A system and method for a no spillage pet bowl designed to hold and store large amounts of water or food as well as prevent pets such as dogs from spilling the contents across the floor, the system having two different configurations where in the first configuration the bowls may be used similar to a conventional bowl and in the second configuration a replaceable head guide may be positioned within the bowl to guide the pet into the bowl and prevent water from being displaced from the bowl.

The present invention is a pet dish tray having removable dishes and adjustable height. The tray has holes configured to accept dishes which may be removed for filling and cleaning. The length of the sides which support the tray is adjustable.

The present invention is a pet dish tray having removable dishes and adjustable height. The tray has holes configured to accept dishes which may be removed for filling and cleaning. The length of the sides which support the tray is adjustable.

A cold water dispensing device for dispensing cold water to animals includes a first housing that has a first top, which is open. An orifice is substantially centrally positioned through a first bottom of the first housing. A reservoir, which has an open neck complementary to the orifice, is positionable in the first housing. A second housing is couplable to the first bottom of the first housing. The second housing extends transversely past a front of the first housing. The second housing has a second top that is open. A bowl, which is complementary to the second housing, is insertable through the second top to rest on a second bottom of the second housing. The reservoir containing ice is invertably positioned with the open neck through the orifice. Melt from the reservoir collects in the bowl to provide cold water to pets or other animals.

A cold water dispensing device for dispensing cold water to animals includes a first housing that has a first top, which is open. An orifice is substantially centrally positioned through a first bottom of the first housing. A reservoir, which has an open neck complementary to the orifice, is positionable in the first housing. A second housing is couplable to the first bottom of the first housing. The second housing extends transversely past a front of the first housing. The second housing has a second top that is open. A bowl, which is complementary to the second housing, is insertable through the second top to rest on a second bottom of the second housing. The reservoir containing ice is invertably positioned with the open neck through the orifice. Melt from the reservoir collects in the bowl to provide cold water to pets or other animals.

A multi-user bottle including a fluid storage chamber, an opening to the fluid storage chamber, and an attachment to a detachable fluid reservoir apart from the opening. The bottle may include the detachable fluid reservoir. In some aspects, the attachment to the detachable fluid reservoir is on an opposite side of the bottle from the opening. Preferably, the detachable fluid reservoir, when attached, cannot contaminate the opening. The fluid storage chamber may also include detachable section to facilitate filling of the bottle.

A multi-user bottle including a fluid storage chamber, an opening to the fluid storage chamber, and an attachment to a detachable fluid reservoir apart from the opening. The bottle may include the detachable fluid reservoir. In some aspects, the attachment to the detachable fluid reservoir is on an opposite side of the bottle from the opening. Preferably, the detachable fluid reservoir, when attached, cannot contaminate the opening. The fluid storage chamber may also include detachable section to facilitate filling of the bottle.

Collapsible vessels comprising a rubbery material can be folded or scrunched into a small volume, and then spring into a shape suitable for holding water or food such as for a pet.

Collapsible vessels comprising a rubbery material can be folded or scrunched into a small volume, and then spring into a shape suitable for holding water or food such as for a pet.

An animal watering valve preferably includes a valve body, a valve stem, a retention plug, a stem o-ring and a compression spring. A valve bore is formed in the one end of the valve body to receive the valve stem. A plug bore is formed in the opposing end of the valve body. The valve stem preferably includes a sealing base, an actuation end, a plug end and a spring flange. An o-ring groove is formed in the sealing base to receive the stem o-ring. The retention plug preferably includes a threaded portion, a rotation flange and a stem portion. A stem bore is formed through the retention plug. The stem bore is sized to loosely receive the plug end of the valve stem. The plug end is inserted into the compression spring. The retention plug is threaded into the plug bore to retain the valve stem.