CN109872212B

CN109872212B - Method and device for linkage of commodity data information of Internet platform

Info

Publication number: CN109872212B
Application number: CN201711267498.8A
Authority: CN
Inventors: 刘晓倩
Original assignee: Alibaba Group Holding Ltd
Current assignee: Alibaba Group Holding Ltd
Priority date: 2017-12-05
Filing date: 2017-12-05
Publication date: 2023-02-10
Anticipated expiration: 2037-12-05
Also published as: CN109872212A

Abstract

The application provides a method and a device for enhancing visual effects of webpage elements. At an initial time point, visually associating at least one preset first visual element associated with a specific object with a first resource bit; driving the first visual element to generate visual visible change according to the linkage mode information; the visually-visible change visually associates the first visual element with a second resource bit. According to the technical scheme, the multiple resource position information is visually associated through the visual elements, so that the problem that the multiple resource position information is independent of each other in the commodity sales promotion activities of the e-commerce is solved by the merchants, and the effect of the multiple resource position association interaction is generated.

Description

Method and device for linkage of commodity data information of Internet platform

Technical Field

The application relates to the field of internet platform commodity display, in particular to a method and a device for enhancing visual effect of webpage elements, a method and a device for internet platform commodity data information linkage, and a method for obtaining internet platform commodity data information.

Background

Electronic Commerce (E-Commerce) is divided into narrow sense and broad sense, the narrow sense E-Commerce refers to the electronization of trade activities at each stage in the whole trade process, and the broad sense E-Commerce refers to the electronization of Business processes of all Business activities by using a network. The former concentrates on electronic transactions based on the internet and emphasizes that enterprises utilize the internet to carry out transactions and cooperation with the outside; the latter has expanded the range of coverage, which means that enterprises use various electronic tools to engage in business activities. The main modes of operation include: a Business to consumer model (Business to Customer, abbreviated as B2C), i.e., a Business retail model in which a Business sells products and services directly to consumers; business-to-Business (Business to Business, abbreviated as B2B) Business retail models in which businesses sell products and services directly to businesses, and the like. Currently, B2C-mode e-commerce platforms include: taobao, jingdong, amazon, etc.; the B2B mode e-commerce platform comprises: alibama, and the like.

In order for a merchant to take a large promotion on an e-commerce platform, the merchant often wants to present some content attracting the attention of customers in resource locations (such as a splash screen, a first focus, a channel inner page title bar, a channel entrance, a play board, a commodity pit, and the like) containing merchant information. Such as full screen presentation of promotional advertisements, cutscene effects, etc.

At present, the propaganda content required by the merchant is added to the corresponding resource position mainly in a manual adding mode, the display means is single, and the whole propaganda effect of the merchant is not facilitated.

Disclosure of Invention

The application provides a method for enhancing visual effects of webpage elements, a device for enhancing visual effects of webpage elements, a method for linking commodity data information of an internet platform, a device for linking commodity data information of the internet platform and a method for obtaining commodity data information of the internet platform, and aims to solve the problem that multiple resource position information of merchants are mutually independent in commodity sales promotion activities of e-commerce.

The application provides a method for enhancing visual effect of webpage elements, which comprises the following steps:

visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point;

driving the first visual element to generate visual visible change according to the linkage mode information;

the visually-visible change visually associates the first visual element with a second resource bit.

Optionally, the driving the first visual element is visually changed according to the linkage mode information, and when the change duration time does not exceed a preset time threshold, at least the following change modes are included:

the first visual element changes from a preset starting state to a preset target state;

the first visual element periodically changes from a preset starting state to a preset target state.

Optionally, the linkage mode information includes the following change methods:

a variation method generated using a time-dependent or location-dependent mathematical model.

Optionally, the linkage mode information at least includes one of the following changing methods:

a method of changing a position;

a method for changing the image;

a method of changing color;

a method of content change.

Further, the position is changed, and the change comprises at least one of the following changes:

the position of the first visual element is changed in the same page;

the first visual element switches from a page containing the first visual element to another page including a preset resource bit.

Further, the image changes, including at least one change:

a method of changing the shape;

a method of size change;

the method in which the amount is varied.

Optionally, the starting of the change pattern of the first visual element at least comprises one of the following methods:

initiating a change in a visually observable first visual element;

dynamically creating a first visual element, and starting to change after the first visual element is visible;

the change is initiated after the hidden first visual element is made visible.

Optionally, the ending of the change pattern of the first visual element at least comprises one of the following methods:

stopping the visually observable first visual element from changing;

dynamically destroying the first visual element;

the first visual element is hidden.

Optionally, the visually-visible change causes a visual association between the first visual element and the second resource bit, wherein the association includes at least one of: location association, character association, color association, content association.

Further, the character association at least comprises one of the following characters: shape, size, number.

Optionally, the image association includes:

the visually-variable visually associates the first visual element with a visually-second visual element generated at a second resource location.

Further, the visually-related change enables the first visual element to be visually associated with a second visual element generated by a second resource location, and the visual association at least comprises one of the following associations:

static image association;

and associating the dynamic images.

Further, the static image association includes that the second visual element is no longer changed after being generated and is associated with a second resource location.

Optionally, the avatar association includes a step of the second visual element finally associating with a second resource bit and stopping changing.

In summary, the resource bits include at least one of the following: a flashing screen, a head focus, a channel inner page title bar, a channel entrance, a playing plate and a commodity pit.

The application provides a device of reinforcing webpage element visual effect, includes:

an initial unit: the system comprises a first visual element and a second visual element, wherein the first visual element is used for visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point;

a change unit: the first visual element is used for driving the first visual element to generate visual visible change according to the linkage mode information;

an association unit: the change for the visual visualization visually associates the first visual element with a second resource bit.

The application relates to a method for linkage of commodity data information of an internet platform, which comprises the following steps:

the client receives commodity data information, wherein the commodity data information at least comprises: the method comprises the steps of acquiring first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information;

and displaying the following commodities according to the commodity data information:

at an initial time point, visually associating at least one preset first visual element associated with a specific object with a first resource bit;

Optionally, the driving the first visual element generates a visually visible change according to the linkage mode information, and when the duration of the change does not exceed a preset time threshold, the changing mode at least includes the following changing modes:

Optionally, the linkage mode information includes the following change methods:

a method of changing location;

a method for changing the image;

a method of color change;

a method of content change.

the position of the first visual element is changed in the same page;

Optionally, the image changes, including at least one change:

a method of changing a shape;

a method of size change;

the method in which the amount is varied.

initiating a change in a visually observable first visual element;

the change is initiated after the hidden first visual element is made visible.

stopping the visually observable first visual element from changing;

dynamically destroying the first visual element;

the first visual element is hidden.

Optionally, the image association includes:

the visually-perceptible change visually associates the first visual element with a visually-perceptible second visual element generated at a second resource location.

static image association;

and associating the dynamic images.

The application relates to a device for linkage of internet platform commodity data information, include:

a commodity data acquisition unit: the method is used for the client to receive commodity data information, and the commodity data information at least comprises the following steps: the method comprises the steps of acquiring first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information;

a display unit: the commodity display method is used for displaying commodities according to commodity data information and comprises the following steps:

an initial subunit: the system comprises a first visual element and a second visual element, wherein the first visual element is used for visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point;

a variation subunit: the first visual element is used for driving the first visual element to generate visual change according to the linkage mode information;

an association subunit: the change for the visual visualization visually associates the first visual element with a second resource bit.

A computer readable medium for enhancing the visual effect of a web page element storing instructions that are loadable by a processor and operable to perform the steps of:

The application provides an electronic equipment of reinforcing webpage element visual effect, includes: a memory, and a processor;

The application relates to a computer readable medium for internet platform commodity data information linkage, which stores instructions capable of being loaded by a processor and executing the following steps:

The application provides an electronic equipment for linkage of internet platform commodity data information, includes: a memory, and a processor;

the client receives commodity data information, wherein the commodity data information at least comprises: the method comprises the steps of obtaining first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information;

The application relates to a method for obtaining commodity data information of an internet platform, which comprises the following steps:

obtaining commodity data information from a data file according to request information of a client, wherein the commodity data information at least comprises: the method comprises the steps of acquiring first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information; wherein the data file at least comprises one of the following files: database files, spreadsheet files, text files;

and transmitting the commodity data information to the client.

Compared with the prior art, the method has the following advantages:

the application provides a method and a device for enhancing visual effects of webpage elements. At an initial time point, visually associating at least one preset first visual element associated with a specific object with a first resource bit; driving the first visual element to generate visual visible change according to the linkage mode information; the visually-visible change visually associates the first visual element with a second resource bit. The technical scheme provided by the application associates the information of the multiple resource positions visually through the visual elements, so that the problem that the information of the multiple resource positions is independent from each other is solved in the commodity sales promotion activity of the e-commerce by the merchant, the interactive effect of the mutual association of the multiple resource positions is generated, the attention degree of the customer to the commodity is improved, and the integral image effect of the merchant is also improved.

Drawings

FIG. 1 is a schematic diagram of a method for linking commodity data information of an Internet platform according to a third embodiment of the present application;

FIG. 2 is a schematic diagram of a method for linking merchandise data information of an Internet platform according to a third embodiment of the present application;

FIG. 3 is a schematic diagram of a method for linking merchandise data information of an Internet platform according to a third embodiment of the present application;

FIG. 4 is a flowchart of a method for enhancing visual effects of web page elements provided by a first embodiment of the present application;

FIG. 5 is a block diagram of an apparatus for enhancing the visual effect of a web page element provided by a second embodiment of the present application;

FIG. 6 is a flowchart of a method for Internet platform merchandise data information linkage according to a third embodiment of the present application;

FIG. 7 is a sub-flowchart of a method for Internet platform merchandise data information linkage according to a third embodiment of the present application;

FIG. 8 is a block diagram of the components of an apparatus for linking merchandise data information on an Internet platform according to a fourth embodiment of the present application;

FIG. 9 is a block diagram of the sub-elements of the apparatus for linking merchandise data information of an Internet platform provided in the fourth embodiment of the present application;

fig. 10 is a flowchart of a method for obtaining internet platform commodity data information according to a ninth embodiment of the present application.

Detailed Description

In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present application. This application is capable of implementation in many different ways than those herein set forth and one skilled in the art can make this application similar without departing from the spirit of the application and therefore is not limited to the specific implementations disclosed below.

In electronic commerce, in order to promote large-scale sales promotion on an electronic commerce platform, merchants often want to present some content attracting the attention of customers in resource positions (such as a splash screen, a head focus, a channel page title bar, a channel entrance, a play plate, a goods pit position and the like) containing merchant information. For example, promotional advertisements are shown full screen, cutscene effects, etc. For example, as shown in fig. 1, the method for linking commodity data information on an internet platform according to the third embodiment of the present application is illustrated. Wherein, bf is a splash screen resource position, G is a key element of a main pushing explosive money, and Bh is a first screen module resource position. After the screen is flashed, the Bf screen flashing resource position disappears, and the key element G of the main pushing explosive money rolls to a certain main pushing position in the Bh through the dynamic effect. Linking a plurality of resource positions of any page through an important element G; fig. 2 is a schematic diagram illustrating an initial effect of the method for linking commodity data information of an internet platform according to the third embodiment of the present application, in which an aerial shell associated with a "wild" content is visually associated with a wild title bar, and after an initial time point, the aerial shell continuously ejects an aerial flower; fig. 3 is a schematic diagram illustrating an end effect of the method for linking commodity data information of an internet platform according to the third embodiment of the present application, where fireworks ultimately fall on commodities participating in wild, such as computers, mother and baby products, red wine, and the like.

The first embodiment of the present application provides a method for enhancing a visual effect of a web page element, which links multiple resource bits through a visual element to achieve the purpose of enhancing the visual effect of the web page element. A method for enhancing the visual effect of a web page element according to a first embodiment of the present application is described in detail below with reference to fig. 4.

Step S101, at an initial time point, visually associating a first visual element associated with a specific object with a first resource location.

The purpose of this step is to achieve the effect of focusing on the first visual element and the first resource bit as a whole by associating the first visual element with the first resource bit.

The initial time point is the starting time of the whole process of the method; the method provided by the embodiment achieves the effect of improving the attention of the user through continuous change of the visual elements and change associated with the resource positions in a time period. The process inevitably has a change in the direction of the time axis, and this step is taken as an initial step to explain the relationship between the visual elements and the resource bits at the initial time point.

The visual elements are basic units forming the visual image of the webpage, are tools and media for receiving and transmitting information, are words and symbols of a visual transmission language, and can sense the change of the visual image and all static and dynamic information of objects in different time and space through the visual elements. Such as visual text, patterns, videos, etc. present in the web page. The characters comprise attributes such as positions, colors, contents and the like; the patterns and videos contain attributes of position, character, color, content, etc., and the character contains sub-attributes of shape, size, number, etc. Visual elements in a web page must exist depending on the resource bit. The first visual element associated with a specific object is usually a floating title, a floating video, a pop-up window and the like in the webpage announcement.

The first visual element is referred to in this step to distinguish it from a second visual element that may be present; the first visual element is a visual element appearing at an initial time point in the method for enhancing the visual effect of the web page element provided by the embodiment; in the whole implementation process of the embodiment, only one visual element may exist, and the visual element is necessarily the first visual element; however, it is also possible that two or even more visual elements are provided at the initial point in time, which should also be considered as first visual elements, i.e. the first visual element refers to the visual element that appears at the initial point in time; by at least one, it is meant to include the possibility that two or more first visual elements are present.

The specific object is commodity information, service information or other information which is expected to attract the attention of the webpage user. The information is noticed by the user of the web page and the follow-up action is generated, which is the purpose to be achieved by the method provided by the embodiment.

The preset at least one first visual element indicates that the specific object and the first visual element have an association relationship, and the association relationship is preset; the association relationship may be that the first visual element expresses a name, an image, or a feature of the specific object, so that the first visual element and the specific object can establish a direct or indirect association in the mind of the user of the web page, thereby possibly achieving an effect of obtaining the specific object through the display of the first visual element.

For example, using some font form of the name of the particular object as the first visual element is a straightforward and simple way to implement the association of the particular object with the first visual element; other more specific methods may also be used, for example where the particular object is a brand of a good, and the brand Logo may be animated as the first visual element, thereby achieving the association.

The resource position is a control occupying a webpage space position in the webpage. Each resource bit is a relatively independent entity, e.g., including at least one of: a flashing screen, a head focus, a channel inner page title bar, a channel entrance, a playing plate and a commodity pit.

And associating the first visual element with the first resource bit to achieve the effect that the first visual element and the first resource bit are focused on integrally. In this step, the preset at least one first visual element associated with the specific object is associated with the first resource location, where the association is to establish a relationship between the first visual element and the first resource location, that is, for a user of the web page, the user can perceive that the first visual element is associated with the first resource location. In particular, the association may be achieved by: the first visual element is located at the position of the first resource bit, the first visual element is a part of the visual representation of the first resource bit, and other possible ways.

The first visual element is located at a position of the first resource level, for example, a brand Logo is placed as the first visual element at a central position as a first focus of the first resource level.

The first visual element is used as a part of a visual image of the first resource position, for example, a brand Logo icon is used as the first visual element and is placed at the lower left corner of a commodity pit position of the brand as the first resource position so as to emphasize the relation between the commodity and the brand and highlight the brand effect of the commodity.

The method includes the steps of associating at least one preset first visual element associated with a specific object with a first resource position at an initial time point, namely associating the specific object with a first visual element playing a core attention degree at a starting time point of a time axis in order to attract attention degree of a consumer to the whole specific object, so as to improve the whole effect that the specific object cannot achieve in a webpage by means of vivid and interesting changes of the first visual element in the time axis, wherein the first visual element may be one or more visual elements, and at the initial time point, the first visual element is associated with the first resource position so as to achieve the effect that the first visual element and the first resource position are integrally attended. For example, in order to promote a brand of a specific object in a web page, at an initial point in time, a brand Logo icon of the specific object is placed as the first visual element at the lower left corner of a plurality of product wells of the brand as a first resource well to emphasize the relationship between the product and the brand, and the brand effect of the product is highlighted.

And S102, driving the first visual element to generate visual and visible changes according to the linkage mode information.

The purpose of this step is to further enhance the visual effect by a change in the first visual element.

The first visual element is comprised of a visual control of a web page.

The control refers to the packaging of data and methods. The controls can have their own properties, methods and events, and are classified into visual controls and non-visual controls. The visual control refers to a visual graphic element which can appear in a webpage window, and whether the visual graphic element is displayed in a webpage page can be controlled by a program.

The first visual element is visually changed according to the linkage mode information, and the essence of the visual control of the first visual element is that the attribute of the visual control of the first visual element is changed according to the pre-designed scene so as to enhance the visual attraction to the user and achieve the purpose of enhancing the propaganda effect. For example, when the first visual element is a character, the coordinate position of the character changes, the color of the character changes, the size of the character changes, and the content of the character in the text column changes; and when the first visual element is streaming media, the content of the streaming media of the playing control changes, and the like.

The linkage mode information comprises pre-designed linkage scene information.

The "driving the first visual element to make visible change according to the linkage mode information" means that the program controls the attribute of the visual control representing the first visual element according to the pre-designed scene, so that the visual control makes visible change according to the linkage mode information. This attribute can be a combination of attributes, resulting in a rich variety of changes. For example, the change in text may be a simultaneous change in coordinate position, color, size, content, and the like.

In this embodiment, the duration of the change refers to the existence and duration of the change. Therefore, the change has an initial time point and an end time point on the time axis. In order for the change to occur within the control range, the present embodiment provides a preset time threshold.

A threshold, i.e. a limit, and thus a threshold value, also called a critical value, refers to the lowest value or the highest value that an effect can produce.

The time threshold is the limit of time.

The existence time of the change does not exceed the preset time threshold, and the existence and the duration of the change are controlled within the preset time range through the preset time limit so as to achieve the expected propaganda effect.

According to a pre-designed scenario, when the duration of the change does not exceed a preset time threshold, at least the following change modes are included:

a first change mode, wherein the first visual element changes from a preset starting state to a preset target state.

The preset starting state and the preset target state include a starting position coordinate and a target position coordinate of the first visual element in the web page, and as can be seen from step S101, the first visual element is visually associated with the first resource location, and also includes a starting position coordinate of the first visual element is associated with a coordinate on the first resource location. For example, the user interface of the web page is taken as a coordinate axis, the initial position coordinate of the first visual element is overlapped with the coordinate covered by the first resource position, and the target position coordinate is also taken as the coordinate axis; or the first visual element takes the first resource position as a coordinate axis, the initial position coordinate of the first visual element is positioned on the coordinate axis of the first resource position, and the target position coordinate is also positioned on the coordinate axis of the first resource position.

For example, the three-dimensional icon of the brand LOGO changes from far to near and from small to large in the flash screen, the change process can be gradually changed according to linearity, and the initial position coordinate and the target position coordinate of the brand LOGO are located on the coordinate axis of the flash screen; the initial position coordinate of brand LOGO's three-dimensional icon, the position coordinate that target position coordinate and first resource position focus all are located the user interface's of webpage coordinate axis, the initial position coordinate of brand LOGO's three-dimensional icon coincides with the coordinate that first resource position focus covered, the target position coordinate of brand LOGO's three-dimensional icon is located outside the first resource position focus covered coordinate, when three-dimensional change takes place and moves to the target position coordinate as brand LOGO's three-dimensional icon, can produce the distinctive and varied effect that first visual element rushed out first resource position, in order to reach the mesh of reinforcing webpage element visual effect.

And a second change mode, wherein the first visual element is periodically changed from a preset starting state to a preset target state.

If a set of events or phenomena occurs repeatedly in the same order, the time or spatial interval over which the set of events or phenomena is completed is referred to as a period.

The periodicity refers to the property that a group of events or phenomena repeatedly occur in the same order.

The periodic change of the first visual element from the preset initial state to the preset target state means that the change of the first visual element is repeated according to the same change sequence from the preset initial state to the preset target state. For example, a festival scene of a festival is rendered through a fireworks animation effect, a hot scene of business prosperity of a specific object is set off, fireworks representing the first visual element are launched into the air from a preset initial state, namely an empty night sky scene, and the fireworks are extinguished until a preset target state, namely sparks are scattered. The fireworks animation effect may repeat the above-mentioned scenes periodically. The method not only achieves the minimization of resources, but also achieves the purpose of improving the attention of users.

To control unlimited changes, the present embodiment provides a method of controlling a change time, limiting the development of the change by a preset time threshold, and stopping the change when the change of the first visual element exceeds the preset time threshold. The method of the embodiment can achieve the purpose of synchronous change and same effect by using the same first visual element applied in different operating systems or browsers.

In this embodiment, the duration of the change refers to the existence and duration of the change. Therefore, the change has an initial time point and an end time point on the time axis.

The beginning of the variation pattern of the first visual element representing an initial point in time on the time axis comprises at least one of:

starting to change a first visual element which is visually seen, for example, a commodity picture representing the first visual element on a webpage starts to change, wherein the change comprises the change of size, color, position coordinates and the like;

dynamically creating a first visual element, and starting to change after the first visual element is visually visible, for example, as described above, the first visual element is composed of a visual control of a webpage, a webpage front-end program creates a space for the first visual element in a front-end memory space according to a background instruction, generates the visual control of the webpage and sets the attribute of the visual control to be in a visible state, and then the first visual element starts to change in the webpage;

the change is initiated after the hidden first visual element is made visible. For example, after setting the property of the visual control representing the first visual element from the invisible state to the visible state, the first visual element begins to change on the web page.

And the ending of the change pattern of the first visual element representing the ending time point on the time axis at least comprises one of the following methods:

stopping the visually observable first visual element from changing; for example, the commodity picture representing the first visual element stops changing on the webpage, and any attribute of the commodity picture representing the first visual element stops changing;

dynamically destroying the first visual element, for example, as described above, the first visual element is composed of a visual control of a web page, and the web page front-end program releases a memory space occupied by the first visual element in the front-end memory space according to the background instruction, thereby destroying the first visual element;

the first visual element is hidden. For example, setting a property of a visual control representing a first visual element from a visible state to an invisible state causes the first visual element to be invisible from a web page.

The above-mentioned methods for starting and ending the change pattern of the first visual element correspond in description form, but do not indicate that the change pattern of the first visual element corresponds to the change pattern of the second visual element in a specific application of the embodiment. The method of the start of the change pattern of the first visual element can be arbitrarily combined with the method of the end of the change pattern of the first visual element to produce various effects.

In this embodiment, the linkage mode information obtained by the first visual element includes the following changing methods in terms of the generation mode:

a variation method generated by using a time-dependent or position-dependent mathematical model.

The mathematical model is a scientific or engineering model abstracted from a real-world prototype and constructed by using a mathematical logic method and a mathematical language. The method is a mathematical structure which is generally or approximately expressed by adopting mathematical language with reference to the characteristic or quantity dependency relationship of a certain object system, and the mathematical structure is a pure relationship structure of a certain system which is drawn by means of mathematical symbols. As broadly understood, mathematical models include various concepts in mathematics, various formulas and various theories. In a narrow sense, mathematical models refer to those mathematical relationships that reflect a particular problem or a particular system of things. The contents expressed by the mathematical model can be quantitatively analyzed or qualitatively analyzed, but must be expressed in a quantitative analysis mode. Therefore, the mathematical model operates in a manner that favors quantitative analysis.

The quantitative terms refer to a definite amount, a regulated amount, a defined amount. Quantitation has certain limitations and is exclusive. The purpose of quantification is to provide a basis for investigation for quantitative analysis.

The quantitative analysis is to analyze the quantitative relation of the components contained in one object to be researched or the quantitative relation among the properties; some properties, characteristics and interrelationships of several objects can be analyzed and compared quantitatively, and the research results are also expressed quantitatively.

The qualitative analysis is a method for judging the nature, characteristics and development and change rules of the analysis object mainly according to intuition and experience of an analyst and according to the past and present continuous conditions and latest information data of the analysis object.

The quantitative analysis and the qualitative analysis are mutually supplemented and unified, the qualitative analysis is the basic premise of the quantitative analysis, and the quantitative analysis enables the qualitative analysis to be more scientific and accurate.

The mathematical model related to time or position refers to that a time-position relation is established through the mathematical model, for example, on a time axis, a change value of a position coordinate can be obtained through time change through calculation of the mathematical model. Or establishing the relationship between the position and the position change through a mathematical model, for example, the position change of the first visual element at different positions shows different change rules through the calculation of the mathematical model. The embodiment only lists a few examples of the relationship between time, position and mathematical model, but does not mean that the relationship is limited to this, and those skilled in the art can obtain rich variation effects through simple reasoning.

In the embodiment, the change method generated by using the time-dependent or position-dependent mathematical model indicates that the result of the mathematical model determines the change result of the visual element, and the change result is closely related to time or position.

In this embodiment, the linkage information obtained by the first visual element at least includes the following change method in terms of expression form:

a method of changing location;

a method for changing the image;

a method of changing color;

the content is changed, for example, by changing the text content.

Wherein, the position in the change method is changed, and the change method comprises at least one of the following changes:

the position of the first visual element is changed in the same page;

the first visual element is switched to another page comprising a preset resource position from the page comprising the first visual element, for example, the tags of the webpage are automatically opened in sequence under the control of a program, and the first visual element and the target resource position in the opened tag page have relevance interaction, wherein the relevance interaction is to enable the first visual element and the target resource position in the opened tag page to generate organic association in the impression of a webpage user in terms of image, color, content and the like and to be presented in front of the user as a whole so as to achieve a prominent visual effect.

The image in the changing method is changed, and at least one change is included:

a method of changing the shape;

a method of size change;

the method in which the amount is varied.

Step S103, the visual change enables the first visual element to be visually associated with the second resource bit.

The purpose of this step is to organically associate the first resource bit with the second resource bit by means of the first visual element, creating a distinctive visual effect. The step S102 and the step S102 have overlapping portions in terms of occurrence time, and it can be considered that the first visual element in the step S102 is visually changed according to the linkage mode information, and finally the effect that the first visual element is visually associated with the second resource location is achieved; of course, this association can be achieved in a number of ways.

The second resource bit is distinct from the first resource bit but is correlated to the first resource bit by a first visual element. The second resource bit is not limited to one resource bit, and for example, the second resource bit corresponds to the number of the first visual elements, forming a number correlation.

The visually-visible change visually associates the first visual element with a second resource location, wherein the association includes at least one of: location association, character association, color association, content association. The association corresponds to a change in the first visual element, causing the first visual element to interact with the second resource location to form an organic whole. Wherein the character association corresponds to a case where a character in the changing method of the first visual element is changed, and includes at least one of the following characters: shape, size, number.

To further enhance the visual effect of the web page element, a second visual element, which is visually visible, may also be generated at the second resource location.

The second visual element is a visual control different from the first visual element, the position coordinate of the second visual element takes the second resource position as a coordinate axis, and the second visual element belongs to the second resource position. The image association comprises:

the visually-variable visually associates the first visual element with a visually-second visual element generated at a second resource location. The image association at least comprises one of the following associations:

static image association;

and associating the dynamic images.

In this embodiment, the static image association includes that the second visual element is no longer changed after being generated, and is associated with a second resource location. For example, a hot-sell sign representing a second visual element associated with a first visual element is visible and then statically attached to a hot-sell product slot representing a second resource slot.

In this embodiment, the avatar association includes a step of associating the second visual element with a second resource bit and stopping changing. For example, after a hot-sell sign representing a second visual element associated with a first visual element is visible, a series of dynamic interactions with the first visual element are generated, and the hot-sell sign is statically attached to a hot-sell goods slot representing a second resource slot.

The technical scheme that this embodiment provided links up many resource position information through visual element, makes the trade company solve many resource position information independent problem each other in the commodity sales promotion activity of E-commerce, produces many resource position interactive effect of interrelating, has improved the attention degree of webpage user to commodity, has also improved the holistic propaganda effect of trade company.

A second embodiment of the present application provides an apparatus for enhancing a visual effect of a web page element, which corresponds to the method for enhancing a visual effect of a web page element provided in the first embodiment of the present application, and is briefly described herein.

Please refer to fig. 5, which is a block diagram illustrating a second embodiment of the present application.

As shown in fig. 5, the apparatus for enhancing visual effect of web page element includes: an initial unit 101, a changing unit 102 and a relating unit 103.

The initial unit 101: the system comprises a first visual element and a second visual element, wherein the first visual element is used for visually associating at least one preset first visual element with a first resource bit at an initial time point;

the changing unit 102: the first visual element is used for driving the first visual element to generate visual change according to the linkage mode information;

the association unit 103: the change for the visual visualization visually associates the first visual element with a second resource bit.

Optionally, when the change duration time of the change unit 102 does not exceed the preset time threshold, at least the following change mode sub-units are included:

single change subunit: for the first visual element to change from a preset starting state to a preset target state;

a periodic variation subunit: for periodic change of the first visual element from a preset starting state to a preset target state.

Optionally, the linkage mode information of the change unit 102 includes the following change method sub-units:

a mathematical model subunit: variation methods for generation using time-dependent or location-dependent mathematical models.

Optionally, the linkage mode information of the change unit 102 at least includes a change method subunit of:

a position change subunit: a method for a change in position;

image change subunit: a method for changing a character;

color change subunit: a method for color change;

content change subunit: a method for content change.

Further, the position change subunit includes at least one of the following change position change subunits:

the same page change subunit: the position of the first visual element in the same page is changed;

the different page change subunit: switching for the first visual element from a page containing the first visual element to another page including a preset resource bit.

Further, the image change subunit at least comprises a change subunit:

shape change subunit: a method for generating a change in shape;

size change subunit: a method for size variation;

number change subunit: method for the variation of the quantity.

Optionally, the starting of the variation pattern of the first visual element in the single variation subunit and the periodic variation subunit includes at least one of the following method subunits:

visually visible start subunit: for initiating a change in a visually-visible first visual element;

dynamic start subunit: the system is used for dynamically creating a first visual element, and after being visually seen, the first visual element begins to change;

hiding the start subunit: the first visual element for hiding is made visible and then changes are started.

Optionally, the ending of the variation pattern of the first visual element in the single variation subunit and the periodic variation subunit at least comprises one of the following method subunits:

visually-visible ending subunit: for stopping the change of the visually perceptible first visual element;

dynamic termination subunit: for dynamically destroying the first visual element;

hiding the end subunit: for hiding the first visual element.

Optionally, the association in the association unit 103 at least includes one of the following associations: location association, character association, color association, content association.

Further, the character association in the association unit 103 includes at least one of the following characters: shape, size, number.

Optionally, the image association in the association unit 103 includes:

a character association subunit: the change in the visual representation visually associates the first visual element with a second visual element that is visually represented at a second resource location.

Further, the character association subunit at least comprises one of the following association subunits:

static image subunit: for static persona association;

dynamic image subunit: for avatar association.

Further, the static character subunit includes a second resource unit, configured to generate a second visual element, and associate the second visual element with the second resource unit.

Optionally, the avatar subunit includes a step for the second visual element to eventually associate with the second resource bit and stop changing.

In summary, the resource bits in the initial unit 101 and the associated unit 103 include at least one of the following: a flashing screen, a head focus, a channel inner page title bar, a channel entrance, a playing plate and a commodity pit.

A third embodiment of the present application provides a method for data information linkage of goods on internet platform, which is similar to the method for enhancing visual effect of web page elements provided in the first embodiment of the present application and is briefly introduced here. The third embodiment of the application provides a method for linkage of commodity data information of an internet platform, which realizes the purpose of enhancing the visual effect of webpage elements by linkage of visual elements and multiple resource positions. Fig. 6 is a flowchart of a method for internet platform commodity data information linkage according to a third embodiment of the present application, and fig. 7 is a sub-flowchart of the method for internet platform commodity data information linkage according to the third embodiment of the present application. A method for linking commodity data information of an internet platform according to a third embodiment of the present application is described in detail below with reference to fig. 6 and 7.

As shown in fig. 6, in step S201, the client receives data information of a product, where the data information of the product at least includes: the method comprises the following steps of first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information.

The internet, also known as the internet, or transliterated internet, makes the network and network connected in series through network protocols to form a logically single huge international network. The method of interconnecting computer networks is called internetworking, and on the basis of this, a global interconnection network covering the world, called the internet, is developed, i.e. a network structure of interconnected networks. Servers and clients are the most basic internet appliance.

Servers, also known as servers, are devices that provide computing services. And responds to the service request and processes the service request, so that the server has the capability of bearing the service and guaranteeing the service. Under the internet environment, the server is classified into a file server, a database server, an application server, a WEB server, and the like according to the type of service provided by the server. Corresponding to the server is a client.

The client, or called user side, is a program for providing local services to the client. The system is installed on a common client and is matched with a server to operate. In the internet, the client includes a web browser, an email client, an instant messaging client, and the like. The server and the service program are correspondingly needed to provide services, such as database services, e-mail services and the like, and the client and the server ensure the normal operation of the application program through a specific communication link.

The client receives the data information of the commodity, namely the client sends request information for acquiring the data information of the commodity preset in the server to a designated server in the Internet, and a service program of the server packs the data information of the preset commodity stored in the server according to the received request information and returns the packed data information to the client.

The commodity data information is data information of a display commodity constituted by design, and at least includes: the method comprises the following steps of first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information. For example, as shown in fig. 2, a display shell is first visual element information, and a "wild" title bar is first asset bit information; the second resource position information comprises icons of a computer, mother and infant articles, red wine and the like; the initial time point information is the starting time of the fireworks display shell starting to spray fireworks; the linkage mode information is the fireworks display and the spraying mode of the fireworks display, and the linkage mode between the associated icons.

And step S202, displaying the commodity according to the commodity data information. As shown in fig. 7, the method comprises the following steps:

step S202-1, at an initial time point, visually associating at least one preset first visual element associated with a specific object with a first resource bit.

As shown in fig. 2 and 3, the specific object is a "wild" promotion.

The method comprises the steps of enabling at least one preset first visual element associated with a specific object to be visually associated with a first resource position at an initial time point, namely, associating the 'wild' propaganda with a first visual element display shell playing a core attention degree at the initial time point of a time axis so as to attract attention of a consumer to the 'wild' propaganda overall, and then spraying a display in the time axis by means of the first visual element display shell to improve the overall effect that the 'wild' title bar cannot be achieved in a webpage.

And S202-2, driving the first visual element to generate visual and visible changes according to the linkage mode information.

The first visual element is comprised of a visual control of a web page.

The linkage mode information comprises pre-designed linkage scene information.

The "driving the first visual element to make visible change according to the linkage mode information" means that the program controls the attribute of the visual control representing the first visual element according to the pre-designed scene to make visible change. This property can be a combination of properties, resulting in a rich variety. For example, as shown in fig. 2, a display shell fires.

a first change mode, wherein the first visual element changes from a preset starting state to a preset target state. For example, as shown in fig. 2, the first visual element is that the display shell disappears from the time of the burst to the end of the burst, and the display is attached to the icon of the computer, the mother and infant supplies, the red wine, etc. which represents the information of the second resource location.

the first visual element that is visually perceived is caused to change, for example, as shown in fig. 2, the display shell starts to burst the display, and the display falls.

For example, as shown in fig. 2, the aforementioned first visual element display shell is composed of a visual control of a web page, a web page front-end program creates a space for the first visual element in a front-end memory space according to a background instruction, generates a visual control display shell image of the web page and sets an attribute of the visual control to a visible state, and then the first visual element display shell starts to emit a display on the web page, and the display falls.

The hidden first visual element is made visible and then changed. For example, as shown in fig. 2, after the property of the visual control display shell representing the first visual element is set from the invisible state to the visible state, the first visual element display shell starts to change on the web page.

stopping the visually observable first visual element from changing; for example, as shown in fig. 3, a display shell stops firing fireworks on a web page on behalf of a first visual element,

dynamically destroying the first visual element, for example, as shown in fig. 3, the first visual element display shell is composed of a visual control of a web page, and the front-end program of the web page releases a memory space occupied by the first visual element display shell in the front-end memory space according to the background instruction, so as to destroy the first visual element;

the first visual element is hidden. For example, as shown in FIG. 3, setting a property of a visual control representing a first visual element display shell from a visible state to an invisible state renders the first visual element display shell invisible from a web page.

In this embodiment, the linkage mode information of the first visual element includes, in terms of a generation mode, one of the following changing methods:

The embodiment only lists a few examples of the relationship between time, position and mathematical model, but does not mean that the relationship is limited to this, and those skilled in the art can obtain rich variation effects through simple reasoning.

In this embodiment, the linkage mode information of the first visual element at least includes one of the following changing methods in terms of expression form:

a method of changing a position;

a method for changing the image;

a method of color change;

the content is changed, for example, by changing the text content.

the position of the first visual element is changed in the same page;

The image in the change method is changed, and at least one change is included:

a method of changing the shape;

a method of size change;

the method in which the amount is varied.

In step S202-3, the visually-visible change visually associates the first visual element with a second resource bit.

The purpose of this step is to organically associate the first resource bit with the second resource bit by means of the first visual element, creating a distinctive visual effect. The step S202 and the step S202 have overlapping portions in terms of occurrence time, and it can be considered that the first visual element in the step S202 is visually changed according to the linkage mode information, and finally the effect that the first visual element and the second resource location generate visual association is achieved; of course, this correlation effect can be achieved in a variety of ways.

The second resource bit is distinct from the first resource bit but is correlated to the first resource bit by a first visual element. The second resource position is not limited to one resource position, for example, as shown in fig. 2 and 3, the number of icons of the second resource position, such as computer, mother and infant supplies, red wine, etc., and the number of fireworks display launched by the first visual element fireworks display are correlated to each other in number.

The visually-visible change visually associates the first visual element with a second resource bit, wherein the association includes at least one of: location association, character association, color association, content association. The association corresponds to a change in the first visual element, causing the first visual element to interact with the second resource location to form an organic whole. Wherein the character association corresponds to a case where a character in the changing method of the first visual element is changed, and includes at least one of the following characters: shape, size, number.

static image association;

and associating the dynamic images.

In this embodiment, the static image association includes that the second visual element is no longer changed after being generated, and is associated with a second resource location. For example, as shown in fig. 3, the hot-sell sign firework icon representing the second visual element associated with the first visual element firework is visible and then statically attached to a hot-sell product pit representing the second resource location, such as a computer, mother and baby products, red wine, etc.

In this embodiment, the avatar association includes a step of associating the second visual element with a second resource bit and stopping changing. For example, as shown in fig. 3, after a hot-sell sign firework icon representing a second visual element associated with a first visual element display shell is visible, a series of dynamic interactions are generated with the first visual element, and the hot-sell sign display shell is statically attached to a hot-sell product pit representing a second resource pit, such as a computer, a mother-and-baby product, a red wine icon, and the like.

A fourth embodiment of the present application provides a device for linking commodity data information of an internet platform, which corresponds to the method for linking commodity data information of an internet platform provided in the first embodiment of the present application, and is briefly introduced here.

Please refer to fig. 4, which is a block diagram illustrating a fourth embodiment of the present application.

As shown in fig. 4, the device for linking commodity data information of internet platform comprises: a commodity data acquisition unit 201 and a display unit 202; wherein, the display element still includes: an initial subunit 202-1, a change subunit 202-2, and an association subunit 202-3.

The product data acquiring unit 201: the client side is used for obtaining data information of commodities preset in the server through the Internet; wherein, the data information of the commodity at least includes: initial time point information of the commodity, first visual element information, first resource bit information and second resource bit information;

the display unit 202: the display device is used for displaying the commodities according to the data information of the commodities.

As shown in fig. 5, the display unit 202 includes: an initial subunit 202-1, a change subunit 202-2, and an association subunit 202-3.

Initial subunit 202-1: the method comprises the steps of associating a preset at least one first visual element associated with a specific object with a first resource bit at an initial time point;

change subunit 202-2: for driving the first visual element into a visually perceptible change;

association subunit 202-3: the change for the visual visualization visually associates the first visual element with a second resource bit, the second resource bit comprising at least one resource bit.

Optionally, when the change duration time of the change subunit 202-2 does not exceed the preset time threshold, at least the following change mode subunits are included:

periodic variation subunit: for periodic change of the first visual element from a preset starting state to a preset target state.

Optionally, the linkage mode information of the change subunit 202-2 includes the following change method subunits:

a mathematical model subunit: a variation method for generating using a time-dependent or location-dependent mathematical model.

Optionally, the linkage mode information of the change subunit 202-2 at least includes one of the following change method subunits:

a position change subunit: a method for a change in position;

image change subunit: a method for changing the character;

color change subunit: a method for color change;

content change subunit: a method for content change.

the different page change subunit: switching the first visual element from a page containing the first visual element to another page comprising preset resource bits.

Further, the image change subunit at least comprises a change subunit:

shape change subunit: a method for generating a change in shape;

size variation subunit: a method for size variation;

number variation subunit: method for the variation of the quantity.

dynamic start subunit: the system is used for dynamically creating a first visual element and starting to change after being visually seen;

hiding the end subunit: for hiding the first visual element.

Optionally, the association in the association subunit 202-3 at least includes one of the following associations: location association, character association, color association, content association.

Further, the character association in the association subunit 202-3 includes at least one of the following characters: shape, size, number.

Optionally, the image association in the association subunit 202-3 includes:

Further, the character association subunit at least includes one of the following association subunits:

static image subunit: for static persona association;

dynamic image subunit: for animated character association.

Optionally, the avatar subunit includes a step for the second visual element to eventually associate with a second resource bit and stop changing.

In summary, the resource bits in the initial sub-unit 202-1 and the associated sub-unit 202-3 include at least one of the following: a flashing screen, a head focus, a channel inner page title bar, a channel entrance, a playing plate and a commodity pit.

A fifth embodiment of the present application provides a computer-readable medium for enhancing the visual effect of web page elements. A computer-readable medium, being a carrier storing instructions, comprising: magnetic tape, magnetic disk, optical disk, magneto-optical disk, read-only memory (ROM), programmable read-only memory (PROM), video Compact Disc (VCD), high-density Digital Video Disc (DVD), USB flash drive, etc.

The embodiments of the computer-readable medium for enhancing a visual effect of a web page element provided in the present application are described more simply, and for related portions, reference may be made to the corresponding descriptions of the embodiments of the method for enhancing a visual effect of a web page element provided in the foregoing. The embodiments described below are merely illustrative.

The present application provides a computer readable medium for enhancing the visual effect of a web page element, comprising: storing instructions capable of being loaded by a processor and performing the steps of:

IP172320

visually associating at least one preset first visual element with a first resource bit at an initial time point;

A sixth embodiment of the present application provides an electronic device for enhancing a visual effect of a web page element. The electronic device includes: mobile phones, notebook computers, tablet computers, POS machines, palm top computers, desktop computers, servers, and the like.

The embodiments of the electronic device for enhancing a visual effect of a web page element provided in the present application are described more simply, and for related parts, reference may be made to the corresponding descriptions of the embodiments of the method for enhancing a visual effect of a web page element provided in the foregoing. The embodiments described below are merely illustrative.

the memory is to store computer-executable instructions, and the processor is to execute the computer-executable instructions to:

A seventh embodiment of the present application provides a computer-readable medium for internet platform merchandise data information linkage. A computer-readable medium, being a carrier storing instructions, comprising: magnetic tape, magnetic disk, optical disk, magneto-optical disk, read-only memory (ROM), programmable read-only memory (PROM), video Compact Disc (VCD), high-density Digital Video Disc (DVD), USB flash drive, etc.

The embodiment of the computer-readable medium for internet platform commodity data information linkage provided by the application is relatively simple to describe, and for related parts, reference may be made to the corresponding description of the embodiment of the method for internet platform commodity data information linkage provided by the application. The embodiments described below are merely illustrative.

The application provides a computer readable medium for internet platform commodity data information linkage, including: storing instructions capable of being loaded by a processor and performing the steps of:

The eighth embodiment of the application provides electronic equipment for linkage of commodity data information of an internet platform. The electronic device includes: mobile phones, notebook computers, tablet computers, POS machines, palm top computers, desktop computers, servers, etc.

The embodiment of the electronic device for internet platform commodity data information linkage provided by the application is relatively simple to describe, and for related parts, reference may be made to the corresponding description of the embodiment of the method for internet platform commodity data information linkage provided by the application. The embodiments described below are merely illustrative.

and carrying out the following commodity display according to the commodity data information:

The ninth embodiment of the application also provides a method for obtaining commodity data information of the internet platform.

The embodiment of the method for obtaining the internet platform commodity data information provided by the application is relatively simple to describe, and relevant parts can be obtained by referring to the corresponding description of the embodiment of the method for linking the internet platform commodity data information provided by the application. The embodiments described below are merely illustrative.

Referring to fig. 10, the method includes:

step S301, obtaining commodity data information from a data file according to request information of a client, wherein the commodity data information at least comprises: the method comprises the steps of acquiring first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information; wherein, the data file at least comprises one of the following files: database files, spreadsheet files, text files.

And step S302, transmitting the commodity data information to a client.

Although the present application has been described with reference to the preferred embodiments, it is not intended to limit the present application, and those skilled in the art can make variations and modifications without departing from the spirit and scope of the present application, therefore, the scope of the present application should be determined by the appended claims.

In a typical configuration, a computing device includes one or more processors (CPUs), input/output interfaces, network interfaces, and memory.

The memory may include forms of volatile memory in a computer readable medium, random Access Memory (RAM) and/or non-volatile memory, such as Read Only Memory (ROM) or flash memory (flash RAM). Memory is an example of a computer-readable medium.

1. Computer-readable media, including both non-transitory and non-transitory, removable and non-removable media, may implement information storage by any method or technology. The information may be computer readable instructions, data structures, modules of a program, or other data. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static Random Access Memory (SRAM), dynamic Random Access Memory (DRAM), other types of Random Access Memory (RAM), read Only Memory (ROM), electrically Erasable Programmable Read Only Memory (EEPROM), flash memory or other memory technology, compact disc read only memory (CD-ROM), digital Versatile Discs (DVD) or other optical storage, magnetic cassettes, magnetic tape magnetic disk storage or other magnetic storage devices, or any other non-transmission medium that can be used to store information that can be accessed by a computing device. As defined herein, computer readable media does not include non-transitory computer readable media (transient media), such as modulated data signals and carrier waves.

2. As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.

Claims

1. A method for enhancing the visual effect of a web page element, comprising:

the visually-visible change visually associates the first visual element with a second resource bit;

the specific object is commodity information, service information or other information which is expected to attract the attention of webpage users; the association with a specific object means that the first visual element expresses a name, an image or a characteristic of the specific object; the visually-visible change visually associates the first visual element with a second resource location, wherein the association includes at least one of: location association, character association, color association, content association.

2. A method for enhancing the visual effect of a web page element according to claim 1, wherein said driving the first visual element to make a visual change according to the linkage mode information comprises at least the following change modes when the duration of the change does not exceed a preset time threshold:

3. The method of enhancing the visual effect of a web page element according to claim 1, wherein the linkage information comprises the following variation methods:

4. The method of claim 1, wherein the linkage mode information comprises at least one of the following changes:

a method of changing location;

a method for changing the image;

a method of color change;

a method of content change.

5. A method for enhancing the visual effect of a web page element according to claim 4, wherein said change in position comprises at least one of:

the position of the first visual element is changed in the same page;

6. The method of claim 4, wherein the character is changed, including at least one of:

a method of changing the shape;

a method of size change;

the method in which the amount is varied.

7. A method for enhancing visual effects of web page elements according to claim 2, wherein the beginning of the changing pattern of the first visual element comprises at least one of:

initiating a change in a visually observable first visual element;

the change is initiated after the hidden first visual element is made visible.

8. A method for enhancing the visual effect of a web page element according to claim 2, wherein the ending of the variation pattern of the first visual element comprises at least one of:

stopping the visually observable first visual element from changing;

dynamically destroying the first visual element;

the first visual element is hidden.

9. The method for enhancing the visual effect of a web page element according to claim 1, wherein the character association comprises at least one of the following characters: shape, size, number.

10. The method of enhancing the visual effect of a web page element according to claim 1, wherein the visual association comprises:

11. The method of claim 10, wherein the visually-related change visually associates the first visual element with a visually-related second visual element generated from a second resource location, the visually-related change including at least one of:

static image association;

and associating the dynamic images.

12. The method of claim 11, wherein the static visual association comprises the second visual element no longer changing after being generated and being associated with a second resource location.

13. The method of claim 11, wherein the avatar association comprises the step of the second visual element eventually associating with a second resource location and ceasing to change.

14. A method for enhancing the visual effect of a web page element according to any one of claims 1-13, wherein said resource bit comprises at least one of: the system comprises a screen flashing, a head focus, a channel inner page title bar, a channel entrance, a playing plate and a commodity pit.

15. An apparatus for enhancing the visual effect of a web page element, comprising:

an initial unit: the system comprises a first visual element and a second visual element, wherein the first visual element is used for visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point; the specific object is commodity information, service information or other information which is expected to attract the attention of webpage users; the association with a specific object means that the first visual element expresses a name, an image or a feature of the specific object;

a change unit: the first visual element is used for driving the first visual element to generate visual visible change according to the linkage mode information; the visually-visible change visually associates the first visual element with a second resource location, wherein the association includes at least one of: position association, image association, color association and content association;

16. A method for linkage of commodity data information of an Internet platform is characterized by comprising the following steps:

the method comprises the steps that a client receives commodity data information, wherein the commodity data information at least comprises the following components: the method comprises the steps of obtaining first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information;

visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point; the specific object refers to commodity information, service information or other information which is expected to attract the attention of webpage users; the association with a specific object means that the first visual element expresses a name, an image or a characteristic of the specific object;

the visually-visible change visually associates the first visual element with a second resource bit; wherein the association comprises at least one of: location association, character association, color association, content association.

17. The method for linking merchandise data information of internet platform according to claim 16, wherein said driving the first visual element to make a visual change according to the linking mode information, the duration of the change does not exceed a preset time threshold, and the following change modes are included:

18. The method for linking commodity data information of an internet platform according to claim 16, wherein said linking means information includes the following changing means:

19. The method for linking commodity data information of an internet platform according to claim 16, wherein said linking means information includes at least one of the following changing methods:

a method of changing location;

a method for changing the image;

a method of color change;

a method of content change.

20. The method for internet platform merchandise data information linkage according to claim 19, wherein said location change comprises at least one of:

the position of the first visual element is changed in the same page;

21. The method for internet platform merchandise data information linkage according to claim 19, wherein said character changes, including at least one change:

a method of changing the shape;

a method of size change;

the method in which the amount is varied.

22. The method for internet platform merchandise data information linkage according to claim 17, wherein the initiation of the pattern of change of the first visual element comprises at least one of:

initiating a change in a visually observable first visual element;

the change is initiated after the hidden first visual element is made visible.

23. The method for internet platform merchandise data information linkage according to claim 17, wherein the ending of the change pattern of the first visual element comprises at least one of:

stopping the visually observable first visual element from changing;

dynamically destroying the first visual element;

the first visual element is hidden.

24. The method for internet platform merchandise data information linkage according to claim 16, wherein the visually observable change causes a visual association of the first visual element with a second resource location, wherein the association comprises at least one of: location association, character association, color association, content association.

25. The method for internet platform merchandise data information linkage according to claim 24, wherein said image association comprises at least one of the following images: shape, size, number.

26. The method for internet platform merchandise data information linkage according to claim 24, wherein said image association comprises:

27. The method for internet platform merchandise data information linkage according to claim 26, wherein said visually changing visually associates said first visual element with a visually second visual element generated from a second resource location, including at least one of:

static image association;

and associating the dynamic images.

28. The method for internet platform merchandise data information linkage according to claim 27, wherein said static visual association comprises said second visual element being generated such that it does not change and is associated with a second resource location.

29. The method for internet platform merchandise data information linkage according to claim 27, wherein said avatar association comprises the step of said second visual element eventually associating with a second resource location and ceasing to change.

30. The method for internet platform merchandise data information linkage according to any of claims 16-29, wherein the resource location comprises at least one of: a flashing screen, a head focus, a channel inner page title bar, a channel entrance, a playing plate and a commodity pit.

31. A device for internet platform commodity data information linkage, characterized by includes:

a display unit: the commodity display method is used for commodity display according to commodity data information and comprises the following steps:

an initial subunit: the system comprises a first visual element and a second visual element, wherein the first visual element is used for visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point; the specific object refers to commodity information, service information or other information which is expected to attract the attention of webpage users; the association with a specific object means that the first visual element expresses a name, an image or a characteristic of the specific object;

an association subunit: for the visually-visible change to visually associate the first visual element with a second resource bit; wherein the association comprises at least one of: location association, character association, color association, content association.

32. A computer-readable medium for enhancing the visual effect of a web page element, having stored thereon instructions capable of being loaded by a processor and performing the steps of:

visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point; the specific object is commodity information, service information or other information which is expected to attract the attention of webpage users; the association with a specific object means that the first visual element expresses a name, an image or a feature of the specific object;

the visually-visible change visually associates the first visual element with a second resource bit; wherein the association includes at least one of the following: location association, character association, color association, content association.

33. An electronic device for enhancing the visual effect of a web page element, comprising: a memory, and a processor;

visually associating at least one preset first visual element associated with a specific object with a first resource bit at an initial time point; the specific object is commodity information, service information or other information which is expected to attract the attention of webpage users; the association with a specific object means that the first visual element expresses a name, an image or a characteristic of the specific object;

34. A computer readable medium for internet platform merchandise data information linkage, the medium having instructions stored thereon, the instructions being capable of being loaded by a processor and performing the steps of:

at an initial time point, visually associating at least one preset first visual element associated with a specific object with a first resource bit; the specific object is commodity information, service information or other information which is expected to attract the attention of webpage users; the association with a specific object means that the first visual element expresses a name, an image or a characteristic of the specific object;

35. An electronic device for internet platform commodity data information linkage, comprising: a memory, and a processor;

36. A method for obtaining commodity data information of an Internet platform is characterized by comprising the following steps:

obtaining commodity data information from a data file according to request information of a client, wherein the commodity data information at least comprises: the method comprises the steps of acquiring first visual element information, first resource bit information, second resource bit information, initial time point information and linkage mode information; wherein, the data file at least comprises one of the following files: database files, spreadsheet files, text files; the commodity data information is data information of a displayed commodity formed by design; wherein the commodity data information is used for carrying out the commodity display, and comprises the following steps: at an initial time point, visually associating at least one preset first visual element associated with a specific object with a first resource bit; driving the first visual element to generate visual visible change according to the linkage mode information; the visually-visible change visually associates the first visual element with a second resource bit; and transmitting the commodity data information to the client.