Abstract: A cleaning implement includes: a handle; and a mop-head plate with a central element which is connected in an articulated manner to the handle, and with a first pivot wing and a second pivot wing, the first pivot wing and the second pivot wing being attached in an articulated manner to the central element, the first pivot wing and the second pivot wing being pivotable between a mopping position, in which the first pivot wing bears against a first main side of the central element and the second pivot wing bears against a second main side of the central element, and a receiving position in which the first pivot wing and the second pivot wing hang down from the central element. The central element includes locking means configured to lock the first pivot wing and the second pivot wing in the mopping position.

Abstract: The present invention relates generally to dispenser packs (10) and in particular rotating blister dispenser packaging structures. A dispenser pack (10) includes at least one circular blister pack (12) including blister cavities (14), wherein the blister cavities (14) are arranged along the circumference of the blister pack (12), and a casing (18) in the form of a closed box, wherein two of the opposite surfaces (A, B) of the casing (18) are square and a corner (C) of the casing (18) is removable for providing an opening (20) in the casing (10). The diameter D of the blister pack (12) is equal to the side lengths L of the two opposite surfaces (A, B) of the casing (18). The blister pack is rotatably mounted inside the casing (18) such that the axis of rotation passes through the center of the blister pack (12). The opening (20) provides access to at least one of the blister cavities (14).

Abstract: The present invention relates generally to dispenser packs (10) and in particular rotating blister dispenser packaging structures. A dispenser pack (10) comprises at least one circular blister pack (12) including blister cavities (14), wherein the blister cavities (14) are arranged along the circumference of the blister pack (12), and a casing (18) in the form of a closed box, wherein two of the opposite surfaces (A, B) of the casing (18) are square and a corner (C) of the casing (18) is removable for providing an opening (20) in the casing (10). The diameter D of the blister pack (12) is equal to the side lengths L of the two opposite surfaces (A, B) of the casing (18). The blister pack is rotatably mounted inside the casing (18) such that the axis of rotation passes through the center of the blister pack (12). The opening (20) provides access to at least one of the blister cavities (14).

Abstract: A packaging (10) for receiving a filling material comprises a filling material compartment (12) for receiving the filling material is provided. The packaging (10) further comprises an additional compartment (14) for forming an additional volume separated from the filling material compartment (12). The additional compartment (14) is moveable along a fastening direction (44) from an unfastened state to a state fastened to the filling material compartment (12). In the fastened state, the additional compartment (14) is fastened to the filling material compartment (12) via a first fastening means (30). Additionally, the additional compartment (14) is fastened to the filling material compartment (12) via a second fastening means (42) spaced to the first fastening means (30) both in fastening direction (44) and crosswise to the fastening direction (44). Thereby, compartments (12, 14), are separated from each other, and provide a secure connection of the compartments (12, 14).

Abstract: A bowl (10) comprises a basin (12) and a holding means (28; 34) for positioning a tag (36). According to the invention the holding means (28; 34) is adapted to position the tag (36) on a different level than the level of a tool (18) resting on the basin (12) spaced to a bottom (14) of the basin (12). The bowl (10) may be shaped such, that the movement of the tool (18) take place within a predefined volume, wherein the tag (36) may be positioned at a region not interfering with the volume, where the tool (36) is in motion. Since a soiling of the tag (36) is prevented the information of the tag (36) may not be soiled, so that the risk of exchanging similar bowls (10) by mistake is reduced.