EP3647071A1 - Glass bottle with inserted bottom - Google Patents

Abstract

The invention relates to a glass bottle (1) with an inserted hard bottom and a three-dimensional decorative element (4) inside the bottle, which has a hollow glass body (2) that is in the shape of a bottle, a bottom insert (3) and a three-dimensional decorative element (4) in the interior (5) the glass bottle. The floor insert (3) has a receiving device (7) to which the decorative element (4) is attached. The invention furthermore relates to a method for producing a bottle with an inserted hard bottom. Surprisingly, in the bottle according to the invention it is possible to combine glass with another material and still obtain a sealed bottle. The bottle is closed liquid-tight, although the bottom consists of a separate component. Any objects for decoration can be placed in the interior of the bottle.

Description

The invention relates to a glass bottle with an inserted hard base and a three-dimensional decorative element in the interior of the bottle, comprising a hollow glass body which has the shape of a bottle, a base insert and a three-dimensional decorative element in the interior of the glass bottle. The invention furthermore relates to a method for producing a bottle with an inserted hard bottom.

Bottles are a popular storage container, especially for liquids. They are used for drinks such as Water, milk, wine, juice or alcoholic beverages, as well as used for oils or for cosmetic or medical liquids. A typical material for the production of bottles is glass, because glass is food-safe and inert, easy to shape and comparatively inexpensive. Glass is also a popular bottle material from an environmental point of view.

For advertising purposes but also for optical reasons, it is common to decorate glass bottles. This is done, for example, by labels, embossing on the bottle, engravings or objects attached to the bottle.

From the DE 10 2006 011 282 A1 a glass bottle with a decorative object arranged inside the bottle is known. To insert the object, the bottle base is separated from the bottle body and a new functional glass base is used, on which the decorative object is attached. This creates a closed glass bottle with a glass bottom. Accordingly, only glass objects that are fused to the glass base can be placed in the bottle.

The object of the present invention is to provide a glass bottle which overcomes the aforementioned disadvantages, into which any decorative elements can be introduced and which allows food to be stored. Furthermore, it is an object of the present invention to provide a method for producing such a glass bottle.

The object is achieved according to the invention by a glass bottle according to claim 1 and a manufacturing method according to claim 11.

Further embodiments are the subject of the subclaims or are described below.

• einen Glashohlkörper, der die Form einer Flasche hat,
• ggf. Dichtelemente, die auch am Bodeneinsatz angespritzt sein können,
• einen Bodeneinsatz, und
• ein dreidimensionales dekoratives Element im Flascheninnenraum der Glasflasche.

The glass bottle according to the invention has an inserted hard floor, the floor insert, and a three-dimensional decorative element inside the bottle, that is, the bottle interior. The glass bottle according to the invention has

• a hollow glass body that has the shape of a bottle,
• if necessary sealing elements, which can also be molded onto the floor insert,
• a floor insert, and
• a three-dimensional decorative element in the bottle interior of the glass bottle.

The glass hollow body has an opening,,, in the bottom, the opening being arranged, for example, centered / concentrically in the case of a round bottle bottom. In one embodiment, the opening is a circular opening. The size and shape of the bottom insert corresponds to the opening in the bottom of the hollow glass body and closes the opening in the hollow glass body in a force-fitting and / or material-locking manner. The positive connection is preferably carried out with a clamp connection, screw connection or flare connection. The integral closure is preferably carried out with an adhesive connection. A combination of a cohesive adhesive connection and a non-positive clamp connection, for example with a sealing ring or a flanged connection, is preferred. In both cases, an additional seal is preferably used to ensure a food-grade separation between the contents of the bottle and the glue point and an unnecessary stress on the glue point from the liquid in the bottle, such as alcohols or other hydrocarbons. The floor insert is preferably made of metal or plastic or a combination of these materials and not glass. The floor insert is used to hold a three-dimensional decorative element, which can be fixed or variably connected to the floor insert. On the floor insert is on the Attached to the top of the bottom insert, a receiving device, which is directed into the glass bottle. For example, a receiving device in the form of a threaded piece or a threaded bore is possible. The three-dimensional decorative element is attached to the receiving device and is located inside the bottle.

According to the invention, "below" denotes the outside of the bottle bottom, i.e. the surface of a bottle standing on a surface. "Outside" refers to the outside of the bottle, while the inside of the bottle, i.e. called the bottle interior.

The floor insert is preferably designed as a flat plate or disc. It can consist of solid material or, like a lid, can have a negative shape, ie a cavity. The base insert preferably has a circumferential outer edge which is located in the lower region of the base insert and preferably forms a plane with the outside of the base insert. In the case of a round floor insert, the circumferential outer edge is radially circumferential. If the floor insert partially has a cavity, the cavity is likewise preferably located on the lower, outward-facing side of the floor insert on the side opposite the receiving device. When installed, the floor insert can lie in one plane with the glass bottom edge or can be offset up or down, so that the glass bottle is either only on the glass bottom edge, the glass bottom edge and the bottom insert or only the bottom insert. In one embodiment, the bottom insert has a step-shaped recess on the circumferential outer edge, the inner step closer to the center of the bottle being higher than the outer step and the inner step forming a stop surface for the underside of the hollow glass body. On the outside of the floor, for example in the cavity, an element can be arranged, such as a hexagon, that facilitates the assembly of the three-dimensional decorative element.

In one embodiment, the glass bottle according to the invention has at least one sealing element, preferably a radial sealing element, for sealing the bottom insert. In addition to the seal, the sealing element also serves to isolate the bottle contents from the gluing point in order not to chemically stress the gluing point. The sealing element may also be used for radial guidance to decouple vibrations. It means that only damped relative movements of the insert are possible. The sealing element is, for example, a sealing ring, such as an O-ring, preferably made of EPDM or other materials permitted for food. In this embodiment, the base insert preferably has at least one radial groove in which the sealing means lies at least partially.

The three-dimensional decorative element is preferably an artifact, a decorative element, a souvenir or a figure. The three-dimensional decorative element is particularly preferably a component of a machine or a vehicle, such as e.g. a rocker arm or a camshaft or a piece of jewelry, a toy or cartoon character. The three-dimensional decorative element preferably consists of a food-grade material, particularly preferably of stainless steel, aluminum, brass, precious metals, precious stones or non-precious stones or plastic. The three-dimensional decorative element optionally has a food-grade or passivating coating. The three-dimensional decorative element, like the floor insert, is preferably not made of glass. The three-dimensional decorative element is preferably in one piece, i.e. it consists of one piece. Alternatively, the 3-dimensional decorative element consists of several components, i.e. it is made up of several pieces.

The receiving device is preferably fixedly or variably connected to the floor insert. In one embodiment, the base element, the receiving device and the three-dimensional decorative element are made in one piece, that is to say are formed in one piece. In one embodiment, the three-dimensional decorative element is firmly connected to the receiving device. The decorative element and the receiving device can also be made from one piece, this too is understood to be fastened in the sense of the invention. The receiving device and the decorative element are then formed in one piece.

The connection between the floor insert and the receiving device can also be sealed with a sealant, e.g. an O-ring or a liquid seal like Loctite®.

A glass bottle is a glass jar with a narrow bottle opening and a neck, a bottle wall or walls and a bottle bottom. The glass bottle according to the invention can have any bottle shape, preferably with a round or rectangular bottom and a cylindrical, conical or cuboid base body that runs into the bottle neck and the bottle opening. The hollow glass body preferably consists of transparent, particularly preferably colorless glass, which is also referred to as white glass. The glass bottle can be decorated in a commercially available form e.g. printed, engraved or provided with a label, the decoration not being part of the bottle according to the invention.

In one embodiment, the outer edge of the glass bottle base is formed by the hollow glass body, which is referred to below as the glass base edge. The bottom insert is inserted into the opening so that the entire bottle bottom consists of a combination of the bottom insert and the glass bottom edge of the hollow glass body. In this embodiment, the glass bottom edge preferably has a recess on its underside. The recess forms a stop for floor use. This stop is preferably used as an adhesive gap when the base insert is connected to the hollow glass body with adhesive. In an alternative embodiment, the glass bottle bottom is completely formed by the bottom insert. The opening is then formed by the walls of the hollow glass body rising to the bottle neck.

The glass bottom edge preferably has a step-shaped recess on the underside, which forms a stop surface for the floor insert. The step-shaped recess can alternatively be arranged on the outer wall of the hollow glass body. In one embodiment, the height of the step corresponds to the height of the circumferential outer edge of the floor insert. Preferably, the invention Glass bottle on a glass bottom edge on the hollow glass body and the step-shaped recess is arranged on the underside of the glass bottom edge. For example, the outer edge of the glass bottle bottom and the bottom insert can form a flat surface and thereby a flat bottle bottom on which the glass bottle stands. The stop surface serves as a surface against which a surface of the floor insert strikes, the two surfaces coming to lie on one another. In one embodiment, an adhesive is applied to the stop surface, so that the stop surface simultaneously forms the adhesive surface. In a further embodiment, the step-shaped recess has a second step, so that the higher step forms the stop surface and the lower step forms the adhesive surface.

The step-shaped recess can be designed as a rectangular step. At its edges, the opening on the underside, which is directed towards the bottle exterior, preferably additionally has a chamfer with partially beveled sides.

The base insert is particularly preferably connected axially in a sealing manner to the base edge of the hollow glass body with an adhesive connection.

In a further embodiment, the glass bottle according to the invention additionally has at least one radial sealant that is attached to the base insert, preferably a sealing ring, e.g. an O-ring, a liquid seal or another food-grade sealant. The sealing ring is preferably made of EPDM (ethylene-propylene-diene rubber). Alternatively, the glass bottle according to the invention additionally has at least one axial sealant, which is less preferred according to the invention.

The floor insert is preferably made of stainless steel, aluminum, brass, bronze, plastic or a tinned metal plate or a combination of these materials. The floor insert is preferably not made of glass.

The bottle according to the invention can, for example, have any shape customary for spirits bottles, wine bottles, juice bottles, oil bottles or beer bottles. The glass bottle according to the invention is preferably a beverage bottle.

The glass bottle according to the invention preferably has a size and a volume, such as a conventional beverage bottle. The glass bottle according to the invention preferably has a volume of 0.5 l, 0.75 l, 1 l, 1.5 l, 2, l, but magnum bottles with 5 l, 6 l, 10 l or 20 l are also possible. The glass bottle according to the invention preferably has a volume of 0.25 l to 20 l, particularly preferably 0.5 l to 20 l or 0.5 to 10 l. The glass bottle according to the invention is suitable for use in machine filling and for fulfillment on an industrial scale, as well as for production on an industrial scale.

The glass bottle according to the invention has a conventional bottle cap. The closure is, for example, a threaded closure, a snap closure, a crown cap, a clip closure, a stopper, e.g. a glass stopper or a cork.

In a preferred embodiment, the base insert is connected to the hollow glass body using a UV adhesive or MS polymer adhesive. A UV adhesive is a UV-curing adhesive, such as, for example, solvent-free, one-component acrylate adhesive that cures through radical polymerization, or cationically cross-linking epoxy adhesives. MS polymer adhesives are silane-modified polymer adhesives. The adhesive connection prevents the bottom insert from slipping out of the bottle. In this embodiment, the glass bottle according to the invention is preferably sealed with one or more O-rings. The O-rings are put over the outer edge of the bottom insert and may lie in a groove between the edge of the opening in the bottle bottom and the outer edge of the bottom insert. The advantage of this embodiment is that the glass bottle according to the invention consists of only a few components, namely the glass hollow body, the bottom insert with the receiving device attached to it and the decorative element, and optionally at least one O-ring for sealing. Due to the sealing with a sealing ring, only a damped relative movement of the floor insert is possible.

In one embodiment, a receptacle for a form-fitting tool, preferably a hexagon, is attached in a bulge on the underside of the floor insert. The receptacle for a form-fitting tool serves to better guide a tool, such as an open-end wrench or an Allen key, and enables better screwing between the base insert and the holding device. In this case, the receiving device is, for example, a screw thread on the underside of the 3-dimensional decorative element and a receiving opening with a thread in the interior of the receiving device for the positive tool.

Surprisingly, in the bottle according to the invention it is possible to combine glass with another material and still obtain a sealed bottle. The bottle is closed liquid-tight, although the bottom consists of a separate component. The glass bottle according to the invention can be filled via a normal filling system after the bottom has been closed.

The bottom insert of the bottle according to the invention has a double function. In contrast to conventional bottles, the bottom insert does not only serve as a seal. The floor insert must also hold the three-dimensional decorative element placed in the bottle. The floor insert thus has the double function of a sealing function and a holding function.

method

• der Bodeneinsatz in seiner Größe maximal der Öffnung im Boden des Glashohlkörpers entspricht, bevorzugt geringfügig kleiner als die Öffnung im Boden des Glasholkörpers ist,
• der Bodeneinsatz die Öffnung im Glashohlkörper kraftschlüssig und/oder stoffschlüssig verschließt,
• der Bodeneinsatz aus Metall oder Kunststoff besteht und nicht aus Glas,
• eine Aufnahmevorrichtung am Bodeneinsatz angebracht ist auf der der Flasche zugewandten Oberseite des Bodeneinsatzes, die in die Glasflasche gerichtet ist, und
• das dreidimensionale dekorative Element an der Aufnahmevorrichtung befestigt ist und im Flascheninnenraum angeordnet ist.

The invention furthermore relates to a method for producing a glass bottle with a bottom insert, the glass bottle having a glass hollow body which has the shape of a bottle, a bottom insert and a three-dimensional decorative element in the interior of the glass bottle, and the glass hollow body having an opening, preferably a circular one Opening in the bottom, the opening being preferably centered / concentric with a round bottle bottom,

• the size of the bottom insert corresponds at most to the opening in the bottom of the hollow glass body, preferably slightly smaller than the opening in the bottom of the hollow glass body,
• the bottom insert closes the opening in the hollow glass body in a force-locking and / or material-locking manner,
• the floor insert is made of metal or plastic and not glass,
• a receiving device is attached to the bottom insert on the top of the bottom insert facing the bottle, which is directed into the glass bottle, and
• the three-dimensional decorative element is fastened to the receiving device and is arranged in the interior of the bottle.

• Blasen einer Glasflasche in einer Hohlform,und Aufbohren des Bodens der erkalteten Glasflasche zum Erzeugen eines Glashohlkörpers, oder
• Pressen eines Glashohlkörpers in einer Pressform und

nach Herstellen des Glashohlkörpers durch Blasen oder Pressen:

• Anschleifen der Kanten der Öffnung im Boden zum Erzeugen einer Klebefläche, wobei bevorzugt eine stufenförmige Ausnehmung am Bodenrand angebracht wird, bevorzugt erfolgt die Bodenbearbeitung ohne Anschleifen der äußeren Klebefläche,
• Auftragen eines Klebstoffs auf die Klebefläche am Glashohlkörper oder auf eine Fläche des Bodeneinsatzes,
• Bereitstellen eines Bodeneinsatzes mit Aufnahmevorrichtung und dekorativen dreimensionalen Element, wobei das dekorative 3-dimensionale Element durch die Aufnahmevorrichtung am Bodeneinsatz befestigt ist und
• Einsetzen des Bodeneinsatzes mit dekorativem dreidimensionalem Element in die Öffnung im Boden des Glashohlkörpers und Verschließen der Glasflasche mit dem Bodeneinsatz.

The method according to the invention comprises the steps:

• Blowing a glass bottle into a hollow mold, and drilling out the bottom of the cooled glass bottle to produce a hollow glass body, or
• Pressing a hollow glass body in a mold and

after producing the hollow glass body by blowing or pressing:

• Sanding the edges of the opening in the floor to produce an adhesive surface, preferably a step-shaped recess being made at the bottom edge, preferably the soil is processed without sanding the outer adhesive surface,
• Applying an adhesive to the adhesive surface on the hollow glass body or to a surface of the base insert,
• Providing a floor insert with a receiving device and decorative three-dimensional element, the decorative 3-dimensional element being fastened to the floor insert by the receiving device and
• Insert the bottom insert with a decorative three-dimensional element into the opening in the bottom of the glass hollow body and close the glass bottle with the bottom insert.

In one embodiment, a UV adhesive or MS polymer adhesive is applied to the adhesive surface on the hollow glass body or on the base insert before the base insert is used. If a UV adhesive is used, the adhesive surface is additionally irradiated after the base insert has been inserted into the glass bottle.

• Bereitstellen eines Bodeneinsatzes mit ggf. Aufnahmevorrichtung,
• Bereitstellen eines dreidimensionalen dekorativen Elements,
• Befestigten des dreidimensionalen dekorativen Elements an einer Aufnahmevorrichtung und ggf. befestigen der Aufnahmevorrichtung am Bodeneinsatz.

The provision of a floor insert preferably comprises the steps

• Providing a floor insert with, if necessary, a receiving device,
• Providing a three-dimensional decorative element,
• Attaching the three-dimensional decorative element to a receiving device and possibly attaching the receiving device to the floor insert.

In one embodiment, the base insert additionally has a sealant which is attached to the base insert in a further step, preferably after the base insert with the receiving device and three-dimensional decorative element has been provided.

The method according to the invention is preferred for producing the bottle according to the invention.

• Figur 1 eine Ausführungsform einer erfindungsgemäßen Glasflasche ohne dekoratives Element perspektivische Darstellung und im Längsschnitt,
• Figur 2 eine weitere Ausführungsform einer erfindungsgemäßen Glasflasche im Längsschnitt und
• Figur 3 eine weitere Ausführungsform einer erfindungsgemäßen Glasflasche vordem Zusammenbau.

The invention is explained in more detail with reference to the figures. Show it

• Figure 1 an embodiment of a glass bottle according to the invention without a decorative element, perspective view and in longitudinal section,
• Figure 2 a further embodiment of a glass bottle according to the invention in longitudinal section and
• Figure 3 a further embodiment of a glass bottle according to the invention before assembly.

Figure 1a shows a glass bottle 1 according to the invention without an inserted decorative element in a perspective view. The glass bottle 1 has a hollow glass body 2 and a bottom insert 3. The bottom insert 3 is designed in two parts, the inner part engaging in the hollow glass body and the outer part lying as a ring around the glass bottom. Figure 1b shows a longitudinal section through the glass bottle 1 Figure 1a . The bottom insert 3 has 2 radial grooves 16, in each of which a sealing ring 11 is located. The lower outer edge of the hollow glass body 2 is ground, so that a stepped recess 12 is formed on the outside of the hollow glass body. Adhesive is applied to the vertical surface of the step-shaped recess 12, so that the vertical surface forms a radial adhesive surface 19.

Figure 2a shows a longitudinal section through a further embodiment of a glass bottle 1 according to the invention. The glass bottle 1 has a glass hollow body 2 with an opening 6 in the bottle bottom 8. The bottle bottom has a bottom edge 9 which surrounds the opening in a circle. The opening 6 is closed by the bottom insert 3. The bottom insert 3 is designed as a disc and has an outer peripheral edge 10. The bottom insert 3 is surrounded by a sealing ring 11, which seals the gap between the bottom insert and the hollow glass body in the opening. The floor insert 3 has a receiving device 7, which is designed here as a thread. A 3-dimensional decorative element 4, which here is a rocker arm, is attached to the receiving device. The rocker arm has a thread at its lower end, with which it is screwed to the receiving device. It can be seen that the rocker arm is located in the interior 5 of the glass bottle.

Figure 2b shows an enlarged section of a portion of the bottle bottom 8. It can be seen that the Glasodenrand 9 has a step-shaped recess 12 on its underside. The horizontal surface of the step forms a support surface 13 on which adhesive can be applied. The top of the outer peripheral edge 10 of the floor insert 3 bears against the stop surface 13. The floor insert 3 also has a step-shaped recess. The higher level of the floor insert lies against the stop surface 13, between the lower level of the step-shaped recess and the glass bottom edge 9 a small cavity can be seen, which is filled by the adhesive when the two elements are brought together. The two surfaces are bonded with adhesive so that an axial bond takes place. In this embodiment, the base insert 3 has 2 radial grooves 16, which serve to receive the sealing means 11, which are designed here as an O-ring.

Figure 2c shows a further enlarged section of a further section of the bottle bottom 8. The bottom insert 3 is designed here as a disc with a cavity 14. In the middle of the floor insert 3 there is a hexagon 15, which has an internal thread in its interior. The lower end of the 3-dimensional Decorative element 4 has an external thread that is screwed into the internal thread inside the hexagon 15.

In Figure 2d is a top view of the bottle bottom 8 of the glass bottle Figure 2a shown. The outer edge of the bottle bottom 8 is formed by a part of the glass body in the form of the glass bottom edge 9. The bottom insert 3 is inserted into the glass bottle. Hexagon 15 can be seen in the middle of the floor insert 3. There is a cavity 14 between the outer peripheral edge 10 of the base insert and the hexagon 15.

Figure 3a shows a further embodiment of a glass bottle 1 according to the invention in longitudinal section. The individual components of the glass bottle are not yet interconnected here. On the left side, the hollow glass body 2 can be seen, which has an opening 6, bottle bottom 8. The glass hollow body 2 forms a glass bottom edge 9, which is part of the bottle bottom 8. A stepped recess 12 is provided on the underside of the glass bottom edge 9. On the right-hand side, the bottom insert 3 can be seen with the receiving device 7 firmly mounted thereon. Floor insert 3 and receiving device 7 are made in one piece here, ie in one piece. The bottom insert 3 has an outer peripheral edge 10 on its underside. The bottom insert is hollowed out on its underside and has a cavity 14. On its vertical side wall, the bottom insert 2 has outer radial grooves 16 which serve to receive a sealing ring 11. Above the floor insert 3, a three-dimensional decorative element 4 is shown, which has a bore 17 on its underside, with which it is fastened to the receiving device 7.

Figure 3b shows a section of the lower area of the glass bottle Figure 3a after assembly. It can be seen that the bottom insert 3 closes the opening 6 in the hollow glass body 2. The sealing rings 11 are clamped between the edge of the bottom insert and the edge of the opening 6 and thus seal the bottom. The bearing surface 13 lies on the outer peripheral edge 10 of the floor insert, both of which are connected to one another with adhesive.

Reference list

glass bottle

1

Glass hollow body

2nd

Floor insert

3rd

three-dimensional decorative element

4th

inner space

5

opening

6

Cradle

7

Bottle bottom

8th

Glass bottom edge

9

outer peripheral edge

10th

Sealing ring

11

stepped recess

12th

Abutment surface

13

cavity

14

Hexagon

15

Groove

16

drilling

17th

Top of the floor insert

18th

radial adhesive surface

19th

Claims (17)

Glass bottle (1) with inserted hard floor and three-dimensional decorative element inside the bottle a hollow glass body (2) which has the shape of a bottle, - A floor insert (3), and - a three-dimensional decorative element (4) in the interior (5) of the glass bottle (1), characterized in that - the hollow glass body (2) has an opening (6) in the bottle base (8), - The bottom insert (3) corresponds in size and shape to that of the opening (6) in the bottom of the hollow glass body (2), - The bottom insert (3) closes the opening (6) in the hollow glass body (2) in a force-fitting and / or form-fitting manner, - A receiving device (7) is attached to the bottom insert (3) on the bottle-facing top of the bottom insert (3), which is directed into the glass bottle, and - The three-dimensional decorative element (4) is attached to the receiving device (7) and is arranged in the bottle interior (5). Glass bottle (1) according to claim 1, characterized in that the outer edge (9) of the glass bottle bottom is formed by the hollow glass body. Glass bottle (1) according to one of claims 1 or 2, characterized in that the outer edge (9) of the glass bottle bottom has a step-shaped recess (12) on the underside, which forms a stop surface (13) for the floor insert (3) or The lower edge of the hollow glass body (2) has a step-shaped recess (12) on its outside, which forms a stop surface (13) for the floor insert (3). Glass bottle (1) according to one of the claims 1 to 3, characterized in that the base insert (3) is connected radially or axially to the hollow glass body, preferably axially, by means of an adhesive connection. Glass bottle (1) according to one of the preceding claims, characterized in that the bottom insert (3) consists of metal or plastic and not glass. Glass bottle (1) according to one of the preceding claims, characterized in that the receiving device (7) is fixedly or variably connected to the bottom insert (3). Glass bottle (1) according to one of the preceding claims, characterized in that the bottom insert (3) has a radially circumferential outer edge (10) which is located in the lower region of the bottom insert (3) and preferably forms a plane with the outside of the bottom insert and the radially circumferential outer edge (10) of the bottom insert is connected axially to the glass -ode edge (9) of the hollow glass body with an adhesive connection. Glass bottle (1) according to one of the preceding claims, characterized in that the bottom insert has a step-shaped recess, the inner step being higher than the outer step and the inner step forming a stop surface for the underside of the hollow glass body. Glass bottle (1) according to one of the preceding claims, characterized in that the glass bottle (1) additionally has at least one radial sealant (11) which is attached to the bottom insert (3), preferably an O-ring or other food-grade sealant. Glass bottle (1) according to one of the preceding claims, characterized in that the bottom insert (3) consists of stainless steel, aluminum, brass, bronze, plastic, a tin-plated metal plate or a combination of these materials. Glass bottle (1) according to one of the preceding claims, characterized in that the bottom insert (3) has at least partially a cavity (14) on its underside and, if appropriate, a receptacle (15) for a form-fitting tool on the underside of the bottom insert (3) , preferably a hexagon, attached, in which the receiving device (7) is preferably screwed. Glass bottle (1) according to one of the preceding claims, characterized in that the glass bottle (1) from a hollow glass body (2), a bottom insert (3), a receiving device (7), a three-dimensional decorative element (4), a bottle cap and possibly one or more sealing means (11). Method for producing a glass bottle with a bottom insert, the glass bottle having a glass hollow body which has the shape of a bottle, a bottom insert, and a three-dimensional decorative element in the interior of the glass bottle, and the glass hollow body has an opening in the bottom, - The size and shape of the bottom insert corresponds to the opening in the bottom of the hollow glass body, the bottom insert closes the opening in the hollow glass body in a force-locking and / or material-locking manner, - A receiving device is attached to the bottom insert, on the bottle-facing top of the bottom insert, which is directed into the glass bottle, and the three-dimensional decorative element is fastened to the receiving device and is arranged in the interior of the bottle, comprising the steps: - 1a. Blowing a glass bottle in a hollow mold and drilling out the bottom of the cooled glass bottle to produce a hollow glass body, or - 1b. Pressing a hollow glass body in a mold and after producing the hollow glass body by blowing or pressing: - Sanding the edges in the opening in the floor to create an adhesive surface, preferably tillage without sanding the outer adhesive surface, - if necessary, chamfering the edges of the opening in the floor facing the underside - applying an adhesive to the adhesive surface or to a surface of the floor insert, - Providing a floor insert with a holding device and a decorative three-dimensional element, the decorative 3-dimensional element being fastened to the floor insert via the holding device and - Insert the bottom insert with a decorative three-dimensional element into the opening in the bottom of the glass hollow body and close the gas bottle with the bottom insert. A method according to claim 13, characterized in that a UV adhesive or MS polymer adhesive is applied to the adhesive surface on the hollow glass body before the bottom insert is used and, if necessary, after the insert has been inserted, the adhesive surface is irradiated to harden the UV adhesive. A method according to claim 13 or 14, characterized in that the step of providing a floor insert comprises the steps Provision of a floor insert with, if necessary, a receiving device, Provision of a three-dimensional decorative element, - Attaching the three-dimensional decorative element to a receiving device and possibly attaching the receiving device to the floor insert. Method according to one of the claims 13 to 15, characterized in that the base insert additionally has at least one sealant and in a further step the sealant is attached to the base insert, preferably after the base insert is provided with the receiving device and the three-dimensional decorative element. Method according to one of the claims 13 to 16, characterized in that the glass bottle is a glass bottle according to one of the claims 1 to 12.

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