16 results about "Medical practice" patented technology

This invention relates to a deep semantic analysis method and system for medical practice compliance. The method includes: acquiring multi-source heterogeneous medical data and medical compliance data; standardizing the medical data and medical compliance data; training a first AI model and a second AI model to judge the compliance of illegal medical practices based on the standardized medical data and clinical semantic elements; acquiring patient medical data and multimodal appeal materials in real time; dynamically prioritizing the appeal materials using a multi-factor weighting method based on the trained first AI model and second AI model; identifying evidence of medical practices from the multimodal appeal materials based on the priority classification results using a third AI model; and structuring the evidence of medical practices. This invention, through the collaboration of a rule base and interpretable AI, achieves multi-level judgment and accountability for illegal medical practices, improving the accuracy and automation of medical practice compliance review.

The invention discloses a clinical medicine practical skill multi-dimensional evaluation and analysis system, and relates to the technical field of clinical medicine education and skill evaluation, and the system comprises a multi-source data collection module which obtains operation and other multi-dimensional data; the data standardization preprocessing module unifies formats, corrects exceptions, encrypts and desensitizes; the data intelligent quantitative calculation module converts a quantitative result by using an algorithm; the multi-dimensional dynamic evaluation module constructs a three-dimensional model, sets three stages of periods, and combines AI and manual output scores; the personalized feedback module generates a report and a scheme and supports multi-scene data linkage; according to the method, multi-source data is integrated, the limitation of single data of traditional evaluation is broken through, the difficult-to-quantify ability is converted into objective indexes through an intelligent algorithm, a three-dimensional evaluation model and a three-level evaluation period are constructed, skill development is dynamically tracked, AI and manual rechecking are fused, efficiency and accuracy are balanced, and a personalized scheme and a multi-scene report are generated. And clinical medicine evaluation upgrading is promoted.

The invention discloses an intelligent medical system based on multi-modal data fusion, and the system comprises a multi-modal data feature extraction module which is used for extracting the internal information of medical image data Fimg, pathological section data Fpath, text case data Ftext and voice case data Faudio; the inter-modal relationship analysis module is used for obtaining a visual consistency feature Fvis and a first association intensity mark of image-pathology fusion, obtaining a language consistency feature Flang and a second association intensity mark of text-voice fusion, and obtaining a key association feature Fcross representing the association intensity of vision and language and a third association intensity mark; and the fusion module is unified to obtain final judgment data. Aiming at the common problem of image and pathology inconsistency in medical practice, the method not only records consistency information, but also systematically analyzes various aspects of inconsistency, and provides more comprehensive reference for clinical decision making.

The invention discloses a clinical medicine practice skill evaluation standard formulating system, and relates to the technical field of medical education evaluation, and the system comprises a system resource and authority presetting module, an evaluation content construction module, a user role responsibility clarification module, a multi-scene evaluation execution and data processing module, and an evaluation system dynamic optimization and sharing module. According to the method, on the basis of a clinical ability framework of a medical examination institution, examination outline requirements of clinical practitioners are integrated, clinical thinking and humanistic care dimensions are supplemented, a four-class eight-dimensional process evaluation mode is innovatively constructed, the problems that in traditional evaluation, the result is heavy, the process is light, and the evaluation dimension is single are solved, and the evaluation efficiency is improved. The four classes cover the learning and practice links of students, the eight dimensions further refine the specific evaluation indexes, and then are in butt joint with clinical skill training center equipment, multiple classes of teaching tools are integrated, and hardware and software support is provided for landing of four-class eight-dimension evaluation; the data of each dimension is obtained in real time in the scene inside and outside the school, and the comprehensive evaluation result is generated.

1. Name of the product in this design: Graphical User Interface for Medical Insurance DIP Management Decision System of Electronic Device. 2. Intended use of this design: for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: To display and analyze medical data under the DIP payment method, assist hospital management in decision-making, optimize resource allocation, monitor medical expenses, and supervise medical practices. The main view is the initial interface of the software. Click the Risk Analysis button in the main view to enter the interface change status diagram.

A medical support robot includes: a storage that houses a medical instrument; at least one robotic arm including a tip including an end effector that handles the medical instrument; a traveling structure that supports the storage and the at least one robotic arm and travels; and circuitry that performs control that may comprising causing the traveling structure to move to a medical robot that is a robot that performs medical practice.

The utility model relates to medical equipment technical field, specifically disclose a detachable infusion regulator, including can combine and separate first side combination shell and second side combination shell, still include: connecting structure, set up one contact's edge portion of first side combination shell and second side combination shell, first side combination shell and second side combination shell can rotate around the edge portion and realize the opening and closing action, guide structure, fixedly arranged on the inner wall surface among first side combination shell and / or second side combination shell, all -round has promoted the practicality and reliability of infusion regulator, effectively solved the operation of traditional infusion regulator possibly existing, the problem such as inaccuracy of adjustment and stability deficiency, provided high -efficient, safe infusion operation tool for medical staff, greatly optimized infusion process, has important significance in medical practice.

The application discloses a kind of based on attention mechanism's multimodal asynchronous timing prediction method and device, it is related to artificial intelligence auxiliary diagnosis and treatment technical field, wherein, prediction method includes: obtaining multimodal data in medical practice, and the obtained multimodal data is preprocessed;Nonlinear time series attention matrix and asynchronous time series prediction module based on simple attention mechanism are constructed;Based on asynchronous time series prediction module, time series attention matrix and the static feature and time series feature of multimodal data are input, the output static feature and time series feature are obtained and are spliced, and prediction result is obtained based on maximum pooling operation;According to the cross entropy loss between the obtained prediction result and multimodal data label, time series attention matrix and asynchronous time series data prediction module are iteratively trained;Based on the asynchronous time series data prediction module of training completion, multimodal asynchronous timing prediction is realized.The application is helpful to realize the early screening and prevention of disease.

A system and platform are provided that enables end-users to gain insight into group and individual practices. Those insights may be obtained for any desirable aspect of each practice and the collection of practices including, but not limited to, financial information, medical information, human resources information, and patient information. That information can be used by group management to identify best practices, and it can be used to advise individual practices on strengths to be reinforced and weaknesses to be addressed. That information may be conveyed to group management and individual practices in the form of dashboards customizable to the particular functions of specific users and their personas.

Method and apparatus for accurately positioning a transcranial magnetic stimulation (TMS) coil. The invention relates to an apparatus for accurately positioning a transcranial magnetic stimulation (TMS) coil over a target location on a patient's head. The apparatus comprises a TMS coil with an integrated real-time display device that displays the coil's position relative to the patient's head. A processor is used to calculate the spatial coordinates of the coil using a three-dimensional tracking method and transmit information to the display. A synchronisation mechanism provides real-time updates of the display as the TMS coil moves, thus providing immediate feedback to the operator. This enables the coil to be accurately aligned with the target location. The invention provides advantages by improving treatment precision, reducing errors and providing user-friendly real-time feedback for accurate coil positioning. The scope of the invention extends to clinical settings, brain research and therapeutic applications where it can enhance treatment consistency and support the expanded use of TMS in medical practice and research.

The invention, which relates to the technical field of clinical medicine education, discloses a digitization-based clinical medicine practical skill multi-dimensional process assessment system comprising a multi-modal data acquisition unit, a dynamic knowledge graph unit, a data fusion analysis unit, a self-adaptive assessment path generation unit, and a real-time feedback unit. The whole system is integrated on a clinical skill training platform, and the multi-modal data acquisition unit synchronously acquires biological signal data and operation behavior data; the dynamic knowledge graph unit is used for storing clinical knowledge entities and relationships thereof, and updating according to real-time data; the data fusion analysis unit performs feature extraction and weighted fusion on the multi-modal data to generate a skill state evaluation result; an adaptive assessment path generation unit dynamically adjusts an assessment task sequence according to an assessment result and a knowledge relationship; the real-time feedback unit generates personalized real-time feedback, and the system achieves the full-dimension quantification and personalized adaptive evaluation of clinical skills, and can improve the objectivity and efficiency of examination.

The present application relates to a fluid hub assembly that allows for an easy connection, a secure connection to a fluid connector, and a safety release mechanism that enables the fluid hub assembly to be safely disengaged from the fluid connector. The fluid hub assembly may include a post and a hub slidably coupled to the post. When disconnected from the fluid connector, the hub may be locked or secured in a latched position, which helps to prevent reconnection or reuse of the hub, thereby facilitating safe and hygienic medical practices.

This invention discloses a biomimetic hydrogel based on Au-Ag bimetallic nanoclusters, its preparation method, and its applications, belonging to the field of antibacterial hydrogel technology. Addressing the problem that existing single-function hydrogels cannot meet the diverse needs of modern medical practice, this invention utilizes PVA-TSPBA hydrogel as a carrier to load AuAgNCs, constructing a PVA-TSPBA@AuAgNCs composite hydrogel. This composite hydrogel can release metal nanoclusters by using ROS around the wound as a stimulation signal, thereby specifically binding to the bacterial surface and disrupting the bacterial structural integrity, exerting antibacterial properties, and promoting wound repair. In vitro antibacterial experiments show that the PVA-TSPBA@AuAgNCs composite hydrogel exhibits significant inhibitory effects on both Gram-negative bacteria (Escherichia coli) and Gram-positive bacteria (Staphylococcus aureus). Moreover, this composite hydrogel has no significant toxicity to human immortalized epidermal cells, supports normal cell adhesion and proliferation, and has significant clinical translational potential.

A fluid connector assembly can be provided that permits ease of connection, secure connection with a fluid connector, and a safety release mechanism that enables the fluid connector assembly to safely disengage from the fluid connector. The fluid connector assembly can include a post and a hub that is slidably coupled to the post. When disconnected from the fluid connector, the hub can be locked or fixed at a lockout position, which can tend to prevent reconnection or reuse of the hub, thereby facilitating safe and sanitary medical practices.

An animal model (10) for veterinary and medical exercises comprises a set of visceral organs (20) and a body frame (40), where the set of visceral organs (20) is placed within the body frame (40). The utility model relates to an animal model (10) for veterinary and medical exercises, comprising a set of visceral organs (20), including a lung (200), a stomach (220) and a set of urinary and reproductive organs (230), where each visceral organ is attached to one another and wrapped by rubber (700), where the animal model (10) for veterinary and medical exercises is made predominantly of natural rubber, where the preferred natural rubber is Para rubber, and where the natural rubber is a natural rubber. And important clinical skills can be practiced through at least three openings. If each opening or all three openings need to be subjected to clinical skill practice together, the following operations can also be performed: passing through the oral cavity from the head and neck, inserting a medical device into the lung in the chest or placing the stomach in the abdominal cavity, inserting the medical device into the lung or stomach in the body frame from the nasal cavity, opening from the urinary organ of the male, and performing clinical skill practice. A medical device may be inserted into the bladder disposed in the pelvis.

The present subject matter relates to a system (100) and a method (300) for detecting lung abnormalities in a medical image (101). The clinical decision support system designed to revolutionize medical diagnosis and treatment recommendations. The system (100) employs a multi-faceted approach, combining data collection, intelligence-based imaging model (207), and language model (208), each playing a pivotal role in enhancing clinical decision-making. Data collection forms the foundation, aggregating diverse data sources including chest images, patient history records, EHS, clinical research data and updated healthcare guidelines. This dataset fuels the training and optimization of intelligent models, ensuring their accuracy and relevance. Integration of the intelligent imaging and language model outputs yields an overall confidence score. The system then furnishes a comprehensive output, encompassing diagnosis, confidence score, and tailored treatment recommendations, facilitating informed clinical decision-making. This innovative framework holds promise in augmenting medical practice, offering enhanced diagnostic precision and personalized treatment guidance.