CN107492002B - Sales promotion method and system for shared equipment - Google Patents

Sales promotion method and system for shared equipment Download PDF

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CN107492002B
CN107492002B CN201710502761.0A CN201710502761A CN107492002B CN 107492002 B CN107492002 B CN 107492002B CN 201710502761 A CN201710502761 A CN 201710502761A CN 107492002 B CN107492002 B CN 107492002B
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金梦笔
昝立民
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Jin Mengbi
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Abstract

The invention provides a promotion method and a promotion system for shared equipment, wherein the promotion method comprises the following steps: the device comprises a sharing device body and a touch shopping module, wherein a user logs in by using the touch shopping module and purchases corresponding goods by using the touch shopping module; the touch shopping module is matched with a commodity promotion advertisement according to user identity information and displays the commodity promotion advertisement in the touch shopping module, wherein the user identity information comprises: user account information, user consumption habits and user historical shopping information. According to the invention, the tablet personal computer with the touch function is arranged on the sharing device, so that the preview/order placement function of the online shopping mall platform is realized by a consumer from the touch screen, the commodity information and the price comparison result are clear at a glance by displaying the commodity information picture in the limited small screen as much as possible, and meanwhile, the commodity can be recommended to the user to buy according to the information such as the consumption habits of the user, and the browsing efficiency and the shopping experience are greatly improved.

Description

Sales promotion method and system for shared equipment
Technical Field
The present application relates generally to the field of electronic commerce (e-commerce), and more particularly to a method and system for promotion of shared devices.
Background
Traditional online shopping scenario: the process of logging on a website, browsing goods, searching for goods, placing an order for shopping is lengthy and tedious. In the era of mobile internet, more situations are that users are in fragmentation time at any time, and long and tedious processes are difficult to be met in fragmentation time. The mobile internet creates an unprecedented opportunity to directly connect people with everything, supplies and needs through a "context", which can be activated whenever needed. As the contextual demand and consumption begin to interface seamlessly, with the advent of the contextual era, both businesses and users have come to mean new shopping entrances, and the contextual revolution is remodeling the products, marketing, channels, and connectivity of the e-commerce. After information entry contention, the contention of the scenario formally becomes a necessary path for e-commerce upgrade and innovation. The shortest purchasing mode on the E-commerce chain is constructed through the scenes, no channel exists in the middle, the user does not even switch different platforms, no information is spread, and the E-commerce purchasing is only jumped from one page to another page from the time of seeing the first information to the time of finishing the E-commerce purchasing.
The open type scene shopping cart is originally added to page commodities by utilizing the characteristic that the supermarket shopping cart is deeply conscious of people, so that a user can understand or inspire the user to click to purchase a product if the shopping is impulsive in the reading process of the user. The target is what you see is what you get, what you browse is what you buy. Searching in the scene, the E-business realizes brand-new shopping experience, and new scenes generated based on the platform are more endless.
When different price information of each merchant is listed around the commodity in a price comparison mode, shopping convenience can be brought to consumers.
However, since the area of the display screen of the sharing device, such as a mobile phone or a tablet computer, is small, when comparing information such as prices of various merchants, the information of different merchants cannot be completely or definitely displayed due to the size of the screen, and the price comparison experience of consumers is discounted.
Based on the situation shopping method and the situation shopping system for the sharing device, the commodity information and the price comparison result are clear at a glance by displaying the commodity information graph in the limited small screen as much as possible, and the browsing efficiency and the shopping experience are greatly improved.
Disclosure of Invention
The invention provides a sales promotion method for shared equipment, which comprises the following steps: the sharing device includes: the device comprises a shared device main body and a touch shopping module;
the user logs in by using the touch shopping module and purchases corresponding goods by using the touch shopping module;
the touch shopping module is matched with a commodity promotion advertisement according to user identity information and displays the commodity promotion advertisement in the touch shopping module, wherein the user identity information comprises: user account information, user consumption habits and user historical shopping information.
Further, the purchasing corresponding goods with the touch shopping module includes:
displaying a webpage in a sharing device and receiving scene commodity information, wherein the scene commodity is positioned in the webpage and is expressed in a text or picture form;
when the touch point moves to be positioned on the scene commodity, the characters or pictures of the scene commodity are highlighted and displayed;
fuzzy searching standard characters or standard pictures corresponding to the scene commodities, wherein the standard characters or standard pictures correspond to the unique identification of the scene commodities;
accurately searching the associated E-commerce commodity information through the unique identifier;
when the scene commodity is clicked by a touch point, displaying corresponding commodity information of each E-commerce in a list mode, wherein the list is longitudinally different E-commerce and transversely commodity information of each E-commerce;
clicking each E-commerce commodity item in the list, and entering a linked E-commerce commodity page.
Preferably, the e-commerce merchandise information includes: the electronic commerce system comprises an electronic commerce name, a commodity appearance, a commodity price, a price trend and a sales volume trend, wherein the information is displayed in an image form.
Preferably, the list mode display specifically includes: the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping mode to form a single image, and the price trend image and the sales amount trend image are displayed in an overlapping mode to form a single image.
Preferably, the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping manner to form a single image, specifically: adjusting the e-commerce name image to have the lowest resolution of the three images, blurring the e-commerce name image, and converting the e-commerce name image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000021
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the e-commerce name image is converted into a fuzzy image; and then, overlapping the commodity outline image and the commodity price image below the e-commerce name image, and enabling the commodity outline image and the commodity price image to be visible in gaps between binary points of the e-commerce name image.
Preferably, the overlapping display of the price trend image and the sales trend image to form a single image is specifically:
adjusting the price trend image to have the lowest resolution of the two images, blurring the price trend image, and converting the price trend image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000031
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the price trend image is converted into a fuzzy image; the sales trend image is then overlaid under the price trend image and made visible in the gaps between the binary points of the price trend image.
The invention also proposes a sales promotion system for sharing devices, comprising: the device comprises a sharing device main body and a touch shopping module, wherein when goods required to be purchased by a user are sold out in the sharing device main body or the user needs to distribute the goods, the touch shopping module is used for purchasing the corresponding goods;
wherein, the touch shopping module comprises:
a display unit: the system comprises a sharing device, a display device and a display device, wherein the sharing device is used for displaying a webpage and receiving scene commodity information, and the scene commodity is positioned in the webpage and is expressed in a text or picture form;
an emphasis unit: when the touch point moves to be located on the scene commodity, the characters or pictures of the scene commodity are highlighted;
a fuzzy search unit: the system is used for fuzzy search of standard characters or standard pictures corresponding to the scene commodities, and the standard characters or standard pictures correspond to the unique identification of the scene commodities;
an accurate search unit: the electronic commerce system is used for accurately searching the associated electronic commerce commodity information through the unique identification;
a point contact unit: the electronic commerce system is used for displaying corresponding information of each electronic commerce commodity in a list mode when the scene commodity is clicked by a touch point, wherein the list is longitudinally different electronic commerce commodities and transversely commodity information of each electronic commerce commodity;
a linking unit: and clicking each E-commerce commodity item in the list, and entering a linked E-commerce commodity page.
Preferably, the e-commerce merchandise information includes: the electronic commerce system comprises an electronic commerce name, a commodity appearance, a commodity price, a price trend and a sales volume trend, wherein the information is displayed in an image form.
Preferably, the list mode display specifically includes: the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping mode to form a single image, and the price trend image and the sales amount trend image are displayed in an overlapping mode to form a single image.
Preferably, the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping manner to form a single image, specifically: adjusting the e-commerce name image to have the lowest resolution of the three images, blurring the e-commerce name image, and converting the e-commerce name image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000041
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the e-commerce name image is converted into a fuzzy image; and then, overlapping the commodity outline image and the commodity price image below the e-commerce name image, and enabling the commodity outline image and the commodity price image to be visible in gaps between binary points of the e-commerce name image.
Preferably, the overlapping display of the price trend image and the sales trend image to form a single image is specifically:
adjusting the price trend image to have the lowest resolution of the two images, blurring the price trend image, and converting the price trend image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000051
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the price trend image is converted into a fuzzy image; the sales trend image is then overlaid under the price trend image and made visible in the gaps between the binary points of the price trend image.
According to the contextual shopping method and the contextual shopping system for the shared device, the commodity information graph is displayed in the limited small screen as much as possible, the commodity information and the price comparison result are clear at a glance, the browsing efficiency and the shopping experience are greatly improved, and meanwhile the promotion information can be sent in a directional mode.
Drawings
Embodiments of the invention are illustrated by way of example, and not by way of limitation, in the figures of the accompanying drawings and in which like reference numerals refer to similar elements and in which:
FIG. 1 is a flow chart of a method of the present invention;
fig. 2 is a system framework diagram of the present invention.
Detailed Description
In the following description, for purposes of explanation, numerous specific details are set forth in order to provide a thorough understanding of the embodiments of the invention. It will be apparent, however, to one skilled in the art that the present invention may be practiced without these specific details. The following detailed description includes references to the accompanying drawings, which form a part of the detailed description. The drawings show illustrations in accordance with exemplary embodiments. These exemplary embodiments, which are also referred to herein as "examples," are described in sufficient detail to enable those skilled in the art to practice the present subject matter. The embodiments may be combined, other embodiments may be utilized, or structural and logical changes may be made without departing from the scope of the claims. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope is defined by the appended claims and their equivalents.
The invention provides a sales promotion method for shared equipment, which comprises the following steps: the sharing device includes: the device comprises a shared device main body and a touch shopping module;
the user logs in by using the touch shopping module and purchases corresponding goods by using the touch shopping module;
the touch shopping module is matched with a commodity promotion advertisement according to user identity information and displays the commodity promotion advertisement in the touch shopping module, wherein the user identity information comprises: user account information, user consumption habits and user historical shopping information.
In the embodiment provided by the invention, the touch shopping module is utilized to provide a contextual shopping environment for the user, and meanwhile, the commodity promotion advertisement which is expected to be pushed by the user can be matched according to the identity information of the user;
for example: the consumer registers identity information, the consumer identity information is stored in the sharing device background, when the consumer uses the sharing device, the user logs in by using the touch shopping module and is matched with the consumer identity information stored in the sharing device background, after the user identity is determined, the consumer can shop by using the scene provided by the touch shopping module and also can unlock a cabinet door of the sharing device to obtain goods in the sharing device, and after the consumer finishes taking the goods and closes the cabinet door of the vending device, a goods scanner of the sharing device scans the goods to obtain goods information and transmits the goods information to the control unit; the charging unit charges through the control unit and deducts the fee from the user registration account.
The user registration account can be bound with payment modes such as a bank card or a payment treasure WeChat through corresponding setting, and payment is carried out after the consumer uses the sharing device.
When a user shops, the touch shopping module can match commodity advertisements suitable for the consumer according to information reserved by the consumer, historical shopping habits and the like, and pushes the commodity advertisements to the consumer, for example, when A is flat, the user often buys goods such as vegetables, fruits, fresh meat and the like, if the fresh meat is about to expire on a certain device, the goods can be pushed to the mobile phone A in a short message sending mode or directly displayed in the touch shopping module, advertisement pushing for discounting and promoting is carried out, and accurate pushing of the goods is achieved.
Further, the purchasing corresponding goods with the touch shopping module includes:
displaying a webpage in a sharing device and receiving scene commodity information, wherein the scene commodity is positioned in the webpage and is expressed in a text or picture form;
when the touch point moves to be positioned on the scene commodity, the characters or pictures of the scene commodity are highlighted and displayed;
fuzzy searching standard characters or standard pictures corresponding to the scene commodities, wherein the standard characters or standard pictures correspond to the unique identification of the scene commodities;
accurately searching the associated E-commerce commodity information through the unique identifier;
when the scene commodity is clicked by a touch point, displaying corresponding commodity information of each E-commerce in a list mode, wherein the list is longitudinally different E-commerce and transversely commodity information of each E-commerce;
clicking each E-commerce commodity item in the list, and entering a linked E-commerce commodity page.
Preferably, the e-commerce merchandise information includes: the electronic commerce system comprises an electronic commerce name, a commodity appearance, a commodity price, a price trend and a sales volume trend, wherein the information is displayed in an image form.
Preferably, the list mode display specifically includes: the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping mode to form a single image, and the price trend image and the sales amount trend image are displayed in an overlapping mode to form a single image.
Preferably, the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping manner to form a single image, specifically: adjusting the electronic commerce name image to have the lowest resolution of the three images, blurring the electronic commerce name image, and converting the electronic commerce name image into a blurred imageLike: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000071
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the e-commerce name image is converted into a fuzzy image; and then, overlapping the commodity outline image and the commodity price image below the e-commerce name image, and enabling the commodity outline image and the commodity price image to be visible in gaps between binary points of the e-commerce name image.
Preferably, the overlapping display of the price trend image and the sales trend image to form a single image is specifically:
adjusting the price trend image to have the lowest resolution of the two images, blurring the price trend image, and converting the price trend image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000081
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the price trend image is converted into a fuzzy image; the sales trend image is then overlaid under the price trend image and made visible in the gaps between the binary points of the price trend image.
The invention also proposes a sales promotion system for sharing devices, comprising: the device comprises a sharing device main body and a touch shopping module, wherein when goods required to be purchased by a user are sold out in the sharing device main body or the user needs to distribute the goods, the touch shopping module is used for purchasing the corresponding goods;
wherein, the touch shopping module comprises:
a display unit: the system comprises a sharing device, a display device and a display device, wherein the sharing device is used for displaying a webpage and receiving scene commodity information, and the scene commodity is positioned in the webpage and is expressed in a text or picture form;
an emphasis unit: when the touch point moves to be located on the scene commodity, the characters or pictures of the scene commodity are highlighted;
a fuzzy search unit: the system is used for fuzzy search of standard characters or standard pictures corresponding to the scene commodities, and the standard characters or standard pictures correspond to the unique identification of the scene commodities;
an accurate search unit: the electronic commerce system is used for accurately searching the associated electronic commerce commodity information through the unique identification;
a point contact unit: the electronic commerce system is used for displaying corresponding information of each electronic commerce commodity in a list mode when the scene commodity is clicked by a touch point, wherein the list is longitudinally different electronic commerce commodities and transversely commodity information of each electronic commerce commodity;
a linking unit: and clicking each E-commerce commodity item in the list, and entering a linked E-commerce commodity page.
Preferably, the e-commerce merchandise information includes: the electronic commerce system comprises an electronic commerce name, a commodity appearance, a commodity price, a price trend and a sales volume trend, wherein the information is displayed in an image form.
Preferably, the list mode display specifically includes: the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping mode to form a single image, and the price trend image and the sales amount trend image are displayed in an overlapping mode to form a single image.
Preferably, the electronic commerce name image, the commodity outline image and the commodity price image are displayed in an overlapping manner to form a single image, specifically: adjusting the e-commerce name image to have the lowest resolution of the three images, blurring the e-commerce name image, and converting the e-commerce name image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000091
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the e-commerce name image is converted into a fuzzy image; and then, overlapping the commodity outline image and the commodity price image below the e-commerce name image, and enabling the commodity outline image and the commodity price image to be visible in gaps between binary points of the e-commerce name image.
Preferably, the overlapping display of the price trend image and the sales trend image to form a single image is specifically:
adjusting the price trend image to have the lowest resolution of the two images, blurring the price trend image, and converting the price trend image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
Figure BDA0001334065770000101
wherein the transformation matrix is an L × L matrix with elements of integers from 1 to L2, mod represents congruence calculation;
according to the sequence of the pixel radiation matrix elements l from small to large, pixel points of the clear image corresponding to the l positions are fuzzified point by point, and lmax is the maximum value of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) looping steps (1) and (2) until l ═ lmax;
thus, the price trend image is converted into a fuzzy image; the sales trend image is then overlaid under the price trend image and made visible in the gaps between the binary points of the price trend image.
The method and system of the present invention may include a processing system and a server. In one embodiment, the server may host an online trading platform. The processing system may run an application, such as a web browsing application, and may have access to a server over a network. The network may be a public network (e.g., the internet, a wireless network, etc.) or a private network (e.g., a Local Area Network (LAN), a Wide Area Network (WAN), an intranet, etc.).
The web-based shopping platform of the present invention can provide one or more marketplace applications, payment applications, and other resources. Marketplace environment applications may provide a number of marketplace environment functions and services to users that access the marketplace environment. Likewise, the payment application may provide a number of payment services and functions to the user. The network-based shopping platform may display various items listed on the shopping platform. However, the embodiments discussed in this specification are not limited to web-based shopping platforms. In further embodiments, other publication platforms may be used, such as social networking sites, news syndication sites, web portals, web-based advertising platforms, or any other system that displays items to users.
The system of the present invention is a computer system within which a set of instructions may be executed that causes the machine to perform any one or more of the methods discussed herein. In alternative embodiments, the machine operates as a standalone device or may be connected (e.g., networked) to other machines. In a networked deployment, the machine may operate in the capacity of a server or a client machine in server-client network, or as a peer machine in a peer-to-peer (or distributed) network. The machine may be a Personal Computer (PC), a tablet PC, a set-top box (STB), a Personal Digital Assistant (PDA), a cellular telephone, a web appliance, a network router, switch or bridge, or any machine capable of executing a set of instructions (sequential or otherwise) that specify actions to be taken by that machine.
The exemplary computer system 600 includes a processor 602 (e.g., a Central Processing Unit (CPU), a Graphics Processing Unit (GPU) or both), a main memory 604 and a static memory 606, which communicate with each other via a bus 608. The computer system 600 may also include a video display unit 610 (e.g., a Liquid Crystal Display (LCD) or a Cathode Ray Tube (CRT)). Computer system 600 also includes an alphanumeric input device 612 (e.g., a keyboard), a User Interface (UI) navigation device 614 (e.g., a cursor control device), a disk drive unit 616, a signal generation device 618 (e.g., a speaker), and a network interface device 620.
According to the contextual shopping method and the contextual shopping system for the shared device, the commodity information graph is displayed in the limited small screen as much as possible, the commodity information and the price comparison result are clear at a glance, and the browsing efficiency and the shopping experience are greatly improved.
Although embodiments have been described with reference to specific exemplary embodiments, it will be evident that various modifications and changes may be made to these embodiments without departing from the broader spirit and scope of the inventive subject matter. The specification and drawings are, accordingly, to be regarded in an illustrative rather than a restrictive sense.

Claims (4)

1. A promotional method for a shared device, wherein the shared device comprises: the device comprises a shared device main body and a touch shopping module;
the user logs in by using the touch shopping module and purchases corresponding goods by using the touch shopping module;
the touch shopping module is matched with a commodity promotion advertisement according to user identity information and displays the commodity promotion advertisement in the touch shopping module, wherein the user identity information comprises: user account information, user consumption habits and user historical shopping information;
the purchasing corresponding goods by using the touch shopping module comprises:
displaying a webpage in a sharing device and receiving scene commodity information, wherein the scene commodity is positioned in the webpage and is expressed in a text or picture form;
when the touch point moves to be positioned on the scene commodity, the characters or pictures of the scene commodity are highlighted and displayed; fuzzy searching standard characters or standard pictures corresponding to the scene commodities, wherein the standard characters or standard pictures correspond to the unique identification of the scene commodities;
accurately searching the associated E-commerce commodity information through the unique identifier;
when the scene commodity is clicked by a touch point, displaying corresponding commodity information of each E-commerce in a list mode, wherein the list is longitudinally different E-commerce and transversely commodity information of each E-commerce;
clicking each E-commerce commodity item in the list, and entering a linked E-commerce commodity page;
the e-commerce commodity information comprises: e-commerce name, commodity appearance, commodity price, price trend and sales volume trend, wherein the information is displayed in an image form;
the list mode display specifically comprises the following steps: the e-commerce name image, the commodity appearance image and the commodity price image are displayed in an overlapping mode to form a single image, and the price trend image and the sales amount trend image are displayed in an overlapping mode to form a single image;
the method is characterized in that the E-commerce name image, the commodity appearance image and the commodity price image are displayed in an overlapping mode to form a single image, and specifically comprises the following steps: adjusting the e-commerce name image to have the lowest resolution of the three images, blurring the e-commerce name image, and converting the e-commerce name image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula: i ═ ((i-1) modL) +1
j' ═ ((j-1) modL) +1, where the conversion matrix is an L × L matrix whose elements are integers from 1 to L2, mod denotes congruence calculation;
according to the sequence of the pixel radial matrix element l from small to large, the pixel points of the clear image corresponding to the position l are fuzzified point by point, lmaxIs the maximum of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) and (3) circulating the steps (1) and (2) until l is l +1max；
Thus, the e-commerce name image is converted into a fuzzy image; and then, overlapping the commodity outline image and the commodity price image below the e-commerce name image, and enabling the commodity outline image and the commodity price image to be visible in gaps between binary points of the e-commerce name image.
2. The method of claim 1, further comprising:
the overlapping display of the price trend image and the sales quantity trend image to form a single image specifically includes:
adjusting the price trend image to have the lowest resolution of the two images, blurring the price trend image, and converting the price trend image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula: i ═ ((i-1) modL) +1
j' ═ ((j-1) modL) +1, where the conversion matrix is an L × L matrix whose elements are integers from 1 to L2, mod denotes congruence calculation;
according to the sequence of the pixel radial matrix element l from small to large, the pixel points of the clear image corresponding to the position l are fuzzified point by point, lmaxIs the maximum of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) and (3) circulating the steps (1) and (2) until l is l +1max；
Thus, the price trend image is converted into a fuzzy image; the sales trend image is then overlaid under the price trend image and made visible in the gaps between the binary points of the price trend image.
3. A promotional system for sharing devices, comprising: the device comprises a shared device main body and a touch shopping module;
the user logs in by using the touch shopping module and purchases corresponding goods by using the touch shopping module;
the touch shopping module is matched with a commodity promotion advertisement according to user identity information and displays the commodity promotion advertisement in the touch shopping module, wherein the user identity information comprises: user account information, user consumption habits and user historical shopping information;
wherein, the touch shopping module comprises:
a display unit: the system comprises a sharing device, a display device and a display device, wherein the sharing device is used for displaying a webpage and receiving scene commodity information, and the scene commodity is positioned in the webpage and is expressed in a text or picture form;
an emphasis unit: when the touch point moves to be located on the scene commodity, the characters or pictures of the scene commodity are highlighted;
a fuzzy search unit: the system is used for fuzzy search of standard characters or standard pictures corresponding to the scene commodities, and the standard characters or standard pictures correspond to the unique identification of the scene commodities;
an accurate search unit: the electronic commerce system is used for accurately searching the associated electronic commerce commodity information through the unique identification;
a point contact unit: the electronic commerce system is used for displaying corresponding information of each electronic commerce commodity in a list mode when the scene commodity is clicked by a touch point, wherein the list is longitudinally different electronic commerce commodities and transversely commodity information of each electronic commerce commodity;
a linking unit: the electronic commerce system is used for clicking each electronic commerce commodity item in the list and entering a linked electronic commerce commodity page; the e-commerce commodity information comprises: e-commerce name, commodity appearance, commodity price, price trend and sales volume trend, wherein the information is displayed in an image form;
the list mode display specifically comprises the following steps: the e-commerce name image, the commodity appearance image and the commodity price image are displayed in an overlapping mode to form a single image, and the price trend image and the sales amount trend image are displayed in an overlapping mode to form a single image;
the method is characterized in that the E-commerce name image, the commodity appearance image and the commodity price image are displayed in an overlapping mode to form a single image, and specifically comprises the following steps: adjusting the e-commerce name image to have the lowest resolution of the three images, blurring the e-commerce name image, and converting the e-commerce name image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
i'＝((i-1)mod L)+1
j' ═ ((j-1) mod L) +1, where the conversion matrix is an L × L matrix whose elements are integers from 1 to L2, mod denotes congruence calculation;
according to the sequence of the pixel radial matrix element l from small to large, the pixel points of the clear image corresponding to the position l are fuzzified point by point, lmaxIs the maximum of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) and (3) circulating the steps (1) and (2) until l is l +1max；
Thus, the e-commerce name image is converted into a fuzzy image; and then, overlapping the commodity outline image and the commodity price image below the e-commerce name image, and enabling the commodity outline image and the commodity price image to be visible in gaps between binary points of the e-commerce name image.
4. The system of claim 3, further comprising:
the overlapping display of the price trend image and the sales quantity trend image to form a single image specifically includes:
adjusting the price trend image to have the lowest resolution of the two images, blurring the price trend image, and converting the price trend image into a blurred image: firstly, defining a pixel radiation matrix, wherein the value of a pixel radiation matrix element l is a label indicating the processing sequence of pixel points at corresponding positions in an e-commerce name image, and the corresponding relation between the coordinates (i ', j') of the pixel radiation matrix element and the coordinates (i, j) of the pixel points of the original image is derived and calculated by the following formula:
i'＝((i-1)mod L)+1
j' ═ ((j-1) mod L) +1, where the conversion matrix is an L × L matrix whose elements are integers from 1 to L2, mod denotes congruence calculation;
according to the sequence of the pixel radial matrix element l from small to large, the pixel points of the clear image corresponding to the position l are fuzzified point by point, lmaxIs the maximum of the pixel radiation matrix elements, specifically:
(1) blurring all pixel points of the original image at the position corresponding to the element value z of the element l in the pixel radiation matrix;
(2) spreading the fuzzification error of the pixel point processed in the step (1) to an unprocessed pixel point adjacent to the pixel point in the original image according to an equal division ratio, wherein the pixel point of the original image is processed according to the size of elements in a pixel radiation matrix, namely the size sequence of labels, so that the adjacent unprocessed pixel point is the pixel point with the element value of the corresponding pixel radiation matrix being greater than l in the adjacent pixel point;
(3) and (3) circulating the steps (1) and (2) until l is l +1max；
Thus, the price trend image is converted into a fuzzy image; the sales trend image is then overlaid under the price trend image and made visible in the gaps between the binary points of the price trend image.
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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102306364A (en) * 2011-10-09 2012-01-04 江苏省莱科信息技术有限公司 Intelligent shopping system and intelligent shopping method
CN102663783A (en) * 2012-03-22 2012-09-12 上海华勤通讯技术有限公司 Image realization apparatus and image realization method thereof
CN103049872A (en) * 2012-12-19 2013-04-17 江苏乐买到网络科技有限公司 Method for automatically checking promotion information in online shopping
KR20150122296A (en) * 2014-04-22 2015-11-02 이계훈 Advertising system using codi image and advertising method using thereof

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102306364A (en) * 2011-10-09 2012-01-04 江苏省莱科信息技术有限公司 Intelligent shopping system and intelligent shopping method
CN102663783A (en) * 2012-03-22 2012-09-12 上海华勤通讯技术有限公司 Image realization apparatus and image realization method thereof
CN103049872A (en) * 2012-12-19 2013-04-17 江苏乐买到网络科技有限公司 Method for automatically checking promotion information in online shopping
KR20150122296A (en) * 2014-04-22 2015-11-02 이계훈 Advertising system using codi image and advertising method using thereof

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