Design Approach For Ambu Bag Automation

The main objective of this paper is improve the system and working ambu bag by automation with reliable cost. Existing very efficient but it has certain drawbacks which made not much helpful emergency conditions like pandemic Covid-19. existing can provide medical assistance to patients. It creates difficulty when there extreme need oxygen patients required move from remote area for better help. Where at earlier was prevent failure in supply oxygen, low level reservoir, pressure air, here new based on salving problems arrived maximum time take patients, consistency inflating widening if making advancement. Future work needed achieve potential approach developing policies, updating regulations, securing funding mechanism development testing open source Ambu Bag Automation both current Covid- 19 as well future pandemic, all & everyday use low- resource settings. A used give rescue breaths victims cardiac arrest, along a face mask (bag ventilation). an integral part any kit. Holger Hesse Henning Ruben introduced concept bag-valve-mask (BVM) 1953. There unidirectional valve patient end BVM. When rescuer initially attaches over nostril victim who stopped breathing. then squeezes air enters lungs victim. self-inflating fills up releasing squeezing effort. prevents sucking expired inflates. An device that person can't breathe properly or they their own. Bags are important sufferers COVID-19 other breathing ventilators hospitals complex expensive. availability sufficient meet demand more due situations many countries will struggle afford expensive conventional ventilators, so critically ill dying because lack ventilator facility, we alternative demand. In going review methods make automatic operating simple cost- effective.