EP2720576A1

EP2720576A1 - Drawer guide and drawer device

Info

Publication number: EP2720576A1
Application number: EP12728210.1A
Authority: EP
Inventors: Joachim Zimmermann
Original assignee: Schock Metallwerk GmbH
Current assignee: Schock Metallwerk GmbH
Priority date: 2011-06-17
Filing date: 2012-06-12
Publication date: 2014-04-23
Anticipated expiration: 2032-06-12
Also published as: US20140145577A1; US9693626B2; WO2012171912A1; US20150250311A1; EP2720576B1; DE102011051126A1

Abstract

The invention relates to a drawer guide for displaceably arranging, on a carcass, a drawer (104) which can be pulled out of said carcass (102) in a pull-out direction (110), said guide comprising at least two guide rails (114, 116, 118) that can be displaced relative to one another with regard to said pull-out direction. A carcass-side guide rail (114) which is arranged on said carcass (102) when the drawer guide (106) is mounted, and a drawer-side guide rail (116) which is arranged on the drawer when the drawer guide is mounted, are provided. In order to obtain such a drawer guide, which allows a drawer (104) to be mounted on a carcass (102) in a simple and reliable manner, it is suggested that when said drawer guide (106) is in a pre-mounted state, at least one end region (148) of the drawer-side guide rail (116), which region is in a forwards position in relation to the pull-out direction (110), can be moved relative to the carcass-side guide rail (114) in a displacement direction (156) which runs transversely to said pull-out direction (110), in order for the drawer guide to reach its mounted state on said drawer (104).

Description

Pull-out guide and pull-out device

The present invention relates to a pull-out guide for displaceable arrangement of a pull-out in a pull-out extension of a body on the body, which comprises at least two with respect to the extension direction relative to each other sliding guide rails, wherein a kor- pusseitige guide rail which in an assembled state of the pullout guide on the Carcass is arranged, and an abstract-side guide rail, which is arranged in the mounted state of the pullout guide on the pullout, are provided.

For fastening an extract to the drawer guide on the one hand and the drawer guide on the body on the other hand, for example, screw can be provided.

The present invention has for its object to provide a slide guide of the type mentioned, which allows a simple and reliable installation of an excerpt on a body.

This object is achieved in that at least one with respect to the extension direction front end portion of the drawer-side guide rail in a preassembled state of the drawer guide to achieve the assembled state of the drawer slide on the drawer relative to the body side guide rail is movable in a direction transverse to the extension direction of deflection.

Characterized in that at least one front end portion of the extraction-side guide rail for reaching the assembled state of the pullout guide is movable relative to the body-side guide rail in the deflection direction, an extract can be particularly easily arranged on the extraction-side guide rail, in particular locked with the same. By "mounted state" in this specification and the appended claims is meant the state in which the drawer slide is connected to a body and an extension to slidably hold the drawer to the body.

A "preassembled state" in this description and the appended claims is to be understood as the state in which the individual parts of the drawer guide are assembled into a functional drawer guide, but no drawer is yet arranged on the drawer guide.

It may be favorable if at least one front end region of the drawer-side guide rail with respect to the extension direction can be moved in a preassembled state of the drawer guide to reach the mounted state of the drawer slide on the drawer relative to the body-side guide rail in a deflection direction substantially perpendicular to the extension direction.

The front end region of the drawer-side guide rail is in the extended state of the drawer guide in front of the body-side guide rail arranged end portion of the extract-side guide rail, that is, with respect to the extension direction forward end portion of the extraction-side guide rail.

It may be advantageous if a respect to the extension direction front end of the extract-side guide rail by at least about 2 mm, preferably by at least about 5 mm, transversely, in particular perpendicular to the extension direction is movable.

In an embodiment of the invention, it is provided that, for the movement of the front end region of the drawer-side guide rail in the deflection direction, the drawer-side guide rail can be tilted in the preassembled state of the drawer guide relative to the body-side guide rail. In this way, the mobility of the front end portion relative to the body side guide rail can be made particularly simple.

In particular, it may be provided that the drawer-side guide rail in the preassembled state of the drawer guide by at least about 1 °, preferably by at least about 2 °, relative to the body-side guide rail against the extension direction is tilted.

It may be favorable if, for the movement of the front end region of the reference-side guide rail in the deflection direction, the exhaust-side

Guide rail in the preassembled state of the pullout guide is tiltable relative to the body-side guide rail about a substantially perpendicular to the extension direction extending tilt axis.

In particular, it may be provided here that the drawer-side guide rail is tiltable relative to the body-side guide rail about an axis, which is predetermined by a storage area, wherein the storage area is that area in which the drawer-side guide rail on the body side guide rail and / or at one between the discharge-side guide rail and the body-side guide rail arranged further guide rail of the pullout guide is mounted. In particular, it may be provided here that the drawer-side guide rail is mounted on a further guide rail of the drawer guide and / or on the body-side guide rail by means of rolling elements. A tiltable arrangement of the drawer-side guide rail is then realized in particular by a flexible design of Wälzkörperlaufbahnen for the rolling elements and / or by a flexible configuration of the rolling elements themselves and / or by a particular lateral play in the connection between the Wälzkörperlaufbahnen and the rolling elements.

It may be favorable if, for the movement of the front end region of the drawer-side guide rail in the deflection direction, the drawer-side Guide rail is bendable at least in the preassembled state of the pullout guide.

In particular, a bendability of the drawer-side guide rail can be understood to mean a flexibility resulting from a material-inherent elasticity of the drawer-side guide rail of at least part of the drawer-side guide rail, in particular of the substantially entire drawer-side guide rail.

It may be advantageous if at least one of the at least two

Guide rails of the pullout guide is substantially C-shaped, wherein a rail back of the at least one guide rail connects two legs of the at least one guide rail with each other.

Preferably, at least one Wälzkörperlaufbahn is formed on the legs in each case.

A Wälzkörperlaufbahn serves as a support surface for rolling elements, by means of which at least two guide rails are preferably arranged together. As rolling elements, for example, balls are provided which comprise a metallic material, in particular steel, and / or plastic, or are formed substantially entirely of metal, in particular of steel, or of plastic. In particular, it can be provided that at least one rolling element is designed as a plastic-coated or metal-coated metal ball.

Alternatively or additionally, for example, cylindrically shaped rolling elements can be provided, which comprise a metallic material, in particular steel, and / or plastic or are formed substantially entirely of metal, in particular of steel, or of plastic. For example, at least one cylindrical rolling element may be provided, which comprises a cylindrical basic body made of metal, which is provided with a plastic coating or metal coating. The rolling body raceways are preferably formed in sections substantially complementary to the rolling elements, for example, as extending along the extension direction grooves with a circular section-shaped cross-section. In this way, the rolling elements can be performed particularly easily in the Wälzkörperlaufbahnen.

In one embodiment of the invention, it is provided that the front end region of the drawer-side guide rail comprises at least a portion of a rail back of the drawer-side guide rail, which connects two legs of the drawer-side guide rail, on each of which at least one Wälzkörperlaufbahn is formed.

It may be favorable if the deflection direction in the preassembled state of the pullout guide runs essentially parallel or substantially perpendicular to a rail plane along which the rail back of the pullout-side guide rail extends.

For example, it may be provided that in the (pre) assembled state of the drawer guide, the deflection direction is substantially vertical or substantially horizontal.

The rail plane of the extraction-side guide rail is preferably aligned substantially parallel to the extension direction and in the (pre) assembled state of the pullout guide at least approximately vertically or horizontally.

The front end region of the drawer-side guide rail preferably comprises at least one section of at least one rolling body raceway of the drawer-side guide rail. The front end region of the drawer-side guide rail thus preferably comprises at least one section of at least one leg on which the at least one rolling body raceway is formed. In one embodiment of the invention, it is provided that the front end region of the drawer-side guide rail comprises at least one deflection section, by means of which a relative movement of the front end region of the drawer-side guide rail relative to the drape, which is directed transversely to the deflection in a direction of relative movement directed parallel to the deflection front end portion of the drawer-side guide rail is deflected relative to the extract.

In particular, it can be provided that, when the drawer is pushed or placed on the drawer-side guide rail, the direction of a relative movement of the front end area of the drawer-side

Guide rail relative to the first extract, for example, parallel to the extension direction (in particular in the preassembled state substantially horizontally) or perpendicular to the extension direction (in particular in the preassembled state substantially vertically) and is deflectable by means of at least one deflecting section, so that the direction of the other Relative movement after a deflection transverse to the initial relative movement.

It may be advantageous if at least one deflection section by a transverse to the extension direction inclined surface of the exhaust side

Guide rail is formed.

Thus, it can be provided in particular that at least one inclined surface is inclined by at least approximately 20 °, preferably by at least approximately 35 °, in particular by approximately 45 °, with respect to the extension direction. Furthermore, it can be provided that at least one inclined surface is inclined by at most approximately 70 °, preferably by at most approximately 55 °, with respect to the extension direction.

The pull-out guide according to the invention is particularly suitable for use in combination with a carcass and an extract. The present invention is therefore based on the further object of providing a pull-out device which comprises at least one pullout guide, a carcass and an extension to be arranged on the carcass by means of the at least one pull-out guide, wherein a simple and reliable mounting of the pull-out on the carcass by means of the at least one Pull-out guide should be possible.

This object is achieved by the use of at least one pull-out guide according to the invention.

The pull-out device according to the invention preferably has the features and / or advantages described above in connection with the pull-out guide according to the invention.

It may be favorable if the pull-out device comprises at least one latching device by means of which the pull-out can be latched with at least one pull-out guide.

In one embodiment of the invention it is provided that the extract comprises at least one latching element, which is engageable with at least one latching element at least one pullout guide for latching the pullout with the at least one pullout guide.

It may be advantageous if at least a part of at least one extract-side guide rail forms a latching element of the drawer guide. In this way, the extract can be particularly easy with at least one

Pull-out guide be latched.

In particular, it may be provided that a rail back of at least one drawer-side guide rail of at least one drawer guide forms the latching element of the at least one drawer-side guide rail. Preferably, at least one substantially entire drawer-side guide rail forms a latching element of at least one drawer slide.

In one embodiment of the invention, it is provided that the drawer comprises at least one deflection section, by means of which a relative movement of at least one drawer-side guide rail at least one drawer slide relative to the excerpt, which in a sliding, placement or insertion of the drawer on or in at least one drawer-side guide rail of at least one drawer guide is directed transversely to the deflection, in a direction parallel to the deflection relative movement of the at least one front end portion of the at least one drawer-side guide rail of the at least one drawer guide is deflected relative to the extract.

In particular, it may be provided that the extract comprises at least one locking element, which is provided with at least one inclined surface.

At least one inclined surface of at least one latching element of the drawer is preferably inclined by at least approximately 20 °, in particular by at least approximately 35 °, for example by approximately 45 °, with respect to the pullout direction. Alternatively or additionally, it can be provided that at least one inclined surface of at least one latching element of the drawer is inclined by at most approximately 70 °, in particular by at most approximately 55 °, with respect to the pullout direction.

It may be advantageous if at least one latching element exhibiting a detent element of the drawer with at least one inclined surface locking element at least one pullout guide during sliding, placement or insertion of the drawer on or cooperates in at least one drawer-side guide rail at least one pullout guide. The drawer preferably has at least one support surface for placing the drawer on at least one guide rail of at least one drawer guide. In this way, the extract in a state in which the at least one drawer guide is present in a preassembled state and already arranged on the body, but not yet connected to the drawer, are placed on the at least one drawer-side guide rail. At least one drawer-side guide rail, in particular two drawer-side guide rails of two drawer guides arranged on opposite sides of the drawer, are preferably substantially completely pulled out for this purpose.

It may be favorable if the drawer can be placed on two drawer-side guide rails of two drawer guides and can be latched by moving the drawer relative to the drawer-side guide rails along the extension direction with the drawer slides.

It may be advantageous if the pull-out device according to the invention comprises two pull-out guides according to the invention and when the pull-out, placement or insertion of the pull-out on or in the pull-out side

Guide rails of the drawer guides the front end portions of the drawer-side guide rails of the two drawer slides are movable away from each other. In this way, the extract can be locked particularly easily with the drawer-side guide rails of the drawer guides.

Furthermore, the pull-out guide according to the invention and / or the pull-out device according to the invention can have the features and / or advantages described below:

In particular, when two pullout guides are provided for displaceable arrangement of a drawer on a body, which are arranged on opposite sides of the drawer in the assembled state of the drawer, the drawer may preferably particularly simple be set to the pullout guides (releasably) that the extract placed on the drawer-side guide rails, that is placed substantially vertically from above on the drawer-side guide rails and / or is pushed against the pull-out guide rails substantially against the extension direction. The front end portions of the extraction-side guide rails then preferably move away from each other, that is, the front end portions are widened.

After deflecting at least one front end region of at least one drawer-side guide rail, the at least one front end region is brought into a non-deflected initial position, preferably by a material-related spring effect resulting, in particular, from an inherent elasticity of the drawer guide.

After deflecting at least one front end region of at least one drawer-side guide rail and returning it to the starting position, the drawer and the at least one drawer side are

Guide rail of the at least one drawer guide preferably connected to each other so that a relative movement of the drawer is effectively blocked relative to the at least one drawer-side guide rail.

A particularly secure connection between the drawer and at least one drawer-side guide rail can be made possible if at least one screw connection, which can be attached, for example, from an inner side of the drawer, is provided as an additional safeguard.

A latching of the drawer with at least one pullout guide is preferably only a prefix. A secure determination of the statement on the at least one pullout guide is preferably carried out by means of at least one screw.

It is advantageous if the extract in the latched state on the at least one drawer-side guide rail is still at least one Support surface rests on the at least one drawer-side guide rail. In this way, a particularly secure support of the extract on the at least one drawer guide is guaranteed.

In one embodiment of the invention can be provided that the extract in a fully extended state of the drawer guides can be locked with the same.

It may be advantageous, however, if the latching of the drawer can be carried out with at least one drawer guide in the fully inserted state of the at least one drawer slide.

It can be advantageous if the pull-out guide comprises at least three guide rails, namely the body-side guide rail, the guide rail on the extraction side, and at least one middle rail arranged between the body-side and the drain-side guide rail. By means of an at least three-rail extension guide, in particular a full extension can be formed.

However, in an alternative embodiment, the pullout guide can also comprise only two guide rails which can be displaced relative to one another, namely a body-side guide rail and an extraction-side guide rail, whereby a partial pullout can be formed.

Further features and / or advantages of the invention are the subject of the following description and the diagrammatic representation of an embodiment.

In the drawings show:

1 is a schematic perspective view of a pull-out device, which has a body, an extract and two pull-out guides for displaceable arrangement of the drawer on the Body comprises, wherein the extract rests loosely on the drawer guides; a schematic perspective view of the extension device of FIG. 1, wherein the extract is latched to the pullout guides; an enlarged view of the area I of FIG. 2; a schematic perspective view of the extract of the extension device of FIG. 1; a schematic perspective view of an extension guide of the extension device of FIG. 1; a schematic plan view from above of an extract-side guide rail of an extension guide of the extension device of Figure 1, wherein the extract is placed on the drawer-side guide rail. one of Figure 6 corresponding schematic representation of the pullout guide and the drawer, wherein a front end portion of the drawer-side guide rail for latching the same is deflected with the extract; an enlarged view of the area II of FIG. 7; and one of FIG. 6 corresponding schematic representation of the drawer guide and the drawer, wherein the drawer-side guide rail is latched to the drawer. Identical or functionally equivalent elements are provided with the same reference numerals in all figures.

1 to 9, designated as a whole by 100, comprises a body 102, an extension 104 and two extension guides 106, by means of which the extension 104 can be arranged displaceably on the body 102.

The body 102 is substantially parallelepiped-shaped and in particular comprises two vertical side walls 108, which are arranged on both sides of an inner space 112 of the body 102 with respect to a pull-out direction 110, in which the extension 104 can be pulled out of the body 102 by means of the pull-out guides 106 limit this interior 112.

On the vertical side walls 108 a pull-out guide 106 is arranged in each case, for example screwed.

The drawer guides 106 each include a body-side guide rail 114, which is arranged in the mounted state of the drawer 100 on the respective vertical side wall 108 of the body 102, an extraction-side guide rail 116 which is arranged in the assembled state of the drawer 100 on the drawer 104, and a Middle rail 118, by means of which the drawer-side guide rail 116 is slidably mounted on the body-side guide rail 114.

The body-side guide rail 114 and the discharge-side guide rail 116 each include a rail back 120, which connects two legs 122 together. At each of these legs 122, a rolling body raceway 124 is formed, which serves to receive rolling elements 126 for displaceable arrangement of the guide rails 114, 116, 118 together. The rail backs 120 extend in the assembled state of the pullout device 100 along substantially vertically aligned rail planes 121. The legs 122 protrude away from the rail backs 120 in a substantially horizontal direction.

The rolling body raceways 124 are formed in sections substantially complementary to the trained example as balls rolling elements 126 and extend along the extension direction 110 of the pullout guides 106th

In a preassembled state of the pullout guide 106, that is, in a state in which the pullout guides 106 are operatively assembled, and disposed on the body 102, but the pullout 104 is not yet connected to the pullout guides 106, the pullout 104 may be on the pullout side Guide rails 116 of the drawer guides 106 are placed.

The vertical direction of the upper leg 122 of the drawer-side guide rails 116 thus form bearing surfaces 127 of the drawer-side guide rails 116, on which the drawer 104 can be placed with formed for example by projections 129 in vertical side walls 128 of the drawer 104 bearing surfaces 130 of the drawer 104.

As in particular Fig. 1, the drawer 104 can thus be easily placed on the drawer-side guide rails 116 of the drawer guide 106 to allow a simple arrangement of the drawer 104 on the drawer slides 106, without a fitter of the drawer 100 to extract the drawer 104 for mounting the same the drawer guides 106 must keep at a certain height over a long time.

For the (releasable) arrangement of the extension 104 on the extension guides 106, a locking device 132 is provided in the extension device 100, which a plurality of latching elements 134 includes, which are engageable with each other for latching the extract 104 with the drawer guides 106.

On the pull-out 104 latching elements 134 designed as latching pins 136 are provided in the vertical side walls 128 of the pull-out 104, which in the assembled state of the pull-out device 100 extend substantially horizontally and perpendicular to the pull-out direction 110 away from the vertical side walls 128 of the pull-out 104.

As further fig. 4, the extract 104 moreover comprises two latching elements 134 designed as latching openings 138.

The latching pins 136 are arranged on a front end region 140 of the drawer 104 which is at the front end with respect to the extension direction 110.

The latching openings 138 are arranged on a rear end region 142 of the drawer 104 opposite the front end region 140 with respect to the extension direction 110.

For latching the extension 104 with the extension guides 106, each of the extension guides 106 is provided with one locking element 134 designed as a latching recess 144 and with a latching element 134 designed as a latching hook 146 (see FIG. 5).

The latching recess 144 is arranged on a front end region 148 of the drawer-side guide rail 116 with respect to the extension direction 110.

The latching hook 146 is arranged on a rear end region 150 of the extraction-side guide rail 116 opposite the front end region 148 with respect to the extension direction 110. For locking the extension 104 with the slide guides 106, the locking pin 136 of the extract 104 with the recesses 144 of the austenentigen guide rail 116 on the one hand and the detent openings 138 of the extract 104 with the latching hooks 146 of auspilent guide rail 116 on the other hand engageable.

In the embodiment of the pull-out device 100 shown in FIGS. 1 to 9, the latching of the pull-out 104 with the pull-out guides 106 can be effected simply by initially placing the pull-out 104 with the support surfaces 130 of the pull-out 104 on the support surfaces 127 of the guide rails 116 wherein the locking pin 136 of the extension 104 with respect to the extension direction 110 should be arranged in front of the front end portion 148 of the ausbuseltigen guide rail 116.

The extension 104 is then displaceable relative to the deflecting guide rails 116 with respect to the extension direction 110, in particular against the extension direction 110, in order to bring the latching elements 134 of the extension 104 into engagement with the latching elements 134 of the deflecting guide rails 116.

Both the drawer 104 and the herausseltigen guide rails 116 of the drawer guides 106 have deflection portions 152, by means of which a relative movement of the ausbuseltigen guide rails 116, in particular the front end portions 148 of auspilent guide rails 116, relative to the extract 104 can be influenced.

Thus, in particular, a relative movement of the front end regions 148 of the deflectable guide rails 116 relative to the extension 104, which runs, for example, initially along the extension direction 110, can be deflected in a direction transverse to the extension direction 110 by means of the deflection sections 152 (see in particular FIGS. 6 to 9). , For this purpose, the deflection sections 152 include inclined surfaces 154, which are inclined relative to the extension direction 110 by, for example, 45 °.

Both the latching pin 136 and the ausbuseltigen guide rails 116 are in this case provided with such inclined surfaces 154, wherein the orientation of the inclined surfaces 154 is such that upon movement of the extension 104 relative to the ausbuseltigen guide rails 116 against the extension direction 110, the inclined surfaces 154 of the auspentuous guide rails 116 cooperate with the inclined surfaces 154 of the extension 104 and cause a deflection of the front end portions 148 of the ausbuseltigen guide rails 116 directed transversely to the extension direction 110 Auslenkrichtungen 156.

As a result of this deflection of the front end regions 148 of the deflected guide rails 116, the front end regions 148 of the extracting guide rails 116 are lifted off the vertical sidewalls 128 of the drawer 104, on which the deflecting guide rails 116 have previously been in contact with the respective rail back 120.

The front end portions 148 of the extracting guide rails 116 are thus moved away from each other by means of the deflecting portions 152 of the drawer 104 and the extracting guide rails 116, that is, the distance D between the front end portions 148 of the extracting guide rails 116 is increased.

As can be seen in particular from FIG. 8, the front end region 148 of each deflectable guide rail 116 is deflected in the deflection direction 156. The drawer-side guide rail 116 is thus moved relative to the body-side guide rail 114 not only along the extension direction 110, but also in the horizontal direction perpendicular to the extension direction 110, that is, in the deflection 156, deflected. This movement of the front end region 148 of the drawer-side guide rail 116 can take place, for example, by the drawer-side guide rail 116 being tiltably mounted on the middle rail 118 about a tilting axis 158. The tilting axis 158 is then aligned, for example, perpendicular to the extension direction 110 and substantially vertically. An angle a, which is enclosed by such tilting of the extraction-side guide rail 116 and the body-side guide rail 114, is for example at most about 2 °.

Such tilting of the drawer-side guide rail 116 relative to the body-side guide rail 114 can be made possible, in particular, by means of an at least slightly flexible design of the rolling bodies 126 and / or the rolling body raceways 124.

In the fully extended state of the pullout guide 106, the tilt axis 158 is also arranged in the region of the front end of the center rail 118 due to the arrangement of the rolling elements 126 at the front end of the middle rail 118 with respect to the extension direction 110.

In the fully inserted state of the pullout guide 106, both the Wälzköper 126 and the tilt axis 158 are arranged substantially centrally with respect to the extension direction 110 on the middle rail 118 and the drain-side guide rail 116.

Alternatively or additionally, it can be provided that a deflection of the front end regions 148 of the drawer-side guide rails 116 is realized by a bendable embodiment of the drawer-side guide rails 116.

It may be advantageous if the deflection of the front end regions 148 of the drawer-side guide rails 116 is a resilient deflection, so that a restoring force is caused by the deflection, by means of which the front end portions 148 of the drawer-side guide rails 116 can be brought into an original, non-deflected starting position in which the rail backs 120 of the drawer-side guide rails 116 substantially parallel to the extension direction 110 and in the mounted state of the drawer 100 in a substantially vertical direction.

As in particular Fig. 9, the deflection of the front end region 148 of a respective drawer-side guide rail 116 serves to engage behind the latching pin 136 of the drawer 104 with respect to the extension direction 110 in order to firmly connect the drawer 104 with the drawer-side guide rails 116.

An additional securing of the extension 104 is effected in that the latching hooks 146 of the drawer-side guide rails 116 are brought into engagement with the latching openings 138 of the drawer 104.

The pullout device 100 described above functions as follows: Two pullout guides 106 are first arranged on the body 102. For this purpose, the rail back 102 of the body side guide rails 114 are fixedly connected to the vertical side walls 108 of the body 102, for example screwed.

The drawer-side guide rails 116 of the drawer guides 106 are then pulled out completely in the extension direction 110, so that the drawer 104 can be placed on the support surfaces 127 of the drawer-side guide rails 116 in a particularly simple manner with the support surfaces 130 of the drawer 104.

In this inserted position of the extension 104, the detent elements 134 of the extension 104 designed as detent pins 136 are arranged in front of the front end regions 148 of the extraction-side guide rails 116. By a displacement of the extension 104 against the extension direction 110 relative to the drawer-side guide rails 116, the drawer 104 can be latched to the drawer-side guide rails 116 and thus to the drawer slides 106.

The drawer guides 106 can be locked in the fully extended position for this purpose. Alternatively, it may be provided that the drawer-side guide rails 116 are inserted by the movement of the drawer 104 against the extension direction 110 in the body 102 and latching takes place only in the fully inserted state of the drawer slides 106.

During latching, first the deflecting sections 152 of the drawer 104 are brought into engagement with the deflecting sections 152 of the drawer-side guide rails 116, so that the front end sections 148 of the drawer-side guide rails 116 are deflected in the deflecting direction 156 and thus the distance D between the front end sections 148 the extraction-side guide rails 116 increases.

By further displacement of the extension 104 against the extension direction 110 relative to the drawer-side guide rails 116 formed as locking pin 136 locking elements 134 of the drawer 104 are moved to the area in which the recesses 144 are arranged in the drawer-side guide rails 116.

The latching pins 136 of the drawer 104 are then received in the latching recesses 144 and the deflection sections 152 of the drawer 104 and the deflection sections 152 of the drawer-side guide rails 116 are disengaged, so that the front end areas 148 of the drawer-side guide rails 116 by a material-related restoring force of the drawer guides 106th be moved back to the non-deflected position. The distance D between the front end portions 148 of the extraction side guide rails 116 from each other is thereby reduced. In In this state, the drawer-side guide rails 116 engage behind the latching pins 136, so that the drawer 104 in the extension direction 110 can no longer be moved relative to the drawer-side guide rail 116.

When the extension 104 is pushed onto the drawer-side guide rails 116 against the extension direction 110, the latching elements 146 of the drawer-side guide rails 116 are brought into engagement with the latching elements 138 of the drawer 104 to provide additional securing of the drawer 104 to ensure.

A further additional securing of the drawer 104 can be realized by the use of a screw connection (not shown) between the drawer 104 and the drawer-side guide rails 116.

In the example shown in FIG. 2, in which the drawer 104 is displaceably arranged on the body 102 by means of the drawer guides 106, the drawer 104 can be used to receive objects.

By using the slide guides 106, the drawer 104 can be inserted into the body 102 in a particularly simple manner and pulled out of it in order to reach the objects received in the drawer 104 in a particularly simple manner.

By virtue of the fact that the front end regions 148 of the drawer-side guide rails 116 are movable relative to the body-side guide rails 114 in the direction of deflection 156 extending transversely to the extension direction 110 in order to achieve the assembled state of the drawer 100, the drawer 104 can be connected particularly easily to the drawer slides 106.

Claims

claims

1. Pull-out guide for the displaceable arrangement of an extension (110) which can be pulled out of a carcass (102) on the carcass (102), comprising at least two guide rails (114, 116, 118) displaceable relative to one another with respect to the extension direction (110) ), wherein a body-side guide rail (114) which is arranged in an assembled state of the pullout guide (106) on the body (102), and an extraction-side guide rail (116), which in the assembled state of the pullout guide (106) on the pullout ( 104) is provided, characterized in that at least one with respect to the extension direction (110) front end portion (148) of the drawer-side guide rail (116) in a preassembled state of the drawer guide (106) to reach the assembled state of the drawer guide (106) the drawer (104) relative to the body side guide rail (114) in a transverse to the extension direction (110) extending out Direction of steering (156) is movable.

2. Pull-out guide according to claim 1, characterized in that for movement of the front end region (148) of the drawer-side guide rail (116) in the deflection direction (156), the drawer-side guide rail (116) in the preassembled state of the drawer guide (106) relative to the body-side guide rail (116) is tiltable.

3. Pull-out guide according to claim 2, characterized in that for movement of the front end region (148) of the drawer-side guide rail (116) in the deflection direction (156), the drawer-side guide rail (116) in the preassembled state of the drawer guide (106) relative to the body-side guide rail (116) for a

Substantially perpendicular to the extension direction (110) extending

Tilting axis (158) is tiltable. Pull-out guide according to one of claims 1 to 3, characterized in that for movement of the front end region (148) of the drawer-side guide rail (116) in the deflection direction (156), the drawer-side guide rail (116) in the pre-assembled state of the drawer guide (106) is bendable.

Pull-out guide according to one of claims 1 to 4, characterized in that the front end region (148) of the drawer side

Guide rail (116) at least a portion of a rail back (120) of the drain-side guide rail (116), which connects two legs (122) of the drain-side guide rail (116), on each of which at least one Wälzkörperlaufbahn (124) is formed.

Pull-out guide according to claim 5, characterized in that the deflection direction (156) in the preassembled state of the pullout guide (106) is substantially parallel or substantially perpendicular to a rail plane (121) along which the rail back (120) of the pullout-side guide rail (116 ).

Pull-out guide according to one of claims 1 to 6, characterized in that the front end region (148) of the drawer side

Guide rail (116) at least a portion of at least one Wälzkörperlaufbahn (124) of the drain-side guide rail (116).

Pull-out guide according to one of claims 1 to 7, characterized in that the front end region (148) of the drawer side

Guide rail (116) at least one deflection portion (152) by means of which a relative movement of the front end portion (148) of the drawer side guide rail (116) relative to the drawer (104), which is directed transversely to the deflection (156), in a relative to the direction of deflection (156) directed relative movement of the front end portion (148) of the drawer-side guide rail (116) relative to the drawer (104) is deflected.

9. pullout guide according to claim 8, characterized in that at least one deflection section (152) by a transverse to the extension direction (110) extending inclined surface (154) of the drawer-side guide rail (116) is formed.

10. Extractor, comprising an extractable in a pull-out direction (110) from a body (102) extract (104) and at least one pullout guide (106) according to one of claims 1 to 9.

11. Extractor according to claim 10, characterized in that the extract (104) comprises at least one latching element (134) having at least one latching element (134) at least one pullout guide (106) for latching the pullout (104) with the at least one pullout guide (106) is engageable.

12. An extension device according to claim 11, characterized in that at least part of at least one drawer-side guide rail (116) forms a latching element (134) of the drawer guide (106).

13. Extraction device according to one of claims 10 to 12, characterized in that the extractor (104) comprises at least one deflection section (152), by means of which a relative movement of at least one front end portion (148) at least one drawer-side guide rail (116) at least one pullout guide ( 106) relative to the drawer (104), which in a sliding, placement or insertion of the drawer (104) on at least one drawer-side guide rail (116) is directed at least one pullout guide (106) transversely to the deflection (156), in one parallel to the deflection direction (156) directed relative movement of the at least one front end region (148) of the at least one drawer-side guide rail (116) of the at least one drawer guide (106) is deflectable relative to the drawer (104).

14. Extractor according to one of claims 10 to 13, characterized in that the extract (104) at least one support surface (130) for placing the extract (104) on at least one guide rail (114, 116) at least one pullout guide (106).

15. Extractor according to one of claims 10 to 14, characterized

characterized in that the pull-out device (100) comprises two pull-out guides (106) according to one of Claims 1 to 9 and that, when the pull-out (104) is pushed on, placed on or inserted into the pull-out side guide rails (116) of the pull-out guides (106). the front end portions (148) of the drawer side guide rails (116) of the two drawer slides (106) are movable away from each other.