A tampon disposal device includes a tubular stiffener, and a membrane conforming to the stiffener with an opening on one end and an enclosure opposite the opening. The membrane is folded inside the stiffener into a first layer attached to the stiffener; and second and third layers that form a lip surrounding the stiffener near a stiffener rim. The second layer folds over the rim, reversing direction to become the third layer lip portion. The third layer continues inside the stiffener. A weak adhesive attaches the lip to the outside stiffener. Another adhesive attaches the first layer to the second layer inside the stiffener. When a hand grasps a tampon siring with the membrane and pulls on the string, the first adhesive allows the lip to separate and be pulled into the stiffener together with the tampon. Pushing inwardly on the stiffener seals the tampon inside the membrane.

A tampon disposal device includes a tubular stiffener, and a membrane conforming to the stiffener with an opening on one end and an enclosure opposite the opening. The membrane is folded inside the stiffener into a first layer attached to the stiffener; and second and third layers that form a lip surrounding the stiffener near a stiffener rim. The second layer folds over the rim, reversing direction to become the third layer lip portion. The third layer continues inside the stiffener. A weak adhesive attaches the lip to the outside stiffener. Another adhesive attaches the first layer to the second layer inside the stiffener. When a hand grasps a tampon string with the membrane and pulls on the string, the first adhesive allows the lip to separate and be pulled into the stiffener together with the tampon. Pushing inwardly on the stiffener seals the tampon inside the membrane.

Described is a system for controlling the operation of a trash can lid that includes a shell for receiving trash, a lid assembly that covers a portion of the shell, and an actuator assembly that independently controls the rate in which the lid assembly moves with respect to the shell. Also provided is a system for improving the operation of a trash can that includes a lid assembly for covering a portion of a shell, an actuator assembly, a base assembly, and a hydraulic component. The hydraulic component controls the rate in which a portion of the lid assembly moves with respect to the shell. The system further includes an adjustable volume of space that is formed between the base assembly and the removable liner when the removable liner is coupled to the base assembly. The adjustable volume of space can be used to store deodorizers, insecticides, or the like.

An invertable human and animal waste mopping and disposal bag is disclosed for mopping, grasping, and/or gathering urine, stool, and/or vomit using one's hand inside the bag, and then inverting and tying off the bag for disposal. The waste mopping and disposal bag includes a moisture-resistant bag that can contain liquid and solid waste. The moisture-resistant bag has an opening adapted to receive a hand, and has first and second moisture-resistant panels. At least one moisture-absorbent panel is bonded to the first moisture-resistant panel of the moisture-resistant bag using an adhesive. The adhesive is applied along the perimeter of the moisture-resistant panel, creating an air pocket between the moisture-absorbent panel and the respective moisture-resistant panel, which increases thermal insulation and liquid absorbing capacity. Preferably, adhesive is applied within a strip 10 mm wide running along the edge of the moisture-absorbent panel, regardless of the shape of the moisture-absorbent panel.

Described is a system for controlling the operation of a trash can lid that includes a shell for receiving trash, a lid assembly that covers a portion of the shell, and an actuator assembly that independently controls the rate in which the lid assembly moves with respect to the shell. Also provided is a system for improving the operation of a trash can that includes a lid assembly for covering a portion of a shell, an actuator assembly, a base assembly, and a hydraulic component. The hydraulic component controls the rate in which a portion of the lid assembly moves with respect to the shell. The system further includes an adjustable volume of space that is formed between the base assembly and the removable liner when the removable liner is coupled to the base assembly. The adjustable volume of space can be used to store deodorizers, insecticides, or the like.

A trash bin liner configured to contain any unsanitary material leaked or spilled as a result of a torn or defective trash bag. The trash bin liner includes a body having an elastic band disposed on an upper end for enabling the body to be secured to the open end of a trash bin. A sidewall including a tapered section that extends radially outwardly relative to an interior volume of the body facilitates the securement of the upper end of the body to the open end of the trash bin. A pair of handles disposed on the upper end and a support handle disposed on the lower end facilitate the removal of the trash bin liner from a trash bin and the upending of the trash bin liner for dumping trash therefrom.

A trash container for holding waste is provided. An example trash container can include an inflatable frame, a front flexible wall connected to the inflatable frame, and a back flexible wall that is connected to the inflatable frame and opposed to the front flexible wall. The trash container can further include a pair of side flexible walls connected to the inflatable frame and also connected to both the front flexible wall and the back flexible wall.

A surface cleaning device designed for the safe collection and encapsulation of potentially harmful waste. It addresses the challenge of hygienically collecting waste from surfaces while preventing exposure to hazardous materials. The device features a hollow chamber (1) with an opening equipped with a first actuator and scooping member (5) that efficiently collects surface waste into disposable containment tube material (10) drawn over the chamber opening. A rotatable containment tube store (3) twists the tube around a pinch point created by the scooping actuator (5) during extension, sealing the waste into distinct compartments and ensuring containment. A second actuator (7) moves the disposable containment tube from the store. Repeat actions create multiple compartments within the tube, enhancing safety and efficiency. The primary use of this invention is in environments requiring the safe cleaning and disposal of hazardous waste, effectively isolating waste into sealed sections and minimizing risks associated with direct handling.

A device for storing used oil, grease, and fat is disclosed. A disposable bag, holding the used oil, grease, and fat, also contains a plant-based solidifying blend in tablet or paste form. A heat-resistant container holds the bag, and includes a lid to prevent spills, a handle, and slots, used to secure the bag along with its contents. The solidifying blend causes the oil to solidify after coming into contact with the oil.

Thermoplastic bags with phased deformation patterns are described. In particular, one or more implementations comprise thermoplastic bags with ring rolling, SELFing, or other deformation patterns phased or aligned relative to the sides of the bags. The phased deformation patterns can allow for reducing or eliminating deformation patterns in areas of the thermoplastic bag in which side seals or other seals are formed. Additionally or alternatively, the phased deformation patterns can provide for zones that provide differing properties (e.g., functional or aesthetic). Such zones can vary aligned along a width of the thermoplastic bag and optionally also vary along a height of the thermoplastic bag. The differing zones can provide the thermoplastic bags with phased deformations that provide leak prevention, liquid containment, and other benefits.