Ortho2GO - An app for optimizing orthopedic care

Abstract

A computer-implemented method for managing the orthopedic treatment process using a mobile application, comprising: Conducting virtual consultations between patients and orthopedic surgeons using real-time communication technologies, • Planning and management of doctor's appointments through an automated appointment scheduling system, ◯ Collection and storage of medical history data, ◯ Real-time tracking of treatment progress, ◯ Ensuring continuous communication through secure News and video broadcasts, ◯ Management and access to electronic patient records via a cloud-based infrastructure.

Description

Technical field:

[0001] The invention relates to a computer-implemented method for managing and optimizing the orthopedic treatment process through a mobile application. Background of the invention:

[0002] Modern orthopedics faces numerous challenges, including long waiting times, complicated appointment scheduling, and limited communication between patients and physicians. These challenges lead to inefficient treatment processes and dissatisfied patients. The present invention aims to solve these problems through the use of a specially developed mobile application. Summary of the invention:

[0003] Ortho2Go is a mobile app that integrates various existing technological solutions to revolutionize the orthopedic treatment process, from initial assessment to treatment follow-up. The app includes features such as virtual consultations, automated appointment scheduling, structured history taking, real-time treatment tracking, secure communication, and electronic health record management. This integration offers a new and effective method for improving efficiency, reducing costs, and increasing satisfaction for both patients and orthopedic surgeons. Key features and technical details: 1. Virtual consultations: Technical implementation:

[0004] The app integrates real-time video and audio transmission technologies optimized for low latency and high quality. This technology allows patients and orthopedic surgeons to conduct virtual consultations without being physically present.

[0005] Technical effect: Reduction of the need for physical appointments, thereby saving time and costs and enabling flexible communication. 2. Scheduling:

[0006] Technical implementation: The app includes an automated appointment scheduling system that takes availability, priorities, and geographical data into account to efficiently coordinate appointments. Push notifications remind patients of upcoming appointments. Technical effect:

[0007] This system allows for simple and flexible scheduling of doctor's appointments. The automated

[0008] Reminders help patients keep their appointments, which leads to better adherence. of the treatment plan and leads to more efficient treatment. 3. Medical history:

[0009] Technical implementation: The app uses a digital form system for the structured collection of medical history data. This data is securely stored in a cloud-based infrastructure and can be accessed by physicians. Technical effect:

[0010] The efficient and structured collection of medical history data significantly improves treatment preparation. This leads to more targeted and faster treatment, as all relevant information is readily available to the physician. 4. Treatment monitoring:

[0011] Technical implementation: The app stores and analyzes patient data in real time. Progress bars and reminder mechanisms help patients adhere to their treatment plan. Technical effect:

[0012] Real-time tracking of treatment progress ensures that patients can be closely monitored. This improves treatment outcomes and ensures that patients consistently adhere to their treatment plan. 5. Communication tools:

[0013] Technical implementation: The app integrates secure messaging via end-to-end encryption as well as video and chat functions. These enable seamless and secure communication between patients and orthopedic surgeons. Technical effect:

[0014] Continuous patient care is facilitated through secure and direct communication channels. This allows for immediate consultation regarding questions or problems and contributes to improved patient retention. 6. Electronic patient records: Technical implementation:

[0015] The app stores patient data centrally in a cloud-based infrastructure. Access controls and encryption techniques ensure the security and integrity of the data. Technical effect:

[0016] Easy and secure access to medical records and treatment history facilitates treatment coordination. This can reduce treatment errors and increase the efficiency of medical care. 7. Individual therapy plans: Technical implementation:

[0017] The app enables the provision and management of individualized therapy plans created outside the app by orthopedists and sports scientists. Exercise videos and instructions are made accessible via the app. Technical effect:

[0018] Patients are supported through personalized therapy plans that are directly accessible via the app. Detailed description of the invention: Technical implementation and architecture: • System architecture:

[0019] The app is based on a client-server architecture, with the client component running on mobile devices and the server component hosted in a cloud-based infrastructure. Communication between client and server takes place via secure HTTPS connections. • Real-time communication technologies:

[0020] These technologies enable real-time video and audio transmissions, optimized for low latency and high quality. • Automated scheduling system:

[0021] This system takes into account availability, priorities, and geographical data to optimize scheduling. • System for recording medical history:

[0022] A digital form system for the structured recording and secure storage of medical history data in a cloud-based infrastructure. • Database:

[0023] A database is used to store and analyze patient data in real time, enabling fast and scalable data access. • Security:

[0024] End-to-end encryption for secure message transmission and strict access controls to protect electronic patient records. Conclusion:

[0025] Ortho2Go represents the future of orthopedic care, offering a comprehensive, computer-implemented solution to optimize the treatment experience for both patients and orthopedic surgeons. By integrating modern technologies into the treatment process, efficiency, patient satisfaction, and treatment quality are significantly improved.