4 results about "Vaccine administration" patented technology

The invention relates to the technical field of breeding, and discloses an ecological breeding method for yellow feather chickens, which comprises the following steps: S1, site selection: selecting forest land, orchard or grassland which is far away from industrial areas and residential areas, clean in water source and unpolluted in soil as a breeding farm; constructing a chicken house and an outdoor rotation grazing stocking area communicated with the chicken house in the farm; s2, performing partition management, and dividing the breeding process of the yellow-feather chickens into three independent management stages according to day ages: a young stage (1-21 days old), a growth stage (22-35 days old) and a stocking stage (36 days old to slaughter); yellow-feather chicken breeding is divided into three stages, so that the survival rate of yellow-feather chickens is increased and the disease reduction effect is achieved through different breeding methods and centralized vaccine management in the three stages, the meat quality of the yellow-feather chickens is improved by selecting a proper site, and the quality of the yellow-feather chickens is improved. A whole-process ecological breeding method including site selection, brooding management, growth control, stocking care and epidemic disease prevention and control is researched and developed, the breeding benefits of the yellow-feather chickens are improved, and product safety is guaranteed.

The invention discloses a vaccine storage cabinet space planning placement method, and belongs to the technical field of vaccine storage equipment. The size information of the vaccine box is collected, a virtual storage location with the corresponding size is generated in an unoccupied position in a virtual space, the position information of the virtual storage location is converted into real position information in a storage cabinet, and the vaccine box is placed at the corresponding real position; the virtual space is a corresponding virtual space obtained by mapping according to the actual space position of the storage cabinet, and the consistency of the virtual space and the actual space position is kept. The limitation of a traditional fixed cargo groove is broken through, vaccine boxes of different sizes can be flexibly combined and stored, and the space utilization rate is greatly increased. And secondly, automatic and precise management of the whole process from warehousing, checking to ex-warehouse is achieved, and the stability of the cold chain environment is guaranteed by reducing opening of the cabinet doors. A traceable intelligent storage system is constructed, multi-specification vaccines can be seamlessly adapted, and an efficient solution is provided for modern vaccine management.

The utility model relates to an intelligent vaccine management refrigerated cabinet which comprises an intelligent temperature control system, a shell is installed at the upper end of the intelligent temperature control system, an air outlet matched with the intelligent temperature control system is formed in the inner wall of the shell, an epidemic storage opening and an epidemic taking opening are formed in the shell, and a height difference exists between the epidemic storage opening and the epidemic taking opening. A flow guide structure matched with the epidemic storage opening and the epidemic taking opening is installed in the shell and comprises a spiral flow guide groove, the upper end of the spiral flow guide groove is communicated with the epidemic storage opening, the lower end of the spiral flow guide groove is communicated with the epidemic taking opening, a sliding block is connected to the spiral flow guide groove in a sliding mode, and a containing groove matched with vaccines is formed in the sliding block. The vaccine taking device has the advantages that the first-in first-out logic is formed through the design of upper storage, lower taking, the spiral flow guide groove and the sliding block, firstly stored vaccines slide to the vaccine taking opening preferentially, the situation that the vaccines at the rear end are forgotten to expire is fundamentally avoided, manual position adjustment is not needed, and the operation complexity and the error risk are greatly reduced.

This invention relates to the field of medical information management technology, specifically to an intelligent verification method and system for vaccine administration processes. In this invention, isolated operation logs during the vaccination process are reconstructed into a complete sequence of recipient vaccination behaviors based on their inherent temporal correlation and the homology of the executing entities. A Hidden Markov Model is then used to perform in-depth analysis of this sequence, inferring the underlying vaccination stage states that conform to clinical logic from the observed specific behaviors. This elevates verification from static data checking to a dynamic process review. Furthermore, the inferred actual stage sequence is rigorously compared with the standardized process in three dimensions: stage completeness, sequential accuracy, and dose interval. Innovatively, a probability confidence level is calculated for any identified process deviations, achieving a quantitative assessment of abnormal behavior.