in the platform or the online shop;

step 709: the customer purchases the order-placing and distributing commodity, fills in the name, the telephone and the address of the receiver, the invoice is raised, the invoice tax number, and confirms the order and the payment after the completion of the filling;

step 710: after a distribution order is generated, both a distributor and a supplier can see the order, delivery is sent by a supplier, and the supplier picks up the order, packages, seals a box, attaches a logistics list and the like;

step 711: the customer receives the goods, unpacks and checks the goods after actually receiving the goods, and confirms the goods receiving on the shared warehouse excess system;

step 712: the customer evaluates the commodity, evaluates the merchant, and the evaluated merchant can obtain a certain credit value, which can influence the comprehensive ranking of the commodity and the merchant, and the higher the credit value is, the higher the.

Further preferably, the logistics module comprises the following steps:

step 801: a logistics merchant accesses a shared warehouse super platform, registers an account number, opens a shop and perfects shop information;

step 802: signing an online or offline related check-in agreement;

step 803: the data communication with the logistics merchants, the medium-sized and large-sized logistics merchants have own logistics systems, the merchants of the type communicate the data with the shared warehouse super platform through the data interface, and the merchants without the logistics systems use the logistics system function of the shared warehouse super platform;

step 804: a merchant sets a logistics template;

step 805: after the shared cabin super platform generates a sales order, the order information is pushed to the distributed logistics merchants;

step 806: after receiving the order, the logistics merchant generates a logistics order number, and synchronizes the logistics order number to the sharing bin super platform;

step 807: the merchant delivers the goods;

step 808: after delivery, a client can check the logistics information on the shared warehouse overtaking platform, and the shared warehouse overtaking system updates the logistics information at any time through a data interface;

step 809: the client browses the inquired logistics information.

Further preferably, the purchasing module comprises the following steps:

step 901: a client enters a sharing warehouse super platform and logs in an account;

step 902: the customer issues purchase information, and the specific content comprises the following contents: the name, specification, size, other requirements and the like of the needed commodity are submitted to the platform;

step 903: the shared bin super platform manager performs auditing, and enters step 904 or step 905 according to an auditing result;

step 904: if the audit is not passed, the customer needs to revise and edit the purchasing information again and submit the purchasing information again to enter the audit;

step 905: the purchase information passes the audit, and the system automatically screens suitable commodities;

step 906: the customer can put the piece of purchasing information on the top;

step 907: after the system screens out the merchants, pushing the purchase information to the merchants;

step 908: after seeing the purchasing information, the merchant makes a quotation;

step 909: the client selects a proper quotation from quotations;

step 910: the client selects a quotation;

step 911: the merchant with the selected quotation sheet pushes the commodity information to the customer according to the quotation sheet;

step 912: the customer places an order in the shopping cart according to the goods pushed by the merchant, fills in the name, the telephone and the address of the receiver, the invoice head-up and the invoice tax number, and submits an order;

step 913: client payment;

step 914: the quotation trade company picks the goods, packs and seals the case;

step 915: the method comprises the steps that a quotation merchant goes out of a warehouse for delivery, a logistics company gets goods from home, a logistics list is pasted, the number of the logistics list is written back to a purchase-sale-storage system, and a cloud-end order is synchronized;

step 916: the customer receives the goods and confirms the goods receiving on the shared warehouse excess system;

step 917: the customer evaluates the commodity, evaluates the merchant, and the evaluated merchant can obtain a certain credit value, which can influence the comprehensive ranking of the commodity and the merchant, and the higher the credit value is, the higher the.

Further preferably, the after-market module comprises the steps of:

step 1001: a client enters and logs in the shared warehouse super platform;

step 1002: the customer goes to the order list and finds out the order corresponding to the goods to be returned and the money to be returned;

step 1003: the customer applies for refund or return on the order detail page;

step 1004: the client fills in a refund or return application form and fills in related affairs and related evidences;

step 1005: filing the refund and return application form;

step 1006: the shared bin super-platform manager carries out auditing;

step 1007: entering step 1010 or step 1008 according to the checking result;

step 1008: pushing the information that the audit fails to pass to the client, informing the reason of the refund, and entering step 1009;

step 1009: the bill exceeds the scope of the refund and return regulations, such as overtime, special commodities and the like, both the off-line merchant and the buyer negotiate to solve the problem by themselves, and the platform is used as a matching supervisor to coordinate in the middle;

step 1010: the system judges whether the goods are delivered or not, if so, the step 1013 is carried out, and if not, the step 1011 is carried out;

step 1011: if the order has not been delivered and the goods are not returned, the system directly returns the total amount of the order to the customer and enters into step 1012;

step 1012: after the refund, the customer is informed by a short message, the order is closed, and the process is ended;

step 1013: if the order is delivered, the buyer is required to return the commodity, and the information of passing the audit and being sent back to the commodity is pushed to the customer through the message and the short message;

step 1014: the customer sends the commodity back to the merchant and fills the sent logistic bill number in the shared warehouse overtaking system;

step 1015: the merchant receives the returned commodity;

step 1016: unpacking and checking goods, and checking whether goods are intact and whether the quantity is enough;

step 1017: according to the acceptance result, the step 1022 is performed if the acceptance is qualified, and the step 1018 is performed if the acceptance is not qualified;

step 1018: the returned commodity has a problem, and the merchant and the buyer negotiate the refund amount;

step 1019: determining a buyer's compensation amount according to both parties calculating the damage condition, and setting the rest amount to a refund bill;

step 1020: the merchant reports the returned commodity with the problem to loss;

step 1021: the merchant refunds, and the final refund amount is subject to the approved amount on the refund sheet;

step 1022: if the commodities are intact, the merchant puts the returned commodities in storage, the commodities can be sold again, and the applied refund amount is written back to the refund bill;

step 1023: the customer is notified after the refund and the order status is set to refund.

Further preferably, the credit system module comprises the following steps:

step 1101: the shared cabin super platform initializes credit value, when the customer registers account successfully and the merchant opens the shop successfully, the system generates an initial credit value for the customer and the merchant;

step 1102: the customer and the merchant trade on the platform to generate an order;

step 1103: the transaction order is normally finished, and the two parties evaluate the transaction order;

step 1104: respectively calculating credit values which should be obtained for the customer and the merchant according to scores of mutual evaluation of the two parties;

step 1105: the system respectively increases or decreases credit values for the customer and the merchant according to the calculated credit values;

step 1106: every time the change of the reputation value detects whether the remaining reputation values of the customer and the merchant touch a reputation red line, if the remaining reputation values of the customer and the merchant touch the reputation red line, the step 1108 is carried out, and if the remaining reputation values of the customer and the merchant do not touch the reputation red line, the step 1107 is carried out;

step 1107: if the credit values are not lower than the red line value, the customer and the merchant correspondingly perform lifting treatment on the ranks of the customer and the merchant after the credit values are increased or decreased;

step 1108: penalizing customers and merchants who are below the red line;

step 1109: punishing a merchant who is lower than the red line, and carrying out the prohibition treatment on the online store of the merchant, wherein the online store can not carry out online transaction any more, but the transaction order can go through the flow;

step 1110: punishing a customer who is lower than the red line, pulling the customer into a blacklist, and enabling the customer to purchase commodities on a platform but not having right to maintain;

step 1111: if the customer is pulled into the blacklist to buy goods on the platform, the merchant is reminded that the customer is the blacklist customer, and the merchant is cautious to process the goods and is entitled not to take orders;

step 1112: the customer applies for return or change, if the return is good, the credit value added by the buyer and the seller is deducted by the additional amount of credit value exchanged due to the quality problem of the goods;

step 1113: the client makes a malicious purchase and performs additional credit value deduction on;

step 1114: and (4) establishing a relevant penalty system for the penalty sharing warehouse super platform with different properties in advance, and directly deducting the corresponding credit value when the customer lives on a merchant and violates the regulations.

The invention has the beneficial effects that:

①, integrating the online business of the marketer without being influenced by the business of the marketer, effectively collecting the disordered and dispersed data to the cloud end to generate value, and simultaneously widening the selling channel for the marketer by the electronic mall sharing the super-large data platform;

② the merchant entity warehouse is shared to the cloud warehouse, so that the goods can be distributed by other merchants, and the merchants distribute with each other, thereby expanding product lines and sales channels and realizing borderless operation;

③, analyzing the operation data by using cloud computing of big data, and generating a related operation report form after arrangement, thereby providing experience direction and thought for operators;

④ the online resale and offline resale service is a fusion upgrade of a physical store and the Internet, and the business operation is easier.

Drawings

FIG. 1 is a general block diagram of the present invention;

FIG. 2 is a flow diagram of a merchant authorization check-in module in accordance with the present invention;

FIG. 3 is a flow diagram of an item data storage module in accordance with the present invention;

FIG. 4 is a flow diagram of a cloud warehouse and physical warehouse data connectivity module in accordance with the present invention;

FIG. 5 is a flow diagram of a big data operation module according to the present invention;

FIG. 6 is a flow diagram of a platform sales module in accordance with the present invention;

FIG. 7 is a flow diagram of a platform distribution module in accordance with the present invention;

FIG. 8 is a flow diagram of a platform logistics module in accordance with the present invention;

FIG. 9 is a flow diagram of a buyback module in accordance with the present invention;

FIG. 10 is a flow diagram of an after-market module in accordance with the present invention;

FIG. 11 is a block diagram of a platform credit hierarchy module in accordance with the present invention.

Detailed Description

The following is a further description of the invention with reference to the accompanying drawings and examples

FIG. 1 is an overall architecture diagram of the shared bin over-the-air mode and architecture of the present invention, comprising a total of 10 large modules: the system comprises a merchant authorization check-in module, an online self-service subscription and an offline paper subscription, a goods data storage module, a cloud warehouse and entity warehouse data communication module, a big data operation module and a sale module, wherein the goods are synchronously sent to a cloud warehouse and orders are pushed to a store purchase-sale-storage system, the sale module comprises an online sale and offline sale module, a distribution module, a logistics module, a purchase seeking module, an after-sale module and a credit system module.

FIG. 2 is a flow diagram of a merchant docking platform system in accordance with the present invention. The figure describes the operation steps of the offline entity manufacturer to check in the shared bin super platform and the related certificate description to be submitted.

201, a user enters a shared warehouse super platform and clicks a login button; 202, inputting an account number and a password on behalf of a user, and logging in; 203, the back end automatically judges whether the mobile phone number is registered, and the judgment result has two conditions, namely 204, 215; 204, when the mobile phone number is registered with an account number on the platform and is a member, the back-end system automatically judges whether the password is correct or not, and the judgment result has two conditions, namely, if the password is wrong, the mobile phone number jumps back to a login page, and if the password is wrong, the mobile phone number is 205; 205 represents that the password is correct, the login is successful, and the user jumps to the personal center page; 206 represents entering the applying shop to check in link, clicking the applying shop button of the personal center; 207 represents a page for opening an online signing agreement, wherein detailed terms are contained in the page, and the page for applying for opening a shop is accessed if clicking consent; 208, if the merchant needing to perform direct accounting is required to perform the contract signing of the offline paper contract, after the contract signing, the payment of the goods can be directly sent to the account of the merchant; 209 represents that a form filling page for applying for opening a store is opened to fill the form according to the requirements and specifications of the shared warehouse super platform, and the contents to be filled are as follows: store name, store operation category (selection), store address, business license number and name, business license photo (upload), legal name, legal ID card information, front and back of legal ID card photo (upload), public bank account number, account opening bank license photo (upload); 210 represents point submission application after completion of filling, namely, clicking a submission button, the system verifies whether the information to be transmitted is completely filled, if the information is not filled, the system prompts that the information needs to be filled, and the information is successfully submitted after complete filling; 211, the platform administrator checks to see whether the words are legal or not, whether the certificate information is matched with each other or not and whether the photo information is clear or not; 212, a background administrator checks the information and then makes an audit result, one is 213 and one is 214; 214, the check is passed, that is, the check-in is successful, and the check-in is notified to the user through a short message; 213 represents a failure of the audit, which may be due to: the information is wrong or unclear or illegal, the picture is unclear or illegal and the like, the user is informed by a short message, and the application information is refilled and then submitted to enter the auditing process again; 215, if the account is not registered in the logged-in mobile phone number, jumping to a registration page, filling in the mobile phone number and the password, and selecting a registration area; 216 represents that the registration information is completely filled and then the registration is submitted, and the registration is successful; 217 register on behalf of the user successfully and then log in automatically.

Figure 3 is a flow diagram of an item data storage module according to the present invention. The check-in merchant manages the actual commodities of the check-in merchant and stores the actual commodities in the purchase-sale-storage system of the shared warehouse super-platform, and steps and processes of a series of operations such as commodity uploading, shelving, editing, shelving and auditing are introduced in detail.

301 represents that the shared warehouse exceeds the purchase, sale and storage system of the shared warehouse exceeding platform installed for entering the merchants, can be installed on site or remotely assisted on line, and provides the merchants with account numbers and passwords after installation; 302 merchant user logs in and enters the system, and sees the main interface of the system function; 303, entering a commodity list page, clicking a commodity addition button, and entering a commodity information filling page; 304 represents the relevant information of the filled-in goods, and the information to be filled in is as follows: commodity name, commodity specification, commodity size, commodity price, commodity description, commodity picture (upload), classification, brand, and the like; 305, submitting the information after filling and writing, and storing the information in a database; 306, the shared warehouse super platform administrator checks the commodities, and the validity and normalization of main checking information, such as whether characters are legal or not, whether pictures are clear and legal or not and the like, have two results, one is 307 and the other is 308; 307, the audit is not passed, the word may be illegal or the picture is not clear, in this case, the commodity needs to be edited and modified again and then the audit is submitted; 308, the purchase can be carried out after the verification is passed, the purchase channel of the merchant is still reserved in the purchase process at present, and the purchase can be directly put in storage if the merchant is a manufacturer; 309, warehousing, namely warehousing the purchased commodities, and recording cost price, tax amount and the like; 310 represents a formal shelving sale; 311 represents selling the commodity, and the merchant can sell the commodity on line by himself or synchronously sell the commodity on line through the Internet; 212 represents the inventory on line from time to time in the sales process, and judges whether the inventory is sufficient before the sales order is determined, if not, purchasing is needed first, and if so, the process is carried out 313; 313 represents that the inventory is sufficient and the sales order transaction is normally performed.

Fig. 4 is a flow diagram of a cloud repository and entity repository data connectivity module according to the present invention. The synchronization of the cloud of the shared warehouse super-platform check-in authorized merchant and the commodity data and the order data of the physical store is described in the figure. And describing the occurrence condition of the whole process and the operation method corresponding to each node from the commodity flow and the order flow.

401 logging in to a shared warehouse super-solid store purchase-sale-stock system on behalf of a check-in merchant; 402, submitting the full information of the commodities into the system after the information of the commodities is filled in, namely uploading the commodities to a purchase, sales and inventory system; 403 represents that a commodity background administrator submitted into the system needs to perform auditing, and whether character pictures of the commodity are legal or not and illegal or not is mainly audited, wherein two auditing results are provided, namely 404 and 412; 412 represents that the verification is not passed, the commodity information has illegal characters which are alive and do not meet the requirements, or the pictures do not meet the standards, and the commodity information needs to be edited again and then submitted; 404 represents that the product passes the audit, and the shared warehouse overtime system calculates and checks all the products at regular time; 405 represents the regular classification of the commodities according to a calculation formula and a calculation result; 406 represents that the commodity is sorted, screening according to the sharing bin ultra-large data standard gives out whether the new commodity meets the standard, if not, the new commodity enters a flow 412 again, and if so, the new commodity enters a flow 407; 407 represents synchronization of a standard-compliant commodity system to a cloud repository; 408 represents that the goods entering the cloud warehouse can be sold on line, and meanwhile, distribution is supported; 409 represents successful online sales, and if the ports such as app, WeChat, pc and the like generate orders, the shared warehouse hyper platform synchronizes the cloud orders to the purchase, sale and inventory system of the store; 410, the merchant carries out order delivery management on the store purchase-sale-storage system, and the purchase-sale-storage system has a complete set of commodity management functions; 411 represents that the system synchronizes the stock quantity to a cloud warehouse after the merchant picks up the goods, packs and goes out of the warehouse; 413 represents the trade company and sells in the store of leaving, and the researcher can be after selling and going out of the warehouse in the store in order and the synchronous cloud of latest stock quantity, and online data can keep unanimous like this, and the information is accurate, and the stock is accurate, guarantees that online business goes on offline simultaneously.

The commodity names are judged to be similar commodities when the similarity between the commodity names and the names of the existing commodities is more than 50%, then the commodities are sorted according to 10 before classification, if the new commodities are classified within 10, the new commodities are considered to be more reasonable, and if the new commodities are not classified, the new commodities are not reasonable. Unjustifiably informs the user to adjust the classifications and prompts for these 10 classifications.

The standard is as follows: the length of the commodity name is larger than 5, the specification, the size, the brand and the description must be filled in, and the number of main pictures and detailed pictures is larger than 2.

FIG. 5 is a flow diagram of a big data operation module according to the present invention. According to the description of the figure, after data such as commodities, orders and the like of the authorized merchants are collected to the cloud, the data are analyzed and calculated according to a calculation formula, valuable data are counted and are provided for the merchants to conduct daily operation.

For example, engineering machinery industry:

accessory coding- > mechanical type + brand- > classification- > accurate positioning use portion- > other accessories that may be needed

Building material industry:

the material attribute, quality- > is calculated to belong to home decoration material or tooling material- > is displayed on a home decoration plate or a tooling plate.

501 represents big data related developers and product designers to discuss and design big data calculation algorithms suitable for all industries and merchants; 502 represents a shared warehouse super platform for data acquisition, such as commodity information, order information, customer information and the like, and the ports comprise a store purchase-sale-storage system, an app end, a WeChat end, an applet end and the like; 503, synchronizing and collecting data of each end of the shared warehouse to a cloud end total library; 504 represents the data carding, the regularization, the classification, the adjustment, the re-editing and the like according to the data structure and the standard designed by the shared bin super platform; 505 represents performing data operation according to a designed algorithm; 506, storing the calculation result in a database view mode after the calculation is finished; 507, checking a big data operation analysis report after entering the sharing warehouse super-platform system, and displaying related reports, such as a sales trend graph, a growth curve, a customer distribution graph and the like, by the system according to the big data cloud computing result; 508 represents that when the merchant views the operation report, the merchant can perform report analysis graphs at different latitudes, such as the latitudes of time periods, areas, commodity types, customer attributes and the like to newly generate a report; 509 represents that after browsing the big data operation analysis report form, the merchant makes a personalized operation scheme according to the merchant, such as what commodity to enter, how much to adjust the selling price, what promotion to do, what client to push and the like according to the conditions of the merchant, the warehouse, the store and the like.

FIG. 6 is a flow diagram of a platform sales module in accordance with the present invention. The figure describes the operation and steps of the whole process of online and offline sales of the shared warehouse super platform, and the matters to be noted by the nodes in the middle and the connection relationship among the nodes.

601 represents a client to enter a shared warehouse super platform and log in an account; 602, browsing commodities on the shared cabin super platform on behalf of a client, wherein the user can enter various ports for browsing, such as app, pc, WeChat and the like; 603, the customer selects the commodity, can make a selection on whether to purchase the commodity on the list and the detail page, can place orders in batches after adding a shopping cart, and can also collect the orders; 604 determining to purchase the one or more items on behalf of the customer, and then either ordering immediately or ordering in a shopping cart, jumping to an ordering page; 605 to file the order information such as the name, telephone, address, invoice head-up, invoice tax number and submit the order; 606, the order placing is successful, the client pays, and the shared warehouse super platform provides multiple payment modes, such as payment treasure, WeChat, bank card, b2b enterprise internet bank and the like; 607 for picking, packing and sealing the box; 608 represents that the merchant delivers goods when going out of the warehouse, the logistics express company takes goods from home and pastes a logistics list, and then the logistics list is written back to the purchase-sale-storage system; 609, the customer receives the goods, the actual goods are unpacked and checked, and the goods are confirmed on the shared warehouse excess system after no problem exists; 610, evaluating the commodity on behalf of the customer, evaluating the merchant, wherein the evaluated merchant can obtain a certain credit value and can influence the comprehensive ranking of the commodity and the merchant, and the higher the credit value is, the higher the credit value is; 611 for online sales at stores on behalf of the merchant; 612, placing a shop sales order by using a purchase-sale-storage system with a shared warehouse excess; 613 represents adding the goods to the sales order according to the goods scan selected by the customer at the store; 614, the merchant fills in customer information including name, telephone, address, invoice head-up, invoice tax number; 615 for submitting the sales order, the sales order can be printed after the successful submission; 616 represents the customer making an on-the-fly payment, cash support, pos machine swipe, WeChat, Payment, etc. from the sales order.

Fig. 7 is a flow diagram of a distribution module in accordance with the present invention. The flow and steps of the whole distribution module are described as the figure, and the flow of goods uploading, distribution and selling, ordering, order distribution, delivery and the like is included, and the specific operation is as follows.

701, a merchant enters a sharing storehouse super platform and logs in an account number of the merchant; 702 represents a merchant to upload commodities actually operated by the merchant, and the information of the uploaded commodities comprises names, sizes, specifications, attributes, descriptions, prices, pictures and the like; 703, performing auditing by a shared warehouse super-platform administrator, and examining whether characters and pictures are legal and compliant, wherein the auditing results are 704 and 713; 704 represents that the commodity is approved, the merchant sets distribution information, such as distribution price, highest and lowest selling price and the like, and the commodity enters a large over-distribution warehouse of the shared warehouse after the setting is finished; 705 selecting commodities to be distributed by other merchants in the shared bin super large warehouse to support various screening and retrieval, such as name fuzzy query, price interval, sales volume and the like; 706 represents that the merchant selects the commodity to be distributed, sets the selling price of the merchant, can beautify the picture of the commodity, but cannot change the name, the attribute, the specification and the size of the commodity and the like; 707, which represents a mounted commodity that is displayed in the shop of the user; 708 making a purchase on behalf of the customer after seeing the distributed item in the platform or online store; 709, the customer purchases the order-placing distribution commodity, the customer needs to fill in the name, the telephone, the address, the invoice heading and the invoice tax number of the receiver, and after filling, the customer confirms the order and then pays; 710 represents that after the distribution order is generated, both the distributor and the supplier can see the order, but the shipment is sent by the supplier, the supplier needs to pick up the order, pack, seal, paste the logistics list, etc., and the updated distribution supplier of the nodes can see the order; 711 receiving goods by a customer, unpacking and checking after actually receiving the goods, and confirming the goods receiving on the shared warehouse excess system after the goods have no problems; 712, evaluating the commodity by the customer, evaluating the merchant, wherein the evaluated merchant can obtain a certain credit value which can influence the comprehensive ranking of the commodity and the merchant, and the higher the credit value is, the higher the;

fig. 8 is a flow diagram of a platform logistics module in accordance with the present invention. As shown in the figure, after the logistics merchant live in the shared warehouse super platform, the logistics merchant and the selling merchant perform the communication, docking and display integration of the order and the logistics information, and the specific steps are as follows.

801 represents a logistics merchant to live in a shared warehouse super platform, and account numbers are registered to open shops and improve shop information; 802 represents signing an online or offline related check-in agreement, which is a constraint term of rights and interests and responsibilities of a platform and a logistics merchant, and guarantees the safety of goods and the accuracy of logistics information; 803 represents data communication with a logistics merchant, the medium-sized and large-sized logistics merchants have own logistics systems, the merchants of the type communicate data with the shared warehouse super platform through the data interface, and the merchants without the logistics systems use the logistics system function of the shared warehouse super platform; 804 represents a merchant to set a logistics template, such as which logistics is sent by default, logistics merchants are distributed according to areas, a calculation mode of logistics cost is adopted, and the like; 805, the shared warehouse super platform generates a sales order and then pushes order information to the distributed logistics merchants, and only pushes consignees, telephones and addresses; 806 generates a logistics order number after receiving the order by the logistics merchant, and synchronizes the logistics order number to the shared warehouse super platform by using the data interface; 807 represents the delivery of the merchant, the merchant can directly generate the logistics list according to the pushed logistics list number, can also be directly attached to a container, and can also carry the logistics list by the logistics merchant to attach the logistics list for subsequent delivery; 808, after delivery, the customer can check the logistics information on the shared warehouse super platform, and at the moment, the shared warehouse super platform goes to the logistics merchant system to get the logistics information through the data interface and then displays the logistics information to the customer; 809 represents the client to view the queried logistics information and may communicate related matters with the client.

FIG. 9 is a flow diagram of a platform buy module in accordance with the present invention. Depicted as the figure is a series of flows and related operations by the customer from issuing their own needs, making offers by merchants, the customer selecting a merchant, placing an order, harvesting, etc.

901 represents that a client enters a shared warehouse super platform to log in an account number, and the account number is required to be logged in for purchasing; 902, issuing purchase information on behalf of the client, wherein the specific contents comprise: the name, specification, size, other requirements and the like of the needed commodity are submitted to the platform; 903 represents a shared bin super-platform administrator to perform auditing, and mainly checks whether characters and pictures are legal and compliant, wherein the auditing result has two conditions, one is 904, and the other is 905; 904, the audit is not passed, the customer needs to revise and edit the purchase information again, and then submit the purchase information again to enter the audit; 905 represents that the purchase information passes the audit, at this time, the system will automatically screen the appropriate goods, that is, the merchant selling the purchase goods; 906 represents that the piece of shopping information can be set on top (shown in the first few bars of the shopping list) if desired by the customer, although a fee is charged here; 907 represents that the system screens out the merchants and pushes the purchasing information to the merchants; 908, the merchant takes a quote after seeing the purchase information, and the quote includes the type of the provided invoice (general invoice and special invoice), tax point, selling price, whether to protect the freight charge and the like; 909 picks up an appropriate quotation among a plurality of quotations on behalf of the client; 910 selecting a quotation on behalf of the customer, the customer selecting according to the comprehensive consideration of the brand, the quality guarantee, the price, the tax, etc. of the goods; 911 represents that the merchant with the selected quotation sends the commodity information to the customer according to the quotation, the commodity is directly displayed in the shopping cart, and the commodity is consistent with the commodity in the quotation; 912, the customer places an order in the shopping cart according to the goods pushed by the merchant, fills in the name, the telephone, the address of the receiver, the invoice heading and the invoice tax number, and submits the order;

913 payments on behalf of the customer; 914 represents the quoting merchant to pick up the goods and pack the boxes; 915 represents that the quotation merchant delivers goods out of the warehouse, the logistics company takes goods from the home, a logistics list is pasted, the logistics list number is written back to the purchase-sale-storage system, and the cloud-end order is synchronized; 916, receiving goods on behalf of the customer, unpacking and checking the goods after the goods are actually received, and confirming the goods receiving on the shared warehouse excess system after the goods have no problems; 917 evaluating the commodity by the customer, evaluating the merchant, wherein the evaluated merchant obtains a certain reputation value which affects the comprehensive ranking of the commodity and the merchant, and the higher the reputation value is, the higher the reputation value is;

FIG. 10 is a flow diagram of an after-market module in accordance with the present invention. As shown, the unified return and refund process for orders on the shared warehouse super platform is explained.

1001 enters and logs into the shared bin meta-platform on behalf of a customer; 1002 representing a customer to go to an order list and find an order corresponding to goods to be returned and refunded; 1003 applies for a refund (a refund if the order has been shipped and a refund if the order has not been shipped) or a refund on the order detail page on behalf of the customer; 1004 represents the customer to fill out a refund or return application form and fill out relevant affairs, relevant evidence (take a picture); 1005 represents filing after filling and writing the refund and return application form; 1006 represents that the shared warehouse super platform administrator performs the audit, and the main audit content is real or not, if necessary, the shared warehouse super platform administrator communicates with the merchant to approve whether the shared warehouse super platform administrator meets the refund requirement and system; 1007 represents that there are two types of audit results, one is audit passed and enters 1010, and the other is audit not passed and enters 1008; 1008 represents pushing the information that the audit is not passed to the client and informing the reason of the rejection; 1009 represents that the order already exceeds the scope of the refund and return regulation, such as overtime, special goods, and the like, and the condition can only be solved by the negotiation of the off-line merchant and the buyer, and the platform is used as a matching supervisor to coordinate in the middle; 1010 represents the application, and the system automatically judges whether the goods are delivered or not at this time, if the goods are delivered, the operation goes to 1013, and if the goods are not delivered, the operation goes to 1011; 1011 represents that the order is not delivered and goods are not returned, the system directly returns the total amount of the order to the customer; 1012, notifying the client by a short message after refund, closing the order and ending the process; 1013, if the order is delivered, the buyer is required to return the commodity, and the information that the commodity is approved and sent back is pushed to the customer through messages and short messages; 1014 sending back the goods to the merchant on behalf of the customer, and filling the returned logistic bill number on the shared warehouse overtaking system; 1015 the merchant receives the returned merchandise; 1016 represents unpacking and checking to see if the goods are intact and the quantity is enough; 1017 represents acceptance results, one case is acceptance pass 1022 and acceptance fail 1018; 1018 representing a problem with the returned merchandise, the merchant negotiating a refund amount with the buyer; 1019 represents the buyer's settlement amount determined by both parties in accordance with the situation of damage, and then the remaining amount is set to the refund ticket; 1020 represents the merchant side to report the returned goods with problems to the loss; 1021, refunding is carried out on behalf of the merchant, and the amount of the final refund is based on the amount approved by the refund sheet; 1022 represents that the commodity is intact and has no problem, the merchant puts the returned commodity in storage, the commodity can be sold again, and the applied refund amount is written back to the refund bill; 1023 represents a refund short message informing the customer and setting the order status as refund.

FIG. 11 is a block diagram of a platform credit hierarchy module in accordance with the present invention. The composition of the whole credit system and the calculation implementation details of credit value addition and subtraction are described as shown in the figure.

1101, initializing a credit value on a super platform of the shared warehouse, and generating an initial credit value for the customer and the merchant by the system when the customer registers a successful account number and the merchant opens a shop successfully; 1102 generating an order for a transaction on the platform on behalf of a customer and a merchant; 1103 represents that the trade order is normally finished, and both parties evaluate; 1104 represents that credit values which should be obtained are respectively calculated for the customer and the merchant according to scores of mutual evaluation of the two parties; 1105 represents that the system respectively increases or decreases the credit values for the customer and the merchant according to the calculated credit values; 1106 represents that each change in reputation value will detect whether the remaining reputation values of the customer and merchant touch a reputation red line, if below 1108, if not 1107; 1107 represents that the credit value is not lower than the red line value, and the client and the merchant correspondingly perform lifting treatment on the ranking after the credit values are increased or decreased; 1108 represents penalties to customers and merchants who are below the red line; 1109 represents punishing the merchant who is lower than the red line, and carrying out the blocking treatment on the online store of the merchant, wherein the online trade can not be carried out by the store any more, but the trade order can go through the flow; 1110 represents penalizing a customer who is below the red line, pulling the customer into a blacklist, who can make purchases on the platform but has no right to maintain; 1111 represents a reminder to the merchant that the customer is a blacklisted customer if pulled into blacklist to purchase goods on the platform, please take care of, the merchant has the right to not pick up orders; 1112 applying for return or change of goods on behalf of the customer, deducting credit values added by the buyer and the seller if the goods are returned, and deducting credit values of an extra amount to the seller if the goods are returned due to quality problems; 1113 represents the client to make malicious purchases, such as frequent purchases and retreats, no quality problem but 35820s of goods, quality problem of trapped merchants and other adverse conditions, and makes additional credit value deduction for the client; 1114 represents the relative penalty system established in advance for the penalty sharing warehouse over platform of different nature, and when the customer live with the merchant and violates the regulations, the corresponding credit value is directly deducted.

Claims

1. The shared-bin ultra-large data platform is characterized by comprising the following modules:

2. The shared-bin ultra-large data platform of claim 1, wherein said merchant authorization check-in module comprises the steps of:

step 202: the user inputs an account password, logs in, and enters step 203;

step 214: the check is passed, and check-in is completed;

step 217: and automatically logging in after the registration is successful.

3. The shared-bin very large data platform of claim 1, wherein said item data storage module comprises the steps of:

step 301: installing a purchase-sale-stock system;

step 302: and (3) merchant login:

step 303: and (4) carrying out commodity management:

step 304: filling in commodity information;

step 305: submitting to enter a system;

step 307: if the audit is not passed, returning to the step 305;

step 309: warehousing the commodities;

step 310: putting the commodities on shelves;

step 311: selling commodities;

step 313: and (4) the stock is sufficient and the product is normally sold.

4. The shared-bin very large data platform of claim 1, wherein said cloud repository and entity repository data synchronization module comprises the steps of:

step 407: synchronizing the commodities to a cloud warehouse;

step 412: re-editing commodity information and uploading;

5. The shared-bin very large data platform of claim 1, wherein said big data operation module comprises the steps of:

step 502: the shared bin super platform acquires data;

step 505: performing data operation according to a designed algorithm;

6. The shared-bin very large data platform of claim 1, wherein said sales module comprises the steps of:

step 602: a client browses commodities on the shared warehouse super platform;

step 606: the order placing is successful, and the client pays;

step 607: picking, packaging and sealing the box by a merchant;

step 611: the merchant makes online sales in the store;

step 616: the client pays the money on the spot according to the sales order;

the distribution module comprises the following steps:

step 707: the goods are erected and displayed in the shop;

7. The shared-bin very large data platform of claim 1, wherein said logistics module comprises the steps of:

step 802: signing an online or offline related check-in agreement;

step 804: a merchant sets a logistics template;

step 807: the merchant delivers the goods;

step 809: the client browses the inquired logistics information.

8. The shared-bin very large data platform of claim 1, wherein said buy-ing module comprises the steps of:

step 906: the customer can put the piece of purchasing information on the top;

step 909: the client selects a proper quotation from quotations;

step 910: the client selects a quotation;

step 913: client payment;

9. The shared-bin very large data platform of claim 1, wherein said after-market module comprises the steps of:

step 1001: a client enters and logs in the shared warehouse super platform;

step 1003: the customer applies for refund or return on the order detail page;

step 1005: filing the refund and return application form;

step 1006: the shared bin super-platform manager carries out auditing;

step 1007: entering step 1010 or step 1008 according to the checking result;

step 1015: the merchant receives the returned commodity;

10. The shared-bin very large data platform of claim 1, wherein said credit hierarchy module comprises the steps of:

step 1108: penalizing customers and merchants who are below the red line;