Abstract: The present invention relates to a residential-sized waste disposal roll-out cart that includes a latch that automatically latches a lid in the fully opened position with the lid in close proximity to the side of the bin. When the bin is tilted on to the wheels to be rolled, the lid remains in close proximity to the side of the bin, rather than hanging down towards the ground. In this way, the lid remains out of the space where a user might step. A lid reinforcement structure may be used to increase the strength and wear of the lid where it engages the latch.

Abstract: The present invention relates to a residential-sized waste disposal roll-out cart that includes a latch that automatically latches a lid in the fully opened position with the lid in close proximity to the side of the bin. When the bin is tilted on to the wheels to be rolled, the lid remains in close proximity to the side of the bin, rather than hanging down towards the ground. In this way, the lid remains out of the space where a user might step. A lid reinforcement structure may be used to increase the strength and wear of the lid where it engages the latch.

Abstract: The present invention relates to a residential-sized waste disposal roll-out cart that includes a latch that automatically latches a lid in the fully opened position with the lid in dose proximity to the side of the bin. When the bin is tilted on to the wheels to be rolled, the lid remains in close proximity to the side of the bin, rather than hanging down towards the ground. In this way, the lid remains out of the space where a user might step. A lid reinforcement structure may be used to increase the strength and wear of the lid where it engages the latch.

Abstract: The present invention relates to a residential-sized waste disposal roll-out cart that includes a latch that automatically latches a lid in the fully opened position with the lid in close proximity to the side of the bin. When the bin is tilted on to the wheels to be rolled, the lid remains in close proximity to the side of the bin, rather than hanging down towards the ground. In this way, the lid remains out of the space where a user might step. A lid reinforcement structure may be used to increase the strength and wear of the lid where it engages the latch.

Abstract: The present invention relates to a residential-sized waste disposal roll-out cart that includes a latch that automatically latches a lid in the fully opened position with the lid in close proximity to the side of the bin. When the bin is tilted on to the wheels to be rolled, the lid remains in close proximity to the side of the bin, rather than hanging down towards the ground. In this way, the lid remains out of the space where a user might step. A lid reinforcement structure may be used to increase the strength and wear of the lid where it engages the latch.

Abstract: The present invention relates to a residential-sized waste disposal roll-out cart that includes a latch that automatically latches a lid in the fully opened position with the lid in close proximity to the side of the bin. When the bin is tilted on to the wheels to be rolled, the lid remains in close proximity to the side of the bin, rather than hanging down towards the ground. In this way, the lid remains out of the space where a user might step. A lid reinforcement structure may be used to increase the strength and wear of the lid where it engages the latch.

Abstract: Portable apparatus for agitation of animal waste materials collected in a livestock confinement pit which can be inserted into tubes passing through the sidewall of the pit is disclosed. An elongated housing in which is mounted a high speed propulsion screw and a hydraulic drive mechanism is shown. Openings are provided in said housing to allow intake into the enclosure above said propulsion member and an exhaust opening is located in said housing at the lower end of the housing adjacent said propulsion member. A method for intermixing of solid and liquid animal wastes contained within a confinement facility collection pit is described.