An emergency rescue breathing first aid device and method
An emergency rescue and mask technology, applied in the field of emergency rescue devices, can solve problems such as incompatibility with flammable and explosive non-toxic environment, inability to artificially respirate, injury to rescuers, etc. The effect of protecting the rescuer
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Embodiment 1
[0044] Embodiment 1, with reference to attached Figure 1-4 , a kind of emergency rescue breathing emergency device mentioned in the present invention, its technical scheme is: comprise mask tension belt 1, mask gauze 2, breathing injector 3, suture thread 4, injecting and sucking air supply valve 5, one-way valve 6 , directional spring 7, air supply connecting pipe 8, hand-pressed rubber ball 9, gas exhalation passage 14, the both sides of described mask gauze 2 are provided with mask tension belt 1, are provided with injection suction supply outside the middle part of mask gauze 2 Air valve 5, the top of the injection suction air supply valve 5 is provided with a gas exhalation channel 14; the inner side of the injection suction air supply valve 5 is connected to the breathing ejector 3; the middle part of the injection suction air supply valve 5 is provided with a main inlet The air hole 5.1, the inner side of the main air inlet 5.1 is connected to the two-way air intake ch...
Embodiment 2
[0069] Embodiment 2, referring to appendix 2-5, the emergency rescue respiratory first aid device mentioned in the present invention, the structure is mainly suitable for inflammable, explosive and toxic environments, and the difference from embodiment 1 is:
[0070] Refer to attached Figure 5, the upper end of the hand-pressed rubber ball 9 is connected with an oxygen-increasing and detoxifying device, and the oxygen-increasing and detoxifying device includes a lower open-hole sieve plate 16, an oxygen-increasing agent 17, a metal wool 18, an upper pressing plate 19, a lower pressing plate 20, and a shut-off valve 21. The outer casing 22 and the upper open-hole sieve plate 23. The outer shell 22 is divided into three chambers by the lower pressure plate 20, the lower open-hole sieve plate 16, the upper open-hole sieve plate 23 and the upper pressure plate 19, wherein, The cavity between the lower pressing plate 20 and the lower open-hole sieve plate 16 is filled with metal w...
Embodiment 3
[0085] Embodiment 3, the difference between the present invention and embodiment 2 is: described oxygen enhancer adopts potassium peroxide, and this chemical reaction is:
[0086] 2K 2 o 2 +2CO 2 =2K 2 CO 3 +3O 2
[0087] 2K 2 o 2 Ten 2H 2 O=4KOH ten O 2 ↑
[0088] Therefore, in a flammable, explosive and toxic environment, the oxygen supply to the patient is increased, the first aid efficiency is improved, and the patient's first aid is realized; and the moisture is eliminated, and the impurities in the air are filtered through the metal wool or particulate matter.
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