Intelligent medical surgical gown capable of preventing cross infection and use method of intelligent medical surgical gown

Abstract

The invention discloses an intelligent medical surgical gown capable of preventing cross infection and a using method thereof.The intelligent medical surgical gown comprises an adjusting mechanism arranged on the surgical gown and a control system connected with the adjusting mechanism, and the adjusting mechanism comprises a plurality of moisture absorption parts and ventilation pipes arranged near the moisture absorption parts, ventilation holes are regularly formed in the axial extension path of the ventilation pipe, a winding roller connected with the sweat removal strip is further arranged in the moisture absorption part, one end of the sweat removal strip in the length direction is fixedly connected with the winding roller, and the sweat removal strip is wound on the outer surface of the winding roller and can be tightly attached to the skin; the control system comprises a plurality of control bags, the control bags are made of elastic polymer materials, the interior of each control bag is a cavity, the cavities in the control bags correspondingly communicate with the ventilation pipes, triggering mechanisms are arranged in the control bags, and the triggering mechanisms are electrically connected with the corresponding winding rollers. Through the air bag capable of rebounding, repeated ventilation on the skin is achieved, the sweat removing effect on the sweat removing strip is enhanced, so that the sweat removing strip can be repeatedly used.

Description

technical field [0001] The invention relates to medical equipment or surgical tools, in particular to an intelligent medical surgical gown for preventing cross-infection and its usage method. Background technique [0002] Long-term operations often occur in hospitals. Some departments specialize in ultra-long operations, such as neurosurgery, which usually takes 8-10 hours; there is also liver transplantation, which takes a long time and has high risks. In other words, the longer the operation time, the more difficult the operation is. For example, heart and great vessel surgery usually takes 5-8 hours; some spinal surgery can also take up to 10 hours. It often has a significant impact on the progress of the operation, thus prolonging the operation time. For example, the main operation steps of some operations may be completed in 2 hours, and the follow-up hemostasis and direct vision observation may take more than 3 hours. [0003] It should be noted that the longer the op...

AI Technical Summary

Problems solved by technology

[0002] Long-term operations often occur in hospitals. Some departments specialize in ultra-long operations, such as neurosurgery, which usually takes 8-10 hours; there is also liver transplantation, which takes a long time and has high risks. In other words, the longer the operation time, the more difficult the operation is. For example, heart and great vessel surgery usually takes 5-8 hours; some spinal surgery can also take up to 10 hours. It often has a significant impact on the progress of the operation, thus prolonging the operation time. For example, the main operation steps of some operations may be completed in 2 hours, and the follow-up hemostasis and direct vision observation time may be as long as more than 3 hours

[0003] It should be noted that the longer the operation time, the more difficult the operation is, and the more difficult the operation means that the doctor needs to keep his concentration throughout the whole process. During the long-term and high-load operation, the...

Images