3results about How to "Reduce generation difficulty" patented technology

The embodiment of the application discloses a smart blackboard, the smart blackboard comprises a wall hanging strip assembly, a main screen, a fixed screen assembly, a track assembly and a movable screen assembly, and the smart blackboard is in a split setting before being fixed to a mounting surface, so that the smart blackboard can be packaged and transported in a split manner, the packaging size can be reduced, the transportation difficulty can be reduced, and the transportation cost can be reduced, and the wall hanging strip assembly and the main screen can be fixed to the mounting surface, the wall hanging strip assembly can define a frame area, the track assembly is installed on the fixed screen assembly, and the movable screen assembly is slidably installed on the track assembly, so that the fixed screen assembly, the track assembly and the movable screen assembly can be assembled into a whole, finally, the fixed screen assembly is hung on the wall hanging strip assembly, and the main screen and the movable screen assembly are located in the frame area, compared with an integrated blackboard, the smart blackboard is more difficult to generate, when the smart blackboard has a fault, the smart blackboard can be disassembled, and the smart blackboard can be maintained.

The application provides an integrated conductive ceramic membrane and a preparation method and application thereof, and belongs to the technical field of sewage treatment. The application uses a Sn source and a metal dopant as raw materials, adopts a co-precipitation-calcination-mixing ball milling-hydraulic pressing-calcination method, makes the ceramic membrane have a conductive capacity, directly prepares the integrated conductive ceramic membrane, and realizes the preparation of the integrated conductive ceramic membrane. The method makes the whole ceramic membrane have the conductive property, can not only avoid the problem of falling off of the conductive coating existing in the coating method, but also can simplify the preparation process, reduce the generation difficulty, and improve the membrane preparation efficiency.

The application discloses an artificial intelligence-based virtual power plant cooperative control and scheduling method and system, relates to the technical field of power dispatching, predicts the power consumption of a power supply area through an artificial intelligence model, determines the predicted power consumption corresponding to the power supply area, provides a reliable basis for subsequent scheduling, encodes the output of each distributed energy in the virtual power plant, takes meeting the predicted power consumption as an optimization target, can convert a complex scheduling problem into an optimization problem, reduces the generation difficulty of a scheduling scheme, improves the response capability and control precision of the entire virtual power plant to grid instructions and market signals, and finally schedules based on the target optimal output parameter coding obtained through optimization, thereby realizing efficient virtual power plant cooperative control and scheduling.