The collection of yard debris and/or trash is accomplished through the use of an attachable scoop that is affixed to a garbage can. The scoop is attached to the trash can by the user and the assembly is laid flat against the ground. The yard debris is collected by pushing the debris along the scoop surface and into the garbage can. A handle is provided that allows the user to easily lift the assembly to its upright position. The scoop can be removed from the trash can and stowed after the job has been completed.

The collection of yard debris and/or trash is accomplished through the use of an attachable scoop that is affixed to a garbage can. The scoop is attached to the trash can by the user and the assembly is laid flat against the ground. The yard debris is collected by pushing the debris along the scoop surface and into the garbage can. A handle is provided that allows the user to easily lift the assembly to its upright position. The scoop can be removed from the trash can and stowed after the job has been completed.

The trash bag caddy is a structure that supports a trash bag in an open position. The trash bag caddy is a collapsible structure. The trash bag caddy comprises a base plate, a joist, a lesser stanchion, a greater stanchion, a ring and an optional chute. The base plate is the inferior structure of the trash bag caddy that transfers the load of the structure to the supporting surface. The inferior stanchion and the greater stanchion attach to the base plate. The joist supports the greater stanchion in a vertical position. The ring: 1) attaches the greater stanchion to the lesser stanchion; 2) supports the lesser stanchion in a vertical position; and, 3) physically supports the trash bag. The optional chute acts like a funnel that guides trash and refuse in to the trash bag. The trash bag is held in position using a plurality of clips.

The present disclosure a packaging apparatus for packaging bags equipped with a label printer, the packaging apparatus having a remarkably high packaging speed in comparison to packaging apparatuses of the related art. The packaging apparatus of the present disclosure includes a frame equipped with components for operating and controlling the apparatus therein, a bag feeding unit automatically conveying and feeding half-cut and wound bags, a label attaching unit installed on the frame and printing and attaching a label to the bags that are conveyed, and an opening and sealing unit opening tops of the bags, putting a product into the bags, and then packing the bags through sealing.

A foldable chute deployable in a bag for placing debris into the bag may include an outer portion residing predominantly outside of the bag when the foldable chute is deployed in the bag. The outer portion may include a chutefront having a leading edge with a pair of side edges, and a pair of support sides foldably connected to the chutefront at the pair of side edges. The foldable chute may further include an inner portion which may reside predominantly inside of the bag when deployed, may connect to the outer portion and may include a pair of retaining sides associated with the pair of support sides. Each retaining side may include a chuteback edge formed at a chute angle measured between the chuteback edge and a line defined by the side edge of the associated support side when foldable chute is in a flattened state.

A foldable chute deployable in a bag for placing debris into the bag may include an outer portion residing predominantly outside of the bag when the foldable chute is deployed in the bag. The outer portion may include a chutefront having a leading edge with a pair of side edges, and a pair of support sides foldably connected to the chutefront at the pair of side edges. The foldable chute may further include an inner portion which may reside predominantly inside of the bag when deployed, may connect to the outer portion and may include a pair of retaining sides associated with the pair of support sides. Each retaining side may include a chuteback edge formed at a chute angle measured between the chuteback edge and a line defined by the side edge of the associated support side when foldable chute is in a flattened state.

A collapsible refuse bag support stand for holding upright a refuse bag, which is not attached to a push lawnmower, by including a hollow collapsible parallelepiped frame having parallelepiped upper and lower frame portions and a leg perpendicularly disposed thereto on an interior side of the frame there between. A hanger bar is disposed between the legs on the rear and front sides on the internal side. A pair of diametrically-disposed locking hinge bars is also provided for frame collapsibility. Bag clips are securable to each of the hanger bars to attach the refuse bag thereto. A pivot bolt is disposed through a frame exterior side at each corner of each of the upper and lower frame portions and an outer end of the respective hanger bar. A storage clip is engageable to an attachment pin when the parallelepiped frame is collapsed to secure the upper and lower frame portions together.

This device is used to decrease, roll, and wash hand wraps that boxers and martial artists use, the domes and their covers decrease the wraps, the axle rolls them inside the bag, and the mesh structure allows a thorough washing of the hand wraps inside the bag by placing it in a washing machine.

A wrap replacing apparatus according to the embodiments includes: an insertion port into which a medical device wrapped in a first bag is inserted; a peeler configured to peel off the first bag from the medical device inserted into the insertion port; a wrapper configured to wrap in a second bag the medical device from which the first bag is peeled off; and a take-out port from which the medical device wrapped in the second bag is taken out.

A wrap replacing apparatus according to the embodiments includes: an insertion port into which a medical device wrapped in a first bag is inserted; a peeler configured to peel off the first bag from the medical device inserted into the insertion port; a wrapper configured to wrap in a second bag the medical device from which the first bag is peeled off; and a take-out port from which the medical device wrapped in the second bag is taken out.