Medical isolation protective sterile cap

Abstract

The invention discloses a medical isolation protection sterile cap which comprises goggles and a mask, the goggles are embedded into a nose bridge at the upper end of the mask, and the goggles are fixedly connected with the mask; the edges of the goggles and the mask are connected with a sterile cap; a zipper opening is formed in the side edge of the sterile cap from the head to the bottom, a zipper is arranged on the zipper opening, a neck sealing opening is formed in the bottom of the sterile cap, and hydrocolloid dressing layers are arranged on the inner side, making contact with the neck,of the neck sealing opening, the edge, attached to the face, of the nose bridge at the upper end of the mask and the attaching position of the goggles and the face. The scheme is used for isolation and protection of medical staff, and in the process of resisting novel coronavirus infected pneumonia, pressure damage to medical instruments is reduced, and infection risks are reduced; the hydrocolloid dressing is attached to the inner side faces of the mask and the goggles, so that the hydrocolloid dressing is attached to the face and a nose clip, it is guaranteed that the mask and the goggles are completely attached to the skin, bruises of the face and the nose wings are relieved, in addition, it is guaranteed that attachment is good, and the goggles are prevented from fogging.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a medical isolation protective aseptic cap. Background technique [0002] In the process of fighting against pneumonia caused by the new coronavirus, in order to resist the invasion and infection of the virus, front-line medical staff must wear medical protective masks, goggles or protective masks, etc. Due to the long wearing time, the protective equipment is easy to compress the local skin. This leads to the occurrence of device-related pressure injuries. Studies have shown that the incidence of hospital-acquired pressure injuries is 5.4%, of which 34.5% are device-related pressure injuries, and the risk of pressure injuries in users of medical devices is 2.4 times that of non-users. It can be seen that the incidence of pressure injury caused by medical devices is relatively high. [0003] And existing medical protective mask, the bendable plastic material hardness th...

AI Technical Summary

Problems solved by technology

It can be seen that the incidence of pressure injury caused by medical devices is higher

[0003] And existing medical protective mask, the bendable plastic material hardness that nose clip place adopts is bigger, and frenulum contact skin surface area is little, and pressure is big, needs to put on one to two hours and take off protective mask once, alleviates oppression skin place. However, due to the strong contagiousness of the disease and the long working hours of medical staff, the mask cannot be removed in a short time, so the skin (nose, face, behind the ear, top of the head) that is oppressed by the protective mask for a long time is prone to ischemia Necrosis, and the airtight fit of the protective mask is not good, which leads to problems such as fogging of the lens after wearing the goggles, which affects the field of vision and inconvenient operation. Inhalation of novel coronavirus from crevices, leading to infection

[0004] Secondly, in the process of fighting against pneumonia caused by the new coronavirus, putting on and taking off protective clothing is an essential operation technique for medical staff, but the process of putting on and taking off protective clothing is cumbersome and has many steps. Masks, the second step requires wearing a disposable sterile cap, the third step requires wearing medical goggles, and then wearing medical protective clothing, etc.; when coming out of a polluted ward, you need to take off more than 20 medical protective clothing, medical protective masks, goggles, etc. A cumbersome step that may be improperly operated, causing potential contamination risks for medical staff

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