CN110060013B - Method and device for processing orders to be distributed - Google Patents
Method and device for processing orders to be distributed Download PDFInfo
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- CN110060013B CN110060013B CN201910334875.8A CN201910334875A CN110060013B CN 110060013 B CN110060013 B CN 110060013B CN 201910334875 A CN201910334875 A CN 201910334875A CN 110060013 B CN110060013 B CN 110060013B
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Abstract
The application discloses a method and a device for processing orders to be delivered, wherein the first order only comprising standard package goods and the second order only comprising goods single products are obtained by splitting the orders to be delivered of a first category; and determining the corresponding target distributor according to the first order information, and if the planned idle capacity of the target distributor corresponding to the first order meets the demand capacity of the second order, completing the distribution of the first order and the second order by the target distributor at the same time. The method and the device avoid the problem that the deliverer cannot independently finish the delivery and the delivery due to the fact that the order to be delivered simultaneously comprises the standard package goods and the goods single products, and meanwhile, the target deliverer corresponding to the second order is determined based on the association of the first order and the second order, so that the transportation capacity resources in the system can be saved; and dispatching the distributors only having capacity resources to participate in the distribution link of the second order, thereby further improving the resource utilization rate of the logistics system.
Description
The present application claims priority of chinese patent application entitled "a method and apparatus for processing orders to be delivered" filed by chinese patent office on 25/3/2019 with application number 201910228153.4, the entire contents of which are incorporated herein by reference.
Technical Field
The present application relates to the field of logistics distribution technologies, and in particular, to a method and an apparatus for processing an order to be distributed.
Background
Referring to fig. 1, in the technical field of commodity circulation, brand a divides the geographic marketing range of the commodity into several areas, and sets up a distributor for each marketing area, brand a sells the commodity to distributor B (B1, B1, … … and B7), and stores purchase the brand commodity of distributor B in an "order" manner, for example, store 1 purchases the commodity of distributor B1, and then continues selling to the end consumer. If the store places a successful order with distributor B, distributor B will deliver the goods sold to the store via the "transport stream" formed by the relevant distributor B (B1, B2 … … or B7). Fig. 2 shows a "logistics" system corresponding to the above-mentioned project, or fig. 2 shows An existing distributor-based logistics system, in which the goods are moved from brand a (a1, a2 … … and/or An) to distributor B (B1, B1 … … and Bn), then from distributor B (B1, B2 … … or Bn), to a store, and finally from the store to the consumer.
In the logistics system, two factors are mainly used for influencing the logistics efficiency and the resource utilization rate, wherein one factor is the commodity attribute, and the other factor is the utilization rate of the logistics capacity, especially the utilization rate of the storage capacity and the transportation capacity. In terms of commodity attributes, the logistics efficiency is greatly reduced due to the scattered goods distribution phenomenon caused by the commodities with higher selling unit goods value. In terms of the utilization rate of the logistics resources, if the logistics capacity of the distributor, including the storage capacity and the transportation capacity, is too much idle, the resources in the logistics system are wasted. For example, under the assumption that the inherent warehousing capacity and the transportation capacity of the distributor are unchanged, if the current warehousing occupancy is lower than the inherent warehousing capacity, a free warehousing capacity equal to the difference between the two occurs; similarly, if the delivery vehicle is waiting for the source of the goods, or the delivery is not fully loaded in the way, idle capacity may occur.
In order to solve the problems, in the goods distribution method based on the standard box, idle storage in a logistics system of a distributor is used as preposed storage of a goods brand or distributor, goods are loaded in the standard box and are stored in a warehouse of the distributor in advance; and generating standard package information according to a goods set borne by a standard box, simultaneously releasing the selling information of the goods single and the selling information of the standard package on a network platform at the same time for a store user to choose through a store terminal so as to generate an order to be delivered, distributing the order to be delivered to a proper distributor by a platform server, and distributing the goods in the order to an order placing store by the proper distributor.
However, in the concrete implementation process, the applicant finds that the above technical solution has at least the following defects, which still reduce the utilization rate of the logistics system, and at the same time, are not favorable for commodity marketing and have poor store experience. First, if the order to be delivered includes both the commodity items and the standard box goods, and the commodity items are not stored in the warehouse of the distributor, the distributor cannot independently complete the delivery and delivery of such order, which will affect the freedom and experience of the shop in purchasing goods and is not favorable for commodity marketing. Secondly, for some distributors with capacity and no warehouse, the capacity resources cannot be scheduled and utilized, thereby reducing the utilization rate of the logistics system of the distributors.
Disclosure of Invention
The application provides a method and a device for processing an order to be delivered, and aims to solve the problems of low utilization rate and poor store user experience in a delivery merchant logistics system.
In a first aspect, the present application provides a method for processing an order to be delivered, including:
receiving order information to be distributed sent by a store terminal; the order information to be delivered comprises goods ordering information and delivery address information;
determining the type of the order to be delivered according to the goods ordering information;
if the order to be delivered belongs to the first category, splitting the order to be delivered according to the goods ordering information to obtain first order information and second order information which is associated with the first order information through the delivery address information;
determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information, and determining a target distributor corresponding to the second order according to the correlation between the second order information and the first order information or the second order information;
and respectively sending the first order information and the second order information to corresponding target distributor terminals so that the target distributors complete the distribution of the corresponding first orders and second orders.
Further, the determining the category of the order to be delivered according to the goods ordering information includes:
judging whether the goods ordering information comprises standard package information and goods single-item information;
if the goods ordering information comprises standard package information and goods item information, determining that the order to be delivered belongs to a first category;
and if the goods ordering information is the goods item information, determining that the order to be delivered belongs to a second category.
Further, the method further comprises:
if the order to be delivered belongs to the second category, acquiring a planned delivery task of a delivery provider preset by the delivery address; the planned delivery task comprises a planned delivery address and a planned idle capacity;
determining a target distributor corresponding to the to-be-distributed orders of the second category according to the distance between the planned distribution address and the distribution address of each distributor and whether the planned idle capacity meets the demand capacity corresponding to the to-be-distributed orders;
and sending the order information to be distributed to the corresponding target distributor terminal.
Further, the first order information includes first goods ordering information; the determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information includes:
matching the first goods ordering information with the stock information of a distributor preset by the distribution address, and determining the distributor of which the stock information is partially or completely matched with the first goods ordering information;
and selecting a plurality of distributors of which the stock information is partially matched with the first goods ordering information as target distributors corresponding to the first orders according to a preset rule, or selecting one distributor of which the stock information is completely matched with the first goods ordering information as the target distributor corresponding to the first orders.
Further, the determining a target distributor corresponding to the second order according to the association between the second order information and the first order information or the second order information includes:
judging whether the planned idle transport capacity of the target distributor corresponding to the first order meets the demand transport capacity corresponding to the second order information associated with the first order information; if the planned idle capacity of the target distributor corresponding to the first order meets the required capacity corresponding to the second order information, determining that the target distributor corresponding to the first order corresponds to the second order at the same time;
and if the planned idle transport capacity of the target distributor corresponding to the first order does not meet the demand transport capacity corresponding to the second order information, determining the target distributor corresponding to the second order according to the second order information.
In a second aspect, an embodiment of the present application provides an apparatus for processing a to-be-delivered order, where the apparatus includes:
the receiving unit is used for receiving order information to be distributed sent by the store terminal; the order information to be delivered comprises goods ordering information and delivery address information;
the classification unit is used for determining the category of the order to be delivered according to the goods ordering information;
the first processing unit is used for splitting the order to be delivered according to the goods ordering information to obtain first order information and second order information which is associated with the first order information through the delivery address information if the order to be delivered belongs to a first category;
the second processing unit is used for determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information, and determining a target distributor corresponding to the second order according to the association between the second order information and the first order information or the second order information;
and the sending unit is used for respectively sending the first order information and the second order information to corresponding target distributor terminals so that the target distributors complete the distribution of the corresponding first orders and second orders.
Further, the classification unit specifically includes:
the goods information judging subunit is used for judging whether the goods ordering information comprises standard package information and goods single-item information;
the classification subunit is used for determining that the order to be distributed belongs to a first category if the goods ordering information comprises standard package information and goods item information;
and if the goods ordering information is the goods item information, determining that the order to be delivered belongs to a second category.
Further, the apparatus further comprises:
the third processing unit is configured to, if the order to be delivered belongs to a second category, obtain a planned delivery task of a delivery provider preset by the delivery address; the planned delivery task comprises a planned delivery address and a planned idle capacity;
the fourth processing unit is configured to determine, according to a distance between a planned delivery address of each distributor and the delivery address and according to whether the planned idle capacity meets a required capacity corresponding to the to-be-delivered order, a target distributor corresponding to the to-be-delivered order in the second category;
and the sending unit is also used for sending the order information to be distributed to the corresponding target distributor terminal.
Further, the first order information includes first goods ordering information; the second processing unit specifically includes:
the matching subunit is used for matching the first goods ordering information with the stock information of a distributor preset by the distribution address, and determining the distributor with the stock information partially or completely matched with the first goods ordering information;
and the selecting subunit is used for selecting a plurality of distributors of which the stock information is partially matched with the first goods ordering information as target distributors corresponding to the first order according to a preset rule, or selecting one distributor of which the stock information is completely matched with the first goods ordering information as the target distributor corresponding to the first order.
Further, the second processing unit further includes:
the transport capacity judging subunit is used for judging whether the planned idle transport capacity of the target distributor corresponding to the first order meets the required transport capacity corresponding to the second order information associated with the first order information;
the determining subunit is configured to determine that the target distributor corresponding to the first order corresponds to the second order at the same time if the planned idle capacity of the target distributor corresponding to the first order meets the demand capacity corresponding to the second order information;
and if the planned idle transport capacity of the target distributor corresponding to the first order does not meet the demand transport capacity corresponding to the second order information, determining the target distributor corresponding to the second order according to the second order information.
As can be seen from the above technical solutions, in the method and the device for processing an order to be delivered provided by this embodiment, the type of the order to be delivered is determined first, and if the order to be delivered belongs to the first type, the order to be delivered is split, so as to obtain first order information only including standard package goods and second order information only including goods items; and then determining a target distributor corresponding to the first order information according to the first order information so that the target distributor completes the shipment and distribution of the first order, and if the planned idle capacity of the target distributor corresponding to the first order information meets the demand capacity of the second order information, determining that the target distributor corresponding to the first order information also corresponds to the second order information, and completing the distribution of the second order by the target distributor, otherwise, determining the target distributor corresponding to the second order according to the second order information. Therefore, the method and the device avoid the problem that the deliverer cannot independently finish shipment and delivery when the to-be-delivered order comprises the standard package goods and the single goods at the same time, and meanwhile, the target deliverer corresponding to the second order is determined based on the association of the first order and the second order, so that the transportation capacity resources in the logistics system can be saved. In addition, the distribution provider only having capacity resources is scheduled to participate in the distribution link of the second order, so that the resource utilization rate of the logistics system is further improved, and the store user experience is improved.
Drawings
In order to more clearly explain the technical solution of the present application, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious to those skilled in the art that other drawings can be obtained according to the drawings without any creative effort.
FIG. 1 is a diagram of an application scenario of the present application;
FIG. 2 is a schematic diagram of a distributor logistics system in an application scenario of the present application;
FIG. 3 is a block diagram of a processing system for a to-be-delivered order implementing the method of the present application;
FIG. 4 is a flow chart illustrating a method for processing orders to be delivered according to an exemplary embodiment of the present application;
FIG. 5 is a flow chart illustrating another method of processing orders to be delivered according to an exemplary embodiment of the present application;
fig. 6 is a block diagram of a processing device for orders to be delivered according to an exemplary embodiment of the present application;
FIG. 7 is a block diagram illustrating another apparatus for processing orders to be delivered according to an exemplary embodiment of the present application.
Detailed Description
In order to make those skilled in the art better understand the technical solution of the present invention, the technical solution in the embodiment of the present invention will be clearly and completely described below with reference to the drawings in the embodiment of the present invention, and it is obvious that the described embodiment is only a part of the embodiment of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The processing method of the order to be delivered is applied to the following technical scenes:
a platform server of a network platform for ordering goods in a store acquires commodity information of a brand merchant or a distributor, the commodity information comprises characteristic information, price information and/or inventory information and the like of commodity single products, commodity selling information is generated according to the commodity information and displayed on the network platform, and a store user orders goods on the network platform through a store terminal to generate an order to be delivered.
The commodity selling information may be selling information of a single commodity or selling information of standard package information composed of a plurality of single commodities carried by a standard box, such as 6 bags of laundry detergent and 4 bags of washing powder. Therefore, the store user can shop on the network platform based on the commodity single product or based on the standard package. The standard package goods which are stored in a certain amount and are based on the standard boxes are placed in a warehouse of a distributor in advance, and after an order is placed in a store, the platform server appoints the distributor to distribute the order of the store.
It should be noted that, in the technical context of the present application, a distributor may be understood as an organization or an entity that provides goods delivery services. Most distributors have both storage and transportation capabilities, and a few have only storage or only transportation capabilities. Wherein the transport capacity is realized by the associated distribution equipment. The traditional distribution refers to the logistics activities of sorting, processing, packaging, dividing, assembling and the like of the items according to the requirements of customers within an economic and reasonable area range and delivering the items to the designated places on time. In this embodiment, the customer is a store.
Example one
Fig. 3 is a block diagram of a to-be-delivered order processing system for implementing the method of the present application, which relates to the store terminal 10, the order processing server 30, and the distributor terminal 20; fig. 4 shows a method for processing an order to be delivered, which is applied to the order processing server 30 and includes the following steps:
step S110, receiving order information to be distributed sent by a store terminal; the order information to be delivered comprises goods ordering information and delivery address information;
the store terminal and the distributor terminal and the like mentioned in the following steps described in the present application may be understood as terminal devices having input, display, and communication functions. Such as a cell phone, tablet, PC or other handheld terminal, etc. And ordering goods on the network platform through the store terminal by the store user, and sending the generated order information to be distributed to the order processing server.
In this embodiment, the order information to be delivered at least includes the goods ordering information and the delivery address information of the store user. The ordering information includes information of individual goods (smallest selling unit) and quantity (such as a bottle of cola) or standard package (combination of a plurality of smallest selling units) and quantity selected by the store user. For example, the order information of a certain store user is as follows:
shop user (1)
Shop user (2)
In this embodiment, the delivery address information is generally geographical location information of the next store. It is to be understood that "geographical location information" shall include "location coordinates". That is, if the "location coordinates" is an index, the geographical location information is a set of indices. Standard geographical location information with global common attributes including, but not limited to, place name, global uniform coordinates, global GPS coordinates.
Step S120, determining the type of the order to be delivered according to the goods ordering information;
in this embodiment, the attribution type of the order to be delivered is preset, and includes a first type and a second type. Through the preset classification rule, the category of the order to be delivered can be determined according to the goods ordering information, so that different processing can be performed on the order to be delivered of each category in the subsequent step.
Preferably, the category of the order to be delivered is determined by:
in step S121, it is determined whether the goods ordering information includes standard package information and goods item information;
for example, the goods ordering information of the store user (3) comprises standard package information and goods single-item information;
shop user (3)
In step S122, if the item ordering information includes standard package information and item information, determining that the order to be delivered belongs to a first category;
as can be seen from step S122, the order to be delivered of the store user (3) belongs to the first category.
In step S123, if the item ordering information is item information, it is determined that the order to be delivered belongs to the second category.
As can be seen from step S123, the order to be delivered of the store user (1) belongs to the second category.
Step S130, if the order to be delivered belongs to a first category, splitting the order to be delivered according to the goods ordering information to obtain first order information and second order information related to the first order information through the delivery address information;
in the embodiment, the order to be delivered of the first category is split into the first order and the second order according to the goods ordering information, so that first order information and second order information are obtained, wherein the first order information comprises first goods ordering information and original delivery address information, and the first goods ordering information only comprises standard package information; the second order information includes second goods order information and original delivery address information, and the second goods order information only includes goods item information.
For example, the first order information and the second order information obtained by splitting the order to be delivered corresponding to the store user (3) are as follows:
first order information
And (4) distributing addresses: XXX
First goods ordering information:
order quantity of ordered goods
Standard set meal A5
Standard set meal C5
Second order information
And (4) distributing addresses: XXX
It should be noted that, since the delivery address information included in the first order information and the second order information is the original delivery address information, in this embodiment, the first order information and the second information are associated by the delivery address information, so that when target delivery suppliers are determined for the first order and the second order respectively, the second order is also distributed to the target delivery supplier corresponding to the first order for delivery under the condition that the planned idle capacity of the target delivery supplier of the first order is allowed, thereby saving logistics resources in the logistics system and making the best use of the logistics resources.
Step S140, determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information, and determining a target distributor corresponding to the second order according to the association between the second order information and the first order information or the second order information;
in this embodiment, first, a target distributor corresponding to a first order is determined according to first order information and distributor inventory information, then, whether a planned idle capacity of the target distributor corresponding to the first order can meet a distribution task of a second order is obtained, and if the planned idle capacity of the target distributor corresponding to the first order can meet the distribution task of the second order, the target distributor corresponding to the first order is selected to complete the distribution task of the second order at the same time; and if the planned idle capacity of the target distributor corresponding to the first order can not meet the distribution task of the second order, selecting the target distributor corresponding to the second order according to the second order information and the capacity condition of each distributor.
It should be noted that, because the order processing amount of the order processing server is large, for a large number of split first orders and second orders, in this embodiment, the second order is locked by the first order through the association relationship between the first order information and the second order information, so that the target delivery company corresponding to the second order associated with the first order is determined according to the planned idle capacity of the target delivery company corresponding to the first order.
In some preferred embodiments, the target distributor corresponding to the first order is determined according to the first order information and the distributor inventory information according to the following steps:
step S141, matching the first goods ordering information with inventory information of a distributor preset by the distribution address, and determining the distributor with the inventory information partially or completely matched with the first goods ordering information;
in the application scenario of this embodiment, each distributor performs distribution activities within a limited area range, and a distribution area of each distributor is predefined according to a specific rule from the perspective of maximizing the utilization rate of logistics resources, for example, for a distributor with a warehouse, a nearby area where the warehouse is located may be defined as its distribution area, so that on one hand, the distribution distance of the distributor can be shortened to save transportation resources, and on the other hand, the distribution efficiency may be improved, so that the store user experience is good. For the distributors who do not have warehouses and only have capacity resources, the distribution areas can be defined according to the capacity resources and the distribution situation of the capacity resources of the whole logistics system.
Since the distribution area of each distributor is limited, and a plurality of stores are distributed in the distribution area of each distributor, the distributor corresponding to each store can be easily determined according to the home relationship between the geographical position of the store and the distribution area of each distributor. In this embodiment, the distributors are preset as the distributors corresponding to the stores.
In this embodiment, the target distributor corresponding to the first order is selected from distributors having warehouses, or in this embodiment, the first order obtained by splitting the order to be distributed of the first category is distributed to the distributors having warehouses, because the standard package goods in the first order are stored in the warehouses of the distributors in advance, and for such orders, the distributors can independently complete the delivery and distribution tasks. In this embodiment, the order processing server stores account inventory information of each distributor. Therefore, when the target distributor corresponding to the first order is determined, the first goods ordering information needs to be matched with the inventory information of each distributor preset by the distribution address.
It should be noted that the matching may be understood that, by traversing the inventory information of each distributor, if the inventory information shows that the inventory of the distributor includes the standard package category in the first item ordering information and the quantity is also greater than or equal to the ordered quantity, it indicates that the inventory information of the distributor completely matches the first item ordering information; if the inventory information indicates that the inventory of the distributor includes a portion of the standard package categories in the first item ordering information, the inventory information of the distributor is indicated to partially match the first item ordering information. In this embodiment, the distributors whose stock information is partially or completely matched with the first item ordering information in the distributors preset in the distribution address may be determined by traversing the stock information of each distributor.
Step S142, according to a preset rule, selecting a plurality of distributors whose stock information partially matches the first goods ordering information as target distributors corresponding to the first order, or selecting one distributor whose stock information completely matches the first goods ordering information as target distributors corresponding to the first order.
In step S142, if there is no distributor whose stock information completely matches the first item order information, the target distributor corresponding to the determined first order is a set of a plurality of distributors whose stock information partially matches the first item order information; on the contrary, if there is at least one distributor whose stock information is completely matched with the first goods ordering information, the distributor is determined to be the target distributor corresponding to the first order.
In this embodiment, the preset rule may be a rule based on the stock information of the distributor and/or the distribution distance and/or the theoretical capacity. For example, the preset rule may be that, if there is no distributor whose stock information completely matches the first item order information, a distributor in a set whose sum of the stock information is completely matched with the first item order information, which is the smallest number, is selected as the target distributor, or a distributor in a set whose sum of the stock information is the smallest sum of the route distances is selected as the target distributor, which is the smallest number, in a set whose sum of the stock information is completely matched with the first item order information. For a scenario where there is at least one distributor whose inventory information and goods order information completely match, if the number of completely matching distributors is one, it is determined that the distributor is a target distributor, and if the number of completely matching distributors is multiple, it is determined that the distributor having the smallest distribution distance is the target distributor.
In addition, a corresponding target distributor can be selected according to whether the transport capacity condition of the distributor can meet the transport capacity requirement of the first order, which all belong to the implementation manners of the technical scheme of the application and are not described herein again.
The delivery distance may be calculated based on the warehouse address information and the delivery address information of the delivery company. The warehouse address information and the delivery address information are sets of indexes representing geographic positions.
In other preferred embodiments of the present application, the target distributor corresponding to the second order is determined according to the association between the second order information and the first order information or the second order information, according to the following steps:
in step S143, it is determined whether the planned idle capacity of the target distributor corresponding to the first order meets the demand capacity corresponding to the second order information associated with the first order information;
as mentioned above, the capacity of the distributor is realized by the distribution equipment, and the distribution equipment comprises a distribution vehicle and staff. In the commodity logistics system shown in fig. 2, if the distribution equipment of the distributor is in a state of waiting for the source of the commodity or the distribution is not fully loaded in the way, idle transportation occurs. In this application, the planned idle capacity is understood to mean the remaining capacity of the distribution equipment to which the distributor belongs, after removing the capacity required for completing the planned distribution task, in one time unit or in consecutive time units, generally characterized by the amount of cargo that the distribution vehicle can carry, the space or the weight that can accommodate the cargo. For example, a 24-hour time unit in which the planned delivery tasks of the delivery devices include: the first 4 hours (total round trip time) are delivered to the stores on the first delivery route, and the volume of goods ordered by the stores occupies two thirds of the available space of the delivery vehicle; after returning, it takes 5 hours to deliver goods to several stores on the second delivery route, and the volumes of the goods ordered by the several stores enable the delivery vehicles to be fully loaded; after returning, it takes 15 hours to deliver goods to several stores on the third delivery route, and the volume of goods ordered by the several stores occupies three fifths of the storage space of the delivery vehicle; the planned free capacity of the delivery device is the remaining containable space for the first delivery and the remaining containable space for the third delivery. Similarly, the required capacity corresponding to the second order information may be understood as a space or a load of a delivery vehicle required to deliver the goods of the second order, which is calculated based on the second goods order information.
In this embodiment, if the planned idle capacity of the distributor is greater than the required capacity of the second order, it indicates that the planned idle capacity of the target distributor corresponding to the first order meets the required capacity corresponding to the second order, otherwise, it does not meet the required capacity.
In step S144, if the planned idle capacity of the target distributor corresponding to the first order meets the demand capacity corresponding to the second order information, it is determined that the target distributor corresponding to the first order corresponds to the second order at the same time;
at this time, it is stated that the target delivery company corresponding to the first order can deliver the second order to the same delivery address while delivering the first order, thereby saving the transportation resources in the logistics system and improving the utilization rate of the system resources.
In step S145, if the planned idle capacity of the target distributor corresponding to the first order does not satisfy the demand capacity corresponding to the second order information, the target distributor corresponding to the second order is determined according to the second order information.
In contrast to the situation of step S144, if the target suppliers corresponding to the first order cannot complete the distribution of the second order at the same time, the target suppliers corresponding to the second order need to be determined separately according to the second order information and the transportation capability of each supplier.
It should be noted that, for determining the target distributors corresponding to the second orders, only the transportation capacity of each distributor that can be selected needs to be considered, and of these selectable distributors, the distributor having both warehouse and transportation capacity may be used, or the distributor having transportation capacity resources may be used. And for the second order, the corresponding distributor warehouse or the sorting center warehouse is used for delivering the second order, and the corresponding target distributor completes the distribution task.
It should be further noted that, the required transport capacity corresponding to the second order may be determined according to the goods ordering information in the second order information, and then one distributor may be selected as the target distributor from the distributors whose planned idle transport capacity is greater than the required transport capacity of the second order.
Step S150, respectively sending the first order information and the second order information to corresponding target distributor terminals, so that the target distributors complete distribution of the corresponding first order and second order.
In step S150, the split first order and the split second order may be distributed to corresponding target distributors, and for the target distributor corresponding to the first order, corresponding goods need to be extracted from the warehouse of the target distributor according to the first goods ordering information and distributed to the stores; for the target distributor corresponding to the second order, the target distributor needs to arrive at a specified goods taking place, such as a distributor warehouse or a sorting center warehouse, according to the instruction of the order processing server, acquire the corresponding goods and distribute the goods to the stores. For the case where the first order and the first order correspond to the same target distributor, the target distributor will complete the simultaneous distribution of the first order and the second order by one distribution.
In this embodiment, the "first" and the "second" in the first order and the second order are both used to distinguish the split sub-orders to be delivered.
The method for processing the to-be-delivered order includes determining a category of the to-be-delivered order, splitting the to-be-delivered order if the to-be-delivered order belongs to a first category, and thus obtaining first order information only including standard package goods and second order information only including goods items; and then determining a target distributor corresponding to the first order information according to the first order information so that the target distributor completes the shipment and distribution of the first order, and if the planned idle capacity of the target distributor corresponding to the first order information meets the demand capacity of the second order information, determining that the target distributor corresponding to the first order information also corresponds to the second order information, and completing the distribution of the second order by the target distributor, otherwise, determining the target distributor corresponding to the second order according to the second order information. Therefore, the method and the device avoid the problem that the deliverer cannot independently finish shipment and delivery when the to-be-delivered order comprises the standard package goods and the single goods at the same time, and meanwhile, the target deliverer corresponding to the second order is determined based on the association of the first order and the second order, so that the transportation capacity resources in the logistics system can be saved. In addition, the distribution provider only having capacity resources is scheduled to participate in the distribution link of the second order, so that the resource utilization rate of the logistics system is further improved, and the store user experience is improved.
Example two
Referring to fig. 5, the second embodiment provides another method for processing an order to be delivered, which includes the following steps:
step S210, receiving order information to be distributed sent by a store terminal; the order information to be delivered comprises goods ordering information and delivery address information;
step S220, determining the type of the order to be delivered according to the goods ordering information;
step S230, if the order to be delivered belongs to a first category, splitting the order to be delivered according to the goods ordering information to obtain first order information and second order information related to the first order information through the delivery address information;
step S240, determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information, and determining a target distributor corresponding to the second order according to the association between the second order information and the first order information or the second order information;
step S250, sending the first order information and the second order information to corresponding target distributor terminals, respectively, so that the target distributors complete distribution of the corresponding first order and second order;
step S260, if the order to be delivered belongs to a second category, acquiring a planned delivery task of a delivery provider preset by the delivery address; the planned delivery task comprises a planned delivery address and a planned idle capacity;
step S270, determining a target distributor corresponding to the to-be-distributed orders in the second category according to the distance between the planned distribution address of each distributor and the distribution address and whether the planned idle capacity meets the demand capacity corresponding to the to-be-distributed orders;
and step S280, sending the order information to be distributed to the corresponding target distributor terminal.
The second embodiment is different from the first embodiment only in that a method for processing the second category of orders to be delivered is further included. According to the embodiment from step S121 to step S123, the item ordering information of the second category of orders to be delivered is standard package information, that is, the item ordering information of the second category of orders to be delivered is based on the information of the standard box item, which is similar to the first order.
In this embodiment, for the order to be delivered of the second category, the sorting and shipment work is completed by the distributor or a sorting center provided between the distributor and the distributor. Specifically, the order processing server generates sorting information according to the goods ordering information of the second category of the orders to be delivered, and sends the sorting information to the sorting center server, so that the sorting center completes the sorting task of the orders.
In this embodiment, the target distributors corresponding to the to-be-distributed orders of the second category are determined through step S270, and optionally, the distributor with the smallest distance between the planned distribution address and the distribution address of the to-be-distributed order is selected from the distributors whose planned idle capacity meets the required capacity, as the target distributor corresponding to the to-be-distributed order of the second category.
EXAMPLE III
According to the method for processing an order to be delivered, the present embodiment provides a device for processing an order to be delivered, the device being built in or external to an order processing server, and referring to fig. 6, the device includes:
the receiving unit U110 is used for receiving order information to be distributed sent by a store terminal; the order information to be delivered comprises goods ordering information and delivery address information;
the classification unit U120 is used for determining the category of the order to be delivered according to the goods ordering information;
the first processing unit U130 is configured to split the order to be delivered according to the goods ordering information to obtain first order information and second order information associated with the first order information through the delivery address information if the order to be delivered belongs to the first category;
the second processing unit U140 is configured to determine a target distributor corresponding to the first order according to the first order information and the distributor inventory information, and determine a target distributor corresponding to the second order according to the association between the second order information and the first order information or the second order information;
a sending unit U150, configured to send the first order information and the second order information to corresponding target distributor terminals, so that the target distributors complete distribution of the corresponding first orders and second orders.
Preferably, the classification unit U120 specifically includes:
the goods information judging subunit U121 is configured to judge whether the goods ordering information includes standard package information and goods item information;
a classification subunit U122, configured to determine that the order to be delivered belongs to a first category if the item ordering information includes standard package information and item information;
and if the goods ordering information is the goods item information, determining that the order to be delivered belongs to a second category.
Referring to fig. 7, preferably, the apparatus further includes:
the third processing unit U160 is configured to, if the order to be delivered belongs to the second category, obtain a planned delivery task of a delivery provider preset by the delivery address; the planned delivery task comprises a planned delivery address and a planned idle capacity;
the fourth processing unit U170 is configured to determine, according to a distance between a planned delivery address of each distributor and the delivery address and according to whether the planned idle capacity meets a required capacity corresponding to the to-be-delivered order, a target distributor corresponding to the to-be-delivered order in the second category;
and the sending unit U150 is further configured to send the order information to be distributed to a corresponding target distributor terminal.
Preferably, the first order information includes first goods ordering information; the second processing unit U140 specifically includes:
the matching subunit U141 is configured to match the first item ordering information with inventory information of a distributor preset by the distribution address, and determine a distributor whose inventory information is partially or completely matched with the first item ordering information;
the selecting subunit U142 is configured to select, according to a preset rule, multiple distributors whose stock information is partially matched with the first item ordering information as target distributors corresponding to the first order, or select one distributor whose stock information is completely matched with the first item ordering information as a target distributor corresponding to the first order.
Preferably, the second processing unit U140 further includes:
the transport capacity judging subunit U143 is configured to judge whether the planned idle transport capacity of the target distributor corresponding to the first order meets a required transport capacity corresponding to the second order information associated with the first order information;
a determining subunit U144, configured to determine that the target distributor corresponding to the first order corresponds to the second order at the same time if the planned idle capacity of the target distributor corresponding to the first order meets the required capacity corresponding to the second order information;
and if the planned idle transport capacity of the target distributor corresponding to the first order does not meet the demand transport capacity corresponding to the second order information, determining the target distributor corresponding to the second order according to the second order information.
The method and the device for processing the to-be-delivered order, provided by the embodiment, firstly determine the type of the to-be-delivered order, and split the to-be-delivered order if the to-be-delivered order belongs to a first type, so as to obtain first order information only including standard package goods and second order information only including goods items; and then determining a target distributor corresponding to the first order information according to the first order information so that the target distributor completes the shipment and distribution of the first order, and if the planned idle capacity of the target distributor corresponding to the first order information meets the demand capacity of the second order information, determining that the target distributor corresponding to the first order information also corresponds to the second order information, and completing the distribution of the second order by the target distributor, otherwise, determining the target distributor corresponding to the second order according to the second order information. Therefore, the method and the device avoid the problem that the deliverer cannot independently finish shipment and delivery when the to-be-delivered order comprises the standard package goods and the single goods at the same time, and meanwhile, the target deliverer corresponding to the second order is determined based on the association of the first order and the second order, so that the transportation capacity resources in the logistics system can be saved. In addition, the distribution provider only having capacity resources is scheduled to participate in the distribution link of the second order, so that the resource utilization rate of the logistics system is further improved, and the store user experience is improved.
In a specific implementation, the present invention further provides a computer storage medium, where the computer storage medium may store a program, and the program may include some or all of the steps in each embodiment of the method for processing an order to be delivered provided by the present invention when executed. The storage medium may be a magnetic disk, an optical disk, a read-only memory (ROM) or a Random Access Memory (RAM).
Those skilled in the art will readily appreciate that the techniques of the embodiments of the present invention may be implemented as software plus a required general purpose hardware platform. Based on such understanding, the technical solutions in the embodiments of the present invention may be essentially or partially implemented in the form of a software product, which may be stored in a storage medium, such as ROM/RAM, magnetic disk, optical disk, etc., and includes several instructions for enabling a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method according to the embodiments or some parts of the embodiments.
The same and similar parts in the various embodiments in this specification may be referred to each other. In particular, as for the apparatus embodiment, since it is substantially similar to the method embodiment, the description is simple, and the relevant points can be referred to the description in the method embodiment.
The above-described embodiments of the present invention should not be construed as limiting the scope of the present invention.
Claims (8)
1. A method for processing an order to be delivered, the method comprising:
receiving order information to be distributed sent by a store terminal; the order information to be delivered comprises goods ordering information and delivery address information;
determining the type of the order to be delivered according to the goods ordering information; determining the type of the order to be delivered according to the goods ordering information, wherein the step of determining whether the goods ordering information comprises standard package information and goods single item information is included; if the goods ordering information comprises standard package information and goods item information, determining that the order to be delivered belongs to a first category;
if the order to be delivered belongs to the first category, splitting the order to be delivered according to the goods order information to obtain first order information and second order information which is associated with the first order information through the delivery address information, wherein the first order information comprises the first goods order information and the original delivery address information, and the first goods order information only comprises standard package information; the second order information comprises second goods ordering information and original delivery address information, and the second goods ordering information only comprises goods single-item information;
determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information, and determining a target distributor corresponding to the second order according to the correlation between the second order information and the first order information or the second order information;
respectively sending the first order information and the second order information to corresponding target distributor terminals so that the target distributors complete the distribution of the corresponding first orders and second orders;
the determining a target distributor corresponding to the second order according to the association between the second order information and the first order information or the second order information includes:
judging whether the planned idle transport capacity of the target distributor corresponding to the first order meets the demand transport capacity corresponding to the second order information associated with the first order information;
if the planned idle capacity of the target distributor corresponding to the first order meets the required capacity corresponding to the second order information, determining that the target distributor corresponding to the first order corresponds to the second order at the same time;
and if the planned idle transport capacity of the target distributor corresponding to the first order does not meet the demand transport capacity corresponding to the second order information, determining the target distributor corresponding to the second order according to the second order information.
2. The method of claim 1, wherein determining the category of the order to be delivered based on the item ordering information further comprises:
and if the goods ordering information is the goods item information, determining that the order to be delivered belongs to a second category.
3. The method of claim 2, further comprising:
if the order to be delivered belongs to the second category, acquiring a planned delivery task of a delivery provider preset by the delivery address; the planned delivery task comprises a planned delivery address and a planned idle capacity;
determining a target distributor corresponding to the to-be-distributed orders of the second category according to the distance between the planned distribution address and the distribution address of each distributor and whether the planned idle capacity meets the demand capacity corresponding to the to-be-distributed orders;
and sending the order information to be distributed to the corresponding target distributor terminal.
4. The method according to claim 1 or 2, characterized in that the first order information comprises first goods ordering information; the determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information includes:
matching the first goods ordering information with the stock information of a distributor preset by the distribution address, and determining the distributor of which the stock information is partially or completely matched with the first goods ordering information;
and selecting a plurality of distributors of which the stock information is partially matched with the first goods ordering information as target distributors corresponding to the first orders according to a preset rule, or selecting one distributor of which the stock information is completely matched with the first goods ordering information as the target distributor corresponding to the first orders.
5. A processing apparatus for orders to be dispensed, the apparatus comprising:
the receiving unit is used for receiving order information to be distributed sent by the store terminal; the order information to be delivered comprises goods ordering information and delivery address information;
the classification unit is used for determining the category of the order to be delivered according to the goods ordering information; the classification unit specifically comprises a goods information judgment subunit, which is used for judging whether the goods ordering information comprises standard package information and goods single-item information; the classification subunit is used for determining that the order to be distributed belongs to a first category if the goods ordering information comprises standard package information and goods item information;
the first processing unit is used for splitting the order to be delivered according to the goods order information to obtain first order information and second order information which is associated with the first order information through the delivery address information if the order to be delivered belongs to a first category, wherein the first order information comprises the first goods order information and the original delivery address information, and the first goods order information only comprises standard package information; the second order information comprises second goods ordering information and original delivery address information, and the second goods ordering information only comprises goods single-item information;
the second processing unit is used for determining a target distributor corresponding to the first order according to the first order information and the distributor inventory information, and determining a target distributor corresponding to the second order according to the association between the second order information and the first order information or the second order information;
a sending unit, configured to send the first order information and the second order information to corresponding target distributor terminals, respectively, so that the target distributors complete distribution of the corresponding first orders and second orders;
the second processing unit further comprises:
the transport capacity judging subunit is used for judging whether the planned idle transport capacity of the target distributor corresponding to the first order meets the required transport capacity corresponding to the second order information associated with the first order;
the determining subunit is configured to determine that the target distributor corresponding to the first order corresponds to the second order at the same time if the planned idle capacity of the target distributor corresponding to the first order meets the demand capacity corresponding to the second order information;
and if the planned idle transport capacity of the target distributor corresponding to the first order does not meet the demand transport capacity corresponding to the second order information, determining the target distributor corresponding to the second order according to the second order information.
6. The apparatus of claim 5, wherein the apparatus is a portable device
A classification subunit also for
And if the goods ordering information is the goods item information, determining that the order to be delivered belongs to a second category.
7. The apparatus of claim 6, further comprising:
the third processing unit is used for acquiring a planned delivery task of a delivery provider preset by the delivery address if the order to be delivered belongs to a second category; the planned delivery task comprises a planned delivery address and a planned idle capacity;
the fourth processing unit is used for determining a target distributor corresponding to the to-be-distributed orders in the second category according to the distance between the planned distribution address and the distribution address of each distributor and whether the planned idle capacity meets the demand capacity corresponding to the to-be-distributed orders;
and the sending unit is also used for sending the order information to be distributed to the corresponding target distributor terminal.
8. The apparatus according to claim 5 or 6, wherein the first order information includes first goods order information; the second processing unit specifically includes:
the matching subunit is used for matching the first goods ordering information with the stock information of a distributor preset by the distribution address, and determining the distributor with the stock information partially or completely matched with the first goods ordering information;
and the selecting subunit is used for selecting a plurality of distributors of which the stock information is partially matched with the first goods ordering information as target distributors corresponding to the first order according to a preset rule, or selecting one distributor of which the stock information is completely matched with the first goods ordering information as the target distributor corresponding to the first order.
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| CN111815229B (en) * | 2020-06-12 | 2024-01-23 | 北京顺达同行科技有限公司 | Order information processing method and device, electronic equipment and storage medium |
| CN113888066A (en) * | 2020-07-01 | 2022-01-04 | 珠海优特智厨科技有限公司 | Catering order processing method and system, storage medium and electronic device |
| CN113762850A (en) * | 2020-11-09 | 2021-12-07 | 北京沃东天骏信息技术有限公司 | Method and device for processing order data |
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