Abstract: Various implementations include a container system that includes a first and second bowl. The first bowl has a resilient wall that is urgable radially outwardly from a resting position to an expanded position. The edge of the resilient wall spaced apart from a first bowl base has a resting perimeter length and an expanded perimeter length. A rigid wall of the second bowl has a first edge spaced apart from a second bowl base and a second edge opposite the rigid wall first edge each have a perimeter length. The perimeter lengths of the rigid wall are both greater than or equal to the resting perimeter length and are less than or equal to the expanded perimeter length. A groove is defined by the resilient wall and/or rigid wall. A protrusion extends along the other of the rigid wall and/or resilient wall. The protrusion is engageable within the groove.

Abstract: Various implementations include an animal kennel door system. The system includes a door frame and a door. The door frame includes a frame body and one or more connecting flanges. The frame body defines a frame opening, and each of the one or more connecting flanges extends from the frame body away from the frame opening. The one or more connecting flanges has at least one coupling surface. The coupling surface has at least a first coupling portion and a second coupling portion. The door is hingedly coupled to a portion of the frame body. A portion of the first and second flange coupling portions each lie in a different plane, and the planes are transverse to each other.

Abstract: Various implementations include a tent system that includes a cover and base. The cover includes a cover frame and a canopy. The cover frame includes two or more cover frame members that are removably couplable to each other. The canopy is couplable to, and extendable between, the cover frame. The base includes three or more legs, a base frame, one or more base hubs, and a base support. The base frame includes two or more base frame members. The legs are removably couplable to the base hubs. Each of the base frame members are removably couplable to each other and/or to one or more base hubs. The base support is couplable to the base frame such that the base support is extendable between base frame members. The cover frame members are removably couplable to the base hubs such that a chamber is defined by the canopy and the base support.

Abstract: Various implementations include a container system that includes a first and second bowl. The first bowl has a resilient wall that is urgable radially outwardly from a resting position to an expanded position. The edge of the resilient wall spaced apart from a first bowl base has a resting perimeter length and an expanded perimeter length. A rigid wall of the second bowl has a first edge spaced apart from a second bowl base and a second edge opposite the rigid wall first edge each have a perimeter length. The perimeter lengths of the rigid wall are both greater than or equal to the resting perimeter length and are less than or equal to the expanded perimeter length. A groove is defined by the resilient wall and/or rigid wall. A protrusion extends along the other of the rigid wall and/or resilient wall. The protrusion is engageable within the groove.

Abstract: Various implementations include an animal kennel door system. The system includes a door frame and a door. The door frame includes a frame body and one or more connecting flanges. The frame body defines a frame opening, and each of the one or more connecting flanges extends from the frame body away from the frame opening. The one or more connecting flanges has at least one coupling surface. The coupling surface has at least a first coupling portion and a second coupling portion. The door is hingedly coupled to a portion of the frame body. A portion of the first and second flange coupling portions each lie in a different plane, and the planes are transverse to each other.

Abstract: Examples are disclosed that relate to an animal kennel having a door secured to a body of the animal kennel by a plurality of releasable fasteners. One example provides an animal kennel comprising a body defining an enclosed space and an opening into the enclosed space, a door configured to selectively block the opening, and a plurality of releasable fasteners securing the door to the body, the plurality of releasable fasteners positioned such that the door is selectively openable in a vertical direction or in a horizontal direction based upon different combinations of releasable fasteners being released.

Abstract: Examples are disclosed that relate to an animal kennel having a door secured to a body of the animal kennel by a plurality of releasable fasteners. One example provides an animal kennel comprising a body defining an enclosed space and an opening into the enclosed space, a door configured to selectively block the opening, and a plurality of releasable fasteners securing the door to the body, the plurality of releasable fasteners positioned such that the door is selectively openable in a vertical direction or in a horizontal direction based upon different combinations of releasable fasteners being released.

Abstract: Examples are disclosed that relate to watercraft with retractable drive mechanisms. One example provides a watercraft including a hull having a receiving compartment, and also having a deck. The watercraft also includes a drive unit extending through the deck and the hull of the watercraft and being configured to receive rotational input. The drive unit includes a driveshaft and propeller moveable between an extended position in which the propeller is positioned underneath the hull and a retracted position in which the propeller is positioned at least partially within the receiving compartment.

Abstract: Examples are disclosed that relate to watercraft with retractable drive mechanisms. One example provides a watercraft including a hull having a receiving compartment, and also having a deck. The watercraft also includes a drive unit extending through the deck and the hull of the watercraft and being configured to receive rotational input. The drive unit includes a driveshaft and propeller moveable between an extended position in which the propeller is positioned underneath the hull and a retracted position in which the propeller is positioned at least partially within the receiving compartment.

Abstract: Examples are disclosed that relate to watercraft with retractable drive mechanisms. One example provides a watercraft including a hull having a receiving compartment, and also having a deck. The watercraft also includes a drive unit extending through the deck and the hull of the watercraft and being configured to receive rotational input. The drive unit includes a driveshaft and propeller moveable between an extended position in which the propeller is positioned underneath the hull and a retracted position in which the propeller is positioned at least partially within the receiving compartment.

Abstract: Examples are disclosed herein that relate to a cooler having a securing structure. One example provides a cooler including a body, a lid movably coupled to the body, a recess formed in the body, a securing structure extending around at least a portion of the recess thereby forming a first lock receptacle, a second lock receptacle formed in the lid and positioned to align over the first lock receptacle when the lid is in a closed position, and a gap located between the securing structure and the lid, the gap being configured to accommodate a locking device when the lid is in the closed position.

Abstract: Examples are disclosed herein that relate to a cooler having a securing structure. One example provides a cooler including a body, a lid movably coupled to the body, a recess formed in the body, a securing structure extending around at least a portion of the recess thereby forming a first lock receptacle, a second lock receptacle formed in the lid and positioned to align over the first lock receptacle when the lid is in a closed position, and a gap located between the securing structure and the lid, the gap being configured to accommodate a locking device when the lid is in the closed position.