Abstract: A human water bottle with a threaded top is used to dispense water though an attachment sleeve over a ball to a pet while they lick the ball. An attachment sleeve is attached to the threaded top. The ball is set between a top and bottom inner surface of the sleeve. The ball has dimples for larger surface. The ball rolls or bounces while being licked. Then water flows from the bottle through the inner volume of the sleeve and around the bottom and top surface of the ball to the animal during licking. A cap is screwed on to an outer surface of the sleeve, to protect the ball. The cap has a key chain and protrusion feature. An adaptor can be screwed into the bottom threads of the sleeve having threads at its other end matching bottles having different threads.

Abstract: The present invention is an animal and pet water bottle cap dispenser device, used in combination with a water bottle with a bottle top to dispense water to an animal or pet. The device has a flanged attachment sleeve, a flanged vertical middle sleeve and a dispersion ball that is set on the top surface of the vertical middle sleeve as water from the bottle runs internally through the sleeves and around the sides of the dispersion ball to the animal or pet to disperse drinking. There is also a second cap that is threadedly and removably integral with the middle sleeve, to cover the dispersion ball and the device, while the device is not in use. The device can be easily disassembled, separated, sterilized, sanitized and reassembled for sterilized or sanitary pet or animal usage, is dishwasher safe and is choke-free.