6 results about "System console" patented technology

The invention discloses a dynamic data docking method based on a rule engine, which comprises the following steps: S1, data source registration and automatic detection: a user inputs various heterogeneous data source information through a system console, and a system automatically detects the data source type, the data structure and the connection availability and generates an adaptive connection configuration file; according to the method, a dynamic data docking method with the rule engine supporting hot updating as the core is introduced, seamless integration and flexible conversion of multi-source heterogeneous data are achieved, and the problem of business interruption caused by code modification and service restarting due to rule change in a traditional scheme is thoroughly solved; through visual rule management, a unified data model and a closed-loop verification feedback mechanism, the development and maintenance cost of the system is remarkably reduced, and meanwhile, the flexibility, reliability and traceability of data processing and the continuous self-adaptive optimization capability of the system are greatly improved.

The application provides a performance interference test method and system for a vehicle electrical component. A console can generate an interference signal in response to a start test instruction. Each interference line processes the interference signal and injects the processed interference signal into a first vehicle electrical component. Since the interference lines include multiple interference lines for processing the interference signal in different types, the first vehicle electrical component can be interfered by multiple interference signals processed in different types at the same time, and there is a coupling effect between the multiple interference signals. Thus, the scenario in which the first vehicle electrical component is interfered when the actual vehicle is driving is truly restored, and the reliability is high. Furthermore, the console receives first communication data of the first vehicle electrical component when working, which is collected by a data collection module, and determines whether the working state of the first vehicle electrical component is abnormal based on the first communication data, and outputs a first test result.

A network device may include processing circuitry configured to record diagnostic data onto memory circuitry after a network device power-on event associated with a power cycle. The diagnostic data may include system console log output, hardware state information, and / or other types of diagnostic data obtained after the network device power-on event.

The invention discloses an embedded system console port software fault recovery method and related device.According to the scheme, a kernel module is constructed, a hot key is registered for the constructed kernel module, a corresponding kernel thread is defined and created, and the kernel thread is configured to be capable of being called and executed to a user mode through an embedded system; the hot key is set to be capable of notifying the defined kernel thread to execute a corresponding user mode program; and for the user mode, setting to be capable of providing a script recovered by a console service. According to the scheme provided by the invention, the fault recovery can be executed under the condition that the console is stuck and cannot interact.

1. Name of the product in this design: Graphical User Interface for Generative Artificial Intelligence Risk Protection System for Electronic Devices (6). 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key points: the front view. 5. As is customary, the rear view, left view, right view, top view, and bottom view are omitted. 6. Purpose of the graphical user interface: Displaying the main content of the application management interface of the generative artificial intelligence risk protection system. 7. Human-computer interaction method of graphical user interface: The main view is the application management interface of the generative artificial intelligence risk protection system. Users can enter the system console by opening the generative artificial intelligence risk protection system application and clicking "Enter Console". They can enter the main view by clicking "Test Application" under the "Application Management" list in the left navigation bar. By clicking different function buttons on the main view interface, users can enter the corresponding operation page. 8. Description of the changing states of the graphical user interface: In the interface, users can browse and perform related operations on the application management interface through interactive operations. The main view is the test application interface of this design product, which displays application information. When the user clicks the "Create API" button on the right side of the main view, they will enter the interface change state diagram; the interface change state diagram is the Create API pop-up page.

The micro-gravity simulation test system for fine operation of a space dexterous arm in a narrow area comprises a space dynamics target machine, a ground test system console, a motion simulator console, a wireless communication module, an optical darkroom, a distributed infrared measurement camera, a sunlight simulation device, a service star motion simulator, a target star motion simulator, a suspension type micro-gravity simulation system and a marble air floatation table; the light illumination condition and the micro-gravity condition in the space environment can be simulated simultaneously, and the actual operation environment of the space dexterous arm is simulated with high fidelity. The micro-gravity compensation scheme combining the air floatation system and the suspension mechanism can provide more accurate gravity compensation in more directions without being limited by the interference collision between the ropes and the mechanism. The rope winding and unwinding devices for horizontal and vertical motions are designed, and the contradiction between the high gravity compensation accuracy of the dexterous arm and the narrow space operation is considered, so that the dexterous arm end can be deeply operated in the narrow space of the sailboard slit.