9 results about "Patient assessment" patented technology

A system and method for assessing gaze stability and vestibular function using a mobile device are disclosed. The system includes a mobile application configured to execute gaze-stability testing protocols, a display module for presenting visual targets, a head-movement and eye-tracking module utilizing real-time video captured via the device's camera, a speech-recognition module for processing verbal responses, and a data-processing module to analyze head-movement and visual-acuity data. The system enables remote patient assessments and includes protocols such as static visual acuity, visual processing, and mobile gaze stabilization tests to evaluate metrics like peak head velocity and visual acuity. Results can be processed in real-time and can be securely transmitted to clinicians for remote evaluation. The disclosed system provides a cost-effective, user-friendly telehealth solution for vestibular function assessment, eliminating the need for specialized equipment or clinical visits.

A dialysis system with integrated concurrent appointment and patient assessment capabilities, comprising: a dialysis machine; at least one camera and a video monitor communicatively coupled to the dialysis machine and configured to enable concurrent telemedicine communication between a patient undergoing a dialysis session and at least one healthcare provider remote from the dialysis machine; a handheld imaging device coupled to the dialysis machine, the handheld imaging device configured to capture high-resolution images of patient-specific conditions during the telemedicine session; a scheduling system communicatively coupled to the dialysis machine and configured to: automatically communicate dialysis machine availability to a healthcare scheduling system associated with the at least one healthcare provider, coordinate concurrent appointment confirmations amongst the patient, the dialysis machine availability, and the at least one healthcare provider, and automatically establish a telemedicine session during a portion of the dialysis session.

The invention discloses a pulmonary embolism adverse event risk assessment method, device and equipment and a storage medium, a functional pulmonary embolism adverse event risk assessment model is constructed, three objective parameters of age, heart rate and blood oxygen partial pressure are directly incorporated into the model, weights of the age, the heart rate and the blood oxygen partial pressure are obtained through objective derivation (non-manual setting), and the risk assessment model is used for evaluating the risk of the pulmonary embolism adverse event. According to the method, the dependence on doctor experience is thoroughly eliminated, assessment deviation caused by subjective factors is avoided, the functional risk assessment model has continuity, and the problem that the assessment results of two patients with similar parameters are greatly different in the prior art is avoided.

A system and method for assessing gaze stability and vestibular function using a mobile device are disclosed. The system includes a mobile application configured to execute gaze-stability testing protocols, a display module for presenting visual targets, a head-movement and eye-tracking module utilizing real-time video captured via the device's camera, a speech-recognition module for processing verbal responses, and a data-processing module to analyze head-movement and visual-acuity data. The system enables remote patient assessments and includes protocols such as static visual acuity, visual processing, and mobile gaze stabilization tests to evaluate metrics like peak head velocity and visual acuity. Results can be processed in real-time and can be securely transmitted to clinicians for remote evaluation. The disclosed system provides a cost-effective, user-friendly telehealth solution for vestibular function assessment, eliminating the need for specialized equipment or clinical visits.

A system and method for detecting and predicting surgical wound infections is disclosed. The method includes receiving wound site data, ambient data, reference site data and auxiliary data from one or more wearable devices, one or more sensing units or a combination thereof, a patient history data from electronic health record database, patient assessment data from a clinical professional, information associated with a patient from the patient or any combination thereof. The method further includes determining one or more desired parameters and extracting one or more features from the one or more desired parameters. The method includes applying the extracted one or more features into a trained Artificial Intelligence (AI) based data model and a trained statistical model for the patient. Further, the method includes detecting presence of an infection, predicting likelihood of infection and generating a wound infection score.

The Ultrasound Lymphatic Treatment System and associated Manual and Ultrasound-Enhanced Lymphatic Drainage Method provide an integrated solution for preoperative and postoperative lymphatic stimulation. The system comprises a programmable ultrasound delivery subsystem, manual drainage implements, and a protocol-driven control module with real-time sensor feedback. The method includes individualized patient evaluation, mapping of lymphatic zones, and sequential application of manual drainage and low-frequency ultrasound along anatomically validated pathways. The system generates a patient-specific lymphatic zone map and session ultrasound parameter set, enabling reproducible, zone-targeted therapy. Closed-loop regulation of ultrasound parameters and contact pressure ensures safety and efficacy. The invention standardizes the combination of manual and ultrasound modalities, accelerates edema resolution, reduces pain, and supports immune recovery, addressing the lack of coordinated, evidence-based lymphatic care in surgical patients.

A system and method for detecting and predicting surgical wound infections is disclosed. The method includes receiving wound site data, ambient data, reference site data and auxiliary data from one or more wearable devices, one or more sensing units or a combination thereof, a patient history data from electronic health record database, patient assessment data from a clinical professional, information associated with a patient from the patient or any combination thereof. The method further includes determining one or more desired parameters and extracting one or more features from the one or more desired parameters. The method includes applying the extracted one or more features into a trained Artificial Intelligence (AI) based data model and a trained statistical model for the patient. Further, the method includes detecting presence of an infection, predicting likelihood of infection and generating a wound infection score.

An improved urodynamic study system for generating an abdominal pressure from a measurement of vesical pressure and a measurement of electrical activity of abdominal muscles using electromyography is provided. The system is characterized by a vesical catheter adapted or otherwise equipped to sense vesical pressure, an abdominal electromyography sensor or sensor array to sense electrical activity of abdominal muscles, and, a signal processing interface for producing synchronous channels of vesical pressure and generated abdominal pressure in furtherance of performing a urodynamic patient assessment.

This invention discloses a blood pressure measurement system based on conformal prediction, relating to the field of non-invasive blood pressure measurement. The system specifically includes: a signal acquisition module, a feature extraction module, a blood pressure estimation module, a reference blood pressure measurement module, and a conformal prediction module. This invention introduces a conditional conformal prediction method, providing corresponding confidence intervals based on the user's heart rate variability level, facilitating accurate blood pressure assessment by physicians. Particularly for patients with atrial fibrillation, this invention provides more reliable blood pressure measurements, assisting in the monitoring and treatment of atrial fibrillation. This invention utilizes conformal prediction to generate confidence intervals for blood pressure prediction, providing a measurement interval that covers the reference value based on a single measurement value; the confidence intervals generated by conformal prediction can include the reference blood pressure value with a specific coverage rate; and it provides confidence intervals for blood pressure measurement for patients with atrial fibrillation, facilitating accurate patient assessment by clinicians.