A trolley for collecting waste products in a vehicle includes: a trolley housing with an upper housing opening to a housing interior of the trolley housing and a waste enclosure suspended in the housing interior and provided with an upper enclosure opening, and a fluid receiving container with an upper container opening and arranged in or laterally on the trolley housing. The enclosure opening and the housing opening are arranged relative to one another in such a way that waste products can be introduced through the housing opening and the enclosure opening. The fluid receiving container includes a container suction port, by which a fluidic connection can be produced to extract a fluid from the bottom of an interior of the fluid receiving container. A cabin monument with such a fluid receiving container, as well as to a system with the trolley and the cabin monument are also described.

The disclosed pads are engaged with dumpster supports to spread the weight of the dumpster over a large surface area and provide a relatively soft ground contact interface to prevent damage to paved surfaces on which the dumpster may be placed. The pads define a cavity complementary to the dumpster support and may be affixed to the support by straps or fasteners. The pads can be constructed of flexible material and distorted to open the cavity to receive the support, then relaxed to grip the support. The pads have a ground contact surface greater than a contact surface of the dumpster support and may include grooves in the ground contact surface.

A container and methods for construction are disclosed herein for a container having a replaceable bottom pan. An adapter is affixed to the lower edge the container and a replaceable bottom pan is removably affixed to the adapter.

A electrical enclosure with interchangeable pedestal mounting system for an electrical enclosure that may be attached to different types of pedestals. The electrical enclosure with interchangeable pedestal mounting system generally includes a base having a mounting structure that allows for attachment of the base to at least two different pedestals. The mounting structure includes one or more support members that allow for attachment to a rectangular pedestal or a circular pedestal thereby allowing an installer to utilize their preferred pedestal type.

Waste container includes a base defining a waste-receiving compartment, and an insert supported on the base and adapted to engage a peripheral edge of a bag that extends into the compartment while maintaining an opening of the bag unobstructed. The insert has at least one bag-engagement edge. A movable closure component has a first engagement position in which the closure component engages with the insert to press the bag when present against the bag-engagement edge(s) of the insert, and a second non-engagement position in which the closure component is separated from the bag-engagement edge(s) of the insert. A lid is attached to the base and movable between a first, closed position covering the opening of the bag and a second, open position in which it does not obstruct the opening of the bag.

A hub assembly includes a retainer housing, a retaining member, a biasing element, and an occlusion. The retainer housing includes a wheel mounting sleeve and a pin sleeve. The wheel mounting sleeve includes an axle bore configured to receive an axle. The pin sleeve has a first end and a second end. The pin sleeve includes a conduit between the first end and the second end. The first end is in fluid communication with the axle bore. The retaining member and the biasing element are in the conduit. The retaining member is configured to engage a groove in an axle. The biasing element is configured to bias the retaining member towards the axle bore. The occlusion is proximate to the second end of the pin sleeve. The occlusion is configured to inhibit the retaining member from exiting the conduit at least prior to coupling the hub assembly to a wheel.

Disclosed herein is a bin that has a first portion configured to hold at least one item therein and an adjustable second portion. The adjustable second portion is configured to couple with the first portion and slide relative to the first portion between a collapsed position and an expanded position. The collapsed position provides a minimum combined height for the first portion and the adjustable second portion in which the adjustable second portion encapsulates the first portion in order for the bin to be placed inside a receptacle. The expanded position provides a maximum combined height for the first portion and the adjustable second portion in order for the bin to interface with a mechanical device for disposing of the at least one item. The bin also includes one or more holding mechanisms for securing the bin in at least one of the collapsed and expanded positions.

A bag for receiving refuse may comprise a bag body, the bag body including an inside surface, an outside surface, and a rim defining a mouth. The bag may further comprise a first strip of material disposed on the inside surface of the bag body proximate the rim. The bag has an integrated polymer liner layer and is formed of a pair of valley folds and a pair of mountain folds.

A modular receptacle system for storing refuse or recyclable materials, the modular receptacle system comprising a plurality of collapsible bins, a given one of the plurality of bins comprising a base, two opposing exposed side walls, each of the opposing exposed side walls including a bottom edge that allows the opposing exposed side wall to open or fold at a joint edge attached to the base, and two opposing folding side walls, the opposing folding side walls operable to detract or retract at least a portion of the opposing folding side walls from a recess in conjunction with an opening or folding of the opposing exposed side walls at the joint edge, the base and the opposing folding side walls including a mid-section fold that allows the base and folding side walls to open and fold at the mid-section fold, and a plurality of attachment devices that modularly couple the plurality of collapsible bins.

A modular receptacle system for storing refuse or recyclable materials, the modular receptacle system comprising a plurality of collapsible bins, a given one of the plurality of bins comprising a base, two opposing exposed side walls, each of the opposing exposed side walls including a bottom edge that allows the opposing exposed side wall to open or fold at a joint edge attached to the base, and two opposing folding side walls, the opposing folding side walls operable to detract or retract at least a portion of the opposing folding side walls from a recess in conjunction with an opening or folding of the opposing exposed side walls at the joint edge, the base and the opposing folding side walls including a mid-section fold that allows the base and folding side walls to open and fold at the mid-section fold, and a plurality of attachment devices that modularly couple the plurality of collapsible bins.