ES2328768A1 - Plastic bottle manufactured in three parts with incorporated container and lid. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

The plastic bottle manufactured in three parts, with built-in container and lid, is designed to pack liquids. The three parts of the bottle are manufactured separately and then joined by pressure to form a complete hermetic bottle. When the bottle is empty, the container and lid incorporated in the structure of the bottle are designed to be easily separated and retained by the consumer. This transforms the empty bottle into two useful objects. With this instant recycling of two of the three parts that make up the bottle, it prevents the entire plastic bottle from being discarded. (Machine-translation by Google Translate, not legally binding)

Description

Plastic bottle manufactured in three parts with built-in container and lid.

Technical sector

The invention of the plastic bottle manufactured in three parts with built-in container and lid, in Its structure is part of the technical sector of plastics, specifically in the plastics industry related to manufacture of bottles intended for liquid packaging of distribution and mass consumption. The products to be mostly packaged in the invention are soft drinks; sodas; drinking water; cooking oils and household cleaning products.

State of the art

In our current society, every day, liquids are packaged, distributed, sold and consumed in millions of plastic bottles in most countries of the world. These liquids, normally distributed and sold in bulk, can be divided into two categories: Drinking and non-drinking. Drinking liquids are mainly: soft drinks, sodas, beer, drinking water, juices and household cooking oils. Liquids
Non-drinkable are mainly: household liquid cleaners, laundry additives, liquid soaps, oils and lubricants.

Currently the vast majority of these liquids They are sold in conventional plastic bottles. The bottles Conventional plastic are made up of one unit full plastic.

In the plastic industry, currently Complete plastic bottles are manufactured in two ways: PET Method (Polyethylene Tereflalate) and Injection Method Plastic (HDPE).

For waters and sodas they are mostly used PET plastic bottles. This method is more economical although the bottles produced are not as resistant or symmetrical exact.

The second method for manufacturing plastic bottles, the most traditional, consists of the injection of  plastic (HDPE) through the use of injection machines. Using This method produces more resistant bottles and with exact symmetries

Currently through the use of Both methods, both PET and plastic injection manufacture conventional plastic bottles, complete, with one single piece

Technical problem raised

Conventional plastic bottles of a single piece are designed to be completely discarded after if its content has been consumed, this concept of use-throw wastes a lot of energy and materials, thereby generating a negative impact on the sustainability of the  human and environmental activity.

Some labels printed on plastic bottles  recommend discarding the bottle after using its contents and they also warn not to refill the bottle, even if it has drinking water content. Discarded plastic bottles they represent a high percentage of all plastic waste collected daily by health authorities. The bottles Conventional single-piece plastic discarded generate large amounts of volume and weight of solid waste.

When discarded, plastic bottles They usually have their lid in place. A conventional bottle of  plastic with its lid in place is an airtight container and full of air, therefore very difficult to compact in the process of handling solid waste, generating an additional volume problem. This means that these large quantities of plastic bottles discarded daily represent a volume problem of plastic for the management and management of solid waste by of health authorities. Yes to the negative consequences above, we add the wrong way to discard them in containers not indicated for them, the problem is aggravates

Governments and municipal authorities they spend large amounts of material resources annually and economic to promote recycling in general. If specific to conventional plastic bottles this promotion It is mainly aimed at educating and raising public awareness in the right way and place to discard the plastic bottle complete.

A conventional plastic bottle is not designed for any future use after being consumed content, this means that the final consumer has no other alternative and the entire plastic bottle is discarded.

The plastic bottle manufactured in three parts with a built-in container and lid, in its structure, it has its origin in the search for a solution to the problems above raised. The main objective of this invention is to convert the empty plastic bottle into two useful objects, practical and attractive to the consumer, named in the title As a container and lid.

This bottle is designed to allow a high percentage of its plastic structure be immediately recycled having future use after having been consumed bottle content, generating this automatically a great positive environmental impact This means that large quantities of plastic bottles would be recycled daily by the final consumer in their own home. This domestic recycling would drastically reduce the volume of plastic waste generated by the effect of normal human activity.

It is currently proven that the best way Recycling consists of immediate reuse by the consumer, of the original packaging, without needing any process additional to treat and recycle waste.

Instant recycling, directly in the households, with a high percentage of the plastic content of the bottle plastic manufactured in three parts with a container and a lid incorporated would generate many benefits for the sustainability of The society and the environment.

Description of the invention

The present invention, the plastic bottle manufactured in three parts, with built-in container and lid, It refers to a type of plastic bottle. This bottle is designed to convert to the plastic bottle, used to pack liquids, in two useful objects, when the content of the Bottle has been consumed. The plastic bottle manufactured in three parts, with built-in container and lid, is designed to pack all kinds of drinking liquids and non-potable, except those extremely Toxic

The structure of the plastic bottle manufactured in three parts is composed of three sections of as follows:

Upper Section: conformed by:

quad

The top of the bottle called TOP.

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Middle Section: conformed by:

quad

The middle part of the bottle called SKIRT.

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Lower Section: conformed by:

quad

The bottom of the bottle called CONTAINER.

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The three sections (Top Section, Section Middle and Bottom Section) are manufactured separately. The Top and Bottom section are designed to have material printed on its outer surface. This impression, usually to color, can be decorative motifs; educational; informative; advertising or promotional The three sections (Section Bottom, Middle Section and Top Section) of the bottle are specially designed to be joined by pressure forming in this way a full airtight bottle. This bottle Airtight can be used conventionally for packaging; save; transport; handle; Sell and consume liquids.

When the liquid content inside the bottle has been consumed, the three sections of the bottle are designed  to be easily separated by mechanical pressure side.

The middle section of the bottle, SKIRT, is It is located between the COVER and the RECIPIENT.

When applying lateral mechanical pressure on the SKIRT are released to the three sections of the bottle.

The only part of the plastic bottle manufactured in three parts that is discarded is the middle part of the bottle called SKIRT. The SKIRT has the great advantage of being hollow and open at both ends, being very easy to compact in the waste management process.

It is about the SKIRT where the labels and the product barcodes; These can be printed or pasted.  This means that the outer visible surface of the CONTAINER and of the COVER can be used for printing motifs decorative; educational; informative; advertising and Promotional

The Bottom Section of the bottle, RECIPIENT, It can be manufactured in the shape and appearance of a traditional glass or It can have the shape and appearance of a container. Other forms and aspects can be used for the Lower Section, CONTAINER.

The Lower Section, RECIPIENT, for being plastic, is designed to be washable and usable for a long time frame. The size and shape of the CONTAINER will depend on the design of the bottle and the amount of liquid to be stored in the bottle.

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For having the RECIPIENT printed material on its outer surface, making it an attractive, useful and useful object. practical, the consumer would be encouraged to keep it for use future, without discarding it.

The Top Section of the bottle, TAPA, has a practical cover incorporated in its design.

This COVER is a complement of the CONTAINER for cover and protect its contents. For being plastic, she is designed to be washable and usable for a long period of weather.

For having the cover printed material on your external surface, making it an attractive, useful and useful object practical, the consumer would be encouraged to keep it for use future, without discarding it.

Turning the plastic bottle into two useful objects, the consumer would be encouraged to keep these objects without discarding them, in this way the useful life of much of the plastic bottle, thereby extending its cycle of lifetime.

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Description of the drawings

The figures represent lateral cuts of the plastic bottle manufactured in three parts with container and lid  incorporated.

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Figure Nº 1

This figure shows the three sections of the bottle separately before being joined. Section is observed Top, Middle Section and Bottom Section of the bottle.

(one)

Represents the Upper Section.

(2)

Represents the Middle Section.

(3)

Represents the Lower Section.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(6)

Represents the joint profile of the COVER.

(7)

Represents the upper joint profile of the SKIRT.

(8)

It represents the SKIRT.

(9)

Represents the lower joint profile of the SKIRT.

(10)

Represents the union profile of the CONTAINER.

(eleven)

Represents the RECIPIENT.

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Figure Nº 2

This figure shows a complete bottle, with The three sections joined.

The Bottom Section of the bottle called CONTAINER, has the shape of a glass.

The cover incorporated in the upper section is designed to fit loosely inside the vessel.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(12)

It represents the COVER / SKIRT union.

(8)

It represents the SKIRT.

(13)

Represents the union SKIRT / CONTAINER

(14)

Represents the RECIPIENT (Glass)

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Figure Nº 3

This figure shows a complete bottle, with The three sections joined.

The Bottom Section of the bottle called CONTAINER, has the shape of a glass.

The cover incorporated in the upper section is designed to fit comfortably on the glass.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(12)

It represents the COVER / SKIRT union.

(8)

It represents the SKIRT.

(13)

Represents the union SKIRT / CONTAINER

(14)

Represents the RECIPIENT (Glass)

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Figure Nº 4

This figure shows a complete bottle, with The three sections joined.

The Bottom Section of the bottle called CONTAINER, has the form of a container.

The cover incorporated in the upper section is Designed to fit tightly over the Container.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(12)

It represents the COVER / SKIRT union.

(8)

It represents the SKIRT.

(13)

Represents the union SKIRT / CONTAINER.

(fifteen)

Represents the CONTAINER (Container).

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Figure Nº 5

This figure shows a complete bottle, with The three sections joined.

The Bottom Section of the bottle called CONTAINER, has the form of a container. The CAP incorporated in the upper section is designed to screw into the container. Inside the container there is an internal thread.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(19)

Represents the union profile for screw in.

(12)

It represents the COVER / SKIRT union.

(8)

It represents the SKIRT.

(13)

Represents the union SKIRT / CONTAINER.

(fifteen)

Represents the CONTAINER (Container).

(twenty)

It represents the internal thread of the CONTAINER.

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Figure Nº 6

This Figure shows the Lower Section of the bottle. The CONTAINER is observed in the form of a glass, showing Your union profile.

(10)

Represents the union profile of the CONTAINER.

(14)

Represents the RECIPIENT (Glass).

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Figure Nº 7

This figure shows the RECIPIENT in the form of Cup with the lid in place. The COVER is designed to fit loosely inside the glass. The diameter of the bottom edge of the COVER will be smaller than the diameter of the upper edge of the CONTAINER.

This figure shows the result of separating the lid and container incorporated in the bottle structure, both converted into two useful objects.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(6)

Represents the joint profile of the COVER.

(10)

Represents the union profile of the CONTAINER.

(14)

Represents the RECIPIENT (Glass).

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Figure 8

This figure shows the RECIPIENT in the form of Cup with the lid in place. The COVER is designed to fit loosely on the glass. The diameter of the bottom edge of the COVER will be larger than the diameter of the upper edge of the CONTAINER.

This figure shows the result of separating the lid and container incorporated in the bottle structure, both converted into two useful objects.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(6)

Represents the joint profile of the COVER.

(10)

Represents the union profile of the CONTAINER.

(14)

Represents the RECIPIENT (Glass).

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Figure Nº 9

This Figure shows the Lower Section of the bottle. The RECIPIENT is observed in the form of a container, Showing your union profile.

(10)

Represents the union profile of the CONTAINER.

(fifteen)

Represents the CONTAINER (Container).

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Figure Nº 10

This figure shows the RECIPIENT in the form of container with its LID in place. The COVER is designed to fit firmly on the container. The diameter of the bottom edge of the COVER will be equal to the diameter of the upper edge of the CONTAINER.

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This figure shows the result of separating the lid and container incorporated in the bottle structure, both converted into two useful objects.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(16)

Represents the COVER / CONTAINER union.

(fifteen)

Represents the CONTAINER (Container).

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Figure Nº 11

This Figure shows the Lower Section of the bottle. The RECIPIENT is observed in the form of a container, Showing your union profile. The internal thread is also observed of the container.

(10)

Represents the union profile of the CONTAINER.

(twenty)

It represents the internal thread of the CONTAINER.

(fifteen)

Represents the CONTAINER (Container).

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Figure Nº 12

This figure shows the RECIPIENT in the form of container with its LID in place. The COVER is designed to Screw into the CONTAINER.

This figure shows the result of separating the lid and container incorporated in the bottle structure, both converted into two useful objects.

(4)

It represents the screw closure. (It's the lid conventional bottle).

(5)

It represents the COVER.

(10)

Represents the union profile of the CONTAINER.

(twenty-one)

It represents the thread joint COVER / CONTAINER.

(19)

Represents the union profile for screw in.

(twenty)

It represents the internal thread of the CONTAINER.

(fifteen)

Represents the CONTAINER (Container).

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Figure Nº 13

This Figure shows the SKIRT once separated of the COVER and the CONTAINER. It is hollow and open by both extremes

(7)

Represents the upper joint profile of the SKIRT.

(8)

It represents the SKIRT.

(9)

Represents the lower joint profile of the SKIRT.

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Figure Nº 14

This Figure shows two joining profiles.

(17)

Represents the upper joint profile.

(18)

Represents the bottom joint profile.

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Figure Nº 15

This Figure shows a joint profile for screw in.

(19)

Represents the union profile for screw in.

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Embodiment

The plastic bottle manufactured in three parts with built-in container and lid, it has several features specially designed Next we will describe with your embodiment a deeper explanation of the description referring to the figures and numbers.

The three plastic parts used to Form a complete bottle are manufactured separately. The upper part called Upper Section, the middle part called Middle section and the bottom section called Lower Section.

In Figure Nº 1 you can see how around from the lower edge of the Upper Section (1), there is a profile of COVER union (6) designed to fit with the joint profile upper of the SKIRT (7) located around the upper edge of the Middle Section (2). In Figure No. 1 it can also be seen as around the upper edge of the Lower Section (3), there is a junction profile of the CONTAINER (10) designed to fit the lower binding profile of the SKIRT (9) located around the lower edge of the Middle Section (2). The three sections are joined by pressure. More details of these joining profiles can see in Figure No. 14, Upper joint profile (17) and Bottom joint profile (18). Other joint designs can also be used varying its measures and characteristics depending on the needs of the bottle.

When the three sections of the bottle are together, the bottle is airtight, so it can be used the same way as a conventional plastic bottle of a single piece, to pack, store, transport, handle, sell and consume liquids

When the liquid content inside the bottle has been consumed, lateral mechanical pressure, applied by the consumer, on the sides of the Middle Section Figure No. 1 (2), disjoint to union profiles. The union profile of the COVER (6) of the upper joint profile of the SKIRT (7). I also know disengage the junction profile of the CONTAINER (10) from the junction profile bottom of the SKIRT (9). This action allows all three sections from the bottle be easily separated, leaving the Section Superior (1) and the Lower Section (3) of the Middle Section (2).

When the three sections are separated, the Lower Section becomes a CONTAINER (11). The recipient  It can be manufactured in the shape and appearance of a glass Figure Nº 6 (14) or it may have the shape of a container Figure No. 9 (15) and Figure No. 11 (15). Other forms and aspects can be used for Lower section called RECIPIENT.

The RECIPIENT is designed to have material printed on its outer surface.

When the Middle Section (2), SKIRT, has been separate from the CONTAINER and the COVER Figure Nº 13 (8), is an object hollow and open at both ends, very flexible and flimsy, this is the only part of the bottle designed to be discarded. Skirt for having this flexible nature it is very easy to compact, for consequently producing a small volume of waste plastic.

The Upper Section, the COVER, Figure No. 1 (5) once released it becomes a complement of the RECIPIENT to cover and protect the contents. The conventional cover of the Bottle will also be used and will not be discarded. For purposes of better understanding in this invention, this cover is called Closure of Thread Figure No. 1 (4). It is understood that for purposes of the invention Any type of bottle cap can be used.

The COVER (5) will fit over the top edge of the CONTAINER in several ways. Figure 2 shows a LID design (5) with the lower edge of the lower LID diameter than the diameter of the upper edge of the CONTAINER (14) to fit loosely within the upper edge of the CONTAINER. In Figure Nº 3 a design of COVER (5) with the edge is observed lower of the CAP of greater diameter than the diameter of the edge top of the CONTAINER (14) to fit loosely over the upper edge of the CONTAINER. Figure 4 shows a COVER design (5) with the bottom edge of the COVER equal diameter than the diameter of the upper edge of the CONTAINER (15) To fit tightly. Figure 5 shows a design of COVER with its union profile for screwing (19). This profile of union coils inside the CONTAINER.

The design of TAPA is not limiting and others Designs could be used.

When the lid and container incorporated in the structure of the bottle are released, both become two useful and complementary objects as seen in the Figures: Figure No. 7, Figure No. 8, Figure No. 10 and Figure 12. The CONTAINER and the lid incorporated in the bottle are transformed into a utensil of great use for the consumer.

TAPA designs will fit over and around the top edge of the CONTAINER loosely Figure No. 7 and Figure No. 8. These types of COVER with their closure of thread instead would protect the contents of the RECIPIENT from insects, dust and any other environmental pollutant. THE COVER it would be easily separated from the RECIPIENT to facilitate drinking actions; fill or other uses.

The screw closure Figure No. 7 (4) and Figure No. 8 (4) can be removed if the contents of the CONTAINER will be consumed with a cigarette or straw, facilitating this action.

Another TAPA design will fit tightly over and around the upper edge of the CONTAINER Figure No. 10. In this junction profile case of the COVER Figure No. 1 (6) will have the same diameter of the junction profile of the CONTAINER Figure No. 9 (10) and it will fit over the joint profile of the CONTAINER forming the joint COVER / CONTAINER Figure No. 10 (16).

The tightly fitted lid would be removable by The user with ease. This type of COVER would convert to CONTAINER in a practical and useful container for storing solids and liquids

The screw closure Figure No. 10 (4) can be removed to facilitate access and served the content of the CONTAINER.

Another TAPA design screwed into the CONTAINER, Figure No. 12. The joint profile for screwing Figure No. 5 (19), screwed into the inner thread of the CONTAINER, Figure No. 5 (20), forming the thread joint TAPA / RE -
CIPIENT Figure No. 12 (21). A joint profile design for screwing can be seen in Figure No. 15 (19).

The COVER would be screwed and unscrewed with ease by the user. This type of COVER would convert to CONTAINER in a practical or useful container for storing solids and liquids The screw closure Figure No. 12 (4) can be removed to facilitate the access and serving of the content of the CONTAINER.

The COVER in all cases, is designed to have printed material on its external surface.

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Industrial application

The plastics industry would have to perform few adaptations to your current industrial processes of manufacture of conventional plastic bottles to be able to produce the plastic bottle manufactured in three parts, with built-in container and lid.

The only new equipment needed by a manufacturer of plastic bottles to make a bottle  manufactured in three parts, it would be the necessary machinery to join the three sections and thus assemble the complete bottle.

The three parts can be manufactured by plastic injection into a mold using HDPE plastic (High density polyethylene). The contours of the three sections of the bottle (Upper Section, Middle Section and Lower Section) can be engraved on the same mold, therefore its production in the injection machine it will be simultaneous, being manufactured to it Time the three plastic sections.

The three parts will then go to the machine assembler to be joined, forming the airtight bottle complete.

After the assembly process the bottle is transferred to the xerographic color printing process.

After these processes the bottle can be treated as a conventional plastic bottle for packaging, label, save, transport, manipulate, sell and consume liquids

Other forms of industrial application for manufacture of the bottle manufactured in three parts, with Built-in container and lid can be used.

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Advantages

Some of the advantages of the plastic bottle manufactured in three parts, with built-in container and lid, when compared to the conventional plastic bottle of a complete unit, are the following:

1.- The bottle manufactured in three parts, with Built-in container and lid, does not modify the concept and use of the plastic bottle, rather adds an environmental and social advantage considerable to it.

2.- The bottle manufactured in three parts, with built-in container and lid, is designed to be manufactured using existing methods of mass production.

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3.- Once the bottle has been assembled, It is airtight and can be filled; manipulated distributed and sold in a normal way.

4.- The bottle manufactured in three parts, with built-in container and lid, it is easily separable by mechanical pressure, without using any object cutting.

5.- The visible external surface of the CONTAINER and of the COVER can be used for full color printing of decorative motifs; educational; informative; advertising and Promotional

6.- The decorative motifs; educational; informative; advertising or promotional may or may not They can refer to the content sold in the bottle.

7.- The commercial, educational and informative value of the reasons printed on the RECIPIENT and TAPA would counteract Additional production costs of the manufactured bottle in three parts when compared to the manufacturing costs of the conventional plastic bottle.

8.- The products to be sold in the bottle manufactured in three parts should not cost more than the same Products sold in conventional plastic bottles.

9.- The consumer would receive along with the Liquid content, completely free, a practical, useful and Attractive CONTAINER and LID with each bottle.

10.- The multiple forms of the RECIPIENT and COVER can be adapted to the varied uses of the consumer final.

11.- TAPAS designed to be fitted loosely on the CONTAINER with its screw closure in place  protect the contents of the CONTAINER from dust, insects or other environmental pollution.

12.- If the content of the RECIPIENT is going to be consumed using a straw, then the screw closure can be removed allowing easy insertion of the straw.

13.- The LID designed to fit tightly on the CONTAINER, makes it a useful container to store solid or liquid

14.- The COVER designed to screw into the CONTAINER, makes it a useful container for storing solids and liquids

15.- The content saved in the RECIPIENT is easily accessible by unscrewing the screw closure.

16.- When the bottle manufactured in three parts, with built-in container and lid, is empty, can be refilled and reused as a one-piece bottle, if so is desired.

17.- The practical and useful RECIPIENTE and TAPA, printed with full color motifs, would encourage the final consumer to conserve them, achieving with this instant recycling reduce considerably the final amount of plastic waste collected and treated by health authorities.

18.- The only discarded part of the bottle, the SKIRT, is hollow and open at both ends, these means that It is easily compacted in the waste management process.

19.- If the bottle manufactured in three parts, with built-in container and lid, discarded in its totality, for its structure and design, would be easily compacted in the waste management process.

20.- With this instant domestic recycling of the plastic content of the bottle, large quantities of glasses and plastic containers with their lids, free and recycled, would be obtained by the general public.

21.- Due to this recycling, the resulting reduction in demand for traditional glasses and containers would generate substantial savings of energy and raw materials used currently for the manufacture of them.

22.- The bottle manufactured in three parts, with built-in container and lid, it is much more ecologically friendly than the conventional plastic unit bottle complete.

Other advantages, more specifically in the area Marketing are:

23.- Sales of the products marketed in bottles manufactured in three parts would be increased by offer the consumer the advantages of obtaining a CONTAINER and a free COVER while helping to preserve the environment.

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24.- The ecological characteristics of the bottle manufactured in three parts are an advertising advantage for the products sold in these bottles.

25.- When using the bottle manufactured in three parts to convey decorative motifs; educational; informative; advertising or promotional means a means of massive consume.

Claims (15)

1. The plastic bottle manufactured in three parts with a built-in container and lid, is a plastic bottle manufactured in three sections. These three sections are identified as lower section, middle section and upper section. The three sections are joined by unions to form an airtight bottle. When the contents of the bottle have been used and the bottle is empty, the three sections that comprise the structure of the bottle are designed to be separated and characterized because: The lower section (3) is made up of:

quad

- a container (11)

quad

- a joining profile of the CONTAINER (10)

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The middle section (2) is made up of:

quad

- a SKIRT (8)

quad

- a superior joint profile (7)

quad

- a lower joint profile (9)

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The upper section (1) is made up of:

quad

- screw closure (4)

quad

- a cover (5)

quad

- a cover joint profile (6)

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The container (11) and its complement, the lid (5), once released, they become two useful objects for Be preserved and not discarded. 2. The plastic bottle manufactured in three parts with container and lid incorporated according to claim 1 characterized in that it comprises in its structure four joining profiles to join the lower section with the middle section and the middle section with the upper section. 3. The plastic bottle manufactured in three parts with container and lid incorporated according to claim 1 characterized in that it consists of the union of three sections manufactured separately. 4. The plastic bottle manufactured in three parts with a container and lid incorporated according to claim 1 characterized in that it consists of an airtight bottle when the upper section, the middle section and the lower section are joined. 5. The plastic bottle manufactured in three parts with container and lid incorporated according to claim 1 characterized in that it comprises in its lower section a container (11). 6. The plastic bottle manufactured in three parts with a container and lid incorporated according to claim 5, characterized in that it comprises in its lower section a container in the form of a glass (14). 7. The plastic bottle manufactured in three parts with container and lid incorporated according to claim 5 characterized in that it comprises in its lower section a container in the form of a container (15). 8. The plastic bottle manufactured in three parts with container and lid incorporated according to claim 5 characterized in that it comprises in its lower section a container in any shape or aspect (11). 9. The plastic bottle manufactured in three parts with built-in container and lid according to claim 1 characterized in that it comprises a skirt (8) which is the middle part of the bottle, hollow and open at both ends when it is separated from the lid (5) and of the container (11). 10. The plastic bottle manufactured in three parts with container and lid incorporated according to claim 1 characterized in that it comprises in its upper section a lid (5), complement of the container (11) to cover and protect the contents stored in the container.

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11. The plastic bottle manufactured in three parts with container and lid incorporated according to claim 10 characterized in that it comprises a lid design to fit loosely within the upper edge of the container. 12. The plastic bottle manufactured in three parts with incorporated container and lid according to claim 10 characterized in that it comprises a lid design to fit loosely on the upper edge of the container. 13. The plastic bottle manufactured in three parts with built-in container and lid according to claim 10 characterized in that it comprises a lid design to fit firmly on the container. 14. The plastic bottle manufactured in three parts with a built-in container and lid according to claim 10 characterized in that it comprises a cap design for screwing into the container. 15. The plastic bottle manufactured in three parts with incorporated container and lid according to claim 10 characterized in that it can comprise caps in any shape or aspect.