CN116362847A

CN116362847A - Cross-border electronic commerce digital purse net based transaction method and system

Info

Publication number: CN116362847A
Application number: CN202310632978.9A
Authority: CN
Inventors: 薛波
Original assignee: Jiangsu Zhongchuang Supply Chain Service Co ltd
Current assignee: Jiangsu Zhongchuang Supply Chain Service Co ltd
Priority date: 2023-05-31
Filing date: 2023-05-31
Publication date: 2023-06-30
Anticipated expiration: 2043-05-31
Also published as: CN116362847B

Abstract

The invention provides a transaction method and a transaction system based on a cross-border electronic commerce digital purse net, which are used for acquiring commodities with commodity states of goods as one type of commodities and commodities with commodity states of goods to be distributed as two types of commodities; acquiring first floor information of various commodities in a bonded area, generating a first guide path according to the first floor information, sending the first guide path to a purchasing end for display, acquiring a current floor of the bonded area where the purchasing end is located, and generating a second guide path according to the commodity information of the corresponding first floor information and the current position when the current floor corresponds to one first floor information, and sending the second guide path to the purchasing end for display; acquiring purchased goods purchased by the purchasing end based on the first guide path and the second guide path, updating the first guide path and the second guide path for the first time according to the purchased goods, and updating the first guide path and the second guide path for the second time according to the actual arrival time of the second-class goods; and carrying out warehouse cleaning update processing on the total list of the corresponding first tax protection warehouse according to the purchased commodity.

Description

Cross-border electronic commerce digital purse net based transaction method and system

Technical Field

The invention relates to a data processing technology, in particular to a transaction method and a transaction system based on a cross-border electronic commerce digital purse net.

Background

In recent years, the electronic commerce industry gradually develops and matures, people pursue the life quality at the rise of water, and many people begin to pay attention to and experience convenience and services brought by the digital enclosure of cross-border commodities. There are two general trade forms of cross-border commodities, one is sold through an on-line platform, and the other is sold by using a bonded area. In recent years, the sale of cross-border commodities in bonded areas is favored by people, especially the form of 'buying just lifting just' is relatively hot, buying just lifting just, namely direct taking away when buying on site, and the form does not need a user to go to a commodity lifting point of an airport or the like for commodity lifting.

In the prior art, when a user needs to buy and carry out commodity purchase, the user can arrive at a bonded area to buy and carry out commodity purchase, and the premise is that the user needs to sell corresponding commodity in a shop, and the user can not realize the buying and carrying out of corresponding commodity when the commodity is out of stock.

Therefore, how to combine the commodity state of the bonded area and the transaction requirement of the user to generate a corresponding transaction path so as to assist the user to carry out the instant buying instant reminding transaction becomes an urgent problem to be solved.

Disclosure of Invention

The embodiment of the invention provides a transaction method and a system based on a cross-border electronic commerce digital purse net, which can generate a corresponding transaction path by combining the commodity state of a bonded area and the transaction requirement of a user so as to assist the user to carry out the purchase-and-extraction transaction.

In a first aspect of the embodiment of the present invention, a transaction method based on cross-border electronic commerce digital purse net is provided, including:

receiving a replenishment bill of a corresponding selling end in a bonded area, determining a distribution bill of a corresponding first bonded bin in the bonded area according to the replenishment bill, and updating commodity states of the selling ends based on the distribution bill, wherein the commodity states comprise goods, no goods and to-be-distributed goods;

receiving a shopping list input by a purchasing end which completes the registration of the information of the bonded area, classifying the shopping list according to the commodity states of all the selling ends to obtain commodities with commodity states of goods as one class of commodities and commodities with commodity states of goods to be distributed as two classes of commodities, and displaying the estimated goods arrival time of the two classes of commodities;

acquiring first floor information of each commodity in the bonded area, generating a first guide path according to the first floor information, sending the first guide path to a purchasing end for display, acquiring the current position of the purchasing end, acquiring the current floor of the bonded area where the purchasing end is located according to the current position, and generating a second guide path according to the commodity information and the current position corresponding to the first floor information when the current floor corresponds to one first floor information, and sending the second guide path to the purchasing end for display;

Acquiring purchased goods purchased by the purchasing end based on the first guide path and the second guide path, updating the first guide path and the second guide path for the first time according to the purchased goods, and updating the first guide path and the second guide path for the second time according to the actual arrival time of the second-class goods;

and carrying out warehouse cleaning update processing on the total list of the corresponding first tax protection warehouse according to the purchased commodity of the purchasing terminal.

Optionally, in one possible implementation manner of the first aspect, receiving a replenishment bill of a corresponding vending terminal at the bonded area, determining a distribution bill of a corresponding first bonded bin at the bonded area according to the replenishment bill, and updating a commodity status of each vending terminal based on the distribution bill, including:

acquiring an inventory list of the corresponding selling terminals, acquiring the inventory quantity of each commodity corresponding to the corresponding selling terminals based on the inventory list, updating the commodity state of the corresponding commodity to be commodity when the inventory quantity is larger than 0, and displaying the inventory quantity of the corresponding commodity;

when the stock quantity is equal to 0, acquiring a replenishment bill of a corresponding selling end in the bonded area, and if no corresponding commodity with the stock quantity equal to 0 exists in the replenishment bill, updating the commodity state of the corresponding commodity to be free;

If the corresponding commodities with the inventory quantity equal to 0 exist in the replenishment bill, updating the commodity state of the corresponding commodity into a commodity to be distributed, generating a distribution bill for the commodity to be distributed according to the commodity state, and sending the distribution bill to a transportation end of a corresponding first tax keeping bin;

and acquiring goods picking information of each selling end and the expected goods arrival time of each commodity in the goods distribution list by the transportation end based on the goods distribution information of each selling end, and sending the goods picking information and the expected goods arrival time to the corresponding selling end.

Optionally, in one possible implementation manner of the first aspect, the acquiring, by the transport terminal, shipment information of each vending terminal based on the shipment list, obtaining, according to the shipment information, shipment information of each vending terminal and expected arrival time of each commodity in the shipment list, and sending the shipment information and the expected arrival time to the corresponding vending terminal includes:

acquiring a storage interface corresponding to the transportation end, wherein the storage interface comprises a plurality of sub-interfaces corresponding to the physical storage cells, and acquiring second commodities corresponding to the sub-interfaces according to triggering information of the transportation end on the corresponding sub-interfaces and scanned second commodity labels corresponding to the sub-interfaces;

Determining sub-interfaces corresponding to the vending terminals according to the corresponding goods distribution list of the vending terminals and the second goods corresponding to the sub-interfaces in the corresponding transport terminals, and generating corresponding goods taking indication interfaces of the vending terminals based on the sub-interfaces;

and acquiring the cargo allocation loading time uploaded by the transportation end, obtaining the expected arrival time according to the cargo allocation loading time and the preset transportation time, and sending the cargo allocation indication interface and the preset arrival time to the corresponding selling end.

Optionally, in one possible implementation manner of the first aspect, acquiring first floor information of each commodity in the bonded area, generating a first guiding path according to the first floor information, and sending the first guiding path to a purchasing end for display, where the method includes:

acquiring a first floor number corresponding to each first floor information and a second floor number of a current floor corresponding to the purchasing terminal, and acquiring a phase difference floor number between the current floor corresponding to the purchasing terminal and each first floor information according to the absolute value of the difference value of the first floor number and the second floor number;

and carrying out ascending order sequencing on the first floor information according to the number of the different floors to obtain a floor reference sequence, and generating a first guiding path according to the floor reference sequence and sending the first guiding path to a purchasing end for display.

Optionally, in one possible implementation manner of the first aspect, when the current floor corresponds to one piece of the first floor information, generating a second guiding path according to a type of commodity information and a current position of the corresponding piece of the first floor information, and sending the second guiding path to a purchasing end for display, where the generating includes:

when the current floor corresponds to one piece of first floor information, acquiring a class of commodity corresponding to the corresponding first floor information as a target commodity, acquiring a first selling position of a selling end corresponding to each target commodity, and acquiring a first purchasing distance between a purchasing end and each corresponding selling end according to the first selling position and the first current position;

and sequencing all corresponding selling terminals in ascending order based on the first purchasing distance to obtain a selling terminal sequence, acquiring a first purchasing path between adjacent selling terminals in the selling terminal sequence, and generating a second guiding path according to the first purchasing path and the second purchasing path between the selling terminal closest to the purchasing terminal in the selling terminal sequence and the purchasing terminal, and sending the second guiding path to the purchasing terminal for displaying.

Optionally, in one possible implementation manner of the first aspect, acquiring the purchased goods purchased by the purchasing end based on the first guiding path and the second guiding path, updating the first guiding path and the second guiding path once according to the purchased goods, and updating the first guiding path and the second guiding path twice according to the actual arrival time of the second class of goods, including:

acquiring all types of commodities corresponding to the first floor information to generate commodity sets corresponding to the first floor information, deleting the first floor information corresponding to the corresponding commodity sets if all types of commodities in the commodity sets are identical to the purchased commodities, obtaining updated first floor information, and updating the first guide path once according to the updated first floor information;

deleting the purchased goods from the shopping list to obtain an unpopulated list, updating one type of goods based on the unpopulated list to obtain an updated one type of goods, and updating the second guide path corresponding to the corresponding first floor information for one time according to the updated one type of goods;

When the actual arrival time of the second-class commodities is the current time, acquiring the corresponding second-class commodities as commodities to be purchased;

acquiring a selling floor corresponding to a selling end where the commodity to be purchased is located, and if the selling floor corresponds to the purchased floor information, secondarily updating the first guide path based on the purchased floor information and updated first floor information;

if the selling floor is the current floor where the purchasing end is located, the second guiding path is updated for the second time based on the commodity to be purchased and the purchased commodity;

and if the selling floors correspond to the first floor information which is not purchased by the purchasing end, updating the second-class commodities into the first-class commodities corresponding to the corresponding first floor information.

Optionally, in one possible implementation manner of the first aspect, if the selling floor is a current floor where a purchasing end is located, the second guiding path is updated secondarily based on the commodity to be purchased and the purchased commodity, including:

updating target commodities corresponding to corresponding first floor information based on the purchased commodities to obtain un-purchased commodities, obtaining second selling positions of selling ends corresponding to the un-purchased commodities and the commodities to be purchased, and obtaining second purchasing distances between the selling ends and the purchasing ends corresponding to the un-purchased commodities and the commodities to be purchased according to the second selling positions and the second current positions;

And carrying out ascending order on all corresponding selling terminals based on the second purchase distance to obtain a secondary update sequence, obtaining a first update path between adjacent selling terminals in the secondary update sequence, and obtaining a second update path between the selling terminal closest to the purchasing terminal in the secondary update sequence and the purchasing terminal, generating a secondary update path according to the first update path and the second update path, and carrying out secondary update on the second guide path based on the secondary update path.

Optionally, in a possible implementation manner of the first aspect, updating the current location of the purchasing end and the purchased commodity includes:

dividing each floor in the target area into a plurality of positioning areas corresponding to each floor, and setting corresponding routing nodes for each positioning area;

receiving a connection request input by the purchasing terminal, acquiring routing nodes in a preset range based on the connection request, and acquiring the routing node with the strongest signal as a connection node to be connected with the purchasing terminal, and acquiring a positioning area corresponding to the connection node as a current position corresponding to the purchasing terminal;

Acquiring a positioning area corresponding to the commodity as a purchasing area, and generating purchasing inquiry information to be sent to the purchasing end when the current position corresponds to the purchasing area;

and receiving purchased information input by the purchasing terminal based on the purchase inquiry information, and taking the corresponding type of commodities as purchased commodities according to the purchased information.

Optionally, in one possible implementation manner of the first aspect, the method further includes:

the positioning area corresponding to the second guiding path is obtained to be used as a path area, and the path area is displayed according to a first display mark;

the positioning area corresponding to the current position of the purchasing end is obtained to be used as a current area, and the current area is displayed according to a second display mark;

and acquiring a positioning area where the selling ends corresponding to the first-class commodities and the second-class commodities are located as a selling area, and displaying the selling area according to a third display mark.

In a second aspect of the embodiment of the present invention, a transaction system based on a cross-border electronic commerce digital purse net is provided, including:

the goods distribution module is used for receiving the goods replenishment list of the corresponding selling end at the bonded area, determining the goods distribution list of the corresponding first bonded bin at the bonded area according to the goods replenishment list, and updating the goods state of each selling end based on the goods distribution list, wherein the goods state comprises goods, no goods and goods to be distributed;

The state module is used for receiving a shopping list input by a purchasing end which completes the registration of the information of the bonded area, classifying the shopping list according to the commodity states of the selling ends to obtain commodities with commodity states of goods as one class of commodities and commodities with commodity states of goods to be distributed as two classes of commodities, and displaying the estimated time of arrival of the two classes of commodities;

the guide module is used for acquiring first floor information of the commodities in the bonded area, generating a first guide path according to the first floor information, sending the first guide path to a purchasing end for display, acquiring the current position of the purchasing end, acquiring the current floor of the bonded area where the purchasing end is located according to the current position, generating a second guide path according to the commodity information in the first floor information and the current position corresponding to the current floor corresponding to the first floor information when the current floor corresponds to the first floor information, and sending the second guide path to the purchasing end for display;

the updating module is used for acquiring purchased goods purchased by the purchasing end based on the first guide path and the second guide path, updating the first guide path and the second guide path for the first time according to the purchased goods, and updating the first guide path and the second guide path for the second time according to the actual arrival time of the second-class goods;

And the warehouse cleaning module is used for cleaning and updating the total list of the corresponding first tax protection warehouse according to the purchased commodity at the purchasing end.

The beneficial effects of the invention are as follows:

1. the invention can generate the corresponding transaction path by combining the commodity state of the bonded area and the transaction requirement of the user so as to assist the user to carry out the purchase-and-provide transaction. When the commodity state of the commodity required to be purchased by the user is generated, the commodity state of the commodity sold corresponding to each selling end in the bonded area is obtained first, and then the commodity state of the commodity required to be purchased by the user is obtained according to the purchasing list input by the user and the commodity state of the commodity sold corresponding to each selling end, so that the commodity state of each commodity in the purchasing list can be known by the user based on the purchasing end, and the user can shop for the corresponding commodity according to the commodity state. When the path information of the commodity required to be purchased by the user is generated, the first guide path is generated according to the floor where the commodity required to be purchased by the user is located and sent to the purchasing terminal, so that the user can know the floor information corresponding to the commodity based on the purchasing terminal, and then when the user reaches one floor where the commodity required to be purchased is located, the second guide path is generated according to the shop position corresponding to the commodity required to be purchased by the user in the floor and the current position of the user and sent to the purchasing terminal, and the user can correspondingly purchase the commodity in the floor based on the second guide path provided by the purchasing terminal. In the process of purchasing by the user, the invention also carries out real-time primary updating on the first guide path and the second guide path according to the commodity purchased by the user, and when the commodity to be distributed arrives, the invention also carries out real-time secondary updating on the first guide path and the second guide path according to the commodity to be distributed, thus dynamically adjusting the first guide path and the second guide path according to the purchasing condition of the user and providing path reference for the user in real time when the commodity is purchased.

2. When the commodity state of the commodity sold corresponding to each selling end in the bonded area is obtained, the corresponding commodity inventory quantity and the corresponding commodity replenishment quantity are obtained according to the inventory list and the commodity replenishment list of each selling end, and then the commodity state of the corresponding commodity is updated to be in the presence, absence or to be distributed according to the inventory quantity and the commodity replenishment quantity, so that the commodity state corresponding to each selling end can be updated, and the selling end can know the inventory quantity of each commodity. In addition, when the goods are replenished to each selling end according to the transportation end, the goods taking information and the goods estimated time corresponding to each selling end are generated, so that the selling end can know the corresponding information and the goods estimated time when the goods are taken. When the goods taking information corresponding to each selling end is generated, firstly, one storage interface in transportation is generated, the storage interface comprises a plurality of sub-interfaces corresponding to the physical storage cells, then the goods stored in each storage cell are displayed through the corresponding sub-interfaces, and then the corresponding sub-interfaces are matched with the corresponding selling ends to obtain the goods taking indication interface corresponding to each selling end, so that the corresponding selling end can know the corresponding storage cell in goods taking, the extraction position of the goods can be mastered rapidly, and the goods taking efficiency is improved.

3. When the first guide path is generated, the corresponding first guide path is generated according to the number of the different floors between the floors where the commodity is located and the floors where the user is located, and the floors with smaller numbers of the different floors are preferentially displayed to the user based on the purchasing end, so that the user can preferentially select the floors with the shorter distance to purchase according to the first guide path displayed by the purchasing end, and the time of shopping is saved. When the second guide path is generated, the corresponding second guide path is generated according to the purchase distance between the store position corresponding to the commodity required to be purchased by the user and the current position of the user, so that the user is guided to shop to store in the store with the closer purchase distance, and the time during shopping is saved. In the shopping process of the user, the invention also updates the first guide path and the second guide path in real time according to the purchased goods, thereby providing path references for the goods which are not purchased by the user in real time. When the commodity to be distributed arrives, if the floor of the shop where the commodity to be distributed is consistent with the current floor of the user, the invention adds the position of the shop where the commodity to be distributed is located into the position of the shop when the planning path is updated when the second guiding path of the floor is updated, so that the user purchases the corresponding commodity according to the updated second planning path, if the floor of the shop where the commodity to be distributed is not located at the current floor of the user but at the floor already purchased by the user, the first guiding path can be updated according to the floor of the shop where the commodity to be distributed is located, the corresponding floor is added to the floor where the commodity needs to be purchased by the user again, if the floor of the shop where the commodity to be distributed is not located at the current floor of the user but at the floor where the user is not already purchased, the commodity to be distributed can be updated directly to the commodity with the corresponding property when the user arrives at the corresponding floor, the corresponding shop is moved to the corresponding shop, the commodity to be purchased by the user, and the commodity to be distributed can be dynamically adjusted to the first guiding path by combining the condition and the condition of the purchasing of the commodity to be distributed to the first guiding path.

Drawings

FIG. 1 is a schematic flow chart of a transaction method based on a cross-border electronic commerce digital purse net provided by an embodiment of the invention;

FIG. 2 is a schematic diagram of a transaction system based on a cross-border e-commerce digital purse net according to an embodiment of the present invention;

fig. 3 is a schematic hardware structure of an electronic device according to an embodiment of the present invention.

Detailed Description

For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

First, an application scenario of the present solution is described:

there are two general trade forms of cross-border commodities, one is sold through an on-line platform, and the other is sold by using a bonded area. In recent years, the sale of cross-border commodities in bonded areas is favored by people, especially the form of 'buying just lifting just' is relatively hot, buying just lifting just, namely direct taking away when buying on site, and the form does not need a user to go to a commodity lifting point of an airport or the like for commodity lifting.

In practical application, the server can generate transaction mode interfaces corresponding to corresponding bonded areas in advance for two transaction modes of the cross-border commodity, wherein the transaction mode interfaces can comprise transaction buttons for one online shopping mailing mode and transaction buttons for another bonded area site mode, and when the user finishes information registration of the corresponding bonded areas, different transaction operations can be performed according to the transaction buttons selected by the user.

When the user selects the transaction button in the mailing mode, the commodities in the corresponding bonded area can be listed for the user to select, and then the commodities selected by the user are dispatched to the places designated by the user in the mailing mode. When the user selects the transaction button in the field mode, a purchase path and a commodity state corresponding to the corresponding commodity can be generated according to the commodity information selected by the user, and a purchase reference is provided for the user when the commodity is purchased through the purchase path and the commodity state.

Referring to fig. 1, a flow chart of a transaction method based on a cross-border e-commerce digital purse net according to an embodiment of the present invention is shown, and an execution subject of the method shown in fig. 1 may be a software and/or hardware device. The execution bodies of the present application may include, but are not limited to, at least one of: user equipment, network equipment, etc. The user equipment may include, but is not limited to, computers, smart phones, personal digital assistants (Personal Digital Assistant, abbreviated as PDA), and the above-mentioned electronic devices. The network device may include, but is not limited to, a single network server, a server group of multiple network servers, or a cloud of a large number of computers or network servers based on cloud computing, where cloud computing is one of distributed computing, and a super virtual computer consisting of a group of loosely coupled computers. This embodiment is not limited thereto. The method comprises the steps S1 to S5, and specifically comprises the following steps:

s1, receiving a replenishment bill of a corresponding selling end in a bonded area, determining a distribution bill of a corresponding first bonded bin in the bonded area according to the replenishment bill, and updating commodity states of the selling ends based on the distribution bill, wherein the commodity states comprise goods, no goods and to-be-distributed goods.

The selling end can be a bonded shop in the bonded area, when the bonded shop sells the goods, the goods can be extracted from the bonded warehouse in advance and put into the shop for sale, and when the corresponding goods are sold, the goods codes of the corresponding goods in the bonded warehouse are eliminated, so that the corresponding goods in the bonded warehouse are cleared, and the buying and selling of the goods can be realized by utilizing the digital purse net technology. It should be noted that if the commodity is not sold, the commodity code of the commodity cannot be eliminated, and the commodity code is still in the state of the bonded warehouse, so that a digital purse net of the corresponding commodity is formed.

In practical application, the commodity in the selling end (namely, the bonded shop) is sold in real time, so that three commodity states of commodity, no commodity and to-be-distributed commodity possibly appear, and therefore, the invention can obtain the corresponding commodity distribution list of the first bonded warehouse according to the commodity supplementing list of the selling end, and update the commodity state of the selling end through the commodity distribution list, so that the commodity state corresponding to each selling end can be obtained.

The specific implementation manner of step S1 based on the above embodiment may be:

s11, acquiring inventory lists of the corresponding selling ends, acquiring inventory numbers of the corresponding commodities of the corresponding selling ends based on the inventory lists, updating commodity states of the corresponding commodities to be available when the inventory numbers are larger than 0, and displaying the inventory numbers of the corresponding commodities.

When the stock quantity is greater than 0, the corresponding commodity in the selling end is indicated to be in stock quantity, so that the commodity state of the corresponding commodity can be updated to be in stock, the stock quantity of the corresponding commodity can be displayed, the selling end can know the stock quantity of each commodity, and the selling end can timely perform corresponding replenishment processing on the commodity with the smaller stock quantity.

And S12, when the stock quantity is equal to 0, acquiring a replenishment bill of the corresponding selling end in the bonded area, and if the replenishment bill does not contain the corresponding commodity with the stock quantity equal to 0, updating the commodity state of the corresponding commodity to be free.

When the stock quantity is equal to 0, it indicates that the corresponding commodity in the selling end is not in stock quantity, and if the corresponding commodity is not in the replenishment bill of the selling end, it indicates that the selling end may not intend to replenish the corresponding commodity, in this case, the commodity state of the corresponding commodity may be updated to be free, which indicates that the corresponding commodity is empty.

And S13, if the corresponding commodities with the inventory quantity equal to 0 exist in the replenishment bill, updating the commodity state of the corresponding commodities to be distributed, generating a distribution bill for the commodities to be distributed according to the commodity state, and sending the distribution bill to the transportation end of the corresponding first tax keeping bin.

When the stock quantity is equal to 0, but the corresponding commodity with the stock quantity equal to 0 exists in the replenishment bill, the selling end is indicated to be likely to replenish the corresponding commodity, in which case the commodity state of the corresponding commodity can be updated to be matched, and the selling end is indicated to replenish the corresponding commodity.

After obtaining the goods to be restocked at each selling end, a goods allocation list corresponding to each selling end can be generated and sent to the conveying end, and then the conveying end allocates the goods in the bonded bin to the corresponding selling end to finish restocking.

It is worth mentioning that the vending terminal and the first tax protection bin in this scheme are both located in the same bonded area, for example, there are many tax protection bins around the three tax protection cities to store the commodity, and many tax protection stores in the tax protection cities can also sell the commodity, in general, the transportation time from the tax protection bin to the tax protection store will not be too long.

S14, acquiring goods allocation information of the transportation end to each selling end based on the goods allocation list, acquiring goods taking information of each selling end and expected goods arrival time of each commodity in the goods allocation list according to the goods allocation information, and sending the goods taking information and the expected goods arrival time to the corresponding selling end.

When the goods in the bonded bin are distributed to the corresponding selling ends by the transporting end, goods taking information corresponding to each selling end and expected goods taking time of each goods in the goods distributing list can be generated according to the goods distributing list corresponding to each selling end, so that each selling end can finish goods taking according to the corresponding goods taking information, the expected goods taking time of each goods can be obtained, and a reference is provided for the actual goods taking time of the goods.

Specifically, step S14 includes steps S141 to S143:

s141, acquiring a storage interface corresponding to the transportation end, wherein the storage interface comprises a plurality of sub-interfaces corresponding to the physical storage cells, and acquiring second commodities corresponding to the sub-interfaces according to triggering information of the transportation end on the corresponding sub-interfaces and scanned second commodity labels corresponding to the sub-interfaces.

In practical application, because the commodity can be many when transporting, consequently the transport end can be with commodity placement in the storage cell when transporting commodity transport, can conveniently seek the delivery commodity that every end of selling corresponds like this, can not all be mixed together to transport through the storage cell and still can reduce the probability that commodity bumps in the transportation, reduce the wearing and tearing of commodity in the transportation.

When the goods are stored in the corresponding storage lattices by the transportation end, the goods placed in each lattice should be the goods matched with the goods corresponding to the same selling end, so that the goods corresponding to different selling ends can not be stored in the same storage lattice, and each selling end can conveniently extract the goods according to the corresponding storage lattice.

When the sub-interfaces are generated, the corresponding sub-interfaces can be generated according to the commodity names in the corresponding storage cells and the commodity quantity corresponding to each commodity name, and the commodity names in the corresponding storage cells and the commodity quantity corresponding to each commodity name are displayed through the sub-interfaces.

S142, determining sub-interfaces corresponding to the vending terminals according to the corresponding goods distribution list of the vending terminals and the second goods corresponding to the sub-interfaces in the corresponding transport terminals, and generating a goods taking indication interface corresponding to the vending terminals based on the sub-interfaces.

After the second commodity corresponding to each sub-interface is obtained, the storage cell corresponding to each sub-interface can be corresponding to the corresponding selling end, when the corresponding storage cell is corresponding to the corresponding selling end, the corresponding goods distribution list of the selling end and the second commodity corresponding to the sub-interface can be correspondingly matched, so that the sub-interface corresponding to each selling end is obtained, the goods taking indication interface corresponding to the corresponding selling end is generated according to the sub-interface corresponding to each selling end, and the storage cell when the corresponding selling end takes goods and the goods distribution commodities in the corresponding storage cell are informed through the goods taking indication interface.

S143, acquiring the cargo allocation loading time uploaded by the transportation end, obtaining the expected arrival time according to the cargo allocation loading time and the preset transportation time, and sending the cargo taking indication interface and the preset arrival time to the corresponding selling end.

The preset transportation time may be preset by a worker, and may be set by referring to a distribution distance or the like, for example, the closer the distribution distance is, the shorter the corresponding preset transportation time may be, and vice versa.

Through the mode, the commodity state corresponding to each selling end can be updated, the corresponding selling end can know the corresponding storage grid and the expected commodity arrival time of the commodity when the commodity is picked up in the process of distributing the commodity, the corresponding selling end can quickly grasp the commodity extraction position when the commodity is picked up, the commodity picking efficiency of the corresponding selling end is improved, and a reference can be provided for the actual commodity arrival time of the commodity.

S2, receiving shopping lists input by purchasing ends which finish the registration of the information of the bonded areas, classifying the shopping lists according to the commodity states of the selling ends to obtain commodities with commodity states of goods as one class of commodities and commodities with commodity states of goods to be distributed as two classes of commodities, and displaying the estimated time of goods of the two classes of commodities.

In practical application, when a user purchases based on the purchasing end, the user can finish information registration of the bonded area, then input commodities to be purchased, obtain corresponding shopping lists according to the commodities, and obtain commodity states of all the commodities in the shopping lists according to commodity states of all the selling ends after obtaining the shopping lists corresponding to the purchasing end.

When the commodity state is non-commodity, the user cannot purchase the corresponding commodity, and the scheme classifies the corresponding commodity according to the commodity state so as to adjust the guiding path according to different commodity categories in the follow-up process.

By the method, the user can know the commodity state of each commodity in the shopping list based on the purchasing end, so that the user can shop for the corresponding commodity according to the commodity state.

S3, obtaining first floor information of the commodities in the bonded area, generating a first guide path according to the first floor information, sending the first guide path to a purchasing end for display, obtaining the current position of the purchasing end, obtaining the current floor of the bonded area where the purchasing end is located according to the current position, generating a second guide path according to the commodity information in the first floor information and the current position corresponding to the current floor corresponding to the first floor information, and sending the second guide path to the purchasing end for display.

The first floor information is a floor where a shopping area of the commodity is located in the bonded area, for example, if the commodity is located in first floor and second floor, the first floor information is first floor and second floor.

When planning a guiding path, the method firstly plans a corresponding first guiding path for the purchasing terminal according to the floor information, and then when the purchasing terminal reaches one of the floors corresponding to the first floor information, the method plans a corresponding second guiding path for the purchasing terminal according to the commodity of the type corresponding to the corresponding floor and the position of the purchasing terminal.

Specifically, the specific implementation manner of "obtaining the first floor information of each type of commodity in the bonded area and generating the first guide path according to the first floor information and sending the first guide path to the purchasing end for displaying" in step S3 may be:

s31, obtaining the first floor number corresponding to each first floor information and the second floor number of the current floor corresponding to the purchasing terminal, and obtaining the phase difference floor number between the current floor corresponding to the purchasing terminal and each first floor information according to the absolute value of the difference value of the first floor number and the second floor number.

It can be understood that the floor distance between the floor where the purchasing terminal is located and the floor corresponding to the first floor information can be known through the number of different floors between the current floor corresponding to the purchasing terminal and each first floor information, when the number of different floors is larger, the floor distance between the floor where the purchasing terminal is located and the floor corresponding to the first floor information can be indicated to be larger, and when the number of different floors is smaller, the floor distance between the floor where the purchasing terminal is located and the floor corresponding to the first floor information can be indicated to be smaller.

S32, carrying out ascending order sequencing on the first floor information according to the number of the different floors to obtain a floor reference sequence, generating a first guide path according to the floor reference sequence, and sending the first guide path to a purchasing end for display.

When the first guiding paths are generated according to the floor reference sequences, floors corresponding to the first floor information can be arranged and displayed according to the arrangement sequence in the floor reference sequences, so that corresponding first guiding paths are generated and sent to the purchasing terminal.

According to the first guide path obtained in the mode, the floors corresponding to the first floor information close to the purchasing end can be preferentially displayed to the purchasing end, so that a user can preferentially select the floors close to the purchasing end for shopping according to the first guide path displayed by the purchasing end, and the time during shopping is saved.

On the basis of the above embodiment, the specific implementation manner of "when the current floor corresponds to one piece of first floor information, generating the second guiding path according to the first category of commodity information and the current position of the corresponding first floor information and sending the second guiding path to the purchasing terminal for displaying" in step S3 may be:

s33, when the current floor corresponds to one piece of first floor information, acquiring a class of commodity corresponding to the corresponding first floor information as a target commodity, acquiring a first selling position of a selling end corresponding to each target commodity, and acquiring a first purchasing distance between the purchasing end and each corresponding selling end according to the first selling position and the first current position, wherein the first selling position corresponds to the first floor information.

When the current floor corresponds to the first floor information, the purchasing terminal is indicated to have reached the floor where the commodity to be purchased is located, so that in this case, the commodity of the type corresponding to the corresponding floor can be acquired first, and then the purchasing path of the purchasing terminal in the floor is planned according to the current position of the purchasing terminal in the corresponding floor and the selling position of the store where the commodity of the corresponding type is located.

Specifically, a first purchase distance between the purchasing end and each corresponding selling end can be obtained according to a first selling position of the selling end corresponding to the target commodity and a first current position of the purchasing end, and then a purchase path of the purchasing end in the floor is planned in the follow-up process according to the first purchase distance.

S34, sorting all corresponding selling ends in ascending order based on the first purchasing distance to obtain a selling end sequence, obtaining a first purchasing path between adjacent selling ends in the selling end sequence, and a second purchasing path between the selling end closest to the purchasing end in the selling end sequence and the purchasing end, and generating a second guiding path according to the first purchasing path and the second purchasing path and sending the second guiding path to the purchasing end for displaying.

And sorting all corresponding vending terminals in ascending order based on the first purchase distance, and arranging the vending terminal close to the purchase terminal in front, so that the purchase terminal can preferentially select the vending terminal close to the purchase terminal to purchase.

By the method, the corresponding second guide path can be planned for the purchasing end according to the distance between each selling end and the purchasing end, so that the purchasing end can preferentially select the selling end with the short distance to make shopping, and the time during shopping is saved.

S4, acquiring purchased goods purchased by the purchasing end based on the first guide path and the second guide path, updating the first guide path and the second guide path for the first time according to the purchased goods, and updating the first guide path and the second guide path for the second time according to the actual arrival time of the second-class goods.

In some embodiments, the current location of the purchasing end and the purchased goods may be updated by:

and step 1, dividing the areas of all floors in the target area to obtain a plurality of positioning areas corresponding to all floors, and setting corresponding routing nodes for all positioning areas.

In practical application, a worker may divide each floor in the target area in advance to obtain a plurality of positioning areas corresponding to each floor, and set a routing node corresponding to each positioning area.

And 2, receiving a connection request input by the purchasing end, acquiring routing nodes in a preset range based on the connection request, and acquiring the routing node with the strongest signal as a connection node to be connected with the purchasing end, and acquiring a positioning area corresponding to the connection node as the current position corresponding to the purchasing end.

After receiving the connection request of the purchasing end, the purchasing end can acquire the routing nodes in the preset range of the purchasing end, and it can be understood that the purchasing end can search a plurality of routing nodes at the same time when acquiring the routing nodes, in this case, the routing node with the strongest signal can be connected with the purchasing end, the stronger the signal is, the closer the corresponding routing node is likely to be from the purchasing end, so that the position of the positioning area corresponding to the routing node with the strongest signal can be used as the current position corresponding to the purchasing end.

And step 3, acquiring a positioning area corresponding to the commodity as a purchasing area, and generating purchasing inquiry information to be sent to the purchasing end when the current position corresponds to the purchasing area.

When the current location corresponds to the purchase area, it is explained that the purchasing end may have arrived at the corresponding selling store, and thus purchase inquiry information may be generated to be transmitted to the purchasing end, inquiring whether it has completed the purchase of the corresponding commodity.

And 4, receiving purchased information input by the purchasing terminal based on the purchase inquiry information, and taking the corresponding type of commodities as purchased commodities according to the purchased information.

After receiving the purchased information input by the purchasing terminal, the corresponding type of commodities can be used as purchased commodities.

In addition, in order to enable the user to know the current position of the user and the position of the shop to be purchased based on the purchasing end, so that the user can go to the corresponding shop to purchase according to the second guiding path, the invention further comprises the following schemes:

and acquiring a positioning area corresponding to the second guide path as a path area, and displaying the path area according to a first display mark.

The first display mark may be a color display of a path region corresponding to the second guide path.

And acquiring a positioning area corresponding to the current position of the purchasing terminal as a current area, and displaying the current area according to a second display mark.

The second display mark may also be a color display of the current area, and it should be noted that the colors used for the first display mark and the second display mark may be different, so that they may be distinguished conveniently.

Likewise, the third display mark may be a color of displaying the vending area, and the color used by the third display mark may be different from the color used by the first display mark and the second display mark.

After the purchased goods are obtained in the above manner, the first guide path and the second guide path can be updated once through the following steps, and the first guide path and the second guide path are updated twice according to the actual arrival time of the second class of goods:

and S41, acquiring all types of commodities corresponding to the first floor information to generate commodity sets corresponding to the first floor information, deleting the first floor information corresponding to the corresponding commodity sets if all types of commodities in the commodity sets are identical to the purchased commodities, obtaining updated first floor information, and updating the first guide path once according to the updated first floor information.

If all the commodities in the commodity set are the same as the purchased commodities, the commodity on the corresponding floor is already purchased, so that the first floor information corresponding to the corresponding commodity set can be deleted, and updated first floor information can be obtained.

For example, if a certain first floor information corresponds to three types of commodities, when all the three types of commodities are updated to purchased commodities, it is indicated that the type of commodities corresponding to the corresponding first floor information has been purchased, and when the user is guided to go to the corresponding floor for shopping according to the first guiding path, the floor can be deleted and updated.

S42, deleting the purchased goods from the shopping list to obtain an unpopulated list, updating one type of goods based on the unpopulated list to obtain an updated one type of goods, and updating the second guide path corresponding to the corresponding first floor information for one time according to the updated one type of goods.

It will be appreciated that the purchased goods have been purchased, and the second guide path is for guiding the user to purchase the goods, so that the second guide path may be updated once according to the updated unpopulated list of the purchased goods, and then through the type of goods not yet purchased in the unpopulated list.

S43, when the actual arrival time of the second-class commodities is the current time, acquiring the corresponding second-class commodities as commodities to be purchased.

It will be appreciated that the actual arrival time of the second type of merchandise may be earlier or later than the expected arrival time, and when the actual arrival time of the second type of merchandise is the current time, it is indicated that the corresponding second type of merchandise has arrived, so that the corresponding second type of merchandise may be the merchandise to be purchased.

S44, acquiring a selling floor corresponding to a selling end where the commodity to be purchased is located, and if the selling floor corresponds to the purchased floor information, updating the first guide path for the second time based on the purchased floor information and the updated first floor information.

If the selling floor corresponds to the purchased floor information, the floor where the commodity to be purchased is identical to the floor where the purchasing terminal has completed purchasing, so that the purchased floor information needs to be added to the first floor information which the purchasing terminal needs to purchase again when the second updating is performed, and the first guiding path is updated secondarily.

And S45, if the selling floor is the current floor where the purchasing terminal is located, updating the second guiding path for the second time based on the commodity to be purchased and the purchased commodity.

If the selling floor is the current floor where the purchasing terminal is located, the user can directly complete purchasing of the commodity to be purchased at the current floor, so that the second guiding path can be updated for the second time according to the commodity to be purchased and the purchased commodity:

s451, updating the target commodity corresponding to the corresponding first floor information based on the purchased commodity to obtain an un-purchased commodity, obtaining a second selling position of a selling end corresponding to the un-purchased commodity and the commodity to be purchased, and a second current position of the purchasing end, and obtaining a second purchasing distance between the selling end and the purchasing end corresponding to the un-purchased commodity and the commodity to be purchased according to the second selling position and the second current position.

When updating for the second time, the scheme updates the target commodity corresponding to the corresponding floor according to the purchased commodity to obtain an un-purchased commodity, then obtains a second purchase distance between the corresponding selling end and the purchasing end according to the positions of the shops corresponding to the un-purchased commodity and the purchase end and the positions of the purchasing end, and updates the purchasing path of the purchasing end in the floor according to the second purchase distance.

S452, sorting all corresponding selling ends in ascending order based on the second purchase distance to obtain a secondary update sequence, obtaining a first update path between adjacent selling ends in the secondary update sequence and a second update path between the selling end closest to the purchasing end and the purchasing end in the secondary update sequence, generating a secondary update path according to the first update path and the second update path, and carrying out secondary update on the second guide path based on the secondary update path.

And sorting all corresponding vending terminals in ascending order based on the second purchase distance, wherein the order is also to arrange the vending terminal close to the purchase terminal in front, so that the purchase terminal can preferentially select the vending terminal close to the purchase terminal to purchase.

And S46, if the selling floors correspond to the first floor information which is not purchased by the purchasing end, updating the second-class commodities into the first-class commodities corresponding to the corresponding first floor information.

If the selling floors correspond to the first floor information which is not purchased by the purchasing terminal, the fact that the user does not purchase the corresponding floors at the moment is indicated, so that the corresponding second-class commodities can be directly updated to the first-class commodities corresponding to the corresponding first floor information, and the user can go to the corresponding floors to purchase the corresponding floors at the follow-up time.

By the method, the first guide path and the second guide path can be dynamically adjusted according to the purchase condition of the user, and path references are provided for the user in real time when the user purchases goods.

S5, carrying out warehouse cleaning update processing on the total list of the corresponding first tax protection warehouse according to the purchased commodity of the purchasing end.

After the purchasing end finishes the purchase of the commodity, the corresponding commodity in the total list corresponding to the first tax protection bin can be subjected to bin cleaning treatment, so that the commodity can be purchased and sold.

Referring to fig. 2, a schematic structural diagram of a transaction system based on a cross-border e-commerce digital purse net according to an embodiment of the present invention includes:

The apparatus of the embodiment shown in fig. 2 may be correspondingly used to perform the steps in the embodiment of the method shown in fig. 1, and the implementation principle and technical effects are similar, and are not repeated here.

Referring to fig. 3, a schematic hardware structure of an electronic device according to an embodiment of the present invention is shown, where the electronic device 30 includes: a processor 31, a memory 32 and a computer program; wherein the method comprises the steps of

A memory 32 for storing said computer program, which memory may also be a flash memory (flash). Such as application programs, functional modules, etc. implementing the methods described above.

A processor 31 for executing the computer program stored in the memory to implement the steps executed by the apparatus in the above method. Reference may be made in particular to the description of the embodiments of the method described above.

Alternatively, the memory 32 may be separate or integrated with the processor 31.

When the memory 32 is a device separate from the processor 31, the apparatus may further include:

a bus 33 for connecting the memory 32 and the processor 31.

The present invention also provides a readable storage medium having stored therein a computer program for implementing the methods provided by the various embodiments described above when executed by a processor.

The readable storage medium may be a computer storage medium or a communication medium. Communication media includes any medium that facilitates transfer of a computer program from one place to another. Computer storage media can be any available media that can be accessed by a general purpose or special purpose computer. For example, a readable storage medium is coupled to the processor such that the processor can read information from, and write information to, the readable storage medium. In the alternative, the readable storage medium may be integral to the processor. The processor and the readable storage medium may reside in an application specific integrated circuit (Application Specific Integrated Circuits, ASIC for short). In addition, the ASIC may reside in a user device. The processor and the readable storage medium may reside as discrete components in a communication device. The readable storage medium may be read-only memory (ROM), random-access memory (RAM), CD-ROMs, magnetic tape, floppy disk, optical data storage device, etc.

The present invention also provides a program product comprising execution instructions stored in a readable storage medium. The at least one processor of the device may read the execution instructions from the readable storage medium, the execution instructions being executed by the at least one processor to cause the device to implement the methods provided by the various embodiments described above.

In the above embodiment of the apparatus, it should be understood that the processor may be a central processing unit (english: central Processing Unit, abbreviated as CPU), or may be other general purpose processors, digital signal processors (english: digital Signal Processor, abbreviated as DSP), application specific integrated circuits (english: application Specific Integrated Circuit, abbreviated as ASIC), or the like. A general purpose processor may be a microprocessor or the processor may be any conventional processor or the like. The steps of a method disclosed in connection with the present invention may be embodied directly in a hardware processor for execution, or in a combination of hardware and software modules in a processor for execution.

Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the invention.

Claims

1. A transaction method based on cross-border electronic commerce digital purse net is characterized by comprising the following steps:

2. The method of claim 1, wherein the step of determining the position of the substrate comprises,

receiving a replenishment bill of a corresponding selling end in a bonded area, determining a distribution bill of a corresponding first bonded bin in the bonded area according to the replenishment bill, and updating commodity states of the selling ends based on the distribution bill, wherein the replenishment bill comprises the following components:

3. The method of claim 2, wherein the step of determining the position of the substrate comprises,

the method for acquiring the goods picking information of the selling terminals and the expected time of goods in the goods distributing list by the transport terminal based on the goods distributing information of the selling terminals, and sending the goods picking information and the expected time of goods to the corresponding selling terminals comprises the following steps:

4. The method of claim 1, wherein the step of determining the position of the substrate comprises,

acquiring first floor information of each commodity in the bonded area, generating a first guide path according to the first floor information, and sending the first guide path to a purchasing end for display, wherein the first guide path comprises the following steps:

5. The method of claim 4, wherein the step of determining the position of the first electrode is performed,

when the current floor corresponds to the first floor information, generating a second guiding path according to the commodity information of the type corresponding to the first floor information and the current position, and sending the second guiding path to a purchasing end for display, wherein the method comprises the following steps:

6. The method of claim 5, wherein the step of determining the position of the probe is performed,

acquiring purchased goods purchased by the purchasing end based on the first guide path and the second guide path, updating the first guide path and the second guide path for the first time according to the purchased goods, and updating the first guide path and the second guide path for the second time according to the actual arrival time of the second-class goods, wherein the method comprises the following steps:

7. The method of claim 6, wherein the step of providing the first layer comprises,

if the selling floor is the current floor where the purchasing terminal is located, the second guiding path is updated for the second time based on the commodity to be purchased and the purchased commodity, including:

8. The method of claim 7, wherein the step of determining the position of the probe is performed,

updating the current position of the purchasing terminal and the purchased goods through the following steps:

9. The method as recited in claim 8, further comprising:

10. A cross-border electronic commerce digital purse net-based transaction system, comprising: