Abstract: Systems and methods detect a multicomponent brain-based bio-signal in non-brain internal body tissues and cavities of a patient, such as the mouth. Sub-component signals are filtered from the multi-component signal to isolate frequency brave wave bands.

Abstract: Systems and methods detect a multicomponent brain-based bio-signal in non-brain internal body tissues and cavities of a patient, such as the mouth. Sub-component signals are filtered from the multi-component signal to isolate frequency brave wave bands.

Abstract: Systems and methods detect a multicomponent brain-based bio-signal in non-brain internal body tissues and cavities of a patient, such as the mouth and nostrils. Sub-component signals are filtered from the multi-component signal to isolate occurrences of physiological activities that correspond to the sub-component signals, such as eye movement, heart function, respiration, and body movement. Based on detections of certain body activities from the sub-component signals, the control of or display of a body monitoring device is influenced by such detections.

Abstract: An integrated oral appliance for treating breathing obstruction, snoring and restriction of the upper airway during sleep with a tongue restraint. Oral appliances of the invention may include an oral cavity engagement device including one or more trays, a tongue restraint with a tongue contact portion, a spring force element operatively coupled between the at least one tray and the tongue restraint, wherein the spring force element is adjustable anteriorly and posteriorly relative to the tray(s), and an air conduit inside the tongue restraint with a front vent of the air conduit extending beyond an anterior end of the tray(s) and a rear opening of the air conduit at a posterior end of the of the oral cavity engagement device configured to extend to a posterior surface of a tongue.

Abstract: An integrated oral appliance for treating breathing obstruction, snoring and restriction of the upper airway during sleep with a tongue restraint. Oral appliances of the invention may include an oral cavity engagement device including one or more trays, a tongue restraint with a tongue contact portion, a spring force element operatively coupled between the at least one tray and the tongue restraint, wherein the spring force element is adjustable anteriorly and posteriorly relative to the tray(s), and an air conduit inside the tongue restraint with a front opening of the air conduit extending beyond an anterior end of the tray(s) and a rear opening of the air conduit at a posterior end of the of the oral cavity engagement device configured to extend to a posterior surface of a tongue.

Abstract: The current invention includes systems and methods for detecting, by a sensor including at least two electrodes, a multicomponent brain-based bio-signal in an internal tissue of a patient, digitizing, by at least one computer processor communicatively coupled to the sensor, the multicomponent brain-based bio-signal, isolating, by the at least one computer processor, a plurality of subcomponent signals from the digitized multicomponent brain-based bio-signal, comparing isolated data from one or more of the isolated sub component signals, by the at least one computer processor, to predetermined baseline data, and generating, by the at least one computer processor, at least one of an instruction to a machine and a visual diagnosis of a condition, in response to said comparing isolated data to baseline data.

Abstract: A hydraulic device that includes a membrane-covered walled enclosure that enables control of pressure against a body part to be controlled through desired fluid addition or removal from the enclosure. Through pressure control of the membrane a desired traction force is applied to prevent injuries or therapeutically treat a wide variety of medical conditions, including respiratory, cardiovascular, musculoskeletal and skin disorders.

Abstract: A hydraulic device that includes a membrane-covered walled enclosure that enables control of pressure against a body part to be controlled through desired fluid addition or removal from the enclosure. Through pressure control of the membrane a desired traction force is applied to prevent injuries or therapeutically treat a wide variety of medical conditions, including respiratory, cardiovascular, musculoskeletal and skin disorders.

Abstract: A self-contained Autonomous Positive Air Pressure (APAP) device that treats sleep apnea by providing pressurized air intermittently or on demand. The self-contained device is inconspicuously designed as eyewear and does not require the user to be tethered to an air hose or power cord. The device also does not require the user to wear a face mask sealed to the user's face. Instead, the present invention comprises a system that is battery powered including pumps to pressurize a chamber or chambers that provides breathable air through electronically controlled pressure regulated valves that prevents upper airway obstruction.

Abstract: A suction device includes a membrane-covered walled enclosure from which pressure can be reduced therein, including through desired fluid removal from the enclosure, below ambient external air pressure to apply suction therapy to treat medical conditions, including sleep breathing disorders.

Abstract: A suction device includes a membrane-covered walled enclosure from which pressure can be reduced therein, including through desired fluid removal from the enclosure, below ambient external air pressure to apply suction therapy to treat medical conditions, including sleep breathing disorders.