ES1275185U - Total finish container (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Total finish container "Total Finish (A) of plastic material or mixed with any other material that, to achieve the total emptying of a product (E), includes an anti-drip dispenser (B) of about 5-7 mm (function (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Total finish container

Technical sector

This type of total finish container fits in all types of containers that contain a liquid with a viscous structure, for example, containers of hand soap, dishwasher soap, shower gels, shampoos, etc ...

With this modification to current containers, the entire container of the fluid in question is allowed to be emptied without having to reverse the position of the container to drop the fluid in question contained in the container.

Background of the invention

When a viscous packaged product is about to run out, the most common solution in our society is to turn the package upside down with the discomfort that this entails.

Some proposals for these drawbacks have been to put the lid of the container itself as a support base. That is, put the container upside down. The drawback of these containers is that when the lid is opened, the product falls directly and may fall too much and dirtying the lid and other parts of the container. These types of containers cannot be used in containers with a dosing rod (push-button), for example, in hand soap, avoiding its total finish since the dispenser itself prevents it from being maintained without falling. (Unless it rests on some surface perpendicular to the support).

Explanation of the invention

The inventor of the present application has developed a new container format that solves the previous problems thanks to the modification of the lower and internal shape of the container using the well-known mechanism as an anti-drip dispenser. This dispenser is used to avoid the dripping of, for example, a pot of tomato sauce, mustard, honey ...

The aforementioned dispenser will be covered with a glued plastic to metal lid. This system of glued metal lid is the one that some toothpaste creams have to prevent drying and that must be removed before use, thus freeing the exit orifice of the product.

The inventor of the present application has designed the improvement of the containers that cannot be turned over and, therefore, not achieve the total emptying of the product. With this modification in the base of the containers, the product can be extracted from its lower part and therefore, the product is completely emptied from its storage place.

In addition, this document describes the improvement that consists of changing the lower and internal format of the container to make the most of the viscous fluid without having to turn the container upside down.

In accordance with all of the foregoing, the present invention is aimed at achieving full use of the fluid in a comfortable and practical way. Each of these parts are defined in more detail below:

a) Like all packaged viscous fluid, a container is necessary in which it can be stored and an opening with an orifice for the use and extraction of said fluid.

Such container, in addition to its extraction method, such as extraction by gravity from the upper part by means of a measuring rod, will also require a conical shape at its base with a small inclination (from larger to smaller diameter taking as reference the part container) inside it, at a simple inclination towards one end of the container, thus favoring the fall of the fluid to the bottom of the container.

b) At the bottom of the container, just at the conical termination or simple drop towards one end of the container, the finish anti-drip dispenser will be located, which will have a diameter of approximately 5 to 7mm. This diameter can be larger or smaller depending on the viscosity and density of the product.

c) Said finishing dispenser will be closed with a cover that will be arranged to prevent the fluid from falling during normal use. That is to say, until the fluid is practically about to run out, it will not be uncovered. Once the product reaches a mark engraved on the container, the dispenser will be uncovered to evacuate all the fluid from the bottom and inside. Depending on the density and viscosity of the product, and the containment of the anti-drip dispenser, the finishing dispenser will not be covered again with the lid until the next use if the product is not completely finished.

Brief description of the drawings

Fig. 1 shows a side view of the dispenser rod actuated total finishing container with its base and its modified inner shape. The finish diffuser is shown in the lower center of the container in accordance with the present invention.

Fig. 2 shows a side view of the dispenser rod actuated total finishing container with its base and its modified inner shape. The finish diffuser is shown at the lower end of the container in accordance with the present invention.

Fig. 3 shows the lower part of the present invention developed on a plane so that the central area where the finishing dispenser is located can be seen more clearly after the internal modification of the bottom of the container. This format will internally have a conical inclination towards the central area of the container.

Fig. 4 shows the lower part of the present invention developed on a plane so that the lateral area where the finishing dispenser is located can be seen more clearly after the internal modification of the bottom of the container. This format will have internally a simple inclination towards the end of the container.

Fig. 5 shows a traditional gravity-opening container with its base and its modified inner shape, and the location of the total finish dispenser centered on the base of the same.

Fig. 6 shows a container with traditional gravity opening with its base and its modified inner shape, and the location of the total finish dispenser at one end thereof.

Preferred embodiment of the invention

Next, a particular example of the total finishing container (1) according to the present invention is described with reference to the attached figures. Specifically, Figs.

1 and 2, show two profile views of a fully finished container (A), where the internal modification of the base of the container can be seen, as well as the location of the anti-drip dispenser (B), the container itself (A), the dispenser cap (C), the inclination (D) (both conical and straight) necessary to direct the fluid (E) to the bottom of the container (A) and the mark (F) of the beginning of actual use of the container of total finish (A).

The total finish container (1) has four different parts. One, the internal shape of the base of the container itself (A) in which the corresponding fluid (E) is stored. This total finish container (A) incorporates an internal inclination (D) in the lower part of the container. This will be conical or simple based on the location of the anti-drip dispenser (B) and will consist of a few degrees that will vary depending on the shape of the container, but will normally have an inclination of 3 ° to 5 ° in internal fall towards the dispenser. anti drip (B) that will be covered with a lid (C). Said inclination (D) can vary depending on the viscosity of the product (E).

With said internal inclination (D) in the lower and inner part of the total finish container (A), it is intended to achieve the internal fall of the fluid (E) containing container (A) towards the inner and lower center of the container (A) , or to the inner and lower end of the same, getting the product (E) to flow towards the anti-drip dispenser (B).

The dimension of the anti-drip dispenser (B) located at the base of the container (A), will depend on the size of the container (A). For a domestic size with a capacity of 500ml, an anti-drip dispenser (B) of approximately 5 to 7 mm in diameter can be incorporated into the container (A), this diameter being able to be larger or smaller depending on the viscosity and density of the product.

The cover (C), to cover the anti-drip dispenser (B) before and after use depending on the viscosity and density of the fluid. This will have enough diameter to cover the anti-drip dispenser (B) and thus avoid any spillage that may occur.

The mark (F), shown on the total finish container (A), will indicate the correct moment of use of this innovation. This mark (F) will vary its height in the container (A) depending on the viscosity and density of the product (F) so that, through the anti-drip dispenser (B), there are no losses. Said height of the mark (F), will also vary depending on the mechanism (dosing rod, gravity ...) of extraction of the product (E) that the total finishing container (A) contains inside. As soon as the fluid (E) reaches the mark (F) shown on the container (A), it will be time to extract the fluid through the base of the container. To do this, it will be necessary to remove the cover (C) from the finishing dispenser (B), exert a little pressure on the sides of the container (A) with the upper extraction hole closed by the system it contains (Lid, cap, dispenser rod. ..) and the extraction of the fluid (E) will begin through the base of the container by the anti-drip dispenser (B).

Once the quantity of product (E) has been extracted, the lid (C) of the anti-drip dispenser (B) will be replaced until the next use. If preferred, because the anti-drip dispenser (B) is capable of preventing the product from spilling (E), it will be left uncovered for a more comfortable use, avoiding having to remove the lid before each use.

It is important not to remove the cap (C) of the anti-drip dispenser (B) before the product (E) reaches the mark (F), since both the viscosity, I take the density of the fluid (E), it can be very liquid or very heavy respectively and leakage through the anti-drip dispenser (B).

Claims (6)

1. Total finish container (A) that, to achieve the total emptying of a product (E), is characterized by the internal modification of its base, which is comprised of an anti-drip dispenser (B) of about 5- 7 mm (depending on the fluid (E) contained in the container) with an inclination (D) at the bottom of its interior which directs the product (E) towards the anti-drip dispenser (B) located at the base of the container ( TO). 2. Total finish container (A) according to claim 1, characterized in that the anti-drip dispenser (B) is located in the center or on one side of the base of the container (A) depending on the format of the container. 3. Total finish container (A), according to previous claims, distinguished in that the internal inclination can be conical with the vertex downwards when the anti-drip dispenser (B) is located in the lower center of the container (A), or straight tilt when the dispenser is located at one end of the base of the container (A). 4. Total finish container (A), according to previous claims, distinguished by the fact that the internal inclination (D) in the lower part of the container (A) has an angle a between the tangent at the vertex and the horizontal of the container of between 3 ° and 5 ° when the anti-drip dispenser (B) is located in the center of the base of the finished container (A), or an angle of 3 ° to 5 ° of simple fall towards the anti-drip dispenser (B) when it is located at one end of the base of the container (A). 5. Total finish container (A), according to previous claims, characterized in that the anti-drip dispenser (B) incorporates a lid (C). This can be plastic or metallic material that will adhere to the dispenser (C) and can be opened or closed when the fluid (E) reaches a mark (F) engraved on the outside of the container (A) that indicates when it has to be used. . 6. Total finish container (A), according to claims 1 and 2, characterized in that the mark (F), located on the total finish container (A), will depend on its height in it depending on the viscosity and density of the product so that, through the anti-drip dispenser (B), there are no losses. This height, of the mark (F) on the container (A), will also vary, depending on the type of product extraction mechanism (E) (dosing rod, gravity ...) available in the total finishing container (A ).