7 results about "Computer integration" patented technology

This invention relates to the field of computer integrated control technology, specifically an integrated triggering method and system for one-key recovery of a computer in a power-off state. The method involves monitoring user operations under power-off conditions via hardware circuitry. Under the constraint of the Recovery module's anti-accidental touch measures, the method arbitrates and determines user-triggered actions, generating a valid trigger signal and writing it to the wake-up register. Combining an RC delay circuit and trigger sampling analysis of power-on voltage changes, the system automatically enters Recovery mode upon the next power-on without needing to access the operating system or BIOS. After the device is powered off, power data in the power domain is read from the coin cell battery, and the PG distortion signal is reconstructed in the frequency domain. Based on this signal, stable power-on screening and CLRTC physical trigger detection are performed, automatically clearing the real-time clock data when conditions are met. The System Reset module identifies the actual system crash state by constructing a power-on anomaly variable domain and automatically triggers a system restart upon detecting a Reset signal, thus achieving one-key maintenance and recovery of the computer in a crash state.

A system, method, and computer readable medium (CRM) for transitioning a computer integration system are disclosed. Illustratively, the method includes providing an integration layer having an interface positioned between a plurality of consumer applications and a plurality of back-end services. The interface is for performing a plurality of functionalities. The method includes providing a target integration scheme to decompose the interface, the target integration scheme comprising a plurality of groupings. For at least one grouping of the plurality of groupings, the method includes providing a service that implements a subset of the plurality of functionalities. The method includes updating the interface to handle requests for the subset via activating the service.

The application provides a satellite integrated electronic platform computer FPGA integrated system, which comprises an FPGA and a peripheral driving circuit connected with the FPGA; wherein the FPGA and the peripheral driving circuit are subjected to board manufacturing after hardware design according to a preset architecture; after the FPGA is programmed with a software program corresponding to the architecture, the FPGA is connected with an MCU through a bus interface to cooperatively form an integrated electronic platform computer, and the MCU controls, rewrites and inquires all functions related to the integrated electronic platform computer through a parallel bus interface in the FPGA. The system is used for designing a satellite-borne computer of an integrated electronic platform, and can simultaneously satisfy functions of the integrated electronic platform, such as satellite management, attitude control, load processing, telemetry and remote control, energy management and the like, in cooperation with the MCU. Meanwhile, the system greatly reduces the physical space of the satellite computer and optimizes information flow transmission.

The utility model discloses a thermal imaging camera-based fireproof door fire resistance test automatic temperature measurement platform, which comprises a mounting bracket, and a thermocouple, a thermal imaging camera, an electric control system box, a thermocouple fixing piece and a three-axis moving module which are arranged on the mounting bracket. The thermocouple is installed at the moving end of the three-axis moving module through a thermocouple fixing piece and can be driven by the three-axis moving module to move in a three-axis mode. According to the utility model, through the arrangement of the thermal imaging camera, the overall acquisition of the temperature of the back-to-fire surface of the fireproof door test piece is realized, and through the integration of the upper computer, the temperature picture of the thermal imaging camera can be visually seen. Meanwhile, the thermocouple is driven by the three-axis moving module to move to a specific position so as to acquire a more accurate temperature value; and the detection efficiency is improved while the labor cost is saved.

This not only enables natural conversations that respond to the user's intent and dialogue history, but also allows for inexpensive and highly reproducible manufacturing. In addition, it provides an interactive device that can handle highly personalized responses and respect privacy. [Solution] The system comprises a voice input means, a voice output means, a small, general-purpose computer, a control program executed by the computer, and a network communication means. The control program processes the user's voice information acquired by the voice input means, transmits the voice information or data based on the voice information to an external artificial intelligence service via an API, and controls the voice output means based on the response information received from the artificial intelligence service, thereby collaborating with the external artificial intelligence service to perform dialogue with the user. The voice input means, voice output means, and computer are integrally arranged inside a stuffed animal or a similar external component.

The application discloses a kind of guidance control device and method.The device includes acceleration measuring device, angular velocity measuring device, information processing circuit, power amplifier circuit and missile-borne computing device;Information processing circuit is connected with acceleration measuring device and angular velocity measuring device;Information processing circuit receives acceleration analog signal and angular velocity analog signal, carries out analog-digital conversion operation to acceleration analog signal and angular velocity analog signal, obtains and carries out compensation processing to acceleration digital signal and angular velocity digital signal, obtains compensated data information;Missile-borne computing device is connected with information processing circuit and power amplifier circuit, and power amplifier circuit is connected with steering engine;Missile-borne computing device sends the compensated data information transmitted by information processing circuit to power amplifier circuit, and then sends to steering engine through power amplifier circuit.The application can integrate inertia measuring device and missile-borne computer together, compact structure, beneficial to missile miniaturization development.

The invention discloses an ultrasonic probe universal clamping and positioning device and an ultrasonic detection robot, and relates to the technical field of ultrasonic related equipment. Comprising a console based on a computer integrated control system, a moving mechanism and a multi-degree-of-freedom mechanism, the moving mechanism and the multi-degree-of-freedom mechanism are uniformly dispatched by the console and cooperatively execute ultrasonic probe space positioning and posture adjustment, supporting frames which are correspondingly arranged left and right are arranged beside the console, and a rack is transversely arranged on the supporting frames on the two sides; the moving mechanism is mounted on the rack; according to the universal clamping and positioning device for the ultrasonic probe, unified motion planning and synchronous calculation are carried out on a moving mechanism and a multi-degree-of-freedom mechanism through a console based on a computer integrated control system, an advanced control architecture of unified calculation, synchronous instruction and respective closed loop is adopted, and the harsh requirement of high-precision ultrasonic detection on motion synchronism is met.