3results about How to "Solve unstable connection" patented technology

The utility model discloses a multi -way shunt air conditioner pipeline connection structure, including the air inlet pipe, still including the first joint and adjusting assembly, the first joint is fixedly connected to the air inlet pipe outer wall, and the first joint outer wall is seted up with the first groove, and the first joint outer wall is slidably provided with the sleeve, and the fixed block is fixedly connected to the first groove inner wall, and the second spring is fixedly connected between the sleeve inner wall and the fixed block, the locking block is slidably arranged in the first joint inner wall, the second joint is slidably arranged in the first joint inner wall, and the adjusting assembly is arranged at the air inlet pipe lower extreme. The utility model discloses through with the second joint is inserted into the first joint, and the sleeve is removed to the limiting of locking block, when the locking ring is aligned with the locking block, under the action of second spring, the sleeve drives the locking block reset, makes the locking block and inserts into the locking ring, and firmly connects the second joint with the first joint, solves the installation in the small space and is limited, cannot conveniently fasten the bolt, thereby leads to the problem of unstable connection between the pipeline.

The invention relates to a hepatitis B prevention and control big language model construction method, which realizes an intelligent response mechanism for automatically switching a health education mode or a clinical decision support mode based on user role attributes by integrating evidence-based medical knowledge related to hepatitis B prevention and control and retrieving an integrated system for enhanced generation and fine tuning, and provides a medical evidence tracing function. The accuracy and verifiability of hepatitis B prevention and control information are improved, off-line deployment on edge computing equipment is supported, and the life cycle of a model is prolonged. The problems that a general large model is inaccurate in knowledge, single in service mode, untraceable in conclusion and the like in the field of hepatitis B prevention and control medicine are solved, the accuracy, individuation and clinical credibility of hepatitis B prevention and control information are improved, and reliable evidence-based support is provided for full-period management of hepatitis B infected persons.