EP0940105B1 - Slide device for cupboard - Google Patents

Slide device for cupboard Download PDF

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Publication number
EP0940105B1
EP0940105B1 EP99103351A EP99103351A EP0940105B1 EP 0940105 B1 EP0940105 B1 EP 0940105B1 EP 99103351 A EP99103351 A EP 99103351A EP 99103351 A EP99103351 A EP 99103351A EP 0940105 B1 EP0940105 B1 EP 0940105B1
Authority
EP
European Patent Office
Prior art keywords
rail
slide
vertical
web
slide device
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
EP99103351A
Other languages
German (de)
French (fr)
Other versions
EP0940105A3 (en
EP0940105A2 (en
Inventor
Manfred Fulterer
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Fulterer GmbH
Original Assignee
Fulterer GmbH
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Filing date
Publication date
Application filed by Fulterer GmbH filed Critical Fulterer GmbH
Priority to AT99103351T priority Critical patent/ATE252335T1/en
Publication of EP0940105A2 publication Critical patent/EP0940105A2/en
Publication of EP0940105A3 publication Critical patent/EP0940105A3/en
Application granted granted Critical
Publication of EP0940105B1 publication Critical patent/EP0940105B1/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47BTABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B88/00Drawers for tables, cabinets or like furniture; Guides for drawers
    • A47B88/40Sliding drawers; Slides or guides therefor
    • A47B88/42Vertically-oriented drawers, i.e. drawers where the height exceeds the width
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47BTABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B88/00Drawers for tables, cabinets or like furniture; Guides for drawers
    • A47B88/40Sliding drawers; Slides or guides therefor
    • A47B88/42Vertically-oriented drawers, i.e. drawers where the height exceeds the width
    • A47B2088/421Vertically-oriented drawers, i.e. drawers where the height exceeds the width the bottom, cabinet side slide having a U-shape section opening upwards

Definitions

  • the invention relates to a pull-out device for tall cabinets with a U-shaped body rail in cross-section, one pull-out rail with two vertical bars spaced apart from one another and, if appropriate, one between Carcass rail and pull-out rail arranged middle rail, at least Rollers are provided on one of these rails and the one with the pull-out rail connectable part of the tall cabinet box-like or as a closed, is formed with a pull out frame is formed with a lower horizontal frame leg, an upper horizontal frame leg and with these frame legs connecting vertical frame legs.
  • Pull-out devices for tall cabinets are in many different embodiments become known (US 3,450,446; Brochure “PEKA Metall AG”; Brochure “Hettich International” 9.34 - 9.35 and brochure "Fulterer - tall cabinet differential full extension”).
  • the pull-out rail at these pull-out devices for tall cabinets usually have a U-shaped shape Cross section on. With regard to the arrangement of these U-shaped in cross section A differentiation is made between two types of pull-out rails: one type, the pull-out rail is arranged so that its open side towards points below, the laterally projecting edge flanges interact with rollers. In the other type, the pull-out rail is arranged so that its open side faces up.
  • the US is also for the sake of completeness 3,901,565 A, which shows and describes a drawer guide in which the rails forming the guide are ball-bearing.
  • drawer guides can are equipped with casters, cannot be disassembled.
  • the ball bearing drawer guides consisting of cabinet rail, drawer rail and possibly telescopic or Differential rail, are assembled at the factory and as a whole and mounted in pairs in the furniture body. Then there is a on the drawer itself Connection fitting to be provided on both sides, with which the drawer on the ball-bearing Guide can be attached.
  • connection fittings are designed differently and usually consist of hooks for hanging and swiveling latches.
  • the adapter rail is on the bottom of the pull-out part of the tall cabinet, and then only needs this Adapter rail with the extendable part of the tall cabinet on the pre-assembled Puller are placed. It is expediently provided that the adapter rail around a provided in its longitudinal central region Transverse axis is pivotally mounted relative to the pull-out rail, so that the pull-out part of the tall cabinet is aligned with the vertical can be used to compensate for assembly inaccuracies in this way.
  • This assembly advantage is also present if instead of a box-like one Structure, as explained above, a circumferentially closed, made of profile tubes manufactured pull-out frame with a lower, horizontal frame leg is provided, between the vertical frame legs insert baskets are.
  • the pull-out device as used for tall cabinets 1 has one in cross-section U-shaped body rail 2, one of two by cross bolts together connected Z-profiles manufactured middle rail 3 and a pull-out rail 4, these rails thanks to the rollers 5, 6 and 7 are axially displaceable in a conventional manner. These rollers are usually in a pull-out device of the type shown mounted on the middle rail 3.
  • the following invention described in more detail not on a pull-out device with three Rails is limited to an extractor in which the subject Invention applicable, can also have fewer than three or more than three rails exhibit.
  • the pull-out rail 4 is formed here from two U-profiles 8, the vertical webs 9 are facing each other. These vertical webs 9 are apart from each other by the dimension A. distant. These U-profiles 8 each have an upper flange 10 and each a lower flange 11, the latter serve as raceways for the rollers. The two U-profiles 8 are connected to one another via cross bars 12, however not shown in Fig. 2, since they are not immediate for the invention To have a function. Instead of two U-profiles 8 for the pull-out rail 4 this could also consist of an upwardly open U-profile with the upper one facing outwards curved flanges forming edges.
  • this pull-out rail 4 In the front area of this pull-out rail 4 are in the upper half Height H of the vertical webs 9 threaded holes with threaded bolts 13 provided, the two threaded bolts 13 being aligned with one another are. These threaded bolts 13 bear on the respective inner end faces a cone-like extension. Furthermore, a bolt 14 is provided here connects the two vertical webs 9 and that in the central longitudinal region of the pull-out rail 4 is arranged, also in the upper part of the height of the vertical webs 9. In the front area of the laterally projecting flanges 10 further threaded holes are provided, the vertically arranged set screws Record 15.
  • FIG. 4 and 5 now show the adapter rail 16 in a side view and in view in a first embodiment. It has a T-shaped cross section (Fig. 5) with a horizontal flange 17 and a vertical web 18, this vertical web 18 is U-shaped.
  • the outer width B of this vertical Web 18 is slightly smaller than the clear inner width A of the pull-out rail 4.
  • In this vertical web 18 are in the forehead area, namely at a distance C recessed by the same, vertical slot recesses 19.
  • the mentioned front distance C corresponds to the front distance D of Threaded bolt 13 in the pull-out rail 4.
  • the rear part 20 of this web 18 is shortened in terms of its height, and the lower edge 21 of this part 20 runs in the longitudinal middle region of the adapter rail 16 into the upper edge 22 of one Elongated hole 23, which is open at the bottom.
  • the width E of the horizontal Flange 17 is a small amount smaller than the width F of the pull-out Part 24 of the tall cabinet, on the bottom 25 of this flange 17th is screwable.
  • the axial lengths of the pull-out device and those of the adapter rail 16 correspond each other.
  • These threaded bolts 13 have a peg-like projection on their respective inner end faces, whose diameter is only slightly smaller than the width the slot recess 19 so that this pin-like projection of the respective Threaded bolt 13 can penetrate into the slot 19 as soon as these parts are congruent with each other.
  • the bottom edge 21 of the vertical Web 18 of the adapter rail 16 is initially on the bolt 14, whereupon this extendable part 24 pushed in the insertion direction of the pulling device to the rear becomes.
  • the bolt 14 gets into the slot 23 and the vertical slot recess 19 comes into alignment with the threaded bolts 13.
  • the threaded bolts 13 are screwed in so that they or their pin-like projections protrude into the slot recesses 19 and intervene in a form-fitting manner.
  • FIG. 6 illustrates an adapter rail 16 in a modified one compared to FIG. 4 Shape.
  • the vertical web 18 connects with its entire height G. Insertion this adapter rail 16 in the pull-out device requires greater care and attention, as care is taken when assembling must that the recess I, that is, the downwardly open section of the slot recess 23, with the bolt 14 is in approximately congruent position, whereupon no consideration when using the adapter rail 16 according to FIG. 4 must be taken.
  • the shortened rear part 20 extends approximately over half the axial length of the adapter rail 16.
  • FIG. 9 illustrates such a tall cabinet 1 with advanced part 24 and the pull-out device arranged on the bottom 1 with the adapter rail 16, as described above.
  • the adapter rail 16 is in one piece educated. It is within the scope of the invention, this adapter rail in several parts to design and the individual parts by cross bolts or other connecting means to unite firmly.
  • the width B of the web 18 of the adapter rail 16 is somewhat narrower than the inner width A of the pull-out rail 4.
  • the pull-out rail can be in the vertical webs 9 molded inward dents, or it can tabs are punched out of these vertical webs, which are bent somewhat inwards are and which act like leaf springs and which act between themselves vertical web 18 of the adapter rail 16.
  • the front positive Connection between pull-out rail 4 and adapter rail 16 is through the Interaction of the horizontal threaded bolts 13 and the vertical slot recess 19 reached.
  • spring-loaded could also be used Notches are provided.
  • Instead of installing such pegs in the vertical webs 9 of the pull-out rail could also snap in the vertical Web 18 of the adapter rail 16 can be installed because the width B of this vertical Bridges for the inclusion of such pegs and their parts offers sufficient space.
  • such locking elements could be designed so that they are in a horizontal Move level, or else they could be pivoted about horizontal axes be, provided the locking elements interact with vertical elongated holes.
  • the vertical slots are in the vertical webs 9 of the pull-out rail.
  • the pull-out device for tall cabinets 1 also has a U-shaped body rail 2, one made from two Z-profiles connected by cross bolts Middle rail 3 and a pull-out rail 4, these rails thanks to the here provided rollers 5, 6 and 7 in a conventional manner against each other axially are slidably mounted. These rollers are usually with a pull-out device of the type shown mounted on the middle rail 3. It was on this Note that the following detailed invention is not limited to Extractor with three rails is limited to one extractor to which the subject invention is applicable can also be less than three or have more than three rails.
  • the pull-out rail 4 is formed here from two U-profiles 8, the vertical webs 9 are facing each other. These vertical webs 9 are apart from each other by the dimension A. distant. These U-profiles 8 each have an upper flange 10 and each a lower flange 11, the latter serve as raceways for the rollers. The two U-profiles 8 are connected to one another via cross bars 12. Instead of two U-profiles 8 for the pull-out rail 4, this could also from an upwardly open U-profile with upper, outwardly curved flanges forming edges.
  • this pull-out rail 4 In the front area of this pull-out rail 4 are in the upper half Height H of the vertical webs 9 threaded holes with threaded bolts 13 provided, the two threaded bolts 13 being aligned with one another are. Furthermore, a stop 30 is provided here, which is the extension path this rail compared to the central rail 3 limited.
  • a threaded hole is provided for receiving a vertical adjusting screw 15 with a knurled wheel 31 for manual actuation this screw 15.
  • the end face of this adjusting screw 15 carries one Washer 32, the diameter of which is slightly larger than the diameter of the Set screw 15.
  • This set screw 15 is also of a vertical Longitudinal hole penetrates in which a spring-loaded locking pin 33 is arranged is, which protrudes upward relative to the support plate 32.
  • this locking bolt 33 can be pulled down and possibly in this locked position can be locked.
  • This disc 34 is designed that they have the circular knurled wheel 31 only on two diametrically lying sides surmounted.
  • each a pair of runners 35 bent over their respective lengths. It it is possible for these runners 35 to run essentially straight and parallel to one another form and only those facing the end face of the pull-out rail 4 To design sections funnel-like.
  • the adapter rail 16 in a side view and in view. It has a T-shaped cross section (Fig. 15) with a horizontal Flange 17 and a vertical web 18, this vertical web 18 U-shaped is designed.
  • the outer width B of this vertical web 18 is a little Dimension smaller than the clear inner width A of the pull-out rail 4.
  • the width E of the horizontal flange 17 is a small amount smaller than the width F of extendable part 24 of the tall cabinet, at the bottom 25 this flange 17 is screwable.
  • a Bolt 36 which passes through the U-shaped vertical web 18 transversely.
  • the diameter of this bolt 36 is smaller than that by a small amount smallest distance G of the runners 35.
  • the underside of the web has 18 in the front area a recess 37, and this recess 37 adjacent there is a tab 38 with a downwardly protruding section.
  • the axial lengths of the pull-out device and those of the adapter rail 16 correspond each other.
  • the horizontal one Flange 17 of the adapter rail 16 is initially on the upper flanges 10 of the Pull-out rail 4, whereupon the extendable part 24 in the direction of insertion Pulling device is pushed back.
  • the locking bolt 33 is through the web 18 lying on it pressed down.
  • the bolt 36 passes between the runners 35 and as soon as the recess 37 congruent with the locking bolt 33 under the action of a spring lies, it jumps up and protrudes positively into the recess 37.
  • the tab 38 engages under the support disc with its free end 32 on the edge, which is arranged on the end face of the adjusting screw 15 is.
  • the adapter rail 16 becomes vertical Direction and by operating the threaded bolts 13 in a horizontal direction Direction.
  • the pull-out part 24 or the adapter rail 16 is pivoted somewhat about the axis of the bolt 36 and thus aligned in the vertical direction.
  • the adapter rail 16 is opposite the pull-out rail 4 in the axial direction by the locking bolt 33 in a form-fitting manner held and against lifting by the interaction of the support disc 32 and the tab 38 secured.
  • the adapter rail 16 (FIG. 14) is in one piece educated. It is within the scope of the invention, this adapter rail to design in several parts and the individual parts by cross bolts or others To unite lanyards firmly.
  • the width B of the web 18 of the Adapter rail 16 is somewhat narrower than the inner width A of the pull-out rail 4.
  • the front positive Connection between pull-out rail 4 and adapter rail 16 is achieved by the interaction of the recess 37 and the locking bolt 33 and by the interaction of the support plate 32 and the tab 38.
  • the adapter rail 16 takes an extendable part 24 of the tall cabinet 1 on (Fig. 9), which is box-shaped, as also described above and was shown. But it is also possible to have a circumferentially closed one To connect the profile frame to the pull-out device. In one such case becomes the lower, horizontal frame leg of the frame inserted directly into the pull-out rail 4 and fixed in this. in this case is the lower, horizontal frame leg of the circumferentially closed frame designed in such a way as the vertical web 18 of the cross section T-shaped adapter rail 4. Are such circumferentially closed frames used, this is between the vertical legs Frame insert baskets or other trays hung.
  • FIGS. 16 to 26 Another exemplary embodiment is shown in connection with FIGS. 16 to 26 with a pull-out frame described below:
  • a vertically standing pull-out frame 40 is fixed with a front vertical frame leg 41 and a rear vertical frame leg 42 and upper and lower horizontal frame legs 43 and 44.
  • an upper guide 28 which has the task of the pull-out frame 40 stabilize.
  • the individual frame legs can, if necessary be telescopic and extendable or shortenable to the Adjust the pull-out frame to the dimensions of a tall cabinet 1. Between the frame legs 41 and 42 can be hung in several insert baskets 45, only one of which is shown here.
  • a front panel 29 can be fixed, which with the pull-out device retracted 39 closes the tall cabinet 1 to the front.
  • Laying down this Front panel 29 on the pull-out frame 40 are on the front vertical frame leg 41 fittings 46 provided.
  • a simple pull-out device 39, as can be used for such tall cabinets is shown in view in Fig. 16.
  • the pull-out rail 4 has one here U-shaped cross section with two vertical webs 47 and upper, laterally projecting Flanges 48. In the rear area of this pull-out rail 4 in pairs rollers 49 freely rotatable.
  • This pull-out rail 4 with their Rollers 49 are received by a body rail 2 with a U-shaped cross section, which is fixed on the floor 27 of the tall cabinet 1.
  • Fig. 26 one is three Extracting device with rails shown.
  • the puller 16 includes only two rails. The number of rails the pull-out device is not essential for the present invention. For the sake of clarity, therefore, the pull-out device described in detail here only equipped with two rails.
  • the previously mentioned body rail 2 has at its front end support rollers on which the side projecting flanges 48 as guide and roller tracks.
  • the pull-out rail 4 has in its longitudinal central region a hook member 51 which is against the front the pull-out rail 4 is open and that between the two vertical webs 47 this pull-out rail 4 lies.
  • the receiving opening 52 of the hook member 51 is bounded by conically tapering surfaces in such a way that the wide mouth opening shrinks towards the bottom of this opening.
  • the main direction of extension of this receiving opening 52 is essentially horizontal.
  • a shaped piece 53 is provided with an I-shaped cross section (FIG. 19).
  • This fitting 53 has a vertical threaded bore into which a threaded bolt 54 is screwed in, which is mounted stationary with respect to the pull-out rail 4 is.
  • a knurled screw 55 is arranged, the diameter of which corresponds approximately to the distance between the vertical webs 47.
  • Both the fitting 53 and the hook member 51 are something narrower than the inner width W of the pull-out rail 4.
  • the lower frame leg 44 of the pull-out frame 40 consists of a U-profile 57 open at the bottom. This open at the bottom U-profile carries laterally projecting bolts 58 at its rear end
  • the longitudinal central area of the U-profile 57 and approximately half its height is an inner one
  • Bolt 59 is provided between the two vertical webs of the U-profile 57 lies.
  • bolt 60 is fixed on the inside of the vertical webs of the U-profile 57, namely in its end section.
  • the pull-out rail 4 and the frame leg 44 are approximately the same length as in such Extending devices common.
  • the distance A of in the longitudinal central region of the Frame leg 44 lying bolt 59 from its upper edge is greater than the distance C of the receiving opening 52 of the centrally located hook member 51 from the top edge of the pull-out rail.
  • the Frame leg 44 is initially somewhat oblique, sloping towards the front. Well now the fitting 53 slightly raised by turning the thumbscrew 55, so that the frame leg 44 around the central pin 59 as an axis somewhat twisted until this frame leg 44 is horizontal and parallel to the pull-out rail 4 lies.
  • the laterally projecting bolts 58 lower together with the rear end of the frame leg 44 something and get so in the rear cutouts 56.
  • the pull-out frame 40 is opposite the Pull-out rail 4 fixed in the horizontal and vertical directions.
  • the pull-out rail 4 can also have cross-sectional shapes, as in the figures 24 and 25 is shown and indicated. In this case there is the pull-out rail 4 from two symmetrically arranged rails, which are not shown here Cross bars are firmly connected to each other.
  • the shaped piece 53 Height-adjustable along the stationary threaded bolt 54, so it lies in the context of the invention, screwing the threaded bolt 54 into a nut thread, which is provided in a cross beam, which in turn between the vertical webs 47 lies or connects them.
  • the fitting is 53 at the upper end of the threaded bolt rotated relative to this stored, but fixed in the axial direction of the same. When turning the threaded bolt this shifts axially and takes the fitting 53 With.
  • the invention has been described above using a pull-out frame 40 and explained. It is possible to use the frame leg 44 as part of an adapter rail to use, namely as a vertical web of a T-shaped cross section Adapter rail, as in connection with the first two discussed Embodiments has been discussed.
  • an adapter rail will used when a cabinet part 24 slidable instead of a pull-out frame is to be stored. The horizontal and wide flange of such an adapter rail is then screwed to the bottom of this cabinet part, and then the cabinet part with this adapter rail into the pull-out device used in the manner described above and specified in how this discussed in connection with the two first-discussed embodiments has been.

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  • Drawers Of Furniture (AREA)
  • Support Devices For Sliding Doors (AREA)

Description

Die Erfindung bezieht sich auf eine Ausziehvorrichtung für Hochschränke mit einer im Querschnitt U-förmigen Korpusschiene, einer Auszugschiene mit zwei voneinander distanzierten Vertikalstegen und gegebenenfalls einer zwischen Korpusschiene und Auszugschiene angeordneten Mittelschiene, wobei mindestens an einer dieser Schienen Laufrollen vorgesehen sind und der mit der Auszuqschiene verbindbare Teil des Hochschrankes kastenartig oder als umfangsgeschlossener, aus Profilrohren gebildeter Ausziehr ahmen ausgebildet ist mit einem unteren horizontalen Rahmenschenkel, einem oberen horizontalen Rahmenschenkel und mit diese Rahmenschenkel verbindenden vertikalen Rahmenschenkeln.The invention relates to a pull-out device for tall cabinets with a U-shaped body rail in cross-section, one pull-out rail with two vertical bars spaced apart from one another and, if appropriate, one between Carcass rail and pull-out rail arranged middle rail, at least Rollers are provided on one of these rails and the one with the pull-out rail connectable part of the tall cabinet box-like or as a closed, is formed with a pull out frame is formed with a lower horizontal frame leg, an upper horizontal frame leg and with these frame legs connecting vertical frame legs.

Ausziehvorrichtungen für Hochschränke sind in vielen verschiedenen Ausführungsformen bekanntgeworden (US 3 450 446; Prospekt "PEKA Metall AG"; Prospekt "Hettich International" 9.34 - 9.35 und Prospekt "Fulterer - Hochschrankdifferentialvollauszug"). Die Auszugschiene bei diesen Ausziehvorrichtungen für Hochschränke weist in der Regel einen U-förmigen Querschnitt auf. Hinsichtlich der Anordnung dieser im Querschnitt U-förmigen Auszugschiene sind zwei Typen von Ausziehvorrichtungen zu unterscheiden: Bei der einen Type ist die Auszugschiene so angeordnet, daß ihre offene Seite nach unten weist, wobei die seitlich auskragenden Randflansche mit Laufrollen zusammenwirken. Bei der anderen Type ist die Auszugschiene so angeordnet, daß ihre offene Seite nach oben weist. Bei der letzterwähnten Art sind wiederum zwei verschiedene Ausführungen von Aufbauten für den Hochschrank, also Schrankteilen üblich: Entweder ist dieser mit der Auszugschiene verbindbare Aufbau aus einem rechteckigen Rahmen aus im Querschnitt quadratischen Profilrohren gebildet, wobei an dessen vertikalen Schenkeln Ablageborde und Ablagekörbe einhängbar sind. Oder aber der Aufbau des Hochschrankes ist kastenartig als Schrank ausgebildet mit einem Boden. An diesen Boden ist die Auszugschiene mit ihren randseitigen Flanschen festgeschraubt. Bei der Montage eines solchen Hochschrankes werden die Korpusschiene und die gegebenenfalls vorhandene Mittelschiene vorerst am Boden des Möbelkorpus montiert. Die Auszugschiene wird am Boden des ausziehbaren Teiles des Hochschrankes festgelegt, in der Regel festgeschraubt. In der Folge muß der ausziehbare Teil des Hochschrankes mit der daran befestigten Auszugschiene in die am Boden des Möbelkorpus befindlichen Schienen eingefädelt werden. Dies ist nicht nur eine schwere, sondern vor allem auch sehr mühselige Arbeit, denn die seitlich auskragenden Flansche dieser Schienen müssen ordnungsgemäß zwischen die in verschiedenen Höhenlagen angeordneten Laufrollen eingebracht werden.Pull-out devices for tall cabinets are in many different embodiments become known (US 3,450,446; Brochure "PEKA Metall AG"; Brochure "Hettich International" 9.34 - 9.35 and brochure "Fulterer - tall cabinet differential full extension"). The pull-out rail at these pull-out devices for tall cabinets usually have a U-shaped shape Cross section on. With regard to the arrangement of these U-shaped in cross section A differentiation is made between two types of pull-out rails: one type, the pull-out rail is arranged so that its open side towards points below, the laterally projecting edge flanges interact with rollers. In the other type, the pull-out rail is arranged so that its open side faces up. The latter type are again two different ones Designs of structures for the tall cabinet, i.e. cabinet parts usual: either this construction, which can be connected to the pull-out rail, is made of one rectangular frame formed from profile tubes with a square cross section, storage shelves and storage baskets can be hung on its vertical legs are. Or the structure of the tall cabinet is box-shaped as a cabinet with a bottom. The pull-out rail with its edges is on this floor Flanges screwed tight. When installing such a tall cabinet become the body rail and the middle rail, if any initially mounted on the bottom of the furniture body. The pull-out rail is on the floor of the pull-out part of the tall cabinet fixed, usually screwed. As a result, the pull-out part of the tall cabinet must be attached to it attached pull-out rail into the one located on the bottom of the furniture body Rails are threaded. This is not just a difficult one, but above all also very tedious work, because the flanges projecting laterally from these Rails must be properly between those at different elevations arranged rollers are introduced.

In diesem Zusammenhang sei auch noch der Vollständigkeit halber die US 3,901,565 A genannt, die eine Schubladenführung zeigt und beschreibt, bei welcher die die Führung bildenden Schienen kugelgelagert sind. Solche kugelgelagerten Schubladenführungen können im Gegensatz zu Schubladenführungen, die mit Laufrollen bestückt sind, nicht zerlegt werden. Die kugelgelagerten Schubladenführungen, bestehend aus Korpusschiene, Ladenschiene und evtl. Teleskopoder Differentialschiene, werden fabriksseitig zusammengebaut und als Ganzes und paarweise im Möbelkorpus montiert. An der Schublade selbst ist dann ein Verbindungsbeschlag beidseitig vorzusehen, mit dem die Schublade an der kugelgelagerten Führung befestigt werden kann. Solche Verbindungsbeschläge sind unterschiedlich gestaltet und bestehen in der Regel aus Haken zum Einhängen und schwenkbaren Riegeln.In this context, the US is also for the sake of completeness 3,901,565 A, which shows and describes a drawer guide in which the rails forming the guide are ball-bearing. Such ball-bearing Unlike drawer guides, drawer guides can are equipped with casters, cannot be disassembled. The ball bearing drawer guides, consisting of cabinet rail, drawer rail and possibly telescopic or Differential rail, are assembled at the factory and as a whole and mounted in pairs in the furniture body. Then there is a on the drawer itself Connection fitting to be provided on both sides, with which the drawer on the ball-bearing Guide can be attached. Such connection fittings are designed differently and usually consist of hooks for hanging and swiveling latches.

Schlußendlich sei noch die DE 197 06 246 A1 erwähnt, die einen Teleskopschrankauszug für Hochschränke zeigt und beschreibt. An der Auszugschiene, an der der Hochschrank befestigt wird, sind stirnseitig vertikal angeordnete Schrauben angeordnet, die als Stellschrauben dienen. Mit diesen Stellschrauben kann der Schrank nach der Montage des Teleskopauszuges noch vertikal justiert werden.Finally, DE 197 06 246 A1 should be mentioned, which has a telescopic cabinet pull-out for tall cabinets shows and describes. On the pull-out rail, to which the tall cabinet is attached are vertically arranged on the front Arranged screws that serve as set screws. With these set screws the cabinet can still be adjusted vertically after installing the telescopic pull-out become.

Hier nun setzt die Erfindung ein, die zur Vermeidung dieses Nachteiles vorschlägt, daß zur Verbindung des Bodens des ausziehbaren, kastenartigen Teiles eines Hochschrankes mit der Auszugschiene eine T-förmige Adapterschiene mit einem horizontalen, am Boden des ausziehbaren Teiles festlegbaren Flansch und einem vertikalen Steg vorgesehen ist und dieser vertikale Steg oder der horizontale, untere Rahmenschenkel des umfangsgeschlossenen Ausziehr Rahmens zwischen den Vertikalstegen der Auszugschiene formschlüssig gehalten und gegen achsiale Verschiebung gegenüber der Auszugschiene fixiert ist. Dank dieses Vorschlages kann die komplette Ausziehvorrichtung am Möbelkorpus bzw. an dessen Boden montiert werden, nämlich die Korpusschiene, die Auszugschiene und gegebenenfalls die Mittelschiene. Die Adapterschiene wird am Boden des ausziehbaren Teiles des Hochschrankes festgeschraubt, und anschließend braucht nur mehr diese Adapterschiene mit dem ausziehbaren Teil des Hochschrankes auf die vormontierte Ausziehvorrichtung aufgesetzt werden. Zweckmäßigerweise ist dabei vorgesehen, daß die Adapterschiene um eine in ihrem Längsmittelbereich vorgesehene Querachse gegenüber der Auszugschiene verschwenkbar gelagert ist, so daß der ausziehbare Teil des Hochschrankes gegenüber der Vertikalen ausgerichtet werden kann, um auf diese Weise Montageungenauigkeiten auszugleichen.This is where the invention comes in, which proposes to avoid this disadvantage, that to connect the bottom of the extendable, box-like part a tall cabinet with the pull-out rail with a T-shaped adapter rail a horizontal flange which can be fixed at the bottom of the extendable part and a vertical web is provided and this vertical web or the horizontal, lower frame leg of the circumferentially closed pull-out frame between the vertical bars of the pull-out rail are held in a form-fitting manner and against axial Displacement relative to the pull-out rail is fixed. Thanks to this proposal can the complete pull-out device on the furniture body or on the bottom be mounted, namely the cabinet rail, the pull-out rail and if necessary the middle rail. The adapter rail is on the bottom of the pull-out part of the tall cabinet, and then only needs this Adapter rail with the extendable part of the tall cabinet on the pre-assembled Puller are placed. It is expediently provided that the adapter rail around a provided in its longitudinal central region Transverse axis is pivotally mounted relative to the pull-out rail, so that the pull-out part of the tall cabinet is aligned with the vertical can be used to compensate for assembly inaccuracies in this way.

Dieser Montagevorteil liegt auch dann vor, wenn anstelle eines kastenartigen Aufbaues, wie vorstehend erläutert, ein umfangsgeschlossener, aus Profilrohren gefertigter, einen unteren, horizontalen Rahmenschenkel aufweisender Ausziehr Rahmen vorgesehen ist, zwischen dessen vertikalen Rahmenschenkel Einsatzkörbe einhängbar sind.This assembly advantage is also present if instead of a box-like one Structure, as explained above, a circumferentially closed, made of profile tubes manufactured pull-out frame with a lower, horizontal frame leg is provided, between the vertical frame legs insert baskets are.

Die Zeichnung veranschaulicht Ausführungsbeispiele der Erfindung, ohne sie dadurch auf diese Ausführungsbeispiele einzuschränken. Es zeigen:

Fig. 1
die Stirnansicht einer drei Schienen aufweisenden Ausziehvorrichtung für einen Hochschrank;
Fig. 2
die Auszugschiene der Ausziehvorrichtung nach Fig. 1 in Seitensicht und
Fig. 3
im Querschnitt gemäß der Linie III - III in Fig. 2;
Fig. 4
die Adadpterschiene in Seitensicht und
Fig. 5
in Ansicht;
Fig. 6
eine Ausführungsvariante der Adapterschiene;
Fig. 7
den unteren Teil des ausziehbaren Hochschrankes mit der daran befestigten Adapterschiene in Ansicht;
Fig. 8
die Ausziehvorrichtung nach Fig. 1 mit dem eingesetzten ausziehbaren Teil des Hochschrankes nach Fig. 7;
Fig. 9
einen Hochschrank mit vorgezogenem Teil in Schrägsicht;
Fig. 10
die Stirnansicht einer drei Schienen aufweisenden Ausziehvorrichtung für einen Hochschrank in einer gegenüber Fig. 1 abgeänderten Form;
Fig. 11
die Ausziehvorrichtung nach Fig. 10 mit dem eingesetzten ausziehbaren Teil des Hochschrankes;
Fig. 12
die Auszugschiene der Ausziehvorrichtung nach Fig. 10 in Seitensicht zum Teil aufgerissen und in
Fig. 13
in Ansicht, Blickrichtung Pfeil C in Fig. 12;
Fig. 14
die Adadpterschiene in Seitensicht und
Fig. 15
in Ansicht;
Fig. 16
die Ansicht einer einfachen Ausziehführung für Hochschränke;
Fig. 17
die Auszugschiene der Ausziehvorrichtung nach Fig. 16 in Seitensicht und zum Teil aufgerissen;
Fig. 18
eine Draufsicht auf die Auszugschiene nach Fig. 17 und
Fig. 19
einen Querschnitt gemäß der Linie XIX-XIX in Fig. 17;
Fig. 20
den unteren horizontalen Rahmenschenkel des umfangsgeschlossenen Ausziehrahmens, zum Teil aufgerissen;
Fig. 21
einen Querschnitt nach der Linie XXI-XXI in Fig. 20 und
Fig. 22
einen Querschnitt nach der Linie XXII-XXII in Fig. 20;
Fig. 23
den in die Auszugschiene eingesetzten unteren horizontalen Rahmenschenkel des Ausziehrahmens, wobei die dargestellten Teile zum Teil aufgerissen sind;
die Fig.
24 und 25 schematisch Querschnittsformen für Auszugschienen und
Fig. 26
einen Hochschrank mit einem Ausziehrahmen.
Die Figuren weisen zum Teil unterschiedliche Maßstäbe auf. Gleiche bzw. funktionsgleiche Teile sind mit denselben Hinweisziffern ausgestattet.The drawing illustrates exemplary embodiments of the invention, without thereby restricting it to these exemplary embodiments. Show it:
Fig. 1
the front view of a three-rail pull-out device for a tall cabinet;
Fig. 2
the pull-out rail of the pull-out device according to FIG. 1 in a side view and
Fig. 3
in cross section along the line III - III in Fig. 2;
Fig. 4
the adapter rail in side view and
Fig. 5
in view;
Fig. 6
a variant of the adapter rail;
Fig. 7
the lower part of the pull-out tall cabinet with the attached adapter rail in view;
Fig. 8
the pull-out device of Figure 1 with the extractable part of the tall cabinet used in Fig. 7.
Fig. 9
a tall cupboard with an inclined part forward;
Fig. 10
the front view of a three-rail pull-out device for a tall cabinet in a modified form compared to Figure 1;
Fig. 11
10 with the extractable part of the tall cabinet used;
Fig. 12
10 in side view partially torn and in
Fig. 13
in view, viewing direction arrow C in Fig. 12;
Fig. 14
the adapter rail in side view and
Fig. 15
in view;
Fig. 16
the view of a simple pull-out guide for tall cabinets;
Fig. 17
the pull-out rail of the pull-out device according to FIG. 16 in side view and partially torn open;
Fig. 18
a plan view of the pull-out rail according to FIGS. 17 and
Fig. 19
a cross section along the line XIX-XIX in Fig. 17;
Fig. 20
the lower horizontal frame leg of the circumferentially closed pull-out frame, partially torn;
Fig. 21
a cross section along the line XXI-XXI in Fig. 20 and
Fig. 22
a cross section along the line XXII-XXII in Fig. 20;
Fig. 23
the lower horizontal frame leg of the pull-out frame inserted into the pull-out rail, the parts shown being torn open;
the fig.
24 and 25 schematically cross-sectional shapes for pull-out rails and
Fig. 26
a tall cabinet with a pull-out frame.
Some of the figures have different scales. The same or functionally identical parts are provided with the same reference numbers.

Die Ausziehvorrichtung, wie sie für Hochschränke 1 verwendet wird, besitzt eine im Querschnitt U-förmige Korpusschiene 2, eine aus zwei durch Querbolzen miteinander verbundenen Z-Profilen gefertigte Mittelschiene 3 und eine Auszugschiene 4, wobei diese Schienen dank der hier vorgesehenen Laufrollen 5, 6 und 7 in herkömmlicher Weise gegeneinander achsial verschiebbar gelagert sind. Diese Laufrollen sind in der Regel bei einer Ausziehvorrichtung der gezeigten Art an der Mittelschiene 3 gelagert. Es sei an dieser Stelle vermerkt, daß die folgende näher beschriebene Erfindung nicht auf eine Ausziehvorrichtung mit drei Schienen beschränkt ist, eine Ausziehvorrichtung, bei der die gegenständliche Erfindung anwendbar ist, kann auch weniger als drei oder mehr als drei Schienen aufweisen.The pull-out device as used for tall cabinets 1 has one in cross-section U-shaped body rail 2, one of two by cross bolts together connected Z-profiles manufactured middle rail 3 and a pull-out rail 4, these rails thanks to the rollers 5, 6 and 7 are axially displaceable in a conventional manner. These rollers are usually in a pull-out device of the type shown mounted on the middle rail 3. At this point it should be noted that the following invention described in more detail not on a pull-out device with three Rails is limited to an extractor in which the subject Invention applicable, can also have fewer than three or more than three rails exhibit.

Die Auszugschiene 4 ist hier aus zwei U-Profilen 8 gebildet, deren Vertikalstege 9 einander zugewandt sind. Diese Vertikalstege 9 sind voneinander um das Maß A distanziert. Diese U-Profile 8 besitzen jeweils einen oberen Flansch 10 und je einen unteren Flansch 11, letztere dienen als Laufbahnen für die Laufrollen. Die beiden U-Profile 8 sind über Querholme 12 miteinander zu einer Einheit verbunden, jedoch in Fig. 2 nicht eingezeichnet, da sie für die Erfindung keine unmittelbare Funktion besitzen. Anstelle aus zwei U-Profilen 8 für die Auszugschiene 4 könnte diese auch aus einem nach oben offenen U-Profil mit oberen, nach außen gebogenen Flansche bildenden Rändern ausgestaltet sein.The pull-out rail 4 is formed here from two U-profiles 8, the vertical webs 9 are facing each other. These vertical webs 9 are apart from each other by the dimension A. distant. These U-profiles 8 each have an upper flange 10 and each a lower flange 11, the latter serve as raceways for the rollers. The two U-profiles 8 are connected to one another via cross bars 12, however not shown in Fig. 2, since they are not immediate for the invention To have a function. Instead of two U-profiles 8 for the pull-out rail 4 this could also consist of an upwardly open U-profile with the upper one facing outwards curved flanges forming edges.

Im stirnseitigen Bereich dieser Auszugschiene 4 sind in der oberen Hälfte der Höhe H der Vertikalstege 9 Gewindebohrungen mit eingedrehten Gewindebolzen 13 vorgesehen, wobei die beiden Gewindebolzen 13 fluchtend zueinander angeordnet sind. An den jeweils inneren Stirnseiten tragen diese Gewindebolzen 13 einen zapfenartigen Fortsatz. Des weiteren ist hier ein Bolzen 14 vorgesehen, der die beiden Vertikalstege 9 verbindet und der im Längsmittelbereich der Auszugschiene 4 angeordnet ist, und zwar ebenfalls im oberen Teil der Höhe der Vertikalstege 9. Im stirnseitigen Bereich der seitlich auskragenden Flansche 10 sind weitere Gewindebohrungen vorgesehen, die vertikal angeordnete Stellschrauben 15 aufnehmen.In the front area of this pull-out rail 4 are in the upper half Height H of the vertical webs 9 threaded holes with threaded bolts 13 provided, the two threaded bolts 13 being aligned with one another are. These threaded bolts 13 bear on the respective inner end faces a cone-like extension. Furthermore, a bolt 14 is provided here connects the two vertical webs 9 and that in the central longitudinal region of the pull-out rail 4 is arranged, also in the upper part of the height of the vertical webs 9. In the front area of the laterally projecting flanges 10 further threaded holes are provided, the vertically arranged set screws Record 15.

Die Fig. 4 und 5 zeigen nun die Adapterschiene 16 in Seitensicht und in Ansicht in einer ersten Ausführungsform. Sie besitzt einen T-förmige Querschnitt (Fig. 5) mit einem horizontalen Flansch 17 und einem vertikalen Steg 18, wobei dieser vertikale Steg 18 U-förmig gestaltet ist. Die äußere Breite B dieses vertikalen Steges 18 ist um ein geringes Maß kleiner als die lichte innere Weite A der Auszugschiene 4. In diesen vertikalen Steg 18 sind im Stirnbereich, und zwar im Abstand C von demselben, vertikale Langlochausnehmungen 19 ausgespart. Der erwähnte stirnseitige Abstand C entspricht dabei dem stirnseitigen Abstand D der Gewindebolzen 13 in der Auszugschiene 4. Der rückseitige Teil 20 dieses Steges 18 ist hinsichtlich seiner Höhe verkürzt, und die Unterkante 21 dieses Teiles 20 läuft im Längsmittelbereich der Adapterschie-ne 16 in die Oberkante 22 einer Langlochausnehmung 23 aus, die nach unten hin offen ist. Die Breite E des horizontalen Flansches 17 ist um ein geringes Maß kleiner als die Breite F des ausziehbaren Teiles 24 des Hochschrankes, an dessen Boden 25 dieser Flansch 17 festschraubbar ist.4 and 5 now show the adapter rail 16 in a side view and in view in a first embodiment. It has a T-shaped cross section (Fig. 5) with a horizontal flange 17 and a vertical web 18, this vertical web 18 is U-shaped. The outer width B of this vertical Web 18 is slightly smaller than the clear inner width A of the pull-out rail 4. In this vertical web 18 are in the forehead area, namely at a distance C recessed by the same, vertical slot recesses 19. The mentioned front distance C corresponds to the front distance D of Threaded bolt 13 in the pull-out rail 4. The rear part 20 of this web 18 is shortened in terms of its height, and the lower edge 21 of this part 20 runs in the longitudinal middle region of the adapter rail 16 into the upper edge 22 of one Elongated hole 23, which is open at the bottom. The width E of the horizontal Flange 17 is a small amount smaller than the width F of the pull-out Part 24 of the tall cabinet, on the bottom 25 of this flange 17th is screwable.

Die axialen Längen der Ausziehvorrichtung und jene der Adapterschiene 16 entsprechen einander.The axial lengths of the pull-out device and those of the adapter rail 16 correspond each other.

Soll nun eine Ausziehvorrichtung nach Fig. 1 in einem Hochschrank eingebaut werden, so wird die Korpusschiene 2 am Boden 27 des Möbelkorpus 26 festgelegt, und anschließend werden die Mittelschiene 3 und die Auszugschiene 4 eingesetzt, so daß die Ausziehvorrichtung funktionsbereit ist. Am Boden 25 des ausziehbaren Teiles 24 des Hochschrankes wird nun die Adapterschiene 16 festgeschraubt. Nun wird der ausziehbare Teil 24 mit der an seinem Boden 25 festgeschraubten Adapterschiene 16 auf die Auszugschiene 4 aufgesetzt, wobei der vertikale Steg 18 zwischen die Vertikalstege 9 der Auszugschiene eingefahren wird und wobei vorerst die Gewindebolzen 13 zurückgedreht sind. Diese Gewindebolzen 13 besitzen an ihrer jeweils inneren Stirnseite einen zapfenartigen Vorsprung, dessen Durchmesser nur um ein geringes Maß kleiner ist als die Breite der Langlochausnehmung 19, so daß dieser zapfenartige Vorsprung der jeweiligen Gewindebolzen 13 in die Langlochausnehmung 19 eindringen kann, sobald diese Teile deckungsgleich zueinander liegen. Die Unterkante 21 des vertikalen Steges 18 der Adapterschiene 16 liegt vorerst am Bolzen 14 auf, worauf dieser ausziehbare Teil 24 in Einschubrichtung der Ausziehvorrichtung nach hinten gestoßen wird. Dabei gelangt der Bolzen 14 in die Langlochausnehmung 23 und die vertikale Langlochausnehmung 19 kommt dabei in fluchtende Lage mit den Gewindebolzen 13. Anschließend werden die Gewindebolzen 13 eingedreht, so daß sie bzw. ihre zapfenartigen Vorsprünge in die Langlochausnehmungen 19 ragen und formschlüssig in diese eingreifen. Der jeweilige Absatz zwischen dem zapfenartigen Vorsprung und dem Gewindeabschnitt des Gewindebolzen 13 liegt dabei am Rand der Langlochausnehmung 19 an. Damit ist der vertikale Steg 18 in der Auszugschiene 4 von beiden Seiten her gehalten. Durch Verdrehen der Gewindebolzen 13 ist es möglich, die Adapterschie-ne 16 bezüglich der vertikalen Längsmittelebene der Auszugschiene 4 zu orientieren und zu fixieren. Durch Betätigen der vertikalen Stellschrauben 15 kann darüberhinaus der ausziehbare Teil 24 bzw. die Adapterschiene 16 noch um die Achse des Bolzens 14 etwas verschwenkt und damit in vertikaler Richtung ausgerichtet werden. Die Langlochausnehmung 19 im Steg 18 der Adapterschiene 16 läßt diese vertikale Verstellung zu. Die Adapterschiene 16 ist gegenüber der Auszugschiene 4 in achsialer Richtung formschlüssig ge-halten. In Fig. 8 sind aus Gründen der Übersichtlichkeit die vertikalen Stellschrauben 15 und die horizontalen Gewindebolzen 13 nur durch ihre Mittellinien angedeutet.1 is now installed in a tall cabinet the body rail 2 is fixed to the bottom 27 of the furniture body 26, and then the middle rail 3 and the pull-out rail 4 are inserted, so that the pull-out device is ready for operation. On the bottom 25 of the pull-out Part 24 of the tall cabinet is now screwed onto the adapter rail 16. Now the extendable part 24 with the screwed to its bottom 25 Adapter rail 16 placed on the pull-out rail 4, the vertical web 18 retracted between the vertical webs 9 of the pull-out rail is and for the time being the threaded bolts 13 are turned back. These threaded bolts 13 have a peg-like projection on their respective inner end faces, whose diameter is only slightly smaller than the width the slot recess 19 so that this pin-like projection of the respective Threaded bolt 13 can penetrate into the slot 19 as soon as these parts are congruent with each other. The bottom edge 21 of the vertical Web 18 of the adapter rail 16 is initially on the bolt 14, whereupon this extendable part 24 pushed in the insertion direction of the pulling device to the rear becomes. The bolt 14 gets into the slot 23 and the vertical slot recess 19 comes into alignment with the threaded bolts 13. Then the threaded bolts 13 are screwed in so that they or their pin-like projections protrude into the slot recesses 19 and intervene in a form-fitting manner. The respective paragraph between the cone-like Projection and the threaded portion of the threaded bolt 13 is located thereby at the edge of the slot 19. The vertical web is thus 18th held in the pull-out rail 4 from both sides. By twisting the Threaded bolt 13, it is possible to adjust the adapter rail 16 with respect to the vertical Orientate and fix the longitudinal center plane of the pull-out rail 4. By pressing the vertical set screws 15 can also the extendable part 24 or the adapter rail 16 is still pivoted somewhat about the axis of the bolt 14 and thus be aligned in the vertical direction. The slot hole 19 in the web 18 of the adapter rail 16 allows this vertical adjustment to. The adapter rail 16 is opposite the pull-out rail 4 in the axial direction held positively. 8 are for reasons of clarity vertical set screws 15 and the horizontal threaded bolts 13 only through their center lines indicated.

Fig. 6 veranschaulicht eine Adapterschiene 16 in einer gegenüber Fig. 4 abgeänderten Form. An die Langlochausnehmung 23, die nach unten hin offen ist, schließt der vertikale Steg 18 mit seiner gesamten Höhe G an. Das Einsetzen dieser Adapterschiene 16 in die Ausziehvorrichtung bedarf einer größeren Sorgfalt und Aufmerksamkeit, da beim Zusammensetzen darauf geachtet werden muß, daß die Aussparung I, also der nach unten offene Abschnitt der Langlochausnehmung 23, mit dem Bolzen 14 in etwa deckungsgleicher Lage sich befindet, worauf bei der Verwendung der Adapterschiene 16 nach Fig. 4 keine Rücksicht genommen werden muß. Der verkürzte rückseitige Teil 20 erstreckt sich etwa über die halbe achsiale Länge der Adapterschiene 16.FIG. 6 illustrates an adapter rail 16 in a modified one compared to FIG. 4 Shape. At the slot opening 23, which is open at the bottom, the vertical web 18 connects with its entire height G. Insertion this adapter rail 16 in the pull-out device requires greater care and attention, as care is taken when assembling must that the recess I, that is, the downwardly open section of the slot recess 23, with the bolt 14 is in approximately congruent position, whereupon no consideration when using the adapter rail 16 according to FIG. 4 must be taken. The shortened rear part 20 extends approximately over half the axial length of the adapter rail 16.

Bei solchen Ausziehvorrichtungen für Hochschränke sind auch noch deckenseitig Führungen 28 vorgesehen, die einen üblichen Aufbau besitzen und daher hier nicht näher beschrieben werden. Fig. 9 veranschaulicht einen solchen Hochschrank 1 mit vorgezogenem Teil 24 und der bodenseitig angeordneten Ausziehvorrichtung nach Fig. 1 mit der Adapterschiene 16, wie vorstehend beschrieben. Nach den gezeigten Ausführungsbeispielen ist die Adapterschiene 16 einstückig ausgebildet. Es liegt im Rahmen der Erfindung, diese Adapterschiene mehrteilig auszugestalten und die einzelnen Teile durch Querbolzen oder andere Verbindungsmittel fest miteinander zu vereinigen. Die Breite B des Steges 18 der Adapterschiene 16 ist etwas schmäler als die innere Weite A der Auszugschiene 4. Um diese Maßdifferenz auszugleichen, können in den Vertikalstegen 9 der Auszugschiene nach innen gerichtete Dellen angeformt sein, oder aber es können aus diesen Vertikalstegen Laschen freigestanzt sein, die etwas nach innen gebogen sind und die nach Art von Blattfedern wirken und die zwischen sich den vertikalen Steg 18 der Adapterschiene 16 aufnehmen. Die vordere formschlüssige Verbindung zwischen Auszugschiene 4 und Adapterschiene 16 wird durch das Zusammenwirken der horizontalen Gewindebolzen 13 und der vertikalen Langlochausnehmung 19 erreicht. Anstelle solcher Gewindebolzen könnten auch federbelastete Rasten vorgesehen werden. Anstelle des Einbaus solcher Rasten in den Vertikalstegen 9 der Auszugschiene könnten auch Rasten in den vertikalen Steg 18 der Adapterschiene 16 eingebaut sein, da die Breite B dieses vertikalen Steges für die Aufnahme solcher Rasten und deren Teile hinreichend Platz bietet. solche Rastelemente könnten so ausgebildet sein, daß sie sich in einer horizontalen Ebene bewegen, oder aber sie könnten um horizontale Achsen schwenkbar sein, sofern die Rastglieder mit vertikalen Langlochausnehmungen zusammenwirken. In diesem Fall sind die vertikalen Langlochausnehmungen in den Vertikalstegen 9 der Auszugschiene vorzusehen.Such pull-out devices for tall cabinets are also on the ceiling side Guides 28 are provided, which have a conventional structure and therefore here not be described in detail. Fig. 9 illustrates such a tall cabinet 1 with advanced part 24 and the pull-out device arranged on the bottom 1 with the adapter rail 16, as described above. According to the exemplary embodiments shown, the adapter rail 16 is in one piece educated. It is within the scope of the invention, this adapter rail in several parts to design and the individual parts by cross bolts or other connecting means to unite firmly. The width B of the web 18 of the adapter rail 16 is somewhat narrower than the inner width A of the pull-out rail 4. To compensate for this difference in size, the pull-out rail can be in the vertical webs 9 molded inward dents, or it can tabs are punched out of these vertical webs, which are bent somewhat inwards are and which act like leaf springs and which act between themselves vertical web 18 of the adapter rail 16. The front positive Connection between pull-out rail 4 and adapter rail 16 is through the Interaction of the horizontal threaded bolts 13 and the vertical slot recess 19 reached. Instead of such threaded bolts, spring-loaded could also be used Notches are provided. Instead of installing such pegs in the vertical webs 9 of the pull-out rail could also snap in the vertical Web 18 of the adapter rail 16 can be installed because the width B of this vertical Bridges for the inclusion of such pegs and their parts offers sufficient space. such locking elements could be designed so that they are in a horizontal Move level, or else they could be pivoted about horizontal axes be, provided the locking elements interact with vertical elongated holes. In this case, the vertical slots are in the vertical webs 9 of the pull-out rail.

Die Ausziehvorrichtung für Hochschränke 1 gemäß der Ausführung nach den Figuren 10 bis 15 besitzt ebenfalls eine im Querschnitt U-förmige Korpusschiene 2, eine aus zwei durch Querbolzen miteinander verbundenen Z-Profilen gefertigte Mittelschiene 3 und eine Auszugschiene 4, wobei diese Schienen dank der hier vorgesehenen Laufrollen 5, 6 und 7 in herkömmlicher Weise gegeneinander axial verschiebbar gelagert sind. Diese Laufrollen sind in der Regel bei einer Ausziehvorrichtung der gezeigten Art an der Mittelschiene 3 gelagert. Es sei an dieser Stelle vermerkt, daß die folgende näher beschriebene Erfindung nicht auf eine Ausziehvorrichtung mit drei Schienen beschränkt ist, eine Ausziehvorrichtung, bei der die gegenständliche Erfindung anwendbar ist, kann auch weniger als drei oder mehr als drei Schienen aufweisen.The pull-out device for tall cabinets 1 according to the design according to Figures 10 to 15 also has a U-shaped body rail 2, one made from two Z-profiles connected by cross bolts Middle rail 3 and a pull-out rail 4, these rails thanks to the here provided rollers 5, 6 and 7 in a conventional manner against each other axially are slidably mounted. These rollers are usually with a pull-out device of the type shown mounted on the middle rail 3. It was on this Note that the following detailed invention is not limited to Extractor with three rails is limited to one extractor to which the subject invention is applicable can also be less than three or have more than three rails.

Die Auszugschiene 4 ist hier aus zwei U-Profilen 8 gebildet, deren Vertikalstege 9 einander zugewandt sind. Diese Vertikalstege 9 sind voneinander um das Maß A distanziert. Diese U-Profile 8 besitzen jeweils einen oberen Flansch 10 und je einen unteren Flansch 11, letztere dienen als Laufbahnen für die Laufrollen. Die beiden U-Profile 8 sind über Querholme 12 miteinander zu einer Einheit verbunden. Anstelle aus zwei U-Profilen 8 für die Auszugschiene 4 könnte diese auch aus einem nach oben offenen U-Profil mit oberen, nach außen gebogenen Flansche bildenden Rändern ausgestaltet sein.The pull-out rail 4 is formed here from two U-profiles 8, the vertical webs 9 are facing each other. These vertical webs 9 are apart from each other by the dimension A. distant. These U-profiles 8 each have an upper flange 10 and each a lower flange 11, the latter serve as raceways for the rollers. The two U-profiles 8 are connected to one another via cross bars 12. Instead of two U-profiles 8 for the pull-out rail 4, this could also from an upwardly open U-profile with upper, outwardly curved flanges forming edges.

Im stirnseitigen Bereich dieser Auszugschiene 4 sind in der oberen Hälfte der Höhe H der Vertikalstege 9 Gewindebohrungen mit eingedrehten Gewindebolzen 13 vorgesehen, wobei die beiden Gewindebolzen 13 fluchtend zueinander angeordnet sind. Des weiteren ist hier ein Anschlag 30 vorgesehen, der den Ausziehweg dieser Schiene gegenüber der Mittelschiene 3 begrenzt.In the front area of this pull-out rail 4 are in the upper half Height H of the vertical webs 9 threaded holes with threaded bolts 13 provided, the two threaded bolts 13 being aligned with one another are. Furthermore, a stop 30 is provided here, which is the extension path this rail compared to the central rail 3 limited.

Im vorderen Querholm 12 ist eine Gewindebohrung vorgesehen zur Aufnahme einer vertikalen Stellschraube 15 mit einer Rändelscheibe 31 zur manuellen Betätigung dieser Schraube 15. Die Stirnseite dieser Stellschraube 15 trägt eine Auflagescheibe 32, deren Durchmesser etwas größer ist als der Durchmesser der Stellschraube 15. Diese Stellschraube 15 ist darüberhinaus von einer vertikalen Längsbohrung durchsetzt, in der ein federbelasteter Rastbolzen 33 angeordnet ist, der gegenüber der Auflagescheibe 32 nach oben vorsteht. Mittels der Scheibe 34 kann dieser Rastbolzen 33 nach unten gezogen und eventuell in dieser nach unten gezogenen Stellung arretiert werden. Diese Scheibe 34 ist so ausgebildet, daß sie die kreisrunde Rändelscheibe 31 nur an zwei diametral liegenden Seiten überragt. Des weiteren sind im Längsmittelbereich der Auszugschiene 4 paarweise und einander zugewandt Kufen 35 vorgesehen, die im wesentlichen horizontal verlaufen und die hier gebogen ausgebildet sind. Diese Kufen 35 können entweder an den Vertikalstegen 9 angeschweißt sein oder durch freigestanzte und nach innen gebogene Laschen gebildet sein. Im gezeigten Ausführungsbeispiel sind beide je ein Paar bildenden Kufen 35 über ihre jeweilige Länge gebogen. Es ist möglich, diese Kufen 35 im wesentlichen gerade und parallel zueinander verlaufend auszubilden und nur die der Stirnseite der Auszugschiene 4 zugewandten Abschnitte trichterartig verlaufend zu gestalten.In the front cross member 12, a threaded hole is provided for receiving a vertical adjusting screw 15 with a knurled wheel 31 for manual actuation this screw 15. The end face of this adjusting screw 15 carries one Washer 32, the diameter of which is slightly larger than the diameter of the Set screw 15. This set screw 15 is also of a vertical Longitudinal hole penetrates in which a spring-loaded locking pin 33 is arranged is, which protrudes upward relative to the support plate 32. By means of the disc 34 this locking bolt 33 can be pulled down and possibly in this locked position can be locked. This disc 34 is designed that they have the circular knurled wheel 31 only on two diametrically lying sides surmounted. Furthermore, 4 are in pairs in the longitudinal central region of the pull-out rail and facing skids 35 are provided which are substantially horizontal run and which are curved here. These runners 35 can either be welded to the vertical webs 9 or by punched and be formed inwardly curved tabs. In the embodiment shown are each a pair of runners 35 bent over their respective lengths. It it is possible for these runners 35 to run essentially straight and parallel to one another form and only those facing the end face of the pull-out rail 4 To design sections funnel-like.

Die Fig. 14 und 15 zeigen nun die Adapterschiene 16 in Seitensicht und in Ansicht. Sie besitzt einen T-förmige Querschnitt (Fig. 15) mit einem horizontalen Flansch 17 und einem vertikalen Steg 18, wobei dieser vertikale Steg 18 U-förmig gestaltet ist. Die äußere Breite B dieses vertikalen Steges 18 ist um ein geringes Maß kleiner als die lichte innere Weite A der Auszugschiene 4. Die Breite E des horizontalen Flansches 17 ist um ein geringes Maß kleiner als die Breite F des ausziehbaren Teiles 24 des Hochschrankes, an dessen Boden 25 dieser Flansch 17 festschraubbar ist. Im Längsmittelbereich dieser Adapterschiene 16 ist nun ein Bolzen 36 festgelegt, der hier den U-förmigen vertikalen Steg 18 quer durchsetzt. Der Durchmesser dieses Bolzens 36 ist um ein geringes Maß kleiner als der kleinste Abstand G der Kufen 35. Des weiteren besitzt die Unterseite des Steges 18 im vorderen Bereich eine Aussparung 37, und dieser Aussparung 37 benachbart liegt eine Lasche 38 mit einem nach unten ragenden abgekröpften Abschnitt.14 and 15 now show the adapter rail 16 in a side view and in view. It has a T-shaped cross section (Fig. 15) with a horizontal Flange 17 and a vertical web 18, this vertical web 18 U-shaped is designed. The outer width B of this vertical web 18 is a little Dimension smaller than the clear inner width A of the pull-out rail 4. The width E of the horizontal flange 17 is a small amount smaller than the width F of extendable part 24 of the tall cabinet, at the bottom 25 this flange 17 is screwable. In the longitudinal central region of this adapter rail 16 there is now a Bolt 36, which passes through the U-shaped vertical web 18 transversely. The diameter of this bolt 36 is smaller than that by a small amount smallest distance G of the runners 35. Furthermore, the underside of the web has 18 in the front area a recess 37, and this recess 37 adjacent there is a tab 38 with a downwardly protruding section.

Die axialen Längen der Ausziehvorrichtung und jene der Adapterschiene 16 entsprechen einander.The axial lengths of the pull-out device and those of the adapter rail 16 correspond each other.

Soll nun eine Ausziehvorrichtung nach Fig. 10 in einem Hochschrank 1 eingebaut werden, so wird die Korpusschiene 2 am Boden 27 des Möbelkorpus 26 festgelegt, und anschließend werden die Mittelschiene 3 und die Auszugschiene 4 eingesetzt, so daß die Ausziehvorrichtung funktionsbereit ist. Am Boden 25 des ausziehbaren Teiles 24 des Hochschrankes wird nun die Adapterschiene 16 festgeschraubt. Nun wird der ausziehbare Teil 24 mit der an seinem Boden 25 festgeschraubten Adapterschiene 16 auf die Auszugschiene 4 aufgesetzt, wobei der vertikale Steg 18 zwischen die Vertikalstege 9 der Auszugschiene 4 eingefahren wird und wobei vorerst die Gewindebolzen 13 zurückgedreht sind. Der horizontale Flansch 17 der Adapterschiene 16 liegt vorerst auf den oberen Flanschen 10 der Auszugschiene 4 auf, worauf der ausziehbare Teil 24 in Einschubrichtung der Ausziehvorrichtung nach hinten geschoben wird. Der Rastbolzen 33 ist durch den auf ihm aufliegenden Steg 18 nach unten gedrückt. Durch dieses Einschieben gelangt der Bolzen 36 zwischen die Kufen 35, und sobald die Aussparung 37 deckungsgleich mit dem unter der Wirkung einer Feder stehenden Rastbolzen 33 liegt, springt dieser nach oben vor und ragt dabei formschlüssig in die Aussparung 37. Darüberhinaus untergreift die Lasche 38 mit ihrem freien Ende die Auflagescheibe 32 randseitig, die an der Stirnseite der Stellschraube 15 angeordnet ist. Durch Betätigung der Stellschraube 15 wird die Adapterschiene 16 in vertikaler Richtung und durch die Betätigung der Gewindebolzen 13 in horizontaler Richtung ausgerichtet.10 is now to be installed in a tall cabinet 1 the body rail 2 is fixed to the bottom 27 of the furniture body 26, and then the middle rail 3 and the pull-out rail 4 are inserted, so that the pull-out device is ready for operation. On the bottom 25 of the pull-out Part 24 of the tall cabinet is now screwed onto the adapter rail 16. Now the extendable part 24 with the screwed to its bottom 25 Adapter rail 16 placed on the pull-out rail 4, the vertical web 18 retracted between the vertical webs 9 of the pull-out rail 4 is and for the time being the threaded bolts 13 are turned back. The horizontal one Flange 17 of the adapter rail 16 is initially on the upper flanges 10 of the Pull-out rail 4, whereupon the extendable part 24 in the direction of insertion Pulling device is pushed back. The locking bolt 33 is through the web 18 lying on it pressed down. By this insertion the bolt 36 passes between the runners 35 and as soon as the recess 37 congruent with the locking bolt 33 under the action of a spring lies, it jumps up and protrudes positively into the recess 37. In addition, the tab 38 engages under the support disc with its free end 32 on the edge, which is arranged on the end face of the adjusting screw 15 is. By actuating the set screw 15, the adapter rail 16 becomes vertical Direction and by operating the threaded bolts 13 in a horizontal direction Direction.

Durch Betätigen der vertikalen Stellschrauben 15 wird dabei der ausziehbare Teil 24 bzw. die Adapterschiene 16 um die Achse des Bolzens 36 etwas verschwenkt und damit in vertikaler Richtung ausgerichtet. Die Adapterschiene 16 ist gegenüber der Auszugschiene 4 in axialer Richtung durch den Rastbolzen 33 formschlüssig gehalten und gegenüber Abheben durch das Zusammenwirken der Auflagescheibe 32 und der Lasche 38 gesichert.By pressing the vertical adjusting screws 15, the pull-out part 24 or the adapter rail 16 is pivoted somewhat about the axis of the bolt 36 and thus aligned in the vertical direction. The adapter rail 16 is opposite the pull-out rail 4 in the axial direction by the locking bolt 33 in a form-fitting manner held and against lifting by the interaction of the support disc 32 and the tab 38 secured.

Nach dem gezeigten Ausführungsbeispiel ist die Adapterschiene 16 (Fig. 14) einstückig ausgebildet. Es liegt im Rahmen der Erfindung, diese Adapterschiene mehrteilig auszugestalten und die einzelnen Teile durch Querbolzen oder andere Verbindungsmittel fest miteinander zu vereinigen. Die Breite B des Steges 18 der Adapterschiene 16 ist etwas schmäler als die innere Weite A der Auszugschiene 4. Um diese Maßdifferenz auszugleichen, können auch hier in den Vertikalstegen 9 der Auszugschiene nach innen gerichtete Dellen angeformt sein, oder aber es können aus diesen Vertikalstegen Laschen freigestanzt sein, die etwas nach innen gebogen sind und die nach Art von Blattfedern wirken und die zwischen sich den vertikalen Steg 18 der Adapterschiene 16 aufnehmen. Die vordere formschlüssige Verbindung zwischen Auszugschiene 4 und Adapterschiene 16 wird durch das Zusammenwirken der Aussparung 37 und des Rastbolzens 33 erreicht sowie durch das Zusammenwirken der Auflagescheibe 32 und der Lasche 38.According to the exemplary embodiment shown, the adapter rail 16 (FIG. 14) is in one piece educated. It is within the scope of the invention, this adapter rail to design in several parts and the individual parts by cross bolts or others To unite lanyards firmly. The width B of the web 18 of the Adapter rail 16 is somewhat narrower than the inner width A of the pull-out rail 4. To compensate for this difference in size, you can also use the vertical bars here 9 of the pull-out rail molded inward dents, or else it can be punched out of these vertical webs tabs that something inside are curved and act like leaf springs and between themselves take up the vertical web 18 of the adapter rail 16. The front positive Connection between pull-out rail 4 and adapter rail 16 is achieved by the interaction of the recess 37 and the locking bolt 33 and by the interaction of the support plate 32 and the tab 38.

Die Adapterschiene 16 nimmt einen ausziehbaren Teil 24 des Hochschrankes 1 auf (Fig. 9), der kastenartig ausgebildet ist, wie er vorstehend auch beschrieben und gezeigt wurde. Es ist aber auch möglich, einen umfangsgeschlossenen, aus Profilrohren gefertigten Rahmen mit der Ausziehvorrichtung zu verbinden. In einem solchen Fall wird der untere, horizontale Rahmenschenkel des Rahmens direkt in die Auszugschiene 4 eingesetzt und in dieser festgelegt. in diesem Fall ist der untere, horizontale Rahmenschenkel des umfangsgeschlossenen Rahmens in der Weise konstruktiv gestaltet wie der vertikale Steg 18 der im Querschnitt T-förmigen Adapterschiene 4. Werden solche umfangsgeschlossene Rahmen verwendet, so werden zwischen die vertikal stehenden Schenkel dieses Rahmens Einsatzkörbe oder andere Tablare eingehängt.The adapter rail 16 takes an extendable part 24 of the tall cabinet 1 on (Fig. 9), which is box-shaped, as also described above and was shown. But it is also possible to have a circumferentially closed one To connect the profile frame to the pull-out device. In one such case becomes the lower, horizontal frame leg of the frame inserted directly into the pull-out rail 4 and fixed in this. in this case is the lower, horizontal frame leg of the circumferentially closed frame designed in such a way as the vertical web 18 of the cross section T-shaped adapter rail 4. Are such circumferentially closed frames used, this is between the vertical legs Frame insert baskets or other trays hung.

Anhand der Figuren 16 bis 26 wird ein weiteres Ausführungsbeispiel im Zusammenhang mit einem Ausziehrahmen nachstehend beschrieben:Another exemplary embodiment is shown in connection with FIGS. 16 to 26 with a pull-out frame described below:

Am Boden 27 eines Hochschrankes 1 (Fig. 26) ist eine mehrteilige Ausziehvorrichtung 39 angeordnet, an deren Auszugschiene 4 ein vertikal stehender Ausziehrahmen 40 festgelegt ist mit einem vorderen vertikalen Rahmenschenkel 41 und einem hinteren vertikalen Rahmenschenkel 42 sowie oberen und unteren horizontalen Rahmenschenkeln 43 und 44. Am oberen horizontalen Rahmenschenkel 43 greift eine obere Führung 28 an, die die Aufgabe hat, den Ausziehrahmen 40 zu stabilisieren. Die einzelnen Rahmenschenkel können gegebenenfalls teleskopartig ausgebildet und verlängerbar bzw. verkürzbar sein, um den Ausziehrahmen den Abmessungen eines Hochschrankes 1 anzupassen. Zwischen den Rahmenschenkeln 41 und 42 sind mehrere Einsatzkörbe 45 einhängbar, von welchen hier nur einer dargestellt ist. Am vorderen vertikalen Rahmenschenkel 41 ist eine Frontblende 29 festlegbar, die bei eingefahrener Ausziehvorrichtung 39 den Hochschrank 1 nach vorne verschließt. Zur Festlegung dieser Frontblende 29 am Ausziehrahmen 40 sind an dessen vorderem vertikalen Rahmenschenkel 41 Beschläge 46 vorgesehen.At the bottom 27 of a tall cabinet 1 (Fig. 26) is a multi-part pull-out device 39 arranged, on the pull-out rail 4, a vertically standing pull-out frame 40 is fixed with a front vertical frame leg 41 and a rear vertical frame leg 42 and upper and lower horizontal frame legs 43 and 44. On the upper horizontal frame leg 43 attacks an upper guide 28, which has the task of the pull-out frame 40 stabilize. The individual frame legs can, if necessary be telescopic and extendable or shortenable to the Adjust the pull-out frame to the dimensions of a tall cabinet 1. Between the frame legs 41 and 42 can be hung in several insert baskets 45, only one of which is shown here. On the front vertical frame leg 41, a front panel 29 can be fixed, which with the pull-out device retracted 39 closes the tall cabinet 1 to the front. Laying down this Front panel 29 on the pull-out frame 40 are on the front vertical frame leg 41 fittings 46 provided.

Eine einfache Ausziehvorrichtung 39, wie sie für solche Hochschränke verwendbar ist, ist in Ansicht in Fig. 16 dargestellt. Die Auszugschiene 4 besitzt hier einen U-förmigen Querschnitt mit zwei vertikalen Stegen 47 und oberen, seitlich auskragenden Flanschen 48. Im rückseitigen Bereich dieser Auszugschiene 4 sind paarweise Laufrollen 49 frei drehbar gelagert. Diese Auszugschiene 4 mit ihren Laufrollen 49 ist von einer im Querschnitt U-förmigen Korpusschiene 2 aufgenommen, die am Boden 27 des Hochschrankes 1 festgelegt ist. In Fig. 26 ist eine drei Schienen aufweisende Ausziehvorrichtung dargestellt. Die Ausziehvorrichtung nach Fig. 16 beinhaltet ausschließlich zwei Schienen. Die Anzahl der Schienen der Ausziehvorrichtung ist für die gegenständliche Erfindung nicht wesentlich. Zum Zwecke der Übersichtlichkeit ist daher hier die im Detail beschriebene Ausziehvorrichtung nur mit zwei Schienen ausgestattet. Die bereits erwähnte Korpusschiene 2 besitzt an ihrem vorderen Ende Stützrollen, auf welchen die seitlich auskragenden Flansche 48 als Führungs- und Rollenbahnen aufliegen.A simple pull-out device 39, as can be used for such tall cabinets is shown in view in Fig. 16. The pull-out rail 4 has one here U-shaped cross section with two vertical webs 47 and upper, laterally projecting Flanges 48. In the rear area of this pull-out rail 4 in pairs rollers 49 freely rotatable. This pull-out rail 4 with their Rollers 49 are received by a body rail 2 with a U-shaped cross section, which is fixed on the floor 27 of the tall cabinet 1. In Fig. 26, one is three Extracting device with rails shown. The puller 16 includes only two rails. The number of rails the pull-out device is not essential for the present invention. For the sake of clarity, therefore, the pull-out device described in detail here only equipped with two rails. The previously mentioned body rail 2 has at its front end support rollers on which the side projecting flanges 48 as guide and roller tracks.

Wesentlich für die Erfindung ist die Ausgestaltung der Auszugschiene 4 sowie des unteren Rahmenschenkels 44 des Ausziehrahmens 40. Die Auszugschiene 4 besitzt in ihrem Längsmittelbereich ein Hakenglied 51, das gegen die Vorderseite der Auszugschiene 4 offen ist und das zwischen den beiden vertikalen Stegen 47 dieser Auszugschiene 4 liegt. Die Aufnahmeöffnung 52 des Hakengliedes 51 ist von zueinander sich konisch verjüngenden Flächen begrenzt, in der Weise, daß die breite Mündungsöffnung sich gegen den Grund dieser Öffnung verkleinert. Die Haupterstreckungsrichtung dieser Aufnahmeöffnung 52 ist im wesentlichen horizontal.The design of the pull-out rail 4 and. Is essential for the invention of the lower frame leg 44 of the pull-out frame 40. The pull-out rail 4 has in its longitudinal central region a hook member 51 which is against the front the pull-out rail 4 is open and that between the two vertical webs 47 this pull-out rail 4 lies. The receiving opening 52 of the hook member 51 is bounded by conically tapering surfaces in such a way that the wide mouth opening shrinks towards the bottom of this opening. The main direction of extension of this receiving opening 52 is essentially horizontal.

Im Stirnbereich der Auszugschiene 4, ebenfalls zwischen den vertikalen Stegen 47, ist ein Formstück 53 vorgesehen mit einem I-förmigen Querschnitt (Fig. 19). Dieses Formstück 53 besitzt eine vertikale Gewindebohrung, in welche ein Gewindebolzen 54 eingedreht ist, der bezüglich der Auszugschiene 4 ortsfest gelagert ist. Am unteren Ende des Gewindebolzens 54 ist eine Rändelschraube 55 angeordnet, deren Durchmesser etwa dem Abstand der vertikalen Stege 47 entspricht. Sowohl das Formstück 53 wie auch das Hakenglied 51 sind etwas schmäler als die innere Weite W der Auszugschiene 4. Schlußendlich ist noch zu vermerken, daß am hinteren Ende der Auszugschiene 4 die Vertikalstege 47 einen absatzartigen Ausschnitt 56 aufweisen, der bis in die Flansche 48 ragt.In the front area of the pull-out rail 4, also between the vertical webs 47, a shaped piece 53 is provided with an I-shaped cross section (FIG. 19). This fitting 53 has a vertical threaded bore into which a threaded bolt 54 is screwed in, which is mounted stationary with respect to the pull-out rail 4 is. At the lower end of the threaded bolt 54 is a knurled screw 55 arranged, the diameter of which corresponds approximately to the distance between the vertical webs 47. Both the fitting 53 and the hook member 51 are something narrower than the inner width W of the pull-out rail 4. Finally, it is closed note that the vertical webs 47 at the rear end of the pull-out rail 4 have shoulder-like cutout 56, which extends into the flanges 48.

Was nun den unteren Rahmenschenkel 44 des Ausziehrahmens 40 betrifft, so besteht dieser aus einem nach unten offenen U-Profil 57. Dieses nach unten offene U-Profil trägt an seinem hinteren Ende seitlich auskragende Bolzen 58. Im Längsmittelbereich des U-Profiles 57 und in etwa dessen halber Höhe ist ein innerer Bolzen 59 vorgesehen, der zwischen den beiden vertikalen Stegen des U-Profiles 57 liegt. Ferner sind an der Innenseite der vertikalen Stege des U-Profiles 57, und zwar in dessen stirnseitigem Abschnitt, Bolzen 60 festgelegt. Die Auszugschiene 4 und der Rahmenschenkel 44 sind ungefähr gleich lang, wie bei solchen Ausziehvorrichtungen üblich. Der Abstand A des im Längsmittelbereich des Rahmenschenkels 44 liegenden Bolzens 59 von dessen Oberkante ist größer als der Abstand C der Aufnahmeöffnung 52 des mittig liegenden Hakengliedes 51 von der Oberkante der Auszugschiene. As for the lower frame leg 44 of the pull-out frame 40, see above it consists of a U-profile 57 open at the bottom. This open at the bottom U-profile carries laterally projecting bolts 58 at its rear end The longitudinal central area of the U-profile 57 and approximately half its height is an inner one Bolt 59 is provided between the two vertical webs of the U-profile 57 lies. Furthermore, on the inside of the vertical webs of the U-profile 57, namely in its end section, bolt 60 is fixed. The pull-out rail 4 and the frame leg 44 are approximately the same length as in such Extending devices common. The distance A of in the longitudinal central region of the Frame leg 44 lying bolt 59 from its upper edge is greater than the distance C of the receiving opening 52 of the centrally located hook member 51 from the top edge of the pull-out rail.

Zum Einsetzen und Festlegen des Ausziehrahmens 40 an der Auszugschiene 4 wird nun wie folgt verfahren: Mittels der Rändelschraube 55 wird das verdrehgesichert gehaltene Formstück 53 ganz nach unten gedreht. Nun wird der Ausziehrahmen 40 bzw. dessen unterer Rahmenschenkel 44 so zwischen die vertikalen Stege 47 der Auszugschiene 4 eingesetzt, daß die seitlich auskragenden Bolzen 58 auf den Flanschen 48 etwa zwischen den Laufrollen 49 und dem Hakenglied 51 aufliegen. Nun wird der Ausziehrahmen 40 gegenüber der Auszugschiene 4 nach hinten geschoben, wobei die Bolzen 58 auf den Flanschen 48 gleiten, und zwar so lange, bis der Bolzen 59 in die Öffnung 52 des Hakengliedes 51 eingefahren ist und die Bolzen 60 in das vordere Formstück 53 eingreifen (Fig. 23). Der Rahmenschenkel 44 liegt vorerst etwas schräg, nach vorne abfallend. Nun wird das Formstück 53 durch Drehen der Rändelschraube 55 etwas angehoben, so daß sich der Rahmenschenkel 44 um den mittleren Bolzen 59 als Achse etwas verdreht, bis dieser Rahmenschenkel 44 waagrecht und parallel zur Auszugschiene 4 liegt. Dabei senken sich die seitlich auskragenden Bolzen 58 zusammen mit dem hinteren Ende des Rahmenschenkels 44 etwas ab und gelangen so in die hinteren Ausschnitte 56. Damit ist der Ausziehrahmen 40 gegenüber der Auszugschiene 4 in horizontaler und in vertikaler Richtung festgelegt.For inserting and fixing the pull-out frame 40 on the pull-out rail 4 The procedure is now as follows: This is secured against rotation by means of the knurled screw 55 held fitting 53 rotated all the way down. Now the pull-out frame 40 or its lower frame leg 44 between the vertical Web 47 of the pull-out rail 4 used that the laterally projecting bolts 58 on the flanges 48 approximately between the rollers 49 and the hook member 51 lie on. The pull-out frame 40 is now opposite the pull-out rail 4 pushed backwards, with the bolts 58 sliding on the flanges 48, and So long until the bolt 59 is inserted into the opening 52 of the hook member 51 and engage the bolts 60 in the front fitting 53 (Fig. 23). The Frame leg 44 is initially somewhat oblique, sloping towards the front. Well now the fitting 53 slightly raised by turning the thumbscrew 55, so that the frame leg 44 around the central pin 59 as an axis somewhat twisted until this frame leg 44 is horizontal and parallel to the pull-out rail 4 lies. The laterally projecting bolts 58 lower together with the rear end of the frame leg 44 something and get so in the rear cutouts 56. The pull-out frame 40 is opposite the Pull-out rail 4 fixed in the horizontal and vertical directions.

Die Auszugschiene 4 kann auch Querschnittsformen besitzen, wie in den Figuren 24 und 25 dargestellt und angedeutet ist. In diesem Fall besteht die Auszugschiene 4 aus zwei symmetrisch angeordneten Profilschienen, die über hier nicht dargestellte Querstege miteinander fest verbunden sind.The pull-out rail 4 can also have cross-sectional shapes, as in the figures 24 and 25 is shown and indicated. In this case there is the pull-out rail 4 from two symmetrically arranged rails, which are not shown here Cross bars are firmly connected to each other.

Anstelle eines im Querschnitt I-förmigen Formstückes 53 könnte hier auch ein Hakenglied eingesetzt werden, das hinsichtlich seiner Ausbildung dem im Mittelbereich der Auszugschiene angeordneten entspricht. Anstelle des Hakengliedes 51 im Mittelbereich könnte hier ein Formstück mit I-förmigem Querschnitt angeordnet sein. Formstück und Hakenglied können somit ausgetauscht werden. Wesentlich ist, daß durch eines der beiden Glieder einerseits der Verschiebeweg des Rahmenschenkels 44 nach hinten begrenzt ist und daß andererseits das vordere Ende des Rahmenschenkels 44 anhebbar und absenkbar gelagert ist, wobei sich dieser Rahmenschenkel 44 um eine Querachse dreht, die in seinem Längsmittelbereich liegt. Die Verwendung eines im Querschnitt I-förmigen Formstückes hat den Vorteil, daß an die Fertigungstoleranzen keine allzu hohen Anforderungen gestellt werden müssen, also auf die Lage des Bolzens 59 relativ zur Lage der Bolzen 60. Instead of a shaped piece 53 with an I-shaped cross section, one could also be here Hook link are used, the training in the middle area the pull-out rail arranged corresponds. Instead of the hook link 51 in the middle area, a fitting with an I-shaped cross section could be arranged here his. The fitting and hook link can thus be exchanged. Essential is that the displacement path of the Frame leg 44 is limited to the rear and that on the other hand, the front End of the frame leg 44 is raised and lowered, whereby this frame leg 44 rotates about a transverse axis in its longitudinal central region lies. Has the use of a cross-sectionally I-shaped fitting the advantage that the manufacturing tolerances are not too high must be placed, that is, on the position of the bolt 59 relative to the position of the Bolt 60.

Ist beim gezeigten Ausführungsbeispiel nach den Fig. 16 - 26 das Formstück 53 entlang des ortsfest gelagerten Gewindebolzens 54 höhenverstellbar, so liegt es im Rahmen der Erfindung, den Gewindebolzen 54 in ein Muttergewinde einzudrehen, das in einem Querholm vorgesehen ist, der seinerseits zwischen den vertikalen Stegen 47 liegt bzw. diese verbindet. In diesem Falle ist das Formstück 53 am oberen Ende des Gewindebolzens gegenüber diesem zwar verdrehbar gelagert, in achsialer Richtung desselben jedoch fixiert. Beim Verdrehen des Gewindebolzens verschiebt sich dieser achsial und nimmt dabei das Formstück 53 mit.In the exemplary embodiment shown according to FIGS. 16-26, the shaped piece 53 Height-adjustable along the stationary threaded bolt 54, so it lies in the context of the invention, screwing the threaded bolt 54 into a nut thread, which is provided in a cross beam, which in turn between the vertical webs 47 lies or connects them. In this case the fitting is 53 at the upper end of the threaded bolt rotated relative to this stored, but fixed in the axial direction of the same. When turning the threaded bolt this shifts axially and takes the fitting 53 With.

Die Erfindung wurde vorstehend anhand eines Ausziehrahmens 40 beschrieben und erläutert. Es ist möglich, den Rahmenschenkel 44 als Teil einer Adapterschiene zu verwenden, und zwar als vertikaler Steg einer im Querschnitt T-förmigen Adapterschiene, wie dies im Zusammenhang mit den beiden erstbesprochenen Ausführungsbeispielen erörtert worden ist. Eine solche Adapterschiene wird dann verwendet, wenn anstelle eines Ausziehrahmens ein Schrankteil 24 verschiebbar zu lagern ist. Der horizontale und breite Flansch einer solchen Adapterschiene wird dann am Boden dieses Schrankteiles festgeschraubt, und anschließend wird der Schrankteil mit dieser Adapterschiene in die Ausziehvorrichtung in der oben beschriebenen Weise eingesetzt und darin festgelegt, wie dies im Zusammenhang mit den beiden erstbesprochenen Ausführungsbeispielen erörtert worden ist. The invention has been described above using a pull-out frame 40 and explained. It is possible to use the frame leg 44 as part of an adapter rail to use, namely as a vertical web of a T-shaped cross section Adapter rail, as in connection with the first two discussed Embodiments has been discussed. Such an adapter rail will used when a cabinet part 24 slidable instead of a pull-out frame is to be stored. The horizontal and wide flange of such an adapter rail is then screwed to the bottom of this cabinet part, and then the cabinet part with this adapter rail into the pull-out device used in the manner described above and specified in how this discussed in connection with the two first-discussed embodiments has been.

Legende zu den Hinweisziffern: Legend for the reference numbers:

11
Hochschranktall cabinet
22
Korpusschienecabinet member
33
Mittelschienemiddle rail
44
Auszugschienepull-out rail
55
Laufrollecaster
66
Laufrollecaster
77
Laufrollecaster
88th
U-ProfilU-profile
99
Vertikalstegvertical web
1010
oberer Flanschupper flange
1111
unterer Flanschlower flange
1212
Querholmtransverse spar
1313
Gewindebolzenthreaded bolt
1414
Bolzenbolt
1515
Stellschraubescrew
1616
Adapterschieneadapter rail
1717
horizontaler Flanschhorizontal flange
1818
vertikaler Stegvertical bridge
1919
Langlochausnehmungelongate recess
2020
rückseitiger Teilback part
2121
Unterkantelower edge
2222
Oberkantetop edge
2323
Langlochausnehmungelongate recess
2424
ausziehbarer Teilextendable part
2525
Bodenground
2626
Möbelkorpusfurniture body
2727
Bodenground
2828
Führungguide
2929
Frontblendefront panel
3030
Anschlagattack
3131
Rändelscheibethumbwheel
3232
Auflagescheibebearing plate
3333
RastbolzenIndexing plungers
3434
Scheibedisc
3535
Kufeskid
3636
Bolzenbolt
3737
Aussparungrecess
3838
Lascheflap
3939
Ausziehvorrichtungpuller
4040
AusziehrahmenA pull-out
4141
vorderer vertikaler Rahmenschenkelfront vertical frame leg
4242
hinterer vertikaler Rahmenschenkelrear vertical frame leg
4343
oberer Rahmenschenkelupper frame leg
4444
unterer Rahmenschenkellower frame leg
4545
Einsatzkorbinsert basket
4646
Beschlagfitting
4747
vertikaler Stegvertical bridge
4848
oberer Flanschupper flange
4949
Laufrollecaster
5050
Stützrollesupporting role
5151
Hakengliedhook member
5252
Aufnahmeöffnungreceiving opening
5353
Formstückfitting
5454
Gewindebolzenthreaded bolt
5555
Rändelschraubethumbscrew
5656
Ausschnittneckline
5757
U-ProfilU-profile
5858
Bolzenbolt
5959
Bolzenbolt
6060
Bolzenbolt

Claims (31)

  1. A slide device for tall cupboards, comprising a carcass rail (2) of U-shaped cross-section, a slide rail (4) having two spaced vertical webs (9, 47), and optionally a middle rail (3) arranged between the carcass rail (2) and the slide rail (4), wherein rollers (5, 6, 7) are provided on at least one of these rails, and the part (24) of the tall cupboard connectable to the slide rail (4) is box-like or formed as a circumferentially closed slide frame (40) formed from profiled tubes and having a lower horizontal frame piece (44), an upper horizontal frame piece (43) and vertical frame pieces (41, 42) connecting said upper and lower horizontal frame pieces (43, 44), characterised in that, to connect the base (25) of the slidable, box-like part (24) of a tall cupboard (1) to the slide rail (4), a T-shaped adapter rail (16) having a horizontal flange (17) fixable to the base of the slidable part (24) and having a vertical web (18) is provided, and this vertical web (18) or the lower horizontal frame piece of the circumferentially closed slide frame (40) is held positively between the vertical webs (9, 47) of the slide rail (4) and is secured against axial displacement relative to the slide rail (4).
  2. A slide device according to claim 1, characterised in that the adapter rail (16) or the lower horizontal frame piece (44) of the circumferentially closed slide frame (40) is mounted so as to be pivotable relative to the slide rail (4) about a transverse axis provided in its respective longitudinal central region.
  3. A slide device according to claim 1, characterised in that the adapter rail (16) has a one-piece, T-shaped cross-section.
  4. A slide device according to any one of claims 1 to 3, characterised in that the slide rail (4) has at least one bolt (14) connecting its vertical webs (9) in its longitudinal central region, in that threaded bores for receiving threaded bolts (13) are provided in the front region of the slide rail (4) in its vertical webs (9) in an aligned arrangement, in that vertical slotted openings (19) are provided in the front portion of the vertical web (18) of the adapter rail (16) and are in alignment with the threaded bolts (13), and a slotted opening (23), extending in the longitudinal direction of the adapter rail (16) and partly open towards the lower edge of the vertical web (18), is formed in the longitudinal central region for receiving the bolt (14) connecting the vertical webs (9) of the slide rail (4).
  5. A slide device according to claim 1, characterised in that the vertical, central web (18) of the T-shaped adapter rail (16) has a U-shaped cross-section.
  6. A slide device according to claims 1 and 2, characterised in that the outer width (B) of the vertical web (18) of the adapter rail (16) or of the lower horizontal frame piece of the circumferentially closed frame corresponds to the inner diameter (A) of the slide rail (4).
  7. A slide device according to claim 4, characterised in that the length of the vertical slotted opening (19) in the front portion of the vertical web (18) of the adapter rail (16) corresponds approximately to half the height of this web (18).
  8. A slide device according to claim 1, characterised in that threaded bores for receiving vertically arranged adjusting screws (25) are provided in the end region of the upper flanges (10) of the slide rail (4).
  9. A slide device according to claim 1, characterised in that the width (E) of the horizontal flange (17) of the T-shaped adapter rail (16) is at least equal to, preferably greater than the upper width of the slide rail (4).
  10. A slide device according to claim 1, characterised in that the bolt (14), provided in the longitudinal central region and connecting the vertical webs (9) of the slide rail (4), lies in the upper half of the height (H) of the slide rail (4).
  11. A slide device acccording to claim 4, characterised in that the rear part - seen in the sliding direction - of the vertical web (18) of the T-shaped adapter rail (16) is only approximately half as high as the front part of this web, and in that the front portion of the lower boundary edge (21) of this vertically shortened part (20) of the web (18) forms the upper boundary edge (22) of the downwardly partly open slotted opening (23).
  12. A slide device according to claim 4, characterised in that, instead of vertical slotted openings (19) and threaded bolts (13) co-operating therewith, automatically operating detents are provided for positively connecting the front parts of the adapter rail (16) and the slide rail (4).
  13. A slide device according to claim 12, characterised in that the detents are arranged in the U-shaped cross-section of the vertical web (18) of the adapter rail (16).
  14. A slide device according to any one of claims 1 to 3, characterised in that the slide rail (4) has runners (35) provided in pairs and facing one another on its vertical webs (9) in its longitudinal central region, the runners (35) extending substantially horizontally and being arranged one above the other, each for receiving a bolt (36) arranged on the vertical web (18) of the adapter rail (16) or on the lower horizontal frame piece (44) of the circumferentially closed slide frame (40).
  15. A slide device according to claim 14, characterised in that at least the front portions of the runners (35) facing the end of the slide rail (4) are curved, these portions of each pair of runners (35) converging in a funnel-shaped manner.
  16. A slide device according to claim 1, characterised in that an adjusting screw (15) arranged between the vertical webs (9) and having a vertical axis is provided in the front end region of the slide rail (4), and the front end of the adapter rail (16) or of the lower horizontal frame piece (44) of the circumferentially closed slide frame (40) rests against the end of this adjusting screw (15).
  17. A slide device according to claim 16, characterised in that the end of the adjusting screw (15) carries a supporting plate (32), the diameter of which is greater than that of the adjusting screw (15), and a clip (38) positively engaging below the edge of this supporting plate (32) is provided on the underside of the web (18) of the adapter rail (16) or of the lower horizontal frame piece (44) of the circumferentially closed slide frame (40).
  18. A slide device according to claim 16 or 17, characterised in that the adjusting screw (15) has a central longitudinal bore for receiving a stop bolt (33) which is subjected to the action of a spring and projects from the end of the adjusting screw (15) and which positively engages in a recess (37) provided in the web (18) of the adapter rail (16) or in a recess provided in the lower horizontal frame piece (44) of the circumferentially closed slide frame (40).
  19. A slide device according to claim 18, characterised in that the stop bolt (33) is securable in a retracted position relative to the end of the adjusting screw (15).
  20. A slide device according to claim 14, characterised in that the runners (35) provided in the longitudinal central region lie against the vertical webs (9) of the slide rail (4) in the upper half of the height (H) of this rail.
  21. A slide device according to claim 14, characterised in that the runners (35) are formed by inwardly curved strips freely punched out of the vertical webs (9) of the slide rail (4).
  22. A slide device according to any one of claims 1 to 21, characterised in that threaded bores for receiving threaded bolts (13) are provided in the front region of the slide rail (4) in its vertical webs (9), the inner ends of the threaded bolts (13) resting against the vertical web (18) of the adapter rail (16) or against the lower horizontal frame piece (44) of the circumferentially closed slide frame (40).
  23. A slide device according to claim 1, characterised in that a hook member (51) open towards the front end of the slide rail (4) is arranged in the longitudinal central region of this slide rail, in that a vertically adjustable shaped part (53) is provided in the end region of the slide rail (4), in that the web of the adapter rail or the lower horizontal frame piece (44) has a downwardly open U-shaped cross-section, in that at least one bolt (59, 60) co-operating with the shaped part (53) and, in the longitudinal central region, with the hook member (51) is provided on the inside of this web or of the lower horizontal frame piece (44) in the end region, and in that laterally projecting bolts (58) are arranged on the rear end of this web or of the lower horizontal frame piece (44).
  24. A slide device according to claim 23, characterised in that the width (B) of the hook member (51) and that of the shaped part (53) are equal to or smaller than the inner diameter (W) of the web with a U-shaped cross-section or of the lower horizontal frame piece.
  25. A slide device according to claim 23, characterised in that the shaped part (53) is formed as a hook member open towards the front end of the slide rail (4).
  26. A slide device according to claim 23, characterised in that the shaped part (53) is I-shaped.
  27. A slide device according to claim 23, characterised in that the shaped part (53) has a vertical threaded bore, into which is screwed a threaded bolt (54) which is fixed in relation to the slide rail (4).
  28. A slide device according to claim 27, characterised in that the threaded bolt (54) carries, at its lower end, a knurled screw (55), the diameter of which corresponds approximately to the mutual distance between the vertical webs (47) of the slide rail (4).
  29. A slide device according to claim 28, characterised in that the knurled screw (55), or rather its underside, lies substantially flush with the lower edge of the slide rail (4).
  30. A slide device according to claim 23, characterised in that the vertical webs (47) of the slide rail (4) have a shoulder-type cut-out (56) on their rear end for receiving the laterally projecting bolts (58) provided on the rear of the web or the lower horizontal frame piece (44).
  31. A slide device according to claim 23, characterised in that the distance (A) between the bolt (59), lying in the longitudinal central region of the web or the lower horizontal frame piece (44), and the upper edge thereof is greater than the distance (C) between the receiving opening (52) of the centrally arranged hook member (51) and the upper edge of the slide rail (4).
EP99103351A 1998-03-04 1999-02-20 Slide device for cupboard Expired - Lifetime EP0940105B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
AT99103351T ATE252335T1 (en) 1998-03-04 1999-02-20 EXTENSION DEVICE FOR TALL CABINETS

Applications Claiming Priority (6)

Application Number Priority Date Filing Date Title
AT37498 1998-03-04
AT37498 1998-03-04
AT79098 1998-05-11
AT78998 1998-05-11
AT78998 1998-05-11
AT79098 1998-05-11

Publications (3)

Publication Number Publication Date
EP0940105A2 EP0940105A2 (en) 1999-09-08
EP0940105A3 EP0940105A3 (en) 2002-05-08
EP0940105B1 true EP0940105B1 (en) 2003-10-22

Family

ID=27146216

Family Applications (1)

Application Number Title Priority Date Filing Date
EP99103351A Expired - Lifetime EP0940105B1 (en) 1998-03-04 1999-02-20 Slide device for cupboard

Country Status (4)

Country Link
US (1) US6199966B1 (en)
EP (1) EP0940105B1 (en)
DE (1) DE59907409D1 (en)
DK (1) DK0940105T3 (en)

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FR2372608A2 (en) * 1971-08-02 1978-06-30 Herger Sa Roller gear for bin of pharmaceutical cabinet - is arm of three intersliding lengths with roller bearings
US3901565A (en) 1973-09-12 1975-08-26 Magnus F Hagen Adaptor and latching means for removably attaching drawers to telescoping ball bearing drawer slides
US5070556A (en) * 1990-08-09 1991-12-10 Gloger Kelly C Knockdown storage bed with roller supported drawers
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CH690018A5 (en) * 1996-03-01 2000-03-31 Eku Ag Telescopic cupboard drawer.

Also Published As

Publication number Publication date
DK0940105T3 (en) 2004-03-01
EP0940105A3 (en) 2002-05-08
US6199966B1 (en) 2001-03-13
EP0940105A2 (en) 1999-09-08
DE59907409D1 (en) 2003-11-27

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