CN115936555A - Intelligent commodity distribution system and method based on online sales - Google Patents
Intelligent commodity distribution system and method based on online sales Download PDFInfo
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Abstract
The invention discloses an intelligent commodity distribution system and method based on online sales, belonging to the field of commodity distribution and solving the problem of how to distribute commodities sold on line more quickly; the ordering information acquisition module is used for acquiring the commodity ordering information of the buyer user side in the enterprise in real time through the online sales platform and sending the commodity ordering information to the central management center; the central management center stores the acquired commodity ordering information through the information storage unit, processes the commodity ordering information through the information processing unit to generate corresponding commodity distribution information, and the timing sending unit sends the commodity distribution information to the commodity delivery end at regular time; the commodity delivery end sorts and distributes the commodities according to the obtained commodity distribution information; the logistics transportation module transports the goods sent by the goods delivery end until the goods are sent to the client side for signing.
Description
Technical Field
The invention belongs to the field of commodity distribution, and particularly relates to an intelligent commodity distribution system and method based on online sales.
Background
With the development of information technology, the online sales platform brings great convenience to the sales of enterprise commodities and the consumption of consumers.
There are also a number of mature solutions for faster distribution of goods for sale on-line. However, currently, the order information of the commodities is mainly screened manually, so that the delivery place is determined, the intelligence is insufficient, and the commodity distribution efficiency is low. The patent application number 201811548964.4 discloses an intelligent commodity distribution management system, which is characterized in that a to-be-distributed information acquisition module and a distribution center information acquisition module are used for respectively acquiring the distribution destination of a buyer and the position of a distribution center, determining the priority level of each distribution center and laying a foundation for matching and dividing the later distribution center and the buyer; the method comprises the steps that the distance relation between a delivery destination of a buyer and each delivery center and the relation between the commodity quantity stored in the delivery center and the buyer are counted through a delivery area dividing module, the delivery center to which the buyer belongs is determined, the sector areas divided by each delivery center are counted, the delivery center for delivery is matched with the buyer to the greatest extent, the delivery centers are divided reasonably under the condition that the commodity requirements of the buyer are met, meanwhile, the utilization rate and the transportation efficiency of a transport vehicle are improved through the determination of the sector areas, and the delivery and transportation cost is greatly reduced; the cloud server is combined with the vehicle detection terminal and the distribution area division module, and all buyers in all fan-shaped areas in all distribution centers are distributed according to distribution time periods, so that the buyers can receive commodities within set distribution time, the demands of customers are met, the intelligent distribution management of the commodities is realized, and the satisfaction of the customers is greatly improved. However, the whole commodity distribution process described in the patent is not in accordance with the actual situation, the express transportation route does not necessarily transport according to a straight line distance, and the transportation time of the transportation route passing through a plurality of express stations and a plurality of roads is not the shortest.
Therefore, the invention provides an intelligent commodity distribution system and method based on online sales.
Disclosure of Invention
The present invention is directed to solving at least one of the problems of the prior art. Therefore, the invention provides an intelligent commodity distribution system and method based on online sales, which solve the problem of how to distribute commodities sold on the line more quickly.
To achieve the above object, an embodiment according to a first aspect of the present invention provides an intelligent distribution system for goods based on online sales, including: the system comprises an ordering information acquisition module, a central management center and a commodity delivery end;
the ordering information acquisition module is used for acquiring the commodity ordering information of the buyer user side in the enterprise in real time through the online sales platform and sending the commodity ordering information to the central management center;
the central management center is used for storing and processing commodity ordering information; the central management center comprises an information storage unit, an information processing unit and a timing sending unit; the processing procedure of the information processing unit is as follows:
step S1: the information processing unit extracts commodity order information from the information storage unit;
step S2: the information processing unit extracts the buyer user ID, the commodity model, the demand amount corresponding to the commodity model and the receiving address of the obtained commodity ordering information, and combines the commodity ordering information of the same buyer user ID;
and step S3: the information processing unit acquires the inventory of the current commodity model at each commodity delivery end from the database;
the first situation is as follows: if the stock of the current commodity model at part or all of the commodity delivery ends is more than or equal to the demand of the commodity model corresponding to the current commodity order information, acquiring the delivery address of each commodity delivery end, generating a plurality of land transportation routes, and calculating the transportation time of each land transportation route; setting a transportation time threshold value aiming at fresh goods or heat preservation goods, selecting a land transportation route with the shortest transportation time and less than or equal to a preset transportation time threshold value and a corresponding goods delivery end, generating goods delivery information according to a buyer user ID, a goods model, a demand of the corresponding goods model, a receiving address, a delivery address and the transportation route, storing the goods delivery information, and sending the goods delivery information to the corresponding goods delivery end at regular time by a timing sending unit; for common commodities, the time threshold is not preset;
the second situation: the inventory of the current commodity model at each commodity delivery end is smaller than the demand of the commodity model corresponding to the current commodity order information, and the delivery address of each commodity delivery end is obtained; if the commodity is a fresh commodity or a heat-preservation commodity, temporarily not delivering the commodity, and marking the current commodity order information as a retention order; if the commodity is a common commodity, generating a plurality of land transportation routes, calculating the transportation time of each land transportation route, and selecting the land transportation route with the shortest transportation time and a commodity delivery end; generating commodity distribution information according to the buyer user ID, the commodity model, the demand amount of the corresponding commodity model, the call amount of each commodity delivery end, the receiving address, the delivery address and the transportation route, storing the commodity distribution information, and sending the commodity distribution information to the corresponding commodity delivery end by the timing sending unit at regular time;
the commodity delivery end is used for sorting corresponding commodity models and the demand quantity corresponding to the commodity models according to the obtained commodity distribution information, selecting corresponding logistics companies to send the sorted commodities according to the receiving addresses and the transportation routes, and updating the sorting process and the delivery process to the online sales platform.
Further, the database is connected with the total inventory of each commodity model in real time, and when the commodities of the enterprise are ordered on the online sales platform, if the total inventory of the corresponding commodity model is smaller than the demand of the buyer user side, the ordering cannot be performed.
Further, the information processing unit continuously merges the acquired commodity order information of the same buyer user ID until the timing sending unit sends the corresponding commodity distribution information to the corresponding commodity delivery end.
Further, the transportation route is generated according to the receiving address in the commodity order information and the delivery address of the commodity delivery end.
Further, for the fresh goods or the heat preservation goods in the first case, if the transportation time of each land transportation route obtained through calculation is greater than the preset transportation time threshold value, the transportation is changed to air transportation.
Further, for the common goods in the second case, the information processing unit generates a goods allocation route according to the shipping address of the selected goods shipping end and the shipping addresses of all other goods shipping ends, calculates the goods allocation transportation time, sequences the goods allocation transportation time from small to large, and sequentially accumulates the stock of the current goods model of each goods shipping end until the stock accumulation amount of the current goods model is equal to the demand amount of the current goods model in the current goods order information, acquires each accumulated goods shipping end, and sequentially subtracts the goods allocation amount of the corresponding goods shipping end from the stock amount of each goods shipping end in the database; and the information processing unit generates commodity allocation information to the selected allocated commodity delivery end according to the commodity model, the corresponding commodity model allocation amount and the selected commodity delivery end.
Further, when the information processing unit generates the commodity distribution information, the inventory quantity of the corresponding commodity model of the corresponding commodity delivery end in the database is subtracted by the commodity model demand quantity in the commodity order information; before the timing sending unit sends the commodity distribution information, the information processing unit receives the corresponding commodity order information to cancel, and then the commodity distribution information corresponding to the commodity order information is deleted and modified, and the stock quantity is updated.
Furthermore, the logistics transportation module uploads the logistics order number of the goods transportation to the online sales platform, so as to update the real-time positions of the freight vehicles or freight airplanes and the signed goods at the buyer user side in the goods delivery end delivery and logistics transportation processes in real time.
Further, an intelligent distribution method of commodities based on online sales is provided, according to an intelligent distribution system of commodities based on online sales, and is characterized by comprising the following steps:
the method comprises the following steps: the order information obtaining module collects the commodity order information of the buyer user side in the enterprise through the online sales platform and sends the commodity order information to the central management center;
step two: the central management center stores the acquired commodity ordering information through the information storage unit, processes the commodity ordering information through the information processing unit to generate corresponding commodity distribution information, and the timing sending unit sends the commodity distribution information to the commodity delivery end at regular time;
step three: the commodity delivery end sorts and distributes the commodities according to the obtained commodity distribution information;
step four: the logistics transportation module transports the goods sent by the goods delivery end until the goods are sent to the client side for signing.
Compared with the prior art, the invention has the beneficial effects that:
the invention collects the commodity ordering information of the buyer user side in the enterprise in real time through the online sales platform by the ordering information acquisition module and sends the information to the central management center; the central management center comprises an information storage unit, an information processing unit and a timing sending unit; the information storage unit is used for storing the obtained commodity order information, and the information processing unit is used for analyzing and processing the obtained commodity order information to generate corresponding commodity distribution information; sending the commodity distribution information to a corresponding commodity delivery end through a timing sending unit by setting time; the commodity order information can be delivered according to the shortest transportation route; the commodity delivery end sorts corresponding commodity models and the demand quantity corresponding to the commodity models according to the acquired commodity distribution information, selects corresponding logistics companies to send the sorted commodities according to the receiving address and the transportation route, and updates the sorting process and the delivery process to the online sales platform; the logistics transportation module uploads a logistics order number for commodity transportation to the online sales platform, and updates the real-time position of a freight vehicle or a freight airplane and the commodity signed by a buyer user side in the processes of commodity delivery end delivery and logistics transportation in real time; the commodity distribution state can be acquired in real time; the problem of how to carry out faster delivery to the commodity of selling on line is solved.
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FIG. 1 is a schematic diagram of the system of the present invention;
FIG. 2 is a schematic flow chart of the method of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, an intelligent distribution system for goods based on online sales comprises: the system comprises a buyer user side, an online sales platform, an ordering information acquisition module, a central management center, a database, a commodity delivery end and a logistics transportation module;
in the application, the ordering information acquisition module is used for acquiring the commodity ordering information of the buyer user side in the enterprise in real time through the online sales platform and sending the commodity ordering information to the central management center;
the enterprise can comprise a plurality of shops, and the order information acquired by the backstage of the shops is sent to the central management center;
in the application, the central management center is used for processing all commodity order information of the enterprise to generate and store commodity distribution information, and sending the commodity distribution information to each commodity delivery end at regular time for sorting and distributing;
specifically, the central management center comprises an information storage unit, an information processing unit and a timing sending unit;
the information storage unit is used for storing the acquired commodity order information according to the order placing time sequence; the information processing unit is used for analyzing and processing the acquired commodity order information and generating corresponding commodity distribution information; the timing sending unit sends the commodity distribution information to the corresponding commodity delivery end through the set time;
the information processing unit processes the acquired commodity order information, and the process comprises the following processes:
step S1: the information processing unit extracts commodity order information from the information storage unit;
step S2: the information processing unit sequentially extracts the buyer user IDs in the commodity order information according to the time sequence, combines the commodity order information of the same buyer user ID and sorts the commodity order information with other commodity order information according to the latest acquisition time; the information processing unit continuously merges the acquired commodity order information of the same buyer user ID until the timing sending unit sends the commodity distribution information generated after the information processing unit finishes processing to the corresponding commodity delivery end;
and step S3: the information processing unit sequentially extracts the commodity model of the commodity order information, the demand quantity of the corresponding commodity model and the receiving address according to the acquisition time; according to the commodity model of the current commodity order information and the demand quantity of the corresponding commodity model, the stock quantity of the current commodity model at each commodity delivery end is obtained from the database;
the first situation is as follows: if the stock quantity of the current commodity model at part or all of the commodity delivery ends is more than or equal to the demand quantity of the commodity model corresponding to the current commodity order information, the delivery address of each commodity delivery end is obtained;
generating a plurality of land transportation routes according to the delivery address of each commodity delivery end and the receiving address of the current commodity order information, and calculating the transportation time of each land transportation route;
setting a transportation time threshold value aiming at fresh commodities or heat-preservation commodities; if the transportation time of only one land transportation route is obtained through calculation and is less than or equal to a preset time threshold value, the information processing unit selects the only land transportation route and the corresponding commodity delivery end, generates commodity distribution information according to the buyer user ID, the commodity model, the demand of the corresponding commodity model, the receiving address, the delivery address and the transportation route, stores the commodity distribution information, and sends the commodity distribution information to the corresponding commodity delivery end at regular time through the timing sending unit;
if the transportation time of the plurality of land transportation routes obtained through calculation is smaller than or equal to a preset time threshold value, the information processing unit selects the land transportation route with the shortest transportation time and the corresponding commodity delivery end; storing the generated commodity distribution information, and sending the commodity distribution information to a corresponding commodity delivery end at fixed time by a fixed-time sending unit;
if the transportation time of each land transportation route obtained through calculation is larger than a preset transportation time threshold value, air transportation is changed into the air transportation, a plurality of air transportation routes are generated, the transportation time of each air transportation route is calculated, and the air transportation route with the minimum transportation time and the corresponding commodity delivery end are selected; storing the generated commodity distribution information, and sending the commodity distribution information to a commodity delivery end at fixed time by a fixed-time sending unit;
for common commodities, a time threshold value is not preset, only the transportation route with the minimum transportation time and the corresponding commodity delivery end are selected, the generated commodity distribution information is stored, and the timing sending unit sends the generated commodity distribution information to the commodity delivery end at a timing;
case two: the inventory of the current commodity model at each commodity delivery end is smaller than the demand of the commodity model corresponding to the current commodity order information, and the delivery address of each commodity delivery end is obtained;
if the commodity is a fresh commodity or a heat-preservation commodity, temporarily not delivering the commodity, and marking the current commodity order information as a retention order until the inventory of the current commodity model at each commodity delivery end is more than or equal to the demand of the current order information;
it should be noted that, the database is connected to the total inventory of each commodity model in real time, and when ordering the commodities of the enterprise on the online sales platform, if the total inventory of the corresponding commodity model is smaller than the demanded quantity of the buyer user side, the ordering cannot be performed;
if the commodity is a common commodity, generating a plurality of land transportation routes according to the delivery address of each commodity delivery end and the receiving address of the current commodity order information, and calculating the transportation time of each land transportation route; selecting a land transportation route and a commodity delivery end with the shortest transportation time; the information processing unit generates commodity distribution information according to the buyer user ID, the commodity model, the demand quantity corresponding to the commodity model, the call quantity of each commodity delivery end, the receiving address, the delivery address and the transportation route, and the commodity distribution information is stored and is sent to the corresponding commodity delivery end by the timing sending unit at regular time;
generating a commodity allocation route according to the shipping address of the selected commodity shipping end and the shipping addresses of all other commodity shipping ends, calculating commodity allocation transportation time, sequencing from small to large in sequence, and accumulating the stock of the current commodity model of each commodity shipping end in sequence until the accumulated stock of the current commodity model is equal to the demand of the current commodity model in the current commodity order information, acquiring each accumulated commodity shipping end, and sequentially subtracting the commodity allocation quantity of the corresponding commodity shipping end from the stock of each commodity shipping end in the database; the information processing unit generates commodity allocation information to the selected allocated commodity delivery end according to the commodity model, the corresponding commodity model allocation amount and the selected commodity delivery end;
when the information processing unit generates the commodity distribution information, the inventory amount of the corresponding commodity model of the corresponding commodity delivery end in the database is subtracted by the commodity model demand in the commodity order information; before the timing sending unit sends the commodity distribution information, the information processing unit receives the cancellation of the corresponding commodity order information, and then deletes and modifies the commodity distribution information corresponding to the commodity order information and updates the stock quantity;
in the application, the database is used for storing commodity information of all models of each commodity delivery end of the enterprise, including commodity inventory of each model;
in the application, the commodity delivery end is used for sorting the corresponding commodity models and the demand quantities of the corresponding commodity models according to the obtained commodity distribution information, selecting corresponding logistics companies to send the sorted commodities according to the receiving addresses and the transportation routes, and updating the sorting process and the delivery process to the online sales platform;
in the application, the logistics transportation module updates the real-time positions of freight vehicles or freight airplanes and the commodities signed by buyer user terminals in the processes of commodity delivery, logistics transportation in real time by uploading the logistics order number of the commodity transportation to the online sales platform;
as shown in fig. 2, an intelligent distribution method for goods based on online sales includes the following steps:
the method comprises the following steps: the order information obtaining module collects the commodity order information of the buyer user side in the enterprise through the online sales platform and sends the commodity order information to the central management center;
step two: the central management center stores the acquired commodity ordering information through the information storage unit, processes the commodity ordering information through the information processing unit to generate corresponding commodity distribution information, and the timing sending unit sends the commodity distribution information to the commodity delivery end at regular time;
step three: the commodity delivery end sorts and distributes the commodities according to the obtained commodity distribution information;
step four: the logistics transportation module transports the goods sent by the goods delivery end until the goods are sent to the client side for signing.
Although the present invention has been described in detail with reference to the preferred embodiments, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted for elements thereof without departing from the spirit and scope of the present invention.
Claims (9)
1. The utility model provides a commodity intelligence delivery system based on online sale, is provided with buyer's user side, online sale platform, database and commodity circulation transportation module, its characterized in that includes: the system comprises an ordering information acquisition module, a central management center and a commodity delivery end;
the ordering information acquisition module is used for acquiring the commodity ordering information of the buyer user side in the enterprise in real time through the online sales platform and sending the commodity ordering information to the central management center;
the central management center is used for storing and processing commodity ordering information; the central management center comprises an information storage unit, an information processing unit and a timing sending unit; the processing procedure of the information processing unit is as follows:
step S1: the information processing unit extracts commodity order information from the information storage unit;
step S2: the information processing unit extracts the buyer user ID, the commodity model, the demand amount corresponding to the commodity model and the receiving address of the obtained commodity ordering information, and combines the commodity ordering information of the same buyer user ID;
and step S3: the information processing unit acquires the inventory of the current commodity model at each commodity delivery end from the database;
the first situation is as follows: if the stock of the current commodity model at part or all of the commodity delivery ends is more than or equal to the demand of the commodity model corresponding to the current commodity order information, acquiring the delivery address of each commodity delivery end, generating a plurality of land transportation routes, and calculating the transportation time of each land transportation route; setting a transportation time threshold value aiming at fresh goods or heat-preservation goods, selecting a land transportation route with the shortest transportation time and less than or equal to the preset transportation time threshold value and a corresponding goods delivery end, generating goods delivery information according to the ID of a buyer user, the goods model, the demand of the corresponding goods model, a receiving address, a delivery address and the transportation route, storing the goods delivery information, and sending the goods delivery information to the corresponding goods delivery end by a timing sending unit at regular time; for common commodities, the time threshold is not preset;
the second situation: the inventory of the current commodity model at each commodity delivery end is smaller than the demand of the commodity model corresponding to the current commodity order information, and the delivery address of each commodity delivery end is obtained; if the commodity is a fresh commodity or a heat-preservation commodity, temporarily not delivering the commodity, and marking the current commodity order information as a retention order; if the commodity is a common commodity, generating a plurality of land transportation routes, calculating the transportation time of each land transportation route, and selecting the land transportation route with the shortest transportation time and a commodity delivery end; generating commodity distribution information according to the buyer user ID, the commodity model, the demand amount of the corresponding commodity model, the call amount of each commodity delivery end, the receiving address, the delivery address and the transportation route, storing the commodity distribution information, and sending the commodity distribution information to the corresponding commodity delivery end by the timing sending unit at regular time;
the commodity delivery end is used for sorting corresponding commodity models and the demand quantity corresponding to the commodity models according to the obtained commodity distribution information, selecting corresponding logistics companies to send the sorted commodities according to the receiving addresses and the transportation routes, and updating the sorting process and the delivery process to the online sales platform.
2. The system of claim 1, wherein the database is connected to the total inventory of each product type in real time, and when ordering products of the enterprise on the online sales platform, if the total inventory of the corresponding product type is smaller than the demand of the customer end, the ordering cannot be performed.
3. The system of claim 1, wherein the information processing unit continues to combine the commodity order information of the same buyer user ID collected later until the timing transmitting unit transmits the corresponding commodity distribution information to the corresponding commodity shipper.
4. The system of claim 1, wherein the transportation route is generated according to a receiving address of the goods order information and a delivery address of the goods delivery end.
5. The system of claim 1, wherein for fresh goods or thermal goods in case one, if the transportation time of each land transportation route obtained through calculation is greater than a preset transportation time threshold, the transportation is changed to air transportation.
6. The intelligent delivery system of commodities sold on the line as claimed in claim 1, wherein for a common commodity in case two, the information processing unit generates a commodity allocation route according to the shipping address of the selected commodity shipping terminal and the shipping addresses of all other commodity shipping terminals, calculates commodity allocation transportation time, sorts the commodity allocation transportation time in sequence from small to large, and accumulates the stock of the current commodity model of each commodity shipping terminal in sequence until the accumulated stock of the current commodity model is equal to the demand of the current commodity model in the current commodity order information, acquires each accumulated commodity shipping terminal, and subtracts the commodity allocation quantity of the corresponding commodity shipping terminal from the stock of each commodity shipping terminal in the database in sequence; the information processing unit generates commodity allocation information to the selected allocated commodity delivery end according to the commodity model, the corresponding commodity model allocation amount and the selected commodity delivery end.
7. The intelligent delivery system for commodities sold on line as claimed in claim 1, wherein the information processing unit subtracts the commodity model demand in the commodity order information from the stock of the corresponding commodity model of the corresponding commodity delivery end in the database when generating the commodity delivery information; before the timing sending unit sends the commodity distribution information, the information processing unit receives the corresponding commodity order information to cancel, and then the commodity distribution information corresponding to the commodity order information is deleted and modified, and the stock quantity is updated.
8. The system of claim 1, wherein the logistics transportation module updates the real-time location of the freight vehicle or the freight airplane during the delivery of goods from the goods delivery end, the logistics transportation process, and the sign-in of goods from the buyer user end in real time by uploading a logistics order number for goods transportation to the online sales platform.
9. An intelligent distribution method of goods based on online sales, the intelligent distribution system of goods based on online sales according to any one of claims 1 to 8, characterized by comprising the following steps:
the method comprises the following steps: the order information obtaining module collects the commodity order information of the buyer user side in the enterprise through the online sales platform and sends the commodity order information to the central management center;
step two: the central management center stores the acquired commodity ordering information through the information storage unit, processes the commodity ordering information through the information processing unit to generate corresponding commodity distribution information, and the timing sending unit sends the commodity distribution information to the commodity delivery end at regular time;
step three: the commodity delivery end sorts and distributes the commodities according to the obtained commodity distribution information;
step four: the logistics transportation module transports the goods sent by the goods delivery end until the goods are sent to the client side for signing.
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