Active armpit drying and supporting device

Abstract

The invention discloses an active armpit drying and supporting device. The device mainly comprises a non-woven fabric layer, a breathable water absorption layer and a ventilation area which are sequentially arranged from outside to inside, wherein the breathable water absorption layer half wraps the outside of the ventilation area, a plurality of transverse ventilating pipes are axially arranged in the breathable water absorption layer, the outsides of the transverse ventilating pipes are filled with water absorbing sponges, and heating conducting wires are arranged on the inner surface of thebreathable water absorption layer; a turbine fan is arranged in the middle of the ventilation area, an air inlet main pipeline is arranged at the upper part of the turbine fan, the lower part of theturbine fan is provided with an exhaust main pipeline, the two sides of the turbine fan are provided with battery cabins, and an outlet of the exhaust main pipeline corresponds to the position of an exhaust hole of the non-woven fabric layer; an air inlet area is formed in the gap between the breathable water absorption layer and the outer surface of the ventilation area, the air inlet area is communicated with the air inlet main pipeline, and the bottom of the air inlet area is hermetically connected with the outside of the ventilation area. The device is simple in structure, reasonable in design and convenient to operate, sweat under armpits can be conveniently discharged, the armpits can be dried, and the comfort degree of a user is improved.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an active axillary drying support device. Background technique [0002] Radiation therapy is one of the main means of treating tumors, and it has been increasingly used in the treatment of patients with advanced tumors. Due to the dual effects of medical radiation on normal skin and mucous membranes and ionizing radiation, the DNA of stem cells in the basal layer is damaged by radiation, and cell regeneration is hindered, especially in areas where the skin is thin, prone to friction, rich in sweat glands, and easily stimulated by excrement. Such as armpit, perineum, groin, etc., have poor tolerance to radiation. With the continuous increase of radiation dose, the degree of local skin reaction will aggravate. Wet desquamation, blisters may appear in severe cases, followed by ulceration and erosion, and radiotherapy is forced to be interrupted in severe cases, which will n...

AI Technical Summary

Problems solved by technology

During the course of treatment, exposure and ventilation are also required for patient irradiation, but due to the particularity of the irradiation site, exposure to irradiation also seriously affects the patient's self-esteem

[0003] In addition, after long-term bed rest, patients are prone to muscle atrophy, decreased subcutaneous fat, loose skin, decreased upper limb activity, and easy adhesion of underarm skin. Pressure sores are easy to aggravate the patient's condition, increase the patient's treatment items and treatment costs, and prolong the hospitalization and treatment time

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