3results about How to "Avoid compromise" patented technology

The present disclosure provides an image processing method, which relates to the technical field of image processing. The method comprises the following steps: performing scene recognition on an image, and determining a scene region according to a scene recognition result; dividing the image into a plurality of image blocks, and determining at least one adjacent image block of a pixel point; obtaining a target image parameter of the pixel point according to an image parameter of the pixel point and a mapping relationship between the adjacent image block and a target scene region corresponding to the image parameter; and adjusting the image parameter of the pixel point in the image according to the corresponding target image parameter. The present disclosure can improve the image parameter correction accuracy of a multi-scene image.

This invention relates to the fields of electronic component design and electromagnetic compatibility (EMC) technology, specifically disclosing a method and system for designing the dimensions of integrated piezoelectric ceramics based on electromagnetic interference frequencies. The method and system of this invention measure and analyze the impedance amplitude-frequency characteristics of the piezoelectric ceramic, identify its resonant frequency, and establish an electromechanical coupling model and a frequency offset model of the piezoelectric ceramic under weak coupling conditions. Since the constructed model is associated with material parameters, geometric dimensions, and resonant frequencies, the center frequency of the target interference signal is used as the design input, allowing for the reverse calculation and determination of the optimal geometric dimensions of the integrated piezoelectric ceramic for multiple interference signals. This design method and system of this invention realizes the transformation of piezoelectric ceramic filters from "selection and adaptation" to "precise design," enabling customized design of integrated piezoelectric ceramic components for specific electromagnetic interference, achieving efficient customized design and performance improvement of filters.

This invention discloses a 5G antenna for a mobile communication terminal and a mobile communication terminal. The 5G antenna includes a main radiating element and a parasitic element. The main radiating element includes a feed point, a feed point connecting segment connected to the feed point, and a first antenna stub and a second antenna stub respectively connected to both ends of the feed point connecting segment. The parasitic element is separated from the second antenna stub by a first isolation region. In this invention, by setting the first antenna stub and the second antenna stub separately in the main radiating element to adapt to the mid-high frequency band and low frequency band of 5G communication respectively, the antenna frequency band can be better distinguished for structural design, avoiding the problem of difficulty in balancing various frequency bands, thereby significantly improving antenna performance.