Large, pliable/flexible bags are widely used for collecting and discarding garden and lawn debris. Unfortunately, these bags alone make it very difficult for a single worker to both hold open the bag and deposit debris into the bag at the same time. Attempts have been made to provide frames for supporting an open bag to help a single user rake leaves and debris into a bag by him/herself; none have ever been created to blow leaves and other debris directly into a bag with a powered leaf blowerthe device in this patent application is designed to do just that. Very significantly, the present invention is a foldable/collapsible self-contained fully assembled frame (hereinafter the frame) for the attachment of a perforated bag thereby requiring no additional add-on or separate frame parts to both fully function and to fold up for convenient storage, packaging, and transportability.

A device for collecting soiled objects, such as used diapers, comprising a collecting container (1) closable by a cover (2) having a cover section (6) with a tubular chamber (7) open at one end providing an inlet/outlet opening (8), said cover section (6) being movable between a first position, in which an object may be deposited from the outside through said opening (8) into said chamber (7), and a second position, in which said object may drop through said opening (8) into the collecting container (1) and a transfer bag (12) of a flexible material removably mounted within said chamber (7), said bag (12) being open at one end and having a bottom cooperating with an expel body (11d) at the opposite end, wherein the collar (12b) of the transfer bag (12) is attached to said opening (8) by a locking ring (13).

A film-supporting device is used with a waste-disposal unit. The device comprises an annular body. The annular body has an annular wall. The inward radial surface of the wall defines a central opening of the body. The outline of the central opening in a transverse plane of the device has variable diametrical dimensions with a first diameter of greater dimension than the second diameter. The outline has two of the first diameter of generally equal dimension and two of the second diameter of generally equal dimension. The device has tubular film about an outward radial surface of the annular body. A free annular end is dispensed outwardly from the annular wall. The free annular end is closed to form a bag. The opening of the bag is accessible through the central opening and is of optimized shape via the central opening for the disposal of waste. A method for disposing of waste on a scooping tool is also provided.

A receptacle is configured to receive a bag, such as a trash bag. The receptacle includes an outer shell, a plunger, and a fan. The plunger is moveable relative to the outer shell. The fan is configured to be rotated when the plunger is moved relative to the outer shell. Rotation of the fan expels air from the receptacle and sucks the bag open within the receptacle.

This invention provides a modular storage robot device, including a storage bucket body, the top of which is detachably connected to a storage flip cover assembly. storage flip cover assembly includes a support cover, the middle of which is provided with a storage bag mounting mechanism. The bottom of the storage bag mounting mechanism is provided a packaging device, and the side of the packaging device is provided with a negative pressure device. This is used to solve the current market automatic packaging trash can are all design, the bucket body, packaging mechanism, bag loading mechanism and flip cover are assembled as a whole, difficult to disassemble, large transportation volume, high transportation cost at the same time, since the automatic packaging system is not modular design, its commonality and compatibility are poor.

Embodiments of the disclosed technology are directed to devices, systems and/or apparatuses directed to a refuse receptacle specially adapted to facilitate the quick and effortless unloading of full trash bags and placement of new, empty trash bags therein. Specifically, the disclosed technology may have at least a receptacle body formed of one or more side wall portions. The body has a base and a top lid as well as a mechanism for toggling of the lid for purposes of placing refuse into the receptacle and/or a bag disposed therein. Furthermore, in each embodiment, the side walls have one or more doors hingedly affixed at at least one edge in order to facilitate the opening of the door or doors in order to access the interior region of the receptacle.

A trash can assembly includes a trash can having an interior space and a vacuum assembly. The vacuum assembly comprises a top surface forming a false bottom, an elevated portion with a vacuum vent, a liquid gutter surrounding the elevated portion, and a plenum housing a vacuum motor. The vacuum motor is configured to draw air through the vacuum vent into the plenum, causing a trash bag to conform to the interior surface of the trash can. The assembly may include a controller, power source, charger port, seal indicator, status indicator, wireless control switch, and may operate in reverse mode for bag inflation or demonstration. The trash can may nest into an outer container formed of a rigid material including plastics or metals suitable for consumer waste receptacles, and connect electrically via detachable connectors. The system enhances bag capacity, aesthetics, and operational convenience.