EP2274207B1 - Household appliance having a transport securing means for its fixtures - Google Patents

Description

The invention relates to a household appliance, in particular household refrigerating appliance, in whose inner container several pieces of equipment are accommodated in predetermined height-attitude levels, and wherein a common security component is provided for securing the transport of the several pieces of equipment.

For example, the DE 196 21 542 A1 provides for the transport safety of accessories such as glass plates inside a household appliance, in particular refrigerator and / or freezer, with respect to the broad side of the household appliance arranged approximately centrally, full solid insert made of cardboard with cuts or indentations for receiving glass plates and other accessories before. The insert rests against the appliance door in such a way that its door racks, when the appliance door is closed, press the insert in such a way that it holds the glass racks in the completely pushed-in position. Only through the interaction with the appliance door, which presses on the insert, the accessories such as glass plates can be held in position. However, the use can be easily and unintentionally detached from the glass plates and / or accessories, especially during shaking during transport or rising of the door, as the solid cardboard of the insert is too rigid or too hard to clamp the accessories such as glass sufficiently spring elastic to be able to. In addition, such solid cardboard inserts are difficult to form and they are associated with an undesirably large material consumption. In the DE 20 2007 013 030 U1 also fills a full massive fuse body with recesses to hold shelves of a household appliance, the game between the body and door. This fully solid security body is made of a foamed plastic such as polystyrene.

In practice, it is therefore currently common, for example, equipment parts such as storage shelves, carrying plates, Etageren, etc ... for refrigerated goods in a household refrigeration appliance, such as refrigerator, freezer or fridge freezer combination cabinet, prior to its delivery for transport, in particular with the help of adhesive tapes on the inner walls of the inner container and / or the door of the household refrigeration device position secure. This ensures that the pieces of equipment can not move to an improper extent during the transport of the respective household refrigeration appliance, which could otherwise lead to damage to themselves or their receiving interior. However, such an attachment of pieces of equipment with the help of adhesive tape strips can be relatively expensive, since usually several tape strips are required per piece of equipment at different fixing positions between the respective piece of equipment and one or more inner walls of the inner container or the door of the household refrigeration appliance for proper fixation. This is an undesirable high cost of tape strips and time required for attaching the individual strips of adhesive tape, which is associated with not inconsiderable costs for the manufacturer of the respective household appliance. Also, for the customer or consumer of the respective household appliance, such attachment by means of tape strips can be annoying, since the respective tape strip tends to tear during peeling and easily residues of its adhesive layer on the inner container, the inner wall of the door, or the respective fitting part can remain , which can then be eliminated only with great effort. Furthermore, under certain practical conditions, the adhesive adhesive effect of an adhesive tape strip may also be too weak for a sufficient securing of the transport. This is especially true in the case when the pieces of equipment have a relatively high weight. Also, the attachment of the respective adhesive tape strip may possibly be made more difficult by the fact that gap clearances between the respective equipment part such as a support plate and an inner wall of the inner container are to be bridged. In practice, therefore, often several tape strips are attached to different locations of the respective transport-secured equipment part. It is particularly cumbersome for a packaging mechanic to attach the tape strips at fixing points between the respective equipment part and an inner wall or rear wall of the inner container, which lie in the direction of depth to lie further inside on the rear wall of the inner container.

Of course, similar difficulties also arise when it comes to, e.g. To fix baking trays or baking trays inside a baking oven or dish baskets or tiered dishes in a dishwasher for transport with the help of adhesive tape strips.

The invention has for its object to provide a household appliance with transport lock according to claim 1, in particular household refrigeration appliance, in the interior of the intended use of the household appliance movable equipment parts can be secured in position by means of easily and quickly attachable and trackless as possible re-releasable means of transport. According to the invention, this object is achieved in a household appliance, in particular household refrigeration appliance, of the type mentioned above, that as a double security component a double or multiple folded plate member is provided transversely to the elevation levels of the equipment with a plurality of one or more clamping slots , are clamped in the front edge zones of the plurality of pieces of equipment, and that the doubled or folded over several folded plate element has a plurality of folded wall parts, which are arranged side by side in layers transversely, in particular perpendicular, arranged to the height-attitude levels of the pieces of equipment.

Due to the fact that a common securing component is provided transversely, in particular perpendicularly, to its elevation planes for all respective equipment items to be secured in each case, in which one or more clamping slots the front edge zones of the several equipment parts to be secured for transport are clamped at the same time, a simple and quick to assemble Provided transport lock, which is easy and quick to remove even after transport without a trace. Thus, with a single securing component, several items of equipment to be position-secured for transport can be held simultaneously in their respective height position. Due to the entrapment of several position for the transport to be secured equipment parts in associated clamping slots of the common security component, which extends substantially transversely, in particular perpendicularly, to the height-attitude levels of the position-secured equipment parts, in particular a mutual support or bracing of the equipment against each other with a vertical direction of preference be effected. By clamping the front edge zones of the equipment in the clamping slots these are already sufficient in position or at least partially secured in the horizontal direction. This results in a kind self-locking composite position between the common fuse component and the several to be secured in position for the transport equipment parts. In this erfindungemäßen safety component, it is particularly possible to already fix with a single mounting handle all transport equipment to be secured in their predetermined height positions. In the same way, conversely, after the transport of the household appliance, the securing component can be removed and removed from all secured equipment parts with little effort and largely without trace.

Due to the duplication or Mehrfachendfalzung a plate member having a plurality of one or more clamping slots transversely to the elevation levels of the equipment parts, in this, the several pieces of equipment for their transport in a reliable manner largely shake-resistant and be permanently trapped for transport. The plate element thus already acts alone as an independent transport safety component, without further measures such as jamming of the plate member with a possibly existing door of the household appliance, in particular household refrigeration appliance, as in the DE 196 21 542 A1 and DE 20 2007 013 030 U1 would be required. The fittings in the clamping slots are largely held resiliently. For now, the fuse component is no longer fully solid, but it has several, preferably two, folded wall parts, each - either preferably in approximately parallel layers at predetermined transverse distance next to each other or possibly also contacting each other as layers - in layers transverse, in particular perpendicular , are arranged to the elevation levels of the equipment parts. Transverse, in particular perpendicular, to the insertion direction of this securing component (viewed in its positional plane) or to the respective height-level position of the respective equipment part, the respective wall portion and thus the area around the top edge and bottom edge of its respective clamping slot can be made sufficiently thin, so that there the security component despite the duplication or Mehrfachfalzung his wall parts remains sufficiently malleable. As a result, the respective equipment part such as a glass plate in the clamping slot can be stored and clamped largely resilient. Due to the multi-walledness or multi-layeredness of the securing component, this remains more flexible and deformable than a fully solidified securing component. This makes it possible to achieve an improved clamping effect, since the respective equipment part can be positively, positively and / or frictionally engaged in the associated clamping slot of the respective wall part. At least a portion of the top edge and / or bottom edge of Thus, the respective clamping slot sits resiliently transversely, in particular perpendicularly, elastically to the positional plane of the respective equipment part on this in the region of a front edge zone. As a result, an effective clamping effect is achieved by which the respective equipment part is securely held in the respective associated clamping slot of the doubled or multiply folded plate element. In addition, by the doubling or Mehrfachfalzung of the plate member, the total width or total thickness of the common fuse component can be variably adapted to different installation conditions. In particular, this allows the securing component to be varied with regard to its overall width in such a way that it largely fills any gap between the respective fitting part and a longitudinal-side inner wall of the inner container. At the same time can be saved considerably by the duplication or Mehrfachumschlagung or Umfalzung material for the security component.

By means of this double or multiple reversal of the plate layer, the securing component can be produced with different total wall thicknesses without the need for a fully solid single-wall construction. This saves on a material. On the other hand, the overall construction of the backup component of a doubled, ie simply folded plate layer, or repeatedly folded plate layer against a solid wall Einwandplatte especially in the clamping slots more flexible, ie plastically deformable, what a perfect clamping effect when inserting the respective assigned equipment part for the perfect Fixation is better. Namely, in this doubled or multiply folded plate layer, two or more than two wall layers or wall parts are superimposed when viewed in a side view, viewed in parallel and parallel to one another in frontal view and depth direction, respectively. In each wall parts of the plate element is preferably in the same, respectively predetermined height position at their, the equipment parts facing end edges each provided a Einzelklemmschlitz. In particular, these individual Einklemmschlitze are in cross-spaced or arranged in direct contact with each other arranged wall portions of the doubled or multiply folded plate member in the respective height position preferably largely congruent to each other. It is thus a double row of clamping slots in two folded wall portions of a doubled plate member or in general terms a more than two row of clamping slots in more than two folded wall portions of a multiple folded plate member at the rear, ie provided the equipment parts facing end face of the fuse component. As a result, the respectively inserted piece of equipment is taken only in layers in Einzelklemmschlitz each wall portion and not along the total width of the doubled or multiply folded plate member. As a result, the respective wall part remains in the region of the clamping slot transversely, in particular perpendicular, sufficiently plastically deformable to the positional plane of the respective equipment part to be retained.

According to a particularly advantageous embodiment variant, the doubled or multiply folded plate element has for this purpose at its end facing the equipment parts in the transverse direction, i. in a side view, preferably viewed at predetermined transverse distance superimposed stacked arranged single wall parts whose end edges protrude freely with a transverse gap to each other in the depth direction of the inner container. The plate element is thus advantageously composed of a plurality of folded over in a transverse direction stacked wall parts together, which are each arranged at a transverse distance and thus separated with a transverse gap and each extending in mutually approximately parallel planes in the depth direction of the inner container, in the Run substantially perpendicular to the elevation levels of the equipment parts. Such a remaining transverse gap between each two adjacent wall parts makes it possible in a simple manner to increase the overall thickness of the plate element and to adapt it to different conditions without the wall thickness of the individual wall part being changed. In addition, this ensures sufficient flexibility, in particular lateral deflectability, the freely projecting end edges of the individual wall parts, which facilitates their attachment to the equipment parts. By such a transverse gap between each two adjacent wall parts in the region of the equipment parts facing end edges, where the plate member thus remains open to the inside.

Possibly. For example, the various wall parts of the doubled or multiply folded plate element can also be layered contacting one another in a plurality of parallel positional planes, which each extend transversely, in particular perpendicular to the respective height-positional plane of the respective equipment part to be clamped. Also, such loosely superposed wall parts can still be sufficiently flexible, ie plastically deformable to achieve a sufficient clamping effect of the end edge provided clamping slots on their freely projecting end edges.

A doubled or multiply folded securing component can be particularly advantageous according to an expedient development of the invention if its individual folded wall parts or plate layers preferably hang together along a common folding area, which has a closed, largely smooth outer surface. As a result, there are open cut edges, as would be present in only cut and doubly superimposed individual separate plate element halves, largely avoided. Due to the common fold region with a largely smooth, in particular rounded outer contour of the so doubled or repeatedly folded security component so it is largely ensured that it is not visible during transport, undesirable abrasion, abrasion or abrasion marks on the inner walls of the inner container and / or in particular at one the inner container final door, preferably at the door cabinets, the respective household appliance, in particular household refrigeration appliance can come.

According to an expedient development of the invention, the plate element is formed by at least two by folding (viewed in side view) superimposed wall parts, which are connected at their side facing away from their clamping slots end faces via a common fold web. It may be expedient in this case, in particular, when the plate element is formed by two or more folded-wall parts, which lie substantially congruent one above the other. According to a preferred development of the invention, the doubled or multiply folded plate element is positioned in the inner container such that the front surface of the Falzstegs with the door closed of the inner container substantially the inner wall and / or one or more door compartments facing. Due to the approximately smooth, closed, in particular largely planiform outer surface of this Falzsteges undesirable traces of abrasion on the inner walls of the inner container, preferably on the inner wall of the door and / or their door cabinets and other components of the household appliance, in particular domestic refrigeration device, are largely avoided in a reliable manner.

It may be useful, if necessary, to position the doubled or repeatedly folded plate element in the inner container in such a way that the fold web with the door closed of the inner container on the inner wall and / or on one or more attached door racks, especially storage containers, as an abutment or counter support a plane surface support surface is supported, which are attached to the inner wall of the door. This can advantageously in addition in the horizontal direction a deadlock and support of the common fuse component and thus also in the horizontal direction a sufficient securing position of the detained in the clamping slots of the fuse component pieces of equipment can be achieved. In particular, the doubled or multiply folded plate element in the stable door position region of the inner wall of the inner container in the horizontal direction by abutment against the door spar of the outer door of the household appliance, in particular domestic refrigeration device supported.

When the household appliance is in particular a household refrigeration appliance, the equipment part may preferably be a storage plate or support plate, preferably a glass plate, a Abstellgitter to a pull-out box, Auszugsrahmen to a telescopic rail, preferably supporting a storage shelf or a pull-out box serves, or to act another, movable in the intended use or removable fixture.

If the household appliance is a dishwasher, preferably a dish rack or a storage rack is considered as a built-in component.
In the case of a baking oven, the respective equipment part is preferably formed by a baking tray, by a baking rack or a telescopic rail for supporting a baking tray or grate.

According to a preferred embodiment of the invention, the respective equipment part is preferably formed by a glass plate, in particular largely frameless glass plate. Even in the case of glass plates can be provided for this by the securing member according to the invention a perfect transport safety.

According to an advantageous embodiment of the invention, the plate member extends with its several side by side layered, folded wall parts in a position plane in the depth direction of the inner container, which is substantially perpendicular to the height-attitude levels of the equipment parts. As a result, in particular, a support of the one or more pieces of equipment in the vertical preferred direction can be achieved. At the same time results in particular in the horizontal direction a supporting effect of the equipment parts with each other, since they are stuck along a front edge zone in the clamping slots of the common fuse component.

According to a further expedient development of the invention, the plate element may optionally have a first group of one or more clamping slots whose slot depth is greater than the slot depth of a second group of one or more clamping slots. Generally speaking, different deep-trained equipment parts can hold at the same time by different length clamping slots with one and the same security component. As a result, the front side of the securing component facing the equipment parts can thus essentially run substantially in the shape of a line, without a front-side cutting of the several wall parts of the securing component being necessary. Elaborate adaptation measures with respect to the outer contour of the doubled or multiply folded wall parts along their end faces facing the equipment parts to the inner profile of the equipped with one or more pieces of equipment inner container can thus be omitted. In this way, a thus formed securing member with different length clamping slots universally for clamping of different depths, i. for narrower and wider equipment parts in the depth direction, serve. As a result, a complex bearing support of different types of security components can be omitted, since now a single universal type of security component for a variety of installation conditions of the position-assuring fittings is sufficient.

If the equipment to be clamped are largely the same width formed in the depth direction of the inner container, it is sufficient for an appropriate sub-variant of the invention, of course, to provide the equipment parts facing end edges of the wall parts clamping slots with approximately the same slot depth in the security component at the height positions of the equipment.

According to a further advantageous embodiment of the invention, the plate member is formed in particular as a double or multiple fold over comb portion with a plurality of one or more clamping slots. This can be clamped in an advantageous manner as a whole with its clamping slots particularly easy on the front edge zones of the several to be secured position pieces of equipment. In particular, the comb part may have a plurality of comb web elements on its end face facing the equipment parts, which are arranged lying one above the other in height direction at predetermined height distances from one another and are separated from each other by intervening clamping slots.

According to a further expedient sub-variant, the comb part only has a multiplicity of longitudinal incisions extending in the depth direction at predetermined height intervals on its end edge facing the equipment to be clamped, which divide strip-shaped web elements from one another. In this case, one or more clamping slots in this kind of comb part for clamping one or more pieces of equipment formed by the fact that at the height of the respective festzuklemmenden equipment part at least one web element between the laterally cut-free longitudinal incisions laterally deflected out of the plane of the plate member or at its Anlenkungsfuß is separated.
The comb portion has along its end faces facing the equipment parts incisions in predetermined height intervals from each other, which are preferably substantially parallel to each other and extend substantially transversely, in particular perpendicular to this end edge of the comb portion. The vertical distance between each two adjacent incisions is preferably at most equal to, in particular smaller than the thickness or wall thickness of the respective fixture to be clamped equipment (viewed in the height direction) selected. In this advantageous embodiment variant, at least one web is laterally folded away or completely removed between at least two successive incisions in the vertical distance, so that a clamping slot with the clear total height of at least one web height is formed by this free cut. The smaller the height distances between the incisions are selected, the finer graduated can be made by detaching or folding away of one or more webs a clamping slot or a recess with respect to the total height. In the case of a comb portion formed in this way, one or more clamping slots can thus be individually adapted to differently sized pieces of equipment to be secured in position as viewed in the vertical direction. As a result of this adaptability of the comb part in retrospect to different circumstances, in particular elevations and / or thicknesses of the equipment parts, in particular storage plates, such a comb part can be used universally. As a result, the storage is simplified because only a single type of security component is kept. Also, the assembly of such a comb portion is simplified because always the same or similar mounting handles are performed by a mechanic for transport safety and it is no longer necessary to distinguish between different types of fuse components for different household appliances, especially household refrigerators.

According to an alternative, practical sub-variant, the comb part has at least one second group of one or more comb web elements, which is or are designed to be longer than the respective comb web element of at least one first group of one or more comb web elements and towards the equipment parts in the depth direction further protruding or protruding. In particular, by means of one and the same transport safety component universally different deep equipment parts can be supported simultaneously in the vertical direction of preference. Preferably, a clamping slot for clamping a piece of equipment may be provided in the respective longer comb web element, which is considered narrower in the direction of depth than an equipment to be clamped in a clamping slot, which is provided between each two shorter comb web elements or in the respective shorter comb web element. Optionally, the clamping slot on the longer comb web element can also be omitted, if the longer comb web element e.g. only as a clamping part is clamped in the space between two consecutive equipment at the predetermined height distance.

If the comb part according to another expedient development of the invention thus has at least one second comb web element which is longer than at least one first comb web element and projects further towards this in the depth direction on at least one piece of equipment, so advantageously also different depths pieces of equipment properly and simply be fixed in relation to their predetermined position for transport.

To facilitate handling during assembly of the securing component, it may be particularly expedient if the longer comb web element can be separated from the comb part by at least one perforation. It may be particularly expedient to provide at least one perforation between the comb part and the respective longer, second comb web element, in order to be able to separate the latter if only comb web elements of the first, shorter type are desired on the comb part. The respective separated comb web element can either be thrown away or clamped as an independent, further securing component between two adjacent equipment parts or between a fitting part and at least one inner wall of the inner container and / or door and / or a door rack of the refrigerator.

According to a preferred development of the invention, the plate element is formed by at least one board or board element, in particular a cellulose or paper board element, preferably press board element or solid board element. This is available in sufficient quantity on the market inexpensively. It is also easy to process. A paperboard or cardboard element is characterized in particular by a sufficient rigidity of material, so that it is self-supporting and at the same time allows a perfect press fit by plastic deformation. Softness and / or thickness of the doubled, i. Simply folded, or repeatedly folded card board or cardboard plate element can be adapted to different requirement profiles in an advantageous manner by appropriate selection of the board quality and / or layer thickness. In addition, cardboard plates with standard pallet dimensions can be used. If necessary, several comb parts can be integrated into these, which are cut free in the board and thus can be easily removed. The board material allows a residue-free and very easy removal of the transport locking element.

Preferably, the plate member may be formed in particular double-walled by two folded cardboard or cardboard plate halves.
To compensate for different engagement depths between different depths of equipment, it may be particularly useful if the doubled cardboard or cardboard element has at least one tooth-shaped comb web element with an end-side clamping slot which protrudes longer than the other tooth-shaped comb web elements of the cardboard or cardboard element. If the longer comb web element, in particular on such a length protrudes from the other, shorter comb web elements that it can intervene in the height gap between a narrower in the depth direction piece of equipment and a wider piece of equipment, is also for this configuration of different depths, ie different far protruding pieces of equipment in a reliable manner in the vertical direction of preference a sufficient support effect and thus secure position securable.
Alternatively, it may be particularly expedient to provide in the longer comb web element a clamping slot for clamping the respective narrower in the depth direction equipment part.

In order to be able to separate the respective elongated, tooth-shaped comb web element from the doubled board or cardboard element, if it is not required, it is preferable to use one Perforation or other separation means preferably provided at its Anlenkfuß. Possibly. the longer, separated comb web part can also be used as an independent individual securing component for clamping at least one equipment part at a different location in the inner container than the common securing component. Then the common fuse component serves as a kind of assembly carrier or holder for the independent single-fuse component. This double provision of at least two securing components of different geometry as a coherent whole or as a coherent unit to installation as transport security can simplify the storage and installation. In particular, the handling of such a universal component is easier to assemble, since the storage and the handling of a plurality of different individual securing components omitted.

In particular, when the cardboard or cardboard element is formed into a doubled comb part, the respective equipment part at its front edge zone only along two, in the depth direction erstckender and laterally or laterally spaced, preferably linear or strip-shaped contact zones by a clamping fit in a first clamping slot in a left-side cardboard plate half and clamped by a clamping seat in a second clamping slot in the right-side cardboard plate half of the doubled comb part or clamped. The first clamping slot and the second clamping slot in the two substantially mutually parallel with transverse spacing arranged Pappenplattenhälften are preferably substantially identical with respect to their geometry and are substantially in a plane perpendicular to the plane of the doubled comb part considered largely congruent one behind the other. The two contact zones thus have a transverse distance from one another, which corresponds essentially to the distance between these two individual clamping slots and thus the transverse gap between the two cardboard wall parts. Although the doubled comb portion has a total thickness, which is composed of the transverse distance between the inner walls of these two folded cardboard walls and their two individual wall thicknesses in sum, the respective equipment part at the front edge zone is only zipped or clamped on a width in the clamping slot of the respective board half, which corresponds to the single wall thickness of this cardboard half. In this way, it is largely ensured that the respective board half-plate in the region of its respective clamping slot transversely, in particular perpendicular, to the insertion of the securing component is sufficiently plastically deformable. This is a perfect one Clamping of the respective equipment part in the clamping slot of the respective cardboard plate half allows.

According to a further advantageous embodiment of the invention, the respective clamping slot of the plate member at least one tapering region which is transversely to the clamping position of the respective equipment part, in particular perpendicular, to its positional plane plastically deformable. The respective clamping slot thus comprises at least one tapering region which, when the fitting part is inserted transversely, in particular vertically, is plastically deformed relative to the insertion direction of the securing component. By means of this constriction point, in particular a sufficiently force-fluid, positive fit, and / or frictional fit of the inserted equipment part in the respective associated clamping slot is ensured. Unintentional release of the equipment part from the respective clamping slot of the securing component such. in Rüttelbewegungen during the transport of the household appliance is thus largely avoided.

Such a constriction point has, in particular, the respective clamping slot when viewed in a side view of the securing component viewed substantially omega-shaped. This geometric shape has the particular advantage that it manages without sharp or pointed corners or edges. As a result, in particular sensitive glass plates can be fixed in place like a clamp without the risk of damage or impermissible mechanical stresses.

According to a further modified variant, the plate element may optionally additionally comprise at least one spacer which projects from its longitudinal side inner wall in the direction of the inner wall of the inner container or in the transverse direction on the front portion of the running in the depth direction longitudinal side edge of the respective equipment part to substantially transverse. By laterally protruding spacer element an additional broadening of the fuse component is effected. It can thereby fit into different width gap clearance depending on Ausklappstellung its spacer, in particular wedging. The laterally projecting spacer element on the securing component makes it possible, in particular, for it to be supported laterally or laterally, in particular in a horizontal direction, against an inner wall of the inner container of the domestic appliance or against any other fitting part. Thus, in particular, a lateral or lateral, in particular horizontal support of the plate element with respect to a longitudinal inner wall of the Container or the longitudinal side edges of one or more pieces of equipment and thus achieve their positional securing in the horizontal direction. Preferably, the spacer element can be formed by a folding part, which is laterally folded out transversely to the substantially in the depth direction extending plane of the plate member.

According to a particularly advantageous embodiment variant, the securing component can be plugged into a gap between the respective equipment part and a longitudinal side inner wall of the inner container with at least one wall part. Due to this jamming, in addition to the vertical support of the equipment parts arranged in different height positions, a particularly reliable support and clamping of the equipment parts for the transport can also be ensured in the horizontal direction.

In particular, it may be expedient if the securing component substantially fills a gap between a vegetable tray arranged at the bottom of the inner container and a longitudinal-side inner wall of the inner container with at least one wall part, in particular all of its wall parts. In the area above the vegetable dish, the pieces of equipment arranged above it at different altitudes are clamped in the clamping slots of at least one wall part of the securing component. Possibly. At least one wall part, in particular the wall part adjoining the inner wall of the inner container, can also be wedged into a possibly existing gap between the inner wall of the inner container and the equipment parts, while at least one other wall part with its clamping slots serves to clamp the equipment parts. Characterized in that the securing member is fitted in particular in a gap between a arranged on the bottom of the inner container vegetable shell and a longitudinal side inner wall and possibly also in a gap above the vegetable dish with at least one wall part, and at the same time the equipment parts in the clamping slots at least one other wall part are clamped, the equipment parts can be supported in an advantageous manner both in the vertical direction and in the horizontal direction of the fuse component and fixed in position during transport.

Other developments of the invention are given in the dependent claims.

The invention and its developments are explained in more detail with reference to drawings.

Fig. 1

schematisch in perspektivischer Darstellung eine erstes Ausführungsbeispiel eines erfindungsgemäß konstruierten Transportsicherungselements bzw. - bauteils zur Lagefixierung von Trageplatten bzw. Abstellplatten, insbesondere Glasplatten, im Innenbehälter eines Haushalts-Kältegeräts,

Fig. 2

schematisch das Transportsicherungselement von Fig. 1 im planflächig aufgeklappten Ausgangszustand vor seiner Faltung bzw. Umfalzung,

Fig. 3

in schematischer Längsschnittdarstellung das Transportsicherungselement von Fig. 2 im umgefalzten Zustand von vorne betrachtet,

Fig.4

in schematischer Längsschnittdarstellung das Transportsicherungselement von Fig.1 in einer zu Figur 1 abgewandelten Einbausituation im Innenbehälter des Haushalts-Kältegeräts von vorne betrachtet,

Fig. 5

das Transportsicherungselement von Fig. 1 mit einer Vielzahl von Klemmschlitzen schematisch in Seitenansicht,

Fig. 6

in schematischer Seitenansicht als Einzelheit einen Klemmschlitz an der hinteren Stirnkante des Transportsicherungselements von Fig. 5,

Fig. 7 mit 10

jeweils in schematischer Darstellung Seitenansichten verschiedener zweckmäßiger Varianten von Klemmschlitzen, die gegenüber der Geometrieform des Klemmschlitzes von Figur 6 abgewandelt sind,

Fig.11, 12

jeweils in schematischer Frontansicht verschiedene zweckmäßige Weiterbildungen des erfindungsgemäßen Transportsicherungselements von Figur 1, und

Fig. 13, 14

zwei weitere abgewandelte Transportsicherungselemente nach dem erfindungsgemäßen Konstruktionsprinzip.

Show it:

Fig. 1

1 is a schematic perspective view of a first exemplary embodiment of a transport securing element or component designed according to the invention for fixing the position of supporting plates or storage plates, in particular glass plates, in the inner container of a domestic refrigerating appliance,

Fig. 2

schematically the transport locking element of Fig. 1 in the plane-unfolded initial state before its folding or Umfalzung,

Fig. 3

in a schematic longitudinal sectional view of the transport locking element of Fig. 2 when folded, viewed from the front,

Figure 4

in a schematic longitudinal sectional view of the transport locking element of Fig.1 in one too FIG. 1 modified installation situation in the inner container of the household refrigerating appliance viewed from the front,

Fig. 5

the transport safety element of Fig. 1 with a plurality of clamping slots schematically in side view,

Fig. 6

in a schematic side view as a detail a clamping slot on the rear end edge of the transport locking element of Fig. 5 .

Fig. 7 with 10th

each in a schematic representation of side views of various useful variants of clamping slots, compared to the geometry of the clamping slot of FIG. 6 are modified

11, 12

each in a schematic front view of various expedient developments of the transport securing element of the invention FIG. 1 , and

Fig. 13, 14th

two further modified transport securing elements according to the construction principle of the invention.

Elements with the same function and mode of action are in the FIGS. 1 each with the same reference numerals with 13.

Fig. 1 schematically shows a perspective view of a partial section of the inner container IB of a household refrigerating appliance KG in the region of its upper corner. There partial sections of a longitudinal side inner wall IWA, a ceiling element DE and a front frame RA of the inner container IB are visible. The inner container IB is preferably thermoformed in one piece from plastic. On the longitudinal side inner wall IWA projections HE are formed or extended, each serving as a support for support plates or storage shelves for parking refrigerated goods. Corresponding projections HE are also formed on the longitudinal side inner wall IWA opposite side wall of the inner container IB, which here in the partial section image of FIG. 1 not shown. The projections HE are the drawing sake simplicity indicated only by dash-dotted lines. Appropriately, a respective front and a rear, lower lying retaining projection are provided for the respective desired height position on the two longitudinal side walls of the inner container IB.

Here in the exemplary embodiment, several storage shelves GP1 with GP4, in particular several frameless glass plates, are provided in different height positions. For this purpose, they are placed on the projections HE in predetermined height attitude levels P1 with P4 (see FIG FIG. 4 ), which are aligned substantially horizontally and parallel over each other and respectively parallel to the positional plane of the in Fig. 1 invisible bottom part of the household refrigerating appliance KG lie. In the exemplary embodiment, the two lower storage shelves GP1, GP2 and the uppermost storage shelf GP4, viewed in the depth direction TR, are wider than the storage shelf GP3.

Instead of projections HE and other support elements may be provided on both sides of the two longitudinal side walls. In addition or independently of support elements and holder elements may be provided for fixing or guide elements for slidably supporting the storage shelves.

On an elongated edge of the frame RA of the inner container IB an outer door TU is pivotally mounted. This door is in the TU FIG. 1 only shown in phantom with a section. The door TU has at the lateral edges of its inner wall two vertical uprights HO, of which in the FIG. 1 only one can be seen. The spars HO serve in a conventional manner for supporting door compartments, which use the space between the front edges of the storage shelves GP1 with GP4 and the door inner wall in the depth direction TR. The depth direction TR is parallel to the positional plane of the respective longitudinal side inner wall of the inner container IB on the rear wall. A transverse direction QR runs perpendicular to the depth direction TR and to the positional planes of the side walls of the inner container IB, ie parallel to the leading edges of the plurality of stacking plates GP1 with GP4 stacked one above the other in different height positions.

Now order the several storage plates GP1 with GP4 in their given heights - Layers P1 with P4 (see longitudinal section Fig. 4 ) for the transport of the household refrigerating appliance KG position assurance, a common transport safety component from a doubled, ie simply folded cardboard or board element is provided. In the embodiment of FIG. 1 is the cardboard plate element TS1 in the area of the right inner wall IWA clamped to the storage plates GP1 with GP4. This two-walled or in longitudinal section viewed from the front zweischenkelige cardboard or cardboard element KS1 is formed by two stacked by folding cardboard or cardboard board parts, in particular - halves HA, HB, which are connected to their inner wall facing the door inner side via a common folding web FST , This folded plate element KS1 is aligned such that it is clamped in the interior of the inner container for fixing or holding the Abstellplatten GP1 with GP4 so that its strip-shaped common fold web FST substantially in the vertical direction parallel to the height direction HR of the frame RA of the inner container IB runs and the inner wall of the door TU and its one or more door compartments facing. The height direction extends perpendicular to the plane defined by the depth direction TR and transverse direction QR. The doubled paperboard element TS1 has, with this orientation, an open end edge facing the depositing plates, which is located between the transverse gaps QL (see FIG FIG. 3 ) set to each other, freely projecting end edges or edge edges of its two plate halves HA, HB is formed.

Generally speaking, the plate element is e.g. TS1 by at least two by folding over (as viewed in side view) stacked wall parts such. HA, HB formed, which at their the door inner wall facing end faces via a common fold web such. FST are interconnected. It may be expedient in this case, in particular, when the plate element is formed by two or more folded-wall parts, which lie substantially congruent one above the other. The doubled or multiply folded plate element is preferably positioned in such a way in the inner container for transport locking the Abstellplatten that the front surface of the Falzstegs with the door closed of the inner container substantially the inner wall and / or one or more door compartments facing. By approximately smooth, closed, in particular largely planar outer front surface of this Falzsteges undesirable traces of abrasion on the inner walls of the inner container, preferably on the inner wall of the door and / or their one or more door cabinets and other components of the household refrigeration appliance are largely avoided.

It may be useful, if necessary, to position the doubled or multiply folded plate element TS1 in the inner container IB such that the fold web FST with the door TU closed of the inner container IB on the inner wall and / or on one or more attached door racks, in particular storage containers, as Supported support, which are attached to the inner wall of the door. This can be achieved in an advantageous manner in the horizontal direction jamming and support of the common fuse component. In particular, the doubled or multiply folded plate element TS1 of FIG. 1 In the stable door position region of the inner wall IWA also be supported in the horizontal direction by abutment against the door spar of the outer door TU.

Fig. 2 shows a schematic representation of the doubled paperboard plate element TS1 in the unfolded state with its two plate halves HA, HB as umzufaltende wall parts in a common planar surface layer before Umfalzung. The common fold web FST runs approximately along the center axis MA of the plane-oriented cardboard board parallel to its longitudinal outer edges. It has on both sides of this center axis MA largely axially symmetrical to this, two longitudinally extending in the predetermined transverse distance from one another in the longitudinal direction longitudinal edges, which are formed by Längsritze or rabbet grooves LS1, LS2. This Längsritze or Umfalznuten LS1, LS2 are provided axisymmetric to the center axis and with predetermined transverse distance to this. Their transverse distance from one another determines the web width STB of the folding web FST. Because of along the Längritze or Umfalznuten reduced wall thickness of the board material is a slight folding or folding over the plate halves HA, HB allows on both sides of the common folding web FST. Expediently, the scoring depth of the two longitudinal ridges is selected such that the two plate halves HA, HB of the folded cardboard plate element TS1 remain largely dimensionally stable in their respective fold-over positions. The two plate halves HA, HB are folded on each other so that they face each other as double walls. They are preferably in mutually parallel planes of position in a predetermined transverse distance from each other. In the Fig. 3 , which is a schematic longitudinal section through the doubled plate part TS1 of Fig. 1 in a sectional plane perpendicular to the folding web FST when viewed from the front, the transverse distance between the two free ends of the plate halves HA, HB is denoted by DI.

In order to align the two plate halves HA, HB when folding substantially in the vertical direction HR, the two inner side cheeks of the respective longitudinal slot or Längsritzes LS1 and LS2 preferably extend obliquely inwardly on the slot bottom. Viewed in cross section, the respective longitudinal slot such. B. LS1 formed substantially trapezoidal. It preferably has a chamfer on its two inner longitudinal sides of about 45 °. If the two plate halves HA, HB upwards from the planar surface layer of FIG. 2 folded up, what in the FIG. 3 is shown, the two plate halves HA, HB are substantially perpendicular to the plane of the folding web FST.

The two plate halves HA, HB are formed with respect to the centrally arranged folding web FST substantially axisymmetric. Each half of the plate HA, HB of the flat surface laid cardboard plate element TS1 of FIG. 2 has a plurality of clamping slots along the longitudinal course of its longitudinal side edge, which extends substantially parallel to the folding web FST. The clamping slots are substantially transversely, in particular perpendicular, embedded in the longitudinal outer edge of the respective plate half HA, HB in this. In detail, here in the embodiment, the first, left-side plate half HA four mutually spaced in the height position clamping slots KS11 with KS14, which correspond to the height positions of the storage shelves GP1 to GP4 to be fixed. Achssymmetrisch with respect to the folding web FST are in the second, right-side plate half HB to the positions of the clamping slots KS11 KS14 corresponding location positions four clamping slots KS21 with KS24 embedded from the outside in the longitudinal side edge. The clamping slots KS11 with KS14 of the first plate half HA and the clamping slots KS21 with KS24 of the second plate half HB each have the same internal geometry shape. This is chosen here in the embodiment approximately omega-shaped. All clamping slots of the two plate halves HA, HB are considered approximately the same length in the depth direction, ie they have substantially the same slot depth.

Now, the two plate halves HA, HB collapsed on each other, which in the Fig. 2 indicated by arrows KP1, KP2, so are the two plate halves HA, HB with respect to their clamping slots KS11 with KS14 and KS21 with KS24 substantially congruent, ie congruent to each other (see FIGS. 1, 3 ). This double-walled plate element TS1 is fitted with the aid of its clamping slot pairs KS11 / KS12, KS12 / KS22 and KS14 / KS24 on the front edge zones of the same depth Abstellplatten GP1, GP2 and GP4 that the fold web FST transverse, in particular perpendicular to the horizontally oriented Height attitude levels P1, P2 and P4 of the storage plates GP1, GP2 and GP4 runs and the inner wall of the door TU faces. The folded plate member TS1 is thus so aligned and clamped in the interior of the inner container for fixing or holding in the depth direction TR wider storage shelves GP1, GP2 and GP4 that its strip-shaped, common fold web FST substantially in the vertical direction parallel to the height direction of the HR Frame RA of the inner container IB extends and faces with its closed front surface of the inner wall of the door TU and their one or more door compartments. The two folded plate halves HA, HB are therefore upright with respect to their fold bar FST. The doubled paperboard element TS1 has, with this orientation, an open end edge facing the depositing plates, which is located between the transverse gaps QL (see FIG FIG. 3 ) set to each other, freely projecting end edges or edge edges of its two plate halves HA, HB is formed. The two plate halves HA, HB are in the transverse distance DI (viewed in the transverse direction of QR) stacked as a pair of wall parts stacked in two mutually parallel planes of position extending in the depth direction TR of the inner container IB and substantially perpendicular to the horizontal height attitude levels P1 with P4 the parking plates GP1 with GP4 run. Their free front edges stand with a cross gap QL (see Fig. 3 when looking in the depth direction) to each other in the depth direction TR and are facing with their freely projecting leading edges the storage plates GP1 GP4. Each two congruently arranged clamping slots in the two plate halves HA, HB summarize in the transverse distance DI from each other a front edge zone of the respectively assigned storage tray and clamp them on the top and bottom respectively along a substantially strip-shaped, in particular line-shaped contact zone.

In the Fig. 1 is representative of the clamping of the lower Abstellplatten GP1, GP2 and GP4 in associated clamping slots of the doubled Pappenplattenelements TS1 exemplified for the Abstellplatte GP1 such a strip-shaped, in particular linear clamping zone between the top of the first Abstellplatte GP1 and the upper inner edge of the clamping slot KS11 of the first plate half HA indicated as a dot-dash line and designated KL1. In a corresponding manner, a strip-shaped, in particular linear clamping zone between the top of the storage tray GP1 and the upper inner edge of the clamping slot KS12 of the second disk half HB is indicated as a dot-dash line and designated KL2. The two strip-shaped, in particular linear clamping zones KL1, KL2 run essentially along a front edge zone of the storage tray GP1 in the depth direction TR. In an analogous manner, two strip-shaped, in particular linear contact zones at the transverse spacing DI from one another are caused on the underside of the storage tray GP1 by the clamping slots KS11, KS12, which are offset from one another with the transverse gap QL. Only in the region of these laterally spaced apart clamping zones is a holding force with preferential direction perpendicular to the horizontal position plane exerted on the storage tray GP1. Since the clamping slot KS11 along the upper inner contour and along the lower inner contour toward each other directed holding forces are exerted substantially vertically on the Abstellplatte GP1, this is held in the clamping slot KS11. In a corresponding manner, the storage tray GP1 is clamped in the transverse offset arranged clamping slot KS12 of the second disc half HB. The area of the transverse gap QL between the two plate halves HA, HB of the storage plate GP1, however, remains free.

In summary, the respective pair of clamping slots KS11 / KS12, KS12 / KS22, and KS14 / KS24 which are congruent to each other, ie in lateral view or transverse direction QR, respectively form a common recess or a common recess in the storage plates GP1, GP2 and GP4 facing, open end side of the doubled plate element TS1. These pairs of two clamping slots in each of the three height attitude levels P1, P2 and P4 are designated KS1, KS2 and KS4. They thus identify pairs of transversely spaced in the two Plate halves HA, HB arranged clamping slots, which are assigned to the different height positions P1, P2 and P4 of the same depth Abstellplatten GP1, GP2, GP4. In the transverse direction QR continuous cut pairs KS1, KS2 and KS4, each composed of two each at a transverse distance DE congruently arranged clamping slots and an intermediate transverse gap QL and each transverse, in particular perpendicular, of the rear high edge of the doubled Plate element TS1 extend by a predetermined slot length against the depth direction TR, the three offset in their altitude mutually offset storage plates GP1, GP2 and GP4 are clamped and fixed in position.

For an interior equipment or constellation, in which the third storage tray GP3 is just as deep as the other storage shelves GP1, GP2 and GP4, is at the doubled cardboard plate element TS1 the FIGS. 1 with 4 precaution between the second and fourth clamping slot pair, a third clamping slot pair KS13 / KS23 provided in the two plate halves in the height-bearing plane of the third storage tray GP3. This third clamping slot pair KS13 / KS23 is formed in this case analogous to the other clamping slot pairs KS11 / KS21, KS12 / KS22, KS14 / KS24.

In order to achieve a sufficient clamping effect, the clear height of the respective individual clamping slot is such. KS11 in the vertical direction or height direction HR considered at most equal, preferably smaller than the wall thickness (in the height direction HR considered) of the respective clamped storage tray such. GP1 selected.

Through the clamping slot pairs KS11 / KS12, KS12 / KS22, KS13 / KS23, KS14 / KS24, which are offset in height from each other corresponding to the height-attitude levels of several, to be secured position Abstellplatten in the vertically extending, rear, inwardly open front edge of the doubled plate element TS1 are provided Overall, a comb part is formed. This has in its plate halves at defined height distances from each other, the pairs KS1 with KS4 of congruent to each other in the transverse distance DI arranged clamping slots KS1 / KS12, KS21 / KS22, KS13 / KS23, KS14 / KS24. These incisions KS1 with KS4 extend in the side view of the double comb portion TS1 viewed in the two plate halves HA, HB substantially transversely, in particular perpendicularly, to the rear, freely projecting end edges and thus extend by a predetermined slot length in the horizontal direction. The incision pairs KS1 with KS4 separate pairs of approximately equal, tooth-like comb web elements ZS11 / ZS21 ZS14 / ZS24 in the two plate halves HA, HB in the folded state of the comb part TS1 from each other. Seen differently, between each two adjacent in the height direction HR tooth-like comb web elements such. B. ZS11 and ZS12 per disc half such as HA considered a common clamping slot such as KS11 provided in the associated storage tray such. B. GP1 is firmly clamped (see FIG. 3 ).

FIG. 2 illustrates the comb portion TS1 with its plurality of comb web elements per disk half HA, HB in the unfolded state. In detail, the left, first plate half HA at its longitudinal outer edge, which is folded at the folded and inserted comb part TS1 of FIG. 1 extends substantially in the vertical direction, the four offset in height or superimposed, approximately the same length comb ridge elements ZS11 with ZS14, which are separated by the three clamping slots KS11, KS12, KS14. Correspondingly, the three clamping slots KS21, KS22, KS24 in the longitudinal outer edge of the right, second plate half HB of FIG. 2 The four, approximately equally long comb stay elements ZS21 with ZS24 from each other. The comb web elements ZS21 with ZS24 of the right-hand half of the plate HB and the comb web elements ZS11 with ZS14 of the left-hand half HA are substantially axially symmetrical with respect to the center axis MA. They preferably each have the same geometry shape. When doubled comb part TS1 of FIG. 1 the pairs of comb stay elements ZS11 / ZS21, ZS21 / ZS22, ZS13 / ZS23, Z14 / ZS24 of the two plate halves HA, HB are designated ZS1, ZS2, ZS3, ZS4.

When clamped comb part TS1 of FIG. 1 are seen in the vertical direction HR arranged at different altitudes P1, P2 and P4, equally deep storage shelves GP1, GP2 and GP4 by the pairs ZS1, ZS2, ZS3 and ZS4 of tooth-shaped comb web elements ZS11 / ZS21, ZS21 / ZS22, ZS13 / ZS23, Z14 / ZS24 of the two plate halves HA, HB, which are inserted into the spaces between the individual storage shelves GP1 with GP 4 and possibly in a space above the uppermost storage tray GP4 and possibly in a space below the bottom shelf GP1, against each other in vertical Direction HR braced and supported against each other. In particular, the lowermost comb web element pair ZS11 / ZS12 sits in a free space below the lowermost storage platform GP1, which projects from the top edge of a vegetable shell GS covered by it. The uppermost comb web element pair ZS14 / ZS24 is seated in an intermediate space between the uppermost storage platform GP4 and the ceiling element DE of the inner container IB. Between every two in the height direction HR adjacent Klemmschlitzpaaren such as KS11 / KS21, KS12 / KS22 remains generally speaking in this way a pair of comb ridge elements such as ZS12 / ZS22, the height of which substantially corresponds to the height of the gap between these two Abstellplatten such as GP1, GP2, and largely passively in this space sitting.

Due to the doubling or multiple folding, the respective securing component, such as e.g. TS1 are given a total wall thickness or a total thickness resulting from the single wall thicknesses of its plate halves or several wall parts, e.g. HA, HB and the transverse distance of these plate halves or several wall parts such. HA, HB composed of each other. The wall thicknesses of the individual plate halves or wall parts remain less than the total wall thickness of the fuse component as a whole. In particular, by appropriate choice of the width of the Falzsteges the total width of the transport locking component can be varied within wide ranges as needed. The double-walled or multi-wall construction of the transport securing component has the particular advantage that the individual wall thicknesses of the individual plate halves or wall parts can be kept so thin that they remain largely plastically deformable transversely, in particular perpendicular to the insertion direction in the region of the respective clamping slot. In this way, a sufficient spring elasticity of the cardboard material from above and below the respective clamping slot and thereby ensure a sufficient contact pressure on the respectively inserted or trapped storage tray. In contrast, in a solid mass securing component, which would have the same total thickness as the doubled securing component, the plastic deformability of the board material above and below the respective clamping slot would be significantly reduced or lost altogether.

If the storage plates to be held in each case are substantially equally deep (viewed in the depth direction TR), then the common cuts KS1 with KS4 or respective clamping slot pairs KS11 / KS21 with KS14 / KS24 are expediently equally deep. In a corresponding manner, the tooth-shaped comb web elements ZS1 with ZS4 then protrude approximately equidistant in the direction TR towards the storage platforms GP1 to be clamped with GP4 in the depth direction TR.

In the embodiment of FIG. 1 is the storage tray GP3 considered in the depth direction TR narrower than the other parking plates GP1, GP2, GP4 formed. It is in particular a half Abstell-, preferably glass plate, ie a storage tray, the only half as deep as the other storage shelves. To be able to clamp this narrower storage tray GP3 also with the same doubled plate element TS1, this has a tooth-shaped ridge member ZS5 as legs or wings, which extended over the other tooth-shaped comb web elements ZS1, ZS2, ZS3 ZS4 of the cardboard or cardboard element extends extended in the depth direction TR extended , It is mounted on the third comb web element pair KS13 / KS23 in a height position corresponding to the storage platform GP3. This longer comb web element ZS5, like the other comb web elements ZS1 with ZS4 of the first, shorter type, also consists of two tooth-like individual comb web web elements ZS15, ZS25 arranged at an equidistant transverse spacing DI and congruent to one another. This doubled tooth-shaped comb web element ZS5 has, on its end face facing the depositing plate GP3, in both partial halves ZS15, ZS25 in each case a clamping slot KS15, KS25 analogous to the other clamping slot pairs. As a result, the narrower storage tray GP3, in particular a half glass plate, which is set back in relation to the front end edges of the other, in the depth direction TR wider storage shelves GP1, GP2 and GP4 is recessed, clamped and clamped.

The elongated tooth-shaped comb web element ZS5 can be separated from the doubled board plate element TS1 by at least one perforation PF. For example, if it is not needed, e.g. all clamped Abstellplatten are formed equally deep, it can be easily separated by hand and used instead of the underlying common incision KS3 in the third Kammstegelementpaar ZS13 / ZS23 (= ZS3) for clamping a storage tray, the same depth as the other storage shelves GP1 , GP2, GP4 is formed. The common incision KS3 (= KS13 / KS23) is lateral by the two in the transverse spacing DI, i. in the transverse direction QR with transverse spacing DI offset from each other arranged clamping slots KS13, KS23 formed which are cut or punched in the rear outer edge of the vertical edge of the doubled plate element TS1 substantially in the horizontal direction with the same depth-length portion as the other clamping slots.

In summary, it may therefore be appropriate, at least two differently long, tooth-shaped ridge web elements in the region of the rear end edge zone of the doubled or multiply folded cardboard element in Leave to project depth direction to different depths, ie in the depth direction considered different narrow and wide storage shelves can clamp.

Such a double or multiply folded card board element with differently long tooth-shaped ridge web elements which have at their open end in their individual plate parts end-side clamping slots congruent to each other, is advantageously universal for different depths, d. H. various narrow or wide shelves can be used. By means of corresponding perforations, longer comb web elements can be easily torn off and the end-face geometry shape, in particular outer contour of the comb webs and / or inner contour of the clamping slots, of the doubled plate element facing the clamping plates can be easily adapted to different conditions, i. especially adapt to differently positioned storage shelves.

Generally speaking, the comb portion may conveniently comprise at least one second group of one or more comb web members that are or are longer than the respective comb web member of at least a first group of one or more comb web members and project further towards the equipment in the depth direction, or protrude. In particular, by means of one and the same transport safety component universally different deep equipment parts can be supported simultaneously in the vertical direction of preference. Preferably, a clamping slot for clamping a piece of equipment may be provided in the respective longer comb web element, which is considered narrower in the direction of depth than an equipment to be clamped in a clamping slot, which is provided between each two shorter comb web elements or in the respective shorter comb web element. Optionally, the clamping slot on the longer comb web element can also be omitted, if the longer comb web element e.g. only as a clamping part is clamped in the space between two consecutive equipment at the predetermined height distance.

If, according to a further expedient development of the invention, the comb part thus has at least one second comb web element which is longer than at least one first comb web element and projects further towards this in the depth direction on at least one equipment part, advantageously also different deep equipment parts are properly and easily fixed with respect to their predetermined location for transport.

To facilitate handling during assembly of the securing component, it may be particularly expedient if the longer comb web element can be separated from the comb part by at least one perforation. It may be particularly expedient to provide at least one perforation between the comb part and the respective longer, second comb web element, in order to be able to separate the latter if only comb web elements of the first, shorter type are desired on the comb part. The respective separated comb web element can either be thrown away or clamped as an independent, further securing component between two adjacent equipment parts or between a fitting part and at least one inner wall of the inner container and / or door and / or a door rack of the refrigerator.

In general, therefore, one or more additional, individual securing elements can be integrated into the respective comb part, which can be detached when needed or not in use. Such a severed single fuse element can be e.g. a particularly difficult to support piece of equipment such. half a glass plate in a household refrigeration appliance, in particular refrigerator, which requires a two-sided support or backup, separately supported by the comb part, that it is clamped in a space above or below the separately supported equipment part. This is particularly advantageous if the comb part is arranged in the region of a side wall of the inner container or is clamped in a gap there. The separate securing element then expediently supports the item of equipment to be secured extra, for example in the middle region of its transverse extent in the vertical direction.

Alternatively, the respective transport securing component such as the Klammteil TS1 in FIG. 1 In the region of an inner wall, such as IWA, of the inner container IB, it may of course also be expedient to clamp the transport securing component onto the storage plates at another location. Thus, it may be expedient for example to clamp the transport securing component approximately in the middle region with respect to the transverse extent of the storage plates, in order to be able to ensure the most uniform possible clamping action relative to the overall extent of the storage plates.

FIG. 4 shows another, opposite from FIG. 1 modified installation situation of the comb portion TS1 based on a schematic longitudinal sectional view of the inner container IB of FIG. 1 viewed from the front: The comb part TS1 is now inserted into a gap SP1 between the extending in the depth direction TR longitudinal edges of the storage shelves GP1 and GP4 and the longitudinal side inner wall IWA of the inner container IB with its right half HB plate along its entire height fit inserted, while in the clamping slots KS11 with KS14 of the left half of the plate HA the stopping plates GP1 with GP4 are seized and clamped. Due to the lateral entrapment of the comb portion TS1 in the gap SP1 can be in addition to the vertical support arranged in different height storage shelves GP1 GP4 in the clamping slots KS11 with KS14 left plate half HA in the horizontal direction a particularly reliable support and clamping of the storage plates for the Ensure transport. Furthermore, both plate halves HA, HB of the comb part TS1, ie all the wall parts together, fill a gap SP2 between a vegetable tray GS arranged on the bottom of the inner container IB and the inner side wall IWA of the inner container IB, so that the fitting seat of the inner container IB adjoins this Combination part TS1 an even better wedging or jamming of the comb part TS1 and thus an even more reliable horizontal support of the storage plates G1 associated with GP4.

In this way, both a vertical and horizontal support of the storage shelves GP1 with GP4 can be ensured in an advantageous manner. Because by jamming or pinching at least one wall portion of the doubled board plate element TS1 in a possibly present, edge gap between the respective inner wall of the inner container IB and the longitudinal edges of the fitting parts GP1 with GP4 is a horizontal support for these pieces of equipment, especially storage plates, preferably glass plates, causes.

In summary, it is possible in this way, with a single doubled or multiple folded cardboard board element all storage shelves in the vertical direction against each other and additionally position in the horizontal direction for the transport position.

Expressed in general terms, the securing component can be in a gap clearance between the respective fitting part and a longitudinal side inner wall of the inner container with be plugged at least one wall part. Due to this jamming, in addition to the vertical support of the equipment parts arranged in different height positions, a particularly reliable support and clamping of the equipment parts for the transport can also be ensured in the horizontal direction.

In particular, it may be expedient if the securing component substantially fills a gap between a vegetable tray arranged at the bottom of the inner container and a longitudinal-side inner wall of the inner container with at least one wall part, in particular all of its wall parts. In the area above the vegetable dish, the pieces of equipment arranged above it at different altitudes are clamped in the clamping slots of at least one wall part of the securing component. Possibly. At least one wall part, in particular the wall part adjoining the inner wall of the inner container, can also be wedged into a possibly existing gap between the inner wall of the inner container and the equipment parts, while at least one other wall part with its clamping slots serves to clamp the equipment parts.

Characterized in that the securing member is fitted in particular in a gap between a arranged on the bottom of the inner container vegetable shell and a longitudinal side inner wall and possibly also in a gap above the vegetable dish with at least one wall part, and at the same time the equipment parts in the clamping slots at least one other wall part are clamped, the equipment parts can be supported in an advantageous manner both in the vertical direction and in the horizontal direction of the fuse component and fixed in position during transport. In particular, the doubled or multiply folded plate element TS1 of FIG. 4 in the stable door position region of the inner wall IWA of the inner container IB also supported in the horizontal direction by abutment against the door spar of the outer door TU.

Due to the doubling or multiple folding, the securing component, in particular the comb part, can not fall through or fall out of the gap. In addition, it is already sufficient to attach this securing component only on one side of the inner container. By Umfalzungen thus results in generalization a plate part with relatively small dimensions, which alone is sufficient under a variety of circumstances, the equipment parts, in particular storage plates to each other in the vertical and horizontal directions to clamp. In particular, in this way, freely suspended Glass plates and other loosely mounted storage trays are clamped and held for transport.

FIG. 5 schematically shows a side section of a partial section of the doubled cardboard plate element TS1 of FIG. 1 respectively. FIG. 3 with the cuts KS2 with KS4 and KS5 formed from the clamping slot pairs KS12 / KS22, KS13 / KS23, KS14 / KS24, KS15 / KS25. The cuts KS2, KS3, KS4, KS5 are each formed approximately omega-shaped.

FIG. 6 shows as a detail example, the clamping slot KS12 of the cut KS2 of FIG. 5 , The clamping slot KS12 in the plate half HA has a tapering area ES1 according to an inlet opening KO1 which narrows in the insertion direction. After the section of the tapering area ES1 extending in the depth direction, a widened slot base AW1 closes when viewed in the insertion direction. The tapering area ES1 has a clear height IW1 which is smaller than the inside width of the wedge-shaped inlet opening KO1 and the widened slot bottom AW1. The same applies to the associated second, arranged congruent to the first clamping slot KS12 clamping slot KS22 in the second plate half HB.

If the thickness of the storage tray GP2 to be secured in the recess KS2 is preferably selected to be slightly greater than the clear width IW1 of the tapering area ES1, the board material deforms above and below the tapering area ES1 transversely, in particular vertically, to the insertion direction of the storage tray GP2, if these are in the two Clamping slots KS12, KS22 of the recess KS2 is inserted. Due to the plastic deformation of the cardboard material on the top and bottom of the storage GP2 this is clamped. In particular, a positive, non-positive and / or frictional fixation for the storage tray GP2 results in the cut KS2 of the clamping slot pair KS12 / KS22.

The FIGS. 7 10 each show a schematic side view of further expedient geometric shapes for cuts or their clamping slots in the two cardboard parts HA, HB of the doubled plate element TS1 of FIG FIG. 1 , which in relation to the omega-shaped internal geometry of the clamping slots of the FIGS. 1 modified with 6.

FIG. 7 shows a clamping slot MS1, which has a wedge-shaped tapered input section TF1. This is followed by a wedge-shaped widening slot section TF2, so that a local constriction VD1 is formed at the attachment line between the two sections TF1, TF2. In the area of this local constriction VD1, in comparison to the omega-shaped internal geometry of the clamping slot KS2 of FIG FIG. 6 an increased contact pressure is exerted on the respectively introduced storage tray.

FIG. 8 shows a further, modified clamping slot MS2. This is composed of a wedge-shaped tapered inlet opening CO2, an attached thereto, rectilinearly extending portion VD2 and a rectangle-expanding slot base ZY2 behind it. The rectilinear section VD2 forms a taper section between the input-side section CO2 and the end section ZY2.

Fig. 9 shows as a further expedient variant a clamping slot OS3, which has only one wedge-shaped tapered input opening ZY3. Its narrowest clear height, this clamping slot MS3 thus at the bottom of the slot.

Fig. 10 Finally, FIG. 1 shows a further, suitable clamping slot MS4, which has a modified inner geometry form in relation to the clamping slots of the FIGS. 6 with 9. Along its lower edge and its upper edge of the clamping slot MS 4 is serrated or wavy. As a result of this, over its slot length, a plurality of tapering points are produced, on each of which a pressing force is exerted on the upper side and underside of the respectively mounted or clamped storage plate by plastic material deformation.

Possibly. It may also be expedient if the doubled or multiply folded card board element has at least one spacer which protrudes in the direction of the inner wall of the inner container or in the transverse direction on the running in the depth direction longitudinal side edge of at least one storage tray to substantially transverse.

Fig. 11 schematically shows in front view in the direction of the depth TR considered a doubled board plate element TS2, substantially corresponding to the doubled board plate element TS1 of FIG. 1 or 3 is formed. In addition, it has a scoring RI11 in the upper edge section in its right-side plate half. That's it possible to laterally bend the doubled board panel element along an upper section AH1 out of the vertical plane of position. This bend is in the Fig. 11 indicated by an arrow KP11. In particular, an edge web extending in the depth direction above the scoring RI11 can be angled off by approximately 90 ° relative to the vertical positional plane of the doubled plate element TS2. This edge web extends perpendicular to the image plane of FIG. 11 in the depth direction TR. In this position, the spacer is shown in phantom and designated AH1 *. With the aid of this angled spacer element, the doubled plate element TS11 can be supported in particular with respect to a wall, such as IWA, of the inner container IB.

Alternatively, it is also possible to tilt a section of the doubled plate element TS11 in the direction of the longitudinal side edge running in the depth direction of at least one storage tray. This is in the Fig. 12 shown schematically. There, the doubled plate element TS3 approximately in the middle of its vertical extent an incision or a scribe RI12 in one or both plate halves HA, HB. The respective scribe is only indicated schematically by a wedge-shaped notch. The upper half of the perpendicular to the image plane of Fig. 12 In the depth direction extending plate element TS3 can thus be tilted transversely to the vertical position plane, or spread. This upper part is in the Fig. 12 denoted by OT. In the laterally spread state, this spacer element is labeled OT *. Of course, it is also possible to allow one or more other sections of the doubled plate element to protrude laterally in the direction of the inner wall of the inner container or in the direction of the longitudinal side edges of the storage plates by appropriate folds or transpositions. With the help of the laterally projecting spacer element, the doubled cardboard plate element can be clamped largely free of play, in particular in a gap between the storage plates and the inner wall of the inner container, whereby a horizontal support for the storage plates can be additionally achieved.

Expressed in general terms, the plate element may thus additionally comprise at least one spacer which extends from its longitudinal side inner wall in the direction of the inner wall of the inner container or in the transverse direction to the front portion of the longitudinal side edge of at least one piece of equipment, in particular a Abstelllplatte the household refrigeration appliance in the Essentially transversely protrudes. By laterally protruding spacer element an additional broadening of the fuse component is effected. It can thus be in different widths gap each fit after Ausklappstellung his spacer, in particular keying. The laterally projecting spacer element on the securing component makes it possible, in particular, for it to be supported laterally or laterally, in particular in a horizontal direction, against an inner wall of the inner container of the domestic appliance or against any other fitting part. It is thus possible in particular to achieve a lateral or lateral, in particular horizontal, support of the plate element with respect to a longitudinal inner wall of the container or the longitudinal side edges of one or more equipment parts and thus their securing in the horizontal direction. Preferably, the spacer element can be formed by a folding part, which is laterally folded out transversely to the substantially in the depth direction extending plane of the plate member.

Fig. 13 Finally, shows another, modified, double paperboard panel element TS4 schematically in side view (in the transverse direction QR of FIG. 1 considered). It has stacked board parts made of cardboard or cardboard. Along the end plates facing the storage plates, a plurality of line-shaped cuts LS1 is provided with LSn, which are aligned substantially parallel to the positional planes of the storage plates. Due to the large number of longitudinal cuts LS1 with LSn can each be a web element between each two adjacent longitudinal incisions from the image plane of Fig. 13 out, ie from the vertical plane of the plate element TS4 out laterally or laterally deflect. In the embodiment of FIG. 13 has a first group of cuts LS1 with LSk and LSi + 1 with LSn about the same incision length TI1, so that the partitioned off them web elements along a dash-dotted line bending AL at the respective wall part of the doubled comb part TS4 are articulated. With respect to this first group of incisions, a clamping slot KLSi is formed by separating the rod element between the two cuts LSi and LSi + 1. As a result, a clamping slot is released, in which the storage tray can be inserted. This multiplicity of linear longitudinal slots offers the advantage that a clamping slot can be produced in each case at a desired height location by simply bending away board material. This makes this plate element TS4 universally applicable. Possibly. It may be expedient to provide internal markings on the web elements between the linear longitudinal slots. This makes it possible for the fitter to provide for a certain altitude of the respective position to be secured storage tray by pushing away a web element between each two adjacent line-shaped longitudinal slots arranged at the appropriate height recess or a clamping slot. In the vertical direction, ie viewed in the height direction HR, have the line-shaped slots LS1 with LSn from each other expediently each have a vertical distance, which is preferably selected to be slightly smaller than the thickness of the respectively clamped storage tray.

Expressed in general terms, this type of comb part only has a multiplicity of longitudinal incisions extending in the depth direction, such as LS1 with LSi at predetermined height intervals, at the front edge facing the parts to be clamped, which divide strip-shaped web elements such as ST1 with STn + 1 from one another. In this case, one or more clamping slots in this type comb part for clamping one or more pieces of equipment formed by the fact that at the height of the respective clamped equipment part at least one web element such as STi between the side cut-free longitudinal incisions such as LSi, LSi + 1 lateral is deflected out of the plane of the plate member or separated at its Anlenkungsfuß. The comb portion has along its end faces facing the equipment parts incisions in predetermined height intervals from each other, which are preferably substantially parallel to each other and extend substantially transversely, in particular perpendicular to this end edge of the comb portion. The vertical distance between each two adjacent incisions is preferably at most equal to, in particular smaller than the thickness or wall thickness of the respective fixture to be clamped equipment (viewed in the height direction) selected. In this advantageous embodiment variant, at least one web is laterally folded away or completely removed between at least two successive incisions in the vertical distance, so that a clamping slot with the clear total height of at least one web height is formed by this free cut. The smaller the height distances between the incisions are selected, the finer graduated can be made by detaching or folding away of one or more webs a clamping slot or a recess with respect to the total height. In the case of a comb portion formed in this way, one or more clamping slots can thus be individually adapted to differently sized pieces of equipment to be secured in position as viewed in the vertical direction. As a result of this adaptability of the comb part in retrospect to different circumstances, in particular elevations and / or thicknesses of the equipment parts, in particular storage plates, such a comb part can be used universally. As a result, the storage is simplified, since it is enough vorzuhalten only a single type of security component. Also, the assembly of such a comb part is simplified because always the same or similar mounting handles are performed by a mechanic for transport safety and it is no longer necessary is to distinguish between different types of fuse components for different household appliances, especially household refrigerators.

At the comb part TS4 of FIG. 13 If appropriate, it is also possible to provide at least one second group of one or more incisions, such as LSm, LSm + 1, which have a shorter incision length TI2 than the first group of incisions. As a result, a web element cut free between at least two shorter incisions can be bent or severed, thereby preparing a clamping slot with a shorter slot length. In this less deep clamping slot, for example, a storage tray or other equipment part can be clamped, or further protruding from the other storage shelves.

FIG. 14 shows a schematic side view of another, modified double comb portion TS5, which has a first group of one or more clamping slots such as LKS1 with LKS3, the slot depth TIF1 is greater than the slot depth TIF2 a second group of one or more clamping slots such as KKS1. Generally speaking, different deep-trained equipment parts can hold at the same time by different length clamping slots with one and the same security component. The equipment parts facing end face of the securing component can thereby substantially substantially rectilinear, without a front-side cutting of the plurality of wall parts of the securing component would be required. Elaborate adaptation measures with respect to the outer contour of the doubled or multiply folded wall parts along their end faces facing the equipment parts to the inner profile of the equipped with one or more pieces of equipment inner container can thus be omitted. In this way, such a trained backup component with different length clamping slots universally for clamping different depths, ie narrower in the depth direction and wider equipment parts serve. As a result, a complex bearing support of different types of security components can be omitted, since now a single universal type of security component for a variety of installation conditions of the position-assuring fittings is sufficient.

In the embodiments of the FIGS. 1 14, the doubled or multiply folded plate element is formed by at least one board or board element, in particular a cellulose or paper board element, preferably press board element or solid board element. This is reasonably priced on the market to disposal. It is also easy to process. A paperboard or cardboard element is characterized in particular by a sufficient rigidity of material, so that it is self-supporting and at the same time allows a perfect press fit by plastic deformation. Softness and / or thickness of the doubled, ie simply folded, or repeatedly folded cardboard or cardboard plate element can be adapted to different requirement profiles in an advantageous manner by appropriate selection of the board quality and / or layer thickness.
Of course it is also possible, instead of cardboard or cardboard material to use another falzbaren or foldable material having a sufficient material rigidity. In particular, a thin plastic mat, foam film, in particular PE foam film, or a recyclable material may also be suitable for this purpose.

Possibly. it may also be convenient, instead of a single fold, i. Doubling the plate member to provide a Mehrfachfalzung so that more than two wall parts such. three, four or more folded-wall parts of the respective plate member at predetermined transverse distances (viewed in the transverse direction of QR) are stacked on top of each other. As a result, fuse components can be produced which have an increased overall width compared with a merely doubled plate element. Multiple folds make it possible, in particular, to be able to provide transport securing components whose overall width can be variably adapted to different conditions.

• Verwendung eines Kammteils, das durch Platten gedoppelt wird;
• Gestaltung der Innengeometrie von Klemmschlitzen der Pappe, die eine leichte Montage des gedoppelten Pappenteils an den Ausstattungsteilen, insbesondere Abstellplatten erlauben;
• Anbringung eines abreißbaren Schenkels, der auch für in Tiefenrichtung betrachtet schmalere Ausstattungsteile, vorzugsweise Abstellplatten, insbesondere Glasplatten, verwendbar ist;
• Bereitstellung einer Abstützfläche des gemeinsamen Falzsteges des gedoppelten Pappenteils gegen die Innentür;

Dies ermöglicht eine einfache Anpassbarkeit des gedoppelten oder mehrfach gefalzten Pappenteils für die Verwendung in verschiedenen Hausgerätetypen. Darüber hinaus ist eine einfache Herstellbarkeit des gedoppelten oder mehrfach gefalzten Pappenteils mit geringem Werkzeugaufwand ermöglicht. Auf diese Weise lassen sich für den Transport von Haushaltsgeräten Ausstattungsteile, insbesondere Absteller, bevorzugt Glasplatten, gegen Beschädigungen in zuverlässiger Weise lagesichern. Der Einsatz von vielen verschiedenen Kartonteilen für unterschiedlich Einbaukonstellationen, teuren Gewebeklebebändern oder Styropor-bzw. EPS- Formteilen kann entfallen. Insbesondere können jetzt in vorteilhafter Weise auch randlose Glasplatten oder Glasplatten mit extrudierten Seitenleisten und neuen Rippenfeldern einwandfrei, vorzugsweise bruchgesichert, lagefixiert werden.In summary, it is thus possible, even with a single doubled or multiply folded cardboard part or cardboard part or other sufficiently flexible, material soft plate element pieces of equipment, especially storage plates, preferably glass plates, in the interior of a household appliance, especially household refrigeration appliance, sufficiently clamped for transport , It is achieved by the engaging in the spaces between each two adjacent Abstellplatten comb web elements of the doubled or multi-folded wall portion in the vertical direction, a support of the Abstellplatten against each other. If the doubled or multiply folded wall part is inserted in a possibly existing at the edge gap between the inner wall of Hauhaltsgerätes, especially household refrigeration appliance, and the outer longitudinal edge of the position to be secured equipment parts, can also provide a horizontal support for the equipment together. Adhesive tapes, additional pieces of cardboard, EPS (Expanded Plysterol) parts and other styrofoam clamping parts as a transport lock omitted. In particular, the following training is expedient when using a cardboard or board element:

• Use of a comb part, which is doubled by plates;
• Design of the internal geometry of clamping slots of the cardboard, which allow easy mounting of the doubled cardboard part of the equipment parts, in particular storage plates;
• Attachment of a tearable leg, which can also be used for equipment parts which are narrower in the depth direction, preferably storage shelves, in particular glass plates;
• Providing a support surface of the common fold web of the doubled cardboard part against the inner door;

This allows a simple adaptability of the doubled or multiply folded cardboard part for use in different household appliance types. In addition, a simple manufacturability of the doubled or multiply folded cardboard part is made possible with little tooling. In this way, for the transport of household appliances pieces of equipment, especially Absteller, preferably glass plates, position secure against damage in a reliable manner. The use of many different cardboard parts for different installation constellations, expensive fabric adhesive tapes or Styrofoam or. EPS moldings can be omitted. In particular, rimless glass plates or glass plates with extruded sidebars and new ribbed fields can now also be fixed in a flawless, preferably unbreakable, position in an advantageous manner.

If the doubled or repeatedly folded cardboard or cardboard element has been clamped onto the several pieces of equipment, in particular storage plates, preferably glass plates, it has a depth extension in particular in such a way that the common fold web is supported against the inner wall when the door TU of the inner container IB is closed. As a result, sufficient clamping of the comb web elements in the intermediate spaces between the equipment parts, in particular storage plates, in the vertical and horizontal directions can be achieved even with a single double or multiple folded cardboard part.

That for a household refrigeration appliance in the Fig. 1 Of course, with 14 explained transport securing component is also suitable for securing the position of equipment in other household appliances. Thus, for example, also crockery baskets in Interior of a dishwasher in different height-position levels in the vertical direction and optionally additionally fixed in position in the horizontal direction. For a baking oven, baking trays, baking gratings, and / or telescopic rails for supporting a baking sheet or grate can be secured in position in a corresponding manner for transport with a securing component designed in this way.

Claims (24)

1. Household appliance, with a transport securing device, in particular a household refrigeration appliance, in the inner container (IB) of which a plurality of fixtures (GP1 to GP4) are accommodated in predefined vertical-position planes (P1 to P4), and wherein a common securing component is provided for securing the plurality of fixtures (GP1 to GP4) during transport, characterised in that a plate element (TS1) which is doubled or folded over multiple times is provided as a common securing component transversely with respect to the vertical-position planes of the fixtures (GP1 to GP4) with a multiplicity of one or more clamping slots (KS11/KS21 to KS14/KS24), into which front edge zones of the plurality of fixtures (GP1 to GP4) are clamped, and in that the plate element (TS1) which is doubled or folded over multiple times has a plurality of turned-over wall parts (HA, HB) which are arranged next to one another in a layered manner in positional planes transversely, in particular perpendicularly, with respect to the vertical-position planes of the fixtures (GP1 to GP4).
2. Household appliance according to claim 1, characterised in that the respective fixture is formed by a shelving plate (GP1 to GP4), in particular a glass plate, a shelving rack, a vegetable container (GS) or such like.
3. Household appliance according to any one of claims 1 or 2, characterised in that the plate element (TS1) is composed of a plurality of turned-over wall parts (HA, HB) layered one above the other viewed in transverse direction (QR), which are respectively arranged at a transverse distance (DI) from one another and respectively extend in a positional plane in depth direction (TR) of the inner container (IB), which plane runs substantially perpendicularly with respect to the vertical-position planes (P1 to P4) of the fixtures (GP1 to GP4).
4. Household appliance according to any one of the preceding claims, characterised in that the plate element (TS5) has a first group of one or more clamping slots (LKS1 to LKS3), the slot depth (TIF1) of which is greater than the slot depth (TIF2) of a second group of one or more clamping slots (KKS1).
5. Household appliance according to any one of the preceding claims, characterised in that the plate element (TS1) is fashioned as a comb part with a multiplicity of one or more clamping slots (KS11/KS21 to KS14/KS24).
6. Household appliance according to claim 5, characterised in that the comb part (TS4) has on its end edge facing the fixtures (GP1 to GP4) to be clamped a multiplicity of longitudinal incisions (LS1 to LSn) extending in depth direction (TR) at predefined vertical intervals (SB), which incisions separate strip-shaped web elements (ST1 to STn+1) from one another, and in that at least one clamping slot (KLSi) is fashioned for clamping at least one fixture (GP2) whereby in the vertical position of the fixture (GP2) to be clamped in each case at least one web element (STi) between the longitudinal incisions (LSi, LSi+1) which cut it free on its sides is deflected laterally out of the positional plane of the plate part (TS4) or is detached at its hinging base (AL).
7. Household appliance according to any one of claims 5 or 6, characterised in that the comb part (TS1) has at least one second group of one or more comb web elements (ZS5) which is or are fashioned longer than the respective comb web element of at least one first group of one or more comb web elements (ZS1, ZS2, ZS4) and projects or project further, compared with said comb web element, in depth direction (TR) toward the fixtures (GP1, GP2, GP4).
8. Household appliance according to claim 7, characterised in that in the respective longer comb web element (ZS5) a clamping slot (KS 15/KS25) is provided for clamping a fixture (GP3) which, viewed in depth direction (TR), is fashioned more narrowly than a fixture (GP1) to be clamped into a clamping slot (KS11/KS21) which is provided between each two shorter comb web elements (ZS1, ZS2) or in the respectively shorter comb web element.
9. Household appliance according to any one of claims 7 or 8, characterised in that the longer comb web element (ZS5) can be detached from the comb part (TS1) by means of at least one perforation (PF).
10. Household appliance according to any one of the preceding claims, characterised in that the plate element (TS1) is formed by at least two wall parts (HA, HB) arranged over one another by folding which are connected to one another on their end sides facing away from their clamping slots (KS11/KS14, KS21/KS24) via a common folding web (FST).
11. Household appliance according to claim 10, characterised in that the plate element (TS1) is formed by two or more folded-over wall parts (HA, HB) which lie over one another in a substantially congruent manner.
12. Household appliance according to any one of claims 10 or 11, characterised in that the plate element (TS1), which is doubled or folded over multiple times, is positioned in the inner container (IB) such that, when the door (TU) of the inner container (IB) is closed, the front surface of the folding web (FST) substantially faces the inner wall thereof and/or one or more door shelves.
13. Household appliance according to claim 12, characterised in that the plate element (TS1), which is doubled or folded over multiple times, is positioned in the inner container (IB) such that, when the door (TU) of the inner container (IB) is closed, the folding web (FST) is braced against the inner wall thereof and/or against one or more mounted door shelves, in particular storage containers, which are mounted on the inner wall of the door (IB).
14. Household appliance according to any one of the preceding claims, characterised in that the plate element (TS1), which is doubled or folded over multiple times, has on its end side facing the fixtures (GP1 to GP4) at a predefinable transverse distance (DI) wall parts (HA, HB) arranged over one another in a layered manner, the end edges of which project with a transverse gap (QL) with respect to one another freely in depth direction (TR).
15. Household appliance according to any one of the preceding claims, characterised in that the plate element (TS1) is formed by at least one paperboard or cardboard plate element, in particular a cellulose or paper plate element, preferably a pressboard element.
16. Household appliance according to claim 15, characterised in that the plate element (TS1) is fashioned in a double-walled manner by two folded-over paperboard or cardboard plate halves (HA, HB).
17. Household appliance according to claim 16, characterised in that the doubled paperboard or cardboard element (TS1) has at least one tooth-shaped comb web element (ZS15/ZS25) with a clamping slot (KS15/KS25) on the end side, which projects in an extended manner compared to the remaining tooth-shaped comb web elements (ZS11/ZS21 to ZS14/ZS24) of the paperboard or cardboard element (TS1).
18. Household appliance according to claim 17, characterised in that the extended tooth-shaped comb web element (ZS 15/ZS25) can be detached from the doubled paperboard or cardboard element (TS1) by means of at least one perforation (PF).
19. Household appliance according to any one of the preceding claims, characterised in that the respective clamping slot (KS2) of the plate element (TS1) has a tapering region (ES1) which for clamping the respective fixture (GP2) is plastically deformable transversely, in particular perpendicularly, with respect to the positional plane thereof.
20. Household appliance according to any one of the preceding claims, characterised in that the respective clamping slot (KS2), viewed in side elevation of the securing component (TS1), is fashioned in a substantially omega-shaped manner.
21. Household appliance according to any one of the preceding claims, characterised in that the plate element (TS3) has at least one spacer element (OT*) which, running substantially transversely projects from its longitudinal inner wall in the direction of the inner wall (IWA) of the inner container (IB) or in transverse direction (QR) toward the front longitudinal-side edge, running in depth direction (TR), of the respective fixture (GP1 to GP4).
22. Household appliance according to claim 21, characterised in that the spacer element is formed by a folding part (OT*), which is laterally folded out transversely with respect to the positional plane, extending substantially in depth direction (TR), of the plate element (TS3).
23. Household appliance according to any one of the preceding claims, characterised in that the securing component (TS1) is inserted into a free gap (SP) between the respective fixture (GP1 to GP4) and a longitudinal inner wall (IWA) of the inner container (IB).
24. Household appliance according to any one of the preceding claims, characterised in that the securing component (TS1) largely fills a free gap (SP) between a vegetable container (GS) arranged on the floor of the inner container (IB) and a longitudinal inner wall (IWA) of the inner container (IB).

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