Public:ARHUDFM Manifesto: Difference between revisions

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*at a distance of 8 m or more, in a shelter or behind an obstacle, ''when using the lower part'' of the ARHUDFM mask that protects the respiratory organs and the face, in the case of an overpressure jump of the shock wave front, the ear canals, nasal passages, oral cavity and eyeballs are protected by the mask body, seals, non-return valves, air buffer and air filters that reduce the damaging factors of air concussion, stunning, thermal and chemical effects during an explosion

*also, additional protection against a overpressure jump of the shock wave front on the occipital part of the head is performed by the occipital part of the mask (body and dampers), when the schock wave front moves from the front (leaking wave), behind, from right and left

*this feature is not the main (!) but an accompanying benefit of using ARHUDFM for the user, because reduces the risk of damage only to the head area - however, the risk of damage to the lungs, neck, and other internal organs during air concussion, even with a shock wave flowing into shelters and behind obstacles, and even more the risk of ~~fregment~~ wounds is just as high (fragments 1-3 g, 680 m/s, at a distance of 10 yd)

*this feature is not the main (!) but an accompanying benefit of using ARHUDFM for the user, because reduces the risk of damage only to the head area - however, the risk of damage to the lungs, neck, and other internal organs during air concussion, even with a shock wave flowing into shelters and behind obstacles, and even more the risk of fragment wounds is just as high (fragments 1-3 g, 680 m/s, at a distance of 10 yd)

*it is extremely important to constantly monitor the parameters of a person’s life after an injury and timely identify violations for medical care or evacuation. This can be assisted by vitals body sensors in the mask kit.

@@ Line 257: / Line 257: @@
 *at a distance of 8 m or more, in a shelter or behind an obstacle, ''when using the lower part'' of the ARHUDFM mask that protects the respiratory organs and the face, in the case of an overpressure jump of the shock wave front, the ear canals, nasal passages, oral cavity and eyeballs are protected by the mask body, seals, non-return valves, air buffer and air filters that reduce the damaging factors of air concussion, stunning, thermal and chemical effects during an explosion
 *also, additional protection against a overpressure jump of the shock wave front on the occipital part of the head is performed by the occipital part of the mask (body and dampers), when the schock wave front moves from the front (leaking wave), behind, from right and left
-*this feature is not the main (!) but an accompanying benefit of using ARHUDFM for the user, because reduces the risk of damage only to the head area - however, the risk of damage to the lungs, neck, and other internal organs during air concussion, even with a shock wave flowing into shelters and behind obstacles, and even more the risk of fregment wounds is just as high (fragments 1-3 g, 680 m/s, at a distance of 10 yd)
+*this feature is not the main (!) but an accompanying benefit of using ARHUDFM for the user, because reduces the risk of damage only to the head area - however, the risk of damage to the lungs, neck, and other internal organs during air concussion, even with a shock wave flowing into shelters and behind obstacles, and even more the risk of fragment wounds is just as high (fragments 1-3 g, 680 m/s, at a distance of 10 yd)
 *it is extremely important to constantly monitor the parameters of a person’s life after an injury and timely identify violations for medical care or evacuation. This can be assisted by vitals body sensors in the mask kit.