The utility model relates to medical equipment, specifically to the field of autonomous non-volatile devices for emergency implementation of craniocerebral hypothermia of the human brain in critical situations.The device comprises a heat-insulated working chamber, in a design embodiment made in the form of a sushuar cap, equipped with an elastic seal at the inlet intended for head input, with a tight fit around the head and sealing the volume of the working chamber behind the surface of the inserted head during the implementation of the hypothermic act, cylinder for placement in a liquid phase state under high pressure of fluorocarbon refrigerant, a valve installed in a closed state during storage open state during the implementation of the act of craniocerebral hypothermia, a capillary tube acting as a discharge pipe connected inlet to the outlet of the valve and connected to the inlet of the manifold with a set of holes on the surface of which faces the head, with the possibility of installing removable nozzles in the form of nozzles , a discharge pipe, with an input introduced into the volume of the working chamber, for discharging the spent refrigerant into the external environment, a disposable cap used in the implementation of the act of aniocerebral hypothermic effect, an electronic thermometer with two remote temperature sensors.The proposed hypothermic apparatus is characterized by a high degree of mobility, non-volatility, ease of operation, provides the ability to change over a wide range of parameters of hypothermic effects on the brain in order to save life in critical situations, accompanied by cardiac arrest, strokes, shock conditions, skull injuries, resuscitation , including in accidents, etc. 1 z.p. f-ly, 1 ill.Полезная модель относится к медицинской технике, конкретно к области автономных энергонезависимых аппаратов для экстренной реализации краниоцеребральной гипотермии головного мозга человека в критических ситуациях.Устройство содержит теплоизо
