6results about How to "Avoid life" patented technology

This invention discloses a method, device, equipment, and storage medium for time-frequency synchronous control of four-wheel steering assist in automobiles. The method includes: determining a normalization coefficient for the difference in target steering assist for each steering wheel based on the target steering assist change value of each steering wheel; determining a theoretical steering assist coefficient for each steering wheel based on the maximum change in steering assist for each steering wheel within a single task cycle; calculating and determining the current transient target steering assist for each steering wheel based on the normalization coefficient for the difference in target steering assist and the theoretical steering assist coefficient; and controlling the time required for the transient steering assist change of each steering wheel to reach its steady-state target steering assist to be equal. This invention considers the maximum change in steering assist for each steering wheel, thus avoiding over-capacity operation of the steering mechanism of each steering wheel; and controls the time required for the transient steering assist change of each steering wheel to reach its steady-state target steering assist to be equal, thus avoiding the problem of uncoordinated steering assist.

This application provides a liquid-cooled lamp, belonging to the field of lighting fixture technology, including a housing, a lighting assembly, a front liquid-cooling component, and a rear liquid-cooling component. The housing has an illumination cavity. The lighting assembly is disposed within the housing to generate light directed towards the illumination cavity. The front liquid-cooling component is disposed within the housing and located on the side of the lighting assembly facing the illumination cavity. The front liquid-cooling component is used to connect with the lighting assembly to reduce the temperature of the side of the lighting assembly facing the illumination cavity. The rear liquid-cooling component is disposed within the housing and located on the side of the lighting assembly away from the illumination cavity. The rear liquid-cooling component is used to connect with the lighting assembly to reduce the temperature of the side of the lighting assembly away from the illumination cavity. Compared to traditional single-sided heat dissipation or air cooling methods, the liquid-cooled lamp provided by this application has a larger heat dissipation area and higher heat exchange efficiency with its double-sided liquid-cooling design, which can quickly reduce the lamp assembly temperature and avoid light decay or shortened lifespan due to overheating.

The utility model discloses a fast positioning's index plate belongs to index plate technical field, including work board, the upper end center position of work board is provided with index plate main part, and the inside center position of work board is provided with the protective cover switch mechanism, the utility model discloses a protective cover switch mechanism has been set up, can effectively protect index plate main part from the pollution of dust, sundries etc, when not using, and the protective cover main part is lifted through the protective cover switch mechanism, and index plate main part is completely covered and sealed, and the sealing washer further enhances the protection effect, avoids the problem that the index plate precision is reduced and the service life is shortened because of external factors, simultaneously, and the protective cover switch mechanism adopts the design of bidirectional screw rod and adjusting assembly, makes the lifting operation of protective cover main part simple, stable and accurate, and the user is convenient to the protection or use of index plate main part quickly, and the maintenance convenience and service life of index plate have been improved greatly.

This invention discloses a method, apparatus, and storage medium for estimating the lifespan of a display device. The method acquires the initial brightness value and the brightness value to be measured of the display device, and N pre-set lifespan estimation models corresponding to N brightness ranges. It further determines the brightness range to which the brightness value to be measured belongs, selects the lifespan estimation model corresponding to the brightness value to be measured from the N lifespan estimation models, and uses the selected lifespan estimation model to evaluate the lifespan of the display device when its brightness value is the brightness value to be measured. According to embodiments of this invention, the use of the same lifespan estimation model to evaluate the lifespan of the display device can be avoided, thereby improving the accuracy of the lifespan estimation of the display device.

The application relates to the technical field of workpiece machining. The application provides a caliper detection device, the caliper comprising a main body and a brake pad, the brake pad and the main body being in sliding connection; the detection device comprises: a rotary table, the caliper being capable of being installed on the rotary table, the rotary table being capable of rotating to drive the caliper to sequentially switch among at least a first station, a second station and a third station; and a sliding force testing device for testing the sliding force of the caliper located at the second station, the sliding force being the frictional force generated during the sliding of the brake pad relative to the main body; the caliper detection device provided by the application can effectively improve the efficiency and quality of caliper detection.