AI-Powered Desktop and Wearable Healthcare Device System Capable of Clinical Assessment and Medical Reporting.

Abstract

This invention relates to an artificial intelligence-powered device system capable of performing clinical assessments and automated medical reporting by analyzing patient data. The invention encompasses an integrated health assessment platform consisting of a stationary device designed for desktop use and a wearable device in the form of eyeglasses. The desktop device includes a high-processing computing unit, image processing modules, sensor inputs, and a user interface; it analyzes imaging data, clinical parameters, and user input from the patient to perform preliminary diagnostic assessments and generate reports. The wearable glasses-style device includes a camera, sensors, and an augmented reality-supported display system, collecting real-time data from the user and processing this data in an integrated manner with desktop devices or cloud-based systems to provide instant feedback. In current systems, patient assessment is mostly done manually, and standardization among different users is not possible. This invention automates data collection, analysis, and reporting processes through both desktop and wearable devices, offering faster, standardized, and reliable clinical pre-assessment capabilities. The system developed within the scope of this invention has a modular structure adaptable to orthopedics, dermatology, medical aesthetics, and other clinical branches. Furthermore, the system improves analysis accuracy through a dynamic data collection mechanism that detects missing data from the user. This facilitates access to healthcare services, enables early assessment, and supports the digitalization of clinical processes.

Description

1 TARIFF AI-SUPPORTED CLINICAL ASSESSMENT, DATA. PERFORMING ANALYSIS AND AUTOMATED MEDICAL REPORTING DESKTOP AND WEARABLE DEVICE SYSTEM 1. Technical Area 5 This invention relates to the field of health technologies. Specifically, the invention is related to artificial intelligence-assisted clinical applications. evaluation, data analysis, dynamic data completion, and automated medical reporting. systems consisting of a desktop analysis device and a wearable glasses device that perform this function It is related. 2. State of the Art 10 In current healthcare systems, patient assessment relies largely on manual processes. Clinical decisions are based on the physician's experience and the integrity of the available data set. This can vary, and this situation necessitates standardization in evaluation processes. This can lead to problems. Existing digital health systems mostly consist of data storage or simple analysis functions. These systems offer real-time data collection and integration of multiple data sources. Identifying missing data, AI-powered clinical pre-assessment, and automated reporting. It is unable to provide its features in an integrated manner. Although wearable technologies are used in the healthcare field, these systems are generally limited. It does not collect data and does not work in an integrated manner with clinical decision support mechanisms. 20 Therefore, a desktop analytics device and a wearable device work together, powered by artificial intelligence. A system capable of evaluation and reporting is needed. 3. Purpose of the Invention The aim of this invention is to standardize clinical evaluation processes by analyzing patient data. 25 that analyzes data collected from multiple sources and performs automated preliminary assessments using artificial intelligence. A system that provides desktop and wearable device integration and generates automated medical reports. to present. Another purpose of the invention is to use data obtained from cameras and sensors for artificial intelligence analysis. The unit will evaluate the information and identify any missing or missing information that needs to be completed. This involves improving the accuracy of the analysis by requesting additional data from the user. 30 Another purpose of the invention is to provide augmented reality-supported wearable glasses through a device. providing the user with real-time guidance and transferring the obtained data to a desktop analysis device. It is the transfer. 4. Summary of the Invention The invention consists of two main components: a desktop analysis device and a wearable eyewear device. It is an artificial intelligence-powered clinical evaluation and reporting system. Desktop analysis device; processor, image processing module, artificial intelligence analysis unit, user interface. It includes an interface and a data storage unit. This device collects patient data, analyzes the data, The clinic conducts a preliminary assessment and produces a medical report based on the assessment results. The wearable glasses device includes a camera system, sensors, an augmented reality display, and wireless 40 It includes a data transmission module. The wearable glasses device collects real-time data, visually. It provides data for analysis and offers real-time guidance to the user. 2 The system performs image analysis, data classification, risk scoring, and through its artificial intelligence module. It can generate clinical recommendations. Furthermore, it can identify missing data through a dynamic data collection mechanism. By identifying the data, it can request additional information from the user and thus make an assessment. 45 It can increase its accuracy. 5. Brief Description of the Figures Figure 1 shows the AI-powered clinical assessment and automated medical reporting that is the subject of the invention. It shows the general architecture of the system. Figure 2 shows the basic components of the desktop analyzer. 50 Figure 3 shows the basic components of the wearable eyewear device. Figure 4 shows the data collection, AI-assisted analysis, and reporting performed by the system. It shows the workflow of the production process. 6. Reference Numbers 1. System 55 2. Desktop analysis device 3. Wearable eyeglasses device 4. Camera system 5. Sensor unit 6. Processor 60 7. Image processing module 8. Artificial intelligence analysis unit 9. User interface 10. Data storage unit 11. Augmented reality display 65 12. Wireless data transmission module 13. Dynamic data collection mechanism 14. Clinical risk assessment module 15. Automatic reporting module 7. Detailed Description of the Invention 70 The system subject to the invention (1) consists of a desktop analyzer (2) and a wearable eyeglasses device (3). The system (1) is used for collecting, analyzing, and clinically assessing patient data. It is designed to generate automated medical reports. Desktop analyzer (2); processor (6), image processing module (7), artificial intelligence analysis unit (8) includes the user interface (9) and the data storage unit (10). Desktop analyzer (2), 75 It receives patient data and evaluates that data through the artificial intelligence analysis unit (8). and clinical preliminary assessment and automated reporting processes according to the results obtained. It accomplishes. Wearable glasses device (3); camera system (4), sensor unit (5), augmented reality display (11) and includes the wireless data transmission module (12). The camera system (4) and sensor unit (5), 80 3 It is configured to collect real-time data. The collected data is transmitted via wireless data transfer. It can be transmitted to the desktop analyzer (2) via module (12). Artificial intelligence analysis unit (8), image analysis, data classification, risk scoring and clinical recommendation It is structured to carry out production processes. Clinical risk assessment module (14), clinical pre-evaluation based on data processed by the artificial intelligence analysis unit (8) 85 It enables it to be done. Dynamic data collection mechanism (13), deficiencies in the data obtained by system (1). It determines whether or not it exists. Identifies missing or incomplete data. In this case, additional information is requested from the user via the user interface (9) or augmented reality screen (11). Information or additional data is requested. 90 Automatic reporting module (15), analyzed data and clinical risk assessment outputs It generates a medical report accordingly. The generated report is displayed via the user interface (9). It can be viewed or stored in the data storage unit (10). Within the scope of the invention, a wearable glasses device (3) enables the user to observe and data in real time. It meets the collection needs. The desktop analysis device (2) requires high processing power for analysis, 95 It performs data classification, risk assessment, and reporting processes. These two components... Working together provides standardization, speed, and data in the clinical evaluation process. integrity is ensured. 8. Industrial Applicability The invention can be used in hospitals, clinics, home healthcare systems, and telemedicine applications. 100 The invention includes a desktop analysis device, a wearable glasses device, and an artificial intelligence analysis unit. Dynamic data collection mechanism and automated reporting module are available in the production and software. It can be produced using development techniques and applied in the field of health technologies.

Claims

4 REQUESTS AI-SUPPORTED CLINICAL ASSESSMENT, DATA ANALYSIS, AND DESKTOP AND AUTOMATED MEDICAL REPORTING SYSTEM WEARABLE DEVICE SYSTEM 1. Clinical preliminary assessment and automated medical report generation by analyzing patient data. 5 an AI-powered health assessment system that performs at least one wearable data collection device, at least one desktop data processing device and the aforementioned It is characterized by containing a communication infrastructure that enables data communication between devices. the system that was used.

2. A wearable health device configured to collect real-time patient data. 10 and it must include at least one camera, at least one sensor and a wireless data transmission module, and Wearable devices are characterized by their ability to transmit the data they collect to an external data processing system. medical device.

3. Collecting and analyzing patient data and generating automated medical reports. It is a method that includes collecting data through wearable devices, and the collection of said data is 15 the analysis of a processing unit using artificial intelligence algorithms and the analysis results It is characterized by including steps for generating automated reports based on method.

4. According to Claim 1, the system is characterized by the wearable device being in the form of eyeglasses.

5. According to claim 1, the system processes image data and / or motion data from the wearable device. 20 It is characterized by its accumulation.

6. According to Claim 1, the system is designed for image processing and data analysis of the desktop device. It is characterized by the inclusion of artificial intelligence modules.

7. According to Claim 1, the system identifies missing clinical data from the user and requests additional data entry. It is characterized by its inclusion of a dynamic data collection mechanism. 25 8. According to Claim 1, the system performs risk classification based on the analysis results. It is characterized by its ability to accomplish.

9. According to claim 1, the system provides the user with augmented reality-based visual feedback. It is characterized by its ability to provide.

10. According to claim 2, the wearable device is an augmented reality device that presents visual information to the user. 30 It is characterized by having a screen.

11. According to claim 3, the method involves identifying missing data in the analysis process and It is characterized by including the completion step.

12. According to claim 3, the method involves presenting the generated report to the user in digital format. It is characterized by its inclusion. 35

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