Abstract: It is provided a cap (10) for closing an opening (41) of a container (30), comprising a mainly tubular skirt (12), wherein the skirt (12) comprises a bayonet notch (26) for guiding a pin (28) of the container (30), wherein the skirt (12) comprises a guiding rim (38) running in axial direction and in circumferential direction towards the bayonet notch (26) for guiding the pin (28) of the container (30) into the bayonet notch (26). When the cap (10) is mounted to the container (30), the pin (28) may slide along the guiding rim (38) towards the bayonet notch (26) even at an originally significant displacement in circumferential direction, so that a facilitated mounting of a cap (10) to a container (30) with a bayonet mount is enabled.

Abstract: It is provided a cap (10) for closing an opening (41) of a container (30), comprising a mainly tubular skirt (12), wherein the skirt (12) comprises a bayonet notch (26) for guiding a pin (28) of the container (30), wherein the skirt (12) comprises a guiding rim (38) running in axial direction and in circumferential direction towards the bayonet notch (26) for guiding the pin (28) of the container (30) into the bayonet notch (26). When the cap (10) is mounted to the container (30), the pin (28) may slide along the guiding rim (38) towards the bayonet notch (26) even at an originally significant displacement in circumferential direction, so that a facilitated mounting of a cap (10) to a container (30) with a bayonet mount is enabled.

Abstract: A plug for releasably sealing a connection channel connecting an upper chamber comprising a first component with a lower chamber comprising a second component of a two-chamber container, comprising a plug body for being inserted into the connection channel with a sealing force, a guiding member for guiding the plug in axial direction inside the upper chamber, wherein the guiding member comprises a larger extension in radial direction than the plug body and the guiding member is axially spaced to the plug body by an unsealing distance, and a head part for pushing out a folded nozzle sealing the upper chamber, wherein the head part protrudes from the guiding member away from the plug body.

Abstract: A plug for releasably sealing a connection channel connecting an upper chamber comprising a first component with a lower chamber comprising a second component of a two-chamber container, comprising a plug body for being inserted into the connection channel with a sealing force, a guiding member for guiding the plug in axial direction inside the upper chamber, wherein the guiding member comprises a larger extension in radial direction than the plug body and the guiding member is axially spaced to the plug body by an unsealing distance, and a head part for pushing out a folded nozzle sealing the upper chamber, wherein the head part protrudes from the guiding member away from the plug body.

Abstract: A nozzle for a two-chamber container for mixing two components and applying the mixture, comprises a foldable nozzle body, comprising a mainly ring-shaped connecting part for connecting the nozzle to a container body, wherein the connecting part is arranged at an outer diameter, a tip arranged mainly in the center of the nozzle body, the tip comprises a predetermined breaking line for providing an outlet in broken state, at least one intermediate folding ring connecting the tip with the connecting part so that the tip is movable relative to the connecting part in axial direction between a folded state, where the tip is arranged mainly radially inside the connecting part, and an unfolded state, where the tip is arranged mainly outside the connecting part, and a cover plate connected with the tip.

Abstract: It is provided a nozzle (10) for applying a powder, particularly a pulverized hair treatment product, particularly preferred a cosmetic and/or dermatological product, comprising a cap (12) for being connected to a squeezable container for storing the powder, an outlet conduit (14) protruding from the cap (12) along an axial direction (16) for dispensing the powder through the cap (12). According to the invention a mesh (28) covering the outlet conduit (14) for retaining the powder and for pulverizing powder agglomerates is provided, wherein the mesh (28) comprises in a region covering the outlet conduit passages, and the outlet conduit (14) comprises an inner surface (22) for guiding the powder, wherein the inner surface (22) is inclined with respect to the axial direction (16) of the outlet conduit (14) by an angle ? of 0.0°<?<15.0°, particularly 1.0°<?<12.5°, preferably 1.5°<?<8.0°, further preferred 2.0°<?<7.0°, more preferred 2.5°<?<6.0° and most preferred ?=3.0°±0.2°.

Abstract: A nozzle for a two-chamber container for mixing two components and applying the mixture, comprises a foldable nozzle body, comprising a mainly ring-shaped connecting part for connecting the nozzle to a container body, wherein the connecting part is arranged at an outer diameter, a tip arranged mainly in the center of the nozzle body, the tip comprises a predetermined breaking line for providing an outlet in broken state, at least one intermediate folding ring connecting the tip with the connecting part so that the tip is movable relative to the connecting part in axial direction between a folded state, where the tip is arranged mainly radially inside the connecting part, and an unfolded state, where the tip is arranged mainly outside the connecting part, and a cover plate connected with the tip.

Abstract: It is provided a nozzle (10) for applying a powder, particularly a pulverized hair treatment product, particularly preferred a cosmetic and/or dermatological product, comprising a cap (12) for being connected to a squeezable container for storing the powder, an outlet conduit (14) protruding from the cap (12) along an axial direction (16) for dispensing the powder through the cap (12). According to the invention a mesh (28) covering the outlet conduit (14) for retaining the powder and for pulverizing powder agglomerates is provided, wherein the mesh (28) comprises in a region covering the outlet conduit passages, and the outlet conduit (14) comprises an inner surface (22) for guiding the powder, wherein the inner surface (22) is inclined with respect to the axial direction (16) of the outlet conduit (14) by an angle ? of 0.0°<??15.0°, particularly 1.0°???12.5°, preferably 1.5°???8.0°, further preferred 2.0°???7.0°, more preferred 2.5°???6.0° and most preferred ?=3.0°±0.2°.