CN106294419B

CN106294419B - Method and device for collecting service object information

Info

Publication number: CN106294419B
Application number: CN201510272339.1A
Authority: CN
Inventors: 赵鹏; 王颖; 朱礼君; 朱振华; 崔鑫洋; 刘衡
Original assignee: Alibaba Group Holding Ltd
Current assignee: Alibaba Group Holding Ltd
Priority date: 2015-05-25
Filing date: 2015-05-25
Publication date: 2020-06-02
Anticipated expiration: 2035-05-25
Also published as: CN106294419A; WO2016188278A1

Abstract

The embodiment of the application discloses a method and a device for collecting service object information, wherein the method comprises the following steps: a first user client receives a request for obtaining a collocation scheme and determines a required collocation condition; forwarding the request to a server, and carrying the collocation condition information in the request so that the server returns a collocation scheme meeting the collocation condition according to a pre-established collocation information database; providing collocation scheme information returned by the server and providing operation options for collecting the collocation scheme; and when receiving a request for collecting a specified collocation scheme through the operation options, adding the specified collocation scheme and information of the related first service object and the second service object into the collection data of the first user. By the method and the device, resources caused by operations such as category switching of the user can be saved, and the reduction of access pressure and load of the server is facilitated.

Description

Method and device for collecting service object information

Technical Field

The present application relates to the field of business object information processing technologies, and in particular, to a method and an apparatus for collecting business object information.

Background

Business objects in e-commerce sales platforms are of various types, and a major one of the business objects is the clothing class. The clothing is a general term for articles for decorating human bodies and comprises clothing, shoes, hats, socks, gloves, scarves, ties, handbags, parasols, hair ornaments and the like.

In order to help the user to choose business objects, some sales platforms can provide a collection function for the user, for example, the user can add the business objects which are liked by the user but not bought for the moment into the collection in the process of browsing the business objects, so that the information of the business objects can be quickly found through the collection list in the future.

In the prior art, the information collection mode can help a user to select and purchase, but in the prior art, the user can only collect the information by taking a single business object as a unit. That is, when a user browses a business object, if the user is interested in the business object, the user can collect the business object, and then can continue to browse other business objects. When another interesting business object is found, it may be necessary to determine whether the business object can be collocated with the business object already collected before, at this time, the user may only switch to the collection list page to review the business object collected before, or add the other business object into the collection list, compare the two business objects in the collection list to determine whether the two business objects can be collocated, and so on. In a word, the operation process of the user is complicated, and for the system, frequent switching between different pages also causes waste of system resources, and the situation of excessive server access pressure occurs.

Disclosure of Invention

The application provides a method and a device for collecting service object information, which can save resources caused by operations such as category switching of a user and are beneficial to reducing the access pressure and load of a server.

The application provides the following scheme:

a method for collecting service object information comprises the following steps:

a first user client receives a request for obtaining a collocation scheme and determines a required collocation condition;

forwarding the request to a server, and carrying the collocation condition information in the request so that the server returns a collocation scheme meeting the collocation condition according to a pre-established collocation information database; wherein, at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

providing collocation scheme information returned by the server and providing operation options for collecting the collocation scheme;

and when receiving a request for collecting a specified collocation scheme through the operation options, adding the specified collocation scheme and information of the related first service object and the second service object into the collection data of the first user.

the server establishes a collocation information database in advance, wherein at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

receiving a request for acquiring collocation scheme information sent by a first user client; the request carries collocation condition information;

and returning a collocation scheme meeting the collocation condition from the collocation information database according to the collocation condition so as to facilitate the first user client to provide the collocation scheme meeting the collocation condition and provide an operation option for collection, and adding the appointed collocation scheme and information of a related first service object and a related second service object into the collection data of the first user when receiving a request for collecting the appointed collocation scheme through the operation option.

A collection device of business object information is applied to a first user client and comprises:

a request receiving unit, configured to receive a request for obtaining a collocation scheme and determine a required collocation condition;

the request forwarding unit is used for forwarding the request to a server and carrying the collocation condition information in the request so that the server can return a collocation scheme meeting the collocation condition according to a pre-established collocation information database; wherein, at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

the scheme providing unit is used for providing collocation scheme information returned by the server and providing operation options for collecting the collocation scheme;

and the collection unit is used for adding the information of the appointed collocation scheme and the related first service object and second service object into the collection data of the first user when receiving a request for collecting the appointed collocation scheme through the operation options.

A collection device of business object information is applied to a server and comprises:

the system comprises a database establishing unit, a matching information database and a matching information processing unit, wherein the database establishing unit is used for establishing the matching information database in advance, and at least one set of matching scheme is stored in the matching information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

the system comprises a request receiving unit, a matching scheme information obtaining unit and a matching scheme information obtaining unit, wherein the request receiving unit is used for receiving a request for obtaining the matching scheme information sent by a first user client; the request carries collocation condition information;

and the matching scheme returning unit is used for returning the matching scheme meeting the matching conditions from the matching information database according to the matching conditions so that the first user client provides the matching scheme meeting the matching conditions and provides operation options for collection, and when a request for collecting the specified matching scheme is received through the operation options, the specified matching scheme and information of the related first service object and the second service object are added into the collected data of the first user.

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

according to the method and the device for matching the first business object, the recommended matching scheme can be automatically provided for the first user, and the user can collect the whole set of matching scheme, so that the buyer user can conveniently select the second business object with a better matching effect for the first business object selected by the buyer user without performing frequent operations such as category switching. For the system, resources caused by operations such as category switching of the user can be saved, and the access pressure and load of the server can be reduced.

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 flowchart of a method for creating a collocation information database according to an embodiment of the present disclosure;

fig. 2 is a flowchart of a business object collection method provided in an embodiment of the present application;

3-1 through 3-6 are schematic diagrams of user interfaces provided by embodiments of the present application;

FIG. 4 is a flowchart of another business object collection method provided in the embodiment of the present application;

FIG. 5 is a schematic view of an apparatus provided by an embodiment of the present application;

fig. 6 is a schematic diagram of another apparatus provided in an embodiment 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, a collocation information database is established in advance at a server side, a plurality of sets of collocation schemes can be stored in the database, and each set of collocation scheme comprises a first business object and a second business object collocated with the first business object. Therefore, when the user needs to collect the service object information, the collocation scheme can be provided for the user, and the user can collect the service object information by taking the collocation scheme as a unit, namely, the collected object is a set of collocation scheme instead of a single product, and the method is more suitable for specific scenes with collocation requirements.

For ease of understanding, a specific implementation of establishing the collocation information database is first described below.

Referring to fig. 1, the method for establishing a service object collocation information database may include the following steps:

s101: determining at least one second business object which can be selected when being collocated with the first business object;

the first business object and the second business object can be the business objects of the clothing class. For a first business object, when a second business object which can be matched is selected, a batch of selectable second business objects can be determined at first. Specifically, there may be a plurality of ways, for example, at least one second service object may be determined from the target class that can be collocated according to preset class collocation information and the class to which the first service object belongs. That is, from the viewpoint of clothing matching, matching objects are first selected from a large aspect, that is, from the viewpoint of categories. For example, if the first business object belongs to the category of pants, the target categories that can be matched to the first business object may include clothing, footwear, and so on. In addition, if more subdivided categories can be determined, more details can be made in determining the target category as well. For example, if the first business object belongs to the class of shorts, the target category matched to it may be the class of T-shirts, sandals, or the like.

It should be noted that, when recommending a collocation plan, the embodiment of the present application may be performed inside the same store, that is, the recommended second business object may belong to the same store as the first business object; alternatively, cross-store matching recommendations may be made, i.e., a first business object of a first store may be matched with a second business object of a second store, and so on. The specific implementation is that the second business object which can be matched can be selected in the same shop according to actual requirements, and cross-shop selection can also be performed. That is, the at least one second business object, which is selectable when being collocated with the first business object, includes other business objects of a shop to which the first business object belongs or business objects of other shops.

S102: determining at least one information dimension which can be referred to when the first business object is matched;

in a specific implementation, the information dimension that can be referred to may include a specification parameter dimension of the business object itself, including a color, a material, a style, whether a popular element is included, a price, and the like of the first business object. In addition, a collocation object known to be collocated with the first business object may also be included. That is, for a first business object, the first business object may correspond to a matching object set, and each matching object in the set is once matched with the first business object by a user or a merchant, and the historical matching information is objectively present, so the historical matching information may also be regarded as an attribute of the first business object, and the information has a certain reference value in determining the matching degree, so the information may also be used as a referenceable information dimension. In specific implementation, the factor of the specification parameter of the service object and the factor of the historical collocation information can be comprehensively considered to comprehensively determine the collocation degree between a certain second service object and the first service object.

In the specification parameter information of the business object itself, since a second user (including a seller, a merchant, etc.) generally submits the specification parameter information of the business object when issuing each piece of business object information, the specification parameter information is used for being displayed to a first user (generally referred to as a buyer user) in a detail page of the business object. Accordingly, the server records the specification parameter information, so that the specification parameter information can be directly acquired from a database recorded by the server.

The source of the historical collocation information can be various. For example, in one approach, there may be historical behavior records of the respective first users recorded in the sales platform, including historical purchase records, favorite records, browsing records, and so forth. According to the historical behavior record data, it can be determined whether a target first user who has executed a preset behavior on a first service object a has executed the preset behavior on a certain service object B within a preset time period for executing the preset behavior, and the category to which the service object B belongs also has a matching relationship with the category to which the first service object a belongs, if so, it is likely that the first user needs to match the service object B with the first service object a. Of course, in order to avoid misjudgment, after such a qualified business object B is determined, clustering may be performed based on a large amount of user data, so as to further determine whether the business object B is used for matching with the first business object a. For example, it may be determined whether the above situation occurs in many historical behavior records of the first user, and if so, the business object B may be determined as a business object collocated with the first business object a. Thus, for the first business object a, a first set of collocation objects may be obtained, each business object in the set being a collocation object determined to have been selected by the first user for the first business object.

In addition, such historical collocation information may also be obtained from some exemplary collocation schemes. There may be a plurality of exemplary matching schemes, for example, a most common situation is that the second user may provide some matching information to the user when releasing the goods, for example, a first service object and a second service object are included in a service object of a certain second user, when providing detailed information of the first service object, the second service object may be recommended to be matched and purchased, and so on.

In addition, there are some pictures in the network, which may be uploaded by the merchant, some uploaded by some buyer users for showing their collocation results, and so on, and in short, these pictures generally include exemplary collocation schemes. For example, there may be a model wearing a set of matched apparel, and so on. Therefore, the image analysis can be performed on the picture in advance to determine which business object in the sales platform each single product contained in the picture corresponds to. That is, the service object identifiers corresponding to the respective single products constituting the matching scheme can be identified from the picture. Certainly, in practical application, for the same picture, after the service object identifier corresponding to each single product is determined, the same-style or similar-style service object corresponding to each single product is determined, and then a plurality of exemplary matching schemes are combined according to the service object identifier corresponding to each single product and the same-style or similar-style service object identifier.

In summary, with this exemplary collocation scheme, a second set of collocation objects may be determined for a first business object, each business object in the set being a collocation object used to collocate with the first business object in the exemplary collocation scheme.

It should be noted that, for each information dimension that can be referred to, different weights may be respectively provided. For example, the weight of the information dimension of the collocation object obtained in the exemplary collocation scheme may be relatively high, and for the collocation object counted from the first user historical behavior record, the weight may be relatively low because there may be errors and whether the collocation scheme of the general user has a good effect is not certain, and so on. In addition, as described above, each optional second service object determined in step S101 may belong to different target categories, and for the different target categories, the information dimensions and the weights thereof that can be referred to when the second service object is matched with the first service object may also be different. For example, the first business object is jeans, and the determined second business object may include a jacket class, a T-shirt class, and the like. For the second business object of the outer cover class, the main referenced dimension may include color, style, etc.; while for a second business object of the T-shirt type, the primary reference dimension may be style (high or low waist, etc.), and so on.

S103: determining collocation degree information of the second business object and the first business object according to the attribute information of the second business object and the first business object on corresponding dimensions;

specifically, when determining the collocation degree information of the second service object and the first service object, the collocation degree between the second service object and the first service object can be calculated in each dimension, and then the collocation degrees in each dimension are added to obtain the final collocation degree information.

Specifically, when the collocation degree is determined in the dimension of the specification parameter, collocation principle information can be set for each dimension of the specification parameter in advance, so that the collocation degree of a second service object with the first service object in each dimension can be determined respectively, and then the collocation degree information of the second service object with the first service object is determined by integrating the collocation degree with the first service object in each dimension.

The collocation principle may include a forward principle and a mutual exclusion principle, where the forward principle is used to express a target specification parameter value that can be collocated with a certain specification parameter value under a specific dimension; the mutual exclusion principle is used for expressing a target specification parameter value which cannot be matched with a certain specification parameter value under a specific dimension. For example, in the color dimension, the forward principle may include:

red is matched with white, black, blue-gray, beige and gray

Pink is combined with mauve, black, gray, dark green, white, beige, brown, navy blue

Coffee is mixed with beige, yellow, brick red, blue-green and black

Blue color, white color, pink color, dark reddish brown, gold color, silver color, olive green color, orange color and yellow color

……

Mutual exclusion principles may include:

dark green color is matched with dark blue color and dark red color

Pink color matched with red color

……

Thus, when the collocation degree of the second business object and the first business object is calculated in the color dimension, the collocation degree can be determined according to the principle, for example, the first business object is blue, and a certain second business object is white, which satisfies the forward principle in the color dimension, so that the score of the second business object is higher in the color dimension, and the like.

Other dimensions may be similarly treated. Thus, in each dimension, the corresponding collocation degree can be respectively determined.

In specific implementation, in order to determine the comprehensive collocation degree, the collocation degree can be respectively scored in each dimension, for example, in the color dimension, if a certain second service object meets the forward principle, 1 is added, if the mutually exclusive principle is met, 2 is subtracted, and the dimensions of other specification parameters are similar; and in the dimension of the historical collocation record, if a certain second business object appears in the historical collocation object set of the first business object, adding 1 point, otherwise, not adding points, and the like. Therefore, the comprehensive collocation degree of the second business object and the first business object can be finally calculated.

S104: generating at least one set of collocation scheme corresponding to the first business object, and storing the collocation scheme in the collocation information database; the collocation scheme comprises a second business object which can be collocated with the first business object and the collocation degree information.

After determining the degree of matching between each second business object and the first business object, at least one set of matching scheme about the first business object can be determined. For example, the second service objects may be sorted according to the degree of collocation, and the second service objects arranged in the preset number are determined as service objects having a better collocation effect with the first service object, and are stored in the collocation information database as a collocation scheme. For example, in one implementation, the structure of the collocation database may be as shown in table 1 below:

TABLE 1

First business object id	Second business object id
		Business object A	Business object 1, business object 2 … …
Business object B	Business object 3, business object 4 … …
		Business object C	Business object 5, business object 6 … …
……	……

The information about the collocation degree of each second service object with the first service object may be implicitly included in table 1 above in a sorting manner, or may be stored in a display manner, for example, at this time, the result of the database may be as shown in table 2 below:

TABLE 2

First business object id	Second business object id	Degree of collocation
			Business object A	Business object 1	D1
Business object A	Business object 2	D2
			Business object B	BusinessObject 3	D3
……	……	……

It should be noted that, in the sales platform, it often happens that the same type of business object is sold in different stores, that is, the same type of the first business object exists, and the same type of business object may obviously be the same in determining the collocation scheme. In addition, some business objects belong to similar types although they are not, and the same or similar situations may exist in the collocation scheme. Therefore, in order to avoid situations such as repeated calculation, before step S101, it may be further determined whether the collocation information database already has a collocation scheme corresponding to the same or similar first business object of the first business object, if so, the repeated calculation is not needed, and if not, step S101 and subsequent steps are triggered to be executed.

After determining the collocation scheme of each first business object, a feature tag may be further determined for each collocation scheme, and such feature tag may be used to describe one or more of the following: the style (formal, leisure, etc.) corresponding to the matching scheme, the price, the occasions (working, gathering, outdoor sports, etc.) or the crowd (the crowd can be divided according to the age, etc.) suitable for wearing, and the like. The feature tag may be added by a technician according to the condition of each single product, or after the collocation scheme is provided to the first user, the first user may mark the collocation scheme, the server sorts the collocation scheme, and adds the collocation scheme to the collocation information database for storage, and so on. According to the feature tag, the second user can conveniently obtain the matching of the required features.

In addition, the affiliated shop identification can be stored for each single product in the collocation scheme in the collocation information database, so that in the subsequent specific collocation scheme recommendation process, if the in-shop recommendation is required, the collocation scheme can be screened according to the shop identification information. Of course, in practical applications, if necessary, a matching information database may be established for each store, and the specific matching degree calculation method may be the same as that described above, except that the optional second business objects are determined from the inside of the same store.

Moreover, the collocation information database can also store the category information of each second service object, so that the collocation information can be provided according to the category when a recommended collocation scheme is provided for the first user in the following. For example, a selectable list of categories may be provided to the first user, after a category is selected by the user, only the collocation scheme corresponding to the category may be provided to the first user, and so on.

In the case of storing information such as a characteristic tag, a store, and a category, the configuration of the matching information data may be as shown in table 3 below:

TABLE 3

After the collocation information database is established, a recommended collocation scheme can be provided for the second user based on the database, in the process, the effective use condition of the collocation scheme by the second user can be counted, and the collocation degree in the corresponding collocation scheme in the collocation information database can be adjusted according to the counting result. There are various ways how to determine whether a certain collocation scheme is being used effectively. For example, after the system recommends a collocation to a first user, if the first user performs a collection or purchase operation on the collocation, the collocation may be considered to be effectively used once. Alternatively, some "reach" users may be selected by the second user or by the sales platform, the reach users being users who are experienced in clothing matching. The dace users may then select a matching scheme that they consider better from various matching schemes to share, for example, the dace users may share with friend users of the dace users, or other associated target users, and so on. Then, the operation conditions of the collocation schemes by the users who accept sharing can be monitored, for example, if a certain person user shares a certain collocation scheme to the user a, the user a collects the collocation scheme after receiving the collocation scheme, or purchases a business object therein, the collocation scheme can be considered to be effectively used once, and the like. In a word, the matching degree scores of various matching schemes in the matching information database can be adjusted through the feedback of the second user on the using condition of the matching schemes.

After the collocation information database is established by the method provided by the first embodiment, the first user can be provided with recommended collocation information based on the database, and then the user can collect the service object based on the collocation information. As described in detail below.

Example one

In the first embodiment, a manner of providing a recommended matching scheme and collecting the recommended matching scheme is introduced mainly from the perspective of the first user client. Referring to fig. 2, a method for collecting service object information according to an embodiment of the present invention includes:

s201: a first user client receives a request for obtaining a collocation scheme and determines a required collocation condition;

the first user client may provide various entries for the first user to enter the "fitting room" function, for example, the entry may be a detail information page of a specific service object, that is, after the user opens the detail information page of a specific service object, an operation option for entering the fitting room function may be provided at a specific position in the page, and the user may enter the fitting room through the option. Or, the user can also be a shop home page, that is, when the user opens the home page of a certain shop, the user can be provided with an operation option of entering a fitting room at a specific position of the home page. Or, an operation option for entering the fitting room may be provided at a specific position of the home page of the clothing channel, that is, when the user has just entered the clothing channel and has not selected a specific shop and a specific business object, the operation option for entering the fitting room may be provided for the user. In addition, the user may also collect some specific business objects, each collected business object may be displayed in the favorite list display page, the collected business objects may be business objects that the user has a purchase intention but has not purchased yet, and on one hand, the reason for not purchasing yet may include that other business objects capable of being collocated with the business object are not found yet, so that an operation option for entering a fitting room may be provided in the favorite list display page. Of course, for the business object that the user has purchased, there may be a need to purchase another business object collocated therewith, so the transaction order list page may also provide an operation option for entering the fitting room. In summary, in a specific implementation, a plurality of entrances for entering the fitting room can be provided for the first user, so as to meet collocation requirements of the user under various conditions.

For the client, for the various different portals, after receiving the collocation request of the first user, the determined collocation conditions may be different.

For the request for obtaining the collocation scheme received through the shop homepage page of the target shop, the collocation condition may be determined as follows: and acquiring a collocation scheme inside the target shop, so that the server can judge the shop information to which each business object belongs in each collocation scheme, and when the shop information to which each business object belongs in a certain collocation scheme is the target shop, determining the collocation scheme meeting the conditions.

If the request for obtaining the collocation scheme is received through the home page of the target category channel, the feature tag of the collocation scheme required by the first user may be determined first, specifically, the feature tag may be determined according to the user attribute of the first user and/or preference information in the collocation aspect, which is known in advance, or may be determined according to the feature tag specified by the first user and submitted by the first user client, and so on. Then, the collocation conditions may be determined as: and acquiring a collocation scheme meeting the feature tag required by the first user, so that the server can judge the feature tag of each collocation scheme, and when a certain collocation scheme hits the feature tag, determining the collocation scheme meeting the condition.

In addition, for the request for obtaining the collocation scheme received through the detail information page specifying the first business object, the collocation condition may be determined as: and acquiring a collocation scheme which corresponds to the specified first business object and in which a second business object in the collocation scheme and the specified first business object belong to the same store, so that the server extracts the collocation scheme in which the second business object and the first business object belong to the same store from the collocation scheme containing the specified first business object as the collocation scheme meeting the conditions.

If the request for obtaining the collocation scheme is received through a trading order list page containing a specified first business object or a specified first business object, the collocation condition may be determined as: and acquiring a collocation scheme corresponding to the specified first service object, so that the server can determine the collocation scheme containing the specified first service object as the collocation scheme meeting the condition.

S202: forwarding the request to a server, and carrying the collocation condition information in the request so that the server returns a collocation scheme meeting the collocation condition according to a pre-established collocation information database; wherein, at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

after receiving the request sent by the first user client, each set of matching scheme meeting the matching conditions can be selected from the matching information database, and can be returned to the first user client. For example, the collocation conditions are: if a matching scheme is selected for designating the first service object a, second service objects 1, 2, 3, etc. which can be matched with the first service object a are found by querying the matching information database, so that the information of the second service objects can be returned to the first user client.

Of course, the preference information of different first users in selecting the business object may be different, including style preference, brand preference, and the like. For example, some first users like simple, some like vintage style, some like some specific brands, and so on. In addition, the purchasing power of different first users is different, that is, the price selected in the general purchasing process is within a certain interval, and furthermore, the information of the group of the first user may influence the selection of the business object. Thus. These personalized information of the first user may also be taken into account when specifically providing the first user with the collocation scheme. For example, the matching degree between the personalized information of the first user in each dimension and each collocation scheme may also be calculated, and according to the calculation result, the collocation schemes may be further filtered or reordered, and so on.

S203: providing collocation scheme information returned by the server and providing operation options for collecting the collocation scheme;

after receiving the collocation plan information returned by the server, the collocation plan information can be provided for the first user, and operation options for collecting the collocation plan are provided.

In specific implementation, the server may also display picture information of collocation effects of various collocation schemes provided to the first user client in a process of providing the first user client with the various collocation schemes. The matching effect display picture can comprise a character model, and the first business object and the second business object in the matching scheme are worn on the character model so as to display the fitting effect of the user.

Wherein, there can be a plurality of modes when the concrete realization of the picture is displayed by providing the collocation effect. For example, in one implementation, the picture processing service may be provided by a dedicated picture composition server, which may be another server deployed within the trading platform, or may also be a third-party server in a cooperative relationship with the trading platform, and so on. In the concrete implementation, the second user (a merchant, etc.) to which each business object belongs can shoot the business object in advance, and the like, so that the picture with the three-dimensional display effect is obtained, that is, the business object displayed in the picture can be shot in a supported state instead of a flat state, and therefore, the effect of putting the clothing on the model body can be simulated when picture synthesis is carried out. In addition, the format, size and the like of the uploaded pictures can be limited, and the picture synthesis server can store the three-dimensional pictures corresponding to the business objects after unified normalization, liquefaction and other processing. Or, the perspective view of each business object may be taken by a professional of a service party providing the picture composition service, and at this time, the business may provide a physical sample of the business object to the service party, and the professional may take a unified picture. When the picture composition server stores the picture information, the corresponding relationship between the identifier of each business object and each stereogram can be stored. Meanwhile, the identifier and identifiers such as id of the corresponding service object in the transaction platform can have a certain incidence relation, so that after the server determines the matching scheme corresponding to the appointed first service object, the identifiers of the first service object and the second service object in the matching scheme in the picture synthesis server can be determined, and the identifiers are sent to the picture synthesis server. When the picture synthesis server receives the information, the picture synthesis server can take out the stereo pictures corresponding to the first business object and the second business object from the picture database which is preserved in advance, and then the stereo pictures are synthesized with the preset character model picture, so that the upper body effect when the first business object and the second business object are matched can be obtained. The picture synthesis server can return the synthesized picture to the trading platform server, so that the trading platform server can provide the picture to the first user client side, and the first client side can display various matching effect pictures.

Or, in another implementation manner, the three-dimensional pictures of each service object can be directly stored in the trading platform server, and the client can have a picture synthesis function by providing plug-ins for client programs, so that after the server determines a recommended collocation scheme, the server can provide the three-dimensional pictures corresponding to the first service object and the second service object in the collocation scheme to the client, and then the client can call the plug-ins, and the plug-in program synthesizes the three-dimensional pictures and the preset mannequin into collocation effect display pictures.

For example, when a first user enters a fitting room from a shop homepage, the user may be provided with a window-based matching scheme for the shop. Referring to fig. 3-1, the collocation effect display picture of the collocation scheme may be displayed in the user interface, and a manner for switching to view other schemes may also be provided, for example, the collocation effect display picture of other collocation schemes may be viewed in a manner of sliding left and right. Of course, at this point in the sliding motion, the individual pieces on the model may all be changing, i.e., switching from one set of mating to another, because the user has not locked any of the individual pieces. When a first user locks a single product in a certain set of matching scheme, the server provides a matching scheme capable of being matched with the single product, and similarly, matching effect display pictures of various matching schemes can be provided, and the user can switch and check matching effects of different matching schemes in a left-right sliding mode and the like. As shown in fig. 3-2, assuming that the first user locks the displayed half-skirt on the model, the matching effect of each of the other business objects that can be matched with the half-skirt can be checked by sliding left and right. For example, when sliding to the right, the interface is shown in FIGS. 3-3. It can be seen that the locked half-length skirt portion will not change, and only the matching coat will be switched.

While the collocation effect display picture is displayed, the detail page link information of each business object can be provided, as shown by the lower thumbnails in fig. 3-1 to 3-3. Therefore, the user can conveniently enter a specific detail page to execute operations such as purchase and the like.

In addition, as described above, when the server returns various collocation schemes, the server may also return the category information to which the second service object belongs, so that the client may provide the collocation schemes according to the categories and the first user may view the collocation schemes according to the categories. For example, as shown in fig. 3-4.

S204: and when receiving a request for collecting a specified collocation scheme through the operation options, adding the specified collocation scheme and information of the related first service object and the second service object into the collection data of the first user.

When the first user checks various collocation schemes, the first user may not buy the collocation schemes immediately but needs to temporarily collect the collocation schemes, therefore, an operation option for collecting collocation scheme information can be provided, and when a collection request of the first user for the appointed collocation schemes is received through the operation option, the information of the collocation schemes is added into the collection data. In this way, the user can view the self-collected collocation schemes from the collection list of the fitting room, as shown in FIGS. 3-5.

In addition, when a request for viewing the collected data is received, all the collocation schemes collected by the first user can be displayed, and operation options for operating all the collected collocation schemes can be provided. If the collocation effect display pictures are provided when various collocation schemes are provided, the collocation effect display pictures can be collected when the collocation effect display pictures are collected, so that for example, when a request for viewing collection data is received, the collocation effect display pictures corresponding to the collected collocation schemes can be provided in a collection list display page. Moreover, the operation option list can be displayed by pressing pictures for a long time, wherein the operation can include canceling collection, re-collocating and the like on the collocation scheme, clicking pictures can also enter a purchase page, as shown in fig. 3-6, and the like. That is to say, the operation options herein may include a first operation option for purchasing each of the collected collocation schemes, and when a purchase request for a specified collocation scheme is received through the first operation option, purchase page addresses corresponding to the first service object and the second service object in the specified collocation scheme may be determined, and page jump may be performed.

Such operational options may also include: and a second operation option used for sharing the collected collocation schemes, wherein when a sharing request for the appointed collocation scheme is received through the second operation option, the appointed collocation scheme is shared to an appointed target first user. For example, it may be a friend user of the sharer, or a user randomly selected by the system, etc. And then, monitoring the operation condition of the collocation scheme by the target first user receiving the sharing information so as to count the effective use information of the collocation scheme information.

Such operational options may also include: and a third operation option for re-collocating the various collocation schemes in the collection. When a re-collocation request for a specified collocation scheme is received through the third operation option, an operation option for locking one single product is provided, so that a request for acquiring the collocation scheme corresponding to the single product is sent to the server aiming at the locked single product.

In addition, the method can further comprise a fourth operation option for canceling the collection of each collocation scheme of the collection, and when a collection canceling request for the appointed collocation scheme is received through the fourth operation option, the appointed collocation scheme is deleted from the collection data of the first user.

Example two

The second embodiment corresponds to the first embodiment, and is introduced from the perspective of the server. Referring to fig. 4, a second embodiment provides a method for collecting service object information, including:

s401: the server establishes a collocation information database in advance, wherein at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

the manner of establishing the collocation information database by the server may be referred to the above description, and of course, in a specific implementation, the database may also be established by other manners, which is not limited in this application.

S402: receiving a request for acquiring collocation scheme information sent by a first user client; the request carries collocation condition information;

s403: and returning a collocation scheme meeting the collocation condition from the collocation information database according to the collocation condition so as to facilitate the first user client to provide the collocation scheme meeting the collocation condition and provide an operation option for collection, and adding the appointed collocation scheme and information of a related first service object and a related second service object into the collection data of the first user when receiving a request for collecting the appointed collocation scheme through the operation option.

Corresponding to the method for collecting service object information provided in the first embodiment, an embodiment of the present application further provides a device for collecting service object information, which is applied to a first user client, and with reference to fig. 5, the device may further include:

a request receiving unit 501, configured to receive a request for obtaining a collocation scheme and determine a required collocation condition;

a request forwarding unit 502, configured to forward the request to a server, and carry the collocation condition information in the request, so that the server returns a collocation scheme meeting the collocation condition according to a pre-established collocation information database; wherein, at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

a plan providing unit 503, configured to provide collocation plan information returned by the server, and provide an operation option for collecting the collocation plan;

a collecting unit 504, configured to add the specified collocation scheme and information of the related first service object and the second service object to the collected data of the first user when receiving a request for collecting the specified collocation scheme through the operation option.

Wherein the request receiving unit includes:

the first request receiving subunit is used for receiving a request for acquiring the collocation scheme through a shop homepage page of the target shop;

determining the collocation condition as follows: and acquiring a collocation scheme inside the target shop so that the server can judge the shop information to which each business object belongs in each collocation scheme, and determining the collocation scheme meeting the conditions when the shop information to which each business object belongs in a certain collocation scheme is the target shop.

Or, the request receiving unit includes:

the second request receiving subunit is used for receiving a request for acquiring the collocation scheme through a target category channel homepage and determining a feature tag of the collocation scheme required by the first user; the feature tag is used to describe one or more of: the style, price and suitable occasion or crowd of the corresponding collocation scheme;

determining the collocation condition as follows: and acquiring the collocation scheme according with the feature tag so that the server judges the feature tag of each collocation scheme, and when a certain collocation scheme hits the feature tag, determining the collocation scheme to be the collocation scheme according with the condition.

When the concrete implementation, still include:

a locking option providing unit, configured to provide an operation option for locking a specified item in a recommended collocation scheme after providing collocation scheme information returned by the server;

the system comprises a request unit, a matching scheme information acquisition unit and a matching scheme information acquisition unit, wherein the request unit is used for determining a single product of a certain recommended matching scheme as a specified first service object when the single product is locked, and sending a request for acquiring the matching scheme information for the specified first service object to a server; so that the server returns the collocation scheme information corresponding to the specified first business object.

In another case, the request receiving unit includes:

a third request receiving subunit, configured to receive the request for obtaining the collocation scheme through a detail information page specifying the first service object;

determining the collocation condition as follows: and acquiring a collocation scheme which corresponds to the specified first business object and in which a second business object in the collocation scheme and the specified first business object belong to the same store, so that the server extracts the collocation scheme in which the second business object and the first business object belong to the same store from the collocation scheme containing the specified first business object as the collocation scheme meeting the conditions.

Furthermore, the request receiving unit may further include:

a fourth request receiving subunit, configured to receive the request for obtaining the collocation scheme through a trading order list page that includes the specified first service object or the specified first service object;

determining the collocation condition as follows: and acquiring a collocation scheme corresponding to the specified first service object so that the server determines the collocation scheme containing the specified first service object as the collocation scheme meeting the condition.

In a specific implementation, the apparatus may further include:

the viewing request receiving unit is used for receiving a request for viewing the collected data;

and the collection collocation scheme providing unit is used for providing each collocation scheme collected by the first user and providing operation options for operating each collocation scheme collected.

Wherein the operation options for operating the various collocation schemes of the collection include: a first operational option for purchasing a variety of collocation options for the collection, the apparatus further comprising:

and the page jump unit is used for determining purchase page addresses corresponding to the first service object and the second service object in the specified collocation scheme respectively and performing page jump when a purchase request of the specified collocation scheme is received through the first operation option.

The operation options for operating the various collocation schemes of the collection include: a second operation option for sharing the respective collocation schemes of the collection, the apparatus further comprising:

and the sharing unit is used for sharing the appointed collocation scheme to the appointed target first user when receiving a sharing request of the appointed collocation scheme through the second operation option.

The operation options for operating the various collocation schemes of the collection include: a third operational option for re-collocating the respective collocation schemes of the collection, the apparatus further comprising:

and the re-collocation unit is used for providing an operation option for locking one of the single products when a re-collocation request for the specified collocation scheme is received through the third operation option, so that a request for acquiring the collocation scheme corresponding to the single product is sent to the server aiming at the locked single product.

The operation options for operating the various collocation schemes of the collection include: a fourth operation option for canceling the collections for each collocation scheme of the collections, the apparatus further comprising:

and the canceling collection unit is used for deleting the specified collocation scheme from the collection data of the first user when receiving a collecting canceling request of the specified collocation scheme through the fourth operation option.

The collocation scheme information returned by the server also comprises a three-dimensional picture corresponding to a first service object and a second service object in the collocation scheme;

the collocation scheme providing unit includes:

and the picture synthesis subunit is used for synthesizing a collocation effect display picture by utilizing the three-dimensional picture and a preset mannequin and providing the collocation effect display picture.

The apparatus may further include:

the picture collecting unit is used for adding the collocation effect display picture corresponding to the appointed collocation scheme into the collection data of the first user when the request for collecting the appointed collocation scheme is received through the operation option;

and the collection picture display unit is used for providing collocation effect display pictures corresponding to all the collected collocation schemes in the collection list display page when a request for viewing the collection data is received.

The first business object and the second business object comprise clothing business objects.

Corresponding to the method for collecting service object information provided in the second embodiment, the second embodiment further provides a device for collecting service object information, which is applied to a server, and referring to fig. 6, the device may include:

a database establishing unit 601, configured to establish a collocation information database in advance, where at least one set of collocation schemes is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object;

a request receiving unit 602, configured to receive a request for obtaining collocation scheme information sent by a first user client; the request carries collocation condition information;

a matching scheme returning unit 603, configured to return a matching scheme meeting the matching condition from the matching information database according to the matching condition, so that the first user client provides the matching scheme meeting the matching condition, and provides an operation option for collection, and when a request for collecting a specified matching scheme is received through the operation option, add the specified matching scheme and information of a related first service object and a related second service object to the collected data of the first user.

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 may be essentially or partially implemented 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, 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 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 collecting the service object information provided by the application are introduced in detail, a specific example is applied in the text 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 collecting service object information is characterized by comprising the following steps:

a first user client receives a request for obtaining a collocation scheme and determines a required collocation condition, wherein the collocation condition corresponds to an entrance for providing a collocation function;

forwarding the request to a server, and carrying the collocation condition information in the request so that the server returns a collocation scheme meeting the collocation condition according to a pre-established collocation information database; wherein, at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object, wherein the second business object comprises other business objects of a shop which belongs to the same shop as the first business object or business objects of other shops;

2. The method of claim 1, wherein receiving a request to obtain a collocation scheme and determining required collocation conditions comprises:

receiving a request for obtaining a collocation scheme through a shop homepage page of a target shop;

3. The method of claim 1, wherein receiving a request to obtain a collocation scheme and determining required collocation conditions comprises:

receiving a request for acquiring a collocation scheme through a homepage of a target category channel, and determining a feature tag of the collocation scheme required by a first user; the feature tag is used to describe one or more of: the style, price and suitable occasion or crowd of the corresponding collocation scheme;

4. The method of claim 3, wherein determining the feature label of the first user's desired collocation comprises:

and determining the feature tag of the collocation scheme required by the first user according to the pre-acquired user attribute of the first user and/or the preference information in the collocation aspect.

5. The method of claim 3, wherein determining the feature label of the first user's desired collocation comprises:

and determining the characteristic label of the collocation scheme required by the first user according to the characteristic label appointed by the first user and submitted by the first user client.

6. The method according to claim 2 or 3, further comprising, after providing the collocation scheme information returned by the server:

providing an operation option for locking a specified single product in the recommended collocation scheme;

when one single product of a certain recommended collocation scheme is locked, determining the single product as a specified first service object, and sending a request for acquiring collocation scheme information for the specified first service object to a server; so that the server returns the collocation scheme information corresponding to the specified first business object.

7. The method of claim 1, wherein receiving a request to obtain a collocation scheme and determining required collocation conditions comprises:

receiving the request for obtaining the collocation scheme through a detail information page of a specified first business object;

8. The method of claim 1, wherein receiving a request to obtain a collocation scheme and determining required collocation conditions comprises:

receiving the request for obtaining the collocation scheme through a trading order list page containing the appointed first business object or the appointed first business object;

9. The method of claim 1, further comprising:

receiving a request for viewing the collected data;

and providing each collocation scheme collected by the first user and providing operation options for operating each collocation scheme collected.

10. The method of claim 9, wherein the operational options for operating on the respective collocation schemes of the collection include: a first operational option for purchasing a variety of collocation options for the collection, the method further comprising:

and when a purchase request for the specified collocation scheme is received through the first operation option, determining purchase page addresses corresponding to the first service object and the second service object in the specified collocation scheme respectively, and performing page jump.

11. The method of claim 9, wherein the operational options for operating on the respective collocation schemes of the collection include: a second operational option for sharing the respective collocation schemes of the collection, the method further comprising:

and when a sharing request for a specified collocation scheme is received through the second operation option, sharing the specified collocation scheme to a specified target first user.

12. The method of claim 9, wherein the operational options for operating on the respective collocation schemes of the collection include: a third operational option for re-collocating the respective collocation schemes of the collection, the method further comprising:

when a re-collocation request for a specified collocation scheme is received through the third operation option, an operation option for locking one single product is provided, so that a request for acquiring the collocation scheme corresponding to the single product is sent to the server aiming at the locked single product.

13. The method of claim 9, wherein the operational options for operating on the respective collocation schemes of the collection include: a fourth operation option for canceling collections for each collocation scheme of a collection, the method further comprising:

and when a collection canceling request for the specified collocation scheme is received through the fourth operation option, deleting the specified collocation scheme from the collection data of the first user.

14. The method according to claim 1, wherein the collocation scheme information returned by the server further includes a stereoscopic picture corresponding to a first service object and a second service object in the collocation scheme;

the providing of the collocation scheme meeting the collocation condition comprises:

and synthesizing the three-dimensional picture and a preset mannequin into a collocation effect display picture, and providing the collocation effect display picture.

15. The method of claim 14, wherein receiving a request for collection of a specified collocation scheme via the operation options further comprises:

adding the collocation effect display picture corresponding to the appointed collocation scheme into the collection data of the first user;

and when a request for viewing the collected data is received, providing collocation effect display pictures corresponding to all collected collocation schemes in a collection list display page.

16. The method of claim 1, wherein the first business object and the second business object comprise apparel business objects.

17. A method for collecting service object information is characterized by comprising the following steps:

the server establishes a collocation information database in advance, wherein at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object, wherein the second business object comprises other business objects of a shop which belongs to the same shop as the first business object or business objects of other shops;

and returning a collocation scheme meeting the collocation condition from the collocation information database according to the collocation condition so that the first user client provides the collocation scheme meeting the collocation condition and provides an operation option for collection, and when a request for collecting a specified collocation scheme is received through the operation option, adding the specified collocation scheme and information of a related first service object and a related second service object into collection data of the first user, wherein the collocation condition corresponds to an entrance for providing a collocation function.

18. A collection device of business object information is applied to a first user client, and comprises:

a request receiving unit, configured to receive a request for obtaining a collocation scheme and determine a required collocation condition, where the collocation condition corresponds to an entry providing a collocation function;

the request forwarding unit is used for forwarding the request to a server and carrying the collocation condition information in the request so that the server can return a collocation scheme meeting the collocation condition according to a pre-established collocation information database; wherein, at least one set of collocation scheme is stored in the collocation information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object, wherein the second business object comprises other business objects of a shop which belongs to the same shop as the first business object or business objects of other shops;

19. The apparatus of claim 18, wherein the request receiving unit comprises:

20. The apparatus of claim 18, wherein the request receiving unit comprises:

21. The apparatus of claim 19 or 20, further comprising:

22. The apparatus of claim 18, wherein the request receiving unit comprises:

23. The apparatus of claim 18, wherein the request receiving unit comprises:

24. The apparatus of claim 18, further comprising:

25. The apparatus of claim 24, wherein the operational options for operating on the respective collocation schemes of the collection comprise: a first operational option for purchasing a variety of collocation options for the collection, the apparatus further comprising:

26. The apparatus of claim 25, wherein the operational options for operating on the respective collocation schemes of the collection comprise: a second operation option for sharing the respective collocation schemes of the collection, the apparatus further comprising:

27. The apparatus of claim 24, wherein the operational options for operating on the respective collocation schemes of the collection comprise: a third operational option for re-collocating the respective collocation schemes of the collection, the apparatus further comprising:

28. The apparatus of claim 24, wherein the operational options for operating on the respective collocation schemes of the collection comprise: a fourth operation option for canceling the collections for each collocation scheme of the collections, the apparatus further comprising:

29. The apparatus of claim 18, wherein the collocation scheme information returned by the server further includes a stereoscopic picture corresponding to a first service object and a second service object in the collocation scheme;

the collocation scheme providing unit includes:

30. The apparatus of claim 29, further comprising:

31. The apparatus of claim 18, wherein the first business object and the second business object comprise apparel business objects.

32. A collection device of business object information is applied to a server and comprises:

the system comprises a database establishing unit, a matching information database and a matching information processing unit, wherein the database establishing unit is used for establishing the matching information database in advance, and at least one set of matching scheme is stored in the matching information database; each set of matching scheme comprises a first business object and a second business object matched with the first business object, wherein the second business object comprises other business objects of a shop which belongs to the same shop as the first business object or business objects of other shops;

and the matching scheme returning unit is used for returning the matching scheme meeting the matching conditions from the matching information database according to the matching conditions so that the first user client provides the matching scheme meeting the matching conditions and provides operation options for collection, and when a request for collecting a specified matching scheme is received through the operation options, the specified matching scheme and information of a related first service object and a related second service object are added into the collected data of the first user, wherein the matching conditions correspond to an entrance for providing a matching function.