Omnibearing anti-virus helmet

Abstract

The invention discloses an omnibearing anti-virus helmet. The omnibearing anti-virus helmet comprises a helmet body, an air supply filtering device, an air exhaust filtering device and a neck cover; aview window is formed in the front middle part of the helmet body and is provided with a light-transmitting panel; an air inlet and an air outlet are formed in the front lower part of the helmet body; the air supply filtering device is arranged at the air inlet; the exhaust filtering device is arranged at the exhaust port; the neck cover comprises a cover body, an annular elastic rope and a locking piece; the upper part of the cover body is connected with the lower part of the helmet body; a hollow ferrule is arranged at the lower part of the cover body, and a through hole is formed outside the hollow ferrule; the annular elastic rope is sleeved on the hollow ferrule in a penetrating manner and is provided with two fastening sections extending out of the through hole; the locking piece issleeved outside the two fastening sections in a sliding manner; when the locking piece is adjusted to be located outside the two tying sections, the length of the portions, extending out of the hollow ferrule, of the two tying sections is adjustable, so that the lower opening of the cover body is expanded / closed. The omnibearing anti-virus helmet has the advantages that a user wearing the omnibearing anti-virus helmet can better prevent virus invasion to achieve the purpose of preventing respiratory diseases, the head of the user wears the breathing mask comfortably, oxygen deficit is avoided, and the omnibearing anti-virus helmet is safe and reliable to use.

Description

technical field [0001] The invention relates to the technical field of protective equipment, in particular to an all-round anti-virus helmet. Background technique [0002] The main transmission route of the virus is airborne infection. At the current stage, although wearing a mask can isolate the virus to prevent infection, wearing a mask is not the best protective measure. When the virus content in the air is high, The virus is more likely to enter people's mouth or nasal cavity through the gaps around the mask and be inhaled into the respiratory tract, resulting in respiratory infection and pneumonia. And once the ambient air in the sleeping place contains viruses, then it will be quickly infected with the virus, which will cause respiratory diseases, and when it is subsequently exposed to other people, it will also cause respiratory diseases to be transmitted to others. [0003] Therefore, for the problems referred to above, it is necessary to design a full-scale antivir...

AI Technical Summary

Problems solved by technology

[0002] The main transmission route of the virus is airborne infection. At the current stage, although wearing a mask can isolate the virus to prevent infection, wearing a mask is not the best protective measure. When the virus content in the air is high, The virus is more likely to enter people's mouth or nasal cavity through the gaps around the mask and be inhaled into the respiratory tract, resulting in respiratory infection and pneumonia. And once the ambient air in the place where you sleep contains viruses, then it will quickly become infected with the virus, which will cause respiratory diseases, and when it comes into contact with other people, it will also cause respiratory diseases to be transmitted to others

Images