Double constant laminar flow medical suspension bed

Abstract

The present invention is a double constant laminar flow medical suspension bed, which can provide a closed chamber body with constant temperature and humidity environment and a suspension bed capable of providing constant temperature and humidity environment from bottom to top. The suspension bed is located in the closed chamber body; the top of the closed chamber body is equipped with There are upper inflatable components, upper heating components, upper sterilizing components, air supply components, filter components and upper electric control components, and an air containing chamber is arranged on the top of the closed chamber body, and the upper heating component and the upper sterilizing component are located in the containing cavity, and the upper Both the inflatable component and the air supply component are in communication with the air containing chamber, the filter component is located below the containing chamber, and the top surface of the closed chamber body is provided with an air outlet; it can ensure that the patient’s back and front can get the humidity and temperature suitable for the treatment environment, and An independent recuperation space with mobile functions, not limited by hospital beds. The sterilizing component is installed, which fundamentally prevents the reproduction and cross-infection of bacteria, thus effectively ensuring that patients are treated in a clean environment. The invention belongs to the technical field of medical equipment.

Description

technical field [0001] The invention belongs to the field of medical equipment, and more specifically relates to a double constant laminar flow medical suspension bed. Background technique [0002] The shock period is within 48-72 hours after a large area of ​​human body is burned. The reason for the shock is that the capillary permeability of the burned tissue is enhanced, the blood plasma seeps out, and the effective return flow decreases. Burn shock is hypovolemic shock, so the effective means of preventing and treating shock is infusion therapy. In addition, burn patients have very high requirements on the humidity and temperature in the air during the recovery period. Appropriate air conditions have a great effect on the recovery of the patient's condition. However, the current burn patients are all placed directly on the hospital bed. If the corresponding humidity and temperature need to be controlled, the air condition of the entire ward can only be controlled. Howe...

AI Technical Summary

Problems solved by technology

[0003] The existing medical suspension bed is still not perfect, because after the patient lies on the suspension bed, the patient's back can indeed be well treated, but the front of the patient is in contact with the external environment, and the external environment is not suitable for the patient to recuperate

It is impossible to make the front of the patient get suitable air conditions such as temperature and humidity suitable for treatment

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