WO2012059506A1

WO2012059506A1 - Fastening device

Info

Publication number: WO2012059506A1
Application number: PCT/EP2011/069218
Authority: WO
Inventors: Joachim Zimmermann
Original assignee: Schock Metallwerk Gmbh
Priority date: 2010-11-04
Filing date: 2011-11-02
Publication date: 2012-05-10
Also published as: DE102010043422B4; DE102010043422A1

Abstract

The invention relates to a fastening device for movably arranging a pull-out unit that can be pulled out of a carcass on the carcass, wherein the carcass comprises a retaining element for fixing the fastening device to a wall of the carcass and the fastening device has a pull-out unit guide for guiding the pull-out unit that can be pulled out of the carcass. In order to allow a particularly simple arrangement of the pull-out unit guide and of additionally at least one functional element for influencing a movement of the pull-out unit on the retaining element of the carcass, the fastening device comprises at least one adapter element, which can be fixed on the retaining element, and at least one functional element for influencing a movement of the pull-out unit, wherein the at least one adapter element is designed such that the pull-out unit guide and the at least one functional element can be fixed on the at least one adapter element.

Description

fastening device

The present invention relates to a fastening device for displaceable arrangement of a pull-out of a body extension, such as a container on the body, wherein the body has a holding element for fixing the fastening device to a wall of the body and the fastening device a pullout guide for guiding the out of the carcass includes extendible extract.

Such fastening devices are known from the prior art.

Thus, in particular fridges designed as frothing elements holding elements are known, which are foamed in the production of a body of the refrigerator in a wall of the refrigerator, so that a stable arrangement of an extension guide to the body is possible.

The present invention has for its object to provide a fastening device which allows a simple arrangement of the pullout guide and additionally at least one functional element for influencing a movement of the drawer on the holding element of the body.

This object is achieved in a fastening device of the aforementioned type according to the invention that the fastening device comprises at least one adapter element, which is fixable to the holding element, and at least one functional element for influencing a movement of the drawer, wherein the at least one adapter element is formed so that the pullout guide and the at least one functional element are fixable to the at least one adapter element.

In particular, it can be provided that the pullout guide and the at least one functional element separately from each other with the at least an adapter element connectable, in particular releasably connectable, are. In this way, the pullout guide can be selected independently of the at least one functional element, so that in particular no integrated into the pullout guide functional element must be provided.

In one embodiment of the invention can be provided that the at least one adapter element in the assembled state of the fastening device to the body at least partially, preferably substantially completely, is arranged between the at least one holding element and the pullout guide. In particular, it may be advantageous if the at least one adapter element is designed so that it can be arranged directly on the holding element of the body. Furthermore, it may be advantageous if the at least one adapter element and / or the pullout guide is designed such that the pullout guide can be arranged directly on the at least one adapter element.

The adapter element thus preferably serves as an intermediate piece between the holding element and the pull-out guide in order to avoid a direct arrangement of the pull-out guide on the holding element.

The pullout guide is conveniently releasably connectable to the adapter element, in particular latched. Also may be provided for securing a screw.

Further, the adapter element is advantageously releasably connectable to the holding element, in particular latched. Again, it may be provided to secure a screw.

In particular, a screw connection for the simultaneous securing of the pull-out guide, the adapter element and the holding element can be provided. For connecting the individual components of the fastening device to each other and / or for arranging the fastening device on the holding element of the body, for example, a locking device may be provided, wherein at least one arranged on a first component projection engages in a starting position in a recess on a second component, without The second component to engage behind, and by a movement of the first component relative to the second component, for example in or against a pull-out direction of the drawer, can be brought into an end position in which the projection of the first component engages behind the second component.

For locking the components relative to each other in the desired end position, for example, at least one locking lug may be provided on a first component, which engages in corresponding recesses on a second component to prevent movement of the components relative to each other from the desired end position. Thus, for example, a latching of a component on the other component is possible, so that a particularly simple assembly is guaranteed.

The at least one projection on the first component may be formed, for example, as a substantially mushroom-shaped projection. The at least one recess on the second component can be provided, for example, as a substantially keyhole-shaped recess. By combining a substantially mushroom-shaped projection with a substantially keyhole-shaped recess, a particularly simple arrangement of the one component on the other component is possible.

In a development of the invention, it is provided that at least one functional element comprises a retraction device for the automatic retraction of the extension from an at least partially extended position into an at least approximately completely inserted position. In this way, a reliable retraction of the drawer in the fully inserted position can be ensured without a user always has to bring the drawer itself in the fully inserted position. Alternatively or additionally, it may be provided that at least one functional element comprises a damping device for damping a movement of the drawer, in particular a slide-in movement of the drawer. In this way it can be prevented that an excessively rapid insertion movement of the drawer during operation by the user leads to a hard stop of the drawer in the fully inserted position and thus to an undesired displacement of the objects arranged on the drawer and / or to their damage ,

In a preferred embodiment of the invention, it is provided that at least one retraction device and at least one damping device are provided, which are preferably integrated in one component, in particular accommodated in a common housing.

It is expedient if the at least one functional element in the mounted state of the fastening device is arranged at least partially, preferably substantially completely, on a side of the at least one adapter element facing away from the pullout guide and / or on the side of the at least one adapter element facing away from the pullout guide, in particular detachably, is fixed. As a result, an opening provided in the functional element can preferably be covered at least partially, preferably completely, by means of the adapter element. In particular, if both the holding element of the body and the adapter element of the fastening device are formed so that the at least one functional element is arranged in a mounted state of the fastening device on the body substantially between the holding element and the at least one adapter element and further preferably in the mounted state of the fastening device of the pullout guide facing side of the at least one adapter element is at least approximately substantially flush with an inner wall of the body, so is a particularly aesthetically pleasing arrangement of at least one Function element possible. Furthermore, this reduces the space required in an interior of the body for the arrangement of the fastening device.

Alternatively or additionally, it can be provided that at least one functional element in the mounted state of the fastening device at least partially, preferably substantially completely, arranged on a side of the adapter element facing the pullout guide and / or on the side of the adapter element facing the pullout guide, in particular releasably fixed is. In this way, in particular a particularly simple interaction of the at least one functional element with the pullout guide and / or with the pullout can be ensured.

In one embodiment of the invention, it is provided that at least one functional element in the mounted state of the fastening device cooperates with a rail of the drawer guide facing the drawer and / or with the drawer.

In particular, it can be provided that at least one functional element comprises a driver for actuating the at least one functional element, which interacts, for example, with a driving element, which in an assembled state of the fastening device on the body preferably on the pull-out rail of the pullout guide and / or on the Excerpt is arranged.

The fastening device according to the invention is particularly suitable for use in an assembly comprising a body, at least one retaining element and at least one fastening device.

In one embodiment of the assembly according to the invention it is provided that the at least one retaining element has at least one receptacle for the at least one fastening device. In this way, the at least one fastening device can be arranged particularly easily on the at least one retaining element. It is advantageous if the at least one retaining element has at least one recess for receiving at least one functional element. In this way, the at least one functional element can be accommodated particularly space-saving in the assembly.

It may be advantageous if the at least one retaining element comprises a contact section for applying and / or positioning the at least one retaining element on an inner side of an inner wall of the body. In this way, an aesthetically pleasing and stable arrangement of the holding element on the body is possible.

In one embodiment of the invention, it is provided that at least one holding element is designed as a foaming element for at least partial foaming of the same in a wall of the body during the production process of the body. As a result, a particularly stable arrangement of the holding element on a body is possible, which is at least partially formed from a foam.

The assembly according to the invention is particularly suitable for use in an insulated container.

An insulating container in this specification and the appended claims is to be understood as meaning a container which enables a thermal insulation of an interior of the container from an environment of the insulating container. In particular, these are refrigerators, such as refrigerators and freezers, and for cooling, for example, partially filled with dry ice to understand thermal containers.

In order to enable a good thermal insulation of such insulating container, the walls of insulating containers, for example, double-walled and the resulting space with a thermally insulating foam, such as a polyurethane foam filled. The at least one Einschäumelement the fastening device according to the invention is introduced to the same arrangement on a wall of the body of the insulating container, for example, in a recess, recess or in an opening of an inner wall of the body, which is to be filled with foam space of the wall of the body to the interior of the insulated container limited. Subsequently, the space of the wall of the body to be filled with foam is filled with foam, which causes the at least one foaming element to be surrounded, ie foamed, at a foaming section introduced into the space to be filled with foam. The chosen foam finally hardens and fixes the at least one foaming element, preferably in a form-fitting manner on the wall of the body.

In one embodiment of the insulating container is provided that is foamed in a mounted state of the insulating container in which at least one designed as a Einschäumelement retaining element in a wall of the body of the insulating, the at least one adapter element by means of at least one Einschäumelements of the foam-filled space the wall of the body is separated.

In order to ensure a good insulation of the wall of the body, the retaining element is preferably made of a poorly heat-conductive material, such as a plastic. In particular, the holding element can be made of polycarbonate, for example in an injection molding process.

The at least one adapter element, the entrainment element and the at least one retraction device are preferably formed at least partially from a thermoplastic material.

The drawer guide is preferably at least partially made of steel, for example galvanized and powder-coated steel and / or stainless steel. In one embodiment of the invention it is provided that the at least one adapter element is substantially plate-shaped, that is, as at least one adapter plate is formed.

Furthermore, it can be provided that the holding element is substantially plate-shaped, that is, as a holding plate is formed.

Further features and advantages of the invention are the subject of the following description and the drawing of an embodiment:

In the drawings show:

Figure 1 is a schematic perspective view of a portion of a body of a Isolierbehälters, in which a designed as Einschäumelement retaining element can be arranged.

Fig. 2 is a schematic perspective view of the area of

Body of Figure 1, with mounted holding element and a retraction device and a damping device comprehensive functional element.

FIG. 3 is a schematic perspective view of the functional element of FIG. 2; FIG.

FIG. 4a shows a top view of a side of the functional element from FIG. 2 facing an extension in the assembled state of the functional element; FIG.

FIG. 4b is a plan view of a side of the functional element from FIG. 2 lying at the top in the mounted state of the functional element; FIG. a schematic perspective view of the region of the body of Figure 1, with mounted holding element, mounted functional element and to be arranged on the holding element adapter element. a schematic perspective view of the holding element and the adapter element of Figure 5 with a view to the extract in the mounted state facing away from the back sides of the holding element and the adapter element. a schematic plan view of a in the assembled state of the adapter element facing the extract side of the adapter element of FIG. 5;

Fig. 7b is a schematic plan view of an assembled state of the

Adapter element on the upper side of the adapter element of Figure 5, viewed in the direction of arrow 7b in Fig. 7a. a schematic plan view of the back of the adapter element of FIG. 5; a schematic side view of the adapter element of Figure 5, looking in the direction of arrow 7d in Fig. 7a. a schematic representation of the region of the body of Figure 1, with mounted holding element, mounted functional element and mounted adapter element.

9 is a schematic perspective view of a front in an extension direction region of the holding element, the adapter element, the functional element and an inner rail of an extension guide in an assembled state of the holding element the functional element, the adapter element and the pullout guide on the body; a schematic plan view of the extractable in the assembled state sides of the holding element, the adapter element, the functional element and the inner rail of the pullout guide in the assembled state of FIG. 9; a schematic perspective view of a larger area of the body with respect to the area shown in Figure 1, with arranged thereon retaining element, functional element, adapter element and a pullout guide. a schematic perspective view of the area of Figure 1, with mounted holding element, functional element, adapter element and the pullout guide of FIG. 11. a corresponding schematic perspective view of the front in the extension direction of the extract area of the holding element, the adapter element, the functional element and the drawer guide in a fully inserted state of the drawer slide; a representation corresponding to Figure 13 of the holding element, the functional element, the adapter element and the pullout guide, in which the functional element and the pullout guide are arranged in a partially extended state. and a schematic representation of a section through the holding element, the functional element and the adapter element in the mounted state on the body along the line 15-15 in Fig. 10, with additionally shown pullout guide. Identical or functionally equivalent elements are provided with the same reference numerals in all figures.

A shown in FIGS. 1 to 15, designated as a whole by 100 insulated container is designed for example as a refrigerator and includes a body 102 which is substantially cuboid and five-wall 104 to be cooled interior 106 of the insulating 100 surrounds five sides.

Further, the insulating container 100 includes a door (not shown) which is disposed in a mounted state of the insulating container 100 on the body 102 and the inner space 106 of the insulating 100 in a closed state of the door on the not bounded by a wall 104 of the body 102 Sixth side of the cuboidal body 102 limited.

In order not to have to park on a bottom wall 108 of the body 102 by means of the insulating container 100 to be cooled and / or cool objects are on, preferably lateral, inner walls 110 of, preferably lateral walls 104 of the body 102 recesses 112, for example indentations and / or openings, provided on which holding elements 114, which are formed for example as Einschäumelemente 116, can be arranged (see in particular Fig. 1). These serve the arrangement of extracts, for example containers, for receiving the objects to be cooled and / or kept cool.

The recesses 112 in the inner walls 110 of the body 102 are preferably configured such that they can receive a foaming portion 118 of the holding element 114. With a contact portion 120 of the retaining element 114, the retaining element 114 then preferably abuts against an inner side 122 of the inner wall 110 facing the inner space 106 in order to ensure a desired positioning of the retaining element 114 on the inner wall 110 of the body 102. A locking of the retaining element 114 in the desired position in the wall 104 of the body 102 takes place in the manufacturing process of the insulating container 100 in that the insulating space 124 of the wall 104 separated from the inner space 106 by means of the inner wall 110 is filled with a foam. This to be filled with foam insulation space 124 of the wall 104, which is arranged between the inner walls 110 and corresponding thereto, not shown outer walls of the walls 104 of the body 102, serves to isolate the interior 106 of the environment outside of the body 102 and the stabilization of the support member 114 in the wall 104 of the body 102.

The foam to be filled in the foam space to be filled insulation space 124 of the body 102 is preferably a polyurethane foam, which has a very low thermal conductivity. This foam cures after filling in the space to be filled with foam insulation 124 and thereby fixes the retaining element 114, preferably positively, in the recess 112 of the inner wall 110 of the body 102nd

In the mounted state of the retaining element 114 (see FIG. 2), this now forms a possible arrangement for the arrangement of a fastening device 126 (to be described later) 126.

The fastening device 126 does not have to be arranged directly on the inner wall 110 of the body 102 thanks to the existing holding element 114, which could result in an unstable arrangement of the fastening device 126 and furthermore a deterioration of the insulating properties of the wall 104 of the body 102.

For a particularly simple arrangement of the fastening device 126 on the retaining element 114, the retaining element 114 comprises a receptacle 128 of the retaining element 114, in which the fastening device 126 can be accommodated. Furthermore, the holding element 114 comprises a latching device 130, which can interact with a latching device 132 of the fastening device 126 (see FIGS. 2 and 6).

In particular, the holding element 114 comprises one or more, for example three, recesses 134 which can cooperate with projections 136 of the latching device 132 of an adapter element 138 (to be described later) in order to be able to fasten the adapter element 138 of the fastening device 126 to the holding element 114.

The recesses 134 of the latching device 130 of the holding element 114 are preferably keyhole-shaped, wherein a first, substantially circular portion 140 of the recesses 134 of the latching device 130 is dimensioned so that the substantially mushroom-shaped projections 136 of the latching device 132 of the adapter element 138 in the Recesses 134 of the latching device 130 of the retaining element 114 can be introduced. A second, elongate portion 142 of the recess 134 of the latching device 130 of the holding element 114 adjoins the substantially circular portion 140 and has a smaller width than the circular portion 140, so that the adapter element 138 by moving it in a direction of the circular section 140 to the elongated portion 142 with the projections 136 of the latching device 132 of the adapter element 138, the holding element 114 engages behind and thus the adapter element 138 is fixed to the holding element 114.

By means of a arranged on the holding element 114 locking lug 144 of the latching device 130 of the holding element 114 and a corresponding recess 146 in the adapter element 138, the adapter element 138 on the holding element 114 (releasably) can be fixed. For this purpose, the adapter element 138 is moved along the holding element 114 from the circular sections 140 of the recesses 134 of the latching device 130 of the holding element 114 to the elongated sections 142 of the recesses 134 of the latching device 130 of the holding element 114, so that the latching lug 144 engages in the latching recess 146 of the adapter element 138 and thus fixes the adapter element 138 in a desired latching position on the holding element 114.

The holding element 114 further comprises a recess 148 for receiving at least one functional element 150 (see in particular FIG. 2).

By means of the functional element 150 (to be described later), for example, the movement of an extract (not shown) to be pulled out of the interior 106 of the body 102 can be influenced.

The functional element 150 can basically be arranged in the immediate vicinity of the drawer. A solution which is also aesthetically pleasing, as shown in FIGS. 1 to 15, provides, on the other hand, that the functional element 150 is arranged to save space in the recess 148 of the retaining element 114 and not in the interior 106 of the body 102.

The recess 148 of the retaining element 114 is thus preferably designed such that the functional element 150 can be received substantially completely therein.

As can be seen in particular from FIG. 6, the functional element 150 is preferably not fixed to the retaining element 114 but to the adapter element 138. For this purpose, the substantially plate-shaped adapter element 138 comprises a receptacle 152 which is provided, for example, with detent hooks 154, on which the functional element 150 can be engaged.

Furthermore, the adapter element 138 comprises a substantially slot-shaped opening 156, through which in the assembled state of the insulating container 100 preferably between the adapter element 138 and the holding element 114 arranged functional element 150 can be actuated.

The basic construction of the functional element 150 shown separately in FIGS. 3, 4a and 4b is known from DE 10 2007 008 688 A1, to which reference is expressly made with respect to construction and operation of the functional element 150 which acts as a self-closing device with damping and its contents is hereby made part of the present application.

The functional element 150 comprises a retraction device 158 for automatically pulling the extension from an at least partially extended position into an at least approximately completely inserted position, and also a damping device 160 for damping a movement of the extension, in particular an insertion movement of the extension.

In the embodiment shown, the functional element 150 comprises a housing 162 in which both the retraction device 158 and the damping device 160 are arranged.

The housing 162 of the functional element 150 is preferably substantially parallelepiped-shaped and oblong, with a driver 164 of the functional element being arranged from a side of the functional element 150 facing the adapter element 138 in the assembled state of the fastening device 126, in which the functional element 150 is arranged on the adapter element 138 150 protrudes and extends in the mounted state of the fastening device 126 through the slot-shaped opening 156 in the adapter member 138 therethrough so that the driver 164 can be coupled to the pullout guide 170 and / or with the drawer.

This driver 164 is guided displaceably in a slide track 166 formed in the housing 162 of the functional element 150. The slide track 166 is substantially L-shaped, whereby a longer distance 166a of the slide track 166 is arranged substantially parallel to an extension direction 168 of the drawer. Along this extending parallel to the extension direction 168 portion of the slide track 166 of the driver 164 is also arranged parallel to the extension direction 168 from a first position shown in FIG. 2 in a second position shown in FIG. 3 slidably.

In a further, shorter section 166b of the slide track 166, which runs substantially perpendicular to the extension direction 168 of the drawer and adjoins the longer section 166a at the front end of the longer section 166a in the pull-out direction 168, the driver 164 can substantially rotate perpendicular to the slide track 166 standing axis are pivoted to be brought into or out of engagement with a (yet to be described) driving element.

The driver 164 is in operative connection with the retraction device 158 and the damping device 160 such that it can be moved automatically by the retraction device 158 and braked by the damping device 160.

For this purpose, the functional element 150 comprises an energy storage element (not shown), for example a spring, which is tensioned when the driver 164 is moved from the first position to the second position and thus stores the energy required to retract the driver 164 together with the drawer coupled thereto the first position is necessary.

Furthermore, the functional element 150 comprises, for example, designed as a gas and / or liquid damper, (not shown) energy absorbing element which receives the excess energy transmitted to the driver 164 too rapid insertion of the extract and converts, for example, into heat, whereby the driver 164 and Thus, the extract is braked. The energy storage element and / or the energy absorption element are preferably arranged in a receptacle 169 of the housing 162 of the functional element 150.

In the mounted state of the fastening device 126, a pull-out guide 170 is provided on the adapter element 138 for guiding the pull-out of the body 102, which cooperates with the functional element 150 (see in particular FIGS. 11 to 15).

For fastening the pull-out guide 170 to the adapter element 138, the adapter element 138 comprises a latching device 172 for the pull-out guide 170 (see in particular FIG. 5), which comprises one or more, for example two, projections 174, which are essentially mushroom-shaped and functionally essentially correspond to the projections 136 of the latching device 132 of the adapter element 138 for the holding element 114.

Furthermore, the adapter element 138 comprises a latching lug 176.

The pull-out guide 170 comprises for arranging the same on the latching device 172 of the adapter element 138 two recesses 178 in an adapter element 138 in the assembled state of the fastening device 126 facing inner rail 180 of the pullout guide 170, which similar to the recesses 134 of the latching device 130 of the support member 114 is substantially keyhole-shaped are designed to cooperate particularly easily with the substantially mushroom-shaped projections 174 of the latching device 172 of the adapter element 138 (see Fig. 10).

Furthermore, the inner rail 180 of the drawer guide 170 comprises a latching recess 182 into which the latching lug 176 of the adapter element 138 can engage the adapter element 138 in an end position for latching the pull-out guide 170. The pull-out guide 170 can thus be arranged on the adapter element 138 as easily as the adapter element 138 on the holding element 114.

As can be seen in particular from FIG. 15, the pull-out guide 170 comprises a center rail 184 encompassing the inner rail 180, which in turn is encompassed by an outer rail 186. The center rail 184 is mounted on the inner rail 180 by means of ball bearings (not shown) mounted in ball cages. Likewise, the outer rail 186 is mounted on the center rail 184 by means of ball bearings (not shown) mounted in ball cages.

The outer rail 186 is provided with a driving element 188, which in the assembled state of the fastening device 126 with the driver 164 is engageable. The entrainment element 188 is arranged on the outer rail 186 such that during a movement of the driver 164 from the second position shown in FIG. 3 into the first position shown in FIG. 2 by a coupling of the entrainment element 188 with the driver 164 on the Outside rail 186 of the drawer guide 170 arranged extract is pulled from a partially extended state in the fully inserted state.

The fastening device 126, by means of which the drawer can be arranged on the body 102, preferably comprises the drawer guide 170, the adapter element 138 and the functional element 150. The retaining element 114 is in the installed state of the insulating container 100 an integral part of the body 102, which is no longer aus the body 102 can be removed without damaging the same.

The fastening device 126, however, can after loosening the latching between the latching lug 176 of the adapter element 138 and the latching recess 182 in the inner rail 180 of the pullout guide 170 and the release of the latching between the locking lug 144 of the latching device 130 of the holding element ment 114 and the recess 146 in the adapter element 138 are particularly easily removed from the support member 114.

Due to the particularly simple arrangement of the functional element 150 in the receptacle 152 of the adapter element 138, this also can be removed particularly easily from the holding element 114, that is, from the body 102.

The combination of the functional element 150, the adapter element 138 and the drawer guide 170, which forms the fastening device 126, is particularly easy to install in this case and visually appealing since the functional element 150 from the interior 106 of the body 102 in the assembled state of the fastening device 126 at the body 102 is substantially not visible. Rather, the adapter element 138 is designed so that it is substantially flush with the inner wall 110 of the body 102 and thus no component unnecessarily protrudes into the interior 106 of the body 102.

The drawer guide 170 allows the use of pull-out of the body 102 extracts and thus a particularly comfortable handling of the insulating 100th

The combination of at least one fastening device 126, at least one retaining element 114 and the body 102 thus represents an assembly 190, which allows a comfortable to use arrangement of an extract in an insulating 100 in a particularly simple manner.

The insulating container 100 described above is used as follows:

In the manufacture of the body 102 of the insulating container 100, the holding element 114 is fixed in a form-fitting manner with the foam-in section 118 in the wall 104 of the body 102. To prepare the fastening device 126, the functional element 150 is inserted into the receptacle 152 of the adapter element 138 and latched by means of the latching hooks 154. Furthermore, the drawer guide 170 is fixed to the adapter element 138 by means of the latching device 172 of the adapter element 138.

The adapter element 138 is then fixed by means of the latching device 130 on the holding element 114, wherein the functional element 150 is inserted into the recess 148 of the holding element 114 and stowed in a particularly space-saving manner.

On one of the fastening device 126 and the retaining element 114 opposite (not shown) inside of the body 102 is preferably a substantially mirror-symmetrical to the fastening device 126 and the holding member 114 with respect to a (not shown) vertical longitudinal center plane of the body 102 formed further fastening device 126 at another Holding element 114 is arranged so that an extract of the insulating container 100 can be arranged particularly comfortable on two walls 104 of the body 102 by means of fastening devices 126. This further fastening device 126 does not necessarily have to be provided with a functional element 150 or an adapter element 138. Only one further drawer guide 170 is necessary here.

After installation of the insulating container 100, in particular the mounting of the fastening devices 126, the extracts, the electrical components for active cooling and the installation of the door of the insulating 100, the extract of the insulating 100 is thus particularly easy to access that after opening the door of the Insulating container 100 of the extract by means of the fastening devices 126 guided on the drawer guides 170 out of the body 102 can be pulled out and reinserted. The insertion process of the drawer is due to the use of the functional elements 150 particularly comfortable because the driving elements 188 on the outer rails 186 of the drawer guides 170 when inserting the drawer with the drivers 164 of the functional elements 150 are engageable and the driver 164, the outer rails 186 of the drawer guides 170 and thus bring the extract from a partially extended state automatically in the fully inserted state.

Too rapid insertion movement of the extract is doing by means of

Damping devices 160 of the functional elements 150 braked to avoid an abrupt stopping of the extract in the inserted end position and the associated noise.

Characterized in that the fastening device 126 comprises at least one adapter element 138 which can be fixed to the holding element 114, and at least one functional element 150 for influencing a movement of the drawer, wherein the at least one adapter element 138 is formed so that the drawer guide 170 and the at least one Functional element 150 can be fixed to the at least one adapter element 138, a simple arrangement of the drawer guide 170 and additionally at least one functional element 150 for influencing the movement of the drawer on the holding element 114 of the body 102 is possible.

Claims

claims

A fastening device (126) for displaceably mounting an extension on the body (102) which can be pulled out of a body (102), wherein the body (102) has a holding element (114) for fixing the fastening device (126) to a wall (104) of the body ( 102), comprising: a slide-out guide (170) for guiding the pull-out from the body (102), characterized in that the fastening device (126)

at least one adapter element (138) which can be fixed to the holding element (114), and

comprises at least one functional element (150) for influencing a movement of the drawer,

wherein the at least one adapter element (138) is designed so that the pullout guide (170) and the at least one functional element (150) can be fixed to the at least one adapter element (138).

Fastening device according to claim 1, characterized in that at least one functional element (150) comprises a retraction device (158) for automatically pulling the extract from an at least partially extended position into an at least approximately fully inserted position.

3. Fastening device according to one of claims 1 or 2, characterized in that at least one functional element (150) comprises a damping device (160) for damping a movement of the drawer.

4. Fastening device according to one of claims 1 to 3, characterized in that at least one functional element (150) in the mounted state of the fastening device (126) at least partially on a pull-out guide (170) facing away from the at least one adapter element (138) is arranged.

5. Fastening device according to one of claims 1 to 4, characterized in that at least one functional element (150) in the mounted state of the fastening device (126) on one of the pullout guide (170) facing away from the at least one adapter element (138) is fixed.

6. Fastening device according to one of claims 1 to 5, characterized in that at least one functional element (150) in the mounted state of the fastening device (126) cooperates with a pull-facing rail (186) of the pullout guide (170) and or with the extract.

7. Fastening device according to one of claims 1 to 6, characterized in that at least one functional element (150) comprises a driver (164) for actuating the at least one functional element (150).

8. An assembly comprising a body (102), at least one retaining element (114) and at least one fastening device (126) according to one of claims 1 to 7.

9. An assembly according to claim 8, characterized in that the at least one retaining element (114) has at least one receptacle (128) for the at least one fastening device (126).

10. Assembly according to one of claims 8 or 9, characterized in that the at least one retaining element (114) has at least one recess (148) for receiving at least one functional element (150).

11. Assembly according to one of claims 8 to 10, characterized in that the at least one retaining element (114) has a contact portion (120) for applying and / or positioning the at least one retaining element (114) on an inner side (122) of an inner wall (110 ) of the body (102).

12. Assembly according to one of claims 8 to 11, characterized in that at least one holding element (114) as a Einschäumelement (116) for at least partially foaming thereof in a wall (104) of the body (102) is formed in its manufacturing process.

13. insulated container, comprising an assembly (190) according to any one of claims 8 to 12.

14. insulated container according to claim 13, characterized in that in

a mounted state of the insulating container (100), in which at least one as Einschäumelement (116) formed retaining element (114) in a wall (104) of the body (102) of the insulating container (100) is foamed, the at least one adapter element (138) by means of the at least one foaming element (116) is separated from a foam-filled insulation space (124) of the wall (104) of the body (102).