2 results about "Brain infarctions" patented technology

The utility model provides a kind of brain infarction patient is fed medicine and swallows auxiliary device, comprising: seat main body, the side of seat main body is rotatably connected with backrest by rotating shaft, U-shaped installation slot is opened in the central position of backrest main body surface, the inside of U-shaped installation slot is provided with dismounting plate, threaded rod is set in the central position inside dismounting plate, the one end of threaded rod is connected with arc support block, moving assembly is set in the side of seat main body, dismounting assembly is set in the top of moving assembly, fixed component is set in the top of telescopic link, bracket is set in the side of fixed component.The utility model provides a kind of brain infarction patient is fed medicine and swallows auxiliary device, this device can be periodically disassembled in the local mode of whole device after long-term operation personnel to brain infarction patient feeds medicine, carries out surface sticking medicine and is cleaned.

The present disclosure relates to a method and system for acquiring and analyzing physiological signals of a subject to detect risk or occurrence of stroke or brain infarction. A wearable wireless device together with one or more clusters of electrodes can be used to record the physiological signals during the sleep-wake cycle. The physiological signals may be utilized to perform sleep and wake analysis. In some instances, the physiological signals corresponding to each hemisphere of the brain may be compared, for example, using coherence, to quantify asymmetry across hemispheres and to identify possible strokes, silent brain infarcts (SBIs), or aneurysms. Biomarkers may be extracted based on sleep and wake analysis and coherence. The biomarkers may include an indication of obstructive sleep apnea or apnea risk, a reduced duration of slow wave sleep, or a presence of SBIs, or aneurysms. A prediction model may be used to generate a stroke risk score based on the biomarkers for early detection of potential individuals at risk of stroke.