9 results about "Clinical training" patented technology

A system and method for a clinical education transition coordinator / preceptor system configured for cloud-based clinical assessment, training, and competency management of users. The system may include a shared marketplace or consortium, including resources relevant to specific geographic clinical education markets. The system may include a clinical education transition coordinator / preceptor application configured for training individuals in order to reskill and upskill licensed clinicians as well as for providing clinical site support for clinical students during clinical rotations.

The application discloses a clinical training massage device for a stroke patient, which comprises a docking buckle, a controller, a sleeving cover, a fitting limiting piece, a massage seat and a pressing device. When the clinical training massage device is used, the pressing assembly is connected to the patient's leg through the docking buckle and the massage seat, the traction piece is connected to the lower end of the arc adjusting piece through the movable connecting piece, the arc adjusting piece is adjusted through the traction of the two, the two massage contact pieces on the arc adjusting piece are simultaneously opened inwards or outwards under the traction of the connecting traction piece, the patient's leg is effectively wrapped by the massage seat, and the clinical training massage device effectively has a good massage effect.

The invention belongs to the technical field of medical teaching information, and particularly relates to an umbilical cord model umbilical vein indwelling catheter module improvement system and method based on a novel biomimetic material. The system focuses on clinical training requirements of umbilical vein catheterization in newborn intensive care, and overcomes core defects of a traditional training model in material bionic degree, operation feedback precision and durability by innovating a bionic material formula, optimizing a catheterization channel structure and designing a multi-dimensional sensing feedback and evaluation algorithm. A practical operation training solution with real operation hand feeling, accurate quantitative evaluation and high reusability is provided for medical teaching, and the system is suitable for skill training in scenes such as medical colleges and hospital neonatology departments.

This application relates to the field of medical simulation model manufacturing technology, specifically to a method for fabricating a fourth-level bronchus model, comprising: S1. Reverse modeling based on CT scan data of healthy human bronchi, and using Lasty-R liquid material to 3D print a lost foam of the fourth-level bronchus; S2. Applying a layered coating of platinum silicone to the surface of the lost foam and simulating the histological features of the bronchus to obtain a bronchus blank coated with a silicone layer; S3. Placing the bronchus blank in a heating environment of ≥100℃ to soften and break the internal lost foam into fragments; S4. Adding a lubricant into the cavity of the bronchus blank, removing the lost foam fragments, and obtaining a hollow fourth-level bronchus model. This method simplifies the fabrication process of the fourth-level bronchus model, shortens the cycle time, and reduces costs. The model has high simulation accuracy and strong reusability, meeting the needs of clinical training and medical teaching in multiple scenarios.

The invention relates to the technical field of interventional therapy evaluation, in particular to an in-vitro model for evaluating the accuracy of liver interventional therapy based on DSA images, which comprises an operation track acquisition module, a spatial offset judgment module, a damage grading statistics module, a path consistency analysis module and an efficiency grouping archiving module. Through multi-channel sensing monitoring and three-dimensional path synchronous recording, data archiving is carried out on operation actions, space changes and tissue responses in the catheter advancing process, through comparison of path tracks and space nodes, the deviation trend is dynamically recognized, puncture risk distribution is reflected through tissue trigger distribution and damage level collection, and the accuracy of the catheter advancing process is improved. According to the method, indexing classification of the puncture process is constructed, further grouping is performed according to the track goodness of fit and efficiency, space tracing and hierarchical filing of the whole operation process are achieved, damage statistics and efficiency classification contents are enriched, the space tracking capability of the whole operation process and three-dimensional display of process data are improved, and clinical training evaluation is more accurate.

The invention belongs to the technical field of medical teaching information, and particularly relates to a neonatal umbilical cord model umbilical vein catheterization module improvement method and a neonatal umbilical cord model umbilical vein catheterization module improvement system. The technology focuses on clinical training pain points of umbilical vein catheterization in newborn intensive care (NICU), and a closed-loop training system of high-fidelity simulation, whole-course monitoring, accurate guidance and scientific evaluation is constructed through integrated design of bionic material preparation, multi-parameter sensing, intelligent algorithm regulation and control and quantitative evaluation feedback. The method is suitable for medical colleges, neonatology department of hospitals, nursing training institutions and other scenes, an umbilical vein catheterization practical operation training solution with clinical authenticity and high training efficiency is provided for medical staff, and the training quality and the clinical operation conversion effect can be remarkably improved.

The invention belongs to the technical field of medical instruments, and discloses a knee joint replacement training simulation device which comprises a bottom frame assembly, a framework assembly and a plurality of clamping assemblies. The framework assembly comprises a first framework and a second framework, the first framework and the second framework are adjustably connected with the multiple clamping assemblies respectively, the first framework is movably connected to the bottom frame assembly, and the second framework is movably connected to the end, away from the bottom frame assembly, of the first framework. The end, away from the first framework, of the second framework is adjustably connected to the bottom frame assembly. By means of the multiple clamping assemblies adjustably connected to the first framework and the second framework, bone molds of different sizes can be adapted without additionally designing or increasing or decreasing structures; through adjustable connection of the clamping assembly and the frameworks and flexible linkage between the frameworks, adaptive operation is simplified, consumable replacement frequency is reduced, use cost is reduced, simulation demonstration efficiency is improved, and clinical training and scheme display requirements are accurately met.

The invention discloses an access control permission dynamic management method and system for traditional Chinese medicine clinical practical training, and belongs to the technical field of access control management. According to the method, conflict processing and dynamic permission allocation are realized by sending a permission verification request and detecting conflicts and combining a genetic algorithm and a multi-dimensional matching algorithm; load analysis is carried out based on practical training scene monitoring information, and three types of permission modes of rapid, normal and strict are dynamically switched; an optimal authority management curve is formulated through management and control intensity analysis, and abnormal authority detection and safety management and control optimization are completed in cooperation with an isolated forest algorithm. The system correspondingly comprises four functional modules, and adapts to diversified scenes such as traditional Chinese medicine clinical practical training peak periods, multi-project parallel and high-risk areas. According to the invention, the limitation of traditional static management is broken through, the accuracy, the dynamics and the security of authority management are realized, the practical training passing efficiency and the management and control accuracy are greatly improved, and an efficient and reliable access control management solution is provided for a traditional Chinese medicine clinical practical training environment.

The invention relates to the technical field of medical education management, and discloses a medical education management system and method based on artificial intelligence, and the system comprises a large model cooperation module which accesses a general large model and a vertical medical special disease large model; the intelligent accompanying learning module is used for generating customized learning content through the learning behavior data of the user; the virtual clinical training module is used for constructing a clinical scene simulation environment and receiving clinical operation evaluation data generated when the user executes the customized learning content in the clinical scene simulation environment; the personalized intervention module is used for dynamically generating a remedial training scheme according to customized learning content and clinical operation evaluation data; and the closed-loop optimization module continuously optimizes model parameters according to remedial training evaluation data, clinical operation evaluation data and customized learning contents generated when the user executes the remedial training scheme. According to the technical scheme, medical education can be promoted to be converted into intelligent driving, the medical student training quality is improved, and the requirement of medical education for keeping pace with times is met.