ES1062673U - Container for the dosed supply of your content (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Container for the dosed supply of its content, of those intended to contain and supply substances such as liquids or powders comprising walls that close the containment cavity (6) of the substance (10) to be supplied and at least one outlet (5) generally located in the opposite part to the bottom of said containment cavity (6), provided with its respective closure cap (5a), characterized in that in the vicinity of the discharge mouth (5) a dispensing compartment (7) opens out whose capacity determines the predetermined dose to be supplied, said dosing compartment (7) being formed by a separation means that is interposed between the discharge mouth (5) and the containment cavity (6), acting as a means of containing the substance contained in said containment cavity (6) and said dispensing compartment (7) being fed by said containment cavity (6) through a positionally-enabled passage (8). (Machine-translation by Google Translate, not legally binding)

Description

Container for the dosed supply of your content.

Object of the invention

The present specification refers to a Utility Model application, relating to a container for the dosed supply of its contents, provided with means dosers of the substances they contain such as liquids and powders, made in order to obtain numerous advantages over other existing means of analogous utilities, whose obvious purpose is to be provided to allow dosing easily its content, having a more simplified structure than other known containers, allowing practice handling and more efficient operation.

Field of the Invention

This invention has its application within the industry dedicated to the manufacture of containers and / or containers substance containers

Background of the invention

Until now, different packages are known  or containers provided with dosing means.

Patent document ES 282874 is known a container shaped in such a way that a defined main container and a smaller dosing container. Both of them containers are clearly separated so that they work With two containers attached. Each container has its own discharge mouth Both containers are communicated through a narrow external passage that protrudes laterally remaining exposed to blows or strangulation.

By patent documents ES 1012781 and ES 1020236 containers are known that start from the same principle functional than the container disclosed by the patent document ES 282874 and that differ mainly in the way that They take the containers and the external passage.

Patent document EP 0839730 is known a container intended for powder and granular substances which is provided with an internal partition that acts as a means of containment. In this case the dosage is given by the bottom of the container and by the distance that separates said bottom from the end inside of the internal partition.

For the utility model document ES 233869 a container with a dosing compartment is known formed by two means of separation or partitions. These two means of separation form a kind of labyrinthine path between the container cavity and the discharge mouth that is only suitable for products such as powders or grains.

Description of the invention

The container for the dosed supply of your  content, is configured as a container that allows dosing easily its content and have a much more structure simplified than other known containers, thus allowing not only the practical manipulation of it but also a more efficient operation

An objective of the invention is to allow that the necessary angle of rotation of the container in order to allow evacuate the dosed content as small as possible, so to facilitate the spillage of the liquid or powder contained.

The invention has several advantages being an advantage is that the dosing compartment is defined by a single means of separation.

Another advantage is that it preferably has a single discharge mouth with its corresponding lid which in turn It can be used as a filling mouth in case of reuse of the container differing from other acquaintances that have two mouths with paths caps. Consequently, the container is much more simple and less expensive than them.

Having completed filling tests of the present container, it has been found that said particular angle from the discharge mouth does not interfere or damage the filling itself of the container, and no modification should be made of the machines used also allowing the maintenance of filling times such as in vertical shaft nozzles.

Another advantage is that the passage that allows the communication between the container cavity and the compartment Doser is internal. In this way, the crushing or strangulation of the external passages of conventional containers.

Another additional advantage of the container of the The present invention is that in the case of having only one mouth, is that the container can be used to dose or not to dose, as preferred; with known containers only possible dose accurately or not dose in those who present two mouths such as the one shown in the patent document ES 1012781. Those who have only one mouth will always be obliged to dosage.

Another advantage is that the present container works efficiently with both liquids and others materials such as powders or granular matter. Many containers known, they only serve for powders or granular material or only liquid.

Another advantage is that the present container It can be manufactured using any of the techniques of plastics treatments, which facilitates its manufacture.

Another advantage is that the manipulation of the present container to load the dosing compartment is much more easy what in other known containers, where the cargo passage it is much narrower and the contained air can make the operation.

Description of the drawings

For clarity and understanding of the features of the utility model, accompanying this Descriptive memory as an integral part thereof, it is illustrated with several figures in which he has been represented in one of his preferred embodiments, all by way of example Illustrative, not limiting.

Figure number 1.- Represents a cut partial longitudinal of the container showing the compartment dispenser and container cavity with fluid.

Figure number 2.- Represents a view lateral, in elevation, of the container in which they have been indicated with dashed lines its interior walls.

Figure number 3.- Represents a cut longitudinal of the container in which the different component parts with the substance arranged in the container cavity

Figure number 4.- Represents a cut longitudinal of the container, with the discharge mouth down, in which you can see the qualification of the passage so that the Substance to be dosed flood the entire dosing compartment, to the discharge opening where it is retained by the lid.

Figure number 5.- Represents a cut longitudinal of the container in which it can be seen as the Dosed substance remains in the dosing compartment.

Figure number 6.- Represents a cut longitudinal of the container, inclined forward, in which You can see how the dose of substance is produced by the discharge mouth.

Figure number 7.- Represents a cut longitudinal of the container, tilted backwards, in which you can see how a partial discharge of the dosing compartment in the container cavity through the positionally enabled passage.

Figure number 8.- Represents a cut longitudinal of the container in which the substance can be observed for dosing in the container cavity and a lower dose (at maximum volume of the dosing compartment) of the substance dosed in the dosing compartment.

Figure number 9.- Represents a cut longitudinal of the container, inclined forward, in which you can see how the output of a lower dose occurs (at maximum volume of the dosing compartment) of substance dosed by the discharge mouth.

Figure number 10.- Represents a cut longitudinal which is indicated as X-X in the figure 2.

Figure number 11.- Represents a cut longitudinal of the container, in a variant that, with respect to illustrated in figure 3, it has several dose indicators; these they allow to obtain different dosage measures and are divided into positional indicators (allow to obtain different measures of dosage) and level verification indicators (allow verify that the dose obtained with the positional indicator is the  correct).

Figure number 12.- Represents a view lateral, in elevation of the container in an embodiment in which means of separation between the dosing compartment and the container cavity is defined by two sinks of the major side walls. These sinks can be Used as handles.

Figure number 13.- Represents a cut longitudinal according to a plane that is indicated as XII-XII in Figure 12.

Figure number 14.- Represents a view side of an additional embodiment of the container of the present invention

Figures number 15a and 15b.- Represent side views that allow to see the use of the container Figure 14

Figures 16a and 16b.- Represent the new levels reached in the main vessel when pouring the liquid of the dosing body.

Preferred Embodiment of the Invention

In view of the commented figures and of according to the adapted numbering, where the same numbers indicate equal or corresponding parts and have been marked with letters the sets of several elements, can be seen in the same a preferred embodiment of the container for the dosed supply of its contents, which includes the parts listed below:

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one. Container

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2. Background wall

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3. Side walls

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3rd. Collapse of the side walls

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3b Union of the side walls (3)

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Four. Top Wall

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5. Discharge mouth (also acts as a loading mouth in the case of filled in)

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5th. Manhole cover (5)

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6. Container cavity

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7. Dosing compartment

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7a. Inclined bottom section of the dosing compartment (7) [together with the containment section (b) it composes a means of separation]

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7b Containment section of the dosing compartment (7) [together with the bottom section (7a) composes a separation means]

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7c. Edge of the containment section (b)

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8. Positionally Enabled Passage

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9. Means dose indicators [indicators or brand indicators]

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9a. Indicator of verification of higher dose level

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9b Lower dose level verification indicator

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9c. Low dose positional indicator

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10. Substance to be dosed [liquid, powder, etc.]

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11a. First dose level verification indicator

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11b Second dose level verification indicator

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11c. Third dose level verification indicator

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11d Fourth dose level verification indicator

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11e. First positional dose indicator

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11f. Second positional dose indicator

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11g Third positional dose indicator

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11h Fourth positional dose indicator

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12. Top wall or surface near the discharge mouth of the container

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13. Wall or lower surface near the discharge mouth of the container

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14. Angled surface

In this way as can be seen in the attached figures, the container (1) for dosed delivery of its content that, intended to contain and supply substances (10) such as liquids or powders comprises:

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Walls (2) (3) (4) that close the container cavity (6) of the substance (10) by supply.

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To the less, a discharge mouth (5) which, usually located in the opposite part of the bottom of said container cavity (6), is provided with its respective closing cover (5a).

is characterized why:

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In the adjacent to the discharge mouth (5) a compartment ends doser (7) whose capacity determines the dose preset by supply.

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Saying Dosing compartment (7) is formed by a means of separation (7a) (7b) that is interposed between the discharge mouth (5) and the container cavity (6), acting as a means of containment of the substance (10) contained in said container cavity (6): Y

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Saying Dosing compartment (7) is fed by said cavity container (6) through a positional qualification passage (8).

In general terms, the present utility model refers to a container for the dosed supply of its contents, which comprises a dosing compartment (7) that interposes between the container cavity (6) of the container (1) and the mouth of discharge (5); This dosing compartment (7), which is formed by a means of separation composed of two sections (7a) (7b), acts as a containment of the substance (10) contained and is fed with said substance (10) through a passage (8) that is enabled by varying the position of the container
(one).

More particularly, the present container (1) It is intended to contain and supply dosed quantities of substances (10) such as liquids or powders.

The present container (1) comprises a wall background (2) from which the side walls are erected (3) older and younger. On said side walls (3) and of bottom (2) is an upper wall (4). This last wall upper (4) has at one of its ends, a discharge mouth (5) which is located in the opposite part of the bottom wall (2) and that It has a lid (5a) that allows its closure.

Inside the present container (1) there is a container cavity (6) that is delimited by the walls bottom (2) and sides (3). Above it (6), there is a dosing compartment (7) that is adjacent to the mouth of download (5). The mentioned dosing compartment (7) has a capacity that determines the preset dose or doses of the substance (10) to be supplied.

The dosing compartment (7) is born to the exit of a passage (8) that communicates it with the container cavity (6). This passage (8) is positional qualification since the container (1) must be overturned so that the substance (10) contained pass from the container cavity (6) to the dosing compartment (7).

In the present embodiment, this dosing compartment (7) is defined by a means of separation (7a) (7b) composed of an inclined bottom section (7a) and a containment section (7b), which separate it from the cavity container (6) and form a capacity concavity default

In another intended embodiment, the medium of separation between the dosing compartment (7) and the cavity container (6) is given by an interior partition comprising two sections (7a) (7b).

In other embodiments, the one mentioned separation means can be defined by the conformation itself of the side walls (3) and / or extension of the same walls lateral (3).

For example, the means of separation between the dosing compartment (7) and the container cavity (6) can be formed by sinking (3a) and inner union of the walls lateral (3). In a variant, this sinking (3a) formed Provides side handles that allow easy and practical container handling (1).

In another embodiment, the present container (1) comprises indicator means (9) of one or more doses, in the dosing compartment (1). This allows you to choose with Accuracy the dose of the content you want to use.

In other embodiments, the present container (1) may comprise a transparent display sector or translucent that allows viewing the dosage in the dosing compartment (7). In another variant their own walls (3) of the container (1) are totally transparent or translucent with the same purpose.

The indicating means (9) may consist of dose level indicators or indicators (9a) (9b) (11a) (11b) (11c) (11d) and positional indicators (9c) (11e) (11f) (11g) (11h) located on the walls adjacent to the compartment dispenser (7). It's marks (9a) (9b) (9c) can be shaped on said side walls (3) -exteriorly or internally- or may be aggregate indicator means (9).

The container (1) is normally resting on its bottom wall (2), the substance (10) to be dosed is found in the container cavity (6). If the container (1) is tilted, the dosing compartment (7) will prevent the exit through the mouth of download (5).

If, on the other hand, the container (1), the substance (10) contained will enter the passage positionally enabled (8), it will cross the edge (7c) of the containment partition (7b) and will enter the compartment dispenser (7). Under these conditions, only the lid (5a) prevents exit through the discharge mouth (5).

When returning the container (1) to its normal position of support on the bottom wall (2), it will only remain in the dosing compartment (7) a portion of substance (10) equivalent to the capacity of the same dosing compartment (7). If the lid (5a) is removed and the container (1) is tilted towards the discharge mouth (5) for the same will leave the portion of substance (10) or dose contained in said dosing compartment (7). At the same time, this last dosing compartment (7) prevent the exit of the substance (10) contained in the cavity container (6).

With the presence of sight media, walls (3) transparent or translucent and / or dose indicator means (9), the discharge of equal portions or doses can be dosed or less than the capacity of the dosing compartment (7).

As can be seen in the case of the Figure 3, the highest level verification indicator (9a) indicates the maximum level while the level verification indicator lower (9b) indicates the lower level of substance (10), to which must arrive by dumping the surplus substance (10). The same substance (10), tip over as seen in figure 7- tilting the container (1) so as to exceed the edge (7c) of the section of containment (7b) and, crossing the passage (8), return to the cavity container (6). This dump of the substance (10) is performed taking as reference the positional indicator (9c), that is to say the dump is carried out until the level of the substance (10) in the dosing compartment (7) matches the positional indicator (9c). Then the container (1) is brought to the normal position of support on its bottom wall (2) and it is verified that the level of the Dosed substance (10) matches the verification indicator level (9b).

In the case of Figure 11, the means indicators (9) comprise four scales of indicators of level check (11a) (11b) (11c) (11d) with their corresponding positional scales of indicators (11e) (11f) (11g) (11h). Below is an example of values of capacity for these indicators.

Dose (cm3) Level indicator Indicator positional [Reference in Fig. eleven] [Reference in Fig. eleven] 100 11th 11h 75 11b 11g fifty 11c 11f 25 11d 11e

In all cases, removing the cover (5a) e tilting the container (1) towards the discharge mouth (5), by this last discharge mouth (5) will leave the substance (10) dosed

To the described, it should be added that the present container (1) offers the possibility that the discharge mouth (5) be used as a loading mouth in the event that the aforementioned container (1) wants to be used.

The mentioned passage (8) will have for anyone of the variants of the container (1), a dimension sufficiently as to allow the fluid passage of the liquid or dust from the container cavity towards the dosing vessel through the Simple rotation of the container.

We see in figures 14 a new modality of embodiment of the container (1) of the present invention It is observed clearly there the curvature of walls 12 and 13 near the discharge mouth (5) of the container (1), curvatures that facilitate the discharge of both the liquid or fluid dosed as well as of the main body fluid in case you want to remove the content without any dosage.

Such curvatures will allow the angle of tilt of the container is as small as possible, thus facilitating the container handling, extremely important when the content It has a weight greater than 2 kg, since a lower degree of inclination greatly facilitates the task of pouring the User content. This lower inclination is shown particularly in figures 15a and 15b.

They are observed in the mentioned figure 14 the surface continuity between side walls 12 and 13 close to the discharge mouth and the discharge mouth itself bliss

Figures 16a and 16b, allow to appreciate the level gains on the occasion of generation above the main container of an angled surface 14, which will give more space for the main body fluid to lodge within said generated cavity and thus enable the content dosed more safely, without letting another volume of liquid can pass into the container doser and thus cause a bad dosage of liquid or fluid.

Undoubtedly, being the present model of utility implemented, may be introduced modifications in what to certain details of construction and form of refer, without implying departing from the principles fundamentals that are clearly substantiated in the claims following.

Claims (18)

1. Container for the dosed supply of its contents, of those intended to contain and supply substances such as liquids or powders comprising walls that close the container cavity (6) of the substance (10) to be supplied and at least one discharge mouth (5) generally located on the opposite side of said container cavity (6), provided with its respective closing lid (5a), characterized in that a dosing compartment (7) flows into the adjacent mouth of the discharge mouth (5). whose capacity determines the predetermined dose to be delivered, said dosing compartment (7) being formed by a separation means that is interposed between the discharge mouth (5) and the container cavity (6), acting as a means of containing the contained substance in said container cavity (6) and said metering compartment (7) being fed by said container cavity (6) through a positionally enabled passage (8). 2. Container for the dosed supply of its contents, according to the 1st claim, characterized in that the separation means between the dosing compartment (7) and the container cavity (6) consists of an interior partition. 3. Container for the dosed supply of its contents, according to the 1st claim, characterized in that the separation means between the dosing compartment (7) and the container cavity (6) is defined by the conformation of the walls. 4. Container for the dosed supply of its contents, according to the 3rd claim characterized in that the separation means between the dosing compartment (7) and the container cavity (6) is defined by sinking and joining the side walls (3). 5. Container for the dosed supply of its contents, according to the 4th claim characterized in that the sinking of the side walls (3) forms two handles. 6. Container for the dosed supply of its contents, according to the 1st claim characterized in that the dosing compartment (7) is born at the exit of the passage and flows into the discharge mouth (5). 7. Container for the dosed supply of its contents, according to the 1st claim characterized in that the dosing compartment (7) forms a concavity between the passage exit and the discharge mouth (5). 8. Container for the dosed supply of its contents, according to the 1st claim characterized in that the dosing compartment (7) comprises a separation means composed of a containment section (7b) located at the exit of the passage and a bottom section (7a ) whose inclination flows into the discharge mouth (5). 9. Container for the dosed supply of its contents, according to the 1st claim characterized in that it comprises at least one transparent sector as a viewing medium. 10. Container for the dosed supply of its contents, according to the 1st claim characterized in that it comprises at least one sector translucent as a viewing medium. 11. Container for the dosed supply of its contents, according to claims 9 and 10 characterized in that it comprises at least one viewing means fixed to its walls. 12. Container for the dosed supply of its contents, according to the 1st claim characterized in that it comprises transparent walls as a viewing medium. 13. Container for the dosed supply of its contents, according to the 1st claim characterized in that it comprises translucent walls as a viewing medium. 14. Container for the dosed delivery of its contents, according to the 1st claim characterized in that it comprises indicating means of at least one dose in the dosing compartment (7). 15. Container for the dosed delivery of its contents, according to the 1st claim characterized in that it comprises dose indicating means (9) of different magnitude in the dosing compartment (7). 16. Container for the dosed supply of its content, according to the 1st claim characterized in that it has dose indicator means (9) of different magnitude in the Dosing compartment (7) comprising positional indicators and level verification indicators. 17. Container for the dosed supply of its contents, according to the 1st claim, characterized in that according to another new embodiment; on the container cavity (6) of the substance (10) to be supplied, on the side opposite to the dosing passage, a cavity superior to a triangular section whose roof is an inclined surface is defined. 18. Container for the dosed supply of its contents, according to the 1st claim, characterized in that according to the other new embodiment, both the separation means and the upper walls defined by the passage are substantially curved surfaces with continuity with the internal surface of the discharge mouth (5).