272 results about "Wallpaper" patented technology

The present invention is a new 3D graphical user interface (3D GUI) technology that seamlessly integrates personal computer (PC) desktop, web portal, and data visualization functions in an intuitive 3D environment. This new paradigm in human computer interfaces provides a seamless and intuitive ability to create a 3D website, “walk” or navigate from one 3D website to another, and allows multiple users to collaborate and interact with each other and the website. The invention dynamically creates a customized 3D environment that allows intuitive access to complicated websites as well as seamless multi-user collaboration and interaction. —In a preferred embodiment of the invention—The 3D GUI installs as the active desktop on a PC, replacing the user's “wallpaper” with the 3D GUI. —In another embodiment—The 3D GUI is accessed via a standard web browser window (i.e. using Netscape Navigator or Internet Explorer). —In either of these embodiments—, The user can simply “walk” from one 3D website to another, see and communicate with other users that are also at that website, access website information and share information with other users currently visiting the website. The invention also provides a method for reducing the file size normally associated with transmitting all the content in a 3D website.

Described is a system that relates to purchases of and / or access to remotely located goods, services and information in general, such as through the Internet or by mobile phone devices, including chat services, dating services, matchmaking services, meeting services, access to games and other executable products, access to wallpaper displays and ringtones for phones, news of any type, sports, gaming and betting, weather reports, and in general any and all services, goods and information which may be provided by a telephone device, the Internet or by any means, and which may be paid for by way of text and / or multimedia messaging.

A display system for displaying samples of wallpaper includes a display stand having a frame and a plurality of display panels, a plurality of wallpaper display samples affixed to the display panels in a pre-selected pattern, a plurality of pre-cut wallpaper take home samples correlated with the display samples and a plurality of containers sized and shaped for removably holding a supply of the take home samples. Each of the containers is mounted onto the frame so as to be located proximate to one of the display samples so as to visually associate the supply of the take home samples with the display sample correlated therewith. The display stand may include a frame rotatably mounted on a base, and upstanding members extending upwardly from the base and outwardly from a notional central axis at 90° angles to each other. The display panels may include pairs of display panels extending between adjacent upstanding frame members, wherein the display panels of each of the pairs are arranged at an obtuse angle to each other, and at an acute angle to an adjacent upstanding member.

The invention aims at providing an aqueous disperse dye ink-jet printing ink with excellent comprehensive performance capable of overcoming the defects of the traditional disperse dye ink-jet printing ink, and a preparation method of the aqueous disperse dye ink-jet printing ink. The aqueous disperse dye ink-jet printing ink has good ink storage stability and good printing fluency; the service time of a disperse dye ink-jet product is greatly prolonged; the aqueous disperse dye ink-jet printing ink can be cured under the irradiation of ultraviolet light (UV); the comprehensive performances of the ink, such as light resistance, water tolerance, chemical resistance, high and low-temperature resistance, rubbing scratch resistance, high brightness and ageing resistance of the ink are improved; the aqueous disperse dye ink-jet printing ink is applicable to an uncoated and non-printing coating medium and is applied to the fields such as digital printing, digital calico printing, digital images, office documents, outdoor inkjet, ceramic tile wallpapers, glass plastics and surface decoration.

The invention relates to active lock wallpapers. The subject disclosure is directed towards a technology in which a mobile device such as a phone automatically changes its lock wallpaper content (e.g., an image or video) that appears when the device is in its lock state. An API or the like allows information to be received from an application or service according to which the content is changed, including obtaining the content as needed. The lock wallpaper content may change in response to an automatic change event, and may correspond to a current device context. For example, lock wallpaper content may be displayed based upon a currently playing podcast, audio track, or currently running application program or service. The lock wallpaper may change among content obtained from a social networking site, or from a favorites store. The device may allow gesturing to change the content.

This invention relates to advertising in a mobile handheld devices with voice telephony capabilities by partly transferring the control over certain functions in the device, such as the selection of wallpaper, screensaver or gadgets, from the user to another party for example the phone network operator, advertisers and companies reselling advertising space, with a possible direct interaction with the billing system of the phone operator.

A display system for displaying samples of wallpaper includes a display stand having a frame and at least one panel, a plurality of wallpaper display samples affixed to the at least one panel in a pre-selected pattern, a plurality of pre-cut wallpaper samples correlated with the display samples and a plurality of containers sized and shaped for removably holding the pre-cut samples. The pre-cut samples are sized to be substantially smaller than the display samples, and each of the containers is secured to the at least one panel in front of a pre-selected portion of one of the display samples so that a significant portion of the display sample is exposed for visual and tactile examination. The display stand may include four upstanding members which are arranged at approximately ninety-degree intervals about a notional central axis and which project outwardly from that axis, and which each have at least two substantially oppositely faced mounting surfaces on which wallpaper samples may be displayed.

The invention relates to a wallpaper printing process and particularly relates to a wallpaper printing process without the limitation of the length of a unit pattern. The wallpaper printing process is finished by adopting multi-section rotary screen printing equipment. Each piece of multi-section rotary screen printing equipment comprises a plurality of rotary screen printing rollers and an alignment control device; a pattern of wallpaper is divided into at least two sections; each section of the pattern is finished by one corresponding rotary screen printing screen plate; one section of the pattern is printed respectively by at least two rotary screen printing screen plates; then the two sections of the patterns are connected to form a complete wallpaper pattern. According to the wallpaper printing process, the large-size wallpaper without the limitation of the perimeter can be produced and the patterns of the wallpaper are diversified and are dynamic; the printed wallpaper has an embossment stereoscopic impression; the production process is suitable for industrial production and low in production cost; the quality is guaranteed effectively.

The invention discloses a wallpaper background switching processing method of a multi-desktop system, and mobile intelligent equipment. The wallpaper background switching processing method comprises the steps that whether an operating event instruction of desktop switching is received is detected regularly; when the operating event instruction of switching from a first desktop system to a second desktop system is received, desktop background lists that are established in advance and used for recording wallpaper backgrounds corresponding to the desktop systems one by one are searched automatically; a wallpaper background name corresponding to the second desktop system is searched out from the background lists, and automatically linked to a corresponding wallpaper background document; and the linked wallpaper background document is configured and displayed as the wallpaper background of the current desktop desk. According to the wallpaper background switching processing method and the mobile intelligent equipment, a function that different wallpaper is set and displayed by different sub-desktop systems is achieved, and the problem that the multi-desktop system of the mobile intelligent equipment can only share the same wallpaper background at present is solved, so that requirements of users on individual wallpaper settings are met.

The present invention discloses a wallpaper image generation method and a portable electric device thereof. The portable electric device comprises an image capture module, an image analysis module, a data processing module and a display module. The image capture module is operable to capture a digital image. The image analysis module is operable to analyze the digital image to obtain a first color data. The data processing module is operable to execute an operating system and generate a wallpaper image for an operation interface of the operating system. The display module is operable to display the operation interface and the wallpaper image. In embodiment, the image analysis module randomly selects a pixel of which color is set as the first color data, and the data processing module generates the wallpaper image according to the first color data, other similar color and a predefined pattern.

The invention discloses a festival wallpaper switching method of a cellphone. The festival wallpaper switching method includes steps of (1) setting festival switching time of wallpaper; (2), detecting whether a system date of the cellphone is the preset festival switching time or not in real time; (3), if yes, judging whether the cellphone is connected with the network or not; if not, returning the step (2); and (4), downloading festival wallpaper of the current festival from online wallpaper data when the cellphone is connected with the network, and calling prestored wallpaper in the cellphone to switch when the cellphone is not connected with the network. The festival wallpaper switching method can automatically download corresponding festival wallpaper online for switching, so that wallpaper of the cellphone can be diversified, and more options are brought for users.

The embodiments of the invention provide a method and a device for setting application program icons on a desktop wallpaper. The method comprises the steps of performing image identification on a desktop wallpaper and acquiring a target area meeting preset conditions in the desktop wallpaper, wherein the preset conditions are that the difference between the maximum value and the minimum value of RGB color values corresponding to each pixel in the target area is in a preset range; setting application program icons on the desktop in the target area. The device comprises a target area acquiring module and an icon setting module. According to the embodiments, by identifying a target area in a desktop wallpaper with the difference between the maximum value and the minimum value of RGB color values corresponding to each pixel being in a preset range, the area in the desktop wall paper having no influence on the viewing of application program icons is acquired; the application program icons are set in the target area and do not coincide with wallpaper patterns and cause confusion, so that user can find application program icons easily.

An interaction method for a dynamic wallpaper and a desktop component including providing a dynamic wallpaper and at least one desktop component on a terminal screen, with the dynamic wallpaper including a background image, providing a screen capturing module for capturing the background image loaded with the desktop component to form a buffer file, and coding the same as an image format for storage, providing an edge detection module for performing pixel scanning comparison on the background image and the stored buffer image, circularly performing pixel scanning comparisons until the edge location data of the at least one desktop component is obtained, and changing the dynamic effects of the dynamic wallpaper according to the data obtained.

The purpose of embodiments of the present application is to provide an application icon setting method and apparatus, and a mobile terminal. The method comprises: performing area recognition on a wallpaper of a mobile terminal, and determining at least one target area in the wallpaper, wherein the target area contains an established entity object; according to a preset selection rule, selecting atleast one area in the determined at least one target area as a core area; detecting whether there is an application icon at the core area; and if so, adjusting display information corresponding to the application icon at the core area, so that the adjusted application icon matches the pattern at the core area. According to the application icon setting method and apparatus, and the mobile terminalprovided by the embodiments of the present application, the problem of the occlusion of the wallpaper by the application icon can be solved, and the utilization of the screen of the mobile terminal can be ensured.

The invention relates to an installation and display method of a dynamic wallpaper of an Android mobile phone. The process of mobile phone turning off comprises the following steps that: (201) and (202): a wallpaper service program receives a system message of external memory card unloading; (203), it is determined whether a current system wallpaper is a dynamic one on the external memory card; if so, a next step is taken; if not, a step (205) is taken; (204), relevant information of the current dynamic wallpaper is recorded and stored; and (205), the mobile phone is turned off. The process of mobile phone turning off comprises the following steps that: (301) and (302): the wall service program receives a system message of successful mounting of the external memory card; (303), the relevant information is read; (304), it is determined whether the relevant information points to the external memory card; if so, a next step is taken; if not, a step (307) is taken; (305), it is detected whether the dynamic wallpaper still exists on the external memory card; if so, a next step is taken; if not, a step (307) is taken; (306), a current wallpaper is set as a dynamic wallpaper in the external memory card; and (307) and (308): the turning on process is completed and the whole process ends.

The embodiment of the invention provides an application icon exchanging method and apparatus. The method is applied to a terminal. A piece of wallpaper and an application icon are displayed on a desktop of the terminal. The method comprises steps of monitoring whether the wallpaper is changed, determining a color histogram static value of a background wallpaper according to pixel values of each pixel of the background wallpaper corresponding to the application icon if the wallpaper is changed, calculating a Bhattacharyya factor between a color histogram static value of the application icon and the color histogram static value of the background wallpaper, and displaying an application icon having the largest Bhattacharyya factor on the background wallpaper. By the use of the embodiment of the application icon exchanging method and apparatus, the application icon having the highest Bhattacharyya factor with the background wallpaper can be timely exchanged when a user wants to exchange the wallpaper; chromatic aberration between the application icon and the wallpaper can be improved, so the application icon is outstood and attracts users to click; and click rate of the application icon can be improved.

Provided are a method and device of realizing 3D dynamic effect interaction on a handset launcher. The method comprises: classifying functions of a 2D handset launcher to obtain a 3D dynamic effect function list; distributing 3D dynamic effect types for dynamic effect type numbers, and creating dynamic effect templates and distributing 3D dynamic template numbers; creating a 3D launcher engineering and a graph engine library; designing a 3D dynamic effect frame and implanting the 3D dynamic effect frame into the 3D launcher engineering, and creating a dynamic effect factory for the 3D dynamic effect types; instantiating the dynamic effect factory and registering the dynamic effect factory into the 3D dynamic effect frame; designing a 3D dynamic effect configuration list; creating 3D dynamic effect operation conditions on the 3D launcher engineering; creating a dynamic wallpaper template or a static wallpaper template into a wallpaper frame; and packing 3D theme packages and loading the packing 3D theme packages into the operation environment of 2D launcher engineering. The method and device can meet user demands and enhance user experience.

The invention discloses a terminal display method, a terminal and a computer readable storage medium, and the method comprises the steps of drawing windows corresponding to screen display states, suchas a desktop display state and a lock screen display state, on a wallpaper window; setting the windows corresponding to the screen display states to be transparent, and controlling windows corresponding to the screen display states to be displayed with the content in the wallpaper window as the background; in addition, animations with coherent pictures are played in the wallpaper window. Thus, nomatter which screen display state the terminal is in or which screen display states the terminal is switched, the animation with coherent pictures played in the wallpaper window is watched by the user, so that the different screen display states of the terminal can achieve a mutual association effect based on the display content, the switching between different screen display states is smoother and more natural, the display effect of the terminal is improved, and the user experience is enhanced.

An improved method and apparatus for the cutting of inside 90-degree corners such as cabinet lining, wallpaper and the like is provided. The invention fits snugly into a 90-degree corner, and an internally contained razor blade depresses enough to cut the paper product desired. Sheet, film, or foil material is positioned or applied over the corner. The cutting device is then inserted firmly into the corner, and slide button 24 slid along a track in order to cut the paper the full length of the cutting device. If the length of the desired cut should exceed the cutting length of the device, the device can simply be moved, and the process repeated until the full piece of paper is cut.

The invention discloses a processing method for producing wallpaper with a special brushed texture effect by using rotary screen coating printing. The steps of the method are: the combined design of the inner scraper and the rotary screen printing plate wheel (the thickness of the inner scraper is 0.15-0.25 mm, the width is 25-40 mm, the size of the rotary screen is 641 mm in outer diameter and circumference, and the opening mesh is 20~ 80 mesh), select PVC slurry with thixotropic properties, install the scraper in the printing unit of the rotary screen printing and coating machine (adjust the plate position to 20-60mm, and the plate pressure to 0.2-2kg / ㎡), inject the slurry , Start printing (the heating temperature of the production line is controlled at 150-190°C, and the production line speed is 10-60 meters per minute) to produce wallpapers that are arranged in an orderly manner with a longitudinal curve and brushed texture effect. The present invention combines western oil painting technique with rotary screen printing technology, creates a new process of printing and coating curve drawing, and produces a brand new wallpaper product that can have longitudinal or horizontal curve drawing texture effect, so as to realize the beauty of the designer's conception. The beauty of products turned into reality, and open up people's horizons with new technologies.

The invention discloses an environment-friendly inkjet printing ink composition for common printing media and raw wallpaper, as well as a preparation method and application thereof, and belongs to the field of printing technology. The environment-friendly inkjet printing ink composition comprises colorant pigment, high-molecular polymer, an environment-friendly organic solvent and a surfactant. By being matched with the inkjet printing ink composition and professional color management printing software, a wide format ink-jet printer with a micro piezoelectric nozzle formed by adding a heating device for a printer head can perform ink-jet printing on the media of a common non inkjet coating; the environment-friendly inkjet printing ink composition has the characteristics of environment protection, safety, slight smell, water resistance, scratch resistance, high ink drying speed, and good stationarity between the ink and the media.

The invention discloses an interface display method of a mobile terminal. The method comprises the following steps: acquiring a current sound parameter and / or a current brightness parameter; and controlling interface display of the mobile terminal according to the current sound parameter and / or the current brightness parameter. The invention further discloses a mobile terminal for interface display of the mobile terminal and a computer readable storage medium. According to the invention, the corresponding background picture or wallpaper is obtained through the detected current sound parameterand / or current brightness parameter; the mobile terminal is controlled to display the corresponding background picture or wallpaper, the display of the display interface of the mobile terminal can bechanged according to the environment change, the background or wallpaper of the display interface becomes more diversified, meanwhile, a user does not need to switch manually, and the beneficial effects of simplicity, convenience, practicability and diversification are achieved.

The invention discloses a dynamic wallpaper implementation method and device. The dynamic wallpaper implementation method comprises the following steps: detecting an operation of setting dynamic wallpaper by a user; and in response to the operation, displaying the dynamic wallpaper on a display screen, wherein the dynamic wallpaper is drawn according to a configuration file corresponding to the dynamic wallpaper and texture data corresponding to the N frames of images, and the configuration file is loaded in the buffer space, and the configuration file comprises size information, display position information and display sequence information of N frames of images, and the display sequence information is used for indicating a display sequence of the N frames of images on the display screen,and the display position information represents a display area of each frame of image on the display screen; wherein the texture data corresponding to the N frames of images is obtained by processingthe N frames of images in a buffer space and is stored in a native memory Native; and wherein N is an integer greater than or equal to 2. Occupied application heap memory can be saved, and dynamic wallpaper display lag caused by memory overflow is avoided.

The invention discloses a dynamic wallpaper acquisition method and device, and belongs to the technical field of communication. The method includes the steps: receiving a first input selecting a plurality of images, wherein each image includes a target display element; under the condition that the multiple images meet a preset dynamic image generation condition, a dynamic image is generated based on target display elements in the multiple images, and the dynamic image comprises a dynamic display object; and taking the dynamic image as the target dynamic wallpaper, wherein a dynamic display object in the dynamic image is associated with the target behavior scene information.

The invention discloses intelligent luminous wallpaper and an application method. The intelligent luminous wallpaper comprises a power source, an upper computer, a control circuit board and a luminous wallpaper body, wherein the luminous wallpaper body comprises a luminous material layer, an upper electrode layer, a lower electrode layer and an insulating layer; the control circuit board is connected with the upper computer so that control signals which are transmitted by the upper computer are acquired; and the upper electrode layer and the lower electrode layer are directly driven to generate corresponding potential difference signals to control luminescence of pixel points in the luminous material layer, so that a color image is generated. The intelligent luminous wallpaper has the advantages that various color images which are required by a user can be displayed on four walls, light is uniform and soft, the problem that the traditional bulb is dazzling or produces shadows is solved, the atmosphere which is suitable for various places can be created, and the application prospect is wide; the power consumption is low, the illuminating efficiency is high, and the intelligent luminous wallpaper is energy-saving and environment-friendly; manufacturing materials are cheap, and the cost is low; and the intelligent luminous wallpaper is convenient to clean, has certain fire resistance and is easy to maintain, and edge warping, mouldiness and bubbling due to moist are avoided.

Methods and apparatuses are provided for enhancing wallpaper display. A method may include determining a display position for each of at least one graphic item. The method may further include determining, for each respective candidate image of at least one candidate image, locations of any visually significant regions in the respective candidate image. The method may additionally include determining an image from the at least one candidate image at least in part by comparing the determined display positions of the at least one graphic item to the determined locations of the visually significant regions of the at least one candidate image. Corresponding apparatuses are also provided.

The invention discloses a design method for a wallpaper embossing wheel mold. The design method comprises the steps of using professional wallpaper drawing software AVAsystem to perform data analysis to an original hand drawing and converting a stereoscopic hierarchy feeling and texture data in the original hand drawing into two-dimensional plane data codes; and then converting the two-dimensional plane data codes into data for processing a three-dimensional wallpaper embossing wheel mold through the professional software AVAsystem to complete the design of the wallpaper embossing wheel mold. Further, the wallpaper embossing wheel mold is engraved by adopting a laser engraving method according to the obtained data for processing the three-dimensional wallpaper embossing wheel mold. Not only can the wallpaper embossing wheel mold which is manufactured by adopting the design method for the wallpaper embossing wheel mold more finely and completely present the unique picture, flowers and colors of the original drawing, but also the development time of the wallpaper embossing wheel mold is decreased to 25 days from the original 45 days and the development speed of the wallpaper embossing wheel mold is greatly improved.

A composite heating system for use in a wallpaper printing system, the wallpaper printing system passing a media web along a media path from a media cartridge, past a printhead, to a wallpaper exit region, the composite heating system comprising: a first heating system, disposed between the media cartridge and the printhead, comprising a pre-heater; and, a second heating system, disposed between the printhead and the wallpaper exit region, comprising: an heating element provided within a first chamber positioned on one side of the media web; at least one fan positioned to force air past the heating element; the first chamber adapted to direct the heated air through an opening into a second heating chamber positioned on the other side of the media web; and, the second heating chamber receiving subsequent portions of the printed media web passed into the second heating chamber through the opening.