ES2698200A1 - Liquid dispenser adaptable to processed containers and others (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Liquid doser adaptable to processed packaging and to and from others. The dispenser (1) comprises a hermetic concavity (2), which contains on a vertical side the through hole (8) and its upper part is framed by a skirt (6) that with its edges (5) obtains its sealing and independence to the be assembled in the upper interior area of the container (E) -before the closure of the tabs of its base and before the filling operation, using the cover of the associated container as sealing element of the cavity (2) whose only outlet it is the mouthpiece (9) capped by the container (E). With the same characteristics another version is installed on the outside of the container. The dose is obtained by turning the corked container (E) filling the concavity (2); when returning the assembly to the vertical the liquid is leveled and the surplus returns to the container (E) by the edge (4) maneuver that constitutes a dose dimensioned by the magnitude of the cavity (2), which is served by the embouchure (9) of the container (E). (Machine-translation by Google Translate, not legally binding)

Description

LIQUID DISPENSER ADAPTABLE TO PACKAGING

PROCESSED AND OTHERS

DESCRIPTION

SECTOR OF THE TECHNIQUE

The present invention relates to a liquid dispenser that is adapted and assembled to the interior or exterior perimeters of cartons or others in the formation process before filling, which contains on one side of its structure a watertight, flooded concavity and independent that selects and retains a uniform dose of liquid to serve it directly when needed, so it belongs to the packaging sector.

BACKGROUND OF THE INVENTION

To this day, pouring liquids from a bottle or container, either to drink directly from it or to serve a portion of its contents in a glass or container, is usually done by eye. Continuously serving the same amount of liquid in each spill is mission impossible, because the bottles and containers that are currently used are, strictly, containers to contain liquids that lack efficient measuring means integrated in their structure.

In the sectors of dietetics, pharmacy, manufacturers of alcoholic beverages, soft drinks, chemical and pharmaceutical industries, bottles are needed that without complicated or slow handling operations, or production costs, can control with accuracy the amount of liquid that is poured every time the bottle is tilted to serve a portion.

Until now, to know the amount of fluid that we remove from a container, we use independent containers of known capacity or with graphics that indicate the content in milliliters or fractions of Liter, such as test tubes or transparent containers with graphic scales or what is more cumbersome and uncomfortable: Plugs that act as dispensers.

Therefore, it is necessary to make available to consumers an easy-to-use and highly reliable measurement system integrated into containers and bottles whose inclusion does not increase the cost of its manufacture and assembly in an unaffordable manner and whose appearance, size and characteristics do not hinder manufacturing, or delay the filling in production chain.

Patents of bottles and dosing containers are known from 1896 to the present that were not manufactured because the technology of the time could not solve important problems of production, among which the great difficulty of the chain-filling stands out, since the existence of a smaller camera between the outlet and the main tank, it makes it difficult for liquids to enter and makes industrial filling impossible; In addition, due to its technical characteristics, blow molds are very expensive. For all this, at present -to dose fluids- the own plugs of the containers whose capacity predetermines the dose are used.

List of patents on liquid dosage:

Patents of the United States of America

No. 595,176 - Year 1896 - Dose-Measuring Bottle, A. A. Law,

N9 2,204,104-Year 1940 -Medicine Bottle, George Masters

No. 4,079,859 - Year 1978 - Technique and Device for Measuring Fluids, J. Thomas Jennings.

No. 4,646,948-Year 1987- Measuring Container Whith Modified Pour-Spout and Method and Apparatus for Filling the Same, J. Thomas Jennings.

N94,860,927 - Year 1989 - Blow Molded Two-Compartment Container, James E. Grinde

No. 4,893,732 - Year 1990 - Exact Volume Dispensing Container, J. Thomas Jennings.

N9 US 2011/0089068 A l-Year 2011- Quantitative Measurement Container, Bokin Shin

Patents from other countries:

Korea

N9 WO 03/089319 A l - Year 2003 - A Measuring Vessel, IHN, Dong-Chul

Holland

N9 1035069 - Year 2008 - Doseerflacon Voor Een Vioelbaar Product,

China

N9 WO 2014/012212 A l- Year 2014 - Flexible Packaging Bag,

Source: EIT - OEPM, / 2016.

The aforementioned patents have not been implemented due to technical difficulties, now, with this invention the cartons processed or others, can adopt the doser adaptable to the inside or outside of the containers for fluids that enable them to select and serve uniform doses of its content. As the majority of dosable liquid liquids are detergents and liquid soaps, oils, syrups ... etc, this invention opens a new line of manufacture and commercialization to the cardboard containers that until now, are only used to contain liquids of the sector of food.

Nowadays, bottles or containers of household products that need to dose their content are made by filling a large independent plug that acts as a measure. Its handling is uncomfortable and insecure and the user proceeds like this:

1. - Take the bottle or container with the right hand unscrew the cap with the left hand keeping it in that hand and tilting the container held with the right hand and very carefully pour liquid over the measuring cap that remains in the left hand.

2. Tilt the container towards the cavity that acts as a meter and pour the liquid with care and care up to the indicative line that determines the dose. As this operation is done by hand, it is easy to go over the dose or fall short. In addition, overflows due to tremors or excessive inclination may occur; therefore the system used is insecure, uncomfortable and not hygienic.

3. - The measuring instrument with the dose, remains in the left hand and has to be emptied at its destination with the risk of not hitting on all occasions.

4. - Once this has been done, the cap should be screwed again with the remains of the liquid and the container placed in its place.

With containers provided with the device adaptable to containers processed for fluids, object of this invention, the dose is obtained and served as follows: 1. - Take the closed container with its cap and tilt it as you like to fill the dosing chamber and then return to the vertical position, instant in which inside and-leveling-dose is selected.

2. - Unscrew the cap and tilt the container to 90? approx. and the dose comes out completely and is poured directly into the washing machine, dishwasher ... etc. in a safe and hygienic way

3. - Plug the container back and leave it in its place.

This is how simple it is to select and serve a dose with this invention that enables cartons for fluids to dose their contents in a simple, fast and hygienic manner.

EXPLANATION OF THE INVENTION

The liquid dispenser adaptable to processed or other containers -object of the invention- is a simple and light device that adds value to cartons for liquid liquids of cardboard or other types and opens new fields of application and exploitation to them, whose perimeter It is framed by a skirt whose outer surface is tight and adapts hermetically to the inner perimeter in one version and exterior in another, enabling them to dose their liquids in a comfortable, practical and hygienic way. It comprises a tank or concavity of known cubing having on one side a through hole or a vertical tube inside said sealed concavity, forming with the associated container a dosing device; said concavity is isolated and independent of the interior of the container when it is located and embedded - in a version in the elevated inner part of the container, so that the eastern cover acts as a tight top closure of the concavity receiving the liquid supply by the container. lateral through hole of the concavity or in another version by a tube to the effect and whose service outlet of the dimensioned liquid, is made by the mouth of the container that adopts it. The assembly of the dispenser -object of the invention- inside the container is carried out before the closing of the base of the east and therefore before filling it. The adjusted outer perimeter of the skirt or framing prevents the passage of liquid between it and the container so that the entrance of the fluid to the dispenser is made only through the orifice lateral passage of the same or the mentioned planned tube. The integration of the doser into the container allows you to dose all its content and can also serve without dosing when necessary; Optionally, a valve can be adapted to the doser inside which closes the lateral through hole when the container does not have its cap screwed in, which prevents the alteration of the selected dose, but with the equipment of this valve it is only possible to extract the liquid previously dosed and calibrated by the cubing of the dispenser concavity.

To be able to serve undosed portions, there is an optional element that consists of a screw cap without lid, that is to say that this complement is a free passage tube that is screwed to the mouth of the container to press the mechanism of the valve and produce its opening to serve without dosing the amount of liquid required.

The main advantages of this invention are summarized as follows:

• It replaces with advantage the current and insecure procedure of dosing liquids by means of the meter plug that is handled by pulse and can overflow, dirty and splash.

• As the selection of the dose is made inside the container, it flows completely to its destination and with maximum hygienic guarantees.

• The spill is direct and without spills tilting the container up to 90g.

• The loading of the dose is done with a simple twist or rotation of the container.

• The incorporation of a valve in a version designed strictly to dose the entire contents of the container, guarantees the inalterability of the dose because the orifice passing to the dispenser is closed when the cap is removed to serve the dose.

• Dose service is produced directly by the embouchure of the container itself in one of the versions.

• The dispenser installed in the containers carries out in its interior the separation of the dose from the rest of the liquid and keeps it isolated and independent until the user decides to serve it for consumption.

o The closing of the tabs of the container and the filling in the factory is carried out after the incorporation of this doser inside the container at the speed established by the filling station.

o In another external version the dispenser is installed with the container full of liquid and closed.

o Simplifies the task of selecting and serving uniform doses of liquid.

o The magnitude of the dose is determined by the capacity of the doser and by the height assigned to the edge of the through hole.

Below are the characteristics of this doser adaptable to containers for fluids:

- The dispenser comprises a hollow and light structure with a concavity framed and sized according to the perimeter of the container to which it is intended; the tightness between both is total, except for the vertical lateral hole of the concavity, which communicates it with the liquid contained in the container; said concavity is communicated directly with the outlet opening of the container and internally with the lateral through hole already indicated; its perimeter frame surrounds the perimeter-inside in a version of the dispenser or outside in another version-of the container so that the cavity of the dispenser retains a uniform and independent portion of the liquid that when served constitutes the dose.

-A common screw cap to close its embouchure. When an opening and closing valve of the vertical lateral orifice of the dispenser or, if applicable, of the tube with the same features as said lateral orifice, is added to the dispenser, a cylindrical and concentric extension is added to the cap to press the proximal end of said valve. , contact that activates the opening of the same; when the cap is removed to serve the dose, that is, when the pressure on the valve is suspended, it is driven by a spring that closes the mentioned lateral hole to prevent the inflow of more liquid that alters the dose in service.

- The Valve: Optional element, made with an elastomeric polymer and another soft rubber type, whose incorporation in the dispenser extends the performance of the invention, since with its integration in the cavity of the dispenser the integrity of the dose is ensured. Said valve is composed of an elongated body, whose proximal end acts as a contact point that receives the pressure of the cylindrical or conical extension of the plug, according to the version of the valve and works, in one of them as a lever because it contains an axis perpendicular and a ballestilla that constantly forces the closed position of the concentric frustoconical disc located at the distal end of the valve body, capable of closing the lateral through hole of the cavity. When the cap is removed to serve the corresponding dose, the valve driven by a spring performs the closing of the through hole and when the cap is introduced with the aforementioned extension, the valve pressed by this opens the side hole of the dispenser and when returning to rotate the container, said rotation produces a new flood of the dispenser to select another dose.

In the preferred embodiments of the invention, the dispenser is introduced inside the container before closing its cardboard flanges and before proceeding to fill it with liquid; The set consisting of both elements: dosing and packaging, constitute the dosing service.

In all preferred embodiments of the invention, the dose is separated from the rest of the fluid and remains selected inside the concavity, applying to the package a simple turn or somersault, a maneuver that guarantees maximum hygiene since the dose is selected and isolated in the inside of it.

This dispenser is adaptable, internally or externally, to all possible forms of cardboard cartons for fluids ... parallelepipeds, squares, rectangles, ovals, polygonal ... etc. and also adaptable to other types of containers produced with other materials.

In a preferred embodiment of the invention, the dispenser has various sections and measures for determining the dose and for coupling to the inner perimeter of the container to which it is designed in a sealed manner; the airtightness is ensured by incorporating in the sides in contact with the container some parallel beads of soft material, which ensure the sealing between both elements. Optionally it contains in the lower part or side of its concavity and equidistant to its axis of symmetry supports to hold the axis of a valve.

In another preferred embodiment of the invention for the purpose of facilitating the manufacturers of chemical cleaning products, medicinal syrups and alcoholic beverages that need to be dosed, the performances of the invention are completed with a dispenser that is subsequently assembled to the operations routine shaping and filling that can be integrated into the outside of the containers (E) by robotic means or assembled by the consumer.

In order to achieve the objectives and avoid the aforementioned drawbacks arising from the current dosing systems, this invention in its two versions, exterior and interior resolves the dosing of fluids, by means of the fixation in the containers of a dosing device formed by a a watertight cavity surrounded by a frame that adapts to the corresponding perimeters of containers or containers manufactured with shapes and measures to receive it before the closure of the container and of the filling and afterwards, and which, when combined form a single body in whose interior a independent, flooded and hermetic cavity with exit to the outside by the mouth of the container itself and flooded with liquid from the inside by the vertical orifice of the associated dispenser whose cubing and the height of the lower edge of said orifice establish the magnitude of the dose.

The two components, container and dispenser have coordinated and associated shapes and measures that fit with great precision, achieving a tightness to provide the user with a continuous and regular hygienic dosing service up to the total consumption of the fluid.

In a preferred embodiment of the invention intended to contain detergents or liquid soaps for household appliances, to pour the dose into the nozzle of the washing machine, this is selected by turning or tumbling the corked container, the cap is removed and the neck of the container is placed directly on the entrance hole of detergents or soaps to the appliance, the container is tilted between 459 and 90? and the whole portion comes out, then the container is plugged to select the next dose.

In another preferred embodiment and also designed to be permanently attached as a doser of processed containers, a dispenser adapted to it is included, but located in its upper outer area of the container that can be assembled thereto, by robotic means or by the user himself with great ease. This dispenser, initially opened as a book contains an anchoring platform and the other acts as a closing vault, in order to facilitate the manufacturers of beverages that need to be dispensed from a practical, economical and modern means that is installed after the operations of manufacturing and filling of processed containers or can be installed by the same user.

Next, the basic steps of the mode of use of the object of the invention are described, which comprises the following sequences:

o Rotation or overturning of the corked container to flood the sealed cavity of the dispenser.

o Repositioning said container to the vertical, the liquid is leveled, the surplus returns to the container and thus the dose is constituted.

o Remove the cap to serve the dose.

o Pour the contents of the cavity by tilting the container 45 ^ or a little more and the dose is complete.

o Screw back the cap - if the valve is incorporated, it opens and allows the liquid to pass to select the new dose and so on.

BRIEF DESCRIPTION OF THE DRAWINGS

In order to complete the description that is being made and in order to help a better understanding of the characteristics of the invention, according to several practical embodiments thereof, several sets of figures are included as an integral part of said description. , where, with an illustrative and non-limiting character, the following has been represented:

Figs. 1 show, in respective perspectives, the characteristics of the adaptable dispenser, a view of the container with the built-in dispenser and sequences of the mode of use for selecting and serving the dose. All the illustrations incorporate the numbering adopted.

Figs. 2 describes the dispenser in plan, elevations, sections, location and perspective for a better understanding of the invention. All the illustrations incorporate the numbering adopted.

Figs. 3, present sections and perspectives of the invention that incorporates a valve and therefore needs anchors for the same that are detailed. All the illustrations incorporate the numbering adopted.

Figs. 4 and annexes define different variants of the invention applied to non-parallelepiped or special configuration containers.

Figures 5 and annexes show other variants of the liquid dispenser adaptable to processed containers and others, which show a vertical tube as a liquid supply element to the concavity, all of them obtain the same benefits and incorporate the adopted numbering.

Figs. 6, 7 and annexes and fig. 8 present an adaptable dispenser for processed carton packs, in this case, to be installed on the outside thereof, which provides the same features and features as the versions installed inside the package.

PREFERRED EMBODIMENT OF THE INVENTION

In view of the aforementioned figures and in accordance with the numbering adopted, several examples of preferred embodiments of the invention can be observed, which comprise the parts and elements that are indicated in detail below. Thus, as observed in the Figures 1 to 8 several possible embodiments of the adaptable dispenser (1), object of the invention, which installed to cartons (E) of cardboard before finishing and filling, enables them to separate uniform portions of fluid and serve as doses (Ds ) calibrated extracted from the contents of the associated package in a fast and hygienic manner. When the dispenser (1) is integrated into the interior of cartons (E) of cardboard it remains invisible, without influencing its appearance or altering its conformation and use and is handled as a normal container because, when joining both components, they constitute a single body that It essentially comprises the following elements:

• - A dispenser (1) whose concavity (2) determines the magnitude of the dose and is communicated by its upper part with the mouthpiece (9) of the container (E) and with the interior of the container through the hole (8) or lateral and vertical side tube (8b); said dispenser (1) and its concavity (2) is surrounded by a skirt (6) adapted to the inner or outer perimeter of the containers (E), -according to the version and application- that is decided.

• A frame (6) skirt or perimetric molding that surrounds the concavity or dosing chamber (2) that contains -in all its outer contour in contact with the container- a strings (5) that obtain the hermeticity between both pieces so that the liquid contained in the container (6) can only circulate and flood the concavity (2) through the vertical through hole (8), located on one side of the concavity (2); or - in another possible version - a vertical tube (8b) that leads to the liquid of the container (E) to said concavity (2) whose edge (4,) or (4b) when leveling the fluid, establishes the gradient of the dose and therefore its magnitude ..

• Means of passage represented by the through hole (8), in one version and in another possible preferred embodiment the internal circulation of the liquid is produced by the vertical tube (8b).

• -Fixing and sealing elements that are configured in the frame (6) whose uñeros (7) and the edges (5) ensure the dispenser (1) once introduced this -a top in the carton (E) of cardboard by its lower opening before filling.

• -An optional valve installed in the dispenser (1) or (Ib) limits the container to be served, strictly calibrated doses, preventing the addition of liquid at the selected dose and a continuous discharge. Therefore, when the dispenser (1) or (Ib) adopts this valve, all the contents of the container (1) can be served only in doses or portions calibrated by the concavity (2) unless the cap (T) is replaced. standard by an accessory or extension (Pt) associated to the valve (V), with forms of threaded tube (TR) that acts on said valve (V), open it and allow passage to the fluid continuously through its interior hollow through.

• -A container (E) made of cardboard or other material that incorporates a threaded mouthpiece and stopper and that keeps its base open during its manufacturing and filling process; opening that is used to introduce and fix the dispenser and once placed this perform its filling of liquid and final closure. In another version of the dispenser (Ib) is installed on the outside of the container (E).

• -A common screw cap (T). When the cap (T) is intended for receptacles that adopt the valve (V) said cap has added an extension (Pt) whose objective is to press the valve (V) and keep it open so that the liquid contained in the container (E) can dampen the concavity (2) through the orifice (8) of the dispenser (1) or (Ib) that is closed again when the cap is removed to serve the dose.

In a preferred embodiment of the invention, FIGS. 1 and annexes 1/1, 1/2, 1/3 and 1/4 detail in perspective one of the versions of the invention that is manufactured to be introduced in the containers (E) and fixed to these definitely forming a single body where (1) points to the dispenser itself; with the (2) is indicated the concavity that may have different cubicles and shapes according to the preset dose. (6) Skirts lateral around the perimeter whose surfaces come into contact with the inner walls of the container (E) and to achieve the sealing are provided with perimetric edges (5) protruding longitudinally on the surface of the skirt (6) and obtaining independence and tightness of the concavity (2) whose only internal inlet of liquid is the through hole (8) or vertical tube -in another variant-; with the (7) are indicated the optional grips that ensure the fixation of the dispenser (1) to the walls of the container (E) In said figs. 1/1, 1/2 and 1/3 the external appearance of the adaptable dispenser (1) is observed where (8) is the orifice of passage of the liquid inside the concavity (2) and (4) indicates the edge of said through hole that by its semicircular shape, which can also be at an angle or vertex or other appropriate shape, to hinder or prevent that a portion of the liquid selected in the concavity (2) can be lost by the movement or pulse of the user when serving the dose . Fig. 1/4 Presents in perspective, for better understanding, the set formed by the container (E) and the dispenser (1) located at the top of the interior of the container so that its cavity (2) is connected hermetically and directly to the ceiling and the outlet plugged mouth of said container (E) to serve the selected dose. Figures 1/5 describe with Roman numbers the service phases of the set; I, defines the vertical position or usual seat of the container with the concavity (2) empty; II, the container (E) lying down is seen to achieve the flooding of said concavity (2) and when the container (E) is returned to the vertical and the fluid is leveled, the surplus returns, according to illustration III, inside the container ( AND). Finally graph IV, explains the emptying of the dose in a position of 905 of the container that when returning to the vertical starts a new cycle, a new service.

In another preferred embodiment, FIGS. 2, its annexes, 2/1, 2/2 and 2/3, describe the plant and sections AB and CD of the dispenser. Figs. 2/4 and 2/5 show sections of the processed container with the dispenser adapted to the upper part of the interior of said container (E), appreciating the location of the dispenser where small arrows indicate the passage of the liquid from the container (E) to the interior of the concavity (2); fig. 2/6 presents in perspective the adaptable dispenser with the numbering adopted. Fig. 2/7 presents a variant of the mouth of the container (E) whose neck is equipped with concentric rings that facilitate torsion or ability to flex the neck of the container to better address, if possible, the jet output of the dose. In the case of adapting and using this flexion system, the inclination of the container to serve the dose would be 459, ie 45 degrees less.

In another preferred embodiment, FIGS. 3 and annexes present a version of the liquid dispenser adaptable to processed containers and others to which is added a valve (V) located inside the concavity (2) - on its axis of symmetry - and that driven by the spring ( M) closes the orifice (8) or the passage tube (8b) permanently when the container does not incorporate the screwed cap; fig. 3/1 shows a longitudinal section of the invention in which the operation and location of the valve (V) whose body (Sv) incorporates in its lower angle an axis (Ev) that when rotating by the pressure of the prolongation is appreciated (Pt) of the plug (T) opens the passage of the hole (8) and when the pressure of said extension (Pt) ceases the valve closes the passage of the liquid; With a dotted line, the open position adopted by the valve when the plug (T) with its extension (Pt) is inserted is indicated. Fig. 3/2, shows in cross section the anchor of the valve (V) at the bottom of the concavity (2) and the elements that hold the shaft (Ev), where (3) it indicates the necessary holes to form the anchors. Fig. 3/3 shows a view of the lower part of the dispenser where the hole (8) and the holes (3) necessary to form the anchors of the axis (Ev) of the valve (V) are clearly detailed. Fig.

3/4 presents a valve system to be adapted to this version of the dispenser (1) that works by means of a lever whose axis (Ev) articulates the body (Sv) to open or close the valve (V) composed of a frustoconical disc or oval (V) forced by the spring (M) remains closed and is forced to open by the pressure of the extension (Pt) of the plug (T) to allow filling of the concavity (2). Fig. 3/5 shows in perspective the dispenser (1), where (2) is the sealed cavity that allows its filling through its through hole (8); with the (3) are indicated the holes in the base of the concavity (2) necessary to form the supports or hooks of the shaft (Ev) of the valve (V), lever system. Fig.

3/6, V-ll shows the section and operation of the valve (V) in the container (E), where (9) is the mouth of the container (E), and (Gl), (Sv), (M) and (V) indicate the elements that make up said integrated valve in the concavity (2). Figs. 3/7 show another type of valve (V), which, in this case, works by sliding its segments (Sg) through the grooves (Gl) provided in said concavity (2) and in this illustration the characteristics of the stopper (T) with its conical extension (Rl); Fig. 3/9 Vl shows in section the dispenser (1), the concavity (2) and the position of the valve in open -line of points- and in closed that complete the graphic description of this valve (V) and its operation. Fig. 3/10, shows a type of plug (TR) that does not exert as such, but only as a pressure element to activate the proximal end of the valve (V) that opens the through hole (8) to allow the passage of liquid towards the embouchure (9) of the container (E) that is necessary to use if it is desired to serve -without dosing- the liquid content.

Fig. 4 and appendices present dosificadores whose perimeters being parallelepiped are not regular, nevertheless the dosificadores (1) destined to them are configured to adapt to this type of processed containers. Fig. 4/1 in perspective and 4/2 in section show, respectively, the characteristics of the front and side of the container (E) whose cover has two slopes, in one of which the mouth (9) of the container (E) is located. Fig. 4/3 describes in perspective the morphology of the dispenser (1) perfectly adapted to the upper interior perimeter of the container (E) position that provides the latter with the capacity to dose. Figs. 4/4 and 4/5 show in perspective and section another container (E) having polyhedral shapes and two curved sides; To these complex shapes, the doser (1) designed to incorporate itself without difficulty in its interior, without deterioration of its dosing faculties is adapted. Fig. 4/6 shows in perspective this dispenser (1) manufactured with the shapes of the inside of the polyhedral container, where (8) is the inlet of the liquid stored in the container (E) to the concavity (2); These figures present the numbering adopted. Figs. 4/7 and 4/8 describe a container (E) whose cover has a diagonal position surmounted by the mouth (9) of said container; in section 4/8, its sealed position of the container can be seen, which allows it to dose its contents. Fig. 4/9 presents in perspective this variant of the dispenser (1), object of the invention.

Figs. 5 and annexes present another version of the dispenser (1) which in this case has replaced the hole (8) of the concavity (2) by a vertical tube (8b) whose edge (4b) in vertex or uve prevents or hinders the exit of the selected liquid in the cavity (2), which would lead to an eventual alteration of the dose, motivated by a poor or clumsy handling of the container at the time of serving the corresponding dose. Fig. 5/1 and 5/2 describe, in section and perspective, respectively, the dimensioned level (ND) of the dose inside the dispenser (1); the flow of the fluid is indicated with arrows and the perspective of the bubo (8b) and the edge (4b) configured in vertex or intersection where the liquid is evened when the container (E) is vertical is seen, likewise observed - drawn with dots - the embouchure (9) superimposed on the concavity (2). Figs. 5/3 and 5/4 show a variant of the previous version that consists of a change of the position of the vertical tube (8b), in this case, angled and in the corner opposite the mouthpiece (9) that provides an ideal location for the versions without valve (V), because the edge (4b) when serving the dose obtains the highest position possible, which makes the alteration of the dose (ND) difficult. Figs. 5/5 and 5/6, also present another variant of the tube (8b) and edge (4B), which in this case, consists in the location and shape of said tube (8b) that here uses the wall of the concavity (2) as a posterior closure of its structure that moves and moves away from the embouchure (9), improving its performance. All illustrations show the numbering adopted.

In another preferred embodiment shown in figures 6, 7 and annexes and in fig. 8, to complete the performance of the doser adaptable to the interior of processed containers and others, fig. 6 and annexes, show the dispenser (Ib) -which in this version- is installed on the exterior of the processed container and not inside it as the previous models and contains the same characteristics, elements and properties as these, and initially adopt the form of open book where one side is the platform (Pa) anchor to the container and the other a vault (Be) in order to provide manufacturers of chemical cleaning products, medicinal syrups and alcoholic beverages that need to be dosed a dispenser (Ib) simple, that is installed later to the routine operations of conformation and filling that when installed on the outside of the containers (E) can be installed by the consumer himself. A valve (V) can be attached to this doser, if preferred, to ensure maximum uniform doses. Figs. 6/1, 6/2, 6/3, 6/4 and 6/5 present in plan and sections this dispenser (Ib) that is manufactured in a single piece composed of two parts (Pa) and (Be) hinged (Bg ) by its center that overlap and fit one over the other in a tight way; the two parts (Pa) and (Be) that compose the dispenser (Ib) remain in the open position until their installation is decided, which is initiated by unscrewing the standard cap (T) of the mouthpiece (9) of the container (E) and instead, the tube (8c) -provided inside the platform (Pa) with the same thread pitch- is screwed to the mouthpiece (9) of the container (E) by rotating one revolution and ^% approx. the dispenser open and after being firmly screwed to said embouchure (9) is proceeded to pivot the vault (Be) closing the dispenser (Ib) -using its hinged area- on the platform (Pa) attached by screw to the container (E) that with a -clic- is anchored to this (Pa) to constitute a watertight chamber that selects the doses. Once folded on itself both parts the set is fixed definitively because the fins (Al) of the closing vault (Be) are fitted on the sides of the container (E) to prevent its rotation. Figs. 7/1 presents, in perspective, the open dispenser before being installed in the container (E) where (mC) is a slot in the form of a half-round that facilitates the entry of liquid into the mouthpiece (9bis) of the dispenser (Ib); (Al) point to the fastening fins that prevent rotation of the dispenser mounted on the container (E); (8c) is the vertical tube that is screwed to the mouth of the container (E) and (4c) points to the liquid exit edge that establishes the level of the dose; fig. 7/2 shows in perspective the external dispenser (Ib) where (mC) is the half-round slot concentric to the embouchure (9bis) and the threaded neck (RT) to receive the original cap of the container (E). Fig.

8 shows the perspective of the assembly formed by the container (E) and the dispenser (Ib), both definitively fixed to select and serve calibrated doses of liquid.

Claims (9)

1.- Dispenser (1) of liquids adaptable to processed or other containers, -before, in one version and after its filling in another- characterized in that it is anchored to the container (E) in a definitive manner and its concavity (2) is closed and sealed at the top by internally joining the roof of the container (E) forming a single body with it and when it tilts or flips over the concavity (2), with the liquid from the container (E) and when this it returns to the vertical, the liquid is leveled and the surplus returns to said container (E), the dose (Ds) being constituted and ready to serve calibrated easily, quickly and hygienically. Liquid dispenser (1) adaptable to processed or other containers, characterized in that it comprises: • A watertight concavity (2) surrounded on its entire perimeter by a skirt (6) and on a vertical proximal side contain the through hole (8) or in another version the tube (8b); said external perimeter is adjusted to the inner perimeter of the container (E) before its closed and filled with liquid, forming with the east cover a dosing device that is manufactured in plastic by thermo-injection or in acetate by thermoforming that in all the cases are adaptable to processed parallelepiped or other shaped containers in a sealed manner by pressure, sealing or adhesive reinforced by bevels or edges (5) that adapt to the internal perimeter of the associated containers. • A common threaded plug (T) that closes the mouth of the container (E); optionally has a prolongation (Tp) intended to press the distal end of a lever (Sv) equipped with a perpendicular truncated cone that acts as a valve (V). • An optional valve (V), whose proximal end of its body (Sv) is the point of contact with the extension (Tp) of the plug (T) and which is formed by said body (Sv) whose central part has an axis ( E) perpendicular and a ballet (M) and at its distal end it has a perpendicular frustoconical disc (V) that acts as a valve (V) that blocks the liquid outlet from the through hole (8) or vertical tube (8b) of the dispenser (1) when it does not have the plug (T) and its extension (Tp) screwed in; this circumstance prevents the dose from being altered by excessively tilting the container (E) to serve it. 2. - Liquid dispenser (1) adaptable to processed or other containers characterized in that the dispenser (1) and the container (E) form a single body inside which a concavity (2) sealed with exit to the outside by the embouchure is generated (9) of the container (E) communicated internally with said container through the hole (8) or in another version by the tube (8b) and its edge (4) that establishes the dose when leveling off the excess liquid. 3. Liquid dispenser adaptable to processed or other containers characterized in that to ensure the inalterability of the selected dose, a valve (V) for closing and opening the hole (8) and edge (4) is incorporated in the dispenser (1), manufactured by thermo-injection with an elastomeric polymer and a second soft material thermoinjected at the same time to form the frusto-conical disc of said valve (V). 4. - Liquid dispenser adaptable to processed or other containers characterized in that it contains supports (3) or slits (Gl) on each side of the concavity (2), equidistant to its axis of symmetry, where the ends of the tube are housed and rotated. axis (Ev) of the valve (V) to open or close the opening of the hole (8) or in another version the tube (8b). 5. Liquid dispenser adaptable to processed or other containers characterized, according to claims 1 and 2 characterized in that the selection of the dose is carried out inside the container (E), so that the hygienic conditions of the same are optimal. 6. Liquid dispenser adaptable to processed or other containers characterized, according to claims 1 and 2, because the magnitude of the dose is determined by the cubing of the concavity (2) and the position and height of the hole (8) or in another version of the invention, the length of the vertical tube (8b). 7. - Dispenser (1) of liquids adaptable to processed containers, according to claim 2 characterized in that its two elements are joined and fixed definitively and hermetically before, in one version or after filling the container (E) in another, to form a only body 8. Liquid dispenser adaptable to processed or other containers characterized according to claims 1 and 3, because the cap (T) when it is intended for containers that incorporate the valve (V) has an extension (Tp) that presses said valve ( V) so that the through hole (8) or tube (8), in other versions, is kept open to flood the concavity (2) until said plug is removed to serve the dose; when the stopper (T) is removed, the valve driven by the ballast (M) closes the orifice (8) or tube (8b) preventing the dose from being altered by the arrival of more liquid from the container (E); after serving this, the plug (T) is inserted again and its extension (Pr) presses on the distal end of the valve (V) and it opens again to start a new service cycle and so on. 9. - Dispenser (Ib) of liquids adaptable to processed or other containers, characterized in that another version of its elements, qualities and features are applied with optimal results to a dispenser mounted on the outside of the processed containers composed of a structure (Ib) hinged (Bg) by its center, initially in the form of an open book where one of its parts is provided with the concavity (2b) and the tube (9bis) that is screwed and fixed to the mouthpiece (9) of the processed container and is the platform (Pa) of anchor that is installed screwed to the container (E) and on which it is then lowered, once its fixation is completed, the vault (Be) which, when it is joined to it, closes the concavity (2b) thus forming a dosing system associated with the container (E) in a definitive manner.