ES2338291A1 - Hardenable sealing compound e.g. adhesive sealing compound, applying method for kitchen furniture, involves applying sealing compound in corner areas such that thickness of corner areas is larger than that of sections of frame sides - Google Patents

Abstract

The method involves applying a sealing compound (10) e.g. adhesive sealing compound, in corner areas (BE) of a frame element (2) such that thickness (DE) of the corner areas is larger than the thickness (DZ) of respective sections (AZ) of respective frame sides (R1, R2). The corner areas are provided between the frame sides, where the ratio of the thickness of the corner areas and the thickness of the sections of the respective frame sides lies in the range of 1.05 to 1.5. Each frame side has a thickness at a range of about 10-155 millimeter. Independent claims are also included for the following: (1) a frame element of a stove top (2) a kitchen furniture-stove top-arrangement with a stove top (3) a kitchen furniture with a stove top.

Description

Procedure to apply a sealing paste hardenable on a frame element of a countertop.

       \ vskip1.000000 \ baselineskip
    

Technical field

The present invention relates to a procedure, to apply a hardenable sealant paste on a frame element, according to the generic term of the claim one; a frame element of a countertop; a countertop with a frame element; a kitchen countertop furniture arrangement with a countertop, as well as a kitchen cabinet with countertop.

       \ vskip1.000000 \ baselineskip
    

State of the art

Countertops, as they are known for example of electric cookers or induction cookers, they have an element of frame which is usually manufactured from a sheet of metal stamped and deformed through bending and pressing. For the arrangement of such a countertop to a kitchen cabinet, is provides a recess, appropriate to the shape of the countertop, in a iron or work plate of the kitchen cabinet, and the countertop is inserted in this recess and thus an arrangement of countertop kitchen cabinet. In this arrangement, the countertop is located with its frame element or its side edges lower over edge areas of the recess. For the fabrication of a seal between the frame element and the iron (work), the frame element has on its lower side a sealing element, which is located on the areas of edges of the recess and thereby seal the area between the plate (work) and frame element. This shutter element is It already provides for the frame element, in the manufacture of the countertop. For this, a hardenable sealing paste is applied on the side bottom of the frame element and hardened, whereby a frame shutter element.

It has been proven that countertops known or else kitchen countertop furniture arrangements, the which are equipped with such a frame element and a frame sealing element of such type, the area between the iron (work) and the frame element is not always sufficiently sealed. Liquids or food scraps, which reach the worktop or iron (working) and the area or opening between the iron (work) and the frame element during the cooked, you can therefore join in this area or penetrate the edges of the plate recess (working) or dripping on the kitchen furniture or reach the kitchen furniture. This can lead to the formation of bacteria and the deterioration of hygiene of the kitchen and / or a damaged parts of the kitchen furniture and with it to a deterioration of the external appearance of the kitchen furniture, as well also lead to a reduction in its life of use.

       \ vskip1.000000 \ baselineskip
    

Description of the invention

The invention is based on the task or the technical problem of making available a framework element, a countertop with such a frame element, an arrangement of countertop kitchen cabinet, as well as a kitchen cabinet with a countertop and a frame element of such type, with properties of Enhanced shutter

This task is solved according to a first aspect, by a method according to the invention, with the characteristics of claim 1.

This procedure to apply a paste hardenable, especially a hardenable sealant paste, at a frame element of a countertop, especially on a lower side of such a frame element, it is characterized in that the shutter paste is applied in the corner areas of the element of thicker frame or in a thicker layer than in a respective section of a respective frame side, which It is between two respective corner areas.

The sealing paste is preferably applied surrounding and on the lower side of the frame element. After of the application the sealing paste is hardened or at least partially hardened to such an extent that a user can use the countertop and can be mounted on a kitchen cabinet, without get dirty with it with the sealing paste. Pasta Parts Applied shutter may of course already be hardened, while other parts of the shutter paste are still found in the state of the application. Preferably, hardening takes place however only then when the shutter paste It has been fully applied. Under a shutter paste should be understood, in the sense of the invention, also a paste sticky or adhesive shutter, or shutter paste usable as Adhesion medium or glue medium.

The thickness of the thickest applied layer is preferably constant. She can however also vary. In special, the thickest layer of thickness can increase in direction towards a respective corner of the frame element.

The inventors have recognized that in the case of Countertop frame elements, which are manufactured to from a sheet metal stamped and deformed through the folded and / or pressed, the corner areas of the frame elements They are mostly somewhat crooked or well arched. This leads to effect, that in a state in which the countertop is mounted in a kitchen furniture, a conventional frame sealing element, cannot reliably seal the area between the frame element and the iron (work), since there is a slit formed large, because of the aforementioned twisting or the aforementioned archery

Since, in the case of the solution according to the invention, the sealing paste is applied but, in the corners of the frame elements, thicker or in a thicker layer thick, a frame element is achieved with which it is compensated and You can reliably seal this larger slit. Liquids or food scraps, which reach the countertop or grilled (from work) which, when cooking, cannot therefore penetrate the area between the (work) plate and the frame element, join there or penetrate the edges of the iron section (work) or drip on the kitchen cabinet or reach the cabinet Cooking You can effectively avoid an unwanted one formation of bacteria and a deterioration of kitchen hygiene in this zone. In the same way a damage of these parts of the kitchen furniture and with it a deterioration of the exterior appearance of the kitchen furniture and therefore also increases the time of life (of use) of kitchen furniture.

More preferred and advantageous features of Performing the procedure according to the invention, are subject of the dependent claims 2 to 10, which find their Support in the following description and drawings.

The task on which the invention is based is solved according to a second aspect by means of a frame element of according to the invention, with the features of the claim eleven.

This frame element of a countertop, with a frame sealing element made from a paste shutter applied on the frame element, hardened, is characterized in that the frame sealing element in the zones corner of the frame element, is thicker than in a respective section of a respective frame side, which located between two respective neighboring corner areas.

With the frame element according to the invention, they are attainable in principle the same advantages that were already explained above in relation to the procedure according to the invention.

The task on which the invention is based is solved according to a third aspect, by means of a countertop according to the invention according to claim 12, with a frame element of according to the invention according to claim 11. With the countertop according to the invention, the same are in principle achievable advantages that were already explained above, in relation to the procedure according to the invention.

The task on which the invention is based is solved according to a fourth aspect, by means of a furniture arrangement of Countertop kitchen according to the invention according to claim 13.

In this arrangement of kitchen furniture countertop, it is a kitchen countertop furniture arrangement with a countertop according to claim 12, wherein the countertop It is arranged in a recess of kitchen furniture, and with its frame element and its frame shutter element is available shutter over an edge area of the recess. With the Kitchen countertop furniture arrangement according to the invention, are attainable in principle the same advantages that have already been explained above in relation to the agreement procedure with the invention

And finally, the task of the invention according to a fifth aspect, by means of a kitchen cabinet according to the invention according to claim 14. This furniture kitchen has a countertop according to the invention according to the claim 12, wherein the countertop is arranged in a recess of kitchen furniture, and with its frame element and its frame shutter element is arranged shutter on a edge area of the recess.

With the kitchen furniture according to the invention, in principle the same advantages are attainable as already were explained previously in relation to the procedure of according to the invention.

Preferred examples of embodiment of the invention, with additional and other configuration details advantages, are described and explained in more detail below, under reference to the attached drawings.

       \ vskip1.000000 \ baselineskip
    

Brief description of the drawings

They show:

Fig. 1 a schematic bottom view of a single corner, of a first embodiment of a countertop according to the invention, on which a sealing paste has been applied by a method according to the invention;

Fig. 2 a schematic view in section, through of a corner of the countertop of Fig. 1, in a state in which the Countertop is mounted on a piece of furniture according to the invention and shape along with this one arrangement of kitchen countertop furniture according to the invention;

Fig. 3 an exploded perspective view, of the countertop kitchen furniture arrangement according to the invention or of the kitchen furniture of Fig. 2 according to the invention; Y

Fig. 4 a schematic bottom view of a single corner of a second embodiment of a countertop according to the invention, on which a sealing paste has been applied, by a method according to the invention.

       \ vskip1.000000 \ baselineskip
    

Representation of preferred embodiments

In Fig. 1 it is represented, in a view Schematic bottom, a single corner E of a first embodiment of a countertop 2 according to the invention. Countertop 2 is in quadrancular principle and has, for example, an iron for cooking ceramic hob 4, as well as a frame element 6 in plant in principle quadrancular, to which the iron is fixed for cooking 4. Frame element 6 is produced from one or several metal sheets punched and deformed by means of folded and / or pressed. The frame element 6 has an element of sealing of frame 8, which is produced from a paste Adhesive shutter 10, hardenable or well hardened, applied on the frame element 6. The frame seal element 8 is arranged surrounding and continuous on the underside of a border area of the frame element 6.

As can be recognized in Fig. 1, the sealing element of the frame 8, in the corner areas BE of the frame element 6, is thicker (DE) than in a respective section AZ of a respective frame side R1, R2 (in Fig. 1 are two recognizable, of four frame sides altogether), which lies between two respective corner areas BE neighboring, of a respective frame side. In the respective section AZ owns the sealing element of the frame 8 a smaller DZ thickness, that is DZ <OF.

The above described sealing element of the framework 8 is produced by means of a procedure according to the invention, to apply a hardenable sealing paste 10, on the frame element 6 of the countertop 2.

In this procedure, the sealing paste 10 is applied around and in the form of a continuous bead on the side bottom of the edge area of the frame element 6. The direction of application is indicated in Fig. 1, by way of example, by in the middle of an arrow X. The application preferably takes place in automatically, using a robot and an application device which has a nozzle, from which the shutter paste 10 not yet hardened. The robot drives here to the nozzle on predetermined areas of application of the element of frame 6.

The sealing paste 10 is applied thicker in the corner areas BE, that is to say in a thicker layer of thickness DE, which in a respective section AZ of a respective frame side R1, R2, which is between two respective corner zones BE neighbors.

The start point and the end point of the application of the shutter paste 10 is preferably in a corner area BE of the frame element 6, since usually, in those points you cannot get a completely even application. Since the corner areas BE according to the invention, they are applied thicker anyway, small irregularities in these areas do not have any type of substantial effects

       \ vskip1.000000 \ baselineskip
    

The thickest application of the shutter paste 10 in the corner areas BE can be achieved especially by medium of the following two preferred methods:

Method one

The thickest DE application in the areas of BE corner, can take place with constant or in principle constant paste loading of the shutter paste 10, by a reduced application speed in these corner areas BE, by means of the nozzle of the application device. Here it is necessary to reduce application speed, starting from a first speed of highest application in AZ zones, at a second speed of lowest application, in the BE corner areas, and carry out then the application in the corner areas BE with this speed of lowest application. This lower application speed is preferably a lower constant application speed. Already that in practice, the highest application speed step to the lowest cannot take place completely abruptly, it will form in that in Fig. 1 indicated application direction X, on the frame side R1, a small transition zone T, in which the thickness of the application layer of the sealing paste 10 increases, starting from thickness DZ to thickness DE.

After the sealing paste 10 was applied with the thickest layer thickness DE, in the corner areas BE of the first and second frame side R1, R2, of the single corner E shown in Fig. 1, must then be increased again the application speed, to be able to provide (a) the AZ zone of the next side of frame R2, which continues in the direction of the application, again with the thinnest layer thickness DZ. As on the other hand, the lower application speed step towards the highest application speed cannot take place abruptly, an area of frame R2 will form on the side of frame R2 transition T, in that in Fig. 1 indicated direction of the application, in one in which the layer thickness of the application of the sealing paste 10 decreases, starting from the thickest thickness DE towards the thinnest thickness DZ.

In the other three respective corners, which in Fig. 1 are not shown for reasons of clarity, you can proceed in a similar manner.

The faster it is reduced or increased again the application speed, the shorter the respective transition zone T.

       \ vskip1.000000 \ baselineskip
    

Basically, it is also possible to complete the transition zone T beyond the entire respective zone corner BE. This can take place for example,

- starting from the application speed more high, by means of the constant reduction of the speed of application towards corner E, and

- starting from this application speed reduced from corner E, by means of a consequent constant increased application speed, towards speed of highest application.

       \ vskip1.000000 \ baselineskip
    

In this way layers of thicknesses of thicker variables, for example a cord of the sealing paste 10 which thickens towards corner E conically (or also in another way).

The constant paste loading of the sealing paste 10, through the nozzle in the present example, is approximately 80 gr / s. The highest constant application speed in the AZ zones is around 7 m / min and the lowest constant application speed in the BE corner areas around 5.2 m / min. These parameters may vary, in particular, depending on the respective sizes of the frame elements 6, the zones BE and AZ, as well as the type of the sealing paste 10 used and the respective application thicknesses a
achieve.

       \ vskip1.000000 \ baselineskip
    

Method 2

With constant application speed or in constant principle, with which the nozzle of the application device on frame element 6, may have place that of the thickest application DE in the respective BE corner areas, through an increased paste load of the shutter paste 10 through the nozzle in these areas of corner BE.

For this it is necessary to increase the load of paste, starting from a first, (preferably constant) load of lower pasta in AZ zones, to a second, (preferably constant), higher pasta load in the BE zones, and perform then the application in the corner areas BE with this increased pasta load After the shutter paste 10 went this way applied in the layer with a thicker thickness DE, in the areas of BE corner of the first and second frame sides R1, R2, of the single corner E shown in Fig. 1, the paste load must be reduced then again, to be able to provide the next zone AZ on the side of frame R2 again with the layer with a thinner thickness DZ. In the other three respective corners, which in Fig. 1 do not show for reasons of clarity, you can act on it mode.

Since the passage of the lowest pasta load towards the highest, and vice versa, it cannot take place completely abruptly, it will also form respectively in this second method a small transition zone T.

Those work modes described in the Methods 1 and 2 can also be combined.

The sealing paste 10 applied is then hardened.

       \ vskip1.000000 \ baselineskip
    

General parameters

The sealing paste 10 is preferably a sealing paste, which is selected from a group of sealing pastes, comprising: an adhesive sealing paste, an elastomeric sealing paste, an elastomeric sealing paste of spongy material, a flexible sealing by casting, respectively especially a polyurethane or elastomeric silicone material, especially a high temperature resistant silicone sponge material, especially PACTAN®. The sealing paste is preferably a 2 component sealing paste. The invention is not limited to these sealing pastes. Basically, each appropriate sealing paste can be used. In the present example, a 2-component silicone foam, eg PACTAN®, type 9007 A / B, with two components A, B, eg from the company Compact Technology GmbH, Traunreut, is used as sealing paste 10 , Germania or the company Heidelberger Pactan. The mixing ratio of the adhesive with the hardener is in this exemplary embodiment 100: 50 (in weight percentage), it is preferably in a range of 100: 40 to 100: 51. PACTAN® material becomes foam, in a silicone cell foam essentially
closed.

       \ vskip1.000000 \ baselineskip
    

The thickness ratio DZ / DE between the thickness DZ of the sealing paste 10 applied in section AZ which is located respectively between two neighboring BE corner areas, of a respective frame side (R1, R2 in Fig. 1) and the thickness DE of the sealing paste 10 applied in a corner area BE is preferably in a range of 1: 1.50 to 1: 1.05; especially 1: 1.35 to 1: 1.10; especially 1: 1.25 to 1: 1.18; especially 1: 1.18 to 1: 1.16; especially 1: 1.16 to 1: 1.12. In the present exemplary embodiment is the thickness ratio DZ / DE = approx. 1: 1.14, where the thickness DZ is approx. 3.5 mm and thickness DE approx. 4 mm The stated proportions of thickness can by of course, depending on the type of use, also be achieved with other thicknesses DE, DZ adapted to the respective dimensions of the used countertop or its frame sides and their respective installation ratios

The length ratio LE / LR between the length LE of a respective corner zone (BE) of a respective frame side R1 R2, in which the sealing paste 10 is applied thicker (see thickness: DE), and the length LR of this respective frame side R1, R2 is preferably in a range of 1:35 up to 1: 5; especially 1:25 to 1:10; especially 1:20 to 1:15; especially 1:18 to 1:12. The length LE, in the present example of realization, it is approx. 30 mm and length LR approx. 590 mm The length ratio LE / LR is then approx. 1: 19.7. The length of section AZ of a respective frame side (here: R1, R2), which is respectively between two corner zones BE neighbors, therefore has in this case approx. 530 mm

In at least one embodiment according to the invention, it is also provided respectively, that the length LE of a corner zone BE of a respective frame side, in which the thickest sealing paste (DE) is applied, independently of a special LE / LR length ratio in the areas before mentioned, is in a range of 10 mm to 155 mm, especially 15 mm to 120 mm, especially 25 mm to 100 mm, especially 28 mm to 75 mm, especially 30 mm to 60 mm, especially 40 mm to 50 mm. This can be especially then the case, when the thickest application (DE), is selected depending on a deformation of the element of framework 6 conditioned by the production and / or depending on irregularities of the edges 14b of the recess 14a, in which The countertop is mounted.

Fig. 2 shows a schematic sectional view of through a corner area of the countertop 2 according to the invention of Fig. 1, in a state, in which the countertop 2 with its element of frame 6 is mounted on a kitchen cabinet 12 according to the invention and form together with this one, an arrangement of kitchen countertop furniture 12a according to the invention. Fig. 3 shows an exploded view schematic, in perspective of the arrangement of kitchen furniture countertop 12a according to the invention or kitchen furniture 12 according the invention, with the countertop 2 according to the invention, in the form described above. The kitchen cabinet also has an oven 16.

As can be recognized in Fig. 2 and 3, the kitchen cabinet 12 presents a work iron 14 with a recess 14a, in which the countertop 2 introducible or is introduced Here is then the frame element 6 and its shutter elements of the frame 8 shutters on an area of border edge of the recess 14a. In this case, it is also existing in the corners of the recess 14a or in the areas of the corner of the frame element 6, by means of the element of sealing of frame 8 produced in the manner and manner described above, a continuous seal between work plate 14 and the frame element 6.

Fig. 4 shows a schematic bottom view of a single corner E of a second embodiment of a countertop according to the invention, on which a sealing paste 10 was applied, by means of a procedure according to the invention, and it was then hardened in a sealing element of the frame 8. The variant according to Fig. 4 corresponds broadly to that of the Fig. 1, however the frame element according to Fig. 4 is a rectangular frame element, with respective pairs of sides of frame R_ {L}, R_ {K} facing each other, of which the length LR_ {L} of a respective frame side R_ {L} of one of the pairs is larger than the length LR_ {K} of a respective side of frame R_ {K} of the other pair. That is LR_ {L}> LR_ {K}.

The length LR_ {L} of a respective zone of corner BE_ {L} of a respective longer frame side R_ {L}, provided with an application of 10 thicker sealing paste (DE), is in this example larger than the length LR_ {K} of a respective corner zone BE_ {K} of a respective frame side shorter R_ {K}, provided with a paste application 10 thicker shutter (DE). That is: LR_ {L}> LR_ {K}.

The invention is not limited to then use the different lengths LE_ {L} and LE_ {K} only on rectangular countertops 2 or frame elements 6. Basically this can also happen with countertops 2 quadrangular or frame elements 6, if this is necessary for the special conditions of assembly in the furniture of kitchen or the shape of the frame element.

The shape of the cross section of the element sealing frame 8 hardened, produced from the paste shutter 10, is preferably round, oval, or at least rounded, although the invention is not limited to these forms of cross section. Basically any other can be used appropriate cross-sectional shape, eg also a form of rectangular or quadrangular cross section. For production of these cross-sectional shapes may be necessary special application nozzles and / or molds.

Reference symbols in the claims, the description and drawings serve only for a better understanding of the invention and should not restrict the scope of protection.

List of reference symbols

2

Worktop

4

Ceramic cooking plate

6

Frame element

8

Frame shutter element

10

Shutter paste

12

Kitchen furniture

12th

Countertop kitchen cabinet layout

14

Work iron

14 to

Cut in 14

14b

14th Edge Zone

16

Oven

AZ

Section of a respective frame side, between two BE corner areas respectively neighboring

AZ_ {K}

Shorter section

AZ_ {L}

Longest section

BE

Corner zone

BE_ {K}

Shortest corner zone

BEL}

Longest corner zone

FROM

Thicker Thickness / 8 Thickness 10

Dz

Thinner thickness / 8 o layer thickness 10

YOU

Length of corner area BE

LE_ {K}

Length of the shortest corner area BE_ {K}

LE_ {L}

Length of the longest corner zone BEL}

LR

Frame side length

LR_ {K}

Shortest frame side length R_ {K}

LR_ {L}

Longest frame side length R_ {L}

R1

First frame side, four sides of framework

R2

Second frame side, four sides of framework

R_ {K}

Shorter frame side

R_ {L}

Longest frame side

T

Transition zone

X

Application Address

Claims (14)

1. Procedure to apply a paste shutter (10) hardenable to a frame element (6) of a countertop (2), characterized because the sealing paste (10) is applied in areas of corner (BE; BE_ {L}, BE_ {K}) of the frame element (2) more thick (DE) than in a respective section (AZ; AZ_ {K}, AZ_ {L}) of a respective frame side (R1, R2; R_R_L), which is lies between two respective corner zones (BE; BE_ {L}, BE_ {K}).

         \ vskip1.000000 \ baselineskip
      

2. Method according to claim 1, characterized because the thickness ratio DZ / DE between the thickness DZ of the sealing paste (10) applied in the sections (AZ; AZ_ {K}, AZ_ {L}) that are between two corner zones (BE; BE_ {L}, BE_ {K}) respectively neighbors, of a respective frame side (R1, R2; RKRL), and the thickness (DE) of the sealing paste (10) applied in a corner zone (BE; BE_ {L}, BE_ {K}), found in a range of 1: 1.50 to 1: 1.05, especially 1: 1.35 a 1: 1.10, especially 1: 1.25 to 1: 1.18, especially 1: 1.18 to 1: 1.16, in Special 1: 1.16 to 1: 1.12, is especially 1: 1.14.

         \ vskip1.000000 \ baselineskip
      

3. Procedure according to one or more of the above mentioned claims, characterized because the length LE of a corner zone (BE; BE_ {L}, BE_ {K}) of a respective side (R1 R2; R_ {L}, R_ {K}), in which the sealing paste (10) is thicker applied (DE), is in a range of 10 mm to 155 mm, especially 15 mm to 120 mm,
especially 25 mm to 100 mm, especially 28 mm to 75 mm, especially 30 mm to 60 mm, especially 40 mm to 50 mm.

         \ vskip1.000000 \ baselineskip
      

4. Procedure according to one or more of the above mentioned claims, characterized because the length ratio LE / LR between the length LE of a corner zone (BE; BE_ {L}, BE_ {K}) of a respective frame side (R1, R2; R_K, R_L), in which the paste shutter (10) is applied thicker (DE) and the length LR of this respective frame side (R1, R2; R_K, R_L), is in a range of 1:35 to 1: 5; especially 1:25 to 1:10; especially 1:20 a 1:15; especially 1:18 to 1:12.

         \ vskip1.000000 \ baselineskip
      

5. Procedure according to one or more of the above mentioned claims, with a frame element (6) rectangular with respective pairs of facing frame sides, of which, the frame sides (R_ {L}) of a pair are longer (LR_ {L}) and the frame sides (R_ {K}) of the other pair, in relation with them they are shorter (LR_ {K}), characterized because the length LR_ {L} of a respective zone of corner (BE_ {L}) of a pair of frame sides (R_ {L}) more long, provided with an application of the shutter paste (10) more thick (DE), is greater than or equal to the length LR_ {K} of a respective corner zone (BE_ {K}) of a pair of frame sides (R_ {K}) shorter, provided with a paste application thicker shutter (10) (DE): LR_ {L}> = LR_ {K}.

         \ vskip1.000000 \ baselineskip
      

6. Procedure according to one or more of the above mentioned claims, characterized because the sealing paste (10) is applied on the frame element (6), in the form of a continuous cord.

         \ vskip1.000000 \ baselineskip
      

7. Procedure according to one or more of the above mentioned claims, characterized because the start point and the end point of the application of the shutter paste (10), is in a corner zone (BE; BE_ {K}; BE_ {L}) of the frame element (6).

         \ vskip1.000000 \ baselineskip
      

8. Procedure according to one or more of the above mentioned claims, characterized because the thickest application (DE) in areas of corner (BE; BE_ {K}; BE_ {L}), takes place with constant or in principle constant mass loading of the sealing paste (10), to a reduced application speed in these corner areas (BE; BE_ {K}; BE_ {L}), using an application device.

         \ vskip1.000000 \ baselineskip
      

9. Procedure according to one or more of the above mentioned claims, characterized because the thickest application (DE) in areas of corner (BE; BE_ {K}; BE_ {L}), takes place with constant or in principle constant application speed, with an increased mass loading of the sealing paste (10), by means of a device of application in these corner areas (BE; BE_ {K}; BEL}).

         \ vskip1.000000 \ baselineskip
      

10. Procedure according to one or more of the aforementioned claims, characterized because the shutter paste (10) is a paste shutter, which is selected from a group of pastes shutters, comprising: an adhesive shutter paste, a paste elastomeric shutter, an elastomeric sealing material spongy, a filling by casting, especially of a material of polyurethane or silicone, especially a spongy material of high temperature resistant silicone, especially PACTAN®.

         \ vskip1.000000 \ baselineskip
      

11. Frame element (6) of a countertop (2), with a frame sealing element (8) produced from a paste hardenable shutter (10) applied on the frame element (6), characterized because the sealing element of the frame (8) in zones corner (BE; BE_ {K}; BE_ {L}) of the frame element (6), is thicker (DE) than in a respective section (AZ; AZ_ {K}, AZ_ {L}) of a respective frame side (R1, R2; R_RK), which is between two respective corner zones (BE; BE_ {K}; BE_ {L}) neighbors.

         \ vskip1.000000 \ baselineskip
      

12. Countertop (2) with a frame element (6) according to claim 11. 13. Countertop kitchen cabinet layout (12a) with a countertop (2) according to claim 12, wherein the countertop (2) is arranged in a recess (14a) of the kitchen cabinet (12) and with its frame element (6) and its sealing element of the frame (8) can be placed in a sealed way on an edge area (14b) of the recess (14a). 14. Kitchen cabinet (12) with a countertop (2) according to claim 12, wherein the countertop (2) is arranged in a recess (14a) of the kitchen cabinet (12) and is with its frame element (6) and its frame sealing element (8) shutter over an edge area (14b) of the recess (14a).