ES2485641T3 - Manual clamping spray distributor - Google Patents

Abstract

A hand held cylindrical aerosol distributor (1) comprising an aerosol container (3) and a fixed spray cap (2), the container (3) presenting a valve at its topmost part and a section (4) ) fitted to its upper end, continuing the upper expansion of the section (4) gently fitted to the cap (2) fixed, reaching the cap (2) fixed a maximum cross-sectional dimension that gradually decreases upwards and presents: ( i) a slide-operated actuator button (6) located on its surface above its maximum cross-sectional dimension, said button (6) being angled upwards forming an angle between 15 ° and 50 ° and can be slid forward; (ii) a spray opening (7) arranged on the opposite side of the cap (2) relative to the actuator button (6); (iii) an associated spray channel (15) that provides a fluid connection between the valve disposed on the container (3) and the spray opening (7), said spray channel (15) having a segment (33) vertical designed for adjustment on the valve stem of the aerosol container (3) and being flared in its base (36V) to contribute to said adjustment; said vertical segment (33) being designed for adjustment without strike within an opening (14) arranged in a wall (13) above the spray cap (2); and said vertical segment (33) presenting a resilient area (35) disposed in its upper part on which a segment of the actuator button (6) presses when the distributor (1) is actuated; allowing the dimensions of the distributor (1) for the consumer to hold the distributor (1) around the notched section (4) of the container (3) and, with the same hand, press on the actuator button (6) with an index finger to operate the distributor (1).

Description

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DESCRIPTION

Manual clamping spray distributor

Field of the Invention

The present invention relates to a hand held aerosol distributor, in particular, to a hand held aerosol distributor for distributing a cosmetic composition on the surface of the human body.

Background

US 6,398,082 discloses a drive mechanism designed for a manual holding canister in which a sliding element can be moved by applying a finger pressure from a valve disconnection position to a valve connection position and a hidden spring returns the sliding element to a valve disconnection position when finger pressure is removed.

WO 2007/112310 A discloses an aerosol container with a positive actuation structure and an enclosure unit into which the user inserts a finger to operate the device.

US 2004/149781 A discloses a pressure-resistant plastic bottle for an aerosol composition, the bottle presenting a fitted section.

Summary of the invention

An object of the present invention is to provide an ergonomically excellent aerosol dispenser with a sliding drive button.

In a first aspect of the present invention, a hand held cylindrical aerosol distributor according to claim 1 is provided.

Detailed description

Throughout this description, the guidance terms such as "from above", "top", vertical "," horizontal "and" down "should be understood as referring to the distributor in its" vertical "position with the base of the vessel seated on a horizontal surface. Such distributor orientation is illustrated in Figures 1 and 2.

The term "depend" should be understood as referring to characteristics that are projected downwards from others.

The term "lateral" should be understood as referring to the approximately orthogonal plane with respect to the vertical geometric axis of the distributor when it is oriented in accordance with what is described in the penultimate paragraph referred to.

The vertical geometric axis of the distributor can be considered as its main geometric axis and the term "horizontal" refers to the orthogonal plane with respect to this geometric axis.

The distributor of the present invention is easy to operate using only one hand. The angled actuation button and the notched design of the container allow the distributor to be comfortably held in the hand with the index finger arranged to operate the actuator via a simple extension action. Preferably, the distributor is sized so that the consumer can grab the size of the container between the base of the thumb and the third and fourth fingers and place the index finger in a slightly bent position when the fingertip is located over the center of a fingertip located at the top of the actuator before actuation.

The surface above the actuator button should be considered as your finger pad.

The notched section of the container should be considered as a narrow section of non-smooth contour. That is, a section of gradually decreasing diameter towards it "notch", followed by a section of gradually increasing diameter. The "notch" should be understood as the narrowest part of the notched section.

The "upper" part of the distributor must be considered as the part of the distributor located above its notch and the "lower" part of the distributor must be considered as the part of the distributor located below its notch.

The notched section of the container is typically positioned as part of the upper half of the container and, preferably, as part of its third part above.

The upper expansion of the notched section continues smoothly until the spray through fixed cap. That is, the upward expansion of the diameter of the distributor continues to approximately the same degree of movement from the container to the cap. This does not exclude the possibility that there is a visible connection between the container and the spray cap. In effect, this is normal (vide infra).

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Preferably, the maximum diameter of the top part of the dispenser is located at the point where the through spray cap is coupled onto the container.

For stability reasons, the maximum diameter of the upper part of the distributor is preferably not greater than the maximum diameter of the lower part of the distributor. More preferably, the diameter of the upper part of the distributor is the same or approximately the same as the diameter of the lower part of the distributor.

In preferred embodiments, the through spray cap is lockable in position on the topmost part of the aerosol can. This can be achieved by forming a flange around the lower inner edge of the through spray cap and an associated groove towards the topmost part of the aerosol can. By arranging the "blocked" through spray cap in position on the top part of the aerosol container, the operational consistency is improved.

The through spray cap is a cap through which the product comprised in the aerosol can be distributed (sprayed) without being removed. This is achieved by providing an associated spray channel that is in fluid communication between the valve disposed on the container and the spray opening in the spray cap.

The spray opening is a free space defined by an interior wall of the through spray cap. Through this free space, the spray channel allows the contents of the container to be distributed when the valve located on the container is opened. The spray opening should be considered as located at the front of the distributor.

The valve disposed on the container can be opened by exerting a downward pressure thereon, typically generated by the downward pressure on the associated spray channel.

In preferred embodiments, the notch of the container has an outer diameter between 30 mm and 40 mm, more preferably between 33 mm and 39 mm and, most preferably between 35 mm and 37 mm.

In preferred embodiments, the notch of the container is between 70 mm and 90 mm, more preferably between 75 mm and 81 mm and, most preferably from 77.5 mm to 79.5 mm, from the center of the finger pad of the actuator button, measured as the minimum distance along the curved outer surface of the distributor. These dimensions are particularly indicated when the dispenser can be used by women, the resulting distributor adjusting satisfactorily in the typical female hand and being particularly easy to use.

In preferred embodiments, the ratio of the outer diameter of the notch of the container to the distance between the outside diameter of the notch and the center of the finger pad of the actuator button, measured as the minimum distance along the curved outer surface of the distributor, it is at least 0.42 to 1 and not greater than 0.50 to 1, preferably at least 0.44 to 1 and not greater than 0.48 to 1 and being, as a maximum preference, of at least 0.45 to 1 and not larger than 0.47 to 1. These dimensions are particularly indicated when the distributor has to be used by women, the resulting distributor adjusting satisfactorily in the typical female hand and being particularly easy to use.

In preferred embodiments, the outer diameter of the notch of the container with respect to the diameter of the container at the point where the through spray cap arranged on the container is adjusted, is at least 1 to 1.15 and not greater than 1 to 1.35, the most preferred mode being at least 1 to 1.2 and not more than 1 to 1.3 and, most preferably, 1 to 1.25. These relative dimensions, in particular in combination with one of the preferred relationships detailed in the preceding paragraph, represent improved ergonomic advantages.

The actuator button is actuated by sliding; causing the actuator button to slide forward to release the contents of the aerosol container via the spray opening. The sliding of the button can be carried out comfortably by extending the index finger when said finger is placed in a slightly bent position with the fingertip itself seated on the center of the actuator button.

For repeated use, it is highly preferred that the actuator button incorporates a return mechanism. Typically, the actuator button is provided with a return spring that is energized when the button is pushed forward and serves to return the button to its original position when the pressure applied to the button is removed.

The actuator button is located at an angle of 15º to 50º, preferably from 20º to 45º and more preferably from 25º to 40º, with respect to the horizontal. These angles should be considered the angle between the actuator button along its geometric axis from front to back and the horizontal line in the same vertical plane. When the actuator is curved it is required that there is a tangent with respect to the curve at the indicated angle.

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The actuator button can incorporate ribs that run through its upper surface in order to increase the grip. Preferably, the surface above the button is made of a thermoplastic elastomer for the same reason. The main body of the actuator button may be made of an alternative plastic material, for example an acetal copolymer.

5 The actuator button, in particular its finger pad, is preferably curved upwardly at its front end. This serves to aid the forward slide of the button and can thus contribute to the ergonomic advantages of the invention.

The release of the contents of the container typically occurs via a spray channel that runs from a valve disposed at the top of the container to the spray opening. In ways of

The preferred embodiment, when the actuator button is slid forward, it is possible for a downward pressure to be exerted on the valve, thereby opening said valve and allowing the pressurized aerosol composition located within the container to be distributed.

In preferred embodiments according to the preceding paragraph, the actuator button is slid forward and then down in order to exert a downward pressure on the valve disposed on the

15 valve above the aerosol canister. Preferably, this is achieved via a projection that depends on the actuator button by exerting a downward pressure on the spray channel, which, in turn, exerts the downward pressure of the valve.

The through spray cap, which includes the associated spray channel are typically made of plastic such as polypropylene. A typical manufacturing process is injection molding.

The aerosol container used in accordance with the present invention is typically made of tin or aluminum. The valve is located at the top of the container, typically in a central position. The container is capable of withstanding the pressure of the aerosol composition stored within it. This pressure can be up to 2 or 3 bars, up to 10 bars or even up to 14 bars.

The aerosol container preferably contains a cosmetic composition for application to the surface.

25 of the human body. With said use and said compositions, the ergonomic benefits of the present invention are particularly advantageous, with the distributor being particularly suitable for spraying products towards the user's own body. This is especially true for spray products typically directed towards the underarm areas, that is to say with respect to deodorant and antiperspirant compositions.

The features described with reference to the subsequent specific embodiment may be

30 incorporated independently in the generic description offered in the previous lines and / or in accordance with what is defined in the claims.

Figure 1 is a rear / side view of the dispenser (1) according to the present invention comprising a spray through cap (2) positioned in the upper part of a fitted aerosol canister (3).

Figure 2 is a front / side view of the distributor (1) illustrated in Figure 1.

Figure 3 is an exploded rear / side view of the distributor (1) illustrated in Figure 1, minus the valve bowl and the associated valve which is normally located in the upper part of the aerosol container (3) .

Figure 4 is a rear / side / top view of the spray cap (2).

40 Figure 5 is a front view of the spray cap (2).

Figure 6 is a top view of the spray through cap (2) with section lines A -A, B -B and C-C indicated.

Figure 7 is a bottom view of the spray cap (2).

Figures 8 and 9 are sections through the flange (10, and 11, respectively) at the bottom of the spray cap (2).

Figure 10 is a section through the spray cap (2) along line A -

TO.

Figure 11 is a section through the spray cap (2) along the line B -

B.

Figure 12 is a section through the spray through cap (2) along the C-C line.

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Figure 13 is a front / side view of the spray channel (15).

Figure 14 is a front / side view of the actuator button (6) from a position slightly below.

With reference to Figures 1 to 3, the aerosol container (3) has a section (4) notched towards its upper end. The upper expansion of the notched section (4) of the aerosol container (3) continues smoothly towards the cap (2) fixed through the spray, although there is a clear seal (5) between the two.

The spray through cap (2) has a sliding actuator button (6) located on its surface above its maximum cross-sectional dimension and on the opposite side from which a spray opening (7) defined by a wall ( 8) side of the hood (2) spray through.

The distributor (1) is designed for maximum ease of use, especially by the female hand. The detailed section (4) can be easily grasped between the base of the user's thumb and the third and fourth fingers and when held in this way, the fingertip of the same hand of the user can rest on the button (6) with the index finger in a slightly bent position, ready for forward and upward extension.

In this specific embodiment, the ratio of the outer diameter of the notch of the container (3) with respect to the distance between the outside diameter of the notch and the center of the actuator button (6), measured as the minimum distance along the curved outer surface of the distributor, is 0.46 to 1.

The spray through cap (2) and its distinctive features are more fully illustrated in Figures 4 to 12. The spray through cap (2) has a circular cross-section defined by the side wall (8), the diameter decreasing of the spray cap (2) through its upper end. The side wall (8) defines an oval spray opening (7) that should be considered located at the front of the distributor (1). The oval spray opening (7) has its short geometric axis in a horizontal direction and is located towards the upper end of the side wall (8).

Projecting inwards from the side wall (8) on either side of the spray opening (7) there are two support wings (9). These support wings (9) are thin walls that extend from the top part of the side wall (8) to an approximately intermediate point below their length. From the side of each of the support wings (9) facing the spray opening (7) a guide wall (10) of the spray channel is projected. These guide walls (10) of the spray channel are in an orthogonal vertical plane with respect to the rear front geometric axis (A-A) of the distributor (1). They extend from the support wing (9) towards each other in the vicinity of the spray opening (7). The guide walls (10) of the spray channel end up leaving a free space between them that is always slightly larger than the short geometric axis of the oval spray opening (7).

In the lower part of the side wall (8) there is a flange (11A and 11B) intended to make it possible for the spray through cap (2) to be locked by adjustment on the top part of an aerosol container (1) . The flange is composed of six smooth moldings (11A) equally distributed around the outer inner surface of the side wall (8) and interspersed by the corrugated flange (11B). The detailed cross sections of the flange (11A and 11B) are illustrated in Figures 8 and 9, respectively. The flange is snapped in an indentation (12) around the top part of the aerosol container (1) (see Figure 3).

The spray cap (2) also has a wall (13) above that defines an opening (14); the opening being destined to accommodate a segment of the associated spray channel (vide infra). Wall

(13) upper is connected to the side wall (8) by a wall (16) of the interior that varies in height from the front to the rear, being relatively high in the front and decreasing towards the rear.

The upper wall (13) has a larger segment (13A) that is positioned at an angle upwards towards the front of the actuator at an angle of approximately 32 ° from the horizontal and a smaller segment (13B) that is approximately horizontal (see Figure 11). The smaller segment (13B) is present in the front part of the wall (13) above. The opening (14) existing in the wall (13) above is located in a central position where the larger segments (13A) and (13B) join together but is mostly defined by the latter.

On the other side of the opening (14), that is, in an orthogonal direction with respect to the direction of travel of the actuator button (6), two projections (17) rise from the smaller segment (13B) of the wall ( 13) from above. The projections (17) each have an edge (18) in relief on its side adjacent to the opening (14).

A widely circular opening wall (19 and 20) covers the opening (14) and depends both on how it rises from the upper wall (13) in a vertical direction. (See Figure 12). The lower segment (19) that depends on the wall (13) above is longer than the upper segment (20) that rises from the wall (13) above. The lower segment (19) that depends on the wall (13) above has a free space (21) in its

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front part, additional parallel walls (22) extending from the edges of the free space (21) towards the spray opening (7). These additional parallel walls (22) have lower edges (23) that slope upward in the direction of the spray opening (7). The additional parallel walls (22) terminate at the level of the outer edge (24) of the inner wall (16).

The upper segment (20) of the opening wall that rises from the wall (13) above is supported by the above-mentioned projections (17) that also rise from the wall (13) above. From the front of the upper segment (20), an elevated vault (25) extends, linking the upper segment (20) with the inner wall (16) and bridging a "free space" in the smaller segment (13B) of the upper wall (13) and the upper segment (20) of the opening wall. The vault (25) in relief is domed in its upper part and its inner faces (26) are contiguous with the inner faces of the additional parallel walls (22) extending from the edges of the free spaces (21) in the lower segment (19) of the opening wall that depends on the wall (13) above. The raised vault (25) is designed to accommodate a segment of the spray channel (15) (vide infra).

The inner face (20C) of the widely circular opening wall (19 and 20) is contiguous and has vertical recessions (20D) on either side aligned with the two projections (17) that rise from the wall (13) greater than one side of the opening (14).

From the largest segment (13A) of the upper wall (13), a central projection (27) rises and presents a face

(28)

rear that extends through a free space (29) arranged in the wall (13) above. This face

(28)

 Extensive rear forms a substantial support wall and will be designated as such in the following lines.

Towards the rear of the segment (13A) greater than the wall (13) above, clamps are projected

(30)

of restriction These clamps are intended to restrict a segment of the actuator button (6) (vide infra). The clamps (30) sit on parallel grooves (31) arranged in the wall (13) above that extend backward from the restriction clamps (30) - that is, in the direction away from that in which the actuator button (6) is pushed.

Two additional parallel grooves (32) are arranged in the larger segment (13A) of the wall (13) above. These parallel grooves (32) also run from the front to the rear and are located on either side of the central projection (27) that extends immediately behind the projections (17) that rise from the wall (13). ) from above to a point at the same level as the rear face (28) of the projection

(27)

central.

A spray channel (15) mentioned above is illustrated in Figure 13. It is composed of a vertical segment (33) and a segment (34) at an angle of approximately 114 ° with respect to the vertical segment (34), that is, 24º from the horizontal. The vertical segment (33) and the angled segment (34) are in fluid communication.

The vertical segment (33) of the spray channel (15) is designed for adjustment on a valve stem (not shown) of the aerosol container (3) and is flared in its base (36V) to contribute to said adjustment. The vertical segment (33) of the spray channel (15) is also designed for adjustment without strike within the opening (14) disposed in the wall (13) above the spray cap (2) through spray (vide supra) ). In this way, the lateral displacement of the spray channel (15) is restricted. The vertical segment (33) of the spray channel (15) has a resilient area (35) in its upper part on which a segment of the actuator button (6) is pressed when the distributor (1) is operated.

The vertical segment (33) of the spray channel (15) has a vertically oriented oblong block (33A) projecting from one and the other of its sides, that is, in an orthogonal direction to the direction of travel of the button (6) of actuator. These oblong blocks (33A) are designed to be able to slide inside the vertical recessions (20D) arranged in the inner face (20C) of the widely circular opening wall (19 and 20). In this way, the rotational displacement of the spray channel (15) is restricted.

The vertical segment (33) of the spray channel (15) has two small retention clamps (33B), each arranged by a small path above the oblong blocks (33A) on either side of them. These clamps (33B) serve to hold the spray channel (15) in place during manufacturing and jump out of the passage when the distributor (1) is first used.

The angled segment (34) of the spray channel (15) is narrower than the vertical channel (33), both internally and externally. The angled segment (34) goes from the top of the vertical segment (33) to the spray opening (7). At the end of the spray opening of the angled segment (34), there is an oval disc (36D), designed for adjustment immediately behind the oval spray opening (7) and leaves no visible space visible from the outer side in any moment. There is also a conventional turbulence chamber (37) at the end of the angled segment (34), designed to improve spray quality.

The actuator button (6) is illustrated in Figure 14. It is composed of a finger pad (38) and several dependent features thereof. The finger pad (38) is longer in the front and back direction,

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that is, in the direction in which it is designed to slide. The finger pad is designed to sit on the upper wall (13) of the spray cap (2). The finger pad (38) is incurred upwards at its front end (39) in order to increase the ergonomics of its use. There are also projections (38A) curved on its upper surface for the same purpose. (See Figures 1 and 3 for these characteristics).

Vertically dependent on the finger pad (38) there are two orientation clamps (40) that are designed to pass through the two parallel grooves (32) that are arranged in the largest segment (13A) of the wall (13) above on either side of the central projection (27). The clamps (40) have wedges (41) facing outwards that help their insertion into the openings (32), the clamps (40) being temporarily bent inwards when this is carried out. When the actuator button (6) is pressed, the retention clamps (40) slide into their respective grooves (32).

Depending on the finger pad (38) along its front axle - there is a keel-shaped structure (43). Said structure is sloped outward from the lower side of the finger pad (38) near its front end and ends approximately halfway along the extension of the finger pad (38). The lower part (44) of the keel-shaped structure (43) is designed to press down on the resilient area (35) arranged at the top of the vertical segment (33) of the actuator button (6) when the distributor (1) is operated.

A spring (45) of resilient sheet depends on the finger pad (38) at a point on the back of its central-rear geometric axis. The leaf spring (45) is located to pass through the free space (29) disposed in the wall (13) above the spray through cap (2) which is arranged behind the central projection (27) which rises from the wall (13) above. The leaf spring (45) is designed for support against the substantial support wall (28) that forms the extended rear face (28) of the projection

(27)

central that rises from the wall (13) above. When the actuator button (6) is pushed forward, the leaf spring is energized. When the actuator button (6) is released, the leaf spring (45) forces the actuator button (6) back to its original position.

Two projections (46) depend on the front of the finger pad (38) that are designed to interact with the two projections (17) that rise from the smaller segment (13B) of the wall (13) above the cap (2) spray through. When the actuator button (6) is pushed forward, the lower part of the projections (46) dependent on the finger pad (38) slide along the upper part of the projections (17) that rise from the wall (13) above the spray cap (2) until said dependent projections (46) have passed said projections

(17)

 high. The raised edges (18) arranged on the projections (17) that rise from the wall (13) above the spray cap (2) serve to guide the projections (46) dependent on the pad (38) for finger during this process. When these dependent projections (46) have passed through said projections (17) raised the actuator button (6) can be pressed.

From the back of the finger pad (38), there are two braces (47) that support the joint joints (48) that are designed to fit inside the parallel grooves (31) located towards the back of the segment (13A ) greater than the wall (13) above the spray cap (2).

When the actuator is operated, the actuator button (6) is slid forward and the projections (46) dependent on the front part of the finger pad (38) ride along the projections (17) that rise from the segment (13B) smaller than the wall (13) above the spray cap (2). Simultaneously with this, the two orientation clamps (40) dependent on the finger pad slide forward within the two parallel grooves (32) arranged in the largest segment (13A) of the wall (13) above on either side of the central projection (27) and the articulation joints (48) dependent on the back of the finger pad (38) slide along the parallel grooves (31) located towards the rear of the segment (13A) greater than the wall (13) above the spray cap (2). At the same time, the leaf spring (45) is energized by the pressure against the support wall (28).

When the projections (46) dependent on the front of the finger pad (38) have slipped beyond the projections (17) that rise from the smaller segment (13B) of the wall (13) above, The actuator button (6) is in a position to be depressed. At this time, the joint joints (48) dependent on the back of the finger pad (38) have reached the restriction clamps (30) located towards the rear of the segment (13A) larger than the wall (13) from above. The finger pad (38) is pressed and the keel-shaped structure (43) dependent on it rests down on the area

(35)

resilient disposed at the top of the vertical segment (33) of the spray channel (15). This causes the spray channel (15) to rest down on the valve stem (VS) of the container

(one)

on which it sits, thus opening the valve and allowing the discharge of the existing product into the container (1). During the oppression of the vertical segment (33) of the spray channel (15), the segment

(3. 4)

angled of the spray channel (15) slides down inside the vault (25) that joins the upper segment (20) of the opening wall to the inner wall (16) and the oval disc (36) arranged in he

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end of the spray channel (15) slides down immediately backward of the oval spray opening (7).

When the pressure is removed from the actuator button (6), the spring associated with the valve stem (VS) of the container (1) forces the spray channel (15) upward, immediately after which the spring (45) blade dependent on the finger pad (38) forces the actuator button (6) back to its original position.

Claims (6)

E09740908 07-25-2014 1. A distributor (1) of hand held cylindrical aerosol comprising an aerosol container (3) and a fixed spray cap (2), the container (3) presenting a valve in its upper part and a section (4) notched towards its upper end, continuing the upper expansion of the section (4) notched 5 gently until the cap (2) fixed, the cap (2) set a maximum cross-sectional dimension that gradually decreases upwards and which has: (i) a sliding actuator button (6) located on its surface above its maximum cross-sectional dimension, said button (6) being angled upwards forming an angle between 15 ° and 50 ° and can be slid forward; 10 (ii) a spray opening (7) arranged on the opposite side of the cap (2) relative to the button (6) actuator; (iii) an associated spray channel (15) that provides a fluid connection between the valve disposed on the container (3) and the spray opening (7), said spray channel (15) having a segment (33) vertical designed for adjustment on the valve stem of the 15 aerosol container (3) and being flared in its base (36V) to contribute to said adjustment; said vertical segment (33) being designed for adjustment without strike within an opening (14) arranged in a wall (13) above the spray cap (2); and said vertical segment (33) presenting a resilient area (35) disposed in its upper part on which a segment of the actuator button (6) presses when the distributor (1) is actuated; 20 allowing the dimensions of the distributor (1) for the consumer to hold the distributor (1) around the section (4) notched in the container (3) and, with the same hand, press on the actuator button (6) with an index finger to operate the distributor (1). 2. An aerosol dispenser (1) according to claim 1, wherein the ratio of the outer diameter of the notch of the container (3) with respect to the distance between the outer diameter of the notch and the center of the pad 25 (38) for finger of the actuator button (6), measured as the minimum distance along the curved outer surface of the distributor (1), is at least 0.42 to 1 and not greater than 0.50 to 1 . 3. An aerosol dispenser (1) according to claim 1 or 2, wherein the ratio of the outer diameter of the notch of the container (3) with respect to the diameter of the container (3) at the point where the cap ( 2) spray pass-through is coupled onto the container (3) is at least 1 to 1.15 and not greater than 1 to 1.35, being, moreover 30 preferred, at least 1 to 1.2 and not greater than 1 to 1.3, and being, at most, 1 to 1.25 4. An aerosol distributor (1) according to one of the preceding claims, wherein the maximum diameter of the maximum diameter of the upper part of the distributor (1) is at the point where the spray cap (2) is coupled onto the container (3). 5. An aerosol distributor (1) according to any of the preceding claims, 35 in which the notch of the container (3) has an outer diameter of between 33 mm and 39 mm and is located from 75 mm to 81 mm from the center of a pad (38) for finger of the button (6) measured actuator as the minimum distance along the curved outer surface of the distributor (1). 6. An aerosol distributor (1) according to any of the preceding claims, wherein the button (6) actuator presents a return mechanism. 40 9