A flexible bag assembly having at least one layer of a flexible material that permits a UV light source to penetrate through to sterilize bacterial contents on an interior of the flexible bag assembly. Transmission of the UV light source is maximized through the flexible material and to enhance a kill rate of bacteria within the interior of the flexible bag assembly. A bio-assimilator may be integrated into a composition of the flexible bag assembly to facilitate biodegradation by anaerobic degradation leaving no microplastic remnants.

The present invention provides the buildings with a stationary built-in and an automatic unmanned intelligent robotic cleaning device embodied for physically cleaning the garbage chute and removing all waste sediments effectively including small to medium blockages arising in the building garbage chute through a sequence of programmed steps comprising the methodology.

The present invention provides the buildings with a stationary built-in and an automatic unmanned intelligent robotic cleaning device embodied for physically cleaning the garbage chute and removing all waste sediments effectively including small to medium blockages arising in the building garbage chute through a sequence of programmed steps comprising the methodology.

According to an embodiment of the present invention, a container collecting apparatus is provided. The container collecting apparatus includes: a container input unit for at least temporarily accommodating a container inserted; and a collection unit provided below the container input unit to collect the container transferred from the container input unit, wherein the container input unit includes: a holding unit on which the container is seated; an opening penetratively formed at one side of the holding unit to transfer the container to the collection unit; and a transfer unit provided with a transfer plate for transferring the container put on the holding unit to the opening by moving from the opposite side of the holding unit toward the opening.

According to an embodiment of the present invention, a container collecting apparatus is provided. The container collecting apparatus includes: a container input unit for at least temporarily accommodating a container inserted; and a collection unit provided below the container input unit to collect the container transferred from the container input unit, wherein the container input unit includes: a holding unit on which the container is seated; an opening penetratively formed at one side of the holding unit to transfer the container to the collection unit; and a transfer unit provided with a transfer plate for transferring the container put on the holding unit to the opening by moving from the opposite side of the holding unit toward the opening.

A docking station has an openable dirt collection region which, during an evacuation operation of the docking station, receives dirt that is transferred from a surface cleaning apparatus; and a lock having a locked position in which the dirt collection region is secured in a closed position, and an unlocked position in which the dirt collection region is openable. During the evacuation operation, the lock is inhibited from moving to the unlocked position.

The present invention utilizes human technology to sort and recycle garbage for reuse, processing garbage with less energy to obtain raw materials whose value far exceeds the energy expended. Before sorting, the garbage is first crushed by a pulverize into small fragments of roughly equivalent size to facilitate the next step of classification. The present invention performs garbage classification through six sorting methods: washing, electromagnetic sorting, vacuum melting sorting, wind sorting, brine buoyancy sorting, and centrifugal sorting. During the garbage sorting process, gravity is utilized for layered sorting, allowing the garbage to naturally fall with the flow to save energy.

The present invention utilizes human technology to sort and recycle garbage for reuse, processing garbage with less energy to obtain raw materials whose value far exceeds the energy expended. Before sorting, the garbage is first crushed by a pulverize into small fragments of roughly equivalent size to facilitate the next step of classification. The present invention performs garbage classification through six sorting methods: washing, electromagnetic sorting, vacuum melting sorting, wind sorting, brine buoyancy sorting, and centrifugal sorting. During the garbage sorting process, gravity is utilized for layered sorting, allowing the garbage to naturally fall with the flow to save energy.

A vehicle mounted garbage bin cleaning system includes a pair of arms configured for lifting a garbage bin, the arms rotatably coupled to a mount on a vehicle, a hopper configured for accepting the garbage bin when the arms lift the garbage bin into the hopper, spray rods extending upwards from the hopper and that spray water jets to clean an interior of the garbage bin, a power takeoff driven pressure washing system, and a water line fluidically coupled with the drain of the hopper on a first end, and fluidically coupled to the pressure washing system on a second end, such that the pressurized water is provided to the water line so as to flush obstructions from the drain.

A vehicle mounted garbage bin cleaning system including power takeoff includes a pair of arms configured for lifting a garbage bin, the arms rotatably coupled to a mount on a side of a vehicle, a hopper configured for accepting the garbage bin when the arms lift the garbage bin into the hopper, a spray rod extending upwards from the hopper and that sprays a water jet to clean an interior of the garbage bin, a spray rod extending upwards from the hopper and that sprays a water jet to clean an exterior of the garbage bin, and a power takeoff driven pressure washing system that uses a mechanical means to drive a pressure washer pump, and wherein the spray rods are fluidically coupled with the pressure washer pump.