Spill resistant beverage container assembly

A spill resistant beverage container assembly comprising:

• a cup, the cup being substantially cylindrically shaped, the cup being internally threaded proximate to a top of the cup, the cup comprising an inner wall and an outer wall defining an internal space, the cup comprising stainless steel;
• an insulator positioned in and substantially occupying the internal space wherein the insulator is configured for minimizing heat transfer between contents of the cup and a medium surrounding the cup;
• a taper positioned in the cup proximate to a top of the cup such that the cup is circumferentially smaller adjacent to the top, the taper being arcuate;
• a lid complementary to the top of the cup such that the lid is positioned for selectively coupling to the cup for sealably closing the top, the lid comprising a sidewall coupled to and extending between an upper plate and a lower plate defining an interior space;
• a ring coupled to and extending from the lower plate, the ring being circumferentially smaller than the lower plate such that the ring is complementary to an inner perimeter of the top, the ring being externally threaded such that the cup is positioned for threadedly inserting the ring for coupling the lid to the cup for sealably closing the top, the ring comprising at least one of rubber, silicone, and plastic such that the ring is positioned for sealably coupling to the cup;
• an aperture positioned in the lid proximate to a circumference of the lid;
• a detection and access module coupled to the lid and positioned in the interior space wherein the detection and access module is configured for detecting motion in proximity to the aperture positioning the detection and access module for opening the aperture wherein the aperture is configured for sipping of a beverage positioned in the cup, the detection and access module comprising:
• a power module coupled to the lid and positioned in the interior space, the power module comprising a battery,
• a sensor coupled to the lid proximate to the aperture, the sensor being motion type such that the sensor is positioned for detecting motion in proximity to the aperture, the sensor being passive infrared type,
• a panel slidably coupled to the lid and selectively extensible from the interior space such that the panel is positioned for selectively closing the aperture, and
• an actuator coupled to the lid and positioned in the interior space, the actuator being operationally coupled to the power module, the sensor, and the panel such that sensor is positioned for signaling the actuator upon detection of motion in proximity to the aperture such that the actuator is positioned for selectively sliding the panel for opening the aperture, the actuator being linear type;
• a cutout positioned in the lower plate proximate to the battery wherein the cutout is configured for allowing access to the interior space for changing the battery;
• a cover selectively couplable to the lower plate for closing the cutout;
• a pad coupled to the circumference of the lid adjacent to the aperture wherein the pad is configured for cushioning a pair of lips contacting the lid, the pad comprising at least one of rubber, silicone, and plastic;
• a grip coupled to an exterior surface of the cup Wherein the grip is configured for enhancing a grasp of a hand of a user upon the cup, the grip comprising at least one of rubber, silicone, and plastic, the grip being embedded in the cup such that the grip is flush with the exterior surface, the grip comprising a pair of grips positioned singly on opposing sides of the cup;
• and
• a base coupled to a bottom of the cup wherein the base is configured for stabilizing the cup on a surface, the base comprising at least one of rubber, silicone, and plastic, the base being circumferentially larger than the bottom of the cup.