DE202015006688U1 - Composite block consisting of at least six blocks - Google Patents

Abstract

Composite module (V2, V2e) comprising at least six components (B1 to B6, B1e to B6e), with at least two internal components (B1, B2, B1ae, B1be) surrounded by four external components (B3 to B6, B3e to B6e) are, wherein the inner blocks (B1, B2, B1ae, B1be) form a parallelepiped having two mutually remote cultivation surfaces (AF1, AF1e) with nubs (N) and four knobless side walls, wherein a first outer block (B3, B3e) with a first double-sided adhesive tape (KB3, 48) is attached to a first side surface of the cuboid, wherein a second outer block (B4, B4e) with a second double-sided adhesive tape (KB4, 50) is attached to a second side surface of the cuboid, with nubs (N) provided areas (AF3, AF4, AF3e, AF4e) of the first outer block (B3, B3e) and the second outer block (B4, B4e) facing away from each other, wherein a third outer block (B5, B5e) with a third double-sided Klebeba nd (KB3, 44) is secured to a third side surface of the cuboid, a fourth outer block (B6, B6e) having a fourth double-sided adhesive tape (KB4, 46) being attached to a fourth side surface of the cuboid, with nubs (N ) provided surfaces (AF5, AF6, AF5e, AF6e) of the third outer block (B5, B5e) and the fourth outer block (B6, B6e) facing away from each other.

Description

The application relates to a composite module with at least six components. From the DE 2009 002 361 A1 or B4, compound modules are known.

It is an object of the invention to provide a simple, in particular material-saving, composite component to be produced, which nevertheless preferably has a high stability and which preferably can also be disassembled in a simple manner.

This object is achieved by a composite module according to claim 1. Further developments are specified in the subclaims.

• – wobei ein erster äußerer Baustein mit einem ersten beidseitig klebenden Klebeband an einer ersten Seitenfläche des Quaders befestigt ist,
• – wobei ein zweiter äußerer Baustein mit einem zweiten beidseitig klebenden Klebeband an einer zweiten Seitenfläche des Quaders befestigt ist, wobei mit Noppen versehene Anbauflächen des ersten äußeren Bausteins und des zweiten äußeren Bausteins voneinander abgewandt sind,
• – wobei ein dritter äußerer Baustein mit einem dritten beidseitig klebenden Klebeband an einer dritten Seitenfläche des Quaders befestigt ist, wobei ein vierter äußerer Baustein mit einem vierten beidseitig klebenden Klebeband an einer vierten Seitenfläche des Quaders befestigt ist, und wobei mit Noppen versehene Anbauflächen des dritten äußeren Bausteins und des vierten äußeren Bausteins voneinander abgewandt sind.

The compound module can consist of at least six blocks. At least two inner building blocks can be surrounded by four outer building blocks. The inner building blocks can form a parallelepiped having two mutually remote cultivation areas with nubs and four knob-free side walls,

• Wherein a first outer module with a first double-sided adhesive tape is fastened to a first side surface of the cuboid,
• Wherein a second outer block with a second double-sided adhesive tape is fastened to a second side face of the cuboid, wherein studded areas of the first outer block and the second outer block are remote from each other,
• Wherein a third outer block having a third double-sided adhesive tape is attached to a third side surface of the cuboid, a fourth outer block having a fourth double-sided adhesive tape being fixed to a fourth side surface of the cuboid, and studded surfaces of the third outer Block and the fourth outer block facing away from each other.

The nubs may be short cylindrical pins that protrude from a flat acreage. Typically, the dimples may have a diameter in the range of 4.8 millimeters to 5.1 millimeters, especially 5 millimeters. The height of the nubs can be in the range of 1.7 to 1.9 millimeters, in particular at 1.8 millimeters. But also Hohlzylindernoppen be used, especially for larger sized stones. Also, there may be on the inner walls of the blocks webs, which improve the terminals.

An acreage typically serves for mounting or for clamping blocks which are identical to the blocks of the composite block or use the same clamping principle.

The blocks are preferably clamping blocks, which can be connected to each other by clamping or press fit. In this context is also spoken of fits. The clamping strength depends on the strength of the overlap of both components in a known manner. Alternatively or additionally, the clamping strength can be easily determined empirically by experiment. Known building blocks of this type are, for example, building blocks of the brands Lego, Buggi (Toys), Klik, Q-B (Q-Bricks), Ministeck, Bestlock, etc., as well as building blocks without brand names. The clamping force between the components with one another can be more than 1 newton and, in particular, less than 10 newton.

The blocks of the composite module can have at least one or all of the following dimensions in a range of plus or minus one millimeter: length 31.8 millimeters, width 15.8 millimeters, height without nubs 9.6 millimeters. Thus, the most common type of terminal block with eight knobs in two rows can be used for the composite module, with compatibility with commercial stones by the dimensions mentioned in a simple way is achieved.

A surface normal of the acreage is defined, for example, by a plane which contains the upper, usually circular surface of the nubs of a building block. Alternatively, for example, reference may also be made to the plane in which the base surfaces of the dimples lie, ie. H. where the nub (s) starts or starts at the block.

If there are several nubs on a block, they can be aligned in a row along a straight line. In the case of an even number of nubs on a block, the nubs may also be aligned at a plurality of mutually parallel rows, each lying along a straight line. For example. there can be two rows. The blocks of the composite block can all have the same number of nubs each. However, different blocks can also form a composite block.

The composite can contain only one inner building block on each side. Alternatively, however, there may be several inner building blocks on each side, for example two or three building blocks. In this case, only the outer side surfaces of the blocks may be surrounded by the outer blocks. On the other hand, inner sides of the inner building blocks can touch the inner side surfaces of other inner building blocks.

The adhesive tape consists, for example, only of a thin plastic layer and the coating of this layer with the adhesive material. Alternatively or additionally, in the carrier layer, a textile Be included in the share. For example, commercially available adhesive tapes of the companies Tesa (registered trademark) and 3M (registered trademark) or the adhesive tapes of other companies can be used. The plastic layer of the adhesive tape is, for example, thinner than 1 millimeter, thinner than 0.3 millimeters or even thinner than 0.1 millimeter. For example, Tesa's laying tape (registered trademark) for carpet and PVC coverings (RZ 8463.1, 32393-90108-00), which is extra strong, is very suitable. But other tapes are suitable. For example. so-called Tesa Powerstrips.

The tape can also be easily removed again from the block, if, for example, when building a need for simple blocks is created or the stones are to be resold later as a commercial stone.

The inner building blocks can be attached to each other with no additional adhesive and are thus held together only by the adhesive for bonding the outer blocks adhesive adhesive tapes. Thus, adhesive tape or adhesive can be used sparingly, d. H. only for the outer building blocks.

Alternatively, however, at least two inner building blocks or all inner building blocks can be fastened to one another with an additional adhesive, for example with a double-sided adhesive tape, which, for example, can facilitate the assembly of the composite building block. An adhesive may also serve as an adhesive, in particular a cyanoacrylate-based superglue.

The additional adhesive may preferably be arranged between the bottom surfaces of the inner building blocks, in particular between the bottom surfaces of at least two hollow cylinders. Thus, it is possible to fix the inner blocks together, in order to glue the outer blocks easier. In particular, the sidewalls of the inner building blocks may remain free of adhesive until the double-sided adhesive tapes are adhered to secure the outer bricks. The adhesive surfaces on the composite module can remain so even, which increases the adhesion of the adhesive tapes adhesive on both sides.

There may be exactly two inner building blocks whose bottom surfaces are adjacent to each other or whose bottom surfaces are secured together by an adhesive. This makes it possible to set up compound blocks from six basic blocks.

The third adhesive tape may also be adhered to a side surface of the first outer package and to a side surface of the second outer package. Additionally, the fourth adhesive tape may also be adhered to another side surface of the first outer package and to another side surface of the second outer package. The stability of the device is considerably increased by this simple measure. In other words, the third adhesive tape or the fourth adhesive tape projects laterally beyond the first adhesive tape and the second adhesive tape.

Despite gluing side surfaces of the outer building blocks, all four adhesive tapes can have the same length, preferably the length of a building block. This is especially true for eight-block building blocks, d. H. more precisely for building blocks, each with two by four nubs. The cutting of the tape and the logistics is easy because of the same length.

Alternatively, there can be exactly four inner building blocks. Compound modules can be produced from eight components. The outline can be square.

Even with the composite module of eight basic components, all four adhesive tapes can have the same length, preferably the length of a component. For example, there is no overlap of sidewalls of the outer building blocks of the composite building block.

Alternatively, the third adhesive tape may also be adhered to a side surface of the first outer package and to a side surface of the second outer package. The fourth adhesive tape may also be adhered to another side surface of the first outer package and to another side surface of the second outer package. Again, the stability of the composite block by this kind of gluing increases in a simple way. For eight -nove stones (two times four knobs), the adhesive tapes of different lengths may have.

The first adhesive tape, the second adhesive tape, the third adhesive tape and the fourth adhesive tape may contain carrier materials separated from one another by cut surfaces or sections. Thus, these tapes clearly differ from an adhesive tape that has been wrapped around the inner stones. Separate adhesive tapes can greatly simplify and improve the assembly of the composite component. In particular, all adhesive surfaces can be even and essentially gap-free.

The bottom surfaces of the blocks may each contain at least one bottom surface of a hollow cylinder and a surface surrounding the at least one bottom surface of the hollow cylinder. These hollow cylinders are used to pinching nubs of another block, which in the clamped state between the hollow cylinders and / or a Hollow cylinder and the side wall of the block are located.

No further adhesive tape can be arranged between the first double-sided adhesive tape and the first side surface of the cuboid. Likewise, no further adhesive tape can be arranged between the second double-sided adhesive tape and the second side surface of the cuboid. Similarly, there can be no additional tape between the third double-sided adhesive tape and the third side surface of the cuboid. Furthermore, analogously, there can be no further adhesive tape between the fourth double-sided adhesive tape and a fourth side surface of the parallelepiped. Thus, work is done with minimal use of adhesives and as even and homogeneous adhesive surfaces.

• – Länge 31,8 Millimeter und Breite 15,8 Millimeter, wobei der Klemmbaustein zwei Mal acht Noppen hat,
• – Länge 7,8 Millimeter und Breite 7,8 Millimeter, wobei der Klemmbaustein nur eine Noppe hat,
• – Länge 15,8 Millimeter und Breite 15,8 Millimeter, wobei der Klemmbaustein zwei Mal zwei Noppen hat,
• – Länge 23,98 Millimeter und Breite 15,8 Millimeter, wobei der Klemmbaustein zwei Mal drei Noppen hat,
• – Länge 63,6 Millimeter und Breite 31,7 Millimeter, wobei der Klemmbaustein zwei Mal acht Noppen hat, d. h. sogenanntes ”Duplo” (registrierte Marke) Format, insbesondere mit Hohlzylinder Noppen, oder
• – Länge 31,7 Millimeter und Breite 31,7 Millimeter, wobei der Klemmbaustein zwei Mal zwei Noppen hat, d. h. sogenanntes ”Duplo” (registrierte Marke) Format, insbesondere mit Hohlzylinder Noppen.

The length and the width of the terminal block may have the dimensions of one of the following pairs of dimensions or each deviate a maximum of two millimeters or a maximum of one millimeter or a maximum of half a millimeter or a maximum of a tenth of a millimeter thereof:

• - Length 31.8 millimeters and width 15.8 millimeters, the terminal block has two times eight nubs,
• - Length 7.8 millimeters and width 7.8 millimeters, the terminal block has only one knob,
• - length 15.8 millimeters and width 15.8 millimeters, whereby the terminal block has two nubs twice,
• - Length 23.98 millimeters and width 15.8 millimeters, wherein the terminal block has two times three nubs,
• - Length 63.6 mm and width 31.7 mm, the terminal block has two times eight nubs, ie so-called "Duplo" (registered trademark) format, especially with hollow cylinder knobs, or
• - Length 31.7 millimeters and width 31.7 millimeters, the terminal block has two times two nubs, ie so-called "Duplo" (registered trademark) format, especially with hollow cylinder nubs.

The above embodiments and embodiments may be combined with each other and with the examples of the figures described below as desired. If "can" is used in this application, this means both the technical possibility and an actual technical realization.

Embodiments of the invention will be explained with reference to the accompanying drawings. The figures of the drawing are not to scale, in particular other aspect ratios may be used. In the drawing:

1 a known terminal block in plan view,

2 a composite building block in a first production stage,

3 the composite building block in a second production stage,

4 the composite building block in a third production stage,

5 the composite module in a plan view, and

6 a composite module of eight terminal blocks.

The 1 shows a known terminal block B1 in plan view. The outer dimensions of the clamping module B1 are, for example, within the ranges mentioned in the introduction for the length L, the width B and the height of a building block. The height of the module B1 is in the 1 not shown and is perpendicular to the leaf level of the sheet that the 1 shows. The module B1 is constructed like the components B2 to B6 or B1e to B6e mentioned below and consists, for example, of an ABS plastic material (acrylonitrile-butadiene-styrene) or PLA (polyactide).

• – eine kurze linke Seitenwand 2 der Breite B,
• – eine lange Rückwand 6, der Länge L,
• – eine kurze rechte Seitenwand 4 der Breite B,
• – und eine Vorderwand 8 der Länge L.

The module B1 has:

• - a short left sidewall 2 the width B,
• - a long back wall 6 , the length L,
• - a short right side wall 4 the width B,
• - and a front wall 8th the length L.

A blanket 10 covers the walls 2 to 8th upwards, so that under the ceiling 10 one of the walls 2 to 8th limited cavity is created with an opening facing downwards in the in the 1 However, the view shown is not visible. In this cavity are three in the 1 schematically shown hollow cylinder Z1, Z2 and Z3 arranged along a straight line which lies in the longitudinal direction of the module B1. The cylinders Z1 to Z3 serve in conjunction with the walls 2 to 8th in a known stone for clamping the nubs of an underlying stone or a studded bottom plate. Thus, with the in the 1 shown building block B1 are built only along two opposite directions.

The device B1 is a device with eight studs N1 to N8 arranged in two rows, the first row containing the studs N1 to N4. The second row contains the nubs N5 to N8.

The 2 shows a composite module V2 in a first production stage. The module B1 was arranged with the knobs pointing downwards. On the bottom surface of the module B1 a structurally identical module B2 was placed with its bottom surface. The module B2 also has eight nubs, of which in the 2 four nubs N21 to N24 are shown. Possibly. For example, the two building blocks B1 and B2 can be fixed together, for example by a drop of adhesive or in another way.

Between the bottom surfaces of the blocks B1 and B2, a spacer plate may be arranged.

The 3 shows the composite module V2 in a second manufacturing stage, in which at the back of a non-illustrated module B3 and at the front of a block B4 are glued with double-sided adhesive tape, see 5 , Adhesive tape KB1 and KB2. The adhesive tape has, for example, exactly the length of a building block B1, etc. Alternatively, the adhesive tape can be longer or shorter. The width of the adhesive tape can be equal to the width of a building block. Alternatively, the adhesive tape can also have a smaller width or a slightly larger width.

The adhesive tape is glued, for example, to the side wall of the superimposed or adjacent building blocks B1 and B2. Thereafter, the block B3 or B4 is glued. If the adhesive tape comes from a roll, it may, for example, be cut off only after the side face of the building blocks B1 and B2 has been glued, for example, the edge of the building blocks B1, B2 serving as a guide, in order to ensure a straight cut. However, the assembly can also be done in other ways, especially by machine.

The 4 shows the composite component V2 in a third production stage. In addition, two building blocks B5 and B6 with adhesive tape KB3 or KB4 adhesive on both sides were additionally glued to the left and right, wherein, for example, the procedure is the same as for bonding the building blocks B3 and B4. The blocks B5 and B6 are constructed like the block B1.

• – die Bodenfläche des Bausteins B5,
• – die kurzen Seitenflächen der Bausteine B1 und B2, sowie
• – die kurzen Seitenflächen der Bausteine B3 und B4, siehe auch die 5.

Stick to the adhesive tape KB3:

• The bottom surface of the building block B5,
• - The short side surfaces of building blocks B1 and B2, as well
• - the short side surfaces of the blocks B3 and B4, see also the 5 ,

• – die Bodenfläche des Bausteins B6,
• – die anderen kurzen Seitenflächen der Bausteine B1 und B2, sowie
• – die anderen kurzen Seitenflächen der Bausteine B3 und B4, siehe auch die 5.

Stick to the adhesive tape KB4:

• The bottom surface of the building block B6,
• - The other short side surfaces of building blocks B1 and B2, as well
• - the other short faces of building blocks B3 and B4, see also the 5 ,

As regards the width and length of the adhesive tapes KB3 and KB4, what has been said above about the width and length of the adhesive tapes KB1 and KB2 applies. It can again be a mounting using a roll of adhesive tape, in particular a manual or a mechanical assembly.

• – den vorderen inneren Baustein B1 mit einer mit Noppen versehenden Anbaufläche AF1,
• – den hinteren inneren Baustein B2 (nicht dargestellt) mit einer mit Noppen versehenden Anbaufläche AF2,
• – den linken Baustein B3 mit einer Anbaufläche AF3,
• – den rechten Baustein B4 mit einer Anbaufläche AF4,
• – den oberen Baustein B5 mit einer Anbaufläche AF5, und
• – den unteren Baustein B6 mit einer Anbaufläche AF6.

The 5 shows the composite module V2 in a plan view. The composite module V2 contains in this representation:

• The front inner building block B1 with a studded surface AF1,
• The rear inner building block B2 (not shown) with a studded surface AF2,
• The left building block B3 with a cultivated area AF3,
• The right building block B4 with an acreage AF4,
• The upper building block B5 with an acreage AF5, and
• - The lower block B6 with an acreage AF6.

• – die Flächennormale FN1 (nicht dargestellt) zeigt nach vorn entgegen der y-Achse,
• – die Flächennormale FN2 (nicht dargestellt) zeigt nach hinten in Richtung der y-Achse,
• – die Flächennormale FN3 zeigt nach links entgegen der x-Achse,
• – die Flächennormale FN4 zeigt nach rechts in Richtung der x-Achse,
• – die Flächennormale FN5 zeigt nach oben in Richtung der z-Achse, und
• – die Flächennormale FN6 zeigt nach unten entgegen der z-Achse.

The cultivated areas AF1 to AF6 include surface normals FN1 to FN6. Regarding a rectangular or Cartesian coordinate system 20 with the x, y and z axes, the following arrangements of the surface normals FN1 to FN6 result:

• The surface normal FN1 (not shown) points forward against the y-axis,
• The surface normal FN2 (not shown) points backwards in the direction of the y-axis,
• The surface normal FN3 points to the left against the x-axis,
• The surface normal FN4 points to the right in the direction of the x-axis,
• - the surface normal FN5 points upward in the direction of the z-axis, and
• - The surface normal FN6 points downwards against the z-axis.

The composite module V2 is extremely stable because the double-sided adhesive tapes KB1 to KB4 abut all over the entire surface and just on the blocks B1 to B6. In particular, there are no bumps caused by previously adhered to the blocks adhesive tapes.

The result is a composite device V2 of surprisingly high stability, which allows a creative building. The composite module V2 allows construction in six directions, ie downwards, upwards, forwards, backwards, to the left and to the right. In particular, together with a complementary building block in which touch the nubs of two basic building blocks, a creative building is possible.

• – einen in der Darstellung der 6 unten liegenden Klemmbaustein B6e, der dem Klemmbaustein B1 entspricht und der eine Anbaufläche AF6e mit acht Noppen hat,
• – einen in der Darstellung der 6 oben liegenden Klemmbaustein B5e, der dem Klemmbaustein B1 entspricht und der eine Anbaufläche AF5e mit acht Noppen hat,
• – einen in der Darstellung der 6 links liegenden Klemmbaustein B3d, der dem Klemmbaustein B1 entspricht und eine Anbaufläche AF3e mit acht Noppen hat,
• – einen in der Darstellung der 6 rechts liegenden Klemmbaustein B4e, der dem Klemmbaustein B1 entspricht und der eine Anbaufläche AF4e mit acht Noppen hat, von denen vier vordere Noppen N5e bis N8e dargestellt sind,
• – zwei in der Darstellung der 6 vorn und innen liegende Klemmbausteine B1ae (oben) und B1be (unten), die dem Klemmbaustein B1 entsprechen und jeweils acht Noppen haben, und
• – zwei in der Darstellung der 6 hinten liegenden Klemmbausteine, die dem Klemmbaustein B1 entsprechen und in der 6 nicht zu sehen sind, weil sie von den Klemmbausteinen B1ae und B1be verdeckt sind. Die hinten liegenden Klemmbausteine können die gleiche Ausrichtung wie die Klemmbausteine B1ae und B1be haben oder um 90 Grad zu diesen gedreht sein.

The 6 shows a composite module V2e of eight terminal blocks B1ae, B1be, B2ae (not shown), B2be (not shown) and B3e to B6e, ie:

• - one in the presentation of the 6 lower terminal block B6e, which corresponds to the terminal block B1 and which has a cultivation area AF6e with eight nubs,
• - one in the presentation of the 6 upper terminal block B5e, which corresponds to the terminal block B1 and which has an acreage AF5e with eight nubs,
• - one in the presentation of the 6 left terminal block B3d, which corresponds to the terminal block B1 and has an acreage AF3e with eight nubs,
• - one in the presentation of the 6 lying on the right terminal block B4e, which corresponds to the terminal block B1 and which has a cultivated area AF4e with eight nubs, of which four front nubs N5e to N8e are shown,
• - two in the presentation of the 6 front and inner terminal blocks B1ae (top) and B1be (bottom), which correspond to the terminal block B1 and each have eight nubs, and
• - two in the presentation of the 6 behind lying terminal blocks, which correspond to the terminal block B1 and in the 6 are not visible, because they are covered by the clamp blocks B1ae and B1be. The rear terminal blocks may have the same orientation as the B1ae and B1be terminal blocks or be turned 90 degrees to them.

• – die Flächennormale FN1e (nicht dargestellt) zeigt nach vorn entgegen der y-Achse,
• – die Flächennormale FN2e (nicht dargestellt) zeigt nach hinten in Richtung der y-Achse,
• – die Flächennormale FN3e zeigt nach links entgegen der x-Achse,
• – die Flächennormale FN4e zeigt nach rechts in Richtung der x-Achse,
• – die Flächennormale FN5e zeigt nach oben in Richtung der z-Achse, und
• – die Flächennormale FN6e zeigt nach unten entgegen der z-Achse.

The cultivated areas AF1e to AF6e include surface normals FN1e to FN6e. Regarding a rectangular or Cartesian coordinate system 30 With the x, y and z axes, the following arrangements of the surface normals FN1e to FN6e result:

• The surface normal FN1e (not shown) points forward against the y-axis,
• The surface normal FN2e (not shown) points backwards in the direction of the y-axis,
• The surface normal FN3e points to the left against the x-axis,
• The surface normal FN4e points to the right in the direction of the x-axis,
• - The surface normal FN5e points upward in the direction of the z-axis, and
• - The surface normal FN6e points downwards against the z-axis.

In the 6 For example, the adhesive tapes shown are exaggeratedly and exaggeratedly far away from the internal building blocks to make the invention readily visible.

Between the bottom surfaces of the building blocks B1ae, B1be and the rear two building blocks, not shown, a spacer plate may be arranged.

• – ein beidseitig klebendes Klebeband 44 zwischen der nach unten zeigenden Bodenfläche des Bausteins B5e und dem Baustein B3ae, vorzugsweise an der nach unten zeigenden Bodenfläche des Bausteins B5e und an dem Baustein B3ae,
• – ein beidseitig klebendes Klebeband 46 zwischen der nach oben zeigenden Bodenfläche des Bausteins B6e und Baustein B3be, vorzugsweise an der nach oben zeigenden Bodenfläche des Bausteins B6e und an dem Baustein B3be,
• – ein beidseitig klebendes Klebeband 48 zwischen der nach rechts zeigenden Bodenfläche des Bausteins B3e und den Bausteinen B1ae und B1be, vorzugsweise an der nach rechts zeigenden Bodenfläche des Bausteins B3e und an den Bausteinen B1ae und B1be, und
• – ein beidseitig klebendes Klebeband 50 zwischen der nach rechts zeigenden Bodenfläche des Bausteins B4e und den Bausteinen B1ae und B1be, vorzugsweise an der nach rechts zeigenden Bodenfläche des Bausteins B4e und an dem Baustein B1ae und B1be.

There may be the following tapes:

• - a double-sided adhesive tape 44 between the downwardly facing bottom surface of the device B5e and the device B3ae, preferably at the bottom surface of the device B5e pointing down and at the device B3ae,
• - a double-sided adhesive tape 46 between the upwardly facing bottom surface of the module B6e and module B3be, preferably on the upwardly facing bottom surface of the module B6e and on the module B3be,
• - a double-sided adhesive tape 48 between the right-facing bottom surface of the block B3e and the blocks B1ae and B1be, preferably on the bottom surface of the block B3e pointing to the right and on the blocks B1ae and B1be, and
• - a double-sided adhesive tape 50 between the right-pointing bottom surface of the block B4e and the blocks B1ae and B1be, preferably on the bottom surface of the block B4e pointing to the right and on the block B1ae and B1be.

This is all tapes 44 to 40 the same length, ie they have, for example, the length of a block B1e to B6e. Alternatively, the adhesive tapes 44 to 40 be shorter or longer than the blocks B1e to B6e. So can the tapes 48 and 50 extend beyond the short sidewalls of building blocks B5e and B6e. The then exposed adhesive surfaces of the tapes 48 and 50 On the short side surfaces of the blocks B5e and B6e can be pasted to avoid unsightly dust deposition and to improve handling. Alternatively, these areas can also remain free. The adhesive tapes can also be analogous 44 and 46 longer than the tapes 48 respectively. 40 be and extend over the side surfaces of the blocks B3e and B4e.

The result is a composite device V2e of surprisingly high stability, which enables creative construction. The composite module V2e allows for construction in six directions, i. H. down, up, forward, back, left and right. In particular, together with a complementary building block in which touch the nubs of two basic building blocks, a creative building is possible.

In particular, the composite building block V2e contains no scaffold and also no scaffolds as described in the German application Klemm2Gbm ( 20 2015 005 579.6 , 06. August 2015) or Klemm2Pat ( 10 2015 010 357.1 , 06 August 2015) of the same applicant.

Also, the composite component V2e is extremely stable, because the double-sided adhesive tapes 44 to 50 everywhere over the entire surface and just abut the blocks B1e to B6e. In particular, there is no unevenness by adhesive tapes previously adhered to the building blocks B1e to B6e.

• – ein Noppen an der Anbaufläche,
• – zwei Noppen an der Anbaufläche,
• – drei Noppen an der Anbaufläche,
• – vier Noppen, insbesondere in einer Reihe oder in zwei Reihen, d. h. zwei mal zwei Noppen,
• – fünf Noppen an der Anbaufläche,
• – sechs Noppen an der Anbaufläche, insbesondere in einer Reihe oder in zwei Reihen, d. h. zwei mal drei Noppen,
• – sieben Noppen an der Anbaufläche,
• – acht Noppen an der Anbaufläche, insbesondere in einer Reihe oder in zwei Reihen, d. h. zwei Mal vier Noppen, wie oben ausgeführt,
• – usw.

In all illustrated developments or examples, other modules can be used, for. B .:

• - a pimple on the cultivated area,
• - two pimples on the cultivated area,
• - three pimples on the cultivated area,
• Four studs, in particular in one row or in two rows, ie two by two studs,
• - five pimples on the cultivated area,
• - six knobs on the growing surface, in particular in one row or in two rows, ie two by three knobs,
• - seven pimples on the cultivated area,
• - eight pimples on the surface of the crop, in particular in one row or in two rows, ie two pots, as indicated above,
• - etc.

Within a block, for example, there may be only blocks which have the same length and / or are identical to one another. Alternatively, however, modules different from one another can also be combined to form a composite component, for example four six-node (two by three nubs) inner component, two six-membered (two by three nubs) outer components and two eight-nubble (two by four nubs) outer components.

If there are no hollow cylinders in the other blocks, there are, for example, solid cylinders.

The embodiments are not to scale and are not restrictive. Modifications in the context of expert action are possible. Although the invention has been further illustrated and described in detail by the preferred embodiment, the invention is not limited by the disclosed examples, and other variations can be derived therefrom by those skilled in the art without departing from the scope of the invention. The developments and refinements mentioned in the introduction can be combined with one another. The embodiments mentioned in the figure description can also be combined with each other. Furthermore, the developments and refinements mentioned in the introduction can be combined with the exemplary embodiments mentioned in the description of the figures.

LIST OF REFERENCE NUMBERS

B1 to B6

building block

B1e to B6e

building block

L

length

B

width

2

left side wall

4

right side wall

6

rear wall

8th

front wall

10

blanket

20, 30

coordinate system

x, y, z

coordinate direction

Z1 to Z3

hollow cylinder

V2

composite block

V2b to V2e

composite block

N, N1 to N24

burl

N45e to N48e

burl

FN1 to FN

surface normal

FN1e to FN6e

surface normal

AF1 to AF6

acreage

AF1e to AF6e

acreage

KB1 to KB4

double-sided adhesive tape

44 to 50

double-sided adhesive tape

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 2009002361 A1 [0001]
• DE 202015005579 [0058]
• DE 102015010357 [0058]

Claims (13)

Composite module (V2, V2e) comprising at least six components (B1 to B6, B1e to B6e), with at least two internal components (B1, B2, B1ae, B1be) surrounded by four external components (B3 to B6, B3e to B6e) are, wherein the inner blocks (B1, B2, B1ae, B1be) form a parallelepiped having two mutually remote acreage (AF1, AF1e) with nubs (N) and four knobless side walls, wherein a first outer block (B3, B3e) with a first double-sided adhesive tape (KB3, 48 ) is attached to a first side surface of the cuboid, wherein a second outer component (B4, B4e) with a second double-sided adhesive tape (KB4, 50 ) is fastened to a second side surface of the cuboid, wherein studded surfaces (AF3, AF4, AF3e, AF4e) of the first outer component (B3, B3e) and of the second outer component (B4, B4e) are provided with studs (N), wherein a third outer building block (B5, B5e) is provided with a third double-sided adhesive tape (KB3, 44 ) is attached to a third side surface of the cuboid, wherein a fourth outer component (B6, B6e) with a fourth double-sided adhesive tape (KB4, 46 ) is attached to a fourth side surface of the cuboid, with nubs (N) provided mounting surfaces (AF5, AF6, AF5e, AF6e) of the third outer block (B5, B5e) and the fourth outer block (B6, B6e) facing away from each other. Composite module (V2, V2e) according to claim 1, wherein the inner blocks (B1, B2, B1ae, B1be) are attached to each other with no additional adhesive. Composite building block (V2, V2e) according to claim 1, wherein at least two inner building blocks (B1, B2, B1ae, B1be) are attached to each other with an additional adhesive, in particular with an adhesive tape or an adhesive, wherein the additional adhesive preferably between the bottom surfaces of the inner Blocks (B1, B2) is arranged, in particular between the bottom surfaces of at least two hollow cylinders (Z1 to Z3). Composite module (V2) according to one of the preceding claims, wherein there are exactly two internal components (B1, B2) whose bottom surfaces are adjacent to one another or whose bottom surfaces are fastened together by an adhesive. The composite device (V2) according to claim 5, wherein the third adhesive tape (KB3) also adheres to a side surface of the first outer package (B3) and a side surface of the second outer package (B4), and preferably the fourth adhesive tape (KB4) also adheres another side surface of the first outer block (B3) and on another side surface of the second outer block (B4) sticks. Composite module (V2) according to claim 5, wherein all four adhesive tapes (KB1 to KB4) have the same length, preferably the length of a module (B1 to B6). Composite module (V2e) according to one of claims 1 to 3, wherein there are exactly four internal components (B1ae, B1be). Composite device (V2e) according to claim 7, wherein all four adhesive tapes ( 44 to 50 ) have the same length, preferably the length of a building block (B1e to B6e). Composite component (V2e) according to claim 7, wherein the third adhesive tape ( 44 ) also adheres to a side surface of the first outer building block (B3e) and to a side surface of the second outer building block (B4e), and preferably the fourth adhesive tape (B3) 46 ) also adheres to another side surface of the first outer block (B3e) and to another side surface of the second outer block (B4e). Composite module (V2, V2e) according to one of the preceding claims, wherein the first adhesive tape (KB1, 48 ), the second tape (KB2, 50 ), the third adhesive tape (KB3, 44 ) and the fourth adhesive tape (KB4, 46 ) Contain by cutting surfaces or by cuts separate carrier materials. Composite component (V2, V2e) according to one of the preceding claims, wherein the bottom surfaces each comprise at least one bottom surface of a hollow cylinder (Z1 to Z3) and a surface surrounding at least one bottom surface of a hollow cylinder (Z1 to Z3). Composite module (V2, V2e) according to one of the preceding claims, wherein between the first double-sided adhesive tape (KB3, 48 ) and the There is no further adhesive tape on the first side surface of the cuboid, and it is preferable between the second double-sided adhesive tape (KB4, FIG. 50 ) and the second side surface of the cuboid, there is no further adhesive tape, wherein it preferably between the third double-sided adhesive tape (KB3, 44 ) and the third side surface of the cuboid, there is no further adhesive tape, preferably between the fourth double-sided adhesive tape (KB4, FIG. 46 ) and a fourth side surface of the cuboid is no further tape. Composite module (V2, V2e) according to one of the preceding claims, wherein the length and the width of at least one terminal block or all terminal blocks have the dimensions of one of the following pairs of dimensions or each maximum of two millimeters or a maximum of one millimeter or a maximum of half a millimeter or maximum deviate by a tenth of a millimeter from it: - Length 31.8 millimeters and width 15.8 millimeters, the terminal block has two times eight nubs, - Length 7.8 millimeters and width 7.8 millimeters, the terminal block has only one knob, - length 15.8 millimeters and width 15.8 millimeters, whereby the terminal block has two nubs twice, - Length 23.98 millimeters and width 15.8 millimeters, wherein the terminal block has two times three nubs, - Length 63.6 mm and width 31.7 mm, the terminal block has two times eight knobs, in particular hollow cylinder knobs, or - Length 31.7 mm and width 31.7 mm, the terminal block has two times two knobs, especially with hollow cylinder knobs.

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