ES1143784U - Configurable fluid applicator system (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Fluid applicator system, configurable according to the characteristics of the fluid and the application, comprising a fluid applicator and a source of fluid supply. (Machine-translation by Google Translate, not legally binding)

Description

   CONFIGURABLE FLUID DIO APPLICATOR SYSTEM

TECHNICAL SECTOR

The following invention, a configurable fluid applicator system, is framed within the sector of the art which includes systems comprising a fluid applicator V its source of supply. whose object is to supply and deposit a fluid

to cover a portion or all of a surface. The application areas range from any use in the home to industry such as construction, chemistry. Pharmaceutical Cosmetic, food and others. The invention is also located within the reusable or disposable devices in one of its parts or in its entirety, and can be previously filled for

commercialization.

STATE OF THE TECHNIQUE

Currently commercial fluid applicator systems, which are based on some type of pad or sponge type, brushes or brushes or rollers for the purpose of applying a fluid, have differences with respect to this invention. This invention has advantages and new maneuverability features that were not found during the review.

A multitude of items such as brushes, sponges and rollers can be obtained in trade for fluid application purposes, as is the case with paint application systems, but which do not entail, in the form presented, the adaptability properties and surface orientation, extensibility and combinable between the applicator and the sources of supply, such as when combining a doser or an external supply source.

Next, the state of the art found that may contain some similarities with some parts of the invention is named.

one.

Fluid dispenser E5 ~ 1136405_.U (02/19/2015). Applicant: Campo del Caño, Mauricio. Palencia IS.

2.

Device for applying fluid products for cleaning or polishing surfaces. ES ~ 1006298 U (16.12.88). Applicant: Productos Búfalo, S.A. Avda. Cataluña, 57 -69. San Adrián del Besos, Barcelona, ES.

3.

Self-applying cap ES-0132039_U (18.08.1967). Applicant: Buffalo Products

S.A. Barcelona Corsica, 445. ES.

Four.

An applicator of fluid products. E5-18435_U (8.10.1975). Applicant: María Fabre Calogne. Brusl Street, 102, 2nd. Barcelona. IS.

5.

Fluid applicators ES-222261.8 (06.09.2000). Applicant: The Procter & Gamble Company. One Procter & Gamble Plaza. Cincinnati, Ohio 45202, US

6.

Container that expands / contracts ES-2354123. (03.10.2011). The Procter & Gamble Company. One Procter & Gamble PI; aza, Cincinnati, OH 45202, USo

7. Deformable flexible bag and device for packing and distribution of fluid products. ES 2 315 852 T3 (04.01.2009). lablabo 1, rue de l'lndustrie. 74100 Annemasse, FR.

S OBJECT OF THE INVENTION

The object of the invention is to introduce in the market a new fluid applicator system that delivers new advantages to the users, for which this invention is presented, which incorporates novelties: performance s regarding the maneuverability and versatility in comparison With the revised. The fluid applicator system brings new features that improve the use of it, thanks to its easy attachment to your portable doser or external sources of supply. the sources supply the fluid to the applicator to be impregnated on a surface very effectively, thanks to the characteristics of adaptability and

15 orientability of its varied structure on a surface. The special design of the components such as the sponge structure, the sponge-drum structure, the brush-like matrix structure, the brOCha / brush structure, the nozzle, the adaptable extension and the valve body, provide practical configuration alternatives according to fluid properties and application conditions.

20 DESCRIPTION OF THE INVENTION

The applicator system is configured in two groups, a group with five alternative configurations for the applicator and a second group with three options for the supply sources.

The applicator has five frontal configuration alternatives as accessories to deposit and / or impregnate the fluid, which will depend mainly on the characteristics of the fluid and the characteristics of the surface or place on which it is

30 applies and impregnates and application requirements.

The applicator system, in its five alternative configurations for the applicator

It comprises, then, a set of accessories to integrate the applicator system,

which are:

3S

• The applicator, in the first configuration, comprises a sponge structure that can be attached as a base to impregnate the fluid.

• The applicator, in the second configuration, comprises a sponge structure 40 can be attached as a base to impregnate the fluid.

•

The applicator, in the third configuration, comprises a matrix structure as a coupling brush as a base for impregnating the fluid.

•

The applicator, in the fifth configuration, comprises a coupling regulator nozzle to impregnate the fluid.

4S • The applicator, in the fourth configuration, comprises a brush-like structure that can be attached as a base to impregnate the fluid.

This applicator system can be configured in three possible options for the supply source, which will depend on the characteristics of the application, the characteristics of the fluid and the specific utility. Then these options are:

•

First option: Applicator plus a simple dispenser comprising a simple container containing the fluid. This first configuration option would act as a simple container system where a container provided with a coupling can be used as a fluid container.

•

Second option: Applicator plus a complex dispenser characterized by two embedded containers between them, an internal container containing the fluid and an external container that embeds the internal one; where the volume between the two surfaces formed between them acts as a pressurization chamber on the inner vessel. That is, option 2 is option 1 plus an additional container containing the fluid.

•

Option three: Applicator plus adaptation mechanism to a source for external fluid supply. I: This third option is framed where the application can be adapted to any external power supply through the appropriate connector.

Because the application of fluids is to impregnate a fluid on a surface or on a particular site, the invention comprises the five configurations for the application!) (And the three options for the supply source. This allows The user has a tool that offers a set of possibilities to apply the fluid in different ways, by explaining some ways of using the tools.

Users have preferences when they want to apply a fluid, for example a user can decide that painting a wall with a sponge-like structure is sufficient when required on a smooth wall, but that for a corrugated wall which has undulations on its surface a Matrix structure of brushes may be more effective, or a brush structure could be even more indusive. Another user who wishes to apply a fluid to seal a crack as it may require a regulating nozzle with a narrow mouth to deposit it more accurately. Another user wants to apply, for example, a dye on a veined structure, wants to apply it on a surface, but prefers the one of matrix type of brushes. A painter is used to using a roller-type tool for painting, but classic rollers have practical difficulty in corners; but the second alternative configuration for the applicator provides a hybrid tool that, upon reaching the corners, allows the fluid to be impregnated without having to change

4S tool. The same happens for the ~; presented sources of supply that are attached to the applicator. Here we see how the applications can be diverse when applying a fluid using the invention presented here.

The applicator system, in itself, needs a fluid impeller medium that is supported by any of the three options presented, since this ensures that the applicator is functional according to the mode of application and the characteristics of the fluid, such as orientation, surface type, dosing speed, viscosity and fluid density, as well as other variables that characterize the operation of the system.

The following describes the applicator system, which comprises the applicator (the applicator part of the system) in its five configurations and the supply source in its three options.

The applicator, in the first configuration, comprises in its front part a spongy structure, which, resting on the surface to be applied, impregnates the fluid. It contains alveoli potentially communicated with each other so that the fluid transits. This is prepared in this invention to give greater performance where the transit and deposition of the fluid is most effective. designing its external and internal geometry; which would differ from applicators that have other types of sponges. Said structure would be configured with undulating projections on the contact surface, as a cross wave, such that the fluid can be incorporated into the cavities formed by the spaces of the sponge and the surface to be applied, to this a sum would be added of tubular channels that would cross the sponge distributed in a certain way that provide a good fluid flow; thus, the transit of the fluid is intrinsically stimulated; being able to give an improvement in the application while increasing the speed of it. These structures may have several, depending on the fluid, mode of application and type of surface. Said spongy structure has a flanged geometry that is incorporated in the front coupler support, thus also allowing the ease of exchange to replace said structures. The frontal design would not be limited to the cross-wave mode, and other modalities such as figures or characters could be performed. The sponge structure is able to conform to the surface since it is characterized by being flexible. The distribution and shape of the tubular channels will depend on fluid, surface properties and the way of application. The spongy structure can also, optionally, be designed based on an outstanding geometry, by way of characters or figures so as to impregnate them on the surface. The spongy structure can also be combined with a textile cloth or a textile structure containing filaments or mop-like hairs, according to the fluid or application. In addition to the aforementioned components, they are assembled together with a grid and a coupling front support, which can be combined with an adaptable / adjustable structure, an ad: adjustable extension and / or a valve body, thus integrating the applicator.

The applicator, in the second configuration, presents similarity with the configuration

first, but the spongy structure also comprises a space to place a

impregnation drum, which rotates and is damped during its movement.

Said drum is anchored by means of axes or points that support it in each

S

end that are placed in a ring that at the same time are assembled with

flexible sheets or springs that are located within the framework of a structure

fluffy At the same time that the applicator is displaced the drum picks up

fluid that rotates is transferred on the surface where it is impregnated, but

that if at the same time you want to use it as a way of spreading the fluid you can

10

exert pressure on the front of the apIi4: ador, and since the drum is placed on

some damping elements, this! ie introduces into the sponge structure

where the surrounding surface of the spongy structure clings to the

surface to impregnate the fluid; once like this the fluid can be dispersed; is

tool has the advantage, compared to what we know as rollers

lS

to apply a fluid, that the surface can be impregnated on corners

where conventional rollers do not reach them, because the applicator also

of the impregnating drum has in parallel a flat applicator in its surroundings. He

drum can also be combined with a textile cloth or textile structure

which contains filaments or hairs as a map, according to the fluid or the

twenty

application. In addition to the components; mentioned, are assembled together with a

grille and a front support coupler, r, which can be combined with a

adaptable / orientable structure, an adaptable extension and a valve body,

integrating the applicator.

2S

The applicator, in the third-party configuration, comprises, in its front part, a

matrix structure consisting of groups of brushes or brushes or brushes

each equipped with an internal or tubular channel for fluid transit,

distributed over a support structure, which disperse and spread the fluid

On a surface. These brushes: s or brushes, comprise a set of

30

filaments, which are characterized p, or be placed around a tubular and

they can be confined by an outer ring; that through the tubular or internal channel

the fluid transits until it reaches the frClntal zone of the filaments. the front parts

for the first, second and third configurations they can be exchanged with each other.

As in the first configuration, the matrix distribution of the brushes or

3S

brushes or brushes optionally pUt ~ to be set to form characters or

figures. In addition to the components listed, they are assembled together with a

grille and a front coupler support, which can be combined with a

adaptable structure, an adaptable voltage and a valvular body,

integrating the applicator.

40

The applicator, in the fourth configuration, comprises a brush-like structure

or brush placed inside of! a nozzle comprising filaments attached on a fluid, tubular or other channel, through which the fluid passes, and at the same time confined by a circular ring or otherwise in a piece to form the structure as a brush or brush . In addition to the mentioned components, these are combined with an adaptable / orientable structure, an adaptable tension and / or a valve body, thus integrating the applicator. This

configuration does not require the grill or the front coupler support.

The applicator, in the fifth configuration, comprises a regulating nozzle through which the fluid passes for its application., Said nozzle can be designed in different ways depending on the application, as well as it can be curved, or incorporating an outlet that regulates the flow and like others. In addition to the mentioned components, these are combined with an adaptable / adjustable structure, an adaptable tension and / or a valve body, thus integrating the applicator. This configuration does not require the grid or s, front coupler support.

The applicators, in the five configurations presented, may have circular, oval, rectangular, premiered or other shapes in order to be assigned to a specific application.

The grid is characterized in that it has holes for the transit of the fluid, in addition to serving as a base or support for any of the previous alternatives, in order to be coupled on the coupling front support. The distribution and shape of the holes will depend on the fluid, on the properties of the surface V the way of application.

The front coupler support is characterized by supporting the spongy structure or the drum structure or the matrix structure: together with the grid, in addition to serving as a joint with a fluid supply channel and joining with an adaptable / orientable structure with front V rear connection.

The adaptable / orientable structure is characterized in that its outer structure is designed with flexible materials v / o a ml: x: the bellows. the bellows structure is characterized in that the folds give it mobility, so that its flexibility allows the front end of the applicator to be oriented so as to adapt to the surface V serve as a damping tool; In its internal structure a channel, or a flexible tubular, which supplies the fluid from the supply source is placed. The range of adaptability is between 0 and 90 degrees with respect to the surface; providing maneuverability to the applicator V surface adaptability to the sound of the applicator movement. Said adaptable / orientable structure may be combined with an adaptable extension that allows the applicator to move away from the source

supply, and may contain a channel for fluid transit, assembling it

with the same extension or incorporating a channel such as a tubular. the structure

adaptable / adjustable attaches to the front structure, and at its rear it

splices directly to the valve body or to the adaptable extension.

s

The applicator system comprises an adaptable, attachable and extendible extension,

through a series of pipe sections that are coupled in a row, or by some

sections that are incorporated inside each other to move between

yes, either threaded or sliding; in these last two the length

10

of these sections, a threadable ring that presses on can be fixed

some outstanding or eyelashes and thus forcing that the sections do not move between

they; at the same time to allow the flow to be carried through the

length of the section an elastic pipe is incorporated internally by way of

coil to allow desired elongation; it is also established that you can

fifteen

design by means of a group of internal elastic orings so as not to allow the leakage of the

fluid.

The valve body comprises a unidirectional fluid control valve that

prevents its return, and an unidirectional and directional air control valve

twenty

On the contrary, it regulates its entrance from outside towards one of the options of

supply source

The fluid control valve, unidirectional in favor of fluid transit, controls

to travel in one direction and facilitate the passage to the place of application

25

of the same. This valve is coupled to the valve body and is constructed by means of a

device that fits centrally inside the valve body, which has some

holes to allow the passage of the fluid and a flexible disc that moves

centrally, which by the action of the forces of the flow this deforms into

its periphery allowing the passage of fluid in one direction but obstructing the passage

30

in the opposite direction. This same disk can be replaced by a rigid one where its

displacement in favor of the fluid allows its passage through the holes but

that in the opposite direction the disc moves and obscures the holes to occlude its

He passed. Its geometry can be variable according to the control requirement of the

valve. Said valve is optionally placed in any section of the application to end

35

of performing the required control action. Other valve models can be

considered for the benefit of the application.

the air control valve, unidirectional in favor of air traffic in the direction

contrary to the fluid, it is part of the piece to engage with the source of

40

supply. Said valve controls the passage of air into the dispenser, in

any of the options, in order to supplant the volume of fluid taken to the

outside with a volume of air then be used as a source of pressurization

for fluid drive. Said valve comprises external holes that

they communicate the outside with the inside of the doser, and that at its lower end

It has a control washer, characterized by being flexible or rigid and that when exercising

S

external pressure on the dispenser is increasing the internal pressure causing

that the attempted exit of air or fluid otfCI be retained within the dispenser,

by means of the control washer that dulls the holes, and so in this way

forcing the fluid to be propelled towards the applicator.

10

The air control valve can also be attached to any of the

dispensers presented in one part! of its structure unlike the neck of the

Packaging as another option. Said alternative comprises a hole or several holes

on the dispenser which has an elastic piece attached on the surface

inside the container that when subjected to a pressurization the elastic piece is supported

1S

over the hole obstructing the passage of air or compression fluid, but a

decrease in internal pressure causes the flexible piece to deflate as the

fluid from outside (or more generally air) into the chamber. The

elastic piece is characterized by being anchored centrally around the holes or

be on the side of a particular hole.

twenty

This applicator system can be configured in three options for the source of

supply, which are described below.

The applicator is combined with a local supply source, which is portable,

25

mainly of manual action, for which it is configured in two sources of

possible supply designed by means of a doser that is operated with forces

external For use, without dispenser, only one adapter is previously placed

designed to splice the applicator and the external supply source, as you can

be the one from a pumping system. These options are taken based on

30

of the mode of application, characteristics of the fluid V economy of the system.

The applicator system, in its first opdón, combines the applicator with a container

Simple, characterized in that it is flexible! V is powered by external forces on the

external surface of the container, which reduces its volume causing an increase

35

of the pressure inside which forces the fluid to be pushed outwards through

of a connection immersed in the fluid V connected to the central channel of fluid passage

of the applicator. in order to exercise the final action of the application. When you stop exercising

external forces on the container, it recovers its initial condition since it allows

expand thanks to the valve that allowed the passage of the air inlet to its

40

inside. V at the same time the fluid is stopped while trying to return. This first

option includes a tubular which is a (: opts between a connection centered within the

Valve body and be immersed in the fluid. This option of applicator plus dispenser

It allows the fluid to be applied in most orientation conditions. This option is

it incorporates since a simple container is easily acquired, providing a way

Portable, fast and economical system operation.

s

The applicator system, in the second option, incorporates a complex dispenser for

Increase the performance of the first option. In this second option is presented

the applicator plus a double container dispenser, which is characterized in that the

fluid is incorporated into an internal container that connects directly to the inlet

10

of the connection with the applicator; and at the same time the inner container is placed

inside an external container. Looking at it this second option

It consists of sharpening the fluid in a container that will be placed inside another. Between the

Two vessels form an air chamber. The valve body is coupled to this

complex dispenser through the neck of the external vessel, where the valve

fifteen

Air control allows entry into the chamber. Both packages are flexible and

when the outer container is driven by external forces it deforms

increasing the internal pressure formed by the chamber, which is formed between the

outer surface of the inner container and the inner surface of the container

exterior, so that said overpressure is exerted on the inner vessel.

twenty

which reduces its volume and causing the impulse of the fluid towards the applicator. This

option has the advantage that the fluid communicates fully to the connection of

flow of the applicator, which prevents I ~ I from coming into contact with said fluid,

assisted by the fluid control valve in the applicator that only allows flow

in the direction towards the applicator. Once the fluid has been propelled towards the

25

applicator the external container presents the property of recovery increasing its

volume, and because it allows air to enter the chamber, it can

recover its initial geometry, the applicator system being ready for a new

fluid application cycle.

30

The applicator system in the third option, it consists of the applicator plus the source of

external supply which can come through a pipe, through action

pumping or gravity or other. The link is made through a connector to the body

valve and to the external source connection. The ways of connection can be

multiple and custom designed by a manufacturer or by the same user.

3S

The present invention increases the maneuverability of application to impregnate

a fluid on a surface, dondt! using the news of adaptability,

Orientability, extensibility and combinable of supply sources, is incorporated

an improvement within the field of fluid applicators to be used on a

40

diversity of surfaces, with emphasis on versatility and economy, helping

the activity is more pleasant and delivers new benefits.

In both options, the purpose of the valve body is to regulate the dosage, in the following manner: the dosage of the fluid is only carried out if efforts are exerted on the doser which causes the fluid to pass through the holes in the direction towards the applicator, for the same internal efforts of the fluid that displace or bend the piece as a ring, allowing the passage of the fluid, in the same way it would be avoided that outside air enters the internal container by suction when the dosing unit act or be at rest. To continue with the dosing cycle, the air control valve allows entry into the dispenser to restore the displaced fluid and prepare it for a new cycle.

Among the advantages of said applicator system, in the second option, are that the fluid can be applied more easily in any direction by reducing the difficulties due to changes in the position of the applicator system under the effects of gravity, and because the container Internal is contracted, the fluid inside is displaced towards the outlet of the dispenser more effectively since there is a continuity of the fluid between the internal container and the applicator. In the rest state the fluid outlet control valve inhibits its return, isolating it from the outside and thus avoiding its contact with external agents.

Also, the valvular body, for both options, has a coupling to a tubular connection that at the same time allows simple or complex dosing E ~ I to be coupled, either by insertion through the central tubular connection or by annular overlap at its end, by a washer or compression ring that they hold or by chemical or thermal adhesion.

For filling the container, in the first and second option, with fluid it can be done by removing the fluid control valve from the applicator and pouring the fluid inside, or by adding a system that causes the valve to open for direct filling.

The inner container, in the second option, can be of flexible material or of

shrinkable material V expandable (retractable); In the first case, the internal container would empty the fluid, leaving this contraction, and of reduced volume, and in the case of a retractable material this could reduce its superfide due to shrinkage when it is emptied.

The applicator system can be a reusable system or with an option to be charged with fluid before passing into the hands of the user. Applicator systems can be built where the sources of supply, in the first and second option, are preloaded, such as with oil paints, food sauces and others.

The internal container for the complex dispenser, in the second option, is constructed with flexible materials that can be like bags that as the product is dosed its volume decreases. The inner container can be made of material that is both flexible and elastic that is shrinkable and elongated, that is, the container expands when filled with fluid and when emptied decreases its volume as if it were a balloon when filling and emptying of gas. Another shape of the container can be bellows type of the retractable type where the walls are formed by folds that allow the container to expand or shrink.

The dosers, in both options, can have the characteristic of being constructed in opaque, translucent color and / or transparent material allowing to see the state of the internal container and thus a qualitative and / or quantitative measure of the volumetric or mass content of the fluid.

To preserve the fluid inside the dispensers, additionally a closure is placed as a cap that tightly closes the fluid outlet. In the same way you can place others in any place or places of the applicator with the same purpose.

The applicator system, in order to reduce the entry of agents, can also have an annular edge that protects the holes of the valve body.

The coupling of the elements of the applicator system is carried out by means of a threaded connection, a circumferential pressure coupling or another, provided that the functions of maintaining a good seal are fulfilled.

The parts indicated in the invention can themselves be manufactured separately or by grouping smaller pieces that once assembled will form the entire applicator.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1 shows a section of the applicator, in its first alternative configuration, and of the structure assembled as a sponge, which are part of the applicator system.

Figure 2 shows a section, for the second alternative configuration of the applicator, the support and the sponge-drum structure.

Figure 3 shows an external perspective view, for the second alternative configuration of the applicator, of the sponge-drum support placed in the front coupling support.

Figure 4 shows a perspective view, for the second alternative configuration of the applicator, of the support for containing the sponge-drum structure and its grid.

Figure 5 shows a section, for the third alternative configuration of the applicator, of the support and of the matrix structure by way of brushes or brushes or brushes.

Figure 6 shows a section. for the fourth alternative configuration of the applicator, of the structure as a broc brush; ha.

Figure 7 shows a section. for the fifth alternative configuration of the applicator. of the structure for the regulating nozzle.

Figure 8 shows a cut, in a first option for the supply source of the applicator system. of the coupling of the valve body of the applicator and the supply source with a single doser.

Figure 9 shows a cut, in a second option for the supply source of the applicator system. of the coupling of the applicator valve body and the supply source with complex dispenser.

Figure 10 shows a section, in a third option of the applicator system, for a partial view of the connection between the applicator valve body and an external source of fluid supply.

Figure 11, 12 and 13 show a section of the three options of the optional extender for the applicator system.

PREFERRED REAUZATION OF THE INVENTION

With reference to the attached figures and according to the numbering reflected therein, the preferred embodiment for the fluid applicator system is detailed below.

Figure 1 shows a section of the applicator, in the first configuration, which is part of the applicator system, characterized by comprising a spongy structure (1), formed by a corrugated surface. as a cross wave, both in one direction and in its perpendicular, it has channels (2) that are used for the fluid to travel more easily although it can also travel through the spongy structure as long as the alveoli are communicate, a grid (4) and a space for its location: ion, a coupling front support (5) that involves notches (3l to place the spongy structure (1) and the grid (4), a connection or coupling so that the adjustable / adaptable structure can be connected (8)

and a flexible tubular channel (9) through which the fluid transits through a channel (7); whose tubular has an annular oneOS (6 and 10) at its ends to serve as couplings at its ends. Also, Figure 1 shows the bellows type design for the adjustable / adaptable structure (8), where its elongation is appreciated on the one hand and its shrinkage on the other hand thanks to said bellows type structure being made of a flexible material which allows orientation as conditioned by the surface. Said adjustable / adaptable structure (8) also comprises a connection at its lower end (11) on a neck (13) to be directly coupled to the fluid supply source, or as shown in the figure to an adaptable extension (16) for the applicator system, which serves to extend the front part of the applicator if necessary, where this extension section has a channel (15) formed by its annular ends (14 and 17), where the fluid comes from the supply source. The applicator comprises a valve body (23) with a unidirectional valve that only allows the passage of fluid from the supply source to the front part of the applicator, which comprises an attached c: ircular part (20), in this case threaded to the end of the valvular body (23), which has holes (21) through which the fluid passes when a flow action occurs since the piece, as a disk (18) is annularly flexible, centrally coupled to the piece (20), is deformable and this deforms the fluid by exerting forces on it, allowing the passage of the fluid; This flexible piece (18) is hooked by a conical cylindrical extension through the center of the piece (20). which is inserted under pressure for placement. The extension section (16) is coupled to the terminal connection (19) of the valve body (23) which has one or more holes (22) in its surroundings to allow the entry of air into a supply source -like for both simple or complex dosing options in order to complete the emptying caused by the supplied fluid. The air flow is controlled, through the holes (22) by means of the control washer (24), which can be made of flexible material that would be deformed to allow the entry of air or rigid which would be displaced to allow the entry of air. Said washer is placed with an annular flange (25). The valve body (23) is coupled with the supply source, the coupling (26) to the neck of the dispenser or to be coupled to an external source such as an external pumping system, and the connection (27), by way of of central tubular, to be coupled to receive the fluid.

Figure 1 shows, in the first configuration of the applicator, a cut for a way of constructing the applicator by means of an adaptable extension by means of an extension section (16), which is done to show said possibility, but the applicator has the property that said connection of the adjustable / adaptable structure (8) can be connected to the source dE! supply, directly, without using such extension.

Figures 2, 3 and 4, in the second alternative configuration of the applicator, show the components for the sponge structure: l-drum. Figure 2 shows a section thereof comprising a sponge structure (28) coupled on the grid (4) and the front coupling support (S) with a fluid channel (7), a drum (29) with an impregnating wrapping material (30) and with an axial channel (31) to place an axis or points (32). Figure 3 shows a perspective list of the sponge structure (28), the drum (29) housed within the sl) bearing coupler (S). Figure 4 shows a perspective of the support (34) and the grid (4) for attaching the components and placing the shaft (32) on annular supports (33) suspended and dampened by flexible sheets or springs.

The matrix structure of filament groups, shown as a cut in Figure S, in the third alternative configuration for the applicator, comprises a filament group matrix (36), where each group is located around a flexible tubular structure ( 37), located on a; 1I support structure (35), wherein said filaments are held by ring !; compression or some kind of adhesion. The support structure is matrixally configured with holes for the placement of each group, and it is also characterized by an outstanding annular to be placed on the support structure. Each group of filaments axially has a tubular where the fluid travels to be carried on the filaments and to the application surface. The internal tubular, where the fluid travels from the inlet (38) to the outlet (39) can be rigid, but it can also be flexible to engage the movement of the filaments.

For the fourth configuration of the applicator, Figure 6, a cut is shown for the brush brush structure provided with an internal channel through which the fluid passes from the inlet (44) to the outlet (45), for the supply of the fluid. It is characterized in that the filaments (40) are fastened to a tubular (43) with annular flange and confined by means of a compression or adhesion ring, and for Jo which are introduced by a nozzle (41) to assemble and form the brush structure

or brush, in turn to be confined they are supported on a ring that is embedded in the nozzle and at the same time serves as a seal for the fluid. It is coupled by connection (42) to the front coupling support, to the adaptable extension or to the valve body.

In Figure 7, for the fifth configuration of the applicator, a section of a regulating nozzle (46) is shown in a conditional manner: a to carry the fluid from the inlet (48) to the outlet (49). It is coupled via connection (47), to the front coupler support, to the adaptable extension or to the valve body.

It is specified that as a brush, the structure can be more delicate to be applied in a more detailed and technical way and with the filaments placed circularly and aligned, and as a brush as for a larger design and be applied with more rudeness, but that both words can overlap as a single concept when a broad comparison is made.

Figure 8, in its first option for the supply source, shows a partial cut of the connection with the applied! "of Figure 1, with an extension section (16), its inner tubular (15), ends of the tubular (17 ), and an entire cut for the supply source with the single dispenser, which is described below. Said supply source comprises a flexible container (50) containing the fluid (58), whose level in vertical position is denoted ~ lOr the segmented line (57); said container (SO) is coupled to the applicator by means of a bottleneck.To carry the fluid to the applicator the dispenser has a tube (51), secured with the compression ring or washer (54) which is connected to the coupling (27) To drive the fluid when applying external forces are made on the surface of the container (50) that deforms, forcing it to reduce its internal volume, causing an internal overpressure inside the container compared to the pressure external, forcing the fluid to be propelled towards the application is that the disc (18) ~; and deforms to allow the passage of the fluid through the holes (21), at the same time the control washer (24), confined by the flanges annular (25), it is forced to close the holes (22) for said overpressure to occur. Once the external forces are no longer applied to the container, it recovers its original form, and at the same time the air enters through 105 holes (22) located in the valve body (23).

Figure 9, in its second option for the supply source, shows a cut of the valve body (23) of the applicator and the supply source with a complex dispenser. In addition to the parts described in Figure 8, this complex delivery dispenser comprises an internal container (55 or 56) containing the fluid to be applied, and an external container (50). Among them a fluid chamber is formed, in this case with air, which will be used as a mechanism to boost the fluid contained in the inner vessel (55 or 56). This type of dispenser increases the performance of the applicator by extending the ways in which the deposition of the fluid can be carried out on the surfaces, in what refers to their orientation. This mode means that the air inlet does not interfere with the fluid since they are kept isolated thanks to the walls of the internal containers (55 or 56). To drive the fluid, through the holes (21), it is necessary to exert external forces on the external vessel that increases the pressure inside the chamber, since the holes (22) are forced to close with the control washer (24 ), and then the inner container, which is also flexible and compressible, reduces its volume causing the momentum of the fluid until it is applied. The neck of the inner vessel (55 or 56) is connected to the connection (27) of the valve body (23) by overlapping using a compression ring or washer (54). the internal containers (55 and 56) show two possible types of containers, and there may be other types, which may be contained within the container (50) to form the complex doser. The container (SS) is characterized by having a balloon-like structure and the container (56) as a bellows. Both show how the container can be flexible, elongabIE !, shrinkable and / or retractable for an inner container.

Figure 10 shows a visual section, for the third fluid supply option, characterized in that the valve body (23) of the applicator and an adapter (52) allows to connect a hose or an external pipe (53) when applied to provide the fluid to apply

Figure 11 shows a visual section for the adaptable extension, in a first option for the extension, in two sections, extenders (16), which are placed in a collinear row, with a channel or tubular (15) that transports the fluid, provided with annular edges in: its ends for coupling and sealing. This system is easily elongated by incorporating one, two or more sections, modifying the distance between the applicator and the fluid supply source.

Figure 12 shows a visual section, in a second option for extension, in two sections (63 V 64), coupled between them by means of a threaded (59 V 62), which are held by a device formed by a threaded external tubular (60) that when moved down, due to the protrusions (61), exert pressure on the lower section, keeping it tight and fixed. This system incorporates a tube (15a), flexible or as a coil, to transport the fluid, where its ends end at annular edges for coupling and sealing. This system is easily elaborated incorporating one, two or more sections.

Figure 13 shows a visual section, in a third option for extension, in two sections (68 and 69), an internal part (66) slides into the section (68). the tubular part (65), externally threaded, allows the projections (67) to be pushed downwards; inward so that they press and so in this way the sections are fixed to each other. This system incorporates a tube (15a), flexible or compressed as a serpentine, to transport the fluid, where its ends end at annular edges for its sealed V coupling. This system is easily elaborated incorporating one, two or more sections.

Various materials for the applicator V for the sources of supply can be chosen for the preparation of the invention. For the spongy structure, foamy plastics can be chosen, from synthetic to natural. For the coupled circular part (18), the control washer (24), the flexible tubes, latex or silicone is chosen in such a way as to allow the necessary flexibility for flow control. For the other parts of the applicator, plastic or metallic materials or a combination thereof are collected.

For the manufacture of the dispensers, both in the first option and in the second option, it is based on choosing flexible elastic and flexible materials, which allow the containers to deform when external forces are applied on the outer walls, V as materials can be chosen by polyethylene Low density (WEIGHT), Polypropylene (PP) or internally plasticized cardboard, latex, linear polyethylene, and others.

The present invention is never limited to the figures presented and can be modified in different ways according to the applications and aesthetics required. Within its essentiality, it can be put into practice in other embodiments that contained the essential details present in the description V to which the protection sought is also achieved. It may, therefore, be constructed in any form V size with the most appropriate materials for all this being included in the spirit of the description and its claims.

Claims (24)

one.

Fluid applicator system, configurable according to the characteristics of the fluid and the application, comprising a fluid applicator and a fluid supply source.

2.

Fluid applicator system according to claim 1, characterized in that the applicator is coupled to the source of the minister, by combining an adjustable structure V adjustable (8), an adaptable extension and a valve body (23); or by combining the adaptable structure V orientable and the body

valve (23); or by combining the adaptable extension V the valvular body (23); or directly to the valve body (23).

3.

Fluid applicator system according to claims 1 V 2, wherein the applicator in a first configuration comprises a spongy structure (1), a grid (4), a coupling front support (S), a; :: 1 adaptable structure and adjustable (8), an adaptable extension and a valve body (23).

Four.

Fluid applicator system according to claims 1 and 2, wherein the applicator in a second configuration comprises a sponge-drum structure (28), a drum (29), an impregnant cover (30) around the drum, axes or tips (32), two cushioned guide tubes (33), a support frame (34), a grid (4), a front coupler support (5), a 4: adaptable and adjustable structure (8), an adaptable extension and a valvular body (23).

S. Fluid applicator system according to claims 1 and 2, wherein the applicator in a third configuration comprises, a matrix structure (35), a set of elements by way of brushes or brushes (36), channels or tubular (37) , a grid (4), a front coupler support (S), an adaptable and adjustable structure (8), an adaptable extension and a valve body (23).

6.

Fluid applicator system according to claims 1 and 2, wherein the applicator in a fourth configuration comprises a nozzle (41), a group of filaments (40) around a support and tubular channel: .r (43), a rear connection (42), an adaptable and adjustable structure (8), an adaptable extension and a valve body (23).

7.

Fluid applicator system according to claims 1 and 2, wherein the applicator in a five configuration comprises a regulating nozzle (46) with a connection (47), an adaptable and orientable structure (8), an adaptable extension and a valve body (2. 3).

8.

Fluid applicator system, according to claims 1, 2 and 3, characterized in that the spongy structure (1) is placed on the grid (4), both confined and held within the coupling front support (S), which is connected to the adaptable and detachable structure (8), to the adaptable extension or to the valve body (23).

5

9. Fluid applicator system according to claims 1, 2, 3 V 8, characterized by the spongy structure (1) having internal cavities potentially communicated with each other, which is prepared and structured by multiple holes (2) for distribution of the fluid, with geometries as valleys and ridges or for outstanding geometries as characters () figures, or for being covered by a cloth or a textile structure as a V-hair straps, and for having tabs or edges or fasteners (3) on its perimeter to be confined V attached to the front coupler support (5).

10 15

10. Fluid applicator system, according to claims 1, 2 and 4, characterized in that the sponge-drum structure (28) has a space for holding the drum (29), for having internal cavities potentially communicated with each other, as prepared V structured by multiple holes, for having a support frame (34) formed by edges for the attachment of the drum, whose frame has two cushioned guide tubes (33) to couple axes or points (32) to suspend the drum (29), whose elements are assembled and confined in the front coupler support (5). which is connected to the adaptable and adjustable structure (8), to the adaptable extension or to the valve body (23).

twenty

11. Fluid applicator system according to claims 1. 2, 4 and 10, characterized in that the drum (29) has an impregnating band or cover (30) attached to its perimeter surface, having an axial channel (31) in its inside to couple some shafts or points (32) for its rotation, because it is suspended and cushioned at its ends.

2S

12. Fluid applicator system according to claims 1. 2, 4. 10 V 11 characterized in that the drum (29) has an impregnated cover (30) as a sponge saw textile saw fringes saw filaments saw characters saw figures.

30 35

13. Fluid applicator system according to claims 1, 2 VS, characterized in that the matrix structure (35) that houses a group of distributed perforations in which each of them places an element as brushes or brushes (36) constructed by several filaments (36) around a support or tubular channel (37), which have an internal channel with inlet (38) V outlet (39) for the transit of the fluid, which together with the grid (84) the elements they are assembled and confined in the front coupler support (5), which is connected to the adjustable structure V adjustable (8), to the adaptable extension or to the valve body (23).

40

14. Fluid applicator system according to claims 1, 2 V 6. characterized by the nozzle (41) having a group of tlIaments (40) or a support V tubular channel (43) provided with an inlet (44) V an outlet (45), with a rear connection (42) that connects to the adjustable structure V (8), the adaptable extension or the valve body (23).

4S

15. Fluid applicator system according to claims 1, 2 and 7, characterized by a regulating nozzle (46) with an inlet (48) V outlet (49), with a rear connection (47) that connects to the e! adaptable structure V orientable (8), to the adaptable extension or to the valve body (23).

16.

System applies fluids, for claims 1 to 5 and 8 to 13, characterized by a grid (4) formed by a structure with several holes, which is a base within the front support (S) for the spongy structure (1), the sponge-drum structure (28) together with the drum (29) and the matrix structure (35).

17.

Fluid applicator system according to claims 1 to 16, characterized in that the adaptable and orientable structure (8) has a flexible structure and / or as a bellows, have a flexible tubular channel (9) for the transit of the fluid, have a front coupling for the front coupler support (5) and a rear connection for the adaptable extension and / or with the valve body (1.3).

18.

Fluid applicator system, according to claims 1 to 17, characterized by an adaptable extension which presents three ways of construction, by attachable collinear elements or sections (16), or pc> r threadable telescopic elements (63 and 64)

or by sliding telescopic elements (68 and 69) confined to each other. 19. Fluid applicator system according to claims 1 to 18, comprising an adaptable extension in the first manner, which is formed by collinear elements (16) with a threadable coupling structure at its ends to join the applicator and the supply source, and by an inner channel or a tubular (15) for the transit of the fluid.

twenty.

Fluid applicator system, according to claims 1 to 18, comprising an adaptable extension in the second way, which is formed by collinear elements (63 and 64) with an elongate coupling structure by means of thread between each other, by an inner channel or a Tubular elastic and / or elongated (15a) for the transit of the fluid, by a compression clamping method in the coupling between the sections by means of a threaded ring (60) which, when moving, exerts pressure on the protrusions (61).

twenty-one.

Fluid applicator system, according to claims 1 to 18, comprising an adaptable extension of the third way, which is formed by collinear elements (68 and 69) having sliding coupling structure between sf, with an inner channel or an elastic tubular and / or elongate (15a) for the transit of the fluid, because it has a compression clamping method in the coupling between the sections by means of a threaded ring (65) that, when moving, exerts pressure on the protrusions (67).

22

Fluid applicator system, according to claims 1 to 21, characterized by a valve body (23) which has a front connection (19) that is coupled to a section of the adaptable extension or to the adaptable / orientable structure (8) or directly to the front coupler support (5), and a rear connection (26) that is coupled to the supply source or to a section of the adaptable extension or to the adaptable / orientable structure (8).

2. 3.

Fluid applicator system, according to claims 1 to 22, characterized by a valve body (23) having a unidirectional valve to regulate the flow of fluid outwards and a valve to regulate the passage of air or other fluid from the outside.

s

24. Fluid applicator system, according to claims 1 to 23, characterized in that the unidirectional valve for regulating the passage of the fluid comprises a foot2a (20), holes (21) and a foot2a of contml to disk mode (18). 25. Fluid applicator system, according to claims 1 to 24, characterized in that the disk-like control piece (18) presents the possibility of being flexible or rigid.

10

26. Fluid applicator system, according to claims 1 to 25, characterized in that the one valve for regulating the passage of air or fluid from the outside is formed by holes (22), a control washer (24) confined by tabs (25), a tubular connection (27), and a coupling (26).

fifteen

27. Fluid applicator system, according to claim 1 to 26, in a first source option, comprises an application () of fluid and a dispenser characterized by a simple container.

twenty

28. Fluid applicator system, according to claim 1 to 27, in a first source opelon, comprises a fluid applicator and a simple container (50) connected by the coupling (26) of the valve body (23), where the connection of fluid is established by a tubular tube (51) and the connection (27) located in the valve body (23).

25

29. Fluid applicator system, according to claim 1 to 28, in a first option for the source, is characterized in that the inlet of air or other fluid to or from the simple container (50) is regulated through the holes (22 ) and the control washer (24) located in the valvu.lar body (23).

30

30. Fluid applicator system, according to claim 1 to 29, in a first source opClon, characterized in that the simple container (50) is flexible V / or elastic material.

35

31. Fluid applicator system, according to claim 1 to 30, in a first option for the source, is characterized in that the simple container (50) presents the possibility of being opaque in color, translucent in color or transparent.

32. Fluid applicator system, according to claims 1 to 26, in a second one for the source, comprises a fluid applicator V a complex dispenser.

option

40 45

33. Fluid applicator system, according to claim 1 to 26 V 32, in a second option for the source, is characterized in that the complex dispenser comprises an external container (50) and a recipientf! internal (55 or 56) containing the fluid, which form a chamber between the external surface of the internal vessel V the internal surface of the external vessel.

34. Fluid applicator system, according to claims 1 to 26, 32 and 33, in a second option for the source, is characterized in that the complex dispenser is connected to the external container (50) by means of the coupling (26) of the valve body (23 ). S 35. Fluid applicator system, according to claims 1 to 26 and 32 to 34, in a second option for the source, is characterized in that the inner container (55 or 56) of the complex dispenser is adjusted to the coupling (27) of the valve body (23) by means of a compression or chemical or thermal adhesion washer. 10 36. Fluid applicator system, according to claims 1 to 26 and 32 to 35, in a second option for the source, is characterized in that the outer container (50) is made of flexible and / or elastic material. 37. Fluid applicator system, according to claims 1 to 26 and 32 to 36, in a The second option for the source is characterized in that the external container (50) presents the possibility of being opaque dl ~ color, translucent in color or transparent. 38. Fluid applicator system, according to claims 1 to 26 and 32 to 37, in a Second option is characterized in that the inner container (55 or 56) is made of flexible and / or elastic and / or elongated and / or retractable material. 39. Fluid applicator system, according to claims 1 to 26 and 32 to 38, in a second option. It is characterized in that the inner container (55 or 56) presents the possibility of being opaque in color, translucent in color or transparent. 40. Fluid applicator system according to claims 1 to 39. It is characterized in that for the first and second option, the supply source presents the possibility of having an alternative regulating valve for the entry or exit of air or fluid from the outside located on the surface <: ie of the container (50). 41. Fluid applicator system according to claims 1 to 40, characterized in that the alternative regulating valve on the surface of the container (50) has a mechanism formed by sheets. attached discs or elastic elements that open or close the holes. 42. Fluid applicator system, according to claim 1 to 26, in a third opclon for the source, is characterized in that the valve body (23) has an adapter (52) with the connection (26) and / or a connection (52) connected to a channel or tube (53) with an external source of fluid supply. 43. Fluid applicator system according to claims 1 to 42, characterized in that any of the elements it comprises has the possibility of being of an opaque color, translucent color or transparent material