Mascara application kit

The present invention concerns a mascara application kit.

Cylindrical bottles are known on the market for the application of mascara comprising a cap to which is secured an end rod with a substantially cylindrical pad or of similar shape, aligned with the rod. A further functional element of the bottle is a cylindrical narrow passage of the bottle at the mouth, called scraper, with a diameter substantially smaller than that occupied by the extended bristles.

By unscrewing the cap and pulling it, the rod connected to it, the pad and the relevant bristles full of mascara contained in the bottle pass through the scraper and are freed of excess mascara, which is thus dosed on the bristles.

The mascara application procedure then continues with real application on the lashes which, typically, are covered by the bristles with a rotary movement of the rod and pad, repeated several times to cover all the eyelashes.

This embodiment of the mascara applicator has a number of drawbacks. First of all, the lash application operation is laborious and not precise, except with a certain degree of manual skill, due to the repeated movements. Furthermore, the dosage of the mascara on the pad is not uniform because the scraper does not manage to cleanse the rod and the pad at the same time due to the different diameters and to the fact that the exit bottleneck, which makes up the scraper, is rigid and therefore cannot adapt to both diameters. The problem could be mitigated by making the diameter of the rod bigger than that of the pad without bristles, so the diameter of the rod tends to some extent to be identical to the diameter of the pad with the bristles bent to pass through the scraper. Nevertheless, because inter alia of the shape of the pad, which is normally tapered towards the end, the end itself in particular would not remove enough mascara and the dosage would not therefore be suitably distributed on the bristles. The scraper is in fact rigid and would not be able to re-close over the bristles and remove the excess mascara uniformly.

The object of the present invention is therefore to make an applicator for mascara without the aforementioned drawbacks.

In agreement with the invention, such object is achieved with the mascara application kit comprising a bottle containing the mascara, an applicator pad with bristles, a pad support rod and a cleaning and dosing scraper for the pad, characterised in that the applicator pad is angled with respect to the rod.

With reference to the FIG. 1, a kit 1 is seen for the application of mascara, comprising a bottle 2 containing the mascara, an applicator pad 3 with elastically flexible bristles, a flat rod 4 with which the pad 3 is integral, a scraper 5 with a lamellar slot 6, a cap 7. Notice the angled position of the pad 3 with respect to the rod 4, in particular angled by 90°, so as to make the application of the mascara easier with a longitudinal movement.

Now with reference to the FIGS. 2 and 3, the lamellar slot 6 of the scraper 5 is noticed, which embraces the rod 4 and cleans the product from it when the cap 7 is extracted that is connected to the rod 4. Also notice an under-cap 8 in a single piece with the rod 4. The under-cap 8 is secured to the cap 7 by means of a clip coupling 9. An identical clip coupling 12 secures the scraper 5 to the bottle 2.

To better understand the function of the lamellar slot 5, reference is now made to the figures from 4 to 7 showing the extraction sequence of the rod 4 from the bottle 2, with the pad 3 attached to it.

In the FIG. 4, the pad 3 is soaked in the mascara 10, and the cap 7 is closed on the bottle 2 and fastened to it with the clip coupling 11.

In the FIG. 5, the cap 7 is opened and the rod 4 attached to it starts to pass through the lamellar slot 6 of the scraper 5 cleaning itself on contact with it, as is more evident from the FIG. 3.