24 results about "Patient education" patented technology

The invention discloses a patient education auxiliary system based on deep learning. The system comprises the following steps: constructing a self-adaptive hierarchical knowledge graph through multi-source medical data fusion and standardization processing; personalized optimization and dynamic feedback adjustment of knowledge expression are realized based on patient cognitive level modeling; establishing a medical knowledge retrieval mechanism driven by real-time incremental indexing and association reasoning, and optimizing the retrieval efficiency in combination with reinforcement learning; a multi-modal embedding and modal adaptation technology is developed, and cognitive-driven interaction experience is provided; a visual learning path is constructed and dynamically optimized, and a professional and readable medical text is generated in combination with context modeling and causal reasoning. According to the system, the technical problems of medical knowledge updating, personalized adjustment, overfitting, retrieval optimization, multi-modal interaction, causal reasoning and the like are solved.

The invention discloses a 3D holographic image knowledge base interactive playing method for diabetic education, and the method comprises the steps: firstly obtaining patient data of a hospital HIS system and a wearable device, and carrying out the classification, preprocessing and data fusion, thereby obtaining an encrypted standardized data set; and then multi-dimensional feature groups are extracted, knowledge base education contents are matched, and a personalized scheme is generated. And carrying out structural processing on the scheme, constructing a 3D model and a scene resource library, rendering the scheme into a holographic image format, optimizing the scheme, and outputting a material set. And then configuring a calibration material set, scheduling and playing, realizing immersive learning, and generating interaction data and feedback information. And finally, evaluating a learning effect by combining clinical indexes, and dynamically updating and optimizing the knowledge base. By means of 3D holography and multi-mode interaction, intuition, interactivity and individuation of diabetic education are improved, and the self-management ability is enhanced.

Computer-implemented methods for providing interactive electronic treatment assistance for benign prostatic hyperplasia and advanced prostate cancer are disclosed. The methods can include automatically sending, by a disease and disorder treatment device, an electronic pathway sign-up link to a smart mobile device. The method can include sending a plurality of inquiries about the BPH condition and / or the advanced prostate cancer condition, to the smart mobile device. The method can include receiving a plurality of patient responses from the smart mobile device. The method can include processing and storing the plurality of patient responses. The method can include providing, by the disease and disorder treatment device, patient education about various treatment therapies for advanced prostate cancer. The method can include automatically monitoring a patient having the advanced prostate cancer condition during the various treatment therapies. The method can include intervening with the various treatment therapies using the smart mobile device.

This invention discloses an intelligent health education method, device, equipment, and storage medium for gynecological tumor patients. The method acquires the patient's electronic medical record information and patient interaction data. Based on the electronic medical record information, it identifies the gynecological tumor disease type and treatment stage tags. Based on the patient interaction data, it specifically identifies psychological stress signals related to gynecological tumor treatment, generating a profile of the patient's current psychosomatic state. It matches and dynamically generates personalized health education content and psychological counseling plans from a structured knowledge base. Based on the patient's treatment data, it automatically generates reminders for medication and follow-up examinations. It structurally correlates the output records of personalized health education content and the patient's feedback data on the reminders to form a digital pathmap for patient education. This enables dynamic matching and personalized generation of health education content and psychological counseling plans, improving the patient's cognitive adaptability to health information and the effectiveness of psychological support, achieving closed-loop management throughout the entire hospital and inpatient cycle.

The invention provides a rare disease follow-up visit system, and the system comprises a queue configuration module which is used for obtaining queue brief introduction information, follow-up visit CRF, queue disease teaching information and queue state information edited by a user in a queue creation interface, creating a target queue, and managing the created queue, each target queue comprises a plurality of patients with the same medical features, a plurality of associated medical centers and patient teaching content, each medical center comprises a doctor of at least one department, and the patient teaching content comprises education information of diseases of the patients. The follow-up visit management of the patient in a complex diagnosis and treatment mode is facilitated, and the follow-up visit quality of the rare patient is improved.

The utility model discloses a mind mapping sounding device for a cardiac pacemaker implanted patient, relates to the technical field of medical auxiliary equipment, and aims to solve the problems that in the prior art, traditional patient education depends on written materials or oral explanation, information is fragmented, the memory retention rate of the patient is low, and postoperative follow-up visit content is complex and is difficult for the patient to remember. Comprising a flexible map guide board and a control box, the upper end of the flexible map guide board is provided with a middle node, a first node and a second node, one side of the first node and one side of the second node are provided with a touch sensing area, the control box is provided with a prompt lamp and a voice interaction module, and the voice interaction module comprises a voice output module and a voice input module. A master control module, a storage module, a data interaction module and a follow-up time management module are further installed in the control box. Operation knowledge, postoperative care, follow-up visit nodes and the like are integrated through mapping, the cognitive level and follow-up visit compliance of a patient are remarkably improved, and the occurrence rate of complications is reduced.

The invention provides a digital twinborn nuclear medicine department iodine-131 treatment-dedicated ward management virtual system, and belongs to the technical field of medical informatization, and the system comprises a model construction module which is used for constructing a virtual hospital model; the medical data management module is used for visually presenting the patient and the correspondingly input patient information through the three-dimensional scene of the virtual hospital model; the remote interaction module is used for establishing a communication channel between the medical staff and the target patient so as to perform online ward round on the target patient; a teaching animation provided based on the virtual hospital model is preset in the diagnosis and treatment process management module, and the teaching animation displays the diagnosis and treatment process at a preset observation view angle. The system has the beneficial effects that an integrated virtual system covering'process simulation-radiation protection education-doctor-patient non-contact interaction 'is constructed by deeply integrating a digital twin technology and a nuclear medicine treatment scene, the treatment compliance and the patient education effect are improved, the ward turnover efficiency is improved, and the radiation protection cost is reduced.

The invention discloses a multifunctional pulsation assessment treatment device and method, and relates to the technical field of spine assessment treatment, and the device comprises a spine assessment module which is used for detecting the activity, resistance and stability of spine segments, and generating a bell-shaped curve data graph; the pulse treatment module is used for applying high-speed and low-frequency pulse force to act on the target spine segment to realize any one or more functions of spine arrangement adjustment, muscle activation and joint loosening; the control feedback module is used for receiving detection data of the spine evaluation module, generating a feedback control signal based on the detection data of the spine evaluation module and outputting the feedback control signal to the pulse treatment module for dynamic adjustment; and the display interaction module is used for displaying the segment evaluation bell-shaped curve, the treatment progress and the personalized suggestions in real time. The invention has the advantage that the multifunctional integrated design is adopted. The equipment integrates evaluation, treatment, patient education and comprehensive treatment schemes, and meets diversified rehabilitation requirements of different patients.

The present disclosure relates to patient healthcare, patient education, and patients, engaging patients, and habituating patients to behaviors for the purpose of improving health outcomes through the use of an adaptive, incentive-based application.

The invention discloses a digital protective jaw pad and a preparation method thereof, and the preparation method comprises the following steps: 1, carrying out intraoral three-dimensional scanning to obtain a digital model; step 2, a dynamic occlusion relation is recorded by a digitized face bow, and an inresting jaw position is determined; 3, making an occlusion recording silica gel and plaster model; 4, scanning the plaster model, designing a virtual jaw pad in combination with the intraoral scanning digital model, and performing personalized buffering treatment; and step 5, processing the PMMA solid jaw pad by a CAM technology. Whole-course digital precise manufacturing of the protective jaw pad is achieved, occlusion interference of diseased teeth is avoided through the personalized buffering design, the material biocompatibility is good, wearing is comfortable, traumatic teeth or postoperative teeth are effectively protected, and meanwhile the treatment effect and the patient satisfaction degree are improved by combining patient education.

The utility model relates to the field of bulletin boards, in particular to a bulletin board facilitating replacement of diabetic retinopathy photos, which comprises a fixed board, a limiting board, a jointed board, a clamping block, a limiting strip, a magnetic board and a fixed board. According to the utility model, a healthy eye pattern is formed by sequentially splicing a plurality of groups of splicing plates, and the splicing plates can help patients to participate in the splicing process, effectively attract the attention of the patients and stimulate the curiosity and interest of the patients, so that the patients can deeply understand related knowledge of diabetic retinopathy, and educational propaganda is carried out in combination with a feedback method; the method comprises the following steps of: firstly, retelling or demonstrating learned contents by using own language after listening to explanation, so that an educator is helped to know the mastery degree of a patient on diabetic retinopathy knowledge in time, correct understanding errors or omission in time, and ensure the accuracy of information transmission; the educator can provide targeted explanation and guidance, and the educational effect is improved.

The invention relates to the technical field of medical consultation technologies, in particular to a diabetes mellitus special disease doctor-asking model system which comprises the following steps: constructing a diabetes mellitus special disease knowledge ontology library; developing a multi-modal information acquisition interface; designing an information preprocessing module; establishing a patient dynamic portrait library; developing a complication association engine; constructing a symptom-cause reasoning model; designing a dynamic questioning mechanism; developing a therapeutic schedule generation engine; setting a scheme verification module; a feedback-iteration closed loop is constructed; developing a patient education adaptation module; designing a data security and privacy protection mechanism; the system has the following beneficial effects: through multi-modal acquisition and dynamic inquiry, the information difference between patient description and clinical requirements is filled up, so that suggestions are more suitable for the actual illness state, and the problem of information fault is solved.

The invention discloses a tumor patient individualized medication dose optimization method, which comprises the following steps: establishing a patient file, calculating an initial dose based on evidence-based knowledge, making a structured follow-up visit plan, integrating data from communities, families and patient reports, analyzing by using a fusion rule and an intelligent algorithm, and generating a dose optimization suggestion. After doctor-patient auditing, a situational medication reminding and recording tool is automatically updated and pushed, and finally continuous loop feedback and iteration of a treatment scheme are achieved; according to the invention, long-term follow-up visit and dosage decision are bound, and medication reminding, patient education and clinical support are combined, so that real-time, accurate and individualized adjustment of the medication dosage is effectively realized in a basic scene, and the treatment safety and compliance are improved.

The invention relates to the technical field of digital marketing, and discloses a patient education propagation method and device, electronic equipment and a storage medium, and the method comprises the steps: carrying out the clustering analysis of social media data, and obtaining a topic hotspot of a target disease; determining a target circle layer associated with the target disease and a target propagation strategy for the target circle layer based on the topic hotspot and a pre-constructed disease user circle layer library; screening a target propagator according to the target disease and the target propagation strategy, wherein the target propagator is used for being entrusted to carry out patient education propagation on the target disease in the social media; and obtaining a preset evaluation index in the social media, and evaluating the patient education transmission effect for the target disease based on the evaluation index. Through social media data clustering analysis, interest circle layer accurate matching, propagator dynamic screening and closed-loop effect evaluation, the defects in the aspects of sample size, timeliness, cost and effect tracking in the patient education process are overcome, and patient education propagation can be completed quickly and efficiently.

The application discloses a non-small cell lung cancer anti-PD-1 individualized treatment decision support system and a method thereof. The system comprises a data acquisition and standardization module, which adopts standard integration of multi-source heterogeneous data; a dynamic knowledge graph construction module, which stores structured knowledge based on a Neo4j storage structure; an incremental learning module, which realizes real-time updating of a knowledge base; an intelligent decision support module based on a domestic large language model, which performs indication screening, efficacy and side effect prediction and conflict detection through technologies such as multi-modal fusion, hierarchical decision model, time series Transformer and graph neural network; an individualized treatment plan and clinical trial matching module, which optimizes a treatment path in combination with economic analysis and semantic matching algorithm; a patient education and interaction module, which provides personalized content generation, intelligent question answering and toxicity management; and a clinical verification and optimization module supporting lightweight adaptation of primary medical institutions. The application realizes intelligentization of the whole process from data integration to clinical decision, and improves the precision and accessibility of immunotherapy.

The invention relates to the technical field of medical informatization, in particular to a hospital robot propaganda and education system and method based on a medical knowledge base, and the system comprises an information collection module, a voice interaction module, an intelligent matching module and a terminal display module. The system realizes accurate acquisition of patient information, efficient processing of voice instructions, personalized matching of propaganda and education contents and interactive display in a multimedia form through multi-source data fusion and an intelligent algorithm. The problems of data isolation and inconvenient interaction of a traditional propaganda and education mode can be solved, the patient education quality and the medical care resource allocation efficiency are improved, and intelligent development of medical services is promoted.

A system and method for enhancing patient education generates a consolidated index score based on a patient's performance in various computer-directed assessments. One or more of these assessments evaluate different aspects of physical health and function, including range of motion, proprioception, and movement control. The system and method may feature a dynamic calculation that adjusts the weighting of a patient's symptoms and elements as needed. The consolidated index score provides a single numerical value that assesses overall physical health and tracks improvement.

1. The name of this design product: Interactive Educational Sticker Board (Insulin Injection Series). 2. Purpose of this product design: This product is used for patient education to introduce insulin injection methods and related precautions to patients. 3. The key design points of this product are the combination of shape, pattern and color. 4. The picture or photo that best illustrates the design points: three-dimensional picture. 5. The design for which protection is sought includes color. 6. The back of this design product is difficult to see or cannot be seen during use, so the rear view is omitted.

A periodic behavior report generation method, apparatus, and system, a storage medium, and an electronic device. The method includes: obtaining behavior data and a health index parameter of a user in a predetermined period, the behavior data including at least one of an exercise behavior, a dietary behavior, or a drug administration behavior; generating, according to the behavior data and the health index parameter, a periodic behavior report in the predetermined period for the user by at least partially using a machine learning model, the periodic behavior report including at least an evaluation result in the predetermined period, a behavior suggestion of a next period, and / or an index target of a next period; updating, based on the periodic behavior report, a behavior label of the user, and obtaining a patient education content matching with the behavior label; and sending the periodic behavior report and the patient education content to the user.

This invention discloses a patient education system and method based on augmented reality (AR) scenario simulation. The system includes an AR wearable terminal, a motion capture and data acquisition device, a virtual scene construction and interaction device, an intelligent assessment and feedback device, a cloud data management device, and a medical staff terminal. Medical staff input patient information and push suitable scenarios through the medical staff terminal. Patients wear the AR wearable terminal to enter the virtual scene. The motion capture and data acquisition device collects movement trajectories and electromyographic signal data, which are calibrated and fused for scene branch evolution and movement deviation analysis, generating an assessment report and pushing personalized supplementary educational content. This invention achieves immersive and precise patient education, improves patient participation and educational effectiveness, and reduces the burden on medical staff.

The application provides a method for patient education. The method comprises: determining whether a patient meets an education trigger condition based on a treatment plan and treatment progress information of the patient; in response to determining that the patient meets the education trigger condition, querying an education resource library based on the treatment plan and the treatment progress information to determine a target education video, and pushing the target education video to a terminal device corresponding to the patient, the education resource library comprising reference text materials and a plurality of education videos; presenting the target education video and a digital image through the terminal device in an education process of the patient using the target education video; and in response to detecting a medical question input by the patient through the terminal device, determining first feedback information based on the reference text materials, and outputting the first feedback information to the patient via the digital image.

The invention discloses a health propaganda and education pushing method, system and device based on artificial intelligence and a medium, and the method comprises the steps: collecting the whole-course doctor seeing process data of a patient based on a hospital information system, and recognizing a patient propaganda and education key node through a preset rule engine; generating a structured propaganda and education scheme based on a large language model on the basis of input patient historical medical records, current diagnosis results and propaganda and education knowledge base data; based on a multi-modal generation model, converting the structured propaganda and education scheme into propaganda and education contents in audio, video or image-text forms; a push channel is connected through an API interface, and the propaganda and education content and the check link are pushed to the patient terminal based on the patient reserved contact information; and carrying out statistics on push-related data of the propaganda and education contents, collecting feedback information of the patient for the propaganda and education contents, and optimizing and updating a preset rule engine, a propaganda and education knowledge base, a large language model and a multi-modal generation model. Dynamic enhancement and real-time generation of propaganda and education contents can be realized by using an artificial intelligence technology.

A system (100) and method for enhancing patient education generates a consolidated index score (128) based on a patient's performance in various computer-directed assessments (136, 138). One or more of these assessments (136, 138) evaluate different aspects of physical health and function, including range of motion, proprioception, and movement control. The system and method may feature a dynamic calculation that adjusts the weighting of a patient's symptoms and elements as needed. The consolidated index score (128) provides a single numerical value that assesses overall physical health and tracks improvement.

Devices, systems, and methods for identifying and presenting cardiac treatment options, for assessing the severity of a blockage in a vessel and, in particular, a stenosis in a blood vessel, by obtaining an image of the vessel, obtaining pressure measurements from the vessel, generating a diagnostic visualization image, identifying a treatment option, and generating a predictive visualization image. The various images and options are displayed on a medical personnel display and a patient display.