Apparatus, systems, and methods related to a fragrance bottle assembly are disclosed. The fragrance bottle assembly can include a bottle configured to retain an atomizable liquid, the bottle having an upper portion and an interior area, a nozzle head coupled to the upper portion and in communication with the interior area, and a tube coupled to the nozzle head and extending into an interior area for engagement with the liquid. The assembly can also include a cap assembly disposed over the upper portion of the bottle, the cap having an upper surface having an opening through which extends such that the nozzle head protrudes above the upper surface. The cap assembly can further include a nozzle cover connected to and slidably moveable along the second upper surface between a first position spaced away from the nozzle head and a second position covering the nozzle head.

Apparatus, systems, and methods related to a fragrance bottle assembly are disclosed. The fragrance bottle assembly can include a bottle configured to retain an atomizable liquid, the bottle having an upper portion and an interior area, a nozzle head coupled to the upper portion and in communication with the interior area, and a tube coupled to the nozzle head and extending into an interior area for engagement with the liquid. The assembly can also include a cap assembly disposed over the upper portion of the bottle, the cap having an upper surface having an opening through which extends such that the nozzle head protrudes above the upper surface. The cap assembly can further include a nozzle cover connected to and slidably moveable along the second upper surface between a first position spaced away from the nozzle head and a second position covering the nozzle head.

A combination of primary and secondary packages wherein the primary package contains a sprayable, alcohol-based perfume product, and the secondary package contains the primary package, and comprises at least one surface that is printed with a hydrochromic ink, and that is able to quickly absorb, but slowly release, the alcohol-based perfume product.

A combination of primary and secondary packages wherein the primary package contains a sprayable, alcohol-based perfume product, and the secondary package contains the primary package, and comprises at least one surface that is printed with a hydrochromic ink, and that is able to quickly absorb, but slowly release, the alcohol-based perfume product.

A tube for transferring a liquid having a refractive index of 1.35 to 1.41. The tube contains a fluoropolymer, and the fluoropolymer has a melt flow rate of 3 to 150 g/10 min, and a light transmittance at a wavelength of 300 nm of 85% or higher. Also disclosed is a container including the tube, and a fragrance product including a transparent container accommodating the liquid and the tube for sucking up the liquid.

An apparatus for creating custom perfumes is disclosed. The apparatus may comprise a body that may hold perfume refills and a mixing chamber connected to the perfume refills via a plurality of valves. The apparatus may be controlled by a microcontroller. The apparatus may receive custom formulas for creating custom perfumes from users. Upon receiving the formula, the apparatus may determine the quantities of perfumes that are to be added from each perfume refill to create the custom perfume. Further, a vacuum pump connected to the mixing chamber is activated. The amount of time required to extract the determined quantity of perfume from the refills to the vacuumized mixing chamber is calculated. Finally, the valves are opened for the calculated amount of time to allow the vacuum generated in the mixing chamber to extract the determined quantities of perfumes from each perfume refill to create the custom perfume.

An apparatus for creating custom perfumes is disclosed. The apparatus may comprise a body that may hold perfume refills and a mixing chamber connected to the perfume refills via a plurality of valves. The apparatus may be controlled by a microcontroller. The apparatus may receive custom formulas for creating custom perfumes from users. Upon receiving the formula, the apparatus may determine the quantities of perfumes that are to be added from each perfume refill to create the custom perfume. Further, a vacuum pump connected to the mixing chamber is activated. The amount of time required to extract the determined quantity of perfume from the refills to the vacuumized mixing chamber is calculated. Finally, the valves are opened for the calculated amount of time to allow the vacuum generated in the mixing chamber to extract the determined quantities of perfumes from each perfume refill to create the custom perfume.

The device (100) comprises a container (200) for containing a fragrance (300) having at least one opening (450), an absorbing element (500) with a first portion (510) to be received within the container (200) continuously in direct contact with the fragrance (300) and with a second portion (520) at least partially outside the container (200) arranged through the opening (450), and a cover (600) that can be made at least partially of an absorbing material, which covers, in at least a substantially fluid-tight and impermeable manner, and at least partially, the second portion (520) of the absorbing element (500).

The device (100) comprises a container (200) for containing a fragrance (300) having at least one opening (450), an absorbing element (500) with a first portion (510) to be received within the container (200) continuously in direct contact with the fragrance (300) and with a second portion (520) at least partially outside the container (200) arranged through the opening (450), and a cover (600) that can be made at least partially of an absorbing material, which covers, in at least a substantially fluid-tight and impermeable manner, and at least partially, the second portion (520) of the absorbing element (500).

An electromechanical emitter of fragrances/scents includes a blowpipe constructed in elastomeric material, which has an open edge layered by a latch valve and the other edge, closed, contains a magnet. In the internal side of the blowpipe, there is an absorber element with the fragrance or scent and an electric reel curly in its external side. When the reel receives alternated electric pulses, it generates a form of magnetic inductance shaping an alternated magnetic field attracting and repelling the magnet, making the blowpipe to enter into a frequency where a greater range of movement and greater volume of air in motion through the internal side of the system can be observed, enhancing the scent during the blowpipe vibration.