KR20110059622A - Pull-out guide for drawers, comprising a catch hook - Google Patents

Abstract

A pull-out guide for a drawer is shown, which comprises a slide rail 1 and in which a catch hook 3 is arranged on the slide rail for securing the drawer on the slide rail 1. The catch hook 3 is designed as a separate element attached to the slide rail 1 in a manner to prevent movement. Catch hooks and slide rails are made of different materials.

Description

Pull-out guide for drawer with catch hook {PULL-OUT GUIDE FOR DRAWERS, COMPRISING A CATCH HOOK}

The present invention relates to a pullout guide for a drawer having a slide rail according to the preamble of claim 1.

Bending the catch hooks from the material of the slide rails is disclosed in DE 84 31 055. In particular, in the case of a very wide drawer with a large mass, the catch hook is bent.

Depending on the type, EP 1 147 725 also discloses forming a catch hook as an element, in order to adjust the inclination of the front panel of the drawer, the catch hook is formed separately from the slide rail so that the height can be adjusted. Is located. The catch hooks disclosed in this publication also have a limited suitability only for fixing very heavy drawers.

Furthermore, it is disclosed from DE 36 41 325 A1 to install a spacer part between the drawer rear wall and the catch hook so that the slide rails can also be used for smaller drawers that do not actually fit the dimensions. However, such spacer parts cannot compensate for tolerances in the continuous manufacture of a series of drawer / pull out guides.

In the background of the foregoing background, a first object of the present invention is to implement a particularly stable catch hook design using simple construction means.

It also provides a structural solution to the problem of compensating for the play associated with the tolerances between the catch hooks of the slide rails and the drawers.

The present invention aims at solving the two mentioned problems for the first time in a simple structural manner.

The present invention achieves the first stated object through the main configuration of claim 1. An alternative configuration for this purpose is specified in claim 21.

The invention also provides the main construction of claim 4, which achieves the second stated object.

According to the main construction of claim 1, it is possible to design the catch hook as being basically different from the slide rail, in particular more stable. It can therefore be made in particular of a harder and / or thicker material than the slide rails, allowing the strength of each configuration to increase in a simple manner. The effects of these two measures are particularly preferably combined with one another to achieve particularly useful designs.

It is conceivable to secure the catch hooks on the slide rails in a wide variety of ways. Moreover, any position can be considered for the catch hook in the longitudinal direction of the slide rail. FIG. 20 thus provides for securing a number of means, in particular windows, which are offset from each other in the main extension direction of the slide rail X, in order to secure individual catch hooks, in which the same slide rail is fitted with drawers of various depths and / or lengths. It can be used to secure in a simple manner, for example it may be advisable to implement a drawer that extends over a portion of the depth of the furniture into the furniture having a deeper total extension. Such modifications should also be considered individually as the invention per se and also as details of other published inventions.

The fastening on the winnowing openings of the slide rails to be clamped and / or stamped by the catch hooks are bent and bent over the corresponding protrusions is particularly simple and stable.

Compression fastening on the window in the slide rail is particularly preferably carried out, since it is a cost-effective type of installation, which additionally provides the above-mentioned advantage that the material is not heated, so that the slide rail is not normally bent or folded during installation. do.

Alternatively or optionally, the catch may also be secured on the slide rail using clinching, riveting, or using an gluing, welding or soldering procedure, using other fastening devices such as screw / nut combinations. Can be.

In particular it is conceivable to manufacture the catch hooks from a waterproofing material, such as waterproofing steel, so that stability is also permanently ensured.

Claim 4 is provided with at least one spring element or at least one elastically compressible element on the catch hook, which supports the drawer rear wall in a resilient manner on the catch hook, to avoid excessive play between the slide rail and the drawer or drawer rear wall. Is provided according to.

This spring element presents a useful improvement of the present invention. However, the problem of excess play between the drawer and the slide rail, for example, which forms a separate invention on its own and results in flapping or noisy running, is solved using this fixing element.

According to a particularly useful variant of the invention, it is also useful to provide a support element and / or a stabilization element, such as a support rib or support leg, on the catch to reinforce the catch hook. This variant also forms a useful improvement of the invention on the one hand, but on the other hand it can also be considered as a separate invention on its own.

The invention is described in detail hereinafter with reference to the drawings, which are based on an exemplary embodiment.

1A-1E are various perspective views of the slide rail with catch hooks and perspective views of the catch hooks,
FIG. 2 shows a first alternative embodiment similar to FIG. 1;
FIG. 3 shows a second alternative embodiment similar to FIGS. 1 and 2;
4 shows a third alternative embodiment similar to FIGS. 1-3,
5 are various perspective views of a fourth embodiment of the present invention before and after installation of the catch hook,
6-9 show various additional optional designs of the present invention before and after installation of the catch hooks,
10 shows the catch hook with spring elements before and after installation on the slide rail,
11 shows an additional catch hook with spring elements after installation on the slide rail,
12 a) and 12 b) show the respective configurations of FIGS. 10 and 11 in the installation position on the drawer,
13 shows a third catch hook with spring elements before and after installation on the slide rail,
FIG. 14 shows a further exemplary embodiment of the catch hook, improving the variant of FIG. 13 with spring elements before and after installation on the slide rail, and FIG.
15A and 15B show exemplary embodiments of FIGS. 13 and 14, respectively, installed on a drawer;
16-19 show catch hooks provided with support elements in accordance with a further exemplary embodiment of the present invention;
20A, 20B, 20C show a further variant of installing the catch hook on the slide rail,
21 shows a catch hook provided with stamping, according to a further exemplary embodiment of the present invention.

FIG. 1 shows a preferably telescopic pull-out guide (not shown) for the drawer 2 (see FIG. 15 in relation to another exemplary embodiment), which pull-out guide shows One or more furniture body rails and between the furniture body rails and the slide rails 1 to be fixed on the slide body 1, which can be implemented in any desired manner and which are usually fixed on the furniture body and the drawer of FIG. 1. One or more bearings, in particular roller bearings (not shown). The pull out guide may optionally have additional elements such as an intermediate rail.

 To secure the drawer 2 on the slide rail 1, the catch hook 3 is located or formed on the slide rail 1.

According to FIG. 1, the catch hook 3 is implemented as a separate element from the slide rail 1 which is fixed on the slide rail 1. This offers the particular advantage that a more stable design can be chosen for the catch hook 3 than for the remaining slide rail 1.

Thus, it is conceivable to manufacture the catch hooks 3 from a different material, in particular of a harder material than the slide rails 1, in order to increase the stability of the catch hooks 3.

Alternatively or optionally, it is conceivable to manufacture the catch hook 3 from a material thicker than the slide rails to provide increased strength. The catch hook 3 may however also be provided with reinforcing elements such as ribs and / or support elements for supporting the catch hooks on the slide rail 1.

The slide rail does not have a closed circumference according to FIG. 1 but is made of sheet-metal strip and has a hollow profile with a substantially rectangular cross section and bent into a rail shape with a longitudinal slot 4 remaining. Is carried out as. The slide rail 1 is practiced to be flat on the contact side 5 facing away from the longitudinal slot 4 so that the slide rail can be placed on the drawer.

A window-shaped opening 6, which is used and designed for securing the catch hook 3 on the slide rail 1, is arranged at the contact side 5.

The opening 6 is formed close to one free end of the slide rail 1. In addition to the opening 6, here is provided an optional recess 7 which is formed on the free end of the slide rail 1 adjacent to the opening 6 and extends to the contact side 5.

The catch hook 3 is insertable into the opening 6 and designed to engage the corresponding opening of the drawer to securely secure the catch hook on the slide rail, where the longitudinal as a substantially rectangular / L-shaped hook area 8 is provided. It can be fixed or pressed in the opening 6 in a way that projects from the side of the slide rail opposite the directional slot.

This is advantageous from the inside of the leg 9 and the recess 7 of the catch hook 3, in which the catch hook 3 which is bent from the sheet metal strip engages the opening 6 in the Z-shaped stepped shape. It is embodied in accordance with FIG. 1 with the free end of the leg 9 which is bent back outward.

In addition, the catch hook 3 has lateral support legs 10, 11 in the region of the intermediate leg 12 according to FIG. 1, the lateral support leg bends in the opposite direction to the hook region 8 and the contact side ( 5) It is supported on the outside in the installed state.

The catch hook 3 is secured in a simple manner so that the catch hook is adapted to the interaction of the legs 9 and support legs 10, 11 with the free end 13 bent upwardly, which is engaged in the recess 7. This prevents displacement and twist on the slide rail 1.

The free end of the hook region 8 can be easily implemented as slightly tapered, to more easily press the free end onto the drawer.

If the catch hook 3 is made of steel material, the catch hook has a high stability and thus also to fix the ultra-heavy drawer and to prevent the catch hook from rising from the slide rail 1 It is fixed in a simple way.

The example embodiment of FIG. 2 broadly corresponds to the example embodiment of FIG. 1.

As in FIG. 1, the support legs are implemented as bevels, and the support legs 10 and 11 of the exemplary embodiment of FIG. 2 are integrated into the web-like protrusions 14, 15 at the beveled ends of the support legs, and the webs. The shaped protrusion, when installed on the contact side 5 of the outer side of the slide rail 1, projects beyond the free end of the slide rail in the region of the recess and bends downward into the recess 7. They therefore replace the end 23 which is bent upwards of the leg 9. In addition, the design and function of the exemplary embodiment correspond to the design and function of FIG. 1.

The exemplary embodiment of FIG. 3 shows one or more protrusions 16 through which one or more protrusions 16 completely penetrate the recess 7 from inside to outside and bend back onto the contact side 5 on the outside of the contact side 5. Adjacent to the end 13 bent upwards, the fastening action of the upwardly bent end 13 for a tighter fixation of the hook 3 is increased once more in a simple manner. It is different from the typical embodiment.

The upwardly bent end is preferably provided with one or more projections 16. The protrusion 16 provides simple structural means to increase the securing action and to optimize and secure the catch hook 3 on the slide rail 1.

In comparison with FIG. 1, it is shown that the support legs do not bend in the opposite direction to the hook region 8 but rather the support legs 10 and 11 are simply supported laterally on the slide rail in the extension of the plane of the legs 12. It is provided in an exemplary embodiment of.

However, the exemplary embodiment of FIG. 3 is also provided with support legs, such as the embodiment of FIG. 1 or FIG. 2.

While the catch hooks of the exemplary embodiments of FIGS. 1-3 are each bent from sheet metal blanks, it is provided according to the exemplary embodiment of FIG. 4 that the contour of the catch hook 3 is cut directly from a suitably thick sheet metal, of which the sheet metal The main plane is oriented parallel to the main extension direction of the slide rail 1 and not as perpendicular to the main extension direction of the slide rail, as in FIGS. 1 to 3.

The catch hook 3 again has an L-shaped hook region 8 and is provided with a fixing leg 17 opposite the hook region 8, the fixing leg having a slot and the fixing leg 17 having a window-shaped opening 6. It is designed to bind). The catch hook 3 is also guided in the windowed opening 6 during installation and is laterally displaced until the material of the contact side 5 of the slide rail 1 is engaged in the slot 18.

The free end 19 of the catch hook is again bent upwards into the recess 7 on the free end of the contact side 5, the free end of the catch hook similar to the typical embodiment of FIGS. 1 and 3. (3) Fix the displacement in the direction of the slide rail.

The typical embodiment of FIG. 4 is distinguished by a particularly stable hook area 8 which provides a special resistance to bending.

It is also conceivable to secure the catch hook 3 on the slide rail in other ways.

The use of a clinch connection 20 for fastening the catch hook 3 is provided according to FIG. 5, wherein the clinch connection secures the contact leg 21 of the catch hook 3 on the contact side 5. . This catch hook 3 is embodied as a flat part or level in the area of the contact leg 21. In the area of the hook, ie in the actual hook area 8, in contrast, the catch hook has a trough-like contour, which in turn increases the stability of the catch hook 3 in a simple manner.

A fastening of the catch hook on the contact side 5 of the slide rail using a soldering or welding procedure is provided according to FIG. 6. The catch hook 3 has a flat geometry in the region of the valleys and the contact leg 21 in the hook region 8 in FIG. 6 and the contact leg is welded or soldered onto the slide rail more easily in a rigid manner. .

Then, using a type of fastening rivet 23 having a riveted rim hole by a wobble rivet on the contact side 5 of the slide rail 1, a window or opening 22 is provided, Fastening the contact leg 21 is provided according to FIG. 7. According to FIG. 7, the hook region 8 again has a planar shape.

As is evident from FIG. 8, the catch hook 3 can also be cut in length from the bolt, the length being bent into a hook shape, catch catch on the contact side 5 of the slide rail 1 proposed by itself. (3) Weld

Fixing the catch hook 3 by welding on the contact side 5 of the slide rail 1 is also provided according to FIG. 9.

However, in spite of this figure, the actual hook area 8 is cut directly from the material of the sheet metal and the hook area substantially as it is in Fig. 4, ie with the major surface area, with respect to the main extension direction of the slide rail 1. Orientation in parallel is provided again, the contact leg 21 is bent from the hook area and the valley contour 24 is bent sideways on the hook area 8, so that the catch hook 3 on the corresponding drawer area is provided. Makes it easier to attach.

The provision of the tolerance-compensating spring element to the catch hook 3 is provided according to FIG. 10.

This spring element is used to generate a bias tension force between the catch hook 3 and the drawer 2.

The individual catch hooks 3 which are bent in a step shape according to FIG. 10 are again first fixed on the slide rail 1.

The catch hook 3 has side webs 25, 26 which are surrounded by spring wires of the wire springs 27, the wire springs 27 being slide rails 1 by the bow region 28. Supported on the wire spring also has spring legs 29, 30 supported in the installed state on the drawer 3, as is evident from a) of FIG. 12, so that the deflection tension is caused by the slide rail or catch hook 3. And spring force between the back side of the drawer 2.

Instead of a wire spring, this spring action is also carried out by another spring or elastic element, for example coiled by a leaf spring 31, for example bent in a meandering shape (see FIGS. 11 and 12b). Generated by a spring 34 (FIG. 13), the leaf spring is supported between the leg 12 of the catch hook 3 and the rear wall of the drawer 2 and the coiled spring is a stop pin of the catch hook 3. Or preferably has a spring action between the web 32 bent from the bolt or pin and the disc 33 on the catch hook 3. Coiled spring 34 urges disk 33 into the drawer (FIG. 15A).

On the other hand, a catch in which a threaded portion is provided on a free hook area which is fixed from one of the ends on the web to the coiled spring 34 or made from a bolt or pin and bent from the threaded pin as shown in FIG. 14. It can be envisaged to provide a hook 3 and screw a knurled nut 36 onto the threaded portion 35, which knurled nut has an axially adjustable stop against the coiled spring 34. Form. To form a twist lock, the knurled nut is provided with a crimping portion or the clamping portion is provided with a nonmetallic insert. Optionally, the lock nut can also be made entirely of plastic. One embodiment may be considered as a coating using a PAL nut or locking paint.

The spring force acting on the drawer via the disk 33 can thus be adjusted or installed in a simple manner by adjusting the nut, in particular the knurling nut 36, or it can be present.

As is apparent from FIGS. 12 and 13, it is also possible to penetrate in the axial direction rather than weld the end of the threaded pin on the slide rail 1 and be formed by the web, rather through the window web opening 37. It is conceivable to insert the end of the threaded pin, which is axially penetrated and formed by the web and additionally compresses this configuration if necessary.

FIG. 15 shows how a coiled spring supported on a web 32 or nut 36 acts between the drawer rear wall of the drawer 2 and the catch hook 3. 15 shows an adjustable variant of the catch hook with a length compensator.

Thus, it is possible to combine the functions of the "spring action between the catch hook 3 and the drawer rear wall" and the "individual catch hook 3 for increasing stability" in a particularly simple manner.

However, it is conceivable to provide only one of the two springs, i.e. the spring element can also be used in the case of the catch hook 3 bent from the spring rail 1 itself (not shown here) and from the slide rail Individual catch hook elements 3 which are separated separately can also be used without spring elements. The impact of these two measures is particularly useful when combined with each other.

The manufacture / bending of the catch hook 3 directly from the material of the slide rail is provided according to FIG. 16 or according to FIGS. 19 and 21.

For this purpose, the web-shaped section can be cut out of the material of the slide rail 1 in the region of the contact side 5 and bent in the form of a catch hook 3 so that the L-shaped catch hook is on the opposite side of the longitudinal slot. On the outer side of the contact side 5 protrudes from the material of the slide rail. This shape of the catch hook 3 is disclosed by itself.

To optimize the strength action, a web made of the material of the slide rail 1 additionally remains in the lateral direction of the catch hook 3, the web acting as a support leg 38 and extending in the opposite direction of the hook area. do.

16-19 each have the feature that the reinforcing elements are also bent straight from the material of the slide rails.

According to FIG. 16, this reinforcing element is a single support leg 38. In contrast, in accordance with FIG. 17, laterally adjoining the legs 12 of the L-shaped hook elements freely bent from the material of the slide rail and freely from the material of the slide rail and further increasing the support action and C-catch hooks. Stamping two support legs 38, which stabilize (3), are provided.

18 and 19, which do not have a support leg 38 laterally adjacent to the side of the leg 12 of the hook region 8, but rather freely cutting the support leg 38 directly from the leg. According to this, there is provided a support leg / support web 39 formed using two parallel incisions in the area of the leg 12, for example extending beyond the end of the leg 12 to the contact side 5. The support leg is formed at an acute angle of less than 95 ° with respect to the contact side 5 and does not stand parallel to the leg, but rather supports the leg diagonally on the side opposite the free hook end of the free area 8.

It is possible to increase the supporting action of this support leg 39 in a simple manner by means of embossed contours 40, 41, which can extend into the area of the free end of the hook region 8.

According to the exemplary embodiment shown in FIG. 21, instead of the formation of the support legs 39, the embossed contours 40 are further embossed contour sections 42, 43 to the bottom of the catch hook 3. Continues. The embossed contour section 43 is preferably embodied as being wider than the embossed contour 40 in the upper region of the catch hook 3 to reinforce the supporting action. The embossed contour section 42 connects the embossed contour section 40 to the embossed contour section 43, the width of the embossed contour section 42 being forward of the contour section towards the embossed corresponding section 43. A taper is formed continuously on the side corresponding to the width of the embossed contour section 43 and against the width of the embossed contour 40 in the direction of the embossed contour 40. The catch hook 3 is freely stamped and freely bent from the material of the slide material 1.

The illustrative embodiments of FIGS. 16-19 and 21 are characterized in that the embodiments may be implemented particularly cost effectively but nevertheless increase the strength with respect to the catch hook without a support element or support leg.

20a to 20c show the catch hooks that can be fixed in various positions of the slide rail 1, in accordance with the principle of bayonet lock-ie using a fixed rotational movement and here additionally. .

1 slide rail
2 drawers
3 catch hooks
4 longitudinal slots
5 contact sides
6 opening
7 recess
8 hook area
9 legs
10, 11 support legs
12 legs
13 ends
14, 15 protrusions
16 protrusions
17 fixing legs
18 slots
19 free ends
20 Clinch Connection
21 contact legs
22 opening
23 fastening rivets
24 Outline
25, 26 web
27 wire spring
28 head zones
29 and 30 spring legs
31 leaf spring
34 coiled spring
32 stop pin
33 discs
34 coiled spring
35 Thread Forming Part
36 knurled nuts
37 window web opening
38, 39 support legs
40, 41 embossed contours

Claims (30)

As a pullout guide for a drawer having a slide rail (1),
A catch hook 3 for securing the drawer on the slide rail is located on the slide rail 1, and the catch so that the catch hook 3 is fixed despite the displacement on the slide rail 1. In the pull-out guide for drawers, in which the hooks 3 are designed as fixed individual elements,
The catch hook comprises a material different from the slide rail,
Pull-out guide for drawers.
In the premise of claim 1 or 1,
The catch hook is characterized in that it comprises a material thicker than the slide rail (1),
Pull-out guide for drawers.
The method according to claim 1 or 2,
The catch hook is characterized in that it comprises a material harder than the slide rail (1),
Pull-out guide for drawers.
Pull out guide for drawer with slide rail (1), with a catch hook (3) for securing the drawer on the slide rail (1), located on the slide rail (1) Or a pull-out guide for a drawer according to any one of claims 1 to 3,
It is characterized in that an elastically compressible element or spring element 28, 31, 34 is configured between the catch hook 3 and the slide rail 1.
Pull-out guide for drawers.
The method of claim 4, wherein
Said spring element 28, 31, 34 is designed as adjustable,
Pull-out guide for drawers.
The method of claim 5, wherein
The spring element 28, 31, 34 is supported so that the spring element 28, 31, 34 is adjustable on the catch hook 3,
Pull-out guide for drawers.
The method according to claim 6,
The spring element is characterized in that it is supported on an adjustable nut 36 which is screwed onto the threaded section 35 of the catch hook 3,
Pull-out guide for drawers.
The method of claim 7, wherein
Said spring element 28, 31, 34 is configured as a wire spring, a coiled spring, or a leaf spring element,
Pull-out guide for drawers.
The method according to any one of claims 1 to 8,
The catch hook 3, which is formed separately from the slide rail, is characterized in that it passes through the window-shaped opening 6 in the slide rail 1 using a free leg 9,
Pull-out guide for drawers.
The method according to any one of claims 1 to 9,
Characterized in that the free end 13 of the leg 9 penetrating the opening 6 in the slide rail 1 is fixed on the slide rail 1 by bending over the slide rail 1. ,
Pull-out guide for drawers.
The method according to any one of claims 1 to 10,
A free end of the leg penetrating the opening 6 in the slide rail 1 is fixed on the slide rail 1 by stamping,
Pull-out guide for drawers.
The method according to any one of claims 1 to 11,
The catch hook 3 is characterized in that it is bent in a Z shape from sheet metal,
Pull-out guide for drawers.
The method according to any one of claims 1 to 12,
Said catch hook (3) is characterized in that it is cut in a Z shape from sheet metal,
Pull-out guide for drawers.
The method according to any one of claims 1 to 13,
The sheet metal plane of the catch hook 3, cut from the sheet metal in a Z shape, is oriented at least partially or completely perpendicular to the main extension direction of the slide rail 1,
Pull-out guide for drawers.
The method according to any one of claims 1 to 14,
The sheet metal plane of the catch hook 3, cut from the sheet metal in a Z shape, is oriented at least partially or completely parallel to the main extension direction of the slide rail 1,
Pull-out guide for drawers.
The method according to any one of claims 1 to 15,
Said catch hook 3 is characterized in that it is at least partially bent in a trough shape to increase stability,
Pull-out guide for drawers.
The method according to any one of claims 1 to 16,
Said catch hook (3) is characterized in that it is fixed on the slide rail by a connecting operation,
Pull-out guide for drawers.
The method according to any one of claims 1 to 17,
The catch hook 3 is characterized in that it is fixed on the slide rail by a clinching procedure,
Pull-out guide for drawers.
A pull-out guide for a drawer according to any one of claims 1 to 18 or according to the preamble of claim 1, wherein
The catch hook 3 is characterized in that it is fixed on the slide rail by rotational movement, in particular bayonet lock,
Pull-out guide for drawers.
20. The method according to any one of claims 1 to 19,
Said catch hook 3 is fixed on said slide rail by a welding operation,
Pull-out guide for drawers.
Pull-out guide for drawer with slide rail 1, pull-out guide for drawer, in particular a first, on which the catch hook 3 for fixing the drawer on said slide rail 1 is located on said slide rail. In the pull-out guide for a drawer according to any one of claims 20 to 20,
Characterized in that the catch hook is provided with at least one stabilizing element and / or at least one support element for supporting the catch hook 3 on the slide rail 1,
Pull-out guide for drawers.
The method of claim 21,
The support element is configured as one or more support legs 10, 11, 38, 39, the one or more legs adjacent to one leg 12 of the catch hook 3 and on the slide rail 1. Bent relative to the catch hook to a position supporting the leg at
Pull-out guide for drawers.
The method of claim 22,
Two support legs of the support legs are configured on the legs of the catch hook 12 extending perpendicular to the slide rail,
Pull-out guide for drawers.
The method of claim 21 or 22,
Said support leg or legs 10, 11, 38, 39 are bent in a direction opposite to the hook section 8 of the catch hook 3,
Pull-out guide for drawers.
The method according to any one of claims 21 to 24,
Characterized in that the catch hook and the support element are integrally formed,
Pull-out guide for drawers.
The method of claim 25,
Said catch hook 3 and said support element are integrally formed with said slide rail,
Pull-out guide for drawers.
27. The method of any of claims 21 to 26,
Said catch hook 3 and said support element are formed separately from said slide rail,
Pull-out guide for drawers.
The method of claim 21,
The stabilizing element is characterized in that it is configured as an embossed contour (40, 41, 42, 43),
Pull-out guide for drawers.
The method of claim 22,
The embossed contour extends from the bottom of the catch hook 3 located on the slide rail 1 upwards to the area of the free end 8 of the catch hook 3,
Pull-out guide for drawers.
A pull-out guide for a drawer having a slide rail (1), wherein a catch hook (3) for fixing the drawer on the slide rail (1) is located on the slide rail (1), and the catch hook (3) A pull-out guide for a drawer, or a pull-out guide for a drawer according to any one of claims 1 to 29, wherein) is designed as a separate element fixed to be fixed in spite of the displacement on the slide rail 1. In
Characterized in that a plurality of means-especially winddues, offset from each other in the main extension direction X of the slide rail, are provided on the slide rail 1 to fasten individual catch hooks,
Pull-out guide for drawers.

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