40 results about "User interface design" patented technology

The invention discloses a bacterial selenoprotein online resource platform, an application method, a terminal and a medium, and relates to the technical field of biological medicine, the online resource platform is deployed on a server, the cloud server is a Ubuntu cloud server, and Nginx, Waitpress and Flask are configured; the server side is in butt joint with a background resource, and the background resource is in butt joint with the constructed bacterial selenoprotein database; the server is in butt joint with a user interface of the front end, the user interface designs a corresponding interface framework and an interaction function based on static resources hosted by Nginx, and the interaction function is used for realizing query, analysis and use of relevant information of the bacterial selenoprotein. According to the method, a convenient online access channel of an integrated database and a real-time data analysis tool are provided for users in related fields, and important support is provided for accurate annotation of selenoprotein genes in a bacterial genome plan.

The invention relates to a reconfigurable equipment simulation system based on software radio, and the system achieves the high-integration, user-friendly and efficient-management reconfigurable equipment simulation system through the modularization and seamless integration of a radio waveform design function, an equipment simulation user operation interface design, a business logic function design and a project management function. Therefore, even if a user does not have a deep programming capability, the user can quickly construct, test, manage and deploy the equipment simulator with complete functions. The system is rich in waveform component and UI component library, customizable in function and good in flexibility, software radio waveform design and equipment simulation are innovatively and seamlessly integrated, automatic non-inductive or manual upgrading can be achieved, the universality is good, various equipment simulators can be designed, the designed equipment simulators have open function expansion, and the system is suitable for popularization and application. And a complete project management process is provided.

1. Name of the product in this design: Graphical User Interface for Mobile Phones (Shopping "Gouwu" app). 2. Purpose of this design: This design is used for human-computer interaction to facilitate the purchase of goods. 3. The key design features of this product are its graphical user interface content. 4. The image or photograph that best illustrates the design's key points: the front view. 5. Due to the lack of design considerations, the rear view, left view, right view, top view, and bottom view are omitted. 6. Purpose of the graphical user interface: This design allows users to access the shopping system's purchase interface through operations on the interface, thus enabling the purchase of goods. 7. Description of the changing states of the graphical user interface: The main view and interface state change diagrams 1-3 show the content presented to the user during use; the main view displays the splash screen animation interface when entering the system. After clicking "Click to enter the world of 'Gouwu'" in the main view, the user enters the interface state change diagram 1. In the interface state change diagram 1, the user enters the mobile phone number and clicks "Send Verification Code". After filling in the verification code, the user clicks "OK" and enters the interface state change diagram 2. In the interface state change diagram 2, the user clicks "Buy" and enters the interface state change diagram 3. The logical changes between the above multiple interfaces are in a single direction. In the interface state change diagrams 2 and 3, the green blocks cover the content screen that is not part of the graphical user interface design itself, and is used to display product images. To enter interface change state diagram 3, you must pass through interface change state diagram 2; to enter interface change state diagram 2, you must pass through interface change state diagram 1; and to enter interface change state diagram 1, you must pass through the main view interface.

The utility model provides a hydrological change and ecological response simulation analyzer, which relates to the technical field of hydraulic engineering and comprises a main body, a groove is arranged at the top of the main body, a two-dimensional display screen is arranged in the groove, a three-dimensional projection is arranged on the inner side of the groove, loudspeakers are arranged on two sides of the groove, and a control button is arranged on one side of the groove. A clamping groove is formed in one side of the control button, a data display screen is arranged on the other side of the clamping groove, a soil analysis opening is formed in one side of the main body, a water quality analysis opening is formed in the other side of the main body, a two-dimensional display screen, a three-dimensional projection device and a loudspeaker are adopted, two-dimensional and three-dimensional visualization, animation demonstration, dubbing of the loudspeaker and the like are achieved, the visualization effect is improved, and the water quality is improved. The user interface design is optimized, the interaction function is added, and the user experience is improved.

A computer-implemented method is disclosed for generating and deploying user interface (UI) designs using AI. The method includes training a learning model on UI designs, receiving user parameters and constraints, and using the trained model to generate an initial UI design. The initial design is presented in a visual editor, where the user refines it into a finished UI, from which human-readable front-end code is produced. This code is sent to a receiving computing device that recreates on the receiving device substantially the same UI image as on the sending device.

1. The name of the design product: conference room reservation display graphical user interface for electronic device. 2. The use of the design product: an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the overall graphical user interface of the design is used to display conference room reservations. 7. The change state description of the graphical user interface: the interface shown in design 1 front view - design 6 front view is the conference room reservation entry graphical user interface for electronic device. The interface shown in design 1 change state figure 1 - design 6 change state figure 1 is the conference room information list graphical user interface. Specifically, in design 1 - design 4, by clicking the conference room reservation button on the interface shown in the front view, the front view can be jumped to change state figure 1, and by clicking the conference room information button in change state figure 1, change state figure 2 can be jumped from change state figure 1. In design 5 - design 6, by clicking the conference room reservation button on the interface shown in the front view, the front view can be jumped to change state figure 1, and by clicking the conference room information button in change state figure 1, change state figure 2 can be jumped from change state figure 1; in change state figure 2, by clicking the reservation button, change state figure 3 can be jumped from change state figure 2. 8. Other circumstances that need to be explained: the gray block frame in design 1 - design 6 is used to display the content screen. In addition, the area using mosaic represents hiding sensitive information and private information in the interface with mosaic, which does not represent the need to protect the mosaic pattern.

Examples include a computer system to enable one or more users to create and configure graphic user interface content for a runtime environment, where the graphic user interface content including a collection of nodes. The computing system programmatically determines connection data as between a plurality of nodes that comprise at least a portion of the graphic user interface content. Based on the connection data, the graphic user interface is rendered to include a set of interactions, where each interaction represents a corresponding runtime transition as between a begin state and an end state of a runtime environment.

An acoustic device and related user interface design are provided. The acoustic device enables visual diagnosis of potential problems from a sound source, e.g., based on visually presenting one type of graphical element indicative of a frequency band and another type of graphical element indicative of a noise level of the sound source in a scene at the frequency band.

Systems and methods related to a ticket vending machine are described herein. An example ticket vending machine includes a digital touch screen designed to output a user interface, the user interface designed to support at least one of an audio control, a tactile control, or combinations thereof, and a barcode reader. The ticket vending machine may also include a ticket dispenser including at least one of a smart card dispenser, a paper ticket printer, a receipt printer, or combinations thereof. The ticket vending machine may further include a fare validation system including a credit card terminal and a currency validation system, wherein the currency validation system includes a coin validation device, a currency hopper, and a bank note recycler. A housing is designed to house the digital touch screen, the barcode reader, the ticket dispenser, and the fare validation system for the ticket vending machine.

Examples include a computer system to enable one or more users to create and configure graphic user interface content for a runtime environment, where the graphic user interface content including a collection of nodes. The computing system programmatically determines connection data as between a plurality of nodes that comprise at least a portion of the graphic user interface content. Based on the connection data, the graphic user interface is rendered to include a set of interactions, where each interaction represents a corresponding runtime transition as between a begin state and an end state of a runtime environment.

The invention discloses a user interface code generation method and device, equipment, a medium and a product, and relates to the technical field of front-end application development. The method comprises the following steps: acquiring a user interface design file, and identifying a user interface element set in the user interface design file; analyzing each user interface element in the user interface element set to obtain an element analysis result; performing componentization on the user interface elements in the user interface element set based on the element analysis result to obtain a plurality of target components; and generating, by a code generator, a user interface code based on the elemental analysis result and the target component. Through element recognition, analysis, componentization and code generation of the user interface design file, the user interface code can be automatically generated, the generation efficiency of the user interface code is improved, the capability of a front-end developer does not need to be excessively relied on, the productivity of the front-end developer is released, and the generation quality and maintainability of the front-end code are improved.

This invention discloses a form configuration method, apparatus, electronic device, and storage medium, relating to the fields of software engineering and user interface design, or other related fields. The form configuration method includes: responding to a target user's access request to a form page; loading a pre-configured global form structure according to the access request and retrieving personalized form configuration information associated with the target user; adjusting the global form structure based on the personalized form configuration information to obtain a target form structure that meets the target user's needs, and displaying the target form structure on an interactive interface; receiving operation information from the target user on the target form structure through the interactive interface, and updating associated fields in the target form structure according to the operation information to obtain the target form. This invention solves the technical problem in related technologies where the form configuration mechanism is too rigid, leading to low filling efficiency and a high data error rate, resulting in low form completion quality.

The invention relates to a display method and device, electronic equipment and a storage medium. The display method comprises the steps that a preset page is displayed, the preset page comprises a first display area and a second display area, the first display area displays a virtual keyboard, the second display area displays content, and the first display area and the second display area are not overlapped; in response to the detected first touch operation, the content is displayed in a third display area, the transparency of the virtual keyboard is adjusted to be first preset transparency, the third display area comprises at least part of the first display area and the second display area, and the content is displayed on the lower layer of the virtual keyboard. According to the method, when the user browses the content, more content can be displayed by changing the transparency of the virtual keyboard, it is ensured that the user browses the content without being affected, meanwhile, the calculation amount of user interface design is reduced, the jamming probability is reduced, and the user experience is improved.

1. Name of the product in this design: Electric Oven (K60S). 2. Purpose of this design: An electric oven used for heating and cooking food. 3. The key design features of this product are its shape and user interface design. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention relates to the technical field of user interface design and prototype construction, and discloses a splicing type prototype interface construction method. The method comprises the following steps: acquiring a style template, a variable table and a master reference graph, and carrying out baseline modeling and structured storage, atomic registration and attribute solidification processing; based on this, carrying out molecular assembly and generating a constraint graph and a molecular reference list; organizing and arranging, and generating a dependency graph and a white list; based on an organization arrangement result, establishing an initial mapping table through sequential alignment, constructing a trigger candidate set, checking geometric constraints to generate a local geometric relationship table, performing propagation exploration to generate a propagation hierarchy table and a coverage link table, and further generating a difference patch group and a consistency snapshot of an organization layer and a molecular layer; and finally, parameter updating and structure mapping closed-loop processing are carried out. According to the method, hierarchical and automatic splicing and consistency management of the interface components from atoms to organizations are realized, and the prototype construction efficiency, the maintainability and the change control accuracy are effectively improved.

Methods, system, and non-transitory processor-readable storage medium for UI design kit approval system are provided herein. An example method includes receiving, by a Continuous Integration / Continuous Delivery (CI / CD) pipeline runner system, a configuration interface defining User Interface (UI) design standards validation parameters for source code. The UI design kit approval system scans the source code to validate UI design standards associated with the source code using the configuration interface. The configuration interface is received by the UI design kit approval system via a UI design approval integration interface that integrates with the CI / CD pipeline runner system. The UI design kit approval system generates a UI design standards validation report indicating a compliance assessment of UI design standards associated with the source code.

A network computer system can monitor browser memory usage by a browser application during a user interface (UI) design session in which a user interacts with a UI design file via a browser application. The system can detect the browser memory usage by the browser application exceeding a first memory threshold, and in response, the system can provide, on a display of the computing device, a menu of a plurality of UI pages of the UI design file, where each UI page of the plurality of UI pages presented in the menu includes a memory usage indicator.

The claimed method enables the acquisition of data from external sources (such as websites) or internal sources (such as files, documents, or relational databases), their transformation into a uniform format, their subdivision into smaller portions, and subsequent processing. The processed data are then stored in a vector database to allow more efficient searching and are interpreted by a model capable of understanding a human user's request and providing an exhaustive response, even to complex and articulated queries. The method, implemented through the corresponding system, is free from possible hallucinations, as it relies solely on the acquired and processed data. It can be applied to user interfaces designed to submit a request and obtain a response, or it can be integrated within a corporate environment comprising different software systems from which information can be collected, processed, and automatically transmitted to other systems.

1. Title of the Design: Animated Graphical User Interface for Displaying Power Supply Status. 2. Use of the Design: For use in electrical equipment. 3. Use of the Graphical User Interface: To display added and displayed power supply status. 4. Characteristic Features: Graphical User Interface. 5. View of the Design Best Shown: 1.

Machine learning based computer devices, systems and methods are proposed for automating the evaluation and visual testing of graphical user interface (GUI) designs using a combination of image transformations for scoring the GUI designs and machine learning data architectures with a set of logical and conditional rules. The approach describes an automated process that transforms the GUI designs into clusters of pixels before using a chained series of image transformations to obtain similarity scores and underlying distributions for the GUI designs and then uses a machine learning data architecture in combination with a set of logical and conditional rules to computationally generate a prediction of error estimates based on the underlying distributions of the GUI designs.

This application relates to a node relationship identification method, a page layout code acquisition method, a device, a storage medium, and a program product, belonging to the field of computer technology, and can improve the accuracy of parent node identification. The method includes: determining a target node to be identified as the parent node from multiple nodes contained in a user interface design file; determining a first node set and a second node set for the target node; the first node set consists of each first node in the multiple nodes that contains the target node, and the second node set consists of each second node in the multiple nodes that intersects with the target node; the first and second nodes are at a lower level than the target node; when the first and second node sets are not empty, determining a target first node in the first node set that meets a preset level condition, and determining a target second node in the second node set whose level is not lower than the target first node; and determining the first parent node of the target node based on the target second node.

A method for designing machine learning model comprises inputting, by a layer input unit, a type of layer and parameters of the layer using a layer input panel including a layer type determination panel and a layer parameter input panel, receiving, by a layer model management unit, the type and parameters of the layer selected in the layer input step, constructing a layer model using the input layers and displaying the configuration of the layer model on the layer state display panel of the layer state panel, parsing, by a layer model process unit, the layer model displayed on the layer state display panel of the layer state panel to calculate a layer position and node position for visualization in a layer model visualization unit, and visualizing, by the layer model visualization unit, the layer model calculated in the layer model process step in 3D.

1. The name of the design product: graphic user interface of digital printing HMI interaction for electronic equipment (series 1). 2. The use of the design product: the design product is used for an electronic equipment, the control setting and display information of digital printing. 3. The design points of the design product: the user interface design in the display screen panel. 4. The picture or photo that best indicates the design points: front view. 5. The graphic user interface carrier is an electronic equipment, omitting top view, bottom view, left view, right view, perspective view, rear view. 6. The use of the graphic user interface: the user interface is used for an electronic equipment, the control setting and display of printing parameters of digital printing; after starting, the main view is entered, and the main view displays the spray car state, ink road liquid level, belt state, pressure, nozzle, front and rear door, etc.; clicking the spray car state enters the interface change state diagram 1; in the interface change state diagram 1, the default is the spray car left and right movement setting, clicking back can return to the main view state, and clicking the spray car up and down movement setting can enter the interface change state diagram 2.

1. Name of the product in this design: Graphical User Interface for Printing Operations in Electronic Devices. 2. Purpose of this design: An electronic device. 3. The key design features of this product are: Design 1-Design 3: Graphical User Interface; Design 4: Dynamic Graphical User Interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: to display information about the printer and printing operations, such as the amount of toner remaining in the toner cartridge. 7. Human-computer interaction methods of graphical user interfaces: Graphical user interfaces can be interacted with by touching, clicking or swiping the graphical user interface, operating electronic devices, or triggering sensors. 8. Description of the changing states of the graphical user interface: Design 4 is a dynamic graphical user interface. The dynamic graphical user interface changes sequentially from the main view to the interface state shown in Figure 2. 9. Other situations requiring explanation: The portion shown by the dashed line in the view does not constitute part of the design for which protection is sought.

This invention relates to the field of software development and user interface (UI) engineering technology, and particularly to a method and apparatus for user interface design consistency control. The method, executed by a management device, includes: generating a UI design specification template for at least one project based on the UI design specifications of at least one project; storing the UI design specification templates for at least one project in a template library; receiving a template retrieval request from a first user device; and after the user device passes permission verification based on a first verification code, retrieving at least a portion of the content from a matching UI design specification template in the template library according to the project number, and sending it to the first user device so that the first user device can develop pages accordingly. This method enables efficient and consistent page development, ensuring page standardization and consistency, improving page development efficiency, and reducing communication costs during page development.

Some implementations described herein provide apparatuses and techniques related to graphical user interface design conformance and useability. The apparatuses and techniques include a graphical user interface design management server including a graphical user interface design conformance and a measure of useability application. The graphical user interface design management server may receive one or more attribute changes related to a design of a graphical user interface. The graphical user interface design management server may then access a storage device containing graphical user interface design rules and determine a degree of conformance of a graphical user interface generated using the attribute changes to the graphical user interface design rules. Further, and using machine learning techniques, the graphical user interface design management server may determine one or more additional changes to the attributes that improve the measure of useability of the graphical user interface for anticipated users of the graphical user interface.

The invention discloses a mobile application software UI horizontal screen adaptation method, and relates to the technical field of graphical user interface design and optimization of mobile application software, and the mobile application software UI horizontal screen adaptation method mainly comprises the following steps: constructing a component relation graph according to the longitudinal UI layout and view hierarchy of a target application, and performing consistency classification on the UI components based on the functional correlation and the visual correlation to obtain component classes, and obtaining a landscape layout optimal solution by utilizing a multi-target genetic algorithm, thereby generating a landscape UI interface and a corresponding layout XML file. By implementing the UI landscape screen adaptation method for the mobile application software provided by the invention, the aesthetics and availability of conversion from a longitudinal interface to a transverse interface can be improved while the integrity of the interface content is kept, the labor cost is reduced, and the interaction experience of a user in a landscape screen scene is improved.

The invention provides a multifunctional header processing method, system and device and a medium, and belongs to the technical field of user interface design, the method comprises the following steps: introducing an Ant Design Vue component library in a Vue project, creating a Vue page containing a Table component, and initializing the Table component and a column configuration array colomns; configuring a sorting function and a user-defined slot for the target column; in the template of the Table component, the custom content is inserted through a slot mechanism of Vue; when a user clicks the target list header area, acquiring a clicking position through the event object; if the target column is a text area, triggering a built-in sorting logic of Vue, and executing a sorting function to sort table data of the target column; and if the click event is in the icon area, calling a click event processing function, and executing a self-defined target operation. According to the method, sorting, screening and user-defined operation are integrated, space utilization is optimized, and performance and user experience are improved.

User Interface Design for Context-Aware Mobile Application Interaction System

Disclosed in the present invention is an AI-model-based personalized user interface design system, comprising: a capture module, which captures key nodes, key data blocks and state information of service function modules; an identification module, which marks a role, job title and involved approval nodes of each user in a ship management system, and matches marked information with data of the service function modules; a maritime regulation module, which performs reminding and determination on post requirements of the user; and an AI analysis module, which checks the captured information with content of the post requirements in the maritime regulation module, sends a supplementary reminder message to the user after receiving prompt information, performs analysis in view of historical operation records of the user and historical operation records of users at the same post on a platform, and sorts the service function modules according to the post requirements and work habits of the user, so as to obtain a personalized interface. The personalized interface which is output by the system is a personalized office interface that is output via an AI model and is completely based on data such as post requirements and work habits of users.