According to the present invention, a bag valve mask (BVM) for appropriate ventilation, comprising a pressurization portion formed at an air bag, wherein the pressurization portion is the pressurization point pressurized by tips of a user fingers while encompassing the air bag with the fingers, to continuously ventilate a patient with a predetermined amount of air using artificial respiration. More specifically, the BVM comprises: a mask closely adhered to a patients nose and mouth so as to be isolated from the outside an air bag in which oxygen or air is accommodated and a connection hose for communicating between the mask and the air bag. The air bag is configured in such a way that the accommodated oxygen or air flows through to a patients trachea via the connection hose and the mask, and an identification means is formed at the air bag to identify the pressurization portion.
