Multifunctional rapid emergency treatment machine

Abstract

The invention discloses a multifunctional rapid first-aid device comprising a main body (44); a digital control display device; a main motor which connects a power transmitting means; a heart activator resuscitation device and the mechanical arms (6, 4, 5) of lung activator resuscitation device are mounted on the liftable mechanical location plate of press-operation board and a pressure pipe connects the mechanical arms (6, 4, 5) with the power transmitting means; the air pump of mouth-nose air changing device is connected to said power transmitting means. This multifunctional rapid first-aid device is small, light and portable, in particular uses accumulator jar as power source therefore can be used everywhere, in addition, it is easy to mount and demount with low price, can apply the middle and small hospital, barback, countryside and mountainous area. It is an ideal multifunctional rapid first-aid device in high proportion of keeping dangerous patients safe.

Description

technical field [0001] The invention relates to a medical first-aid equipment, in particular to a multi-functional fast first-aid machine for timely rescuing people who are seriously injured or suffocated due to serious illness. Background technique [0002] Existing known rescuing method to asphyxia patient is exactly to press chest and artificial respiration. Although this method is effective, the disadvantage is that the force of pressing the chest is not very uniform, and the interval between pressing is also uneven. Over a long period of time, the pressing force of the human body will be exhausted, especially for female medical workers, the interval time and force of pressing are prone to disorder, and the effect of resuscitating the patient's heart cannot be achieved. Artificial respiration is that someone (such as a nurse) first inhales the air into his own lungs and then blows it into the patient's mouth. In this way, the oxygen inhaled into the nurse's lungs has di...

AI Technical Summary

Problems solved by technology

Due to the above reasons, some patients who could have been rescued and survived died due to ineffective rescue.

At the same time, artificial respiration can easily cause medical staff to infect diseases

[0003] At present, although some large hospitals above the county level already have equipment such as oxygen delivery equipment and heart magnetic tremor device, the disadvantages are that the price is expensive, and ordinary small and medium hospitals dare not expect extravagantly; the second is that they are bulky and cannot be rescued in the field

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