4results about How to "High originality" patented technology

This invention discloses a healthy and fragrant hot pot preparation technology that uses a large pot for centralized blanching and oil storage, and separate small pots for independent heat preservation and oil disposal. It belongs to the field of hot pot catering technology. Addressing the persistent problems of traditional hot pot, such as the formation of swill oil from customer-eat residual oil, severe cross-contamination, and either cloudy or weak flavors, the inventor, after decades of dedicated research, has created a unique dual-pot functional separation and targeted oil processing technology. This invention uses a large pot for centralized blanching of ingredients, retaining clean, uncontaminated cooked oil for use the next day in preparing the broth. Simultaneously, all residual oil and broth in the separate insulated small pots used by customers are discarded on the same day, with no recycling or reuse. This invention distinguishes between the clean oil used in the process and the contaminated oil used by customers from the source, preserving the rich aroma of traditional hot pot while completely eliminating industry hygiene and safety hazards. It solves the long-standing technical problem of simultaneously achieving flavor, hygiene, and compliance in hot pot, possessing extremely high promotional value and market prospects.

The invention discloses an optimal path dynamic planning method for a crawler-type unmanned vehicle field environment, and the method comprises the steps: 1, cost calculation: discretizing the environment where an unmanned vehicle is located into a grid map comprising a plurality of grids, and taking the central point of each grid as a path planning node; the method comprises the following steps: firstly, executing a dynamic grid granularity self-adaptive operation driven by a slip risk, and then calculating the moving cost from a current node to any subsequent node; step 2, calculating and updating the cost value of the current node based on the movement cost and the cost value of the subsequent node, and determining an optimal subsequent node K, the cost value being based on the estimated cost value calculated by the subsequent node; step 3, a turning limit checking step: after the optimal subsequent node K is determined, checking and setting a limit mark for judging whether the current node S turns or not; step 4, starting from the starting node, sequentially checking the turning limit mark of each node s; and performing a path reconstruction step until the target node is reached.

This invention relates to the field of video generation technology, specifically disclosing a method and system for self-generating sales text videos. The method includes receiving sales text uploaded by a user; performing semantic analysis on the sales text to segment it into sentences and words in each sentence; creating a sales video based on the words; recognizing the sales video using AI to obtain recognized text; comparing the recognized text with the sales text to calculate text similarity; and reading audio from a preset audio library based on the text similarity and inserting it into the sales video. This invention performs semantic analysis on the sales text, segments it into words, creates a sales video based on the words, recognizes the sales video, compares the recognition results with the sales text, and adjusts the audio insertion part according to the comparison results, thereby optimizing the originality and randomness of the sales video.

This invention relates to Furin / hydroxyl radical dual-responsive size-changing nanoparticles, their preparation, and applications. The Furin / hydroxyl radical dual-responsive size-changing nanoparticles use an AIE photosensitizer as the core and DSPE-PEG as the substrate. 2K MAL nanoparticles serve as carriers, with functional peptides coupled to their surfaces via Michael addition reactions. The core functional building block is a self-designed and custom-synthesized R1 peptide, which possesses a triple function: high specificity recognition by Furin protease, OH-responsive tyrosine oxidation cross-linking, and coupling with DSPE-PEG nanoparticles. Its simple sequence significantly enhances tumor selectivity. The peptide is covalently modified with natural peptides using a nanoprecipitation method, avoiding complex chemical modifications and exogenous orthogonal biological groups, thus mitigating the toxicity and synthesis costs of traditional systems. Under the dual conditions of Furin protease overexpression and the presence of OH, size transformation is triggered, enabling deep tumor penetration with small sizes and long-term intratumoral retention through in-situ large-size assembly, demonstrating clinical translational potential.