Auxiliary device applied to lower limb extensive burn exposure treatment

Abstract

The invention discloses an auxiliary device applied to lower limb extensive burn exposure treatment. The auxiliary device applied to lower limb extensive burn exposure treatment is designed to provide a framework mechanism through carbon fiber and provide thermal-insulation performance through a thermal-insulation layer, so that a stable thermal-insulation space with good thermal-insulation performance is provided for the burn exposure treatment; the auxiliary device is further provided with a sealed thermal-insulation space size adjusting mechanism which is formed by an air chamber, a sleeve, a slide sleeve and a rubber sleeve, and a patient lying in bed can feel more comfortable; the auxiliary device is further provided with an air jet head to provide micro-airflow sterilization gas for the thermal-insulation space, and the thermal-insulation space can keep positive pressure all the time to form a good sterilization isolation environment. According to the technical scheme, the auxiliary device has the beneficial effects of being simple in structure, reasonable in design, stable in support, capable of making the patient feel comfortable and favorable for treatment.

Description

technical field [0001] The invention relates to the field of burn medical care, in particular to an auxiliary device for exposure therapy of large-area burns of lower limbs. Background technique [0002] In the treatment of burn wounds, exposure therapy is often used. The dryness of the wound is not conducive to the growth of bacteria, and it can quickly scab to avoid infection, and it is convenient to observe the wound during treatment and save dressings. However, exposure therapy also has some disadvantages. One is that the environment needs to be disinfected and isolated because the wound is exposed; the other is that the exposed body of the patient is easy to catch cold and requires warming equipment. At present, the disinfection and isolation environment mainly depends on the disinfection of the treatment room and the disinfection of the clothing of the medical staff. This disinfection and isolation environment has a limited effect after all; the current insulation me...

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Problems solved by technology

However, exposure therapy also has some disadvantages. One is that the environment needs to be disinfected and isolated because the wound is exposed; the other is that the exposed body of the patient is easy to catch cold and requires warming equipment

At present, the disinfection and isolation environment mainly depends on the disinfection of the treatment room and the disinfection of the clothing of the medical staff. This disinfection and isolation environment has a limited effect after all; the current insulation method is even simpler. Covering quilts, clothing, etc., due to the different shapes of ordinary supports, there are disadvantages such as not tight covering, not firm support, etc., which affects the thermal insulation effect

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