Protection clothing for new coronavirus nucleic acid detection

Abstract

The invention provides a protection clothing for new coronavirus nucleic acid detection. The protection clothing comprises a protection head cover, a protection clothing body, protection leg sleeves and a sealing zipper which are integrally connected, wherein the back portion of the protection clothing body is connected with an air inlet device in a sealed mode, a first air inlet, a second air inlet and an ice storage area are sequentially arranged from outside to inside, the heel portions of the protection clothing body is tightly connected with two air outlet devices, and the two air outlet devices are rectangular box bodies and comprise cover plates, fans, fixing plates, filter screens and box bodies. The protection clothing for new coronavirus nucleic acid detection has the following beneficial effects that fresh gas can be continuously blown into the protection clothing, so that air is circulated; the air outlet device is arranged at the heel portion, so that the infection probability is reduced; the cover plate and the fan have the effect of ensuring that blown air can support the whole protection clothing, so that the protection clothing is prevented from being in direct contact with the skin of a medical worker; and the air blow holes and the obliquely arranged transparent mask can prevent too much condensate water from blocking the sight of medical staff.

Description

technical field [0001] The invention relates to the field, in particular to a protective suit for nucleic acid detection of the new coronavirus. Background technique [0002] Protective clothing is a kind of protective equipment in special working scenarios. With the outbreak of the new crown epidemic, the demand for protective clothing has greatly increased. For medical staff who need to perform nucleic acid testing, it is particularly important to wear protective clothing, but protective clothing is for It has a good isolation effect and is designed to be airtight. It is very stuffy for medical staff to wear. If they wear it for a long time, they will sweat a lot and easily cause dehydration and heat stroke. Therefore, medical staff must take off the protective clothing after wearing it for 4 hours. Breathable and hydrating, however, the protective clothing can no longer be used after it is taken off, resulting in waste of resources, and the process of wearing protective c...

AI Technical Summary

Problems solved by technology

[0002] Protective clothing is a kind of protective equipment in special working scenarios. With the outbreak of the new crown epidemic, the demand for protective clothing has greatly increased. For medical staff who need to perform nucleic acid testing, it is particularly important to wear protective clothing, but protective clothing is for It has a good isolation effect and is designed to be airtight. It is very stuffy for medical staff to wear. If they wear it for a long time, they will sweat a lot and easily cause dehydration and heat stroke. Therefore, medical staff must take off the protective clothing after wearing it for 4 hours. Breathable and hydrating, but the protective clothing can no longer be used after taking it off, resulting in waste of resources, and the process of wearing protective clothing is very cumbersome, wasting time and reducing work efficiency

[0003] In the prior art, the medical staff sweat a lot, causing the protective clothing to stick to the skin, which is very uncomfortable, and may cause various skin diseases after a long time; there is a product on the market that can adjust the internal temperature of the protective clothing, so that The internal temperature of the protective clothing is kept at about 25-28 degrees Celsius. However, if the temperature difference is too large and the air humidity is too high in a hot outdoor environment, condensation will easily appear on the mask of the protective clothing, which will interfere with the sight of medical staff. For safety, water cannot be removed. It is very inconvenient to erase the beads; in the prior art, there is a device that can inflate and exhaust the protective clothing. The outlet and exhaust holes of this device are integrated on the same part, and the exhaust and exhaust are controlled by the air pump. If the wind force is too small, the air-conditioning cannot spread to the whole body, and the cooling effect is poor; if the wind force is too strong, the cold wind will blow directly to a certain part of the medical staff's body and easily cause discomfort to the body

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