DE19936750A1 - Container of convertible material comes in plate form converting into container shape using surface extensions to make up internal receiver profile. - Google Patents

Abstract

The converted material container (1) consists of a flat plate with slot and appropriately dimensioned sectors give a container of surfaces (10) and surface extensions (11) to form bottom and side and rear surfaces and also complete a receiver profile (3) inside the container projecting in front or back into the closable opening (2). In a variant, using two container parts of identical size made up from plates again by conversion. The three casing surfaces per container are joined at acute, obtuse or right angles to give the extension surface acting as base or rear wall and in this case both container parts are joined to give openings so the extensions close off the openings by flap or cover.

Description

The invention relates to a container made of deformable material al in the form of at least one inherently flat circuit board.

So far, by means of relatively complex technical Processes, such as deep drawing, for example represents or become container parts and / or pre-bent containers segments using one of the conventional joining methods Containers assembled. With conventional deep drawing techniques it is not possible in the source material already Breakthroughs, passages, beads, etc. to provide what a Inexpensive manufacture of containers is a great advantage would. A fixed connection of several elements with the help one of the conventional joining techniques to a container requires the use of expensive special tools or devices. In addition, are often also appropriate complex and therefore expensive systems for implementation of the various conventional joining techniques required.

To meet the high requirements with regard to hygiene when Set of containers in the hotel and catering trade, in Kli Techniques in food processing companies are sufficient can, containers used there must be used. comfortable and be cleanable reliably, d. H. they are not allowed difficult to access areas and sections of any kind point.

The object of the invention is therefore one in shape and size variably executable container with preferably in its nen range above admission and possibly annex tion profile or protruding receiving profile sections deliver without expensive special tools or devices and complex systems for carrying out the usual Joining techniques must be used.  

According to the invention, this object is achieved by a container made of deformable material in the form of at least one in flat circuit board with the features of claims 1 to 3 as well as 8, 10 and 13 solved. Advantageous further developments are Subject of the direct to one of the preceding claims cash or indirectly related claims.

According to a preferred embodiment of the invention a container made of deformable material in the form of a flat board made as one with a number appropriately dimensioned and designed cutouts provided processing of the container to be produced is. In this case, the circuit board is used as a development after performing a number of forming steps and Adjustment processes and after a subsequent addition of Bumps a container finished.

Such a container is in accordance with the preferred embodiment Form of the invention from at least three bil one unit end jacket surfaces, one of at least one jacket surface Chen extension formed, closed or partially ge closed, bottom / back surface and one in the container protruding from the lateral surface processes by Um shape, adapt or join molded profile, the also protrudes into an opening, which if necessary by means of ver at least one lid or flap-like part is closable. The recording project protruding into an opening fil can also be molded from wholly or partially encircling ten recording profile sections be composed.

Instead of the closed or partially closed bo the rear / rear surface can be according to a further embodiment tion form of the invention of the container yet another opening tion, with both or only one opening a molded receptacle in turn into the interior of the container can protrude profile, which again from whole or  partially circumferential, molded mounting profiles together can be set.

Since folding machines as well as devices for bending and swiveling gene u. Ä. Only have limited dimensions, larger Be containers are composed of several container parts. Here, according to the invention, each container part in the Prin zip can be made in the same manner as that above described container.

Such a container part is made according to the invention made up of three lateral surfaces that form a unit and that face each other are arranged at an obtuse, right or acute angle, of which the two outer ones under right, blunt, counter if necessary also at an acute angle, to one of at least molded on a lateral surface extension, as the floor / rear wall serving container area are arranged, and one to the free end areas of the at least three lateral surfaces formed, protrude inside the respective container part the circumferential recording profile.

Then, to complete such a large container along the two, preferably equally sized, container parts of the edges against the middle surface overlying openings firmly joined together by joining the. Even with this large container is the Opening, along which the inside of the two containers parts of the above receiving profile is formed, again with ver a cover or flap-shaped cover closable.

If larger containers are required, you can choose between one or more of the two container parts described above rere intermediate container parts are inserted, both of which are outer outer lateral surfaces at the same angle to the middle Shell surface are molded, as in the two container parts  len the two outer lateral surfaces to the outer surface Chen projections molded container surface. To a ge To get a closed mounting profile, the molded ten mounting profiles of the intermediate container parts exactly the opening Take profiles of the two outer container parts correspond.

According to the invention can thus be very variably designed containers of different sizes with one compared to the conventional methods low labor and cost getting produced. On top of that, compared to the conventional ones Chen manufacturing methods in the Herge according to the invention the container length was considerably shorter, which ins special is due to the fact that the largely be customizable mounting profiles for seals or Connection profiles already at the end areas of the mantle Chen are molded, and not additionally attached and / or have to be used laboriously.

Another particularly noteworthy advantage in the ver different embodiments of very different sizes executable container is that in the openings of the Container protruding receiving profiles or profile sections are already formed and only in the corner or edge areas still need to be adjusted. They have to be done here too the length of the joints compared to the conventional manufacturers methods are considerably shorter and are in general in easily accessible places.

With regard to the requirements already mentioned at the beginning hygiene when using the containers, for example in connection with medical technical devices, in the gastro nomie range, also for household appliances and similar critical areas of application are those according to the invention executed containers the transition areas between the individual lateral surfaces with each other and / or between the lateral surfaces and the respective floor / rear surfaces  Chen or container sub-areas and the transition areas the receiving profiles as curved surface areas and / or in the transition areas to the floor or rear surfaces areas or an admission profile or admission pro filabschnitte in the respective "corner areas" than in the we considerable spherical surface segment-shaped surface areas executed.

In this case, in particular, the arched areas can in certain This also includes the essentially spherical surface segment shaped areas on uniform or changing radii have the order of a multiple of the thickness of the formable material boards. Consequently, the The aforementioned transition areas between the individual areas ge with no problem with appropriate cleaning agents can be cleaned or treated without particularly in the corners and / or in areas in which on conventional Liche made containers the side and bottom surfaces Chen collide at right angles, impurities fix that often only with special equipment and ent speaking time-consuming can be eliminated with great care nen.

Furthermore, according to the invention, the channels of recording pro filen in the "corner areas" with appropriately dimensioned radi be executed. Thus are carried out according to the invention te container not only in connection with, as already mentioned medical technical devices and household appliances so like in gastronomy, but also in connection with refrigeration, heat and / or air conditioning apparatus, even in frame construction or in push-on frame construction and related areas can be used.

The invention is based on preferred embodiments runsgformen with reference to the accompanying drawings explained in detail. Show it:  

Fig. 1a in a schematic perspective view ei ne preferred embodiment of a finished container with projecting into an opening of the receiving profile;

Fig. 1b the processing of the container shown in Figure 1a;

Fig. 2c one of Figure 1b corresponding processing for egg NEN container with two opposite openings.

FIG. 2a is a schematic plan view of a "corner" in the form of a kugeloberflächenseg ment-shaped land portion and a running with an appropriately sized radius portion of a female profile channel;

Figure 2b also a "corner area" designed as a spherical surface segment-shaped surface area and, in contrast to Figure 2a, a right-angled receiving profile channel;

Fig. 3a in a schematic perspective view ei ne embodiment of two preferably the same size container parts;

Fig. 3b in addition to the container parts shown in Figure 3a an interposed between these container part;

Fig. 4 and 5 in a schematic perspective view embodiments of containers with outwardly protruding molded profile section sections;

FIG. 4a and 5a schematically illustrated insertable filling parts between adjacent female profile sections;

Fig. 6a in a schematic perspective view ei ne embodiment of two container parts with molded protruding outwardly protruding molded sections;

Fig. 6b also in a schematic perspective Dar position cut between the container parts according to Fig. 6a insertable intermediate container part with outwardly projecting molded Profilab, and

Fig an foregoing. 7a and 7b in a schematic perspective representation of the frame or Aufsteckrahmenbau verwendba res U-shaped or rectangular element of at play at right angles to each other arranged lateral surfaces with the element interior, formed female profile sections or on acceptance profiles with corner regions according to FIG. 2a and / or Fig. 2b

In Fig. 1 is a schematic perspective Dar position in its entirety designated 1 cuboid container 1 and in Fig. 1b, the corresponding settlement development shown. As can also be seen from the development in FIG. 1 b, the container 1 has a total of four lateral surfaces, namely three self-contained lateral surfaces 10 ₁ to 10 ₃ and a fourth lateral surface formed from two lateral surface halves 10 ₄₁ and 10 ₄₂ .

The two lateral surface halves 10 ₄₁ and 10 ₄₂ are, as shown in FIG. 1a, joined along their longitudinal edge 4 _1b . Of course, the fourth surface need not be composed of two halves of the same size, but can just as well consist of two unequal partial areas. However, the fourth surface should expediently be divided such that the joining process does not have to be carried out in the transition region between two lateral surfaces.

The parallelepiped-shaped container 1 has on the back a surface extensions made of jacket 11 ₁ and 11 ₂ ( Fig. 1b) by joining together self-contained surface. On the mantle surface extensions 11 ₁ and 11 ₂ opposite longitudinal side of the development 100 , further lateral surface extensions 11 _{3 are} provided, between which cutouts 101 are formed, the special design and dimensioning of the shape in the "corner regions" of the spherical surface segment-shaped surface regions 7 and depends on the shape of the uptake profile.

In Fig. 1b are thin lines in the area of the mantle surface extensions 11 ₃ transition areas of shooting profile sections 3 ₁ to 3 ₄ ( Fig. 1a) to the four mantle surfaces 10 ₁ to 10 ₄₂ indicated, which is why the reference numerals 3 ₁ to 3 ₄ in Fig . are in brackets 1b. The four receiving profile sections 3 ₁ to 3 _{4, which} are shown schematically in FIG. _{1 a,} are combined to form a receiving profile 3 , which in FIG. ₁ a projects into the interior of an opening indicated by an arrow 2 on the front of the container 1 .

In Fig. 1a, the transitional areas between the outer surfaces 10 ₁ to 10 ₄₂ are also shown by thin lines, between these outer surfaces and the bottom / rear surface or the receiving profile 3 or the receiving Profilab sections 3 ₁ to 3 ₄ indicated, which are preferably are designed as curved surface areas 6 , which is shown more clearly, for example, in corresponding transition areas 6 in FIG. 3a. The curved surface areas 6 can have a constant radius or changing radii, which are generally of the order of magnitude of a multiple of the thickness of the deformable material board from which the development 100 is cut out.

Furthermore, the receiving profile 3 in Fig. 1a in the transition areas between the four receiving profile sections 3 ₁ to 3 _{4 is} rounded. A detailed representation of a rounded transition of a receiving profile channel 32 is shown in Fig. 2a Darge. Further, 2a is a Übergangsbe example, 10 ₁ and 10 ₄₂ and the molded-receiving profile 3 in Fig. In plan view area between two lateral surfaces, shown, which is designed substantially as a spherical surface segment-shaped FLAE chenbereich 7, which also more clearly, for example, in respective transition areas 7 in Fig. 3a is shown.

As shown in FIG. 2b, a channel of a recording profile can also be designed as a right-angled channel 32 '.

The processing 100 'shown in FIG. 1c differs from the processing shown in FIG. 1b only in that only relatively narrow lateral surface extensions 11 _{2 are} provided on the longitudinal side of the processing 100 ' opposite the cutouts 101 . This has the consequence that the container 100 'shown from the processing Be in contrast to the container produced in Fig. 1a no closed back, but only a by, for example, curved and / or subsequently flat surface areas 6 reshaped lateral surface extensions 11 c reduced te opening on the back, while on the front, as with the container 1 in Fig. 1a, a receiving profile 3 in Fig. 1a corresponding receiving profile protrudes into the interior of an opening on the front of a container 1 in Fig. 1 similar container .

In Fig. 3a two identical and in the design identical container parts 1 ₁ are shown. Each container part 1 ₁ consists of three lateral surfaces 10 ₂₀ to 10 ₂₂ and an intermediate, provided, from surface processes not referred to in detail, which form a bottom partial surface 12 . In this case, in the embodiment of FIG. 3a, the three lateral surfaces 10 ₂₀ to 10 ₂₂ are oriented at right angles to one another and at right angles to the lower or bottom lateral surface 12 in FIG. _{3 a} .

Of course, the two lateral surfaces 10 ₂₀ and 10 _{22 could be arranged} with a corresponding adaptation of the central lateral surface 10 ₂₁ if necessary also at an acute or obtuse angle with respect to the partial surface extensions made from lateral surface extensions 12 . At non-designated end regions of the lateral surfaces 10 ₂₀ to 10 ₂₂ , a circumferential receiving profile 3 _{2a is} formed, which in the embodiment presented is inside the container part 1 ₁ .

Also in the case of the container parts 11 , the transition areas between the lateral surfaces 10 ₂₀ to 10 ₂₂ , the container partial surface 12 and the molded receiving profile 3 _{2a are} curved surface regions 6 , while the “corner regions” between the curved surface regions of the individual lateral surfaces 10 ₂₀ to 10 _22nd and the integrally formed receiving profile 3 _{21 are formed} as in the area surface areas 7 in wesentli chen spherical surface segment. The channel curve of the female profile 3 _2a ent speaks to that of the channel in Fig. 2b reproduced rectangular course.

By connecting / joining the two container parts 1 ₁ along the edges 4 , each including an opening 5 ₁ , a container is created which, for example, can have approximately twice the volume of the container 1 a shown in FIG. 1a.

In FIG. 3b, an intermediate container part 1 _{2 is} provided between the two container parts 1 ₁ of FIG. 3a, which is formed from three container surfaces 10 ₃₁ to 10 ₃₃ arranged, for example, at right angles to one another in the embodiment shown, the free ones, likewise not closer be recorded end portions of the lateral surfaces 10 ₃₁ and 10 ₃₃ per weils projecting into the interior of the intermediate container 1 ₂ on acceptance profile sections 3 _2b is formed.

. As the schematic representation in Figure 3b can be seen, the dimensions of the two lateral openings 5 ₂ correspond to the intermediate container to the corresponding openings of the container parts 5 ₁ 1 _1; Likewise, the cross-sections of the receiving profile 3 _{2a 2b} and 3 are identical, so that the container parts 1 ₁ and 1 ₂ of the Zwischenbe a large container is prepared by combining the respective edges 4 hälters.

In Fig. 4, another container 1 'is shown in a further schematic perspective view, which consists of four lateral surfaces 10 ₄₀ to 10 ₄₃ and a further bottom-side lateral surface 10 ₄ , the transition areas between the individual lateral surfaces in turn as curved surface areas 6 or surface areas 7 in the form of spherical surface segments. In contrast to the container embodiments described so far, the container 1 'has over the container jacket surfaces 10 ₄₀ to 10 ₄₃ to the outside in front, molded receiving profile sections 30 .

Filling parts 31 are to be inserted into the gaps between the profile receiving sections 30 , one of which is shown in a schematic perspective illustration in FIG. 4a.

The designated in Fig. 4 with 54 opening may optionally drying of the joined container sections 1 _1, as well as, for example, the opening 2 of the container 1 in FIG. 1a or the area enclosed by the receiving profile 3 ₂ Publ (Fig. 3a) by means of at least one cover- or flap-shaped part can be closed.

The embodiment of a container 1 "shown in FIG. 5 differs from the container 1 'shown in FIG. 4 only in that along an opening 5 ' ₄ an edge 8 extending continuously outside of this opening is formed, which at and is parallel in a small distance from the outer surfaces 10 _'40 to 10' ₄₃ and formed surfaces in this coat. Further, on the edge 8 between the receiving profile sections 30 'filler 31' inserted. in Fig. 5a is a filler piece 31 'in a diagrammatic reproduced perspective representation.

In Fig. 6a, the container parts 1 ₁ in Fig. 3a corresponding container parts 1 ₁ 'are shown, which consist of three lateral surfaces 10 ' ₄₄ to 10 _'46 and a container partial surface formed from unspecified lateral surface extensions 12 ' be. In the transition areas between the lateral surfaces 10 _{'44-10' 46} and the container portion surface 12 'curved surface regions 6 and kugeloberflächensegmentförmi ge surface regions 7 are formed in turn. Of free, not further be recorded end portions of the surfaces 10 _{'44-10' 46,} an edge 8 is formed depending weils, the filabschnitte in molded Aufnahmepro 30 'passes. In the area of the curved surface areas 6 , filler pieces 31 'are to be inserted between the sections 30 ' of the receiving profile section.

Analog of the container design in Fig. 3a, the two loading container parts 1 ' ₁ along the side openings 5 ' a closing edges 4 'are connected to each other, so that a correspondingly large volume, is formed from the two container parts 1 ' ₁ container.

Corresponding to the container design described with reference to FIG. 3b, at least one intermediate container part 1 ' _{2 can also be} inserted in FIG. 6b between the two container parts 1 ' ₁ . The container part 1 ' ₂ consists of three lateral surfaces 10 ' ₄₇ to 10 _'49 , on the unspecified free end regions of which receiving profiles 30 are formed. The side openings 5 ' _{2 of} the intermediate container 1 ' ₂ are identical in their dimensions to the side openings 5 ' _{1 of} the two container parts 1 ' ₁ , so that by joining the two container parts 1 ' ₁ on both sides of the intermediate container part 1 ' ₂ a correspond chend large volume container is made.

In FIGS. 7a and 7b, elements 9 ₁ and 9 _{2 of} shallow depth that can be used, for example, as frames or on plug-in frames are shown. Here, the U-shaped frame or plug-in frame element 9 ₁ consists of three at right angles to each other arranged narrow lateral surfaces 10 ₇₁ to 10 _73rd Furthermore, are formed on the U-shaped frame member 9 ₁ in its interior rich protruding molded receiving profile sections 3 _7a . The narrow lateral surfaces 10 ₇₁ to 10 ₇₃ can of course also be arranged at an obtuse or acute angle to one another; Furthermore, the corner areas of Fig. 7a or 7b, as shown in Fig. 2a or 2b, leads out.

In Fig. 7b, a closed, approximately rectangular frame menelement 9 _{2 is} shown, in which, in contrast to the U-shaped frame element 9 ₁ in Fig. 7a between the two lateral lateral surfaces 10 ₇₁ and 10 _73, a fourth Mantelflä surface 10 _{74 is} provided . In the interior of the rectangular frame menelements 9 ₂ is also again a recording section formed from receiving sections 3 _7b before, whose profile and corner designs can correspond to those in FIGS . 2a, 2b, 4 or 5.

Both in Fig. 7a and in Fig. 7b, the transition areas between the lateral surfaces are designed as curved surface areas 6 , while the transition areas between the outer surfaces and the receiving profile sections 3 _7a and 3 _{7b, in} turn, are designed as substantially spherical surface segment-shaped surface areas 7 are. The receiving profile sections can also be connected by fillers in FIGS. 7a and 7b, the corner design according to FIGS . 2a or 2b being able to be used.

Reference list

1

,

1

' Container
1 ₁

, 1 ' ₁

Container part
1 ₂

, 1 ' ₂

Intermediate container part

100

completion

101

Cutouts in

100

10 ₁

to 10 ₄

, 10 ₄₁

to 10 ₄₃

, 10 ', 10' ₄₁

to 10 _'49

; 10 ₂₀

to 10 ₂₂

, 10 ₇₁

to 10 ₇₄

Lateral surfaces

11 ₁

to

11 _4th

Lateral surface extension

12th

Partial container area

2nd

opening

3rd

,

3rd _2a

,

3rd _7a

,

3rd _7b

Recording profile

3rd ₁

to

3rd _4th

,

3rd _{2 B}

,

30th

,

30th

'' Profile sections

31

,

31

'' Filler

32

,

32

Recording channels from

3rd

,

3rd _2a

4th

edge

4th ₁₆

Long edge

5

Opening in

1-1

5 _2nd

Opening in

1-2

5 _4th

Opening in

1

'
5 ' ₄

Opening in

1

"

6

Arched areas

7

Spherical surface segment-shaped surface areas

8th

Surrounding border

8th

'Edge of

8th

9 ₁

,

9 _2nd

Frame element

Claims (13)

1. container made of deformable material in the form of a flat board, which is designed as a number ( 101 ) with correspondingly dimensioned and designed cutouts ( 100 ) of the container to be manufactured, with the board available as a processing after carrying out a number of forming steps and adaptation processes and after joining joints, a container ( 1 ) is completed, which
from at least three lateral surfaces forming a unit ( 10 ₁ to 10 ₃ , 10 ₄₁ , 10 ₄₂ ),
one of at least one lateral surface extension ( 11 ₁ , 11 ₂ ) molded, closed or partially closed, bottom / rear surface and
a protruding into the interior of the container, from the lateral surface extensions ( 11 ₃ ) by reshaping, adapting and / or joining integrally formed receiving profile ( 3 ) or wholly or partially encircling the molded receiving profile sections ( 3 ₁ to 3 ₄ ), (which) which, if appropriate protrudes by means of at least one lid or flap-like part ( 2 ). 2. Container made of deformable material in the form of a flat board, which is designed as a number ( 101 ) with correspondingly dimensioned and designed cutouts ( 100 ') of the container to be produced, with the board as the processing being carried out after performing a Number of forming steps and adaptation processes, and after joining joints, a container made of at least three casing surfaces ( 10 ₁ to 10 ₄ ) forming a unit is completed, which has two mutually opposite openings with protruding into the interior of the container, at least along one opening made of casing surface extensions ( 11 ₃ ) by forming, adapting and / or joining molded, completely or partially circumferential receiving profiles ( 3 ₁ to 3 ₄ ), wherein optionally at least one of the openings can be closed by means of at least one lid or flap-like part. 3. Containers, consisting of two preferably the same size container parts ( 1 ₁ ) made of deformable material in the form of inherently flat boards, each with a number of appropriately dimensioned and designed cutouts verse hen unwinding of the container parts to be produced leads out, from the blanks available as settlements, after carrying out a number of forming steps and adjustment processes and after joining butt joints, a container part ( 1 ₁ ) is completed, each made of
three unit-forming lateral surfaces ( 10 ₂₀ to 10 ₂₂ ), of which the two outer ( 10 ₂₀ , 10 ₂₂ ) with a right, obtuse, possibly also at an acute angle to one formed from at least one lateral surface extension, serving as the bottom / rear wall Container partial surface ( 12 ) are arranged, and
a circumferential receiving profile ( 3 _2a ) formed on the free end regions of the lateral surfaces ( 10 ₂₀ to 10 ₂₂ ) and protruding into the interior of the respective container part ( 1 ₁ ), wherein
the two container parts ( 1 ₁ ) along the edges ( 4 ) on the central lateral surface ( 10 ₂₁ ) opposite openings ( 5 ₁ ) are firmly connected to one another by joining, and, if appropriate, the opening along which the inside of the two container parts ( 10 ₁ ) protruding receiving profile ( 3 _2a ) is formed, can be closed by means of at least one cover or flap-shaped cover part. 4. A container according to claim 3, characterized in that interim rule two container parts (1: ₁₎ at least one forming three a unit casing surfaces (10 _{31-10 33)} formed intermediate container part (1 ₂₎ is used whose two äuße ren lateral surfaces (10 ₃₁ , 10 ₃₃ ) are molded onto the partial container surface ( 12 ) in such a way that
the (lateral) openings ( 5 ₂ ) of the intermediate container part ( 1 ₂ ) have the same dimensions as the openings ( 5 ₁ ) of the two container parts ( 1 ₁ ) and
on the free end areas of the two outer lateral surfaces ( 10 ₃₁ , 10 ₃₃ ) of the intermediate container part ( 1 ₂ ) each on the receiving profile ( 3 _2a ) of the two container parts ( 1 ₁ ) correspondingly corresponding receiving profile sections ( 3 _2b ) are formed, where appropriate the of the receiving profiles ( 3 _2a , 3 _2b ) be limited opening can be closed by means of at least one cover or flap-shaped cover part. 5. A container according to any one of the preceding claims, characterized in that the transition areas between the Man telflächen ( 10 ) with each other, and / or between the jacket surfaces ( 10 ), the bottom / rear surfaces ( 10 ₄ ) and / or the container partial surfaces ( 12 ) and / or a receiving profile as curved surface areas ( 6 ) and between the jacket surfaces ( 10 ), the bottom / rear surfaces ( 10 ₄ ) and / or the partial container surfaces ( 12 ) and / or a receiving profile ( 3 , 3 _2a ) or receiving profile sections ( 3 ₁ to 3 ₄ ) in the respective "corner areas" are designed as essentially spherical surface segment-shaped surface areas ( 7 ). 6. Container according to one of the preceding claims, characterized in that the curved surface areas ( 6 ) have uniform or changing radii in the order of a multiple of the thickness of the deformable material plate sen. 7. Container according to one of the preceding claims, characterized in that the channels of the receiving profiles ( 3 ) in the "corner areas" with appropriately dimensioned radii ( 32 ) or rectangular ( 32 ') are executed. 8. container made of formable material in the form of a flat board, which is designed as a number with correspondingly dimensioned and designed cut-outs for the processing of the container to be manufactured, with the board as the processing being carried out after performing a number of forming steps and adjustment processes and after joining joints, a container ( 1 ') is completed, the
from at least three lateral surfaces forming a unit ( 10 ₄₀ to 10 ₄₃ ),
a formed from at least one lateral surface extension, closed or partially closed, bottom / rear side surface ( 10 ₄ ) and
over the container jacket surfaces ( 10 ₄₀ to 10 ₄₃ ) protruding, molded receiving profile sections ( 30 ) be out, gaps between part or all receiving profile sections in the respective "corner areas" by accordingly sized, used filler parts ( 31 ) Formation of a completely or at least partially encircling recording profile are closed, the recording profile surrounding a possibly closable opening ( 5 ₄ ) by means of at least one lid or flap-shaped part. 9. A container according to claim 8, characterized in that ent long the opening (5 _'4) is an outside of this continuous circumferential, and in parallel in a small distance from the minute least three lateral surfaces (10' integrally formed _{from 40} to 10 _'43) edge 'is formed and meprofilabschnitten in the "corner areas" between a part or all of Recordin (30 (8) having female profile sections (30)') and the free edge (8 ₁₎ of the Ran of (8) correspondingly sized filler parts used (31 ') are. 10. Container, consisting of two preferably the same size container parts (1 ' ₁ ) made of deformable material in the form of inherently flat boards, each with a number of appropriately dimensioned and designed cutouts provided unwinding of the container parts to be produced (1' ₁ ) are carried out, from the boards available as developments after carrying out a number of Umformungsschrit th and adaptation processes and after joining butts each because a container part (1 ' ₁ ) is completed, each
of at least three forming a unit casing surfaces (10 _{'44-10' 46)} formed at a right, obtuse, optionally also acute angle with each other and / or to at least one lateral surface extension than Bo to / rear wall serving container part surface (12 ' ) are arranged, and
formed, is at the free end regions of the jacket surfaces ₍₄₆ 10 _'44-10') outwardly from the respective container part (1 _'1) protruding female profile sections (30') wherein gaps between some or all Aufnahmeprofilabschnit ten (30 ') in the "corner areas" are closed by appropriately sized, inserted filler parts ( 31 ') to form a completely or at least partially circumferential receiving profile, wherein
the two container parts (1 ' ₁ ) along the edge (s) ( 4 ') of the central lateral surface (10 _'45 ) opposite the openings ( 5 ') are joined together by joining, and
if necessary, the opening, along which the receiving profile ( 30 ') protruding toward the outside of the two container parts (1' ₁ ) is formed, can be closed by means of at least one cover or flap-shaped cover part. 11. A container according to claim 10, characterized in that between two container parts (1 ' ₁ ) at least one of three shell surfaces forming a unit (10' ₇ to 10 _'49 ) gebil detes intermediate container part (1' ₂ ) is used, which in the outer lateral surfaces (10 _'47 , 10' ₄₉ ) to the middle Man telfläche (10 _'48 ) are formed so that the (side) openings (5' ₂ ) of the intermediate container part (1 ' ₂ ) the same dimensions as the openings ( 5 ' ₁ ) of the two container parts (1' ₁ ) have, and at the free end areas of the two outer lateral surfaces (10 _'47 , 10' ₄₉ ) each cut the receiving profile section ( 30 ') of the two container parts (1' ₁ ) exactly correspond Appropriate receiving profile sections ( 30 ) are integrally formed, wherein if necessary the opening delimited by the receiving profile sections ( 30 , 30 ') can be closed by means of a cover and flap-shaped cover part. 12. Container according to one of claims 8 to 11, characterized in that the transition areas between the jacket surfaces ( 10 ') with each other, and / or between these ( 10 ') and the bottom / rear surfaces (10 ₄ , 10 ' ₄ , 10 _'45 , 10' ₄₈ ) and / or the partial container surfaces ( 12 ') as curved surface areas ( 6 ) and in the "corner areas" between the jacket surfaces ( 10 '), and the bottom / rear surfaces (10 ₄ , 10 ' ₄ , 10' ₄₅ , 10 _'48 ) and the partial container surfaces ( 12 ') are designed as spherical surface area segments ( 7 ). 13. As a frame or plug-in element usable ge deep depth of deformable material in the form of an inherently flat circuit board, which is designed as a number with correspondingly dimensioned and designed cutouts, development of the element to be manufactured, from the circuit board provided as the processing after performing a number of reshaping steps and adjustment processes and after joining butts, a U-shaped or triangular or polygonal frame or push-on frame element ( 9 ₁ ; 9 ₂ ) is made, which is arranged at an acute, obtuse or right angle to one another Unit-forming (narrow) lateral surfaces ( 10 ₇₁ to 10 ₇₄ ) with at least one protruding into the interior of the element, molded, completely or partially encircling, from receiving profile sections ( 3 _7a , 3 _7b ) with corner areas ( Fig. 2a, 2b ) composite frame recording meprofil exists.