The closure system includes an applicator having a closing member (7) which is realized for closing an outlet opening (11) as a result of the restoring force of a resilient restoring element. A blocking element (19) is movable such that, in a blocking position, it retains the closing member (7) in the closed position, but in the open position allows the outlet opening (11) to open.

A device includes: a base; and an applicator tip, wherein the base and applicator tip are removably connected to each other via a connection, and wherein the device draws and expels a liquid or powder by alternating an increase and decrease of pressure within the device. The device can be used as a nasal aspirator, applicator, or baster for food products. The applicator tip and base can be removably connected to each other via a threaded connection or snap-fit connection. Force applied to the base decreases the volume of the base to create a pressure differential to draw and expel the liquid or powder from the device.

A device includes: a base; and an applicator tip, wherein the base and applicator tip are removably connected to each other via a connection, and wherein the device draws and expels a liquid or powder by alternating an increase and decrease of pressure within the device. The device can be used as a nasal aspirator, applicator, or baster for food products. The applicator tip and base can be removably connected to each other via a threaded connection or snap-fit connection. Force applied to the base decreases the volume of the base to create a pressure differential to draw and expel the liquid or powder from the device.

This invention is directed toward an applicator used for evenly spreading a cream from a tube to which the applicator is attached. The applicator has a base unit that fits over the opening in the tube of cream and directs the cream through a hole in applicator unit, which is the upper part of the invention. The applicator unit has a spreader, which evenly distributes the cream onto a non-planar surface. The spreader is made from flexible, resilient material, and has a tip and wings that emanate out from the hole in the top of the spreader. When the applicator is used to spread cream in a crevice, the tip retains any excess cream behind it, and the wings bend back and evenly spread the cream along the sides of the crevice. The wings have side bevels that remove any sharp edges on the wings.

Flambing pastes for grilling products, containing at least one gelling agent and/or thickening agent which is soaked and/or gelled by pure alcohol, as well as pure alcohol in a concentration that it maintains the combustion until it is entirely consumed; method for flambing grilling products, in which a grilling sauce is simultaneously applied with a flambing paste layer by layer on the product to be grilled and ignites the flambing paste; a dispenser for the simultaneous, layered application of paste-like grilling sauces and flambing pastes on the product to be grilled, having a two- or multi-chamber system; and a grilling product that is to be flambed and has on its surface at least one layer of at least one grilling sauce and, lying thereon, at least one layer of at least one flambing paste.

Flambing pastes for grilling products, containing at least one gelling agent and/or thickening agent which is soaked and/or gelled by pure alcohol, as well as pure alcohol in a concentration that it maintains the combustion until it is entirely consumed; method for flambing grilling products, in which a grilling sauce is simultaneously applied with a flambing paste layer by layer on the product to be grilled and ignites the flambing paste; a dispenser for the simultaneous, layered application of paste-like grilling sauces and flambing pastes on the product to be grilled, having a two- or multi-chamber system; and a grilling product that is to be flambed and has on its surface at least one layer of at least one grilling sauce and, lying thereon, at least one layer of at least one flambing paste.

A container with multi-chambers is described. Each hair coloring substance of the multi-chamber is stored in its sub-chamber. The final hair coloring solution is formed by mixing the hair coloring substances in mixing sub-chambers in liquid communication with the interior of each of the sub-chambers. An optional mixing nozzle is also used in conjunction with the mixing chamber, and the mixing nozzle may include a helical mixing tool.

A container with multi-chambers is described. Each hair coloring substance of the multi-chamber is stored in its sub-chamber. The final hair coloring solution is formed by mixing the hair coloring substances in mixing sub-chambers in liquid communication with the interior of each of the sub-chambers. An optional mixing nozzle is also used in conjunction with the mixing chamber, and the mixing nozzle may include a helical mixing tool.

A plastic tube designed for pressing out a liquid to pasty mass has a discharge opening, a supply space designed to be compressed, and a tube neck, which connects the supply space to the discharge opening, wherein a mass line having a line cross-section through which mass can flow extends through the tube neck, which cannot be used to press out the mass by means of a manual force of a user. The tube neck is designed, with regard to a free space that can be filled with mass as mass is pressed out, in such a way that a volume of the mass located in the tube neck during the pressing out corresponds to a third or less of a volume that is given by the dimensions of the tube neck.

A plastic tube designed for pressing out a liquid to pasty mass has a discharge opening, a supply space designed to be compressed, and a tube neck, which connects the supply space to the discharge opening, wherein a mass line having a line cross-section through which mass can flow extends through the tube neck, which cannot be used to press out the mass by means of a manual force of a user. The tube neck is designed, with regard to a free space that can be filled with mass as mass is pressed out, in such a way that a volume of the mass located in the tube neck during the pressing out corresponds to a third or less of a volume that is given by the dimensions of the tube neck.