A logistics supply method, system, storage medium and intelligent terminal

Abstract

The present application relates to a logistics supply method, system, storage medium and intelligent terminal, and to the field of logistics management technology, which includes obtaining order product information; determining the remaining storage time information of the corresponding product in the warehouse according to the order product information; matching the order product information stored in the storage database with the reference time information to determine the reference time information corresponding to the order product information; judging whether the remaining storage time information is less than the reference time information; if less than, defining the product as an expiring product; if not less than, defining the product as a storable product; obtaining the expiring quantity information of the expiring products of each warehouse; determining the warehouse with the largest quantity value corresponding to the expiring quantity information among all warehouses according to the first sorting rule, defining the warehouse as a shipping warehouse and controlling the shipping warehouse to send out the corresponding product. The present application has the effect of reducing the waste of resources caused by the accumulation of expired products in the warehouse.

Description

Technical Field

[0001] The present application relates to the field of logistics management technology, and in particular to a logistics supply method, system, storage medium and intelligent terminal. Background Art

[0002] With the development of the times, the Internet economy has gradually replaced the real economy, and people are more likely to choose to shop online. Therefore, the technology in the logistics industry has also been constantly iterating with the changes of the times.

[0003] In the related art, in order to facilitate the delivery of products, several warehouses are set up across the country for pre-storage of products. In the process of transporting online shopping products through logistics, the warehouse that is closer will be selected for delivery based on the user's order location, so that the goods can be delivered to the user more quickly.

[0004] With respect to the above-mentioned related technologies, the inventors believe that the purchasing power of different regions is different, and the use of the above-mentioned method may cause some warehouse products to pile up and expire, thereby causing a waste of resources, and there is still room for improvement. Summary of the invention

[0005] In order to reduce the waste of resources caused by the accumulation of expired products in the warehouse, the present application provides a logistics supply method, system, storage medium and intelligent terminal.

[0006] In the first aspect, the present application provides a logistics supply method, which adopts the following technical solution:

[0007] A logistics supply method, comprising:

[0008] Get order product information;

[0009] Determine the remaining storage time of the corresponding product in the preset warehouse according to the ordered product information;

[0010] Matching the order product information stored in the preset storage database with the reference duration information to determine the reference duration information corresponding to the order product information;

[0011] Determine whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information;

[0012] If the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the product is defined as a near-expiry product;

[0013] If the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the product is defined as a storable product;

[0014] Obtain the expiring quantity information of expiring products in each warehouse;

[0015] The warehouse having the largest quantity value corresponding to the expiring quantity information among all warehouses is determined according to the preset first sorting rule, the warehouse is defined as the shipping warehouse, and the shipping warehouse is controlled to send out the product corresponding to the ordered product information.

[0016] By adopting the above technical solution, the ordered product information is first obtained to determine the remaining retention time of the product in each warehouse, so that the expiring products in the warehouse can be distinguished. After the order is completed, the delivery operation is carried out in the warehouse with the largest number of expiring products, so that the expiring products can be shipped out of the warehouse in time for sale, so that the products will not be piled up in the warehouse and wasted.

[0017] Optionally, the method for determining the shipping warehouse includes:

[0018] Get order address information;

[0019] Calculate the distance information based on the order address information and the preset warehouse point of the warehouse;

[0020] Determine the remaining storage time information with the shortest corresponding time among the products in each warehouse according to the preset second sorting rule, and define the remaining storage time information as the minimum time information;

[0021] Perform matching analysis based on the order product information, minimum duration information and safety distance information stored in the preset distance database to determine the safety distance information corresponding to the order product information under the minimum duration information;

[0022] Determine whether the distance value corresponding to the separation distance information is less than the distance value corresponding to the safety distance information;

[0023] If the distance value corresponding to the separation distance information is less than the distance value corresponding to the safety distance information, the warehouse is defined as a valid warehouse;

[0024] If the distance value corresponding to the separation distance information is not less than the distance value corresponding to the safety distance information, the warehouse is defined as an invalid warehouse;

[0025] Determine the shipping warehouse based on the expiring quantity information in the valid warehouse.

[0026] By adopting the above technical solution, before delivery, the warehouse that meets the distance requirement is determined based on the remaining shelf life of the expiring products, so that the expiring products will not expire when they are transported to the users.

[0027] Optionally, before the goods are shipped from the shipping warehouse, the logistics supply method also includes:

[0028] Obtain the product order quantity information and the storable quantity information of each warehouse;

[0029] Calculate the sum of the storable quantity information and the expiring quantity information to determine the total product quantity information;

[0030] Determine whether the quantity value corresponding to the total quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information;

[0031] If the quantity value corresponding to the total quantity information of the products in the shipping warehouse is not less than the quantity value corresponding to the order quantity information, a satisfaction signal is output and the shipping warehouse is controlled to send out the product corresponding to the order product information with the quantity value corresponding to the order quantity information;

[0032] If the quantity value corresponding to the total product quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information, the shipping warehouse will be updated in the valid warehouse in descending order according to the quantity values ​​corresponding to the expiring quantity information until a satisfaction signal is output to stop updating the shipping warehouse.

[0033] By adopting the above technical solution, the quantity of products in the shipping warehouse is determined before shipment, so as to select a warehouse with a quantity that meets the requirements for shipment, thereby reducing the situation where the order cannot be completed due to insufficient product quantity.

[0034] Optional delivery methods for the delivery warehouse include:

[0035] Define the product corresponding to the minimum duration information as the minimum product, and obtain the minimum quantity information of the minimum product;

[0036] Determine whether the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information;

[0037] If the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, a delivery signal is output and the delivery warehouse is controlled to deliver the minimum quantity of products corresponding to the order quantity information;

[0038] If the quantity value corresponding to the minimum quantity information is smaller than the quantity value corresponding to the order quantity information, the corresponding duration is determined according to the second sorting rule to be greater than the duration corresponding to the minimum duration information and the adjacent remaining storage duration information, and the remaining storage duration information is defined as the new minimum duration information, and the original minimum product and the new minimum product are continuously updated and defined as the new minimum product until the shipping signal is output.

[0039] By adopting the above technical solution, products with a shorter shelf life are sold first, so that the products in the warehouse will not expire, thereby reducing the waste of resources.

[0040] Optionally, also include:

[0041] Obtain product status information during transportation;

[0042] Determine whether the status corresponding to the product status information is consistent with the preset interception status;

[0043] If the status corresponding to the product status information is inconsistent with the interception status, normal transportation will be carried out;

[0044] If the status corresponding to the product status information is consistent with the interception status, the current location information of the product is obtained, and the return distance information is determined based on the current location information and the warehouse points of each warehouse;

[0045] The warehouse with the shortest return distance information among all the warehouses is determined according to the preset third sorting rule, the warehouse is defined as the recycling warehouse, and the transportation of products to the recycling warehouse is controlled.

[0046] By adopting the above technical solution, it is determined whether the product needs to be returned during the product transportation process. If the product needs to be returned, there is no need to deliver the product to the user, thereby reducing the waste of transportation resources.

[0047] Optional return methods after product receipt include:

[0048] Get information about returns;

[0049] Determine whether the situation corresponding to the return situation information is consistent with the preset exchange situation;

[0050] If the situation corresponding to the return situation information is consistent with the exchange situation, then according to the preset fourth sorting rule, the warehouse corresponding to the smallest distance among all the warehouses is determined, the warehouse is defined as a recycling warehouse, and the product is controlled to be transported to the recycling warehouse;

[0051] If the situation corresponding to the return information is inconsistent with the exchange situation, the product will be transported to the shipping warehouse.

[0052] By adopting the above technical solution, it is possible to determine whether the product return method is return and refund or exchange, so that different processing methods can be selected to handle the return situation to improve the user shopping experience.

[0053] Optional methods of transporting products to the return warehouse include:

[0054] Matching the order product information stored in the preset quantity database with the storage threshold information to determine the storage threshold information corresponding to the order product information;

[0055] The expiration quantity information of the recycling warehouse is defined as the recycling quantity information, and it is determined whether the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information;

[0056] If the quantity value corresponding to the recycling quantity information is not greater than the quantity value corresponding to the storage threshold information, a recycling signal is output and the product is controlled to be transported to the recycling warehouse;

[0057] If the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information, the warehouse with the corresponding adjacent distance and greater than the recycling warehouse will be updated to the new recycling warehouse, and the recycling warehouse will be continuously updated until the recycling signal is output.

[0058] By adopting the above technical solution, before the products are transported back to the recycling warehouse, the number of expiring products in the recycling warehouse is judged. If there are many expiring products, the recycling warehouse is re-determined to recycle the products, so that the expiring products will not be concentrated in a certain warehouse.

[0059] In a second aspect, the present application provides a logistics supply system, which adopts the following technical solution:

[0060] A logistics supply system, comprising:

[0061] Acquisition module, used to obtain order product information;

[0062] A processing module, connected to the acquisition module and the judgment module, for storing and processing information;

[0063] The processing module determines the remaining storage time information of the corresponding product in the preset warehouse according to the ordered product information;

[0064] The processing module matches the order product information stored in the preset storage database with the reference time information to determine the reference time information corresponding to the order product information;

[0065] A judging module, used to judge whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information;

[0066] If the judgment module determines that the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the processing module defines the product as an expiring product;

[0067] If the determination module determines that the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the processing module defines the product as a storable product;

[0068] The acquisition module obtains the expiring quantity information of the expiring products in each warehouse;

[0069] The processing module determines the warehouse with the largest quantity value corresponding to the expiring quantity information among all warehouses according to the preset first sorting rule, defines the warehouse as the shipping warehouse, and controls the shipping warehouse to send out the product corresponding to the ordered product information.

[0070] By adopting the above technical solution, the order product information is first obtained through the acquisition module so that the processing module can determine the remaining retention time of the product in each warehouse, so that the processing module can distinguish the expiring products in the warehouse. After the order is completed, the processing module performs the delivery operation in the warehouse with the largest number of expiring products, so that the expiring products can be shipped out of the warehouse in time for sale, so that the products will not be piled up in the warehouse and wasted.

[0071] In a third aspect, the present application provides a smart terminal, which adopts the following technical solution:

[0072] An intelligent terminal includes a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute any of the above-mentioned logistics supply methods.

[0073] By adopting the above technical solution and using smart terminals, the ordered product information is first obtained to determine the remaining retention time of the product in each warehouse, so that the expiring products in the warehouse can be distinguished. After the order is placed, the delivery operation is carried out in the warehouse with the largest number of expiring products, so that the expiring products can be shipped out of the warehouse in time for sale, so that the products will not be piled up in the warehouse and wasted.

[0074] In a fourth aspect, the present application provides a computer storage medium capable of storing corresponding programs, which has the characteristics of reducing the waste of resources caused by the accumulation of expired products in the warehouse, and adopts the following technical solutions:

[0075] A computer-readable storage medium stores a computer program that can be loaded by a processor and execute any of the above-mentioned logistics supply methods.

[0076] By adopting the above technical solution, there is a computer program of the logistics supply method in the storage medium, which first obtains the ordered product information to determine the remaining holding time of the product in each warehouse, so as to distinguish the expiring products in the warehouse. After the order is completed, the delivery operation is carried out in the warehouse with the largest number of expiring products, so that the expiring products can be shipped out of the warehouse in time for sale, so that the products will not be piled up in the warehouse and wasted.

[0077] In summary, the present application includes at least one of the following beneficial technical effects:

[0078] 1. Give priority to transporting and selling products that are about to expire, so that the products in the warehouse are not likely to pile up and expire, thus avoiding the waste of resources;

[0079] 2. Before the product is shipped, the appropriate warehouse will be determined based on the product conditions and the location of the ordering user to improve the user's purchasing experience;

[0080] 3. When processing returns, determine the appropriate recycling warehouse for product recovery based on the product balance in each warehouse and the location of each warehouse, so as to keep product transportation costs low and prevent near-expiry products from being concentrated in a certain warehouse. BRIEF DESCRIPTION OF THE DRAWINGS

[0081] Figure 1 It is a flow chart of the logistics supply method.

[0082] Figure 2 It is a flow chart of the method for determining the shipping warehouse.

[0083] Figure 3 It is a flow chart of the method for determining the shipment quantity.

[0084] Figure 4 It is a flowchart of the product delivery method.

[0085] Figure 5 It is a flowchart of the product intercept return processing method.

[0086] Figure 6 It is a flow chart of the product receipt and return processing method.

[0087] Figure 7 It is a flow chart of the method for determining the recycling warehouse.

[0088] Figure 8 It is a module flow chart of the logistics supply method. DETAILED DESCRIPTION

[0089] In order to make the purpose, technical solutions and advantages of this application more clear, the following Figure 1-8 It should be understood that the specific embodiments described herein are only used to explain the present application and are not used to limit the present application.

[0090] The embodiments of the present invention are further described in detail below in conjunction with the accompanying drawings.

[0091] The embodiment of the present application discloses a logistics supply method, which gives priority to the transportation of products that are about to expire, so that the products are not easily piled up in the warehouse and become expired. At the same time, the appropriate warehouse is selected for shipment based on the product conditions and the location where the user places the order, so that the user has a better shopping experience.

[0092] Reference Figure 1 , the logistics supply method flow includes the following steps:

[0093] Step S100: Obtain order product information.

[0094] The product corresponding to the ordered product information is the product that the user orders on the online platform and requires logistics delivery.

[0095] Step S101: determining the remaining storage time information of the corresponding product in the preset warehouse according to the ordered product information.

[0096] A warehouse is a place set up in advance in multiple places across the country or the world for temporarily storing goods and products. The duration value corresponding to the remaining retention time information is the length of time until the product corresponding to the ordered product information in each warehouse expires. It is obtained by analyzing the shelf life and production date of the product. It is a conventional technical means for those skilled in the art and will not be elaborated on.

[0097] Step S102: Matching the order product information stored in the preset storage database with the reference time information to determine the reference time information corresponding to the order product information.

[0098] The duration corresponding to the benchmark duration information is the minimum value of the remaining shelf life required when the product is not an expiring product. Different ordered product information corresponds to different benchmark duration information. For example, when the product is fresh fruit and vegetables, the duration corresponding to the benchmark duration information may be only one or two days. When the product is puffed food, the duration corresponding to the benchmark duration information may be several months or several years. The staff characterizes the product and establishes a database based on different ordered product information and the corresponding benchmark duration information. The establishment method is a conventional technical means of those skilled in the art and will not be elaborated on.

[0099] Step S103: Determine whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information.

[0100] The purpose of the judgment is to judge the situation of the product corresponding to the ordered product information in the warehouse to determine whether the product is a near-expiry product.

[0101] Step S1031: If the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the product is defined as an expiring product.

[0102] When the time corresponding to the remaining storage time information is less than the time corresponding to the reference time information, it means that the remaining shelf life of the product is short, and the product is defined as a near-expiry product for identification to facilitate subsequent processing of the product.

[0103] Step S1032: If the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the product is defined as a storable product.

[0104] When the duration corresponding to the remaining storage time information is not less than the duration corresponding to the benchmark time information, it means that the remaining shelf life of the product is long and can continue to be stored. The product is defined as a storable product for identification to facilitate subsequent allocation operations on the product.

[0105] Step S104: Obtain the expiring quantity information of the expiring products in each warehouse.

[0106] The quantity value corresponding to the expiring quantity information is the total number of products corresponding to the ordered product information in each warehouse that are expiring products. It can be obtained by counting. The counting method is a conventional technical means for technicians in this field and will not be described in detail.

[0107] Step S105: Determine the warehouse with the largest quantity value corresponding to the expiring quantity information among all warehouses according to the preset first sorting rule, define the warehouse as the shipping warehouse and control the shipping warehouse to ship the product corresponding to the ordered product information.

[0108] The first sorting rule is a method for sorting large and small numerical values, such as the bubble method. The first sorting rule can be used to determine the warehouse with the largest quantity value corresponding to the expiring quantity information among all warehouses, that is, there are a large number of products ordered by users in the warehouse that are about to expire. At this time, the warehouse is defined as a shipping warehouse for identification, so as to control the warehouse to perform shipping operations, so that the expiring products can be processed first, so that the products will not be piled up in the warehouse and expire, so as to reduce the waste of resources.

[0109] Reference Figure 2 , the methods for determining the shipping warehouse include:

[0110] Step S200: Obtain order address information.

[0111] The address corresponding to the order address information is the delivery address of the user's order, which is obtained through the information provided when the user submits the order.

[0112] Step S201: Calculate and determine the distance information based on the order address information and the preset warehouse point of the warehouse.

[0113] The warehouse point is the location of the warehouse, which is input in advance by the staff after the construction of the warehouse is completed. The distance corresponding to the distance information is the distance between the user's receiving point and the warehouse point. This distance is the distance during the transportation of goods, not the displacement in the spatial sense.

[0114] Step S202: determining the remaining storage time information with the shortest corresponding time in each warehouse product according to the preset second sorting rule, and defining the remaining storage time information as the minimum time information.

[0115] The second sorting rule is a method that can sort large and small values, such as the bubble method. The second sorting rule can be used to determine the remaining storage time information with the shortest corresponding time in each warehouse, that is, the shortest remaining shelf life of the user's ordered products in each warehouse. The remaining storage time information is defined as the minimum time information for identification, so as to facilitate the subsequent call and processing of the product information.

[0116] Step S203: performing a matching analysis based on the order product information, the minimum duration information and the safety distance information stored in the preset distance database to determine the safety distance information corresponding to the order product information under the minimum duration information.

[0117] The distance value corresponding to the safety distance information is the maximum allowed transportation distance of the product corresponding to the order product information of the duration corresponding to the minimum duration information, that is, based on the remaining shelf life of the product and the product's own conditions to ensure that the product can be used normally when it is transported to the user. Different order product information has different safety distance information corresponding to different minimum duration information. A distance database is established through different order product information, different minimum duration information and different safety distance information. The establishment method is a conventional technical means of those skilled in the art and will not be elaborated on.

[0118] Step S204: Determine whether the distance value corresponding to the separation distance information is smaller than the distance value corresponding to the safety distance information.

[0119] The purpose of the judgment is to find out whether the expiring products in each warehouse can meet the requirements for delivery to the user's order location, so as to facilitate further determination of the delivery warehouse.

[0120] Step S2041: If the distance value corresponding to the separation distance information is smaller than the distance value corresponding to the safety distance information, the warehouse is defined as a valid warehouse.

[0121] When the distance value corresponding to the separation distance information is less than the distance value corresponding to the safety distance information, it means that the warehouse can carry out the shipping operation. At this time, the warehouse is defined as a valid warehouse for identification to facilitate the subsequent determination of the shipping warehouse.

[0122] Step S2042: If the distance value corresponding to the separation distance information is not less than the distance value corresponding to the safety distance information, the warehouse is defined as an invalid warehouse.

[0123] When the distance value corresponding to the separation distance information is not less than the distance value corresponding to the safety distance information, it means that the expiring products in the warehouse cannot meet the delivery requirements. At this time, the warehouse is defined as an invalid warehouse for identification, so as to facilitate the subsequent determination of the delivery warehouse.

[0124] Step S205: Determine the shipping warehouse in the valid warehouses according to the expiring quantity information.

[0125] Determine the shipping warehouse from the valid warehouses so that users can use the products normally when they are delivered to them, thereby improving their shopping experience.

[0126] Reference Figure 3 Before the goods are shipped from the shipping warehouse, the logistics supply method also includes:

[0127] Step S300: Obtain the order quantity information of the product and the storable quantity information of the storable products in each warehouse.

[0128] The quantity value corresponding to the order quantity information is the quantity value of the products ordered by the user, which is obtained by reading the user's order information; the quantity value corresponding to the storable quantity information is the total quantity value of the products ordered by the user in the warehouse, which can be obtained by counting. The counting method is a conventional technical means for technicians in this field and will not be elaborated on.

[0129] Step S301: Calculate the sum of the storable quantity information and the expiring quantity information to determine the total product quantity information.

[0130] The quantity value corresponding to the total product quantity information is the total quantity value of the products ordered by users in the warehouse. The calculation method is the quantity value corresponding to the storable quantity information plus the quantity value corresponding to the expiring quantity information.

[0131] Step S302: Determine whether the quantity value corresponding to the total quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information.

[0132] The purpose of the judgment is to find out whether the remaining quantity of products in the shipping warehouse can meet the requirements of this shipment, so as to reduce the situation where the shipping warehouse cannot carry out normal shipment due to insufficient quantity of products.

[0133] Step S3021: If the quantity value corresponding to the total product quantity information of the shipping warehouse is not less than the quantity value corresponding to the order quantity information, a satisfaction signal is output and the shipping warehouse is controlled to ship the product corresponding to the order product information with the quantity value corresponding to the order quantity information.

[0134] When the quantity value corresponding to the total product quantity information of the shipping warehouse is not less than the quantity value corresponding to the order quantity information, it means that the shipping warehouse can meet the shipping requirements. At this time, a satisfaction signal is output to identify and record the situation, so as to control the shipping warehouse to ship and deliver the products according to the quantity ordered by the user.

[0135] Step S3022: If the quantity value corresponding to the total product quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information, the shipping warehouse is updated in the valid warehouse in descending order according to the quantity values ​​corresponding to the expiring quantity information until a satisfaction signal is output to stop updating the shipping warehouse.

[0136] When the quantity value corresponding to the total product quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information, it means that the shipping warehouse cannot meet the shipping requirements. At this time, the shipping warehouses are updated in order from large to small according to the number of expiring products from the valid warehouses to determine the shipping warehouse whose quantity can meet the requirements. At the same time, the warehouses with a larger number of expiring products can give priority to processing the expiring products.

[0137] Reference Figure 4 , the shipping methods of the shipping warehouse include:

[0138] Step S400: define the product corresponding to the minimum duration information as the minimum product, and obtain the minimum quantity information of the minimum product.

[0139] The product corresponding to the minimum duration information is defined as the minimum product for identification, so as to facilitate the subsequent calling and allocation of the product with the shortest remaining shelf life among the expiring products. The quantity value corresponding to the minimum quantity information is the total quantity value of the minimum products in each warehouse.

[0140] Step S401: Determine whether the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information.

[0141] The purpose of the judgment is to find out whether the supply operation of the order can be completed with the minimum product.

[0142] Step S4011: If the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, a shipping signal is output and the shipping warehouse is controlled to ship out the minimum quantity of products corresponding to the order quantity information.

[0143] When the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, it means that the order demand can be supplied by the minimum product. At this time, a shipping signal is output for identification so that the shipping warehouse can send out the minimum product of the corresponding order quantity, so as to give priority to the consumption of products with the shortest remaining shelf life, thereby reducing the accumulation of products in the warehouse and causing them to expire.

[0144] Step S4012: If the quantity value corresponding to the minimum quantity information is smaller than the quantity value corresponding to the order quantity information, the corresponding duration is determined according to the second sorting rule to be greater than the duration corresponding to the minimum duration information and the adjacent remaining storage duration information, and the remaining storage duration information is defined as the new minimum duration information, and the original minimum product and the new minimum product are continuously and uniformly updated and defined as the new minimum product until the delivery signal is output.

[0145] When the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information, it means that only the product with the shortest remaining shelf life cannot meet the supply quantity requirement. At this time, the product batch with the second shortest remaining shelf life is determined according to the second sorting rule to update the minimum duration information, so as to update the entire minimum product through the original minimum product and the new minimum product. Then, if it still cannot meet the requirements, the product batch with the third shortest remaining shelf life is determined according to the second sorting rule, and so on, until the delivery signal is output so that the product can be shipped normally, so that the products with shorter shelf life can be consumed first.

[0146] Reference Figure 5 , logistics supply methods also include:

[0147] Step S500: Obtain product status information during transportation.

[0148] The status corresponding to the product status information is the status of the product during transportation, which can be divided into normal transportation status, interception status, etc. It is updated in real time by tracking logistics and order status. It is a conventional technical means for technicians in this field and will not be elaborated on.

[0149] Step S501: determine whether the status corresponding to the product status information is consistent with the preset interception status.

[0150] The intercepted status refers to the status of a product after the user submits a return request during transportation and the merchant agrees. The purpose of the judgment is to find out whether the current status of the product is this situation, so as to handle the product differently.

[0151] Step S5011: If the status corresponding to the product status information is inconsistent with the interception status, normal transportation is performed.

[0152] When the status corresponding to the product status information is inconsistent with the interception status, it means that the goods are in normal transportation. At this time, the goods can be controlled to continue normal transportation.

[0153] Step S5012: If the status corresponding to the product status information is consistent with the interception status, the current location information of the product is obtained, and the return distance information is determined based on the current location information and the warehouse points of each warehouse.

[0154] When the status corresponding to the product status information is consistent with the interception status, it means that the goods have been refunded by the user and there is no need to continue delivering the goods to the user. At this time, this situation needs to be further processed; the position corresponding to the current location information is the location of the product. This position can be obtained by scanning the order number after express delivery to a certain transportation node. It does not represent the real-time location of the product. Generally, this position is the location of the next transportation node during the transportation of the goods; the distance value corresponding to the return warehouse distance information is the distance between the position corresponding to the current location information and the warehouse point. This distance is the distance during the transportation process, not the displacement in the spatial sense.

[0155] Step S502: Determine the warehouse with the shortest return distance information among all warehouses according to the preset third sorting rule, define the warehouse as a recovery warehouse, and control the transportation of products to the recovery warehouse.

[0156] The third sorting rule is a method that can sort the size of values, such as the bubble method. The third sorting rule can be used to determine the warehouse closest to the current product, and the warehouse can be defined as a recycling warehouse for identification, so that the product can be transported to the recycling warehouse for recycling, so that the returned products can be recycled nearby, reducing the time wasted on the road, so that the product can continue to be shipped in the remaining orders.

[0157] Reference Figure 6 , the return methods after the product is signed for include:

[0158] Step S600: Obtain return information.

[0159] The return status information corresponds to the situation where the user returns the product after signing for it, which includes return and refund as well as return and exchange.

[0160] Step S601: Determine whether the situation corresponding to the return situation information is consistent with the preset exchange situation.

[0161] The exchange situation refers to the situation of user return and exchange. The purpose of judgment is to know whether the product needs to be exchanged so as to further control the subsequent product transportation.

[0162] Step S6011: If the situation corresponding to the return information is consistent with the exchange situation, the warehouse with the smallest distance corresponding to the distance information among all warehouses is determined according to the preset fourth sorting rule, and the warehouse is defined as a recycling warehouse, and the product is controlled to be transported to the recycling warehouse.

[0163] When the situation corresponding to the return information is consistent with the exchange situation, it means that the product needs to be exchanged. At this time, the warehouse closest to the user's order location is determined according to the fourth sorting rule, and the warehouse is defined as a recycling warehouse for product recycling, so that the product can be recycled and new products can be issued in time, so as to reduce the user's waiting cycle and improve the user's shopping experience; among them, the fourth sorting rule is a method that can sort the size of numerical values, such as the bubbling method.

[0164] Step S6012: If the situation corresponding to the return information is inconsistent with the exchange situation, the product is controlled to be transported to the shipping warehouse.

[0165] When the situation corresponding to the return information is inconsistent with the exchange situation, it means that the product is being returned for a refund. At this time, the product is controlled to be transported to the shipping warehouse to perform the operation steps for the product to improve processing efficiency.

[0166] Reference Figure 7 , the methods of transporting products to the recycling warehouse include:

[0167] Step S700: Matching the order product information stored in the preset quantity database with the storage threshold information to determine the storage threshold information corresponding to the order product information.

[0168] The value corresponding to the storage threshold information is the maximum quantity value allowed to be stacked in the warehouse for the product corresponding to the order product information, which is a near-expiry product. Different order product information corresponds to different storage threshold information. The correspondence between the two is set by the staff according to actual conditions. The quantity database is established through different order product information and corresponding storage threshold information. The establishment method is a conventional technical means of those skilled in the art and will not be elaborated on.

[0169] Step S701: define the expiring quantity information of the recycling warehouse as recycling quantity information, and determine whether the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information.

[0170] The expiring quantity information of the recycling warehouse is defined as the recycling quantity information for identification, so as to know the quantity of the expiring products in the specific recycling warehouse; the purpose of the judgment is to know whether the current recycling warehouse can still recycle the batch of expiring products.

[0171] Step S7011: If the quantity value corresponding to the recycling quantity information is not greater than the quantity value corresponding to the storage threshold information, a recycling signal is output and the product is controlled to be transported to the recycling warehouse.

[0172] When the quantity value corresponding to the recycling quantity information is not greater than the quantity value corresponding to the storage threshold information, it means that the recycling warehouse can still recycle the batch of near-expiry products. At this time, a recycling signal is output to mark the situation so that the products can be transported to the recycling warehouse. At this time, the returned near-expiry products are recycled.

[0173] Step S7012: If the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information, the warehouse with a corresponding adjacent distance and greater than the recycling warehouse is updated to a new recycling warehouse, and the recycling warehouse is continuously updated until a recycling signal is output.

[0174] When the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information, it means that the current recycling warehouse is unable to recycle the batch of expiring products. At this time, the recycling warehouse situation is updated nearby according to the current location of each warehouse and the product to determine the recycling warehouse with a shorter distance and that meets the recycling requirements, so that the replaced products can be recycled in time.

[0175] Reference Figure 8 Based on the same inventive concept, an embodiment of the present invention provides a logistics supply system, including:

[0176] Acquisition module, used to obtain order product information;

[0177] A processing module, connected to the acquisition module and the judgment module, for storing and processing information;

[0178] The processing module determines the remaining storage time information of the corresponding product in the preset warehouse according to the ordered product information;

[0179] The processing module matches the order product information stored in the preset storage database with the reference time information to determine the reference time information corresponding to the order product information;

[0180] A judging module, used to judge whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information;

[0181] If the judgment module determines that the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the processing module defines the product as an expiring product;

[0182] If the determination module determines that the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the processing module defines the product as a storable product;

[0183] The acquisition module obtains the expiring quantity information of the expiring products in each warehouse;

[0184] The processing module determines the warehouse with the largest quantity value corresponding to the expiring quantity information among all warehouses according to the preset first sorting rule, defines the warehouse as a shipping warehouse, and controls the shipping warehouse to send out the product corresponding to the ordered product information;

[0185] The shipping warehouse determination module determines the appropriate shipping warehouse for product shipping operations based on the distance between the warehouse and the user's delivery address and the product shelf life;

[0186] The delivery quantity determination module is used to determine the product quantity of each warehouse to select the warehouse that can meet the delivery quantity requirements;

[0187] The delivery method determination module is used to control the delivery of products so that products that are about to expire can be delivered first;

[0188] The interception and return processing module is used to handle the interception and return of products during transportation;

[0189] The sign-off return processing module is used to process the product returns after signing;

[0190] The recycling warehouse determination module determines the appropriate recycling warehouse for recycling the returned products based on the distance between the product and each warehouse and the number of expiring products in the warehouse.

[0191] Those skilled in the art can clearly understand that for the convenience and simplicity of description, only the division of the above-mentioned functional modules is used as an example. In actual applications, the above-mentioned functions can be assigned to different functional modules as needed, that is, the internal structure of the device is divided into different functional modules to complete all or part of the functions described above. The specific working process of the system, device and unit described above can refer to the corresponding process in the aforementioned method embodiment, and will not be repeated here.

[0192] An embodiment of the present invention provides a computer-readable storage medium storing a computer program that can be loaded by a processor and execute a logistics supply method.

[0193] Computer storage media include, for example, various media that can store program codes, such as USB flash drives, mobile hard disks, read-only memories (ROM), random access memories (RAM), magnetic disks or optical disks.

[0194] Based on the same inventive concept, an embodiment of the present invention provides an intelligent terminal, including a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute a logistics supply method.

[0195] Those skilled in the art can clearly understand that for the convenience and simplicity of description, only the division of the above-mentioned functional modules is used as an example. In actual applications, the above-mentioned functions can be assigned to different functional modules as needed, that is, the internal structure of the device is divided into different functional modules to complete all or part of the functions described above. The specific working process of the system, device and unit described above can refer to the corresponding process in the aforementioned method embodiment, and will not be repeated here.

[0196] The above are all preferred embodiments of the present application, and are not intended to limit the protection scope of the present application. Any feature disclosed in this specification (including the abstract and drawings), unless otherwise stated, can be replaced by other equivalent or alternative features with similar purposes. That is, unless otherwise stated, each feature is only an example of a series of equivalent or similar features.

Claims

1. A logistics supply method, characterized in that: include: Get order product information; Determine the remaining storage time of the corresponding product in the preset warehouse according to the ordered product information; Matching the order product information stored in the preset storage database with the reference duration information to determine the reference duration information corresponding to the order product information; Determine whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information; If the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the product is defined as a near-expiry product; If the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the product is defined as a storable product; Obtain the expiring quantity information of expiring products in each warehouse; According to the preset first sorting rule, a warehouse with the largest quantity value corresponding to the expiring quantity information among all warehouses is determined, the warehouse is defined as a shipping warehouse, and the shipping warehouse is controlled to ship the product corresponding to the order product information; Methods for determining the shipping warehouse include: Obtain the order address information; determine the distance information based on the order address information and the preset warehouse point of the warehouse; determine the remaining storage time information with the shortest corresponding time in each warehouse product according to the preset second sorting rule, and define the remaining storage time information as the minimum time information; perform matching analysis based on the order product information, the minimum time information and the safety distance information stored in the preset distance database to determine the safety distance information corresponding to the order product information under the minimum time information; determine whether the distance value corresponding to the distance information is less than the distance value corresponding to the safety distance information; if the distance value corresponding to the distance information is less than the distance value corresponding to the safety distance information, define the warehouse as a valid warehouse; if the distance value corresponding to the distance information is not less than the distance value corresponding to the safety distance information, define the warehouse as an invalid warehouse; determine the shipping warehouse according to the expiring quantity information in the valid warehouse; Before shipment from the shipping warehouse, the logistics supply method also includes: Obtain the product's order quantity information and the storable quantity information of each warehouse's storable products; calculate the sum of the storable quantity information and the expiring quantity information to determine the total product quantity information; determine whether the quantity value corresponding to the total product quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information; if the quantity value corresponding to the total product quantity information of the shipping warehouse is not less than the quantity value corresponding to the order quantity information, then output a satisfaction signal and control the shipping warehouse to send out the product corresponding to the order product information of the quantity value corresponding to the order quantity information; if the quantity value corresponding to the total product quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information, then update the shipping warehouse in the valid warehouse in order from large to small according to the quantity value corresponding to the expiring quantity information, until a satisfaction signal is output to stop updating the shipping warehouse; Shipping warehouse delivery methods include: Define the product corresponding to the minimum duration information as the minimum product, and obtain the minimum quantity information of the minimum product; determine whether the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information; if the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, output a shipping signal and control the shipping warehouse to send out the minimum product corresponding to the order quantity information; if the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information, determine the corresponding duration greater than the duration corresponding to the minimum duration information and the adjacent remaining storage duration information according to the second sorting rule, and define the remaining storage duration information as the new minimum duration information, and continuously and uniformly update the original minimum product and the new minimum product to be defined as the new minimum product until the shipping signal is output; It also includes: obtaining product status information of the product during transportation; determining whether the status corresponding to the product status information is consistent with the preset interception status; if the status corresponding to the product status information is inconsistent with the interception status, performing normal transportation; if the status corresponding to the product status information is consistent with the interception status, obtaining the current location information of the product, and determining the return warehouse distance information according to the current location information and the warehouse points of each warehouse; determining the warehouse with the smallest distance corresponding to the return warehouse distance information among all warehouses according to the preset third sorting rule, defining the warehouse as a recovery warehouse, and controlling the transportation of the product to the recovery warehouse; The return methods after product receipt include: Acquire return information; determine whether the situation corresponding to the return information is consistent with the preset exchange situation; if the situation corresponding to the return information is consistent with the exchange situation, determine the warehouse with the smallest distance corresponding to the distance information among all warehouses according to the preset fourth sorting rule, define the warehouse as a recycling warehouse, and control the transportation of products to the recycling warehouse; if the situation corresponding to the return information is inconsistent with the exchange situation, control the transportation of products to the shipping warehouse; the method for transporting products to the recycling warehouse includes: matching the order product information stored in the preset quantity database with the storage threshold information to determine The storage threshold information corresponding to the order product information; the expiring quantity information of the recycling warehouse is defined as the recycling quantity information, and it is determined whether the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information; if the quantity value corresponding to the recycling quantity information is not greater than the quantity value corresponding to the storage threshold information, a recycling signal is output and the product is controlled to be transported to the recycling warehouse; if the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information, the warehouse with a corresponding adjacent distance and greater than the recycling warehouse is updated to a new recycling warehouse, and the recycling warehouse is continuously updated until a recycling signal is output.

2. A logistics supply system, characterized in that: include: Acquisition module, used to obtain order product information; A processing module, connected to the acquisition module and the judgment module, for storing and processing information; The processing module determines the remaining storage time information of the corresponding product in the preset warehouse according to the ordered product information; The processing module matches the order product information stored in the preset storage database with the reference time information to determine the reference time information corresponding to the order product information; A judging module, used to judge whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information; If the judgment module determines that the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the processing module defines the product as an expiring product; If the determination module determines that the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the processing module defines the product as a storable product; The acquisition module obtains the expiring quantity information of the expiring products in each warehouse; The processing module determines the warehouse with the largest quantity value corresponding to the expiring quantity information among all warehouses according to the preset first sorting rule, defines the warehouse as a shipping warehouse, and controls the shipping warehouse to ship the product corresponding to the ordered product information; Methods for determining the shipping warehouse include: Obtain the order address information; determine the distance information based on the order address information and the preset warehouse point of the warehouse; determine the remaining storage time information with the shortest corresponding time in each warehouse product according to the preset second sorting rule, and define the remaining storage time information as the minimum time information; perform matching analysis based on the order product information, the minimum time information and the safety distance information stored in the preset distance database to determine the safety distance information corresponding to the order product information under the minimum time information; determine whether the distance value corresponding to the distance information is less than the distance value corresponding to the safety distance information; if the distance value corresponding to the distance information is less than the distance value corresponding to the safety distance information, define the warehouse as a valid warehouse; if the distance value corresponding to the distance information is not less than the distance value corresponding to the safety distance information, define the warehouse as an invalid warehouse; determine the shipping warehouse according to the expiring quantity information in the valid warehouse; Before shipment from the shipping warehouse, it also includes: Obtain the product's order quantity information and the storable quantity information of each warehouse's storable products; calculate the sum of the storable quantity information and the expiring quantity information to determine the total product quantity information; determine whether the quantity value corresponding to the total product quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information; if the quantity value corresponding to the total product quantity information of the shipping warehouse is not less than the quantity value corresponding to the order quantity information, then output a satisfaction signal and control the shipping warehouse to send out the product corresponding to the order product information of the quantity value corresponding to the order quantity information; if the quantity value corresponding to the total product quantity information of the shipping warehouse is less than the quantity value corresponding to the order quantity information, then update the shipping warehouse in the valid warehouse in order from large to small according to the quantity value corresponding to the expiring quantity information, until a satisfaction signal is output to stop updating the shipping warehouse; Shipping warehouse delivery methods include: Define the product corresponding to the minimum duration information as the minimum product, and obtain the minimum quantity information of the minimum product; determine whether the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information; if the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, output a shipping signal and control the shipping warehouse to send out the minimum product corresponding to the order quantity information; if the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information, determine the corresponding duration greater than the duration corresponding to the minimum duration information and the adjacent remaining storage duration information according to the second sorting rule, and define the remaining storage duration information as the new minimum duration information, and continuously and uniformly update the original minimum product and the new minimum product to be defined as the new minimum product until the shipping signal is output; It also includes: obtaining product status information of the product during transportation; determining whether the status corresponding to the product status information is consistent with the preset interception status; if the status corresponding to the product status information is inconsistent with the interception status, performing normal transportation; if the status corresponding to the product status information is consistent with the interception status, obtaining the current location information of the product, and determining the return warehouse distance information according to the current location information and the warehouse points of each warehouse; determining the warehouse with the smallest distance corresponding to the return warehouse distance information among all warehouses according to the preset third sorting rule, defining the warehouse as a recovery warehouse, and controlling the transportation of the product to the recovery warehouse; The return methods after product receipt include: Acquire return information; determine whether the situation corresponding to the return information is consistent with the preset exchange situation; if the situation corresponding to the return information is consistent with the exchange situation, determine the warehouse with the smallest distance corresponding to the distance information among all warehouses according to the preset fourth sorting rule, define the warehouse as a recycling warehouse, and control the transportation of products to the recycling warehouse; if the situation corresponding to the return information is inconsistent with the exchange situation, control the transportation of products to the shipping warehouse; the method for transporting products to the recycling warehouse includes: matching the order product information stored in the preset quantity database with the storage threshold information to determine The storage threshold information corresponding to the order product information; the expiring quantity information of the recycling warehouse is defined as the recycling quantity information, and it is determined whether the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information; if the quantity value corresponding to the recycling quantity information is not greater than the quantity value corresponding to the storage threshold information, a recycling signal is output and the product is controlled to be transported to the recycling warehouse; if the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information, the warehouse with a corresponding adjacent distance and greater than the recycling warehouse is updated to a new recycling warehouse, and the recycling warehouse is continuously updated until a recycling signal is output.

3. An intelligent terminal, characterized in that: The method comprises a memory and a processor, wherein the memory stores a computer program which can be loaded by the processor and execute the method as claimed in claim 1.

4. A computer-readable storage medium, characterized in that: A computer program is stored which can be loaded by a processor and execute the method as claimed in claim 1.

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