3results about How to "Improve visual recognition" patented technology

The application discloses a kind of based on big data visualization's transformer substation intelligent monitoring method, it is related to measurement data visualization technical field, including, the offset degree between the space-time fingerprint base template and real-time behavior fingerprint is calculated, generates offset vector set, obtains the distribution of offset vector set in space by kernel density algorithm, generates abnormal density field and space abnormal density point cloud;According to space abnormal density point cloud setting density threshold and solving the equipotential surface of abnormal density field, generate abnormal three-dimensional equipotential surface group;Extract risk evaluation index of abnormal three-dimensional equipotential surface group and carry out dynamic rendering to abnormal three-dimensional equipotential surface group, output dynamic visualization picture.The application constructs space-time fingerprint base template and calculates offset vector set, and abstract offset behavior is converted into three-dimensional risk form with space boundary, expansion trend and density aggregation characteristics, improves the explainability of transformer substation abnormal structure, visual identification and forward-looking monitoring capability.

The invention provides a high-frequency module and a communication device. A high-frequency module (1) is provided with: a module substrate (91) having a main surface (91a); first and second circuit components disposed on the main surface (91a); a resin member (92) covering the main surface (91a) and at least a portion of the first and second circuit components; a metal shield layer (95) that covers at least the upper surface (92a) of the resin member (92); and a metal shield plate (70) disposed on the main surface (91a) and disposed between the first circuit member and the second circuit member in a plan view of the main surface (91a). And the metal shielding plate (70) is connected with the metal shielding layer (95). The upper surface (92a) of the resin member (92) is provided with an imprint part (80) which shows given information. The engraved portion (80) does not overlap with at least the upper end surface (70a) of the metal shield plate (70) in a plan view of the main surface (91a).

A screen saver controller, a display device, and a method for operating the display device are provided. The screen saver controller includes: a load calculator for generating load data for each of a plurality of panel blocks included in a display panel based on input image data; a lifespan calculator for generating lifespan data for each of the plurality of panel blocks based on accumulated degradation stress values ​​in the display panel; a first logic circuit for receiving the load data and the lifespan data, and generating operation data based on the load data and the lifespan data; and a second logic circuit for receiving the input image data and the operation data, and generating screen saver data based on the input image data and the operation data. When operating in a screen saver mode for performing screen saver operations, the screen saver controller adjusts the brightness of the display panel based on the screen saver data.