Abstract: System and methods for analyzing data to generate personalized response(s) are disclosed. The method may include, such as by one or more processors, transceivers, and/or sensors: (1) receiving collected sensor data from external data stores; (2) utilizing an NLP model and a computer vision model to categorize the collected data into improvement category, positive category, or neutral category; (3) retrieving policy data corresponding to the user from data store(s); (4) inputting the categorized data and the policy data into a trained machine-learning model to generate personalized responses; (5) generating a presentation of the personalized responses in a device; (6) receiving updated sensor data from the sensor(s) associated with the user; (7) analyzing the updated sensor data to determine a compliance level for the categories to the personalized response(s); (8) comparing the compliance level to a category threshold for the categories; and/or (9) outputting an updated presentation based upon the comparing.

Abstract: An electrical stimulation system that provides for transtympanic stimulation of the inner ear that can be used for safely and effectively treating tinnitus. The electrical stimulation system of the present invention may be fully implantable or partially implantable. The system features an electrode placed on the round window membrane. An external portion provides the power to the electrode, which can stimulate the inner ear via the round window as needed by the patient. The present invention also features methods of treating tinnitus using the electrical stimulation system described herein.

Abstract: An electrical stimulation system that provides for transtympanic stimulation of the inner ear that can be used for safely and effectively treating tinnitus. The electrical stimulation system of the present invention may be fully implantable or partially implantable. The system features an electrode placed on the round window membrane. An external portion provides the power to the electrode, which can stimulate the inner ear via the round window as needed by the patient. The present invention also features methods of treating tinnitus using the electrical stimulation system described herein.

Abstract: A radiation shield standoff comprises a support section having a mounting surface for an electronic component, with the support section configured to separate the electronic component a predetermined distance from a chassis wall. The standoff also includes a coupling section configured to couple the standoff to the chassis wall. A flange is located between the support section and the coupling section, with the flange configured to hold a radiation shield layer in place on the chassis wall and provide radiation shielding. A boss is located between the flange and the coupling section, with the boss abutted against the flange and smaller than the flange. The standoff also comprises a radiation shielding metal.

Abstract: A radiation shield standoff comprises a support section having a mounting surface for an electronic component, with the support section configured to separate the electronic component a predetermined distance from a chassis wall. The standoff also includes a coupling section configured to couple the standoff to the chassis wall. A flange is located between the support section and the coupling section, with the flange configured to hold a radiation shield layer in place on the chassis wall and provide radiation shielding. A boss is located between the flange and the coupling section, with the boss abutted against the flange and smaller than the flange. The standoff also comprises a radiation shielding metal.