2results about How to "Alleviate resource scarcity" patented technology

The present application belongs to the technical field of multifunctional textiles, and provides a biomass-based multifunctional flame-retardant textile and a preparation method thereof.Cotton fabric is dipped in a folic acid aqueous solution and dried, the folic acid-treated cotton fabric is dipped in an egg yolk aqueous solution and dried; the cotton fabric is alternately dipped in the folic acid aqueous solution and the egg yolk aqueous solution to obtain pretreated cotton fabric; the pretreated cotton fabric is dipped in a phytic acid aqueous solution and dried to obtain a biomass-based colored antibacterial and ultraviolet-resistant multifunctional flame-retardant textile.The present application uses a layer-by-layer self-assembly method to construct a folic acid / egg yolk / phytic acid coating on the surface of the cotton fabric, successfully prepares an antibacterial and ultraviolet-resistant multifunctional flame-retardant textile with good coloring effect, improves the added value of the textile, expands the application field of the textile, and has important practical application value and social significance.

The present application relates to the field of artificial intelligence, and discloses a multi-modal large model artificial intelligence operation navigation system based on EdgeAI and AIGC, comprising the following steps: S1, multi-modal data fusion and decomposition processing. Collecting massive intraoperative images, multi-classifying according to the operation completion quality, and adding each modal data to form a unified formatted multi-modal intraoperative image database; S2, training the big data using the ONE-PEACE-SZYYv3 large model algorithm based on AIGC to realize the generation and suggestion of the key elements in the operation by the large model; S3, using the pruning distillation technology, deploying the large model for edge computing, and realizing the real-time guidance of the doctor to complete the operation quickly, safely and accurately in the offline network disconnected island environment. The present application can realize the real-time processing and analysis of the multi-modal data in the operation in the offline network disconnected edge computing environment. Finally, it helps the surgeon to complete each operation efficiently and accurately, so that each ordinary operation patient can obtain ideal treatment service.