9 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 utility model discloses vaccine management equipment capable of distributing vaccines, the vaccine management equipment capable of distributing the vaccines comprises a storage main body and a distribution assembly, the storage main body comprises at least one material placing assembly and at least one material discharging assembly, the material discharging assembly is used for taking out at least one vaccine placed in the material placing assembly, and the distribution assembly is used for distributing the vaccines. The distribution assembly comprises a feeding component and at least two distribution units, one end of the feeding component is close to the storage body and used for conveying the taken-out vaccines, and each distribution unit comprises a plurality of conveying components and a plurality of distribution components. The conveying components are arranged in the conveying direction of the feeding component in an array mode and used for conveying the vaccines conveyed by the feeding component, and the distributing components are arranged between the adjacent conveying components and used for distributing the vaccines to the conveying components. And the distribution component is used for conveying and distributing the vaccines in the distribution channel in the direction deviating from the conveying channel through the starting part.

The utility model discloses a vaccine management workstation with variable vaccine taking positions, which comprises an access main body, a vaccine sending assembly and at least one taking position, and is characterized in that the access main body is provided with at least one vaccine discharge port for discharging vaccines; the vaccine sending assembly comprises a vaccine conveying component for conveying vaccines and at least two vaccine sending units, and each vaccine sending unit comprises a plurality of conveying components and a plurality of vaccine sending components which are consistent with the conveying direction of the vaccine conveying component; the plurality of conveying components and the plurality of vaccine sending components are alternately arrayed in the conveying direction of the vaccine conveying component, so that the vaccines are conveyed in the direction deviating from the conveying direction of the conveying components through the vaccine sending components when the vaccines slide through the vaccine sending components; and the taking position is arranged at one end part in the conveying direction of part of the vaccine sending components and is used for receiving the vaccines conveyed by the vaccine sending components.

The present application relates to the technical field of vaccine management, in particular to a vaccine management method, system, device and medium based on a blockchain, the method comprising: acquiring and preprocessing vaccine-related data; constructing a multi-role alliance chain network based on the preprocessed vaccine-related data, and storing the vaccine-related data in layers; constructing a vaccine dynamic allocation decision model based on the trusted data in the multi-role alliance chain network, optimizing and solving according to a preset constraint condition with the goal of minimizing the vaccine management cost, and generating a decision result; verifying the decision result on the chain based on the smart contract in the multi-role alliance chain network, and generating a multi-role collaborative decision instruction; and responding to changes in real-time environmental state data and dynamically optimizing and deciding the vaccine dynamic allocation decision model. The purpose is to realize multi-party collaborative decision based on a blockchain, reduce the cost of collaborative decision, and improve the decision credibility and dynamic response capability.

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 invention relates to the technical field of vaccine management, in particular to a vaccine distribution decision-making method, system and device and a medium, and the method comprises the steps: obtaining a spatial topological relation and real-time dynamic data related to an inoculation site, a distribution path and cold chain device information in a target area; based on distribution direction characteristics of the spatial topological relation, aggregating tail end distribution nodes to superior hub nodes step by step to generate a multi-stage aggregation network; a block compression structure is adopted to store the effective distribution relation in the multi-stage aggregation network, a dynamic sparse matrix is formed, and the availability state of the effective distribution relation is updated based on real-time dynamic data; matching the current distribution scene features with a preset distribution mode library, and selecting an optimal distribution mode from the distribution mode library through a risk weighting strategy; and based on the multi-stage aggregation network, the updated dynamic sparse matrix and the optimal distribution mode, generating a distribution decision result containing a path optimization and risk early warning instruction. The objective of the invention is to realize rapid and accurate collaborative decision-making of vaccine distribution.

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.

The invention provides a vaccine atomization device, and relates to the technical field of vaccine injection. The vaccine atomization device comprises an operation table, a driving part, an injector and an atomization head. The driving part is installed on the operation table, the injector comprises a tube body and a push rod, and the tube body is used for containing vaccines and provided with a tube opening. And one end of the push rod is connected with the driving piece. The push rod is driven by the driving part to move relative to the tube body, so that the vaccine is pushed out of the tube opening. The atomizing head is detachably connected with the pipe opening, can enter the nasal cavity and is used for atomizing vaccines. According to the technical scheme, the push rod is pushed through the driving piece, automatic pushing of vaccines is achieved, the vaccine administration efficiency can be improved, and labor is saved when the device is used by medical staff.