CN116797144B - Logistics warehouse screening method and device based on order information - Google Patents

Logistics warehouse screening method and device based on order information Download PDF

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CN116797144B
CN116797144B CN202311062670.1A CN202311062670A CN116797144B CN 116797144 B CN116797144 B CN 116797144B CN 202311062670 A CN202311062670 A CN 202311062670A CN 116797144 B CN116797144 B CN 116797144B
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warehouses
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CN116797144A (en
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李志超
钱一帆
陈广发
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Guangzhou Taotong Technology Co ltd
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Abstract

The application discloses a logistics warehouse screening method and device based on order information, wherein the method comprises the following steps: after order information of a user is acquired, extracting order quantity, delivery address and delivery mode of goods from the order information; searching a plurality of warehouses to be screened meeting the number of orders from a preset warehouse database, and acquiring a warehouse address of each warehouse to be screened; and calculating a delivery distance by adopting the delivery address and each warehouse address, screening target warehouses from a plurality of warehouses to be screened based on the delivery distance and the delivery mode, and sending the order information to the target warehouses. According to the application, the order quantity, the delivery address and the delivery mode can be respectively extracted from the order information, and the warehouse which meets the order quantity requirement and has the shortest delivery time length is matched in a plurality of warehouses based on the order quantity, the delivery address and the delivery mode to serve as a target warehouse for delivery tasks, so that the delivery time length of goods is shortened, and the delivery efficiency is improved.

Description

Logistics warehouse screening method and device based on order information
Technical Field
The application relates to the technical field of warehouse screening, in particular to a logistics warehouse screening method and device based on order information.
Background
With the development of economy and society and the rise of electronic commerce, more and more people conduct activities such as selecting and purchasing goods through the internet. To meet shopping needs, merchants need to build multiple warehouses to store goods in different places or areas. And after the consumer places an order, transmitting the order information to a warehouse for shipment.
Because there are a plurality of warehouses for storing goods, the current common mode is that after receiving order information, a background system randomly matches a warehouse to be dispatched according to the type of the goods of the order information, and sends the order information to the warehouse to remind the warehouse of the shipment.
However, the following technical problems exist in the process of randomly matching a warehouse to deliver goods: the goods storage capacity of different warehouses is different, and the positions of the warehouses and clients are also different, and the random matching warehouses can be different in quantity and can be far away from the clients, so that the delivery time length exceeds the standard, and the use of users is affected.
Disclosure of Invention
The application provides a logistics warehouse screening method and a logistics warehouse screening device based on order information, wherein the method can respectively extract order quantity, delivery addresses and delivery modes from the order information, match a warehouse which meets the order quantity requirement and has the shortest delivery time length among a plurality of warehouses based on the order quantity, the delivery addresses and the delivery modes to serve as a target warehouse, and inform the target warehouse to carry out delivery tasks so as to shorten the delivery time length of goods and improve the delivery efficiency.
A first aspect of an embodiment of the present application provides a method for screening a logistics warehouse based on order information, where the method is applicable to an online store platform, and the method includes:
after order information of a user is acquired, extracting order quantity, delivery address and delivery mode of goods from the order information;
searching a plurality of warehouses to be screened meeting the number of orders from a preset warehouse database, and acquiring a warehouse address of each warehouse to be screened;
and calculating a delivery distance by adopting the delivery address and each warehouse address, screening target warehouses from a plurality of warehouses to be screened based on the delivery distance and the delivery mode, and sending the order information to the target warehouses.
In a possible implementation manner of the first aspect, the screening the target warehouse from the plurality of warehouses to be screened based on the distribution distance and the distribution manner includes:
if the distribution mode is self-operating distribution, acquiring warehouse distribution time length corresponding to each warehouse to be screened, wherein the warehouse distribution time length is an average value of distribution time lengths corresponding to a plurality of distribution persons after statistics of the distribution time lengths corresponding to the plurality of distribution persons in the warehouse to be screened;
calculating corresponding first transportation time length by adopting each distribution distance, and adding the first transportation time length and the corresponding warehouse distribution time length to obtain a first distribution total time length corresponding to each warehouse to be screened;
and screening the first total distribution time length with the minimum value from the plurality of first total distribution time lengths, and taking the warehouse to be screened corresponding to the first total distribution time length with the minimum value as a target warehouse.
In a possible implementation manner of the first aspect, the screening the target warehouse from the plurality of warehouses to be screened based on the distribution distance and the distribution manner includes:
if the distribution mode is labor dispatch distribution, searching a plurality of dispatch shops corresponding to the labor dispatch distribution according to the delivery address, and acquiring the dispatch duration of each dispatch shop;
calculating a corresponding second transportation time length by adopting each distribution distance, and adding the second transportation time length and the corresponding dispatch time length to obtain a second distribution total time length corresponding to each warehouse to be screened;
and screening the second total distribution time length with the smallest value from the second total distribution time lengths, and taking the warehouse to be screened corresponding to the second total distribution time length with the smallest value as a target warehouse.
In a possible implementation manner of the first aspect, the searching for a plurality of dispatching shops corresponding to the labor dispatching and dispatching according to the delivery address includes:
dividing a delivery area in preset map data by taking the delivery address as a center;
searching a plurality of shops with the same dispatch type corresponding to the labor dispatch in the dispatch area to obtain a plurality of dispatched shops.
In a possible implementation manner of the first aspect, after the step of extracting an order quantity, a delivery address, and a delivery manner of the goods from the order information, the method further includes:
if the fact that the warehouse to be screened meeting the order number does not exist in the preset warehouse database is determined, counting the number of cargoes of each warehouse to be screened from the preset warehouse database, and calculating the sum of the number of the cargoes to obtain the total number;
if the total quantity is smaller than the order quantity, generating the stock shortage information and transmitting the stock shortage information to a user terminal corresponding to the order information so as to prompt a user;
and if the total quantity is larger than the order quantity, sending the goods quantity of each warehouse to be screened to a user terminal corresponding to the order information for selection by a user.
In a possible implementation manner of the first aspect, after the step of sending the number of goods in each warehouse to be screened to the user terminal corresponding to the order information, the method further includes:
acquiring one or more distribution warehouses selected by a user and the distribution quantity corresponding to each distribution warehouse, wherein the distribution warehouses are warehouses arbitrarily selected by the user from a plurality of warehouses to be screened;
and sending the delivery quantity, the delivery address and the delivery mode to a corresponding delivery warehouse for the delivery warehouse to schedule delivery of the goods.
In a possible implementation manner of the first aspect, the searching a plurality of warehouses to be screened that meet the order number from a preset warehouse database includes:
extracting commodity names from the order information, and determining a plurality of preselections which store commodities corresponding to the commodity names from a preset warehouse database according to the commodity names;
and screening the warehouse meeting the order quantity requirement from a plurality of pre-selected warehouses to obtain a plurality of warehouses to be screened.
In a possible implementation manner of the first aspect, after the step of sending the order information to the target warehouse, the method further includes:
acquiring real-time information fed back by the target warehouse;
and constructing a distribution path by adopting the real-time information, and transmitting the distribution path to a user terminal corresponding to the order information for a user to check.
A second aspect of an embodiment of the present application provides a logistic warehouse screening device based on order information, the device being suitable for an online store platform, the device comprising:
the system comprises an extraction module, a storage module and a storage module, wherein the extraction module is used for extracting the order quantity, the delivery address and the delivery mode of goods from order information of a user after the order information of the user is acquired;
the searching module is used for searching a plurality of warehouses to be screened meeting the number of the orders from a preset warehouse database and acquiring a warehouse address of each warehouse to be screened;
and the screening module is used for calculating the delivery distance by adopting the delivery address and each warehouse address, screening target warehouses from a plurality of warehouses to be screened based on the delivery distance and the delivery mode, and sending the order information to the target warehouses.
Compared with the prior art, the logistics warehouse screening method and device based on order information provided by the embodiment of the application have the beneficial effects that: according to the application, the order quantity, the delivery address and the delivery mode can be respectively extracted from the order information, the warehouse which meets the order quantity requirement and has the shortest delivery time length is matched in a plurality of warehouses based on the order quantity, the delivery address and the delivery mode to serve as a target warehouse, and the target warehouse is informed to carry out the delivery task, so that the delivery time length of goods is shortened, and the delivery efficiency is improved.
Drawings
FIG. 1 is a flow chart of a method for screening a logistics warehouse based on order information according to an embodiment of the present application;
fig. 2 is a schematic structural diagram of a logistic warehouse screening device based on order information according to an embodiment of the present application.
Detailed Description
The following description of the embodiments of the present application will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present application, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the application without making any inventive effort, are intended to be within the scope of the application.
In order to solve the above problems, the following detailed description and explanation will be given for a method for screening a logistics warehouse based on order information according to the embodiment of the present application.
Referring to fig. 1, a flow chart of a method for screening a logistics warehouse based on order information according to an embodiment of the present application is shown.
The method is suitable for an online store platform. Specifically, the platform may contain data for a plurality of online stores, which may be online backend servers. And the platform can be communicated with a plurality of user terminals, and a user can send data such as orders, purchased commodity types, payment and the like to the platform through the user terminals.
Wherein, as an example, the method for screening the logistics warehouse based on the order information can comprise the following steps:
s11, after order information of a user is acquired, the order quantity, the delivery address and the delivery mode of the goods are extracted from the order information.
In one embodiment, a user may install an APP application of the online store platform at his user terminal, and then input relevant information about the purchase of y goods at x store in his application, such as the number of purchases, the customization of the delivery, the delivery mode of the goods the user wishes to have, the transaction record, etc., and the APP application of the user terminal may generate order information and send the relevant information to the online store platform.
After the online store platform acquires the order information of the user, the order information can be analyzed, so that the order quantity, the delivery address and the delivery mode of the goods to be purchased by the user can be extracted from the order information.
Wherein the order quantity is the quantity of goods purchased by the user; the delivery address is the address where the user receives the goods; the delivery mode can be selected from special person delivery, ordinary labor service delivery, delayed delivery, special person specified time delivery and the like.
S12, searching a plurality of warehouses to be screened meeting the number of the orders from a preset warehouse database, and acquiring a warehouse address of each warehouse to be screened.
In one embodiment, the online store platform may be provided with a plurality of different databases, each of which may correspondingly store one category of data, e.g., one database storing user name data, one database storing data for a plurality of different stores of the store, one database user storing user password data, etc. Each data is uploaded by the corresponding manager. For example, the data of the warehouse can be uploaded by a manager of the warehouse every day or every hour, and when the data is changed, the online store platform can also be changed and recorded in real time.
After determining the number of orders for the user, it is necessary to determine whether the current inventory has a corresponding number of items to determine whether the user's purchase needs can be met.
In one implementation, the number of items per warehouse may be determined from a warehouse database storing warehouse data. Specifically, the number of items in the order quantity purchased by the user may be determined.
For example, the user purchases z pieces of y merchandise, corresponding to a number of orders z. Then, the database stores data of 10 warehouses, and each warehouse stores a plurality of y commodities correspondingly. The number of y commodities stored in each warehouse can be counted.
Then, a plurality of warehouses with the number of y commodities larger than that of z pieces can be screened, and the warehouses are taken as warehouses to be screened.
And then, the address of each warehouse to be screened can be obtained to obtain the warehouse address.
In one practical manner, the store's warehouse may hold goods purchased by the user, or may not have goods purchased by the user (e.g., may have sold inventory and not timely entered goods). To determine whether the warehouse has corresponding items in the database, in one embodiment, step S12 may include the sub-steps of:
s121, extracting commodity names from the order information, and determining a plurality of preselections which store commodities corresponding to the commodity names from a preset warehouse database according to the commodity names.
S122, screening warehouses meeting the order quantity requirement from a plurality of pre-selected warehouses to obtain a plurality of warehouses to be screened.
Specifically, the order information may be converted into text, and then the text is identified to obtain the commodity name.
The preset warehouse database then has data for a plurality of warehouses, one for each warehouse. And carrying out commodity name matching in a warehouse database corresponding to each warehouse according to commodity names, wherein if the warehouse has the commodity, the database stores the name information, the number, the warehouse entry records and the like of the commodity.
If the database of the warehouse stores the names of the goods which can be matched with the names of the goods, the warehouse is determined to be a preselected warehouse.
And then, acquiring the number of the commodities in the database of the pre-selection bin to obtain the number of the commodities. Judging whether the commodity number is larger than or equal to the order number, if so, determining the pre-selected warehouse as a warehouse to be screened. Conversely, if the number of items is less than the number of orders, it may be determined that the preselected warehouse is not a warehouse to be screened.
In an embodiment, if the number of the pre-selected warehouses is zero or the number of the warehouses to be screened is zero, a backorder prompt message may be generated and sent to the corresponding user terminal, so that the user terminal can remind the user that the current commodity is backordered.
In one embodiment, the merchandise may be purchased by the user particularly hot, the inventory of the warehouse is tight, and the inventory of the merchandise may not be sufficient to meet the user's purchase needs.
In order to inform the user in time whether to reselect the purchase or not, the method may further include, as an example, after step S11:
s21, if the fact that the number of the warehouses to be screened does not meet the number of the orders in the preset warehouse database is determined, counting the number of the cargoes of each warehouse to be screened from the preset warehouse database, and calculating the sum of the number of the cargoes to obtain the total number.
Specifically, by taking the above example, assuming that the number of y commodities stored in each warehouse is smaller than z, it is indicated that none warehouse can pass through z y commodities, and it can be determined that the number of warehouses to be screened meeting the number of orders in the preset warehouse database is not available.
This may not be the case for unified shipping from one warehouse, but the number of warehouses may be sufficient for the user's needs.
In order to determine whether the delivery requirements of the user can be met, the number of goods per warehouse to be screened can be counted.
The warehouse to be screened here may be a warehouse in which y commodities are stored. And then calculating the sum of the quantity of the plurality of cargoes to obtain the total quantity of the stored commodities.
And S22, if the total number is smaller than the order number, generating the stock shortage information and transmitting the stock shortage information to a user terminal corresponding to the order information so as to prompt a user.
And S23, if the total quantity is larger than the order quantity, sending the goods quantity of each warehouse to be screened to a user terminal corresponding to the order information for selection by a user.
If the total quantity is smaller than the order quantity, indicating that the y commodities in the warehouse are in shortage and cannot meet the purchase demands of users, automatically generating and transmitting the shortage information to a user terminal corresponding to the order information so as to inform the users.
If the total number is greater than the order number, the total number of y commodities indicating all the warehouses can meet the purchase demands of the user, and in order to enable the user to select the warehouses to be distributed, the number of the commodities of each warehouse to be screened can be sent to a user terminal corresponding to the order information for the user to select.
For the purpose of designated dispatch based on a user selected warehouse, the method may further include, as an example, the steps of:
s24, acquiring one or more distribution warehouses selected by a user and the distribution quantity corresponding to each distribution warehouse, wherein the distribution warehouses are warehouses arbitrarily selected by the user from a plurality of warehouses to be screened.
And S25, the delivery quantity, the delivery address and the delivery mode are sent to a corresponding delivery warehouse so that the delivery warehouse can schedule delivery of goods.
Specifically, after the user checks through the user terminal, the user may need to purchase the required quantity of goods, and may select a plurality of warehouses to be screened from the displayed plurality of warehouses to serve as the distribution warehouse, and determine the quantity to be distributed in each distribution warehouse.
And finally, respectively sending the delivery quantity, the delivery address and the delivery mode to the corresponding delivery warehouse.
Specifically, the information can be sent to a background server corresponding to the distribution warehouse, so that the background server informs corresponding management personnel to perform corresponding distribution operation.
Alternatively, after the user checks through his user terminal, the purchase amount may be reduced, and after the purchase amount is reduced, a delivery warehouse may already meet the delivery requirement of the user, and the user may select a delivery warehouse, and at the same time, the user may input the delivery amount to be delivered in the warehouse. And finally, the delivery quantity, the delivery address and the delivery mode can be respectively sent to a background server corresponding to the delivery warehouse, so that the background server informs corresponding management personnel to perform corresponding delivery operation.
Through the operation, reasonable distribution can be performed according to the quantity of commodities stored in the warehouse, so that the purchasing demands of different users are met.
And S13, calculating a delivery distance by adopting the delivery address and each warehouse address, screening target warehouses from a plurality of warehouses to be screened based on the delivery distance and the delivery mode, and sending the order information to the target warehouses.
If a plurality of warehouses to be screened which can meet the order number of the user can be determined, because each warehouse to be screened stores commodities with the corresponding order number, in order to shorten the delivery time, the user can quickly take the commodities, and the delivery address and each warehouse address can be used for calculating the delivery distance.
And then screening the target warehouse from the plurality of warehouses to be screened based on the distribution distance and the distribution mode, so that the target warehouse with the shortest distribution time can meet the distribution mode requirement of users, and carry out commodity distribution.
In one implementation, the time required for different delivery modes is different, so as to combine the delivery modes with the actual delivery distance for comprehensive screening, in one embodiment, step S13 may include the following substeps:
and S31, if the distribution mode is self-operation and gate-on distribution, acquiring warehouse distribution time lengths corresponding to each warehouse to be screened, wherein the warehouse distribution time lengths are the average value of distribution time lengths corresponding to a plurality of distribution personnel after statistics of the distribution time lengths corresponding to the plurality of distribution personnel contained in the warehouse to be screened.
S32, calculating corresponding first transportation time length by adopting each distribution distance, and adding the first transportation time length and the corresponding warehouse distribution time length to obtain first distribution total time length corresponding to each warehouse to be screened.
S33, screening the first total distribution time length with the smallest value from the plurality of first total distribution time lengths, and taking the warehouse to be screened corresponding to the first total distribution time length with the smallest value as a target warehouse.
In one embodiment, self-service delivery is a warehouse dispatch delivery person carrying goods for self-service delivery.
Each warehouse can have its corresponding delivery personnel to deliver goods in person to the gate, and specifically can have a plurality of delivery personnel. The delivery duration of each delivery person contained in the warehouse to be screened can be counted first. And then calculating an average value of the distribution time lengths, wherein the average value is used as the warehouse distribution time length corresponding to the warehouse to be screened.
Then, the delivery distance may be used to calculate a first transport duration, which may be a duration of the vehicle traveling the delivery distance at the preset speed per hour.
And finally, adding the first transportation time length of each warehouse to be screened and the warehouse delivery time length to obtain the first total delivery time length corresponding to the warehouse to be screened.
The time length with the smallest value is then screened from the first delivery total time lengths. The long warehouse is the fastest delivery warehouse and can be targeted to.
In order to perform comprehensive screening in combination with the delivery mode and the actual delivery distance, in one embodiment, step S13 may further include the following substeps:
and S41, if the distribution mode is labor dispatch distribution, searching a plurality of dispatch shops corresponding to the labor dispatch distribution according to the delivery addresses, and acquiring the dispatch duration of each dispatch shop.
In one embodiment, the labor dispatch delivery is that the warehouse delivers the goods to the delivery merchant specified by the user, and the delivery merchant specified by the user transports the goods and places the goods in a post or express cabinet for the user to pick up.
Because the user-designated delivery merchant may have a plurality of processing points or working points in one area, and the merchant working efficiencies of different working points are different, in order to screen the merchant with the smallest delivery duration, a plurality of delivery shops corresponding to labor dispatch and delivery, such as x-way and x-way, may be searched in the area where the delivery address is located according to the delivery address of the user. Meanwhile, the dispatch duration of each dispatch store can be acquired.
In one embodiment, the user may enter information such as the duration of time he receives the merchandise, the merchant who was delivered, and the user's score after purchasing the merchandise. The delivery time of each delivery merchant can be searched in the historical data fed back by the user and used as the delivery time of the delivery merchant.
In one of the embodiments, step S41 may comprise the sub-steps of:
s411, dividing a delivery area in preset map data by taking the delivery address as a center.
And S412, searching a plurality of shops with the same dispatch type corresponding to the labor dispatch in the dispatch area to obtain a plurality of dispatched shops.
Specifically, the map data may be extracted from the map application of the third party, and then a distribution area may be divided with the delivery address as the center and a preset distance as the radius. And searching the shops with the same dispatch type corresponding to the labor dispatch in the dispatch area to obtain a plurality of dispatched shops.
For example, the user's shipping address x city y z street 001 number, the designated shipping merchant is x Feng. The address can be used for searching a plurality of x-rich shops in the x-city y area to obtain a plurality of dispatching shops.
S42, calculating corresponding second transportation time length by adopting each distribution distance, and adding the second transportation time length and the corresponding dispatch time length to obtain second distribution total time length corresponding to each warehouse to be screened.
S43, screening the second total distribution time length with the smallest value from the second total distribution time lengths, and taking the warehouse to be screened corresponding to the second total distribution time length with the smallest value as a target warehouse.
Specifically, the delivery distance may also be used to calculate the second transportation duration, which may be the duration of the vehicle traveling the delivery distance at the preset speed.
And adding the second transportation time length and the corresponding dispatch time length to obtain a second total dispatch time length corresponding to each warehouse to be screened.
The time length with the smallest value is then selected from the plurality of second delivery total time lengths. The long warehouse is the fastest delivery warehouse and can be targeted to.
After determining that delivery is possible, for convenience of the user to view real-time delivery, the method may further include, as an example, the steps of:
s14, acquiring real-time information fed back by the target warehouse.
In particular, the real-time information may include information of the goods, transportation information of the goods, information of intended delivery, real-time positioning coordinates of the goods, and the like.
S15, constructing a distribution path by adopting the real-time information, and transmitting the distribution path to a user terminal corresponding to the order information for viewing by a user.
In one implementation, the real-time positioning coordinates of the goods can be obtained from the real-time information, then the real-time positioning coordinates of the goods and the delivery address of the user are adopted to form a path in the map image of the third party application program, a delivery path is formed, and then the image mode containing the path is given to the user terminal for the user to check. The effect is similar to that of x treasures delivery information.
In this embodiment, the embodiment of the application provides a method for screening a logistics warehouse based on order information, which has the following beneficial effects: according to the application, the order quantity, the delivery address and the delivery mode can be respectively extracted from the order information, the warehouse which meets the order quantity requirement and has the shortest delivery time length is matched in a plurality of warehouses based on the order quantity, the delivery address and the delivery mode to serve as a target warehouse, and the target warehouse is informed to carry out the delivery task, so that the delivery time length of goods is shortened, and the delivery efficiency is improved.
The embodiment of the application also provides a logistics warehouse screening device based on the order information, and referring to fig. 2, a schematic structural diagram of the logistics warehouse screening device based on the order information is shown.
The apparatus is suitable for an online store platform, wherein the order information-based logistics warehouse screening apparatus may include, as an example:
the extracting module 201 is configured to extract order quantity, delivery address and delivery mode of the goods from order information after obtaining the order information of the user;
a searching module 202, configured to search a plurality of to-be-screened warehouses satisfying the number of orders from a preset warehouse database, and obtain a warehouse address of each to-be-screened warehouse;
and the screening module 203 is configured to calculate a delivery distance by using the delivery address and each warehouse address, screen a target warehouse from the plurality of warehouses to be screened based on the delivery distance and the delivery mode, and send the order information to the target warehouse.
Optionally, the screening the target warehouse from the plurality of warehouses to be screened based on the distribution distance and the distribution mode includes:
if the distribution mode is self-operating distribution, acquiring warehouse distribution time length corresponding to each warehouse to be screened, wherein the warehouse distribution time length is an average value of distribution time lengths corresponding to a plurality of distribution persons after statistics of the distribution time lengths corresponding to the plurality of distribution persons in the warehouse to be screened;
calculating corresponding first transportation time length by adopting each distribution distance, and adding the first transportation time length and the corresponding warehouse distribution time length to obtain a first distribution total time length corresponding to each warehouse to be screened;
and screening the first total distribution time length with the minimum value from the plurality of first total distribution time lengths, and taking the warehouse to be screened corresponding to the first total distribution time length with the minimum value as a target warehouse.
Optionally, the screening the target warehouse from the plurality of warehouses to be screened based on the distribution distance and the distribution mode includes:
if the distribution mode is labor dispatch distribution, searching a plurality of dispatch shops corresponding to the labor dispatch distribution according to the delivery address, and acquiring the dispatch duration of each dispatch shop;
calculating a corresponding second transportation time length by adopting each distribution distance, and adding the second transportation time length and the corresponding dispatch time length to obtain a second distribution total time length corresponding to each warehouse to be screened;
and screening the second total distribution time length with the smallest value from the second total distribution time lengths, and taking the warehouse to be screened corresponding to the second total distribution time length with the smallest value as a target warehouse.
Optionally, the searching for a plurality of dispatching shops corresponding to the labor service dispatching and dispatching according to the delivery address includes:
dividing a delivery area in preset map data by taking the delivery address as a center;
searching a plurality of shops with the same dispatch type corresponding to the labor dispatch in the dispatch area to obtain a plurality of dispatched shops.
Optionally, the apparatus further comprises:
the quantity determining module is used for counting the quantity of the goods of each warehouse to be screened from the preset warehouse database and calculating the sum of the quantity of the goods to obtain the total quantity if the warehouse to be screened meeting the quantity of the orders in the preset warehouse database is determined;
the order information is sent to a user terminal corresponding to the order information, and the order information is sent to the user terminal;
and the quantity screening module is used for sending the goods quantity of each warehouse to be screened to the user terminal corresponding to the order information for user selection if the total quantity is larger than the order quantity.
Optionally, the apparatus further comprises:
the selection warehouse module is used for acquiring one or more distribution warehouses selected by a user and the distribution quantity corresponding to each distribution warehouse, wherein the distribution warehouses are warehouses arbitrarily selected by the user from a plurality of warehouses to be screened;
and the designated delivery module is used for sending the delivery quantity, the delivery address and the delivery mode to a corresponding delivery warehouse so as to be used for the delivery warehouse to schedule delivery.
Optionally, the search module is further configured to:
extracting commodity names from the order information, and determining a plurality of preselections which store commodities corresponding to the commodity names from a preset warehouse database according to the commodity names;
and screening the warehouse meeting the order quantity requirement from a plurality of pre-selected warehouses to obtain a plurality of warehouses to be screened.
Optionally, the apparatus further comprises:
the real-time information acquisition module is used for acquiring real-time information fed back by the target warehouse;
and the construction path module is used for constructing a distribution path by adopting the real-time information and transmitting the distribution path to the user terminal corresponding to the order information for the user to check.
It will be clearly understood by those skilled in the art that, for convenience and brevity, the specific working process of the apparatus described above may refer to the corresponding process in the foregoing method embodiment, which is not described herein again.
Further, an embodiment of the present application further provides an electronic device, including: the system comprises a memory, a processor and a computer program stored on the memory and capable of running on the processor, wherein the processor executes the program to realize the logistics warehouse screening method based on order information as described in the embodiment.
Further, an embodiment of the present application also provides a computer-readable storage medium, where a computer-executable program is stored, where the computer-executable program is configured to cause a computer to perform the order information-based logistic warehouse screening method according to the above embodiment.
While the foregoing is directed to the preferred embodiments of the present application, it will be appreciated by those skilled in the art that changes and modifications may be made without departing from the principles of the application, such changes and modifications are also intended to be within the scope of the application.

Claims (3)

1. A method for screening a logistics warehouse based on order information, wherein the method is suitable for an online store platform, and the method comprises the following steps:
after order information of a user is acquired, extracting order quantity, delivery address and delivery mode of goods from the order information;
searching a plurality of warehouses to be screened meeting the number of orders from a preset warehouse database, and acquiring a warehouse address of each warehouse to be screened;
calculating a delivery distance by adopting the delivery address and each warehouse address, screening target warehouses from a plurality of warehouses to be screened based on the delivery distance and the delivery mode, and sending the order information to the target warehouses;
the screening the target warehouse from a plurality of warehouses to be screened based on the distribution distance and the distribution mode comprises the following steps:
if the distribution mode is self-operating distribution, acquiring warehouse distribution time length corresponding to each warehouse to be screened, wherein the warehouse distribution time length is an average value of distribution time lengths corresponding to a plurality of distribution persons after statistics of the distribution time lengths corresponding to the plurality of distribution persons in the warehouse to be screened;
calculating corresponding first transportation time length by adopting each distribution distance, and adding the first transportation time length and the corresponding warehouse distribution time length to obtain a first distribution total time length corresponding to each warehouse to be screened;
screening a first total distribution time length with the smallest value from a plurality of first total distribution time lengths, and taking a warehouse to be screened corresponding to the first total distribution time length with the smallest value as a target warehouse;
or alternatively;
the screening the target warehouse from a plurality of warehouses to be screened based on the distribution distance and the distribution mode comprises the following steps:
if the distribution mode is labor dispatch distribution, searching a plurality of dispatch shops corresponding to the labor dispatch distribution according to the delivery address, and acquiring the dispatch duration of each dispatch shop;
calculating a corresponding second transportation time length by adopting each distribution distance, and adding the second transportation time length and the corresponding dispatch time length to obtain a second distribution total time length corresponding to each warehouse to be screened;
screening a second total distribution time length with the smallest value from a plurality of second total distribution time lengths, and taking a warehouse to be screened corresponding to the second total distribution time length with the smallest value as a target warehouse;
the searching a plurality of dispatching shops corresponding to the labor service dispatching and dispatching according to the delivery address comprises the following steps:
dividing a delivery area in preset map data by taking the delivery address as a center;
searching a plurality of shops with the same dispatch type corresponding to the labor dispatch in the dispatch area to obtain a plurality of dispatched shops;
after the step of extracting the order quantity, the delivery address and the delivery mode of the goods from the order information, the method further comprises:
if the fact that the warehouse to be screened meeting the order number does not exist in the preset warehouse database is determined, counting the number of cargoes of each warehouse to be screened from the preset warehouse database, and calculating the sum of the number of the cargoes to obtain the total number;
if the total quantity is smaller than the order quantity, generating the stock shortage information and transmitting the stock shortage information to a user terminal corresponding to the order information so as to prompt a user;
if the total quantity is larger than the order quantity, the goods quantity of each warehouse to be screened is sent to a user terminal corresponding to the order information for selection by a user;
after the step of sending the number of goods in each warehouse to be screened to the user terminal corresponding to the order information, the method further comprises:
acquiring one or more distribution warehouses selected by a user and the distribution quantity corresponding to each distribution warehouse, wherein the distribution warehouses are warehouses arbitrarily selected by the user from a plurality of warehouses to be screened;
the delivery quantity, the delivery address and the delivery mode are sent to a corresponding delivery warehouse so that the delivery warehouse can schedule delivery of goods;
searching a plurality of warehouses to be screened meeting the order quantity from a preset warehouse database, wherein the method comprises the following steps:
extracting commodity names from the order information, and determining a plurality of preselections which store commodities corresponding to the commodity names from a preset warehouse database according to the commodity names;
screening the warehouse meeting the order quantity requirement from a plurality of pre-selected warehouses to obtain a plurality of warehouses to be screened;
after the step of sending the order information to the target warehouse, the method further comprises:
acquiring real-time information fed back by the target warehouse;
and constructing a distribution path by adopting the real-time information, and transmitting the distribution path to a user terminal corresponding to the order information for a user to check.
2. A logistic warehouse screening device based on order information, the device being adapted for use with an on-line store platform, the device comprising:
the system comprises an extraction module, a storage module and a storage module, wherein the extraction module is used for extracting the order quantity, the delivery address and the delivery mode of goods from order information of a user after the order information of the user is acquired;
the searching module is used for searching a plurality of warehouses to be screened meeting the number of the orders from a preset warehouse database and acquiring a warehouse address of each warehouse to be screened;
the screening module is used for calculating a delivery distance by adopting the delivery address and each warehouse address, screening target warehouses from a plurality of warehouses to be screened based on the delivery distance and the delivery mode, and sending the order information to the target warehouses;
the screening the target warehouse from a plurality of warehouses to be screened based on the distribution distance and the distribution mode comprises the following steps:
if the distribution mode is self-operating distribution, acquiring warehouse distribution time length corresponding to each warehouse to be screened, wherein the warehouse distribution time length is an average value of distribution time lengths corresponding to a plurality of distribution persons after statistics of the distribution time lengths corresponding to the plurality of distribution persons in the warehouse to be screened;
calculating corresponding first transportation time length by adopting each distribution distance, and adding the first transportation time length and the corresponding warehouse distribution time length to obtain a first distribution total time length corresponding to each warehouse to be screened;
screening a first total distribution time length with the smallest value from a plurality of first total distribution time lengths, and taking a warehouse to be screened corresponding to the first total distribution time length with the smallest value as a target warehouse;
or alternatively;
the screening the target warehouse from a plurality of warehouses to be screened based on the distribution distance and the distribution mode comprises the following steps:
if the distribution mode is labor dispatch distribution, searching a plurality of dispatch shops corresponding to the labor dispatch distribution according to the delivery address, and acquiring the dispatch duration of each dispatch shop;
calculating a corresponding second transportation time length by adopting each distribution distance, and adding the second transportation time length and the corresponding dispatch time length to obtain a second distribution total time length corresponding to each warehouse to be screened;
screening a second total distribution time length with the smallest value from a plurality of second total distribution time lengths, and taking a warehouse to be screened corresponding to the second total distribution time length with the smallest value as a target warehouse;
the searching a plurality of dispatching shops corresponding to the labor service dispatching and dispatching according to the delivery address comprises the following steps:
dividing a delivery area in preset map data by taking the delivery address as a center;
searching a plurality of shops with the same dispatch type corresponding to the labor dispatch in the dispatch area to obtain a plurality of dispatched shops;
the apparatus further comprises:
the quantity determining module is used for counting the quantity of the goods of each warehouse to be screened from the preset warehouse database and calculating the sum of the quantity of the goods to obtain the total quantity if the warehouse to be screened meeting the quantity of the orders in the preset warehouse database is determined;
the order information is sent to a user terminal corresponding to the order information, and the order information is sent to the user terminal;
the quantity screening module is used for sending the goods quantity of each warehouse to be screened to the user terminal corresponding to the order information for the user to select if the total quantity is larger than the order quantity;
the apparatus further comprises:
the selection warehouse module is used for acquiring one or more distribution warehouses selected by a user and the distribution quantity corresponding to each distribution warehouse, wherein the distribution warehouses are warehouses arbitrarily selected by the user from a plurality of warehouses to be screened;
the designated delivery module is used for sending the delivery quantity, the delivery address and the delivery mode to a corresponding delivery warehouse so as to enable the delivery warehouse to schedule delivery of goods;
the searching module is further configured to:
extracting commodity names from the order information, and determining a plurality of preselections which store commodities corresponding to the commodity names from a preset warehouse database according to the commodity names;
screening the warehouse meeting the order quantity requirement from a plurality of pre-selected warehouses to obtain a plurality of warehouses to be screened;
the apparatus further comprises:
the real-time information acquisition module is used for acquiring real-time information fed back by the target warehouse;
and the construction path module is used for constructing a distribution path by adopting the real-time information and transmitting the distribution path to the user terminal corresponding to the order information for the user to check.
3. A computer-readable storage medium storing a computer-executable program for causing a computer to execute the order information-based logistics warehouse screening method of claim 1.
CN202311062670.1A 2023-08-23 2023-08-23 Logistics warehouse screening method and device based on order information Active CN116797144B (en)

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