8 results about "Computer configuration" patented technology

1. The name of the design product: embedded core display (UHD620). 2. The use of the design product: the design product is used for computer configuration. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application provides a computer equipped with information security verification and interactive verification system, and relates to the field of computer information security.The computer relates to a first computer or a second computer, and is configured with a fingerprint and face recognition module or is configured with the fingerprint and face recognition module through a connected auxiliary device, so as to implement the input and collection of fingerprint and face information of multiple priority users, and through the execution of a matching program, a CPU obtains a priority result, queries a first and a second sub-mapping relationship of a local mapping table, implements the execution of startup and system login, and based on the startup and login of encryption software, the reading, modification and / or copy and movement of encrypted files, and the monitoring rules triggered by the copy and movement, implements local authorization / restriction feedback; based on the local restriction feedback and continuous operation, after the user implements a pre-verification program, the CPU sends an instruction to a smart device bound to the priority user, based on the interactive authorization / restriction implementation standard, the CPU executes interactive authorization / restriction feedback; and the overall information security verification and interactive verification of computer use are realized.

1. The name of the design product: secondary screen desktop switch (PL-01). 2. The use of the design product: used for desktop gaming switch, supports real-time display of computer CPU and GPU temperature on the display screen, can customize the display of computer configuration, supports custom pressing and rotation to realize the function operation control of the computer, and supports voice broadcast reminder. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

This invention discloses a high-resolution timing-programmable burst pulse generator based on an embedded processor, which realizes multi-channel, high-precision, and fully programmable burst pulse output for optical module testing. It combines the advantages of low cost, high integration, low power consumption, and high timing accuracy. It includes an embedded processor module, a host computer configuration module, a USB-IIC bridge communication module, and an embedded main control module. The embedded processor module adopts the GD32E5 series chip and has a built-in SHRTIM timer with a DMA burst transfer unit and multiple pulse output channels. The host computer configuration module establishes data interaction with the embedded main control module through the USB-IIC bridge communication module to provide a visual configuration interface and support users to customize the configuration parameters of each pulse signal. The embedded main control module receives and parses the configuration parameters, stores them in the FLASH parameter storage area, and completes the hardware configuration. The system waits for the rising edge of the external AUX signal to trigger the signal throughout the process. After triggering, it synchronously outputs 6 high-precision pulse signals.

This invention discloses a source code security analysis and vulnerability verification system based on an AI-powered automated detection engine, relating to the field of application security. The system includes a candidate vulnerability extraction module, a decompilation and path extraction module, an AI-powered judgment module, a sensitive data de-identification module, an interface reasoning module, a verification request construction module, an active detection module, and a multi-dimensional judgment module. These modules work collaboratively, relying on the AI-powered automated detection engine to construct a fully automated closed loop. The AI-powered judgment module uses a large language model with code understanding, semantic reasoning, and text generation capabilities as its core reasoning unit, deeply participating in the entire process of source code security analysis and vulnerability verification. Combined with functions such as JAR decompilation, path extraction, sensitive data de-identification, and multi-dimensional evidence constraints, it achieves automated verification from candidate risks to real vulnerabilities. This system solves the problems of high false positives, reliance on manual labor, and low automation in traditional code auditing. It possesses advantages such as high accuracy, high automation, wide applicability, and data security compliance, upgrading traditional code detection into a highly reliable and automated source code security analysis and vulnerability verification system, meeting the current technical needs of the source code security detection field. This invention also discloses the method and computer configuration applied to this system.

The application discloses a universal energy storage BMS protocol configurable debugging device and method, which comprises a device communication module, a model processing module, a level conversion module, an upper computer communication module and an upper computer configuration system; the device communication module comprises a plurality of physical interfaces and a serial port protocol chip and is used for switching various communication protocols; the model processing module is used for analyzing a model; the level conversion module is used for converting a level; the upper computer communication module is used for communication protocol transmission; and the upper computer configuration system is used for serial port communication with the debugging device. The model processing module, the upper computer communication module and the upper computer configuration system are matched and set, so that the upper computer can adopt a universal serial port tool or an upper computer configuration system to simultaneously perform data transmission by calling a serial port driver, mutual communication can be realized quickly by using a basic serial port tool, problems can be easily found and solved, the universal energy storage BMS protocol test protocol debugging efficiency is improved, and the later maintenance cost is reduced.

The application relates to the technical field of industrial communication, and provides a device address allocation method and system based on an RS-485 bus. The bus state is automatically recognized through listening to heartbeat messages after power-on of the device, the host is elected based on a minimum unique identification code when there is no host, the address pool is uniformly managed by the host, and an address mapping table is dynamically maintained, the problems of low deployment efficiency and high maintenance cost caused by manual dialing or host computer configuration of a traditional RS-485 network are solved, and the device has the advantages of realizing plug and play, address automatic negotiation, reducing field manual intervention, improving system flexibility and expandability.

The application discloses a kind of commercial vehicle data center second-generation test method, device and equipment, it is related to the hardware-in-the-loop test technical field of vehicle-mounted equipment.The method is realized based on host computer, unified intermediate layer control framework and multiple external associated equipment, and external associated equipment includes 4G / 5G comprehensive tester, GNSS signal simulator, CAN / Ethernet bus tester and programmable program-controlled power supply.Method steps: host computer configuration includes network fluctuation, satellite signal shielding, voltage transient and bus high load composite working condition parameters;Unified intermediate layer control framework converts composite working condition parameters into each device control instruction and synchronously issues;Each external device simultaneously outputs analog signal to the measured vehicle-mounted equipment, forms multi-factor composite working condition;Real-time acquisition measured equipment response data and after time stamp alignment with working condition parameters are associated storage.The application realizes multi-dimensional composite working condition synchronous simulation and data linkage, improves test authenticity and traceability.