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.

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.

An apparatus comprises an object (1) and a plurality of roller units (5A-5D) on said object, each roller unit comprising at least one roller element (13) and being switchable between a mobile mode in which the apparatus is moveable across a surface on which said apparatus is positioned in use by rolling on said roller elements, and an immobile mode in which movement of the apparatus across a said surface is inhibited. The roller units (5A-5D) are configured such that manual depression of the object towards a said surface causes switching of at least one roller unit between the mobile and immobile modes.

An apparatus comprises an object (1) and a plurality of roller units (5A-5D) on said object, each roller unit comprising at least one roller element (13) and being switchable between a mobile mode in which the apparatus is moveable across a surface on which said apparatus is positioned in use by rolling on said roller elements, and an immobile mode in which movement of the apparatus across a said surface is inhibited. The roller units (5A-5D) are configured such that manual depression of the object towards a said surface causes switching of at least one roller unit between the mobile and immobile modes.

Material handling devices are disclosed. Specifically disclosed are hand truck structures such as toe plates, wheel supports, handles, and lock mechanisms, as well as methods of construction and manufacturing. Toe plate support structure and geometry as well as manufacturing methods improve strength and functionality. Handle designs to improve maneuverability as well as comfort while using a hand truck are also disclosed.

Material handling devices are disclosed. Specifically disclosed are hand truck structures such as toe plates, wheel supports, handles, and lock mechanisms, as well as methods of construction and manufacturing. Toe plate support structure and geometry as well as manufacturing methods improve strength and functionality. Handle designs to improve maneuverability as well as comfort while using a hand truck are also disclosed.

A clamp assembly is provided for securing to preexisting studs or support members. The clamp assembly comprises a compression fitting adapted to be secured to a plurality of different sized studs or wall supports, and further to support additional supports including, but not limited, horizontal support members. A support and movement device is further provided that is selectively connectable to clamp and support members of the disclosure.

A dual compartment cooler that includes: a cuboid container; a first lid, where the first lid covers a first compartment; a second lid, where the second lid covers a second compartment; and at least one handle. The first compartment stores items for cooling purposes and the second compartment stores waste. The dual compartment cooler may also include a net integrated into opposing sides of the cuboid container and a set of wheels.

A dual compartment cooler that includes: a cuboid container; a first lid, where the first lid covers a first compartment; a second lid, where the second lid covers a second compartment; and at least one handle. The first compartment stores items for cooling purposes and the second compartment stores waste. The dual compartment cooler may also include a net integrated into opposing sides of the cuboid container and a set of wheels.

A toolbox comprises a rigid case having an open top side providing access to an internal case storage volume therein, and a rigid cover with an open bottom side open to a cover storage volume. The cover is fixed with the case at a plurality of hinges. A removable message board and marking implement are selectively fixed within the cover storage volume of the cover. The rear side of the case includes winding posts around which a power cord is wound that conducts power to a power strip circuit having a plurality of power receptacles fixed with the case. An audio system is fixed with the case and includes a plurality of speakers, a display interface, a wireless audio signal receiver, and a control circuit. An optional bottle opener and removable lamp device may be further included.