Auto glove device

A method comprising:

• detecting, by a detection sensor mounted within an inner cavity of a gloving device chamber, a presence of a glove within the inner cavity of the gloving device chamber of the gloving device;
• generating, by a processor communicatively coupled to the gloving device, object data corresponding to the detected presence of the glove;
• receiving, by a vacuum motor of the gloving device, the object data;
• triggering, by the processor, an activation of the vacuum motor based on receipt of the object data;
• generating, by the vacuum motor, a low pressure environment inside the inner cavity of the gloving device chamber based on a vacuum pull force created by the vacuum motor, wherein the vacuum pull force corresponds to an evacuation of air from the inner cavity of the gloving device chamber to an outside environment of the gloving device chamber via a vacuum hole to air pipe pathway of the gloving device;
• expanding a glove within the inner cavity based on the low pressure environment generated by the vacuum pull force within the inner cavity of the gloving device chamber;
• triggering a vacuum deactivation switch that terminates the vacuum mechanism of the vacuum motor that generates the vacuum pull force;
• and
• constricting the glove around a hand based on the deactivation switch triggering a termination of the vacuum mechanism and an increase in pressure within the inner cavity of the gloving device as compared to the low pressure environment.