Disclosed is a waste container, liner, and rail system. The system may include one or more waste containers or one or more basketless systems or liner receivers to direct, hold, and facilitate the sequential replacement of a waste liner. The system may comprise a pull out track system that is adaptable to cabinetry or another defined space for a waste container. The pull out track system may generally include front, rear, side, and/or base panels, as well as at least one internal panel. The at least one internal panel may define an interior space configured to receive waste liners and to dispense the waste liners automatically.

Disclosed is a container for collecting urban waste, formed from an aluminium support structure that contains and protects a cardboard repository, which is characterised in that it comprises: a support structure comprising an external housing frame formed by a series of straight profiles and a flippable circular profile that forms the front access or entry of the container for the introduction of waste; a flippable circular plate or opening that closes the front access generated by the circular profile; a removable flippable cover that closes the frame assembly, the cover being able to flip open by means of gravity when the container is turned over; a bottom grate; and a cardboard repository contained in and supported by the housing frame, which is formed from cardboard sheets with flat folded faces.

A multi-stage lid ultraviolet sterilizing waste container is disclosed which contains a housing, base, lid assembly, support structure for receiving flexible bag assemblies and at least one UV light source for sterilizing the inside of the container. The waste container further includes sensors and motors to automate certain steps.

An ultraviolet sterilizing waste container is disclosed which contains a housing, base, lid assembly, support structure for receiving flexible bag assemblies and at least one UV light source for sterilizing the inside of the container.

A method of sterilizing a waste container with ultraviolet (UV) light is disclosed which includes, inserting an article of waste into the waste container, sealing the container from an external environment to prevent UV light from shining out, activating a UV sanitizing routine stored in a UV light module having at least one UV light source and irradiating an interior surface of the diaper pail with the UV light.

Dual compartment wastebaskets with two detachable containers are disclosed, one of which may be marked for recycling. The detachable containers may be connected together with clips, magnets and the like, allowing for easy separation to empty them. In certain embodiments, mechanical alignment means, such as opposing channels, steps or frames, may be used.

The present invention discloses an ecological environmentally-friendly flowerpot for disposing garbage, including an outer liner and an inner liner, wherein the inner liner is sleeved inside the outer liner, the inner liner is fixed to the inner wall of the outer liner by a plurality of connecting poles, and a sandwich layer for growing plants is formed between the inner liner and the outer liner; and the side wall of the inner liner is provided with a plurality of meshes, and the inner liner is in communication with the bottom of the outer liner. The flowerpot of the present invention can save water resources, is beneficial to garbage decomposition, and also facilitates plants in absorbing nutrients, thereby being more ecological environmentally-friendly.

A receptacle for waste material is disclosed. The receptacle may comprise a cabinet/structure with a hinged/flip door actuated by an actuator such as a foot plate/pedal. Items of waste material may be deposited into the receptacle (e.g. in a hands-free action) through an opening at the flip door actuated from a closed position toward an open position by movement of the foot pedal from a default position to an actuated position. The receptacle may comprise an actuation mechanism such as a linkage/link assembly coupling the flip door to the foot pedal; the mechanism may be configured to shield/cover the linkage from contact with items of waste material. The link/link assembly may comprise a rigid member such as a rod coupled to the side of the flip door and the side of the foot pedal (or to each side of the flip door and the foot pedal). Actuation/action of the flip door with the mechanism may be modified by design/configuration of the foot plate/pedal and design/configuration of the flip door. An internal bin or liner may be provided within the receptacle.

A waste container has a first part having a first opening, and a second part. Fastening means are arranged to fasten and seal the second part to the first opening. Sealing surfaces together provide a radial press seal around the first opening. A snap lock of the cooperating fastening means is activated by the second part moving in a first direction in relation to the first part into the fastened position. Depth-controlling elements limit the movement of the second part in relation to the first part in the first direction beyond the point of activation. The first part and the second cap part are both made from a plastic material comprising at least 30% by volume wooden fibers. The use of such a waste container is also described.