The present invention comprises a soap which does not disengage from the user while in use and provides a means to hang the soap while not in use. Specifically, in a preferred embodiment of the present invention, a semiflexible continuous mechanical structure extends above a surface of a soap bar just enough to create an open area through which the user's finger may be removably inserted whereby the bottom portion of the structure is embedded within the body of soap 12, such that, when, in use, a user's finger may be inserted into the top portion of the structure, where it will rest atop the top surface of the soap and the bottom portion of the structure will remain substantially embedded in the soap as it dissolves. The top portion of the structure also provides a means to hang the soap while not in use.

A package of moist wipes includes a substantially water-vapor impervious flexible film sheet surrounding the moist wipes, and the flexible film sheet defines an inner surface and an outer surface. The package includes at least one seam in which the flexible film is bonded to itself via energy. The seam includes an inner-surface-to-inner-surface energy bonded portion and an outer-surface-to-outer-surface energy bonded portion. In particular embodiments, a top wall is tucked toward a bottom wall adjacent the two side walls to define gusset portions. The top wall can include a resealing mechanism adapted to cover a dispensing orifice.

A package of moist wipes includes a substantially water-vapor impervious flexible film sheet surrounding the moist wipes, and the flexible film sheet defines an inner surface and an outer surface. The package includes at least one seam in which the flexible film is bonded to itself via energy. The seam includes an inner-surface-to-inner-surface energy bonded portion and an outer-surface-to-outer-surface energy bonded portion. In particular embodiments, a top wall is tucked toward a bottom wall adjacent the two side walls to define gusset portions. The top wall can include a resealing mechanism adapted to cover a dispensing orifice.

The wet sheet packaging body includes a plurality of wet sheets (1), a packaging container configured to house the wet sheets. The packaging container includes a top surface and a dispensing opening, on the top surface, configured to take out each of the wet sheets, an opening and closing lid (5) configured to open and close the dispensing opening (33) of the packaging container, and the wet sheets housed in a layered state in the packaging container. The inner bag (2) includes an opening part (24) and a bottom part (21). The wet sheets are housed in the inner bag. The inner bag is housed in the packaging container while the opening part is directed downward and the bottom part is directed upward. The inner bag is pulled out from the dispensing opening of the packaging container for removal when use of the wet sheet packaging body is started.

The wet sheet packaging body includes a plurality of wet sheets (1), a packaging container configured to house the wet sheets. The packaging container includes a top surface and a dispensing opening, on the top surface, configured to take out each of the wet sheets, an opening and closing lid (5) configured to open and close the dispensing opening (33) of the packaging container, and the wet sheets housed in a layered state in the packaging container. The inner bag (2) includes an opening part (24) and a bottom part (21). The wet sheets are housed in the inner bag. The inner bag is housed in the packaging container while the opening part is directed downward and the bottom part is directed upward. The inner bag is pulled out from the dispensing opening of the packaging container for removal when use of the wet sheet packaging body is started.

A swab comprises a support structure, a first cap and a second cap. The support structure has a first end, a central portion and a second end. The first cap has a first cap end and a first open end, wherein the first cap end includes a first end outer surface, a first end inner surface and a first plurality of protrusions protruding from the first end outer surface. The second cap has a second cap end and a second open end, wherein the second cap end includes a second end outer surface and a second end inner surface. The support structure is insertable into the first open end such that the first end contacts the first end inner surface and is insertable into the second open end such that the second end contacts the second end inner surface.

The present invention relates to tissue products comprising high yield hesperaloe fiber having improved wet performance, such as improved absorbency, CD Wet/Dry Ratio and CD Wet Durability. The addition of high yield hesperaloe pulp fibers surprisingly improves the CD Wet/Dry ratio without negatively affecting the absorbency of the tissue product. For example, tissue products of the present invention generally have an Absorbent Capacity greater than about 6.0 g/g, such as from about 6.0 to 8.0 g/g. As such the tissue products are durable when wet, but are still sufficiently absorbent. This balance of absorbency and wet strength is not found in the prior art without resorting to adding latex binders or the like to the tissue product.

The present invention relates to tissue products comprising high yield hesperaloe fiber having improved wet performance, such as improved absorbency, CD Wet/Dry Ratio and CD Wet Durability. The addition of high yield hesperaloe pulp fibers surprisingly improves the CD Wet/Dry ratio without negatively affecting the absorbency of the tissue product. For example, tissue products of the present invention generally have an Absorbent Capacity greater than about 6.0 g/g, such as from about 6.0 to 8.0 g/g. As such the tissue products are durable when wet, but are still sufficiently absorbent. This balance of absorbency and wet strength is not found in the prior art without resorting to adding latex binders or the like to the tissue product.

A dispensing device includes: a pump that discharges a liquid; a pipe through which a liquid discharged by the pump flows; a dispensing portion that is connected to the pipe and dispenses a liquid that flows through the pipe; a nozzle that houses the pipe, the dispensing portion being arranged therein in an opening portion; and an antenna that is provided inside the nozzle and transmits and receives radio signals.

A cleaning wet wipe includes, embossment blocks, in each of which a plurality of convex embossments that are embossments having convexity are gathered, in a first surface of the cleaning wet wipe. The plurality of embossment blocks are continuously arranged and form embossment block rows from a first side to a second side opposite to the first side. Non-embossment parts are included between other ones of the embossment blocks which are adjacent. The plurality of embossment block rows are continuously arranged from a third side to a fourth side. The non-embossment parts are provided at a proportion of not less than 25% and not more than 50% with respect to an area of the cleaning wet wipe. The convex embossments are arranged such that at least one convex embossment is present on a straight line extended perpendicularly from an arbitrary point on the third side to the fourth side.