CN106156972B

CN106156972B - Logistics service information providing method and device

Info

Publication number: CN106156972B
Application number: CN201510190793.2A
Authority: CN
Inventors: 陈岳阳
Original assignee: Cainiao Smart Logistics Holding Ltd
Current assignee: Cainiao Smart Logistics Holding Ltd
Priority date: 2015-04-21
Filing date: 2015-04-21
Publication date: 2022-07-05
Anticipated expiration: 2035-04-21
Also published as: WO2016169451A1; CN106156972A

Abstract

The embodiment of the application discloses a method and a device for providing logistics service information, wherein the method comprises the following steps: collecting basic logistics resource information; generating basic logistics resource entity data according to a preset data expression mode and the basic logistics resource information, wherein the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises resource types, service range information and/or service capability information; and publishing the basic logistics resource entity data so as to generate a logistics solution for the first user or the specified business object of the first user based on the published data. Through the embodiment of the application, the individual requirements of the user on the logistics solution can be met.

Description

Logistics service information providing method and device

Technical Field

The present application relates to the field of logistics information processing technologies, and in particular, to a method and an apparatus for providing logistics service information.

Background

With the continuous perfection of electronic commerce transaction platforms and the rapid development of traditional communication, mobile communication and other technologies, more and more people acquire the required commodities in an online shopping mode, and the types of the commodities can relate to the aspects of daily life of people, including commodities such as household appliances, furniture and the like. For such commodities, due to the characteristics of large volume, heavy weight, easy damage and the like, the storage and distribution of the commodities are a critical problem.

To this end, some e-commerce trading platforms provide a unified logistics service for such goods, which is commonly referred to as 4 PL. The 4PL refers to that the platform side purchases warehouse resources and delivery resources from a third-party warehousing and delivery service provider, or the platform side can use the warehouse resources and the delivery resources of the platform side, and then the resources can be packaged into a logistics solution and issued in the system, so that a merchant can customize the logistics solution provided by the platform according to the needs of the merchant and perform operations such as shop and the like. That is to say, through 4PL, the merchant can directly use the warehouse resources and the delivery resources provided by the platform for the merchant without building an own entity warehouse, etc., so that the cost of the merchant can be saved, and from the viewpoint of the warehouse resources and the delivery resources, the purposes of saving the resources and reducing the resource waste can be achieved, and in addition, the service quality of the transaction platform can be integrally improved.

In the 4PL system, there are often a plurality of warehouses distributed at different physical locations, for example, beijing warehouse, hangzhou warehouse, shanghai warehouse, etc., and the distribution service may correspond to different distribution ranges, etc., so that there is a problem how to reasonably utilize these resources to provide logistics solutions for various merchants.

In the prior art, background staff of a transaction platform generally selects and integrates various warehousing and distribution resources provided by purchasing or a system to form a logistics solution, and then the logistics solution is issued and customized by a merchant. For example, 5 main bins and 22 sub-bins (referred to as "5-22 bins" for short) may be selected, the warehouses are covered all over the country, and then the warehouses and the distribution resources are bound to form a logistics solution, so that the merchant can use the "5-22 bins" to shop by customizing the logistics solution.

That is, this prior art provides a "one-break" logistics solution for all merchants who can only use this "5-22 bins" for restocking. However, in practical applications, different merchants, even different merchandise objects of the same merchant, may have different needs in the area of the shop floor. For example, a merchant's air conditioning products may not generally need to be restocked in the northeast or the like because the consumer therein has a low purchase demand for air conditioning. However, according to the prior art, the merchant can only customize the '5-22 bins', but actually only part of the bins can be put in stock, and other warehouse resources which are customized but not needed to be put in stock are wasted for the merchant.

It can be seen that the logistics solution of the "one-knife-cut" type cannot meet the personalized demands of the merchants. Of course, if a plurality of selectable logistics solutions are combined by background staff of the transaction platform for the merchant to select, the personalized requirements of the merchant can be met to a certain extent. However, the number of merchants in the system is large, and the number of commodity objects is quite large, so that a small number of logistics solutions may still not be able to truly meet the personalized demands for the logistics solutions at the granularity of the commodity objects. If tens of warehouses and distribution resources are combined exhaustively, the selection of the merchants is difficult due to too many combined schemes.

Disclosure of Invention

The application provides a method and a device for providing logistics service information, which can meet the personalized requirements of users on logistics solutions.

The application provides the following scheme:

a logistics service information providing method comprises the following steps:

collecting basic logistics resource information;

generating basic logistics resource entity data according to a preset data expression mode and the basic logistics resource information, wherein the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises resource types, service range information and/or service capability information;

and publishing the basic logistics resource entity data so as to generate a logistics solution for the first user or the specified business object of the first user based on the published data.

A customized processing method of logistics service information comprises the following steps:

providing a plurality of pieces of basic logistics resource entity data, wherein the entity data comprise identification information and attribute information of each piece of basic logistics resource; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources;

when a request of a first user for customizing a logistics solution for a specified business object is received, determining a target basic logistics resource matched with the specified business object of the first user and a service relationship among various target basic logistics resources;

generating a logistics solution according to the target basic logistics resources and the service relationship among the target basic logistics resources;

and storing the association relation among the first user, the specified business object and the logistics solution.

receiving a request of a first user for customizing a resource operation scheme for a specified service object;

requesting a server to acquire basic logistics resource entity data, wherein the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources;

determining the target basic logistics resources selected by the first user and the service relationship among the target basic logistics resources;

and submitting the identification of the first user, the identification of the specified business object, the target basic logistics resource and the association relation among the service relations to a server so that the server stores the association relation.

A method for providing logistics information of business objects comprises the following steps:

receiving a query request sent by an inventory center server in the process that a second user browses a target business object of a certain first user, wherein the query request is used for querying logistics information related to the target business object of the first user;

querying a logistics solution associated with the identification of the designated first user and the identification of the target business object, wherein the logistics solution comprises one or more basic logistics resources;

and returning the attribute information of the basic logistics resources so that the inventory center server can determine the target basic logistics resources associated with the second user according to the attribute information of the basic logistics resources and the area information of the second user, and provide inventory information corresponding to the target basic logistics resources and the attribute information.

in the process that a second user browses a target business object of a certain first user, an inventory center server sends a query request to a logistics center server, wherein the query request is used for querying logistics information associated with the target business object of the first user, so that the logistics center server queries a logistics solution associated with an identifier of the specified first user and the identifier of the specified business object, and returns attribute information of basic logistics resources; wherein the logistics solution includes one or more base logistics resources;

determining the area information of the second user;

determining a target basic logistics resource associated with a second user according to the attribute information of the basic logistics resource and the area information of the second user;

and providing the inventory information and the attribute information corresponding to the target basic logistics resources.

A logistics service information providing apparatus comprising:

the information collection unit is used for collecting basic logistics resource information;

the entity data generating unit is used for generating basic logistics resource entity data according to a preset data expression mode and the basic logistics resource information, and the entity data comprises identification information and attribute information of each piece of basic logistics resource; the attribute information comprises resource types, service range information and/or service capability information;

and the entity data publishing unit is used for publishing the entity data of each basic logistics resource so as to generate a logistics solution for the first user or the specified business object of the first user based on the published data.

A customized processing device of logistics service information comprises:

the system comprises an entity data providing unit, a management unit and a management unit, wherein the entity data providing unit is used for providing a plurality of pieces of basic logistics resource entity data, and the entity data comprises identification information and attribute information of each piece of basic logistics resource; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources;

a request receiving unit, configured to determine, when receiving a request for customizing a logistics solution for a specified business object from a first user, a target basic logistics resource that is matched with the specified business object of the first user, and a service relationship between each target basic logistics resource;

the solution generation unit is used for generating a logistics solution according to the target basic logistics resources and the service relationship among all the target basic logistics resources;

and the storage unit is used for storing the association relationship among the first user, the specified business object and the logistics solution.

A customized processing device of logistics service information comprises:

a user request receiving unit, configured to receive a request for customizing a resource operation scheme for a specified service object by a first user;

the system comprises a data request unit, a data processing unit and a data processing unit, wherein the data request unit is used for requesting a server to acquire basic logistics resource entity data, and the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources;

the determining unit is used for determining the target basic logistics resources selected by the first user and the service relationship among the target basic logistics resources;

and the submitting unit is used for submitting the identification of the first user, the identification of the specified business object, the target basic logistics resource and the association relation among the service relations to a server so that the server can store the association relation.

An apparatus for providing logistics information of business objects, comprising:

the system comprises a query request receiving unit, a query request receiving unit and a query unit, wherein the query request receiving unit is used for receiving a query request sent by an inventory center server in the process that a second user browses a target business object of a certain first user, and the query request is used for querying logistics information related to the target business object of the first user;

a query unit, configured to query a logistics solution associated with the identifier of the specified first user and the identifier of the target business object, where the logistics solution includes one or more basic logistics resources;

and the information returning unit is used for returning the attribute information of the basic logistics resources so that the inventory center server can determine the target basic logistics resources related to the second user according to the attribute information of the basic logistics resources and the area information of the second user, and provide the inventory information corresponding to the target basic logistics resources and the attribute information.

a query request sending unit, configured to send, by the inventory center server, a query request to the logistics center server in a process in which a second user browses a target business object of a certain first user, where the query request is used to query logistics information associated with the target business object of the first user, so that the logistics center server queries a logistics solution associated with an identifier of the specified first user and the identifier of the specified business object, and returns attribute information of a basic logistics resource; wherein the logistics solution comprises one or more base logistics resources;

the area information determining unit is used for determining the area information of the second user;

the logistics resource information determining unit is used for determining target basic logistics resources related to a second user according to the attribute information of the basic logistics resources and the area information of the second user;

and the attribute information providing unit is used for providing the inventory information corresponding to the target basic logistics resource and the attribute information.

According to the specific embodiments provided herein, the present application discloses the following technical effects:

according to the embodiment of the application, the server can issue the basic logistics resources, namely the most basic elements forming the logistics solution, as the information issuing object, so that the first user can select the basic logistics resources according to the characteristics of the business object and assemble the basic logistics resources into the personalized logistics solution, and therefore the personalized requirements of the first user on the logistics solution can be met.

Of course, it is not necessary for any product to achieve all of the above-described advantages at the same time for the practice of the present application.

Drawings

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

FIG. 1 is a flow chart of a first method provided by an embodiment of the present application;

FIG. 2 is a flow chart of a second method provided by an embodiment of the present application;

FIG. 3 is a flow chart of a third method provided by embodiments of the present application;

FIG. 4 is a flow chart of a fourth method provided by embodiments of the present application;

FIG. 5 is a flow chart of a fifth method provided by embodiments of the present application;

FIG. 6 is a schematic diagram of a first apparatus provided by an embodiment of the present application;

FIG. 7 is a schematic diagram of a second apparatus provided by an embodiment of the present application;

FIG. 8 is a schematic diagram of a third apparatus provided by an embodiment of the present application;

FIG. 9 is a schematic diagram of a fourth apparatus provided by an embodiment of the present application;

fig. 10 is a schematic diagram of a fifth apparatus provided in the embodiments of the present application.

Detailed Description

The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments that can be derived from the embodiments given herein by a person of ordinary skill in the art are intended to be within the scope of the present disclosure.

In the embodiment of the application, information is issued not by taking a packaged logistics solution (which may include a plurality of warehouse resources and delivery resources) as an object, but by taking warehouse resources and delivery resources, which are the most basic elements constituting the logistics solution, as an object, so that when a merchant needs to use a logistics service provided by a transaction platform, the merchant can select from basic elements according to the characteristics of the merchant and business objects thereof, and assemble a logistics solution meeting personalized requirements. Specific implementations are described in detail below.

Example one

In the first embodiment, mainly from the perspective of the trading platform server, a method for providing logistics service information is provided, and referring to fig. 1, the method may include the following steps:

s101: collecting basic logistics resource information;

the basic logistics resources, i.e., basic elements constituting the logistics solution, may include warehouse resources, distribution resources, night delivery, door installation, cash on delivery, and the like. The basic logistics resources can be purchased in advance through a third-party logistics service provider, or can be self-built. In summary, the collected basic logistics resource information can include the following: name, type, service scope, service capability, etc. of each basic logistics resource. For example, the name of a warehouse resource is: "day-to-day bin", the type is: warehouse type, service scope is: beijing, the service capability is: receive 1000 parties daily, and so on.

S102: generating basic logistics resource entity data according to a preset data expression mode and the basic logistics resource information, wherein the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises resource types, service range information and/or service capability information;

after the basic logistics resource information is collected, each basic logistics resource information can be expressed as basic logistics resource entity data according to a preset data expression mode, and the information collected in the step S101 is expressed in a structured manner through the entity data. That is, the basic logistics resource object may be predefined, and then instantiated by using the information collected in step S101, so as to obtain a plurality of basic logistics resource entity data.

The specific expression mode of the basic logistics resource object may be various, for example, each item of information of each basic logistics resource, including an identifier, an attribute, and the like, may be stored in the same data table. However, since in the embodiment of the present application, the basic logistics resources may be divided into warehouse resources and distribution resources, even if the resources are the same type, the attributes of different individuals may need to be expressed from different dimensions. For example, for a warehouse resource, its service scope attribute may need to be expressed by way of "point" or "face", the service capability attribute may be "daily quantity of delivery", etc.; for a certain delivery resource, its service scope attribute may need to be expressed by means of "line", and the service capability attribute may include "whether or not payment by delivery is supported", etc. Therefore, if various items of information of each basic logistics resource are recorded in the same data table, the data table may include a large number of fields, and all attributes that may be related to each basic logistics resource need to be covered, but actually, for a specific basic logistics resource, only the attributes of some fields in the basic logistics resource need to be expressed, so that for each entry in the data table, there are many redundant fields, which is disadvantageous for the links of storing and searching data. In addition, regarding the service capability, both the service range capability and the service capability of the basic logistics resource may be included, that is, the service range and the service capability may also have a mutual inclusion relationship, and therefore, when the same data table is used for expression, the structure of the data table is very complex, and even the data table may not meet the database specification, and the like.

Therefore, in the embodiment of the present application, a core model for logistics resource operation may be pre-established, and each attribute of the basic logistics resource may be expressed through three data tables, that is, each description information of the same basic logistics resource may be distributed in three different data tables, and the description information of the same basic logistics resource in each data table may be associated through information such as an identifier, an ID, and the like.

For example, the identification of the basic logistics resource and the resource type information may be stored in a first data table, the identification of the basic logistics resource, the service scope type and the service scope numerical information may be stored in a second data table, and the identification of the basic logistics resource, the service capability type and the service capability numerical information may be stored in a third data table.

That is, the first data table may record only which selectable basic logistics resources are available, that is, which warehouse resources, which delivery resources, and the like are included, and these warehouse resources and delivery resources only represent information such as names and codes thereof in the first data table, but do not represent specific attribute information. For example, the structure of the first data table may be as shown in table 1 below:

TABLE 1

Resource type	Resource coding	Resource status	Other fields	Resource name
					Warehouse resources	RRS-001	Active state	……	Beijing warehouse
Warehouse resources	RRS-002	Active state	……	Hangzhou warehouse

Warehouse resources	RRS-003	Active state	……	Shanghai storehouse
					Warehouse resources	RRS-004	Active state	……	Nanjing warehouse
Warehouse resources	RRS-005	Active state	……	Chengdu storehouse
					Delivering resources	RRS- PEISONG001	Active state	……	Day-to-day delivery
……	……	……	……

The service scope information on each base logistics resource may be expressed by a second data table, for example, the structure of the second data table may be as shown in table 2 below:

TABLE 2

It can be seen that, in table 2, the service range information of each basic logistics resource is recorded, where the service range can be generally divided into three types, including point, line and plane, "point" is a specific address information, the service range corresponding to the warehouse resource can be generally described by range information of the "point" type, "line" is between two points (for example, beijing to shanghai), "plane" is a covered area, and the service range of the distribution resource is generally described by range information of the "line" or "plane" type. Here, since "line" generally refers to a region between two points and "plane" can be regarded as a region surrounded by a plurality of points, all of them can be expressed uniformly in the structure shown in table 2.

It should be noted that, in table 2, the information in the first column is "first ID of the first data table," and this information may be used to indicate that each entry in the second data table corresponds to information describing which base logistics resource in which entry in the first data table is. For example, it may be indicated by information "1" in the first row and the first column in table 2 that the first entry in table 2 records the relevant information of the basic logistics resource corresponding to the first entry in table 1, and conversely, when the service range information of the basic logistics resource recorded in an entry with an ID of n in table 1 needs to be queried, it may be sufficient to find the entry where the record with the ID of n is located in the first column in table 2, and read the relevant service range information from the entry. Therefore, by inserting the ID of the entry corresponding to the entry in the first data table into the second data table, the first data table and the second data table can be associated, and information on the same basic logistics resource on different dimensions can be described through different data tables.

In addition, the service capability information about the basic logistics resource can be expressed by a third data table, for example, the structure of the third data table can be as shown in the following table 3:

TABLE 3

As can be seen, in table 3, service capability information of each basic logistics resource is recorded, wherein the service capability can be generally divided into a plurality of types, for example, including capacity daily processing capability, daily receiving capability, daily shipping capability, and the like. In addition, for the same basic logistics resource, it may need to be described from multiple types of service capability dimensions, for example, a certain distribution resource needs to be described from two types of service capabilities, namely, daily processing capability and daily receiving capability, and in order to simplify the structure of the third data table, for this case, for the same basic logistics resource, features or values of the same basic logistics resource in different types of service capability dimensions may be described in different entries. For example, if a certain basic logistics resource needs to describe service capacity in terms of two types, daily handling capacity and daily receiving capacity, it can be recorded in the first entry and the second entry (i.e. the first row and the second row) in table 3, respectively.

Similarly to table 2, in table 3, the information of the first column is "first data table first ID", the information of the second column is "second data table second ID", and the information may be used to indicate that each entry in the third data table corresponds to information describing the basic logistics resource in which entry in the first data table, and the service scope information of the basic logistics resource is recorded in which entry in the second data table. For example, in table 3, the first entry, the first ID of the first data table, and the second ID of the second data table are both 1, that is, it means that the entry describes the service capability information of the basic logistics resource corresponding to the entry with the first ID of 1 in the first data table, and the service scope information of the basic logistics resource is described in the entry with the second ID of 1 in the second data table. Of course, in table 3, the service capability information of the basic logistics resource is described by two entries, because in the second entry of table 3, the first ID of the first data table and the second ID of the second data table are both 1. In this way, in summary, an association between the third data table and the first data table as well as the second data table can be established.

S103: and publishing the basic logistics resource entity data so as to generate a logistics solution for the first user or the specified business object of the first user based on the published data.

In short, after each basic logistics resource entity data is expressed according to a certain data expression manner, the basic logistics resource entity data can be published, so that a first user (such as a merchant, a seller and the like) can perform the process based on the basic logistics resource entity data when needing to customize the logistics service provided by the transaction platform. For example, in a specific implementation, when a first user needs to customize a logistics service, information of each selectable warehouse resource and delivery resource may be provided to the first user based on the first data table, the second data table and the third data table, where the information includes an identifier of each warehouse resource, delivery resource, service range, service capability, and the like, so that the first user may select one or more warehouse resources and delivery resources according to its own needs or in combination with sales characteristics of a specific business object, and specify a service relationship between the resources, and may further organize the selected resources into a logistics solution, and record an association relationship between the first user, the business object and the logistics solution on a server, so as to form a logistics solution specific to the business object of the first user, and realizing personalized customization of the logistics solution.

Example two

The above embodiment introduces the information publishing process of the server, and after publishing the information of each basic logistics resource, the first user can customize a logistics solution for its own business object based on the information. In the second embodiment, the specific customization process is introduced mainly from the perspective of the server. Referring to fig. 2, the second embodiment provides a customized processing method for logistics service information, which may include the following steps:

s201: providing a plurality of pieces of basic logistics resource entity data, wherein the entity data comprise identification information and attribute information of each piece of basic logistics resource; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources;

the specific way of providing the basic logistics resource entity data can be seen from the introduction in the first embodiment.

S202: when a request of a first user for customizing a logistics solution for a specified business object is received, determining a target basic logistics resource matched with the specified business object of the first user and a service relationship among various target basic logistics resources; after the server issues each basic logistics resource entity data to the first user, the first user can customize the logistics solution according to the needs of the first user. In the embodiment of the present application, the first user may customize the logistics solution in units of specific business objects (e.g., store objects, merchandise objects, etc.), so that different business objects of the same first user may use different logistics processing schemes.

Specifically, when receiving a request for customizing a logistics solution for a designated business object of a first user, a server may first determine a target basic logistics resource matched with the designated business object of the first user and a service relationship between each target basic logistics resource (e.g., a parent-child relationship, a parallel relationship between warehouse resources and warehouse resources, and a warehouse binding relationship between warehouse resources and delivery resources). That is, after some target basic logistics resources are determined, each target basic logistics resource is organized into a service network through a service relationship, and the service network can become a logistics solution.

Specifically, there may be multiple ways to determine the target basic logistics resource matched with the specified business object of the first user. For example, in one of the manners, after receiving a request of a first user for customizing a logistics solution for a specified business object, entity data of basic logistics resources may be pushed to the first user client, so that information of each selectable basic logistics resource, including an identifier, a service range, a service capability, and the like, may be displayed in a user interface of the first user client, and in addition, an operational option may be provided for each basic logistics resource, so that the first user may select a target basic logistics resource from a plurality of basic logistics resources according to a requirement of a specific business object, and after the selection is completed, the target basic logistics resource may be submitted to a server, so that the server may determine the target basic logistics resource matched with the specified business object of the first user.

Or, in another implementation, a historical transaction record related to the first user and the specified business object may be obtained, and then the target basic logistics resource matched with the specified business object of the first user may be determined by analyzing such historical transaction record information. For example, in the historical transaction record of a certain business object, information such as a receiving address of each second user (for example, a buyer user) is generally recorded, so that a target area where the business object is most frequently sold can be analyzed, and further, a target basic logistics resource matched with the target area can be determined according to the information such as the target area information and the service range of each basic logistics resource. For example, if the target areas where a business object is most frequently sold are beijing, tianjin and shanghai, the target basic logistics resources matching with the target areas can be determined to be beijing warehouse, tianjin warehouse and shanghai warehouse, and may further include distribution resources related to the areas, and so on.

With respect to the service relationship between the individual basic logistics resources, it generally occurs between warehouse resources and warehouse resources, and between warehouse resources and distribution resources. The warehouse and the warehouse generally include a parent-child relationship, a parallel relationship, and the like, and the warehouse and the delivery generally represent a binding relationship, that is, if a binding relationship exists between a certain warehouse resource and a certain delivery resource, when a business object stored in the warehouse resource is delivered, the delivery resource having the binding relationship with the warehouse resource can be used for delivery.

Specifically, when determining the service relationship between the basic logistics resources, the service relationship may also be specified by the first user, or may also be automatically determined by the server. In the former case, the service relationship between the basic logistics resources may be specified in the process of selecting the target basic logistics resource by the first user. For example, the target basic logistics resources selected by the first user include a beijing warehouse, a shanghai warehouse, a sunday forward distribution 1, a sunday forward distribution 2, and the like, and then the relationship between the beijing warehouse and the shanghai warehouse is a parallel warehouse, a binding relationship exists between the beijing warehouse and the sunday forward distribution 1, a binding relationship exists between the shanghai warehouse and the sunday forward distribution 2, and the like, and after the target basic logistics resources are uploaded to the server, the server can determine the service relationship among the target basic logistics resources according to the information designated by the first user. Regarding the latter, after determining each target basic logistics resource, the server may automatically determine the service relationship between each target basic logistics resource according to the type of each target logistics resource and the service range information corresponding to each target logistics resource. For example, the determined target basic logistics resources comprise a Beijing warehouse, a Shanghai warehouse, a day-day cis-mix 1 and a day-day cis-mix 2, at this time, the server can determine that the Beijing warehouse and the Shanghai warehouse are warehouse types and the day-day cis-mix 1 and the day-day cis-mix 2 are distribution types by inquiring the first data table, and then determine the service ranges of the Beijing warehouse and the Shanghai warehouse by inquiring the second data table, and determine whether the two warehouse resources are parallel warehouses or mother and child warehouses by judging whether a certain coverage or inclusion relationship exists between the service ranges of the Beijing warehouse and the Shanghai warehouse; in addition, the service ranges of the daily cis-mix 1 and the daily cis-mix 2 can be determined by querying the second data table, and the service ranges are compared with the respective service ranges of the beijing warehouse and the shanghai warehouse, for example, if the distribution range of the daily cis-mix 1 is related to the beijing, the binding relationship between the beijing warehouse and the daily cis-mix 1 can be determined, and the like.

S203: and storing the association relationship among the first user, the specified business object, the target basic logistics resource and the service relationship.

After the matched target basic logistics resources and the service relationship among the target basic logistics resources are determined, a logistics solution can be obtained, and therefore the association relationship among the first user, the designated business object and the logistics solution can be stored in a server side. That is to say, in the embodiment of the present application, the server may store a plurality of logistics solutions, where a specific logistics solution is associated with a specific service object of a specific first user, so as to meet personalized requirements of the first user on the logistics solution.

The association relationship between the first user and the business object and the specific logistics solution can be stored in various forms. For example, in an alternative implementation, the expression may be performed by a plurality of data tables as well. Specifically, first, the fourth data table may be utilized to record the identifier of each logistics solution, for example, including a name, a code, a status, and the like, but the fourth data table does not need to store which target basic logistics resources are specifically included in each solution, and the respective service relationships. For example, the structure of the fourth data table may be as shown in table 4 below:

TABLE 4

Logistics solution ID	Solution name	Solution encoding	Status of state	Other fields
					1	13-bin solution	13_cang	Is effective	……
…	…	…	…	…

Regarding the target basic logistics resources included in each logistics solution, and the service relationship between each, it may be saved through a fifth data table, for example, the structure of the fifth data table may be as shown in the following table 5:

TABLE 5

Wherein each entry (i.e., each row) in table 5 is used to describe a service relationship between two basic logistics resources in one logistics solution. For example, the first entry in table 5 expresses the meaning that for the logistics solution with ID 1 in table 4, the service relationship between the base logistics resource 1 and the base logistics resource 2 in the solution is the parent-child bin relationship, and so on.

In addition, as can be seen from table 5 above, in the fifth data table, the IDs of the respective logistics solutions in the fourth data table are stored, so that the entries in the fourth data table can be associated with the entries in the fifth data table.

After the logistics solution is expressed by the fourth data table and the fifth data table, the association relationship between the first user, the specified business object and the logistics solution can be stored in a sixth data table, for example, the structure of the sixth data table can be as shown in the following table 6:

TABLE 6

First user identification	Business object identification	Logistics solution ID	Status of state	Other fields
					6831413	123	1	Is effective	……
6831413	456	1	Is effective	……
					…	…	…	…	…

That is, the sixth data table may include the following fields: the first user identifier, the specified service object identifier, and the ID of the entry where the logistics solution is located in the fourth data table, so that under the condition that the first user identifier and the specific service object identifier are known, the sixth data table can be queried to obtain that the service object of the first user corresponds to the logistics solution with the ID of 1 in the fourth data table, and further, the fifth data table can be queried to obtain the target basic logistics resource associated with the service object of the first user and the service relationship between the target basic logistics resource and the service resource.

By using the plurality of data tables to express the association relationship between the business object of the first user and the logistics solution, the structure of the data tables is simpler and is easy to realize, and the occurrence of too many redundant fields and the like is avoided.

In addition, because the fourth data table also stores the names of the logistics solutions, the names are generally expressed in a relatively vivid manner, for example, "13-bin solutions", etc., when other first users customize the logistics solutions for their business objects, the names of the generated logistics solutions, etc., can also be provided to the first users, and further, the identifiers, service ranges, service capabilities, etc., of the target basic logistics resources included in the solutions can also be provided to the first users, if the first users think that the solutions meet their own requirements, the logistics solutions can be directly used without re-selection, which can improve efficiency.

In short, according to the second embodiment, the entity data of the basic logistics resource published in the first embodiment can be used to customize different logistics solutions for different business objects of the first user, so that the personalized requirements of the first user on the logistics solutions are met.

EXAMPLE III

The third embodiment corresponds to the second embodiment, and introduces an implementation manner of the first user customized logistics solution from the perspective of the first user client. Referring to fig. 3, a third embodiment provides a method for customizing logistics service information, where the method includes the following steps:

s301: receiving a request of a first user for customizing a resource operation scheme for a specified service object;

s302: requesting a server to acquire basic logistics resource entity data, wherein the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources; the resource type of the basic logistics resources comprises warehouse resources or distribution resources;

s303: determining the target basic logistics resources selected by the first user and the service relationship among the target basic logistics resources;

s304: and submitting the identification of the first user, the identification of the designated business object, the target basic logistics resource and the association relationship among the service relationships to a server so that the server stores the association relationship.

For specific implementation of each step in the third embodiment, reference may be made to the description in the second embodiment, and details are not described here.

Example four

The foregoing embodiment introduces the basic logistics resource publishing and the logistics solution customization process, so that, in the subsequent interaction process between the server and the second user, the second user can also be provided with related logistics information. For example, when a second user browses information of a business object of a first user through a client of the second user, a logistics solution associated with the business object of the first user may be determined, and then relevant inventory information, service capability information, and the like may be provided for the second user.

Specifically, the fourth embodiment provides a method for providing business object logistics information from the perspective of a server, and it should be noted that in the method provided in the fourth embodiment, the server mainly interacts with a server for providing inventory information in a transaction platform, and for convenience of distinction, the server for providing logistics information is referred to as a logistics center server, and the server for providing inventory information is referred to as an inventory center server. Referring to fig. 4, the method may include the steps of:

s401: receiving a query request sent by an inventory center server in the process that a second user browses a target business object of a first user, wherein the query request is used for querying logistics information related to the target business object of the first user;

when a second user browses information such as a detail page of a target business object, the inventory center server generally needs to provide the second user with information such as inventory information of the business object, delivery capability of a corresponding delivery resource, and the like, including whether inventory exists, the quantity of inventory, estimated time to arrive at a good, whether payment for goods can be accepted, and the like. In the embodiment of the present application, different business objects of different first users correspond to different logistics solutions, so the inventory center server may first send an inquiry request to the logistics center server, where the inquiry request may carry an identifier (for example, a product ID) of a business object currently being browsed and an identifier (using a user ID, a user name, and the like) of a first user to which the business object belongs.

S402: querying a logistics solution associated with the identification of the specified first user and the identification of the target business object, wherein the logistics solution comprises one or more basic logistics resources, and the basic logistics resources comprise warehouse resources and delivery resources;

after receiving the query request sent by the inventory center server, the logistics center server can query the logistics solution associated with the target business object by using the identifier of the first user and the identifier of the target business object. For example, assuming that the first user ID is 6831413 and the target business object ID is 123, first look up the table 6 shown in the second embodiment to determine that the first entry matches successfully, and therefore, it can be determined that the ID of the associated logistics solution is 1. Since a logistics solution is composed of one or more basic logistics resources, the table 5 can be continuously queried to obtain the basic logistics resources and the service relationship between the basic logistics resources and the basic logistics resources included in the logistics solution with the ID of 1. After the table 5 is used to query each basic logistics resource, it is equivalent to only know the ID and other identifiers of the basic logistics resource, so that the table 2 and the table 3 can be queried to obtain the attribute information of the basic logistics resource corresponding to the ID, including the service range, the service capability and the like.

S403: and returning the attribute information of the basic logistics resources so that the inventory center server can determine the target basic logistics resources associated with the second user according to the attribute information of the basic logistics resources and the area information of the second user, and provide inventory information corresponding to the target basic logistics resources and the attribute information.

After determining the logistics solution associated with the target business object, and the basic logistics resources and attribute information thereof contained in the solution, the logistics solution can be returned to the inventory center server. In this way, the inventory center server may determine the area ID where the current second user is located (for example, according to an IP address, a historical receiving address, and the like), then may compare the area ID with information such as a service range corresponding to each basic logistics resource, and determine a target basic logistics resource matching the second user, for example, may first determine a warehouse resource matching the second user, then determine a delivery resource having a binding relationship with the warehouse resource according to a service relationship in a logistics solution, and the like. For example, if the area ID of the user matches the beijing warehouse, it can be determined that the warehouse resource matching the second user is the beijing warehouse, and the beijing warehouse is bound to the japanese cis-mate 1, so that the matching delivery resource is the japanese cis-mate 1, and so on.

After determining the warehouse resources and the delivery resources matched with the second user, the inventory center server may query the inventory database, determine whether the matched warehouse resources have the inventory of the target business object, if so, may also query information such as the corresponding inventory quantity, and provide the information to the second user client for display, and in addition, may also provide information such as the service capacity returned by the logistics center server to the second center client for display. If the matching warehouse resource does not have inventory for the target business object, information such as "no goods" may be returned.

EXAMPLE five

The fifth embodiment corresponds to the fourth embodiment, and is described from the perspective of the inventory center server. Referring to fig. 5, the fifth embodiment provides a method for providing logistics information of business objects, which may include the following steps:

s501: in the process that a second user browses a target business object of a certain first user, an inventory center server sends a query request to a logistics center server, wherein the query request is used for querying logistics information associated with the target business object of the first user, so that the logistics center server queries a logistics solution associated with an identifier of the specified first user and the identifier of the specified business object, and returns attribute information of basic logistics resources; wherein the logistics solution comprises one or more basic logistics resources, the basic logistics resources comprising warehouse resources and delivery resources;

s502: determining the area information of the second user;

s503: determining a target basic logistics resource associated with a second user according to the attribute information of the basic logistics resource and the area information of the second user;

s504: and providing the inventory information and the attribute information corresponding to the target basic logistics resources.

The fifth embodiment corresponds to the fourth embodiment, and only the described angle is different, so that specific implementation of related steps can be referred to the description in the fourth embodiment, and details are not described here.

Corresponding to the method for providing logistics service information provided in the first embodiment, an embodiment of the present application further provides a device for providing logistics service information, and referring to fig. 6, the device may specifically include:

an information collecting unit 601, configured to collect basic logistics resource information;

an entity data generating unit 602, configured to generate basic logistics resource entity data according to a preset data expression manner and the basic logistics resource information, where the entity data includes identification information and attribute information of each basic logistics resource; the attribute information comprises resource types, service range information and/or service capability information;

an entity data publishing unit 603, configured to publish the pieces of basic logistics resource entity data, so as to generate a logistics solution for the first user or the specified business object of the first user based on the published data.

The entity data generating unit 602 may specifically include:

the first saving subunit is used for saving the identification of the basic logistics resource and the resource type information in a first data table;

the second storage subunit is used for storing the identification, the service range type and the service range numerical value information of the basic logistics resources in a second data table;

the third saving subunit is used for saving the identification, the service capability type and the service capability numerical value information of the basic logistics resource in a third data table;

and establishing an incidence relation among the items in each data table through the identification of the basic logistics resources.

Wherein:

in the first data table, the identification of the basic logistics resource comprises: encoding of basic logistics resources;

in the second data table, the identification of the basic logistics resource comprises: the code of the basic logistics resource and the first ID of the entry of the basic logistics resource in the first data table;

in the second data table, the identification of the basic logistics resource includes: the entry of the basic logistics resource is provided with a first ID in the first data table, and the entry of the basic logistics resource is provided with a second ID in the second data table.

And in the third data table, when the same basic logistics resource corresponds to a plurality of service capability types, recording the service capability information of each type through a plurality of entries respectively.

Corresponding to the method for customizing logistics service information provided in the second embodiment, an embodiment of the present application further provides a device for customizing logistics service information, and referring to fig. 7, the device may specifically include:

an entity data providing unit 701, configured to provide multiple pieces of entity data of basic logistics resources, where the entity data includes identification information and attribute information of each piece of basic logistics resources; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources;

a request receiving unit 702, configured to determine, when receiving a request for customizing a logistics solution for a specified business object from a first user, a target basic logistics resource matched with the specified business object of the first user and a service relationship between each target basic logistics resource;

a solution generating unit 703, configured to generate a logistics solution according to the target basic logistics resources and the service relationship between each target basic logistics resource;

a saving unit 704, configured to save an association relationship between the first user, the specified business object, and the logistics solution.

The saving unit 704 may specifically include:

a fourth saving subunit, configured to save, through a fourth data table, the identifier of the logistics solution;

a fifth storing subunit, configured to store, through a fifth data table, service relationships between target basic logistics resources in the logistics solution; each entry in the fifth data table is used for recording a service relationship between two target basic logistics resources;

a sixth saving subunit, configured to save, through a sixth data table, the first user identifier, the specified service object identifier, and the ID of the entry in the fourth data table of the logistics solution.

In an implementation manner, the request receiving unit 702 is specifically configured to:

and determining the target basic logistics resources matched with the specified business object of the first user according to the selection information of the first user on the plurality of pieces of basic logistics resource entity data.

In another implementation manner, the request receiving unit 702 is specifically configured to:

determining historical transaction record information of the designated business object of the first user;

and determining the target basic logistics resources matched with the specified business object of the first user by analyzing the historical transaction record information.

Corresponding to the method for customizing logistics service information provided in the third embodiment, an embodiment of the present application further provides a device for customizing logistics service information, and referring to fig. 8, the device may specifically include:

a user request receiving unit 801, configured to receive a request for customizing a resource operation scheme for a specified service object by a first user;

a data request unit 802, configured to request a server to obtain entity data of basic logistics resources, where the entity data includes identification information and attribute information of each basic logistics resource; the attribute information comprises the resource type, the service range information and/or the service capability information of the basic logistics resources;

a determining unit 803, configured to determine a target basic logistics resource selected by the first user and a service relationship therebetween;

a submitting unit 804, configured to submit the identifier of the first user, the identifier of the specified business object, and the association between the target basic logistics resource and the service relationship to a server, so that the server stores the association.

Corresponding to the method for providing business object logistics information provided in the fourth embodiment, an embodiment of the present application further provides a device for providing business object logistics information, and referring to fig. 9, the device may specifically include:

a query request receiving unit 901, configured to receive a query request sent by an inventory center server in a process that a second user browses a target service object of a certain first user, where the query request is used to query logistics information associated with the target service object of the first user;

a querying unit 902, configured to query a logistics solution associated with the identifier of the specified first user and the identifier of the target business object, where the logistics solution includes one or more basic logistics resources;

an information returning unit 903, configured to return the attribute information of the basic logistics resource, so that the inventory center server determines, according to the attribute information of the basic logistics resource and the information of the area where the second user is located, a target basic logistics resource associated with the second user, and provides inventory information corresponding to the target basic logistics resource and the attribute information.

Corresponding to the method for providing business object logistics information provided in the fifth embodiment, an embodiment of the present application further provides a device for providing business object logistics information, and referring to fig. 10, the device may specifically include:

an inquiry request sending unit 1001, configured to, in a process that a second user browses a target business object of a certain first user, send an inquiry request to a logistics center server by an inventory center server, where the inquiry request is used to inquire logistics information associated with the target business object of the first user, so that the logistics center server inquires a logistics solution associated with an identifier of the specified first user and the identifier of the specified business object, and returns attribute information of a basic logistics resource; wherein the logistics solution comprises one or more base logistics resources;

an area information determining unit 1002, configured to determine area information where the second user is located;

a logistics resource information determining unit 1003, configured to determine, according to the attribute information of the basic logistics resource and the area information where the second user is located, a target basic logistics resource associated with the second user;

an attribute information providing unit 1004, configured to provide the inventory information corresponding to the target basic logistics resource and the attribute information.

From the above description of the embodiments, it is clear to those skilled in the art that the present application can be implemented by software plus necessary general hardware platform. Based on such understanding, the technical solutions of the present application or portions thereof that contribute to the prior art may be embodied in the form of a software product, which may be stored in a storage medium, such as a ROM/RAM, a magnetic disk, an optical disk, or the like, and includes several instructions for causing a computer device (which may be a personal computer, a server, or a network device) to execute the method according to the embodiments or some portions of the embodiments of the present application.

The embodiments in the present specification are described in a progressive manner, and the same and similar parts among the embodiments are referred to each other, and each embodiment focuses on the differences from the other embodiments. In particular, the system or system embodiments are substantially similar to the method embodiments and therefore are described in a relatively simple manner, and reference may be made to some of the descriptions of the method embodiments for related points. The above-described system and system embodiments are only illustrative, wherein the units described as separate parts may or may not be physically separate, and the parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the present embodiment. One of ordinary skill in the art can understand and implement it without inventive effort.

The method and the device for providing logistics service information provided by the application are introduced in detail, a specific example is applied in the method to explain the principle and the implementation of the application, and the description of the embodiment is only used for helping to understand the method and the core idea of the application; meanwhile, for a person skilled in the art, according to the idea of the present application, the specific embodiments and the application range may be changed. In view of the above, the description should not be taken as limiting the application.

Claims

1. A method for providing logistics service information is characterized by comprising the following steps:

collecting basic logistics resource information;

generating basic logistics resource entity data according to a preset data expression mode and the basic logistics resource information, wherein the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises a resource type, service range information and/or service capability information, and the basic logistics resources comprise warehouse resources and distribution resources;

publishing the basic logistics resource entity data so as to generate a logistics solution for the first user or a specified business object of the first user based on the published data, wherein basic elements of the logistics solution comprise basic logistics resources, and the logistics solution is generated according to a target basic logistics resource matched with the specified business object and a service relation between the target basic logistics resources;

generating basic logistics resource entity data according to a preset data expression mode and the basic logistics resource information, wherein the basic logistics resource entity data comprises:

storing the identification of the basic logistics resources and the resource type information in a first data table;

storing the identification, the service range type and the service range numerical value information of the basic logistics resources in a second data table;

storing the identification, the service capability type and the service capability numerical value information of the basic logistics resources in a third data table;

2. The method of claim 1, wherein:

in the second data table, the identification of the basic logistics resource comprises: the entry of the basic logistics resource is provided with a first ID in the first data table, and the entry of the basic logistics resource is provided with a second ID in the second data table.

3. The method of claim 1, wherein: and in the third data table, when the same basic logistics resource corresponds to a plurality of service capability types, recording the service capability information of each type through a plurality of entries respectively.

4. A method for customizing logistics service information is characterized by comprising the following steps:

providing a plurality of pieces of basic logistics resource entity data, wherein the entity data comprise identification information and attribute information of each piece of basic logistics resource; the attribute information comprises the resource type, service range information and/or service capability information of basic logistics resources, and the basic logistics resources comprise warehouse resources and distribution resources;

generating a logistics solution according to the target basic logistics resources and the service relationship among the target basic logistics resources, wherein basic elements of the logistics solution comprise basic logistics resources;

storing the association relation among the first user, the specified business object and the logistics solution;

the basic logistics resource entity data comprises a first data table, a second data table and a third data table, wherein the first data table stores identification of basic logistics resources and resource type information, the second data table stores identification of the basic logistics resources, service range type and service range numerical value information, the third data table stores identification of the basic logistics resources, service capability type and service capability numerical value information, and association relations are established among entries in the data tables through the identification of the basic logistics resources.

5. The method of claim 4, wherein saving the association between the first user, the specified business object, and the logistics solution comprises:

saving the identification of the logistics solution through a fourth data table;

storing the service relationship among the target basic logistics resources in the logistics solution through a fifth data table; each entry in the fifth data table is used for recording a service relationship between two target basic logistics resources;

and saving the first user identification, the specified business object identification and the ID of the entry of the logistics solution in the fourth data table through a sixth data table.

6. The method of claim 4 or 5, wherein determining the target base logistics resource matching the specified business object of the first user comprises:

7. The method of claim 4 or 5, wherein determining the target base logistics resource matching the specified business object of the first user comprises:

8. A method for customizing logistics service information is characterized by comprising the following steps:

requesting a server to acquire basic logistics resource entity data, wherein the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises the resource type, service range information and/or service capability information of basic logistics resources, the basic logistics resources comprise warehouse resources and distribution resources, and the basic logistics resources are basic elements forming a logistics solution;

submitting the identification of the first user, the identification of the specified business object and the association relation between the target basic logistics resource and the service relation to a server so that the server can store the association relation;

the basic logistics resource entity data comprise a first data table, a second data table and a third data table, wherein the first data table stores identification and resource type information of basic logistics resources, the second data table stores identification, service range type and service range numerical value information of the basic logistics resources, the third data table stores identification, service capability type and service capability numerical value information of the basic logistics resources, and incidence relations are established among entries in each data table through the identification of the basic logistics resources.

9. A method for providing logistics information of business objects, comprising:

querying a logistics solution associated with the identification of the designated first user and the identification of the target business object, wherein the logistics solution comprises one or more basic logistics resources, and the basic logistics resources comprise warehouse resources and delivery resources;

returning the attribute information of the basic logistics resources so that the inventory center server can determine target basic logistics resources associated with the second user according to the attribute information of the basic logistics resources and the area information of the second user, and provide inventory information corresponding to the target basic logistics resources and the attribute information;

the logistics solution is generated based on issued basic logistics resource entity data, the basic logistics resource entity data comprise a first data table, a second data table and a third data table, identification of basic logistics resources and resource type information are stored in the first data table, identification of the basic logistics resources, service range type and service range numerical value information are stored in the second data table, identification of the basic logistics resources, service capability type and service capability numerical value information are stored in the third data table, and association relations are established among entries in the data tables through the identification of the basic logistics resources.

10. A method for providing business object logistics information is characterized by comprising the following steps:

in the process that a second user browses a target business object of a certain first user, an inventory center server sends a query request to a logistics center server, wherein the query request is used for querying logistics information associated with the target business object of the first user, so that the logistics center server queries a logistics solution associated with an identifier of a specified first user and the identifier of the specified business object, and returns attribute information of basic logistics resources; wherein the logistics solution comprises one or more basic logistics resources, the basic logistics resources comprising warehouse resources and delivery resources;

determining the area information of the second user;

providing inventory information and the attribute information corresponding to the target basic logistics resources;

11. A logistics service information providing apparatus, comprising:

the entity data generating unit is used for generating basic logistics resource entity data according to a preset data expression mode and the basic logistics resource information, and the entity data comprises identification information and attribute information of each piece of basic logistics resource; the attribute information comprises a resource type, service range information and/or service capability information, and the basic logistics resources comprise warehouse resources and distribution resources;

an entity data publishing unit, configured to publish the entity data of each basic logistics resource, so as to generate a logistics solution for a first user or a specified business object of the first user based on the published data, where basic elements of the logistics solution include basic logistics resources, and the logistics solution is generated according to a target basic logistics resource matched with the specified business object and a service relationship between each target basic logistics resource;

the entity data generation unit includes:

12. The apparatus of claim 11, wherein:

13. The apparatus of claim 11, wherein: and in the third data table, when the same basic logistics resource corresponds to a plurality of service capability types, recording the service capability information of each type through a plurality of entries respectively.

14. A customized processing device for logistics service information is characterized by comprising:

the system comprises an entity data providing unit, a management unit and a management unit, wherein the entity data providing unit is used for providing a plurality of pieces of basic logistics resource entity data, and the entity data comprises identification information and attribute information of each piece of basic logistics resource; the attribute information comprises the resource type, service range information and/or service capability information of basic logistics resources, and the basic logistics resources comprise warehouse resources and distribution resources;

a request receiving unit, configured to determine a target basic logistics resource matched with a specified business object of a first user and a service relationship between each target basic logistics resource when receiving a request that the first user customizes a logistics solution for the specified business object;

a solution generating unit, configured to generate a logistics solution according to the target basic logistics resources and a service relationship between each target basic logistics resource, where basic elements of the logistics solution include basic logistics resources;

a storage unit, configured to store an association relationship between the first user, the specified business object, and the logistics solution;

the basic logistics resource entity data comprises a first data table, a second data table and a third data table, wherein the first data table stores identification of basic logistics resources and resource type information, the second data table stores identification of the basic logistics resources, service range type and service range numerical value information, the third data table stores identification of the basic logistics resources, service capacity type and service capacity numerical value information, and incidence relations are established among entries in the data tables through the identification of the basic logistics resources.

15. The apparatus of claim 14, wherein the saving unit comprises:

16. The apparatus according to claim 14 or 15, wherein the request receiving unit is specifically configured to:

17. The apparatus according to claim 14 or 15, wherein the request receiving unit is specifically configured to:

18. A customized processing device for logistics service information is characterized by comprising:

the system comprises a data request unit, a data processing unit and a data processing unit, wherein the data request unit is used for requesting a server to acquire basic logistics resource entity data, and the entity data comprises identification information and attribute information of each basic logistics resource; the attribute information comprises resource types, service range information and/or service capability information of basic logistics resources, the basic logistics resources comprise warehouse resources and distribution resources, and the basic logistics resources are basic elements forming a logistics solution;

a submitting unit, configured to submit the identifier of the first user, the identifier of the specified business object, and the association between the target basic logistics resource and the service relationship to a server, so that the server stores the association;

19. An apparatus for providing logistics information of business objects, comprising:

the system comprises a query request receiving unit, a query request receiving unit and a query request sending unit, wherein the query request receiving unit is used for receiving a query request sent by an inventory center server in the process that a second user browses a target business object of a certain first user, the query request is used for querying logistics information related to the target business object of the first user, and basic logistics resources comprise warehouse resources and distribution resources;

the information returning unit is used for returning the attribute information of the basic logistics resources so that the inventory center server can determine the target basic logistics resources related to the second user according to the attribute information of the basic logistics resources and the area information where the second user is located and provide inventory information corresponding to the target basic logistics resources and the attribute information;

20. An apparatus for providing logistics information of business objects, comprising:

a query request sending unit, configured to send, by the inventory center server, a query request to the logistics center server in a process in which a second user browses a target business object of a certain first user, where the query request is used to query logistics information associated with the target business object of the first user, so that the logistics center server queries a logistics solution associated with an identifier of a specified first user and the identifier of the specified business object, and returns attribute information of a basic logistics resource; wherein the logistics solution comprises one or more basic logistics resources, the basic logistics resources comprising warehouse resources and delivery resources;

the attribute information providing unit is used for providing inventory information corresponding to the target basic logistics resources and the attribute information;