Portable first-aid inhalation drug delivery system
An inhalation drug delivery and portable technology, which is applied in the direction of inhalers, respirators, etc., can solve the problems of single function, difficulty in carrying, inability to perform anesthesia, etc., and achieve the effects of large demand, improved first aid effect, and shortened rescue time
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Embodiment 1
[0023] Such as figure 1 , 2 As shown, the portable emergency inhalation drug delivery system includes an inhalation drug delivery device 1, and a positive pressure providing mechanism 2 and a ventilation inhalation mask 3 respectively connected to the inhalation drug delivery device 1 are connected to the inhalation drug delivery device 1, Ventilation inhalation face shield 3 is communicated with nebulizer 4, is connected with jet atomization dosing device 5 on nebulizer 4, is also connected with the breather that respectively communicates with inhalation type drug delivery device 1 on the inhalation type drug delivery device 1. Any one or more of machine 6, anesthesia ventilator 61 and oxygen supply device 7. Because this product is administered by inhalation, it does not need to establish an intravenous channel, nor does it require professional operation, and auxiliary equipment, and can realize on-site rescue; because this product is administered by inhalation, it can be d...
Embodiment 2
[0027] Such as image 3 , 4As shown, in this embodiment, the airbag 21 has a cavity larger in volume than the inhalation drug delivery device 1, and the airbag 21 includes an inner membrane capsule 211 made of a flexible film and an outer capsule body arranged on the periphery of the inner membrane capsule 211 212, the outer surface of the intimal sac 211 has a repeated adhesive film that can be bonded to the inner wall of the outer sac 212 and a one-way inflation valve 211a is provided on the intimal sac 211, and the outer sac 212 includes a plurality of air bag valves whose roots are connected to each other as a whole 212a, each airbag flap 212a is enclosed and the adjacent airbag flaps 212a are stitched together by the sealing splicing structure 213 to form a sealed cavity structure, and each airbag flap 212a can be turned over after being separated and spliced again so that the inhalation drug delivery device 1 Covered therein, and the intima sac 211 can be plugged into...
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