212 results about "Graphical design" patented technology

A data processing system implements receiving a user marking of a textual area in a graphic design image; constructing a prompt including the image, the marking, and instructions to a generative model to identify character(s) in the area, to determine design context attribute(s) of the character(s) with respect to the image, and to create a new image based on one changed design context attribute, the attribute(s) including a character design and semantics of the character(s), and a position of the area in the image; providing the prompt to the model and receive the character(s), the attribute(s), and the new image; providing the character(s), the attribute(s), and the new image to a client device; and causing the client device to display at least one of the new image or an editable text box over the area in the image, the box showing the character(s) based on the attribute(s).

In one aspect, a computerized method of automatically generating suggestions for a graphic design using a one click virtual button using an artificial-intelligence (AI) assistant for generating one or more contextually relevant graphics designs includes the step of receiving a digital design in a digital design tool. The digital design tool comprises the one click virtual button using the AI assistant for generating the one or more contextually relevant graphic designs. The method includes the step of detecting an event trigger for the one click virtual button. The method includes the step of with the AI assistant. The AI assistants operations includes determining and suggesting a set of alternate background images for the digital design, determining and suggesting a set of alternate font types, determining and suggesting a set of color replacements, determining and suggesting a set of alternate layout suggestions of multiple elements in the scene, determining and suggesting a set of icon replacements, determining and suggesting a set of graphs and chart replacements, determining and suggesting a set of resizes of the digital design, and determining and suggesting a set of alternate collage configuration. The method includes the step of enabling a user to selection at least of the as a user selection. The method includes the step of integrating the user selection into an updated version of the digital design. The method includes the step of displaying the updated version of the digital design in the digital design tool.

The invention relates to a computer-based method for gradual subdivision of large computer-aided graphic design (CAD) and part models using different principles to analyze production defects and their criticality levels, and to perform quality and life prediction of the final product.

The invention discloses an image vectorization method and device based on a neural diffusion curve. According to the method, geometric control point parameters of multiple sections of Bezier curves are predicted from end to end in an input grating image through a deep neural network, and the main contour and color structure of the image are accurately represented in a Bezier curve form; color control points on the two sides of the curve are automatically extracted through a micro color sampling module, and physically consistent diffusion curve representation is constructed; and performing neural approximation on the resolving process of the diffusion equation by adopting a rendering network based on a Fourier neural operator to realize end-to-end micro-reconstruction of the image generated by the prediction curve, thereby reversely optimizing the geometric prediction of the curve by using a reconstruction error. According to the method, manual intervention is not needed, image vector representation which is high in fidelity, infinite in scaling, lossless in editing and capable of supporting natural layering can be automatically generated while physical rendering consistency is kept, precision and efficiency are improved, and the method is suitable for the fields of image vectorization, digital art creation, micro rendering, graphic design and the like.

The invention discloses an auxiliary tool for installing a bidirectional bending large-dip-angle curtain wall system and a design method, and relates to the technical field of constructional engineering. Computer graphic design software is combined to measure the bending angle of the large-dip-angle curtain wall system and position relation data of the large-dip-angle curtain wall system and a main body structure; working face width required by curtain wall installation is calculated according to the position relation data; a stress model of the shelving platform is regarded as a single-span cantilever beam, and design checking calculation is conducted on the safety and stability of a main beam of a shelving platform system; and calculating the elongation of the steel wire rope under the load action of the hanging basket by adopting Hooke's law, and comparing whether the elongation of the steel wire rope exceeds a safety distance threshold between the guide steel wire rope and the structural surface. Through reasonable design and scientific checking calculation, the hanging basket can be used in cooperation with a conventional hanging basket, the advancing direction of the hanging basket is controlled through the guiding device, a reliable working face is provided for a curtain wall system of a bidirectional bending large-dip-angle model, and the problems that the curtain wall system of the type is long in installation period, high in measure cost and the like are solved.

The present disclosure teaches a digital learning platform in which lessons and other interactions with the platform key off of a learner's inspiration by a wearer's garment with a graphic design and coding unique to that singular garment. The unique coding enables the learner to connect to the platform with their network connected, code scanning mobile device to access a lesson or course related to the graphic design while the wearer / user of the garment may receive value, points, and credit for the learner's activity.

The disclosure provides methods and systems for dynamic content generation. A method may receive, at a first interactive element of a user interface, at least one job title. The method may receive, at a second interactive element of the user interface, a template selection from a list of available templates representing a graphical design for the sample résumé. The method may generate a prompt including the at least one job title. The method may provide the prompt to an artificial intelligence (AI) model instructing the AI model to generate content related to the at least one job title included in the prompt. The method may receive résumé content generated by the AI model based on the prompt. The method may apply the template selection to the résumé content to generate the sample résumé. Furthermore, the method may display the sample résumé in a third interactive element of the user interface.

Graphic design for educational and interactive media

Surface pattern and graphic artwork for application to printed merchandise, including mugs, stickers, keychains, T-shirt

This invention discloses a method for testing and evaluating the legality of publish-subscribe relationships in a ship information system. The method includes: defining the publish-subscribe relationships of each node in the ship information system, including publishers, subscribers, and topic strings, through graphical design or formatted file import, and storing this as structured data; in the local area network (LAN) where the ship information system operates, detecting and acquiring the actual publish-subscribe relationships of each node in the LAN in real time through the built-in topics of the publish-subscribe mechanism, including the actual publishers, subscribers, and topic strings, and storing this as structured data; comparing the actual publish-subscribe relationships with the defined designed publish-subscribe relationships item by item, and judging the legality of each actual published or subscribed topic according to predetermined publish-subscribe legality evaluation rules, and outputting the evaluation result. This invention can quickly define correct publish-subscribe relationships, detect actual relationships in the network in real time, and automatically perform comparisons and evaluations.

The invention belongs to the field of PCB (printed circuit board) production, and particularly relates to a production method for preventing waste blockage in PCB forming routing, which comprises the following steps of: S1, performing positioning drilling on a PCB to drill a positioning hole; s2, the PCB is placed on a machine table, the PCB is positioned according to the positioning holes and fixed in a vacuum adsorption mode, and it is ensured that the board surface is flat and free of warping; s3, according to the specific graphic design of the PCB, a forming routing path is planned, and a waste crushing path is designed; s4, the forming routing equipment is started, according to the routing process, an end mill conducts contour cutting according to the preset path, and meanwhile the end mill crushes the waste along the waste crushing path; and S5, in the cutting process, a machine table dust collection system operates synchronously, a waste crushing path is designed before board milling, during board milling, an end mill conducts contour cutting according to a preset path, meanwhile, the end mill crushes waste along the waste crushing path, waste powder is crushed into small-particle waste, and therefore follow-up waste blockage and dust collection can be prevented.

The invention belongs to the technical field of LED epitaxial structures, and particularly relates to a blue-green dual-wavelength epitaxial growth method and structure, and the growth method comprises the steps: patterning a substrate, carrying out the first filling, then growing green light MQW and NGaN, carrying out the second patterning, forming a multi-layer gradient structure, carrying out the ALN coating, carrying out the second epitaxial filling, then growing blue light MQW, and carrying out the P Side. According to the invention, the smooth transition of the refractive index is realized by carrying out secondary patterning and a multi-layer gradual change structure after green light MQW; through the design of the stress buffer layer, the difference of thermal expansion coefficients of two times of epitaxy is matched, and the blue light MQW is grown, so that the problem of poor material quality after the first time of green light MQW growth can be effectively improved; due to the double-layer graphical design, the light extraction efficiency of the blue light is improved, and the luminance of the green light MQW is excited; the second layer of graphical design is carried out on the NGaN, and due to the fact that the pattern is etched on the GaN material, the designed pattern is ultra-large in height and width and does not affect the growth quality of the subsequent material, and the propagation direction of light can be more effectively changed through a large pyramid structure.

The present invention discloses a method for bidirectional association between graphical engineering and code of a spacecraft control system, which includes screening and encapsulating the source code of the simulation verification program, storing the extracted information; using the extracted information to associate with the graphical design project, identifying change items, including addition, deletion, and modification, and automatically updating the graphical design project. The present invention can, based on the existing graphical design project of the spacecraft control system, import the modified simulation verification code, scan and parse it, and can compare the new and old codes, achieving the maximum degree of automatic update of the graphical design project, avoiding repeated modification of the simulation verification program and the graphical design project, and greatly improving the iteration efficiency of the design verification process.

A method and system for fabricating reflective traffic signs for scale model applications. A scaled traffic sign image is generated using graphic design software and printed onto a transparent or reflective medium. The printed signage layer is bonded to a reflective substrate and affixed to a rigid backing material such as aluminum. The sign is then mounted on a scale stand formed from metal, plastic, or wood. Various fabrication techniques may be used, including water transfer of printed images using clear tape, printing onto acetate, or direct printing onto reflective material. In some embodiments, 3D-printed structural supports are used to house light-emitting diodes (LEDs) to simulate illuminated signage. The resulting scale signs replicate the appearance and reflective characteristics of full-size traffic signs and are suitable for use in model railroads, dioramas, architectural layouts, and educational displays.

This application discloses an automatic data management function generation system and device, applied in the database field. The device is equipped with the system. The system includes: a data source design module for generating table metadata in response to user input commands in a graphical design interface; an automatic form generation module for generating front-end code for forms by recognizing the table metadata; a business layer data encapsulation module for encapsulating the front-end form data, enabling the encapsulated form data to interface with back-end business logic; and a historical data management module for storing historical versions of form data. This reduces workload while avoiding code oversights and errors caused by human error.

The present disclosure relates to systems, non-transitory computer-readable media, and methods for generating graphic design layouts using a machine learning model to modify a layout according to content conditions. For example, the disclosed systems receive, from a client device, one or more content conditions defining parameters for generating design layouts. In some embodiments, the disclosed systems generate a set of fused features from the one or more content conditions. In certain embodiments, the disclosed systems encode, utilizing a machine learning, a content-conditioned layout embedding from the set of fused features. In some embodiments, the disclosed systems generate, from the content-conditioned layout embedding utilizing the machine learning model, a design layout comprising layout parameters defined by the one or more content conditions.

A machine (1) for manufacturing cigarettes (P) having a first graphic design (M1) on the tobacco side (P1) and a second graphic design (M2) on the filter side (P2) and aligned with the first graphic design (M1). The machine (1) comprises at least one sensor (600) for detecting the position and / or orientation of a first graphic design (M1) and a second graphic design (M2) on each cigarette (P), and a control unit (U), a control unit (U) is connected to the sensor (600) and is configured to adjust the formation of the cigarette (P) according to a deviation in position and / or orientation between the first graphic design (M1) and the second graphic design (M2).

This application discloses a canvas rendering method, apparatus, computer-readable medium, and electronic device. The method includes: upon detecting the startup of a graphic design application, creating a rendering canvas for displaying data to be rendered; then determining a corresponding target project and a target canvas to be rendered within that project based on user operations; wherein, a project includes at least one canvas; further, extracting target canvas data corresponding to the target canvas based on the data status of the target project; wherein, the data status indicates the storage location of the target project data; and finally, rendering and displaying the target canvas data as the data to be rendered on the rendering canvas. This application's technical solution achieves single-canvas rendering, effectively reducing device resource consumption during canvas rendering and improving device resource utilization.

The computer system can operate to associate each of the first and second layers of the graphic design with a mutable data structure. The first layer contains a single component associated with multiple instances, and the multiple instances collectively define multiple states associated with the component. The computer system can simulate the graphic design as it will be deployed in a production environment by (i) setting active values ​​for the mutable data structure based on the attributes of one of the multiple instances of the component, and (ii) automatically configuring the attributes of the objects in the second layer based on the active values ​​of the mutable data structure.

A device includes a processor, and a memory storing executable instructions which, when executed by the processor, cause the processor alone or in combination with other processors to perform the following functions: receive textual user input from a user describing a design to be generated; implement a first prompt generator to generate a first prompt for a Large Language Model (LLM) to restructure the user input; and implement a second prompt generator to generate a second prompt for a text-to-image model using output of the LLM to produce, the second prompt to prompt the text-to-image model to produce a proposed design based on the user input. The proposed design is provided to the user via an application comprising controls for further editing the proposed design.