WO2013167116A1

WO2013167116A1 - Connection of two components, plug-in system and method for producing a connection

Info

Publication number: WO2013167116A1
Application number: PCT/DE2013/100143
Authority: WO
Inventors: Guido Schulte
Original assignee: Guido Schulte
Priority date: 2012-05-10
Filing date: 2013-04-18
Publication date: 2013-11-14
Also published as: DE102012104112A1; EP2847471A1

Abstract

The present invention relates to a connection and also a plug-in system (18) for the simple, secure and reproducible coupling of two components (1, 2) incorporating a flat dowel (3). For this purpose a flat dowel (3) is screwed into a first component (1) in positive engagement and a second component (2) has a sliding groove (9) which is pushed over the flat dowel (3) until the two components (1, 2) reach an end position with respect to one another. A connection is produced with optimal strength, by forming a latching strip (10) on the flat dowel (3), and a latching groove (12) is formed in the sliding groove (9), so that the two components (1, 2) are latched together.

Description

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Method m manufacturer of a compound

The present invention relates to a connection of two components according to the features in the preamble of claim 1.

The present invention further relates to a plug-in system comprising a compound according to the invention in accordance with the features in claim 11.

The present invention further relates to a method for producing a compound according to the features in claim 13.

From the prior art it is known to produce furniture in plug-in construction, in particular, this Verbinüungstecbnik has established in the field of Mitnahmemöbein the buyer can transport the furniture in compact containers to the site and then perform there in Eigenregle the structure. In most cases Hoizstiftdübel or flat dowels are used as plug-in systems. After putting them together are the individual However, components of the furniture are not completely locked together, so it requires more elements for producing a locked Schußschususses. For this purpose, pins are screwed onto a component which are locked in the second component by means of a locking nut. However, a soiche assembly of furniture components is partly dependent on the craftsmanship and experience of the applying installer, resulting in an inexperienced construction a reduced Qua itätseindruck the constructed furniture.

Furthermore, from the prior art shelves are known, which are positioned in a furniture body or a shelf. Within the body or the shelf is usually provided in the vertical direction at least one row of holes, wherein in the row of holes individual pins are inserted and the shelf is then placed on the pins, It is known that the pins optionally in the hole inside the body or but the shelf are screwed or recesses are present in the shelf itself, wherein after placing the shelf on the pins these are at least partially stored sunk in the Regaiboden. A disadvantage of the described Verbindungsmögiichkeiten is that no additional stiffening is done by the shelf in the piece of furniture itself.

Object of the present invention is therefore to show a connection between two components, which is easy, quick and safe to install and in particular allows for mounting a shelf an additional stiffening.

The above object is achieved with a connection of two components according to the features in claim 1.

The above object is further achieved by a plug-in system comprising a compound according to the invention according to the features of claim 1 1. A procedural part of the object is further achieved by a method for producing the compound according to the features in claim 1 3.

The connection of two components, wherein the components are plugged into each other with a tongue and groove and plug-in insertion of a dowel are positively fixed to each other iagefixierbar, according to the invention is characterized in that a side surface of a first component has a circular-section-shaped groove, wherein the groove extends at an angle of 45 "to 135 °, in particular 90" to a surface of the side surface and a Fiachdübel is screwed into the groove form-fitting manner, wherein the second component has a sliding groove on one end face, wherein the Fiachdübel engages the Schsebenut,

The compound of the invention is particularly suitable for connecting two components of a piece of furniture, very particularly preferably, the compound is suitable for coupling an outer or partition wall of a piece of furniture with a shelf.

For the production of the compound according to the invention a Fiachdübel is used in particular in the form of a so-called Lamello, A Lameilo is characterized in that it has an outer contour, which is formed of two opposite, kreisabschnlttsförmigen sheets. in the first component, which is preferably an outer wall or partition of a piece of furniture, a circular section-shaped groove is milled with the aid of a Lamellofräsers, in which the Lameilo is then inserted by screwing. Preferably, the Lameilo on its outer sides at the portion which is screwed into the first component, corresponding Rastmitiei on to form a positive coupling.

If the flat dowel is screwed into the circular-segment-shaped groove of the first component, the second component, in particular the shelf, is arranged relative to the first component, wherein the dowel is positioned in the sliding groove. Then, the second component relative to the first component displaced, wherein the portion of the Flachdübeis, which is arranged in the sliding groove, performs a sliding movement in relation to the sliding groove. Thus, it is possible to insert the second component, for example a shelf, guided into the piece of furniture and to leave in this reaching a desired end position. Very particularly preferably, the second component is locked in relation to the first component when the end position is reached via the connection according to the invention. This locking takes place by positive and / or non-positive engagement of the Fiachdübeis in the sliding groove, very particularly preferably in a locking groove.

In particular, it is possible in the context of the invention, horizontally oriented second components with the inventive compound formschiüssig on a first component, which is oriented substantially vertically to koppein. Especially with SteckmöbeSn or even with driving furniture, it is possible by the inventive connection and insertion of the Fiachdübeis, without any external tool to produce a secure, simple and above all reproducible connection of the two Baueeemente whose quality is produced independently of the skills of the applying installer,

Further preferably, the flat dowel has an elliptical shape, in particular the dowel is formed by two intersecting, circular-segment-shaped arcs, wherein the dowel further particularly preferably has two pointed ends and is in particular designed as a lameiio. Here, the dowel in the form of a Lamelios has the advantage that the components can already vorkonfektionie t from the factory with the respective grooves and then at the site of the furniture by simply plugging or pushing or screwing in the Lamelios a secure and reproducible connection consistent Quality can be produced, Furthermore, the flat dowel have the advantage that they also have compact dimensions and thus are easily incorporated into containers for transport. In the context of the invention, the Fiachdübei may also have an elliptical or a circular arc shape having a varying radius. It is only important that in the first component, a screwing in of the flat dowel is possible and in the second component optionally a locking of the dowel in the locking groove,

Furthermore, particularly preferred is the Fiachdübei made of plastic and / or fiber composite material, in particular the Fiachdübei is made of HDF, DF or even made of PVC. The aforementioned materials offer in the context of the invention the advantage that the Fiachdübei for producing the compound according to the invention have compact dimensions and a low weight, but meet the respective required strength properties. Overall, the above-mentioned materials offer higher strength properties over a Fiachdübei made of pure Hoizwerkstoff and they are easier than Fiachdübei, which are made of a metallic material. Another advantage is that a plastic or fiber composite dowel inevitably destroys or scratched in a wrong position or a wrong contact with a surface of a device in contrast to a metallic Fiachdübei.

More preferably, the sliding groove is formed at least partially extending from a front side and / or from a rear side of the second component. This makes it possible, for example, in a sliding groove extending from the back over the entire end wall of the second component to approximately to the front of the second component, possible in a composite body a shelf with the back from the front into the body to the rear continuously insert. This is then done via the sliding groove, wherein in particular on each side at least two flat dowels, one in the region of the front and one in the region of the back are arranged, so that a secure support of the shelf takes place. Likewise, it is then possible, when the second component is pushed in, for example in the form of a shelf, to insert it from the front even in the assembled body and lock it securely in the body without further assembly effort or without further tools or without further mounting means in the form of screws or similar

In particular, in the context of the invention, a latching groove is formed in the sliding groove. The screwed-in in the first component blade is preferably moved by relative movement of the second component in the sliding groove, which is additionally latched when reaching an end position of the first component to the second component of Fiachdübel in the locking groove. In particular, the locking groove for this purpose has a circular arc section-shaped course, wherein the arcuate section-shaped course of the locking groove is formed corresponding to the flat dowel itself. Furthermore, particularly preferably, the latching groove is arranged substantially orthogonal to the sliding groove.

The flat dowel has in particular a Rastieiste, wherein the locking bar is substantially orthogonal to an itfellängsebene the Fiachdübeis out, and the Fiachdübel further preferably corresponding to the circular arc portion-shaped course of the locking groove ebenfails a circular arc section-shaped course. As a result, the locking groove with the Rastieiste on reaching the end position of the first component to the second component can be latched, so that a positive connection of Fiachdübel and locking groove can be produced.

Furthermore, particularly preferred is a clamping connection, mitbin a kraftschiüssige connection between locking groove and Rastieiste produced.

Further preferably, the flat dowel is formed spherically symmetrical, so that the Fiachdübel from both sides in each case in the first component or in the second component can be inserted. A swapping of the pages, thus a wrong assembly by an inexperienced mechanic, thereby avoided. In the context of the invention, however, it is also possible that the flat dikes! has an asymmetrical structure, wherein a portion of the flat dowel of the groove is assigned to the first component and a further portion of the Flachdübeis the sliding groove and the locking groove of the second component is associated. In the context of the invention, a frictional connection can thus be produced not only by means of a locking strip, in particular in the section associated with the first component, but also, for example, by two locking strips on the section in respective opposite sides on both sides with respect to a longitudinal part stick out of the Fiachdübeis.

Further preferably, the locking groove in a valley area on a Rastverlief ung, wherein the Rastieiste engages in the locking recess. This not only makes it possible to produce a forrnschlüssige connection by engagement of Rastieiste to latching recess in the second component, but also a non-positive or a locking connection, which allows additional support in the assembled second component.

Furthermore, the second component, in particular the flat dowel, preferably forms a latching function by engagement in the latching groove. As a result, the hiring and / or acoustic feedback is given to the applying mechanic addition in reaching the end position and latching of locking bar in locking groove that the assembly is done properly.

The compound of the invention is also in an advantageous development under inclusion of a Fiachdübeis having to perform a spring tongue. For this purpose, the flat dowel has a spring tongue, which is arranged opposite a base body at an angle to this and protrudes. The spring tongue comes here when screwing the Fiachdübeis in the first component either positively on a side surface of the first component to the plant that further rotation or unscrewing the Fiachdübeis is not possible and / or the spring tongue in the second component in the sliding groove so for the sake of Plant _. in that it urges the second component in its end position with a spring force in such a way that the latching groove and the seat bar engage in one another in a form-fitting manner. The second component must therefore be moved opposite to the spring force to move the locking bar from the locking groove and then disassembly of the invention is made possible.

The aforementioned object is further achieved with a plug-in system according to the invention, wherein the plug-in system itself has a connection with at least one of the aforementioned features and is characterized in that the second component is arranged as a horizontal element between two first components as Vertikaielement, wherein the locking groove of Horizontal element is positively held with the locking strip of Flachdübeis by the gravitational attraction. Thus, a Öbeikorpus is equipped, for example, by an inventive connector system characterized in that the two side walls of the furniture body, which are oriented substantially in the vertical direction, are to be regarded as the first components in the context of the invention. These are also called Vertlkalelemente below.

Between the two vertical elements, a second component, for example a shelf, is arranged, which has a substantially horizontal profile and is subsequently called a horizontal element. The Horizontaielement is inserted according to the possibility described above via the Fiachdübel which are screwed into the vertical elements, and reaches a Vorendposition when the second component is fully inserted. Following this, in addition to the protruding locking strip of Fiachdübel, the locking strip is directed in particular to the vertical direction upwards, additionally engaged. For this purpose, the second component is left in the Vorendposition and pressed relative to the vertical direction downwards, so that the locking strips engage in the corresponding locking grooves on the Horizontaielement. An advance or pushing back the Ho zontalelements is then no longer possible.

The horizontal element is held by gravity in the final position. For disassembly, the horizontal element is to be lifted against the direction of action of the force of gravity and can in turn be moved forward or backward via the sliding groove and correspondingly dismantled or removed.

In addition, it is possible that the positive engagement of locking groove and locking bar is supported by a kraftschiüssige or additional detent function such that the horizontal element is not held exclusively by gravity in the installed position, but is supported by the kraftschiüssige compound and / or the locking connection.

With the plug-in system according to the invention, it is possible in particular due to the course of the groove at an angle between 45 ° and 135 ° to arrange not only at right angles to each other positioned first and second components, but also components that are at a different angle to each other. The end wall of the second component is likewise angled accordingly, so that the end wall comes almost vollfl chig on the surface of the first component to the plant. The groove for screwing the Fiachdübels in the first component is introduced at an angle in the first component such that the Flaudingu extends in the direction of the central longitudinal plane of the second component.

The plug-in system according to the invention is further distinguished by the fact that it is not limited only to second components, for example in the form of horizontally oriented shelves, but also second components are verriegeibar so that themselves are substantially vertical. For this purpose, a second component, which is oriented substantially in the direction of action of gravity, thus in Vertlkairichtung, compared to a first component, also referred to as vertical element, is verriegeibar by at least one horizontal element. Thus, first a corpus assembled and then inserted a second component in the vertical direction in the body and fixed in place with the plug-in system according to the invention in this. So that the second component is not unlocked by a lateral pressing, for example in a shelf by a book falling over or an unwanted hand movement, from the locking position, between the vertically oriented second component and the vertical element, thus the body, additionally at least one horizontal element arranged in the form of a horizontally oriented second component. This is then in turn locked with the plug-in system according to the invention described in the previous paragraph and bends in the Verriege! Ungsposition due to the gravitational force.

The procedural part for establishing a connection according to at least one of the aforementioned Merkmaie is further achieved in that the second component is arranged at an angle to the first component, wherein the angle is preferably a 90 degree angle. Then, the second component is displaced relative to the first component, wherein a flat dowel arranged in the first component engages in the sliding groove of the second component and is thereby linearly guided. The second component then reaches a desired end position, wherein subsequently the second component is displaced orthogonal to the Mitteilängsebene Fiachdübeis and the second component and the first component via the dowel are positively locked together. As a result, in particular latching strip and latching groove engage positively and optionally non-positively and / or via an additional latching function into each other, so that the second component is held locked against the first component. The displacement orthogonal to the Mitteilängsebene the Fiachdübeis, for example, a pressing or a depression of the second component, wherein the path for this shift in a range between 0, 1 and 10 mm, in particular between 0.5 and 5 mm moves. The aforementioned Merkmaie are within the scope of the invention can be combined with each other with the advantages associated with each, without departing from the scope of the invention.

Further advantages, features, aspects and characteristics of the present invention will become apparent from the following description. Preferred embodiments are shown in the schematic figures. These are for easy understanding of the invention. Show it:

FIG. 1 shows a connection according to the invention in a cross-sectional view;

FIG. 2 shows a milling cutter for producing the grooves according to the invention in a cross-sectional view;

Figure 3a and b a flat dowel according to the invention in a plan view and in a cross-sectional view;

4 shows a second component according to the invention in a cross-sectional view from above and

5 shows an inventive plug-in system in a cross-sectional view

FIG. 8 shows the flat dowel according to the invention with a spring tongue

Figure 7a and b shows the Fiachdübel invention in one

Cross-sectional view

Figure 8 shows a compound of the invention incorporating a flat dowel according to the invention with a spring tongue in the figures will use the same reference numerals for the same or similar components wherein a repetition for simplicity reasons entfälit. 1 shows a connection according to the invention in a cross-sectional view comprising a first component 1 and a second component 2. The first component 1 and the second component 2 are shown here at an angle .beta. Of 90.degree .. However, it is also possible within the scope of the invention to make a connection between a first 1 and a second 2 component at an angle β not equal to 90.degree .. Between the first 1 and the second component 2 a flat roof 3 is integrated, the flat roof 3 being connected to a first section 4 in a groove 5 is arranged in the first component 1 and projects with a second portion 8 relative to a surface 7 of the side surface 8 of the first component 1 orthogonal in the direction of the second component 2. For this purpose, the second section 8 of the roofing plug 3 engages in a sliding groove 9 of the second Component 2, wherein a locking bar 10 of the roofing plug 3 orthogonal to a central longitudinal plane 1 1 d it shows flat dowel 3 in vertical direction VR oriented upwards. The locking strip 10 is a locking groove 12 is engaged, the second component 2 remains in its position due to the gravitational force E. The second component 2 has first been pushed over the flat dowel 3 with the sliding groove 9 and then lowered by the height X, so that the locking strip 10 and the locking groove 12 come in formschiüssigen engagement.

For Hersteilung both the locking groove 12 and the groove 5, a cutter 13 shown in Figure 2 is used, which has a circular cross-section and at the outer end 14 has a milling stage 15, the cutter 13 first in the X ~ direction in the component up to the lowest point of the groove 5, shown in Figure 1 by the reference numeral t, is retracted and then lowered in the Y direction by the height x to form the locking groove 12. Then the cutter 13 is moved back by the amount in the Y direction and in turn pulled out of the component around the X ~ direction. Thus, the additional groove 17 is generated, in which the locking bar 18 is screwed. In the thus produced grooves 5, a flat dowel 3 shown in Figure 3a and b is then first screwed to a first portion 4, in which case the second portion 6 protrudes from the surface 7 of the first component 1. Here, a locking strip 10 is then additionally formed, which engages with a locking groove 12 of the second component 2 in a form-fitting manner. The first section 4 also has on the underside a Rasiieiste 16 which comes into the groove 5 of the first component 1 form-fitting engagement.

3b also shows preferred dimensions in millimeters of the flat dowel 3 according to the invention, which form an optimum of used material, handleability and the associated Fesügkeifseigenschaften, in the invention, the dowel 3 but also in other dimensions than the dimensional ranges shown in Figure 3b be formed.

Furthermore, FIG. 4 shows a cross-sectional view in a perspective view of a second component 2, wherein a sliding groove 9 is formed extending from the rear side RS in the direction of the front side VS. The slide groove 9 is not continuous, so that it is not visible from the front side VS.

FIG. 5 shows an inventive plug-in system 18 comprising first components 1 in the form of vertical elements V and second components 2 in the form of horizontal elements H. The first components 1 in the form of vertical belts V form an outside surrounding body 19. in the body 19 itself, however, a second component 2 is still arranged in the vertical direction VR, which is likewise locked with the connection according to the invention. For this purpose, the second component 2 is first arranged in the body 19 with the compound according to the invention and then by a horizontal element H, which is also held by the inventive compound in the body 19, locked such that the horizontal element H as a spacer relative to the second component. 2 is used, wherein in the second component 2, the locking groove 12 and the Rastieiste 10 are locked and are held by the distance of the horizontal element H. The horizontal element H itself is again held in the body 19 due to gravity E.

Figure 8 shows a flat dowel 3 according to the invention in a further embodiment, wherein the Fiachdübei 3 has a spring tongue 20. The Fiachdübei 3 is shown in a plan view, wherein the spring tongue 20 has a rectangular configuration shown here. The spring tongue 20 extends from a side edge 21 of the flat roof section 3 to an intermediate longitudinal axis 22 of the roof tile 3. The roof tile 3 itself is divided into two side sections, first section 4 and second section 8. On the first section 4 and on the second section 6, a locking strip 18 is formed in each case on the outside on all sides. The spring tongue 20 is formed in the second portion 6, wherein the spring tongue 20 is oriented downwards relative to the image plane, so that it extends into the same side, in which it extends the locking bar 16 of the first section 4. The spring tongue 20 is surrounded by a gap 23, which makes it possible on the one hand to realize the production, on the other hand to move the spring tongue 20 also occurring component tolerances such that they opposite their spring force in the direction of Figure 8 not shown itteiiängsebene the flat dowel. 3 can be moved and back.

7a and 7b show a cross section through the flat dowel according to the invention according to the second embodiment along the section line Vil-VII in Figure 6, wherein in Figure 7a preferred dimensions of a flat dowel 3 with spring tongue 20 are shown in millimeter and in Figure 7b, the cross-sectional view is explained in more detail. The spring tongue 20 is opposite to the middle longitudinal plane 1 of the invention Flachdübeis 3 on the image plane downwards over, so that it is oriented in the same direction. Like the Rastieiste 16 of the first section 4. An end face 24 of the spring tongue 20 is preferably at a right angle to the Mitteiiangssebene 1 1 of Flachdübeis 3 oriented trained. The spring tongue 20 is further preferably in a wink! α arranged to the middle longitudinal plane 1 1. The end face 24 of the spring tongue 20 is formed to a top 25 and to a bottom 28 of the spring tongue 20 smoothly rounded. This results in the advantage that the spring tongue 20 can be moved into the gap against the spring force, without coming to rest on the flat dowel 3 or pushing it out of the gap due to the bevel when a contamination particle is incorporated. Furthermore, 18 curves 28 are formed on the respective outer sides 27 of the roofing plug 3 and on the locking strips, so that the flat dowel 3 according to the invention is particularly easy screwed into grooves not shown and also from these again unscrewed without jamming.

FIG. 8 furthermore shows a connection according to the invention, incorporating two Fiach plugs 3, shown here, wherein the spring tongues 20 come into positive engagement with their front side 24 on a side surface 30 of the first component 1. Also shown in sectional view, the sliding groove 9, wherein optionally in the end position shown here between the first and second component 1, 2 in the sliding groove 9 locking grooves 12 may be arranged. Due to the positive engagement of the end face 24 of the spring tongue 20 to the side surface 30, a rotational movement D of the flat dowel 3 to the first component 1 is not possible.

e_euc8S £ ®ieh @ r

1 - first component

2 - second component

3- Flat dowel

4_ first section to 3

5- groove to 1

8- second section to 3

7- Surface to 8

8- side surface to 1

9- sliding groove

10- locking bar to 8

11 - middle longitudinal plane to 3

12- locking groove

13- cutter

14- end to 13

15 - milling step

IG-Rastieiste to 4

IT groove for 16

18-connector system

19- corpus

20- spring tongue

21 - side edge

22 - middle longitudinal axis

23- gap

24- end face

25- top

28- underside

27 - outside

28 - rounding

29 connection

30- side area to 1 α - hints!

^~ Woo!

D rotary motion

VR vertical direction

E - earth gravity

H - height

X-X direction

Y- Y direction t- lowest point

V-vertical element

H - Horizortta e emeni vs ^■ · Front!

RS - back

Claims

1. Connection of two components, wherein the components (1, 2) can be plugged into one another using a tongue and groove plug-in system with the integration of a dowel and can be fixed to one another in a form-fitting manner, characterized in that a side surface (8) of a first component (1) has a circular section-shaped groove (5), the groove (5) being oriented at an angle of 45 to 135 degrees, in particular 90 degrees, to a surface of the side surface (8), and a flat dowel (3) screwed into the groove (5) in a form-fitting manner is, wherein the second component (2) has a sliding groove (9) on one end face, the fiach dowel (3) engaging in the sliding groove (9).

2. Connection according to claim 1, characterized in that the flat dowel (3) has an elliptical shape, in particular the flat dowel (3) is formed by two intersecting circular segment-shaped arcs, particularly preferably the flat dowel (3) has two pointed ends (14) on and particularly preferred is the Fiachdübei (3) a lamello.

3. Connection according to claim 1 or 2, characterized in that the fiach dowel (3) is made of plastic and / or fiber composite material, in particular the flat dowel (3) is made of HDF, DF or PV ^' C.

4. Connection according to one of the preceding claims, characterized in that the sliding groove (9) extends at least in sections over the front side from a front side (VS) and/or from a back side (RS) of the second component (2).

5. Connection according to one of the preceding claims, characterized in that a locking groove (12) is formed in the sliding groove (9).

6. Connection according to the preceding claim, characterized in that the locking groove (12) has a circular arc section-shaped course, the circular arc section-shaped course of the locking groove (12) corresponding to the flat dowel! (3) is designed,

7 _< Connection according to claim 5 or 8, characterized in that between the flat dowel! (3) and the locking groove (12) a clamping connection can be produced.

8 _.: Connection according to one of claims 5 to 7, characterized in that the flat dowel (3) has a locking strip (10) on its section oriented towards the second component (2), in particular the flat dowel! (3) is designed to be mirror-symmetrical and has a locking strip (10) oriented to one side on each section, particularly preferably the two locking strips (10) are oriented in opposite directions, with one locking strip (10) preferably being essentially orthogonal to a central longitudinal plane (11 ) of the flat dowel (3) is arranged oriented.

9, connection according to one of claims 5 to 8, characterized in that the locking groove (12) has a locking recess in a valley area and the locking strip (12) engages in the locking recess.

10, connection according to the preceding claim, characterized in that the second component (2) and the flat dowel (3), in particular the flat dowel (3), form a latching function by engaging in the latching groove (12).

11. Connection according to one of the preceding claims, characterized in that a spring tongue (20) is formed on the fiach dowel (3), the spring tongue (20) coming into positive contact with the surface (7) and/or in the sliding groove ( 9) comes into contact with a positive fit.

12. Sieck system with a connection according to at least claim 1, characterized in that the second component (2) is arranged as a horizontal element (H) between two first components (1) as vertical elements (V). wherein the locking groove (12) of the hollow zone element (H) is held in a form-fitting manner with the locking bar (10) of the fiach dowel (3) by the earth's gravity (ER).

13. Plug-in system according to claim 12, characterized in that a second component (2), which is oriented essentially in the direction of action of the earth viewing force (ER), can be locked relative to a first component (1) by at least one horizontal element (H), the horizontal element (H) is arranged at an angle to the second component (2) and the horizontal element (H) is locked relative to a first component (1) by the force of gravity (ER).

14. A method for producing a connection according to at least claim 1, characterized in that the second component (2) is arranged at an angle to the first component (1) and the sliding groove (9) by relative movement from the second component (2) to the first Component (1) is pushed over the flat dowel (3) arranged in a fixed position in the first component (1) until the second component

(2) and the first component (1) are in the desired end position relative to each other, the second component (2) then being displaced orthogonally to the central longitudinal plane (11) of the flat dowel (3) and the second component (2) and the first component (1) over the flat dowel

(3) be locked together in a form-fitting manner.