45results about How to "Simplify the integration process" patented technology

The invention discloses a color high contrast processing algorithm for four-color electronic paper, and relates to the technical field of electronic paper display technology and image processing, and the method comprises the specific steps: firstly, carrying out feature extraction, converting an original RGB image to an HSV space, carrying out the statistics of the pixel proportion of a brightness interval, screening red and yellow pixels, and calculating the feature and the proportion of four colors; a dynamic clustering center is generated; performing weighted clustering mapping to generate an intermediate image; enhancing the saturation and boundary contrast of the adaptive image in a linkage manner; and finally, modular adaptive output: selecting scheme optimization data, converting the scheme optimization data into a 2-bit format, and outputting the two-bit format after verification. According to the method, through multi-dimensional feature extraction and dynamic clustering center generation, accurate color mapping is realized, and the color rendition degree and comfort degree are improved; and through multi-factor linkage enhancement and modular adaptive output design, the display effect and hardware adaptability are considered, the detail expressive force is enhanced, the integration process is simplified, reliable data transmission is guaranteed, and the application adaptation and display quality is improved.

The invention provides a folding multi-satellite distributor and an unfolding and releasing method thereof, and belongs to the technical field of spacecraft launching. The foldable multi-star distributor comprises a plurality of single distributor bodies, distributor connecting columns and distributor unfolding arms. In the launching process, the multiple single distributors are longitudinally stacked and pressed through the distributor connecting columns to form a compact overall stacked body, folding of the layout area is achieved, and the space utilization rate in the fairing is increased. After orbit injection, the distributor unfolding arms drive the adjacent single distributors to generate spatial dislocation unfolding, and unfolding bodies for separation of the small satellites are formed. Through folding and unfolding of the distributor, on the premise that the size of the fairing is not increased, the arrangement area of the small satellites and the single-rocket launching number are multiplied, the carrying capacity is improved, and the single-rocket multi-satellite networking launching device is particularly suitable for one-rocket multi-satellite networking launching.