The Frolov breathing simulator (individual inhaler-simulator) is intended for the treatment and prevention of respiratory diseases through inhalation of medicinal solutions and essential oils, as well as for training the functions of external respiration using breathing exercises in the treatment of respiratory diseases and other diseases (see indications).

To carry out breathing exercises, clean drinking water is poured in - this allows you to carry out breathing training under conditions of breathing resistance during inhalation and exhalation. Thus, in the process of breathing training, the medically known effects of RIR (artificial respiration regulator) and PEEP (positive end expiratory pressure) are used.

When training breathing with resistance, the respiratory muscles are trained, their strength and endurance increases, and the muscles of the bronchi are trained and a pneumomassage effect is noted on the bronchi and lungs. During the process of breathing training, an air mixture is formed in the inhaler-simulator with a moderate decrease in oxygen content and a moderate increase in the concentration of carbon dioxide (hypoxic-hypercapnic gas mixture), which helps restore the normal function of the immune system as a result of the development of nonspecific adaptive reactions of activation and training.

Frolov's breathing simulator (individual inhaler-simulator) is also used as an inhaler. For inhalation with aromatic oils, an oil container is used. This allows you to simultaneously inhale three aromatic oils without mixing them in solution. This method of combined aromatherapy significantly increases the effectiveness of using aromatic oils. The use of oils during breathing exercises improves the flow of aromatic molecules into the lungs and blood, and increases the effectiveness of breathing exercises.

🫁 bronchitis (acute, obstructive, recurrent) during the period of convalescence;
🫁 chronical bronchitis;
🫁 bronchial asthma (mild and moderately severe) during the period of unstable remission and the interictal period;
🫁 chronic nonspecific lung diseases (CNLD);
🫁 hypertonic disease;
🫁 angina pectoris;
🫁 vegetative-vascular dystonia (hypotonic type, hypertensive type);
🫁 chronic inflammatory processes of the musculoskeletal system.