A spout fitment (130) for dispensing a scented household liquid (200) is disclosed that includes a pouring spout having a topographical feature (175D) that may increase the exposed surface area of a liquid and/or alter the fluid dynamics of the scented household liquid (200) during a product dispensing event. The pouring spout may comprise a floor surface (144), a first side surface (145), and a second side surface (142) that collectively define a flow channel for dispensing the liquid, the flow channel extending along a longitudinal axis from a spout inlet to a spout outlet (150); and at least one of the floor surface, the first side surface, and the second side surface comprising a topographical feature (175D) selected from at least one of a plurality of depressions and a plurality of protuberances (175D).

A packaged product comprising a container (100) and a scented household liquid is disclosed that comprises an integrated pouring spout (130) that is configured to increase the exposed surface area of a scented household liquid during a product dispensing event, thereby increasing the amount of scent (or fragrance) released from the scented household liquid during the product dispensing event. In one aspect, the pouring spout may have a flared section in which the width of the flow channel (147) increases moving toward the spout outlet.

A liquid storage container includes: a discharge port member including a discharge port through which liquid stored in a storage portion is discharged and a coupling portion in which a male thread portion is arranged on the outside; and a cover portion including a female thread portion on the inside and configured to be attachable to the discharge port member, the female thread portion configured to be screwed to the male thread portion, in which the male thread portion is discontinuous in the coupling portion.

A package including a closure engaged with a container. The closure has one or more tabs that abut one or more abutments. The tabs can be displaced towards the longitudinal axis and the closure can be rotated in the disengagement direction to dislodge the closure from the container.

A closure structure includes a cap, and a spout having a mouth portion to which the cap is attached. The cap includes a top plate portion and a tube portion. The tube portion extends downward from a periphery of the top plate portion. The tube portion is divided into a main portion and a tamper evidence ring portion. The tamper evidence ring portion is connected to the main portion by a bridge. An inner-circumferential surface of the main portion is formed with a threaded portion. An outer-circumferential surface of the main portion is formed with an upper knurl and a side knurl. The upper knurl is formed at a position including an upper end of the outer-circumferential surface. The side knurl is formed at a position lower than the upper knurl.

A closure structure includes a cap, and a spout having a mouth portion to which the cap is attached. The cap includes a top plate portion and a tube portion. The tube portion extends downward from a periphery of the top plate portion. The tube portion is divided into a main portion and a tamper evidence ring portion. The tamper evidence ring portion is connected to the main portion by a bridge. An inner-circumferential surface of the main portion is formed with a threaded portion. The mouth portion includes a tubular portion and a flange portion. The tubular portion is formed with a male thread. The male thread is screwed into the threaded portion. The flange portion extends radially outward from the tubular portion. An outer-circumferential surface of the flange portion is in contact with the inner-circumferential surface of the main portion.

A dispensing package for a floor treatment composition. The dispensing package includes a coupling shell and a container. The coupling shell is engaged with the container by a neck fitment projecting from the coupling shell. The coupling shell is provided with a dispensing opening and at least two support zones. The container includes a membrane seal engaged with a sealing surface of the container. The coupling shell can provide for a connection between a container and a dispensing system.

A dispensing system for a floor treatment composition. The dispensing system includes a housing partially enclosing a cavity and a cradle moveable within the housing along a z-axis from a first position to a second position. The dispensing system further includes a chassis and a sliding lock that includes an open frame. An inlet canula projects through the open frame. When the cradle is in the second position, the inlet canula entrance projects through the open frame and through a liquid transport aperture in the cradle. Latches extending from the open frame also project through engagement apertures in the cradle when the cradle is in the second position. The dispensing system further includes a pump in fluid communication with the inlet canula and a mop head in fluid communication with the pump.

A dispensing system for a floor treatment composition. The dispensing system includes a housing partially enclosing a cavity and a cradle moveable within the housing along a z-axis from a first position to a second position. The dispensing system further includes a chassis and a sliding lock that includes an open frame. An inlet canula projects through the open frame. When the cradle is in the second position, the inlet canula entrance projects through the open frame and through a liquid transport aperture in the cradle. Latches extending from the open frame also project through engagement apertures in the cradle when the cradle is in the second position. The dispensing system further includes a pump in fluid communication with the inlet canula and a mop head in fluid communication with the pump.

A container may include a generally hollow body configured for holding a liquid and including a spout. A spout cap may be configured for removable engagement with the spout. The spout cap may include an inner boss and an outer boss in fluid communication with the inner boss. The inner boss may include an annular skirt disposed within an interior space of the spout cap. The outer boss may be configured to receive a connector of a hose assembly. A filter may have a connecting portion configured for removable insertion into the inner boss. The filter and the spout cap may form a fluid flow path from the body through the spout. Related filters, hose assemblies, and kits are also described.