A method of manufacturing a container (1), comprising: providing a body (100) defining a chamber for storing a product and defining an opening through which the product is dispensable from the chamber; selecting a first structure (200) from a plurality of structures, each of the plurality of structures having a feature for forming part of an exterior surface of the container (1) when the respective structure is affixed to the body (100), the feature of the first structure (200) differing from the feature of another structure of the plurality of structures; and affixing to the body (100) the first structure (200) with the feature of the first structure forming part of the exterior surface of the container (1). Also disclosed are a container and a bundle or package of containers.

A mechanism for a case for applying a cosmetic product having a main axis includes a sleeve arranged around a head of a guide to which the sleeve is secured. The head of the guide includes snap-fitting attachment means configured to cooperate with complementary means of the sleeve in order to axially immobilize the sleeve with respect to the guide, and rotational blocking means intended to cooperate with the complementary means of the sleeve to rotationally block the sleeve with respect to the guide.

A mechanism for a case for applying a cosmetic product having a main axis includes a sleeve arranged around a head of a guide to which the sleeve is secured. The head of the guide includes snap-fitting attachment means configured to cooperate with complementary means of the sleeve in order to axially immobilize the sleeve with respect to the guide, and rotational blocking means intended to cooperate with the complementary means of the sleeve to rotationally block the sleeve with respect to the guide.

A rotary bottle with replaceable inner container, which comprises an outer bottle, an inner container and a rotating device, an inner cover is installed above the inner container, a clamping point protruding outwards is provided in a outer wall position of the inner container, and is correspondingly clamped in a groove at an inner wall of the outer bottle; a screw is provide in the inner position of the inner container, an upper clamping ring connected with the inner container is provide in a position, close to a circumferential edge, of an upper surface of a bottom of the screw. The inner container of this invention can be removed after use with a reusing function of a outer bottle remained, so as to reduce pollution to the environment, optimize a structure of the product, and reduce loss in a component.

Disclosed is a cosmetic stick case using a magnetic force. The cosmetic stick case includes a cosmetic stick body, a cosmetic stick inserted into the cosmetic stick body, and a push button for drawing out the cosmetic stick to an outside by a pressing operation. The cosmetic stick body is provided with a first magnetic force member and the push button is provided with a second magnetic force member so that the push button is fixed without being shaken by the magnetic force.

A two-part personal care applicator includes an outer shell and a replaceable cartridge assembly filled with a product to be dispensed. The outer shell includes a cap and a rotatable knob to advance the product. The cartridge assembly fits into the outer shell and includes an internal rotatable shaft with a lower portion that couples to the rotatable knob, and an upper screw portion coupled to a threaded piston disposed below the product to be administered, such that when the knob is rotated, the piston moves upwardly, causing the product to be administered through the top portion of the outer shell when the cap is opened. A coupling mechanisms maintain the cartridge assembly within the outer shell until manually released. The coupling mechanism may include one or more retainer clips that extend from the cartridge assembly and engage with corresponding openings in the outer shell.

A two-part personal care applicator includes an outer shell and a replaceable cartridge assembly filled with a product to be dispensed. The outer shell includes a cap and a rotatable knob to advance the product. The cartridge assembly fits into the outer shell and includes an internal rotatable shaft with a lower portion that couples to the rotatable knob, and an upper screw portion coupled to a threaded piston disposed below the product to be administered, such that when the knob is rotated, the piston moves upwardly, causing the product to be administered through the top portion of the outer shell when the cap is opened. A coupling mechanisms maintain the cartridge assembly within the outer shell until manually released. The coupling mechanism may include one or more retainer clips that extend from the cartridge assembly and engage with corresponding openings in the outer shell.

A dispensing system for a tobacco-related product is provided, including a tubular member having a dispensing end, and a heterogeneous tobacco-related product received within the tubular member. A dispensing mechanism is operably engaged with the tubular member, and is configured to direct an amount of the heterogeneous tobacco-related product outwardly of the tubular member through the dispensing end for consumption by a user. An associated method is also provided.

A dispensing system for a tobacco-related product is provided, including a tubular member having a dispensing end, and a heterogeneous tobacco-related product received within the tubular member. A dispensing mechanism is operably engaged with the tubular member, and is configured to direct an amount of the heterogeneous tobacco-related product outwardly of the tubular member through the dispensing end for consumption by a user. An associated method is also provided.

A cosmetic material feeding container includes a cylindrical tube that accommodates a cosmetic material, a leading cylinder to removably accommodate the tube, a container body that is detachably coupled with the leading cylinder, a cylindrical female screw member located inside the container body that is rotationally fixed with the container body, a pusher bar located inside the leading cylinder to push the cosmetic material in an axial direction to an outside of the tube when the pusher bar is rotated to screw into the female screw member, and a rotation stopper member located inside the leading cylinder to rotationally fix the pusher bar relative to the leading cylinder in the circumferential direction. The tube may be replaced when the leading cylinder is detached from the container body.