A container holds an absorbent pad which contains fluids for cleansing toilet facilities before using them, or for cleansing or moisturizing a person's body after using a toilet. One carries one or more such containers on one's person. To use the container one opens it and expresses fluid from the pad onto dry clean toilet paper by pressing that toilet paper onto the pad. One then uses the now moist toilet paper to clean a toilet seat, or to clean or moisturize one's person or the person of another. Then one disposes of the now used toilet paper as one normally disposes of toilet paper.

A device for dispensing heated moist towelettes that includes a hydration tray that can move between a hydrating position and a presenting position. In the presenting position, the tray can receive one or more towelettes for hydrating and heating. When the tray is moved to the hydrating position, a tray seal element creates a seal with the inner surface of a tunnel such that the device can hydrate the towelettes and then dispense them.

Provided are devices, compositions, and methods for surface disinfection and decontamination; the devices generally adapted to contain a single or multi-component indicator composition, and optionally a disinfectant composition, and to dispense the indicator composition and optional disinfectant composition to a disinfectant solution, a surface, or a disinfectant article upon actuation of the device; also provided is an article of manufacture in the form of a removable cartridge adapted to fit a device described here, which may be pre-filled with a single or multi-component indicator composition as described here, and/or with a disinfectant composition, and one or more optional additives.

A smart cart comprises a cart body and a substrate dispenser removably connected to the cart body including a housing including a fluid reservoir and/or a fluid reservoir holder configured to removably receive the fluid reservoir, a substrate advancing mechanism configured to receive and advance a portion of the substrate, an application mechanism configured to apply fluid from the fluid reservoir to the substrate, and a computing system configured to apply the fluid and select amount of fluid for application, composition of fluid for application, and/or portion of the substrate based on an input received by the computing system. The smart cart further includes a control system configured to measure operation of the substrate dispenser and to determine position of the cart body and to transmit the measured operation of the substrate dispenser and the determined position of the cart body to a computer arrangement remote from the cart body.

Provided are devices, compositions, and methods for surface disinfection and decontamination; the devices generally adapted to contain a single or multi-component indicator composition, and optionally a disinfectant composition, and to dispense the indicator composition and optional disinfectant composition to a disinfectant solution, a surface, or a disinfectant article upon actuation of the device; also provided is an article of manufacture in the form of a removable cartridge adapted to fit a device described here, which may be pre-filled with a single or multi-component indicator composition as described here, and/or with a disinfectant composition, and one or more optional additives.

A fluid dispenser comprises a housing, a first fluid interface on a first portion of the housing for attachment of a fluid applicator, and a second fluid interface on a second portion of the housing. The second fluid interface is configured to move from a first position in sealing engagement with the second portion of the housing to a second position for fluid connection of an interior of the housing to a fluid applicator system of a fluid dosing substrate dispenser when the fluid dispenser is fluidly connected to the fluid dosing substrate dispenser.

A packaged consumer product having a first product element, wherein the first product element is a solid-phase material, and a second product element, wherein the second product element is a liquid-phase material, is presented. The packaged consumer product may also have a packaging material defining an interior package space, wherein the first product element and the second product element are disposed within the interior package space. The packaged consumer product may further have a first pouch disposed in the interior package space, wherein the first pouch includes a first semi-permeable material and a reactant disposed within an interior of the first pouch. The reactant is configured to generate chlorine dioxide upon exposure to water and/or water vapor.