3results about How to "Help design" patented technology

This invention relates to a display panel and a display device including the display panel. The display panel includes: a pixel circuit connected to a data line, a plurality of gate lines, a plurality of constant voltage nodes, a first light-emitting element, and a second light-emitting element; a first gate driver configured to output a first scan signal; a second gate driver configured to output a second scan signal; and a multiplexer configured to select the first scan signal, the second scan signal, and a gate cutoff voltage, and output them to the corresponding gate lines.

The application discloses a millimeter wave and terahertz channel modeling method based on a migration generative adversarial network, and the method comprises the following steps: constructing a generative adversarial network model in an offline stage, pre-training the generative adversarial network model by using a simulation data set, performing migration learning and fine-tuning on the pre-trained generative adversarial network model, and obtaining a millimeter wave and terahertz channel of the migration adversarial network model; and in an online stage, a large amount of channel data consistent with measured data can be generated, thereby solving the problem of lack of measured data of the millimeter wave and terahertz, and helping the design of a millimeter wave and terahertz communication system. Compared with a standard channel model in a traditional third-generation mobile communication cooperation plan, the application has good performance in channel modeling, the root mean square error is increased by 9 dB, the structural similarity index measurement is higher, the problem of lack of measured data is solved, and the application is verified in an actual measured channel.

The application discloses a kind of simulation method and device of building grounding grid, wherein, method includes: step S1, according to existing building power system, using PEEC to establish the electrical parameter model of building grounding grid;Step S2, according to the electrical parameter obtained from the electrical parameter model, establish building grounding grid multi-port network equivalent circuit model;Step S3, using PEEC to obtain the ground potential distribution curve of grounding grid, for calculating the contact voltage and step voltage of human body;Step S4, according to building model and ground potential distribution curve, the electric shock risk of human body is evaluated.The application adopts the method that PEEC algorithm and multi-port network equivalent circuit model are combined, carries out modeling and simulation calculation to the complex grounding system of building group, can evaluate the contact voltage and step voltage of human body under fault condition, realizes the analysis to electric shock risk;Meanwhile, it will help the design of low-voltage grounding system and the configuration of leakage protector, low-voltage circuit breaker etc.