4results about How to "Facilitate cognition" patented technology

The invention relates to the technical field of vehicle calibration electric appliance systems, and particularly discloses a method for importing calibration quantity and observed quantity information through A2L file fusion, which is characterized in that model logic processing, calibration quantity and observed quantity are created and realized through a model building tool Simulink, and the calibration quantity and observed quantity information is perfected. Information in the two A2L files is fused through ASAP2, and scaling quantity and observed quantity address information in the ELF file is generated through a software integration tool and updated to the fused A2L file; compared with a traditional mode of directly compiling the A2L file, the method is faster and more accurate, the requirement for professionals is not high, and the development time is saved. Compared with a mode of extracting the calibration quantity and the observation quantity through an ELF file, the method has the advantages that the remark information of the calibration quantity and the observation quantity is more complete, professionals have better cognition on the calibration quantity and the observation quantity, and the calibration process can be better achieved.

This invention discloses an AI-based method for identifying and personally recommending children's reading interests, specifically relating to the fields of data processing and intelligent recommendation technology. The method includes: collecting multimodal data from children's reading and performing spatiotemporal alignment preprocessing; using a deep learning model to perform multimodal fusion identification of emotional pleasure, focus index, and interest focus; constructing a knowledge graph of reading materials and a graph of children's developmental stages; performing similarity retrieval based on interest focus; calculating the "zone of proximal development deviation value" to filter a preliminary recommendation list; using interactive trial reading verification; and generating a final personalized recommendation list. This invention accurately captures children's latent interests through multimodal emotion computing, combines dual knowledge graphs to match cognitive development stages, and forms a closed loop through interactive verification. It solves the technical problem that traditional recommendation methods are unable to adapt to the dynamic reading needs of young children, significantly improving the accuracy and personalization of recommendations.

The invention relates to the field of rehabilitation training, in particular to a cognitive impairment rehabilitation training prompting instrument. The invention provides a cognitive impairment rehabilitation training prompting instrument which can fully and effectively enhance the memory of a patient and improve the cognition of the patient. A cognitive impairment rehabilitation training prompting instrument comprises a base, a shell and the like. A shell is placed on the base. During training, a patient closes eyes, when a nurse shouts out numbers, the patient puts hands into the shell, when the number shouts out by the nurse is counted, one spherical handle is pressed down, so that one character block moves downwards, and the nurse can see whether the number on the character block is correct or not through the groove in the shell; a patient carefully listens to digits shouted by nursing personnel to improve concentration, and then finds the corresponding spherical handle according to the shouted digits, so that the thinking power of the patient is exercised, and the effects of enhancing memory and improving whole cognition are fully and effectively achieved.

This utility model relates to the technical field of hydraulic training equipment, specifically a teaching hydraulic directional valve base plate, including a base plate body. The base plate body has external connection holes A, B, T, and P located near the upper left, upper right, lower left, and lower right corners, respectively. The advantages are: it facilitates user connection of oil ports, making identification more intuitive, and provides clear anti-misconnection protection, preventing incorrect connection when using oil ports; it avoids the use of thread-locking adhesive during sealing, reducing hydraulic oil circuit contamination, and allows for quick and easy elastic locking of the outer end of the plug-in sealing plug, facilitating later disassembly, maintenance, and replacement; the nylon protruding set screws allow for easy fixing of the hydraulic directional valve base plate to the teaching equipment mounting plate, preventing movement of the hydraulic directional valve base plate during experiments; and the directional valve name label facilitates user identification of the component.