4results about How to "Design intelligence" patented technology

The invention relates to a traffic road parking area monitoring system applying signal detection, and the system comprises a traffic flow detection device which is used for detecting traffic flow data of a traffic road and outputting the traffic flow data as on-site traffic flow information; and the expelling notification device is used for executing the on-site expelling action on the non-taxi vehicles in the temporary taxi parking area on the side surface of the traffic road when the non-taxi vehicles exist in the filtered and sharpened image serving as the on-site optimized image. The traffic road parking area monitoring system applying signal detection is intelligent in design and stable in operation. When the geometric curve corresponding to a certain closed curve in the field optimization image is matched with the geometric curve of the reference outline corresponding to the non-taxi vehicle, the existence of the non-taxi vehicle in the field optimization image can be judged; meanwhile, the on-site expelling action of non-taxi vehicles in the temporary taxi parking area on the side face of the traffic road is executed, and therefore orderly management of the road environment is achieved.

The application provides a kind of pareto optimal design method of wireless charging coil, medium, coil and system, it is related to wireless power transmission technical field.The application obtains scene parameters and constraint conditions, defines the boundary conditions and input of optimization;By integrating the weight vector into the state space of reinforcement learning, using the powerful exploration ability of deep reinforcement learning as an efficient search tool, quickly traversing the complex solution space, thus efficiently and globally exploring and obtaining the pareto optimal solution set reflecting the complete trade-off relationship between transmission efficiency and anti-offset performance.The application uses deep reinforcement learning to efficiently explore the design space and obtain a complete set of pareto optimal solutions, allowing for quick selection of optimal coil parameters based on different design preferences, significantly reducing the design cycle, and ensuring that the designed coil achieves the optimal trade-off in physical performance.

The application provides a grating intelligent design method and device applied to a terahertz wave band, and comprises the following steps: obtaining input data and a design target; if the input data is a laser processing parameter and the design target is an optical characteristic, inputting the laser processing parameter into a pre-constructed forward prediction model to obtain a grating structure prediction result; inputting the grating structure prediction result into a pre-constructed forward design model to obtain an optical characteristic design result; if the input data is optical characteristic data and the design target is a laser processing parameter, inputting the optical characteristic data into a pre-constructed reverse design model to obtain a grating structure prediction result; and inputting the grating structure prediction result into a pre-constructed reverse prediction model to obtain a laser processing parameter design result. The application realizes forward rapid prediction and reverse intelligent design of a whole process including a process-device-performance through intelligence, high efficiency and low cost.

This utility model discloses a large intelligent medicine storage box, belonging to the field of drug management technology. It includes a box body with several layers of symmetrically distributed baffle assemblies on opposite side walls. Each baffle assembly includes a baffle and a driving mechanism for rotating the baffle. The baffle is rotatably mounted on the inner wall of the box and has a reset component. A pull-out medicine drawer is located at the bottom of the box. The baffle assemblies support the medicine storage plates, and their layered arrangement effectively manages the medicines in layers. When the baffles rotate, the opening between the two side baffle assemblies widens, allowing the medicine storage plates on the baffles to move down one layer, ensuring orderly medicine delivery and enabling a first-in, first-out (FIFO) retrieval method, thus effectively managing the expiration dates of the medicines. This solution has a simple structure, enables orderly medicine retrieval, and improves drug management.