A trash receptacle comprising an independent frame assembly, wherein the independent frame assembly has at least two parallel bars, wherein the bars are structurally configured to receive and dispense bags; and a clip mechanism located at the free non-affixed end of each bar, wherein each clip mechanism is configured to receive a bag so that the bag is pinched by the clip mechanism and the clip functions to prevent the bag from sliding off the bars or from collapsing inward. The trash receptacle is configured to be enclosed by placing the receptacle within at least one environment comprising at least one cabinet. The trash receptacle further comprising additional space to carry supplies in a cart configuration. The trash receptacle wherein the additional space comprises one of a cabinet, one or more drawers, one or more shelves, or one or more compartments. A trash receptacle on a cart.

A refuse receptacle 10 comprising a plurality of wall panels 11, 12 joined to each other about a plurality of hinged joint arrangements 13. The refuse receptacle 10 comprises a first configuration being a generally planar storage configuration, and a second configuration, wherein the wall panels 11 are positionable relative to each other to form a receptacle having a refuse accepting space 14 defined by said plurality of wall panels 11. Advantageously, the refuse receptacle 10 can be quickly deployed for use from the first configuration to the second configuration, and returned to the first configuration for storage when use is complete.

A waste receptacle includes a cinch tab and a cinch defined by the cinch tab. The cinch includes an opening configured to admit a liner portion of a waste liner. The cinch also includes a notch continuous with and extending away from the opening. At least a portion of the opening narrows in width in a direction extending away from the notch. The opening and the notch are configured to retain the liner portion to at least partially secure the waste liner to the waste receptacle.

A waste storage refill (210) for a waste storage cassette (172) to be mounted in a waste storage device (100). The waste storage refill comprises a tubular film (206) folded over in alternate directions to form concentric pleats such that pulling an end of the tubular film axially expands the pleats. A waste storage cassette to receive the waste storage refill and a waste storage device to mount the waste storage cassette are also disclosed.

The disclosure relates to a composting device including a housing defining an interior with an access opening providing access to the interior, a composter bin located within the interior and in communication with the access opening, and a door mounted to the housing and electrically powered to automatically slide along a sliding path between opened and closed position.

The present invention relates to a novel automated trash can device. The device is an improved trash can comprised of a base component with a battery component, a GPS, and a garage door opener. The device is wirelessly paired to a mobile application. The trash can device may be stored in a charging dock or station when being filled with trash and/or charging. In use, the trash can device will open the garage door, then proceed to the destination near the curb or end of the driveway. The route is optimized via GPS, ensuring the receptacle moves back and forth from the garage to the curb/driveway correctly. After being emptied, the trash can device then returns to the charging dock or station and closes the garage door.

A trash compactor may include a frame, a cavity, a trash receptacle, a platen movable to compress trash collected in the trash receptacle, a set of linkages and a drive mechanism configured to drive said platen up and down, the drive mechanism further configured as one of the link elements, and a platen guide mechanism configured to restrict the motion of the platen in an up and down manner.

Disclosed is a press including a press part, at least two upper levers and at least two lower levers and a telescopic arm arranged to be moved between a shortened and an extended position by way of an actuator. The upper levers and the lower levers have ends arranged to rotate around a point of rotation. Also disclosed is a construction.

Garbage disposal apparatus (100) for receiving trays 600 comprises a tray receiving means (200), a tray manipulating means (300), a receptacle for garbage disposal (400) and a tray storing means (500), assembled in a way that when garbage disposal apparatus (100) is in operation, the tray receiving means (200) receives a tray (110) which is transported to the tray manipulating means (300) which removes garbage from the tray (110) in the receptacle for garbage disposal (400) and afterwards the tray (110) is stored in the tray storing means (500). Here is disclosed a garbage disposal system (800) which comprises at least one garbage disposal apparatus (100) as described, at least one horizontal tunnel (810), at least one vertical tunnel (820) and at least one tray collecting means (830), arranged so that tray collecting means (830) travels within the horizontal tunnel (810) and is collecting trays (110) from the garbage disposal apparatus (100).

The present disclosure relates to a garbage bin, a bin lid, and a rotary packing mechanism for garbage bin. The rotary packing mechanism for garbage bin comprises an annular storage box for storing garbage bags and allowing the stored garbage bags to expand downwards, and a rotary driving device for driving the storage box to rotate, wherein a throw opening is formed at the middle of the storage box for throwing the garbage into the garbage bag. The rotation of the storage box makes the garbage bag that is expanded downwards and stored with garbage rotate, whose upper end is twisted and sealed. The rotary packing mechanism twists the seal in a manner of rotating the storage box, the seal is tighter, the garbage inside is not easy to leak, and the seal is small, which is conductive for subsequent automatic cuttings.