Abstract: The dispenser-applicator (1) comprises a container (2) forming a cavity (20) and a block (3) of a cosmetic product (3?), in which: a) said container (2) comprises a body (4) and a lid (5), said body (4) forming a first cavity (40), equipped with an edge (41), and said lid (5) forming a second cavity (50), said lid (5) cooperating with said edge (41) when said dispenser-applicator is closed, so that, when said dispenser-applicator is closed, a first part of said block (3) is housed in said first cavity (40) and a second part (31) of said block (3) is housed, above said edge (41), in said second cavity (50), b) said block (3) and said body (4) cooperate by forming an interdependent unit (6) including a means of rotation (60) of said block (3) in relation to said body (4) along an axis of rotation (61), said means of rotation (60) including a first means of rotation (62) of said body (4) cooperating with a complementary means of rotation (63) of said block (3), c) said block (3) and said second means of rotatio

Abstract: The applicator tip comprises: a) an application means comprising a rigid core and a plurality of flexible projections, b) an axial handle member having an axial direction and comprising an upper end adapted to be fixedly connected to a rod, and operatively associated with the rigid core through its lower end, and characterized in that: 1) the applicator tip has, along the axial direction, a length L0 ranging from 10 mm to 30 mm, application means having a length L1 which ranges from 6 mm to 15 mm, wherein Lo=L1+L2, 2) the application means having a transverse width T, taken in a transverse plane, which is variable as a function of the axial distance L which varies from 0 to L1, the function T=f(L) having a maximum value of T1 for the transverse width when L is between 0.3. L1 and 0.7. L1.

Abstract: Applicator (1) for a cosmetic product, typically a mascara, comprising an application means (4) having an axial core (40) which is unitary with axial rod (3) at its lower part (31) and a stack (41) of a plurality of N elements which cooperate with axial core (40) through a typically central orifice (50) allowing the axial core (40) to extend therethrough, characterized in that: the elements are elements E (5) lacking complete rotation symmetry, and the axial core (40) and the plurality of elements E (5) operate jointly with an angular orientation means for elements E (5) with respect to axial direction (10), in a transverse plane (11) which is perpendicular to the axial direction (10), in a manner that each element Ei (5) is rotatably connected with axial core (40) and has a predetermined angular orientation ?i with respect to the axial core (40).

Abstract: In the method for the manufacture of an applicator (1) with an axial direction (10) and including a manual gripping means (2), an axial rod (3), and an application means (4) including a plurality of radial elements (40), said gripping means (2) being integral with said axial rod (3) at its so-called upper part (30) via a so-called first assembly means (11), said application means (4) being integral with said axial rod (3) at its so-called lower part (31) via a so-called second assembly means (12), the constituent components (2, 3, 4) of said applicator (1), and particularly said application means (4), are formed or supplied and they are assembled.

Abstract: Aspects of the invention disclose an applicator distributor of a pasty product that flows by gravity, the applicator distributor comprising a body comprising a main reservoir for said product, a distribution head comprising at least one orifice and a removable cap. The cap forms a means for vertically placing the applicator distributor, and wherein the applicator distributor is a downward-facing applicator distributor, so that the product can flow by gravity to the head, and wherein, the head comprises: a peripheral member forming a means of attachment to said reservoir, a central member comprising a central arch obstructing said main opening and comprising a portion forming an application surface of said product, and at least one flexible element that can be deformed under an axial strain, and can form a secondary reservoir that can house a dose of said product, and that can be filled when said applicator distributor is facing downwards.