16 results about "Wizard" patented technology

The upgrade wizard interface display method and related devices provided in this application embodiment relate to the field of terminal technology and are applied to electronic devices, including an upgrade wizard application. The method includes: entering a screen-off state during the display of the upgrade wizard interface, which can trigger a configuration change event, causing the Activity and multiple Fragments to be destroyed together; the upgrade wizard application can separate the Activity and multiple Fragments; subsequently, after the screen is turned on, in response to the configuration change event, the Activity is destroyed, but the multiple separated Fragments are retained; after the Activity restarts, the electronic device can continue to display the upgrade wizard interface using the Activity and the separated Fragments. In this way, when the upgrade is completed and the screen is turned on again, the user can still see promotional information about the new service features in the new version, thereby helping the user quickly understand the new service features.

To provide a support method of a machine learning application system capable of shortening the time from the setting of the machine learning application system to the start of operation and suppressing the deterioration of operation quality.SOLUTION: The support method of the machine learning-applied system includes an activation step S10 of receiving an activation instruction to the automatic setting wizard 102, a target identification step 72a of receiving selection of a process to be automatically executed by the computer from (1) a data-acquisition-and-setting process 72b for acquiring measurement-data 53a, (2) a data-accumulation process 53c, (3) a data-set-creation process 72c, (4) a learning process 53c for learning the machine-learning model 73a, and (5) a past evaluation process for evaluating the machine-learning model, and an entry screen generation step of dynamically generating an entry screen for collectively entering parameters necessary for automatically executing the selected process by the computer. S11 S12 71b.SELECTED DRAWING: Figure 5

The invention provides a method for designing an installation program by combining a Qt program with an NSIS, comprising the following steps: designing and independently compiling a Qt interface program using a Qt framework, the Qt interface program being capable of displaying each page of an installation guide; in the Qt interface program, specific window messages are monitored in real time, interaction behaviors of users are captured, and events are converted into predefined message formats and transmitted to the running NSIS program; the NSIS program triggers a corresponding installation process action according to the collected window message; when the NSIS program executes corresponding installation logic after receiving the window message, state updating information is fed back to the Qt interface program at the same time; and the Qt interface program dynamically updates an interface in real time according to the received state updating information, and displays a real-time installation progress and a real-time installation result to a user. The method has the advantages that the effect of remarkably reducing the interface design and maintenance cost can be achieved, and meanwhile the user experience of interface installation is improved.

This invention discloses a script-based navigation-based IoT gateway configuration method, apparatus, device, and medium. The method includes: obtaining a navigation configuration file; dynamically generating a configuration interface based on the navigation configuration file, the configuration interface presenting a wizard-style configuration process according to page nodes and jump logic, during which IoT devices in the network are scanned for user selection; generating recommended data mapping relationships based on the protocol characteristics of the discovered IoT devices for user confirmation or adjustment; generating a rule editing interface based on declarative syntax to receive user-defined business rules; generating configuration data based on user operations and execution results on the configuration interface, and generating a gateway configuration file based on the configuration data; and deploying the gateway configuration file to the IoT gateway. This invention achieves script-based dynamic customization of the configuration process, allowing flexible adjustments to the configuration wizard without modifying the source code, lowering the configuration threshold and improving configuration efficiency.

In various software applications, wizards can assist users in navigating through selected, predefined workflows for automating some repetitive interaction patterns. It is recognized herein, however, that such conventional wizards are generally limited to few use cases that are hard-wired in a given wizard's implementation, such that user still needs to master the respective tool's complexity. In an example aspect, a computing system within an automation system can determine a goal state associated with a target application. The system can extract an initial state from the target application. Based on knowledge obtained by the system, the system can generate a plurality of plans. The plans can define respective sequences of actions for reaching the goal state from the initial state. The system can render options on a user interface of the target application. Based on the options, the system receives selections related to the sequences of actions so as to define selected actions. The system can perform the selected actions until the goal state is reached.

1. The name of the design product: the graphical user interface of the scheduling map for electronic equipment. 2. The use of the design product: for displaying the customer flow and sales contribution in different time periods of a store. 3. The design points of the design product: the interface content of the graphical user interface. 4. The picture or photo that best indicates the design points: the front view. 5. The use of the graphical user interface: the front view interface displays the customer flow, sales and data of the on-duty staff; clicking the 【vertical column body】 displays the interface change state diagram (displaying the sales details in this period).

A user interface for configuring an electrical device (301) includes a storage system (304) that stores wizard data (307) specifying a wizard that defines a path through configuration data elements (309) of the electrical device. The user interface includes a data processing system (305) for executing and controlling the wizard during its execution, a display (302) to present the wizard, and an input interface (303) to control the user and allow the user to enter the configuration data. The wizard is hierarchical and modular, and the user is allowed, while executing a higher-level module, to configure the wizard via the input interface by defining which lower-level modules of the wizard the user will be guided through during the wizard's execution.Therefore, the assistant is a flexible guide that allows the user to define what they want to be guided through, and the assistant can be adapted to different maintenance situations.

1. The name of the design product: pull face basin faucet (magic wizard). 2. The use of the design product: for the opening and closing control of water flow. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

1. Name of the product in this design: Graphical User Interface for Cloud Cluster Management of Electronic Equipment. 2. Purpose of this design: for running programs and data interaction. 3. The key design features of this product are: the graphical user interface content on the screen, and the electronic device is an existing design. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Other views of the product do not involve design points, so these views are omitted. 6. Purpose of the graphical user interface: This design is mainly used for the management of cloud clusters. Click "+ Create Cluster by Wizard" in the main view, and the interface will change to the state shown in Figure 1; click "Next" in Figure 1, and the interface will change to the state shown in Figure 2; click "Next" in Figure 2, and the interface will change to the state shown in Figure 3; click "Next" in Figure 3, and the interface will change to the state shown in Figure 4; click "Create" in Figure 4, and the interface will change to the state shown in Figure 5.

This application discloses a wizard-driven database cluster deployment method, device, and medium, belonging to the field of database technology. It addresses the problems of low operational efficiency and susceptibility to deployment failures due to human error in script-based database cluster deployment methods. The method includes: obtaining basic cluster configuration information input by the user through a graphical wizard interface; adding nodes to be deployed and setting deployment parameters for each node to generate a list of nodes to be deployed; performing a pre-detection of the deployment environment on each node, and if the pre-detection results meet preset detection conditions, starting deployment tasks in parallel on each node and installing components on each node according to a preset component dependency order; during deployment, obtaining deployment progress information and deployment logs, and performing rollback operations on nodes that failed to deploy based on the deployment progress information and deployment logs to reset the state of the failed nodes.

This disclosure solves various technological problems referenced above by enabling various improvements to functioning of computers (e.g., software wizards) where the second person is computationally enabled to enter the set of negative preferences to be included in the set of answers based on which the customized proposal report is generated by the application program, especially when the set of questions or the set of questions has the logical hierarchy or the informational interdependency.

A user interface for configuring an electrical device (301) includes a memory system (304) that stores guide data (307) specifying a guide that defines a path through items of configuration data (309) of the electrical device. The user interface comprises a data processing system (305) for executing the wizard and controlling the display (302) to present the wizard during execution of the wizard, and controlling the input interface (303) to enable a user to provide configuration data. The guide is hierarchical and modular and enables a user to configure the guide via the input interface during execution of higher level modules by defining which lower level modules of the guide are to guide the user through during execution of the guide. Thus, the guide is a flexible guide, allowing the user to define what is to guide through, and the guide may be applicable to various maintenance situations.

An object of a system according to an embodiment is to support effective facilitation in an online conference.SOLUTION: A system according to an embodiment includes a scenario creation support unit, a punch picture generation support unit, a summary support unit, a timekeeper unit, and a minutes creation support unit. The scenario creation support unit creates a scenario by inputting an agenda and items in a wizard format. A punch picture generation support part generates a punch picture during a conference. The summarization support unit summarizes the content of the discussion during the conference. The timekeeper unit monitors the progress of the conference and manages the time allocation. The minutes creation support unit creates minutes after the end of the conference.SELECTED DRAWING: Figure 1

This application discloses a multilingual aftermarket installation method based on overlay resource packages to address the challenges of offline and flexible multilingual expansion of in-vehicle systems after they have left the factory. This method creates a language resource package (APK) based on the Android Overlay mechanism, enabling lossless overlay and dynamic replacement of original system resources, ensuring the security and reversibility of the update process. By packaging this package with configuration files defining selectable languages ​​into an offline installation package and importing this combination into the vehicle's infotainment system via USB flash drive, it separates the physical distribution and deployment strategies of language resources in offline environments, meeting the offline requirements of in-vehicle scenarios. By parsing the configuration file on the in-vehicle infotainment system and providing a complete interactive process including language selection and confirmation, the complex aftermarket installation operation is transformed into a user-friendly wizard-style task, significantly reducing the operational threshold. This application is particularly suitable for offline, secure, and flexible multilingual management in the automotive aftermarket and export models.

The invention relates to an augmented reality application construction method and device, computer equipment and a storage medium, and belongs to the technical field of augmented reality interaction. According to the application, the application framework data can be formed by placing the service node anchor point balls in the workshop site, and the content editing guide is automatically generated in the editor based on the node topology, so that the construction of the augmented reality application is directly switched into a physical scene, and the generation of space-service logic can be completed without three-dimensional modeling; and meanwhile, a structured content manufacturing process is realized, so that the development threshold is remarkably reduced, the application construction efficiency is improved, and the final application is highly consistent with an actual workshop environment.

The invention discloses an oscillograph configuration guiding method and system of a pre-made template. The configuration process is simplified through the pre-made template, the efficiency is improved, and errors are reduced. The method comprises the steps of generating an oscillograph configuration template, guiding a user to complete configuration, and checking and storing the configuration. Through modular design, the system comprises a system specification description configuration sub-module, a configuration graph model configuration sub-module, a guide module and a slide playing module, and supports equipment model establishment, topological connection and signal mapping of a user. The guide module monitors the configuration steps in real time and provides operation prompts and error correction suggestions, and the slide module helps a user to understand and execute the operation steps in multiple modes. According to the scheme, the requirement for professional knowledge is reduced, the configuration consistency and accuracy are improved, the dependence on a system integrator is reduced, and convenience and support are provided for operation and maintenance of a power system.