4results about How to "Improve control method" patented technology

The application relates to the technical field of vehicle control, in particular to a control method for improving vehicle steering safety and a related device. The method comprises receiving video stream data; displaying left rear video stream data and right rear video stream data; if a left turn signal trigger signal is received and if there is an obstacle target at the left rear of the vehicle, marking the obstacle target; if a right turn signal trigger signal is received, judging whether there is an obstacle target at the right rear of the vehicle; and if there is an obstacle target at the right rear of the vehicle, marking the obstacle target. The application uses the high-speed transmission characteristics of a star flash basic access unit to transmit and display video stream data in real time, uses the low-power consumption characteristics of a star flash low-power consumption access unit to receive and issue instructions, can mark obstacle targets in the blind area of the vehicle when the vehicle is steering, and can display the obstacle targets in real time in electronic outside rearview mirrors, thereby improving the safety of the vehicle when the vehicle is steering.

The invention provides a control device, a control method, and a control program capable of improving tracking performance of a subject. A camera (110) is included in an imaging system (100) together with a rotation device (120) for controlling and rotating the camera (110) on the basis of an analysis result based on an image captured by the camera (110), and a radar (130). The camera (110) has a processor (113). A processor (113) sets an analysis range in a captured image of a camera (110) on the basis of at least one of information relating to the distance of a specific object acquired from a radar (130) and information relating to the size of the specific object (subject) or information relating to the speed.

The application provides a coupling system and a control method for integrating high-medium temperature energy storage to improve the flexibility of a coal-fired unit, wherein the coupling system comprises a coal-fired unit and a high-medium temperature energy storage system; the high-medium temperature energy storage system comprises a cold-hot energy storage medium tank, a cold-hot energy storage medium tank outlet regulating valve, a cold-hot energy storage medium pump, a high-medium temperature heat exchanger and other devices; in the energy storage process, the medium at the inlet of the medium-pressure cylinder is taken out and sent to the high-medium temperature energy storage system, the medium after heat release is sent to the outlet of the deaerator, and the condensate water is corrected at the same time, so as to reduce the minimum load of the coal-fired unit; in the energy release process, a load distribution module is designed, the work amount of the coal-fired unit boiler coordination system is reset, part of the medium at the inlet of the deaerator is taken out and sent to the high-medium temperature energy storage system to generate steam, then the steam enters the high-pressure cylinder exhaust or the low-pressure cylinder inlet to work and improve the load change amount of the whole unit, and the variable load rate of the coal-fired unit is accelerated. The application reduces the minimum load of the coal-fired unit and improves the variable load rate of the coal-fired unit, and the flexibility of the coal-fired unit is obviously improved.

This invention discloses a control method and control system for non-invasive incontinence risk assessment based on multi-dimensional sensor fusion, relating to the fields of medical and nursing intelligent monitoring technology. The method uses the user's deep stillness state as the activation signal for acquiring biochemical parameter electrical signals for incontinence risk assessment. Specifically, when the user is determined to be in a deep stillness state, the third sensor unit is activated by combining the temperature and humidity parameters detected by the second sensor unit, and the biochemical parameter electrical signals are acquired. Compensation processing is performed based on the temperature parameters detected by the second sensor unit. The implementation of the third sensor unit activation mechanism can significantly reduce system energy consumption and effectively ensure contact between the detection electrodes and the liquid and body surface, thereby reducing signal noise. Combined with the temperature compensation mechanism, accurate detection of urine biochemical indicators is achieved. Furthermore, when used for incontinence risk assessment in sick infants, disabled individuals, and those experiencing dehydration or infection, the method can effectively improve the reliability of risk assessment.