EP2218858B1 - Drive for a partition element, partition element and device - Google Patents

Drive for a partition element, partition element and device Download PDF

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Publication number
EP2218858B1
EP2218858B1 EP09152881.0A EP09152881A EP2218858B1 EP 2218858 B1 EP2218858 B1 EP 2218858B1 EP 09152881 A EP09152881 A EP 09152881A EP 2218858 B1 EP2218858 B1 EP 2218858B1
Authority
EP
European Patent Office
Prior art keywords
rail
carriage
mounting
profile
plate
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.)
Active
Application number
EP09152881.0A
Other languages
German (de)
French (fr)
Other versions
EP2218858A1 (en
Inventor
Gregor Haab
Cornel Füglistaller
Peter Ettmüller
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.)
Hawa Sliding Solutions AG
Original Assignee
Hawa AG
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Hawa AG filed Critical Hawa AG
Priority to EP09152881.0A priority Critical patent/EP2218858B1/en
Priority to US12/699,705 priority patent/US8381354B2/en
Priority to CA2692015A priority patent/CA2692015C/en
Priority to CN201010171216.6A priority patent/CN101899938B/en
Priority to AU2010200527A priority patent/AU2010200527B2/en
Priority to JP2010030379A priority patent/JP5660278B2/en
Publication of EP2218858A1 publication Critical patent/EP2218858A1/en
Application granted granted Critical
Publication of EP2218858B1 publication Critical patent/EP2218858B1/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
    • E05D15/00—Suspension arrangements for wings
    • E05D15/06—Suspension arrangements for wings for wings sliding horizontally more or less in their own plane
    • E05D15/0621—Details, e.g. suspension or supporting guides
    • E05D15/0626—Details, e.g. suspension or supporting guides for wings suspended at the top
    • E05D15/0656—Bottom guides
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
    • E05D15/00—Suspension arrangements for wings
    • E05D15/06—Suspension arrangements for wings for wings sliding horizontally more or less in their own plane
    • E05D15/0621—Details, e.g. suspension or supporting guides
    • E05D15/0626—Details, e.g. suspension or supporting guides for wings suspended at the top
    • E05D15/063—Details, e.g. suspension or supporting guides for wings suspended at the top on wheels with fixed axis
    • E05D15/0634—Details, e.g. suspension or supporting guides for wings suspended at the top on wheels with fixed axis with height adjustment
    • E05D15/0639—Details, e.g. suspension or supporting guides for wings suspended at the top on wheels with fixed axis with height adjustment by vertical bolts
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2201/00—Constructional elements; Accessories therefor
    • E05Y2201/20—Brakes; Disengaging means; Holders; Stops; Valves; Accessories therefor
    • E05Y2201/218—Holders
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2201/00—Constructional elements; Accessories therefor
    • E05Y2201/20—Brakes; Disengaging means; Holders; Stops; Valves; Accessories therefor
    • E05Y2201/25—Mechanical means for force or torque adjustment therefor
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2201/00—Constructional elements; Accessories therefor
    • E05Y2201/40—Motors; Magnets; Springs; Weights; Accessories therefor
    • E05Y2201/47—Springs
    • E05Y2201/48—Leaf or leg springs
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2201/00—Constructional elements; Accessories therefor
    • E05Y2201/40—Motors; Magnets; Springs; Weights; Accessories therefor
    • E05Y2201/499—Spring tensioners; Tension sensors
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2201/00—Constructional elements; Accessories therefor
    • E05Y2201/60—Suspension or transmission members; Accessories therefor
    • E05Y2201/622—Suspension or transmission members elements
    • E05Y2201/71—Toothed gearing
    • E05Y2201/716—Pinions
    • E05Y2201/718—Bevelled pinions
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2600/00—Mounting or coupling arrangements for elements provided for in this subclass
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2800/00—Details, accessories and auxiliary operations not otherwise provided for
    • E05Y2800/20—Combinations of elements
    • E05Y2800/21—Combinations of elements of identical elements, e.g. of identical compression springs
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2800/00—Details, accessories and auxiliary operations not otherwise provided for
    • E05Y2800/26—Form or shape
    • E05Y2800/29—Form or shape forming a unitary piece with another element
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
    • E05Y2800/00—Details, accessories and auxiliary operations not otherwise provided for
    • E05Y2800/69—Permanence of use
    • E05Y2800/692—Temporary use, e.g. removable tools

Definitions

  • the invention relates to a drive for a displaceable separating element, a separating element held by at least one such drive, and a device having at least one such separating element.
  • separating elements For partitioning or designing rooms or closing off room, furniture or window openings, walls or slabs, doors or shutters provided with a wood or glass plate are often used (hereinafter referred to as separating elements) attached to slidable drives along a rail.
  • EP 1916372 A1 a device for displaceable separating elements is known, by means of a plate, in particular a glass plate, mounted in a mounting profile of a frame member and can be adjusted in height.
  • the drive and the guide device are arranged in this application above or below the cabinet, which can result in various problems.
  • a sliding door drive which comprises a support body which is inserted into a suitable recess in the upper edge of the sliding door.
  • a support bolt rotatably mounted in the supporting bolt, at its lower end a bevel gear is formed, can be rotated by a screwdriver, which is inserted into a recess in the support body, and so the sliding door with respect to the suspension are moved vertically.
  • the height of the separator be adjusted during installation, or at a later time.
  • the separator must be released from the rails, after which each fitting is reset. Subsequently, the separating element is to be reinstalled in the rails and to check whether the required height change has been achieved.
  • the drive with a running rail and the guide device or at least one impeller provided thereon cooperates with a guide rail.
  • a change of the fitting at the top of the partition may require a change of the fitting on the underside of the partition.
  • the mounting space is chosen large enough so that not only the device parts recorded, but also the necessary manipulations can be made. By choosing a larger mounting space, however, reduces the space available for the cabinet.
  • the running rail is often mounted on the cabinet in practice before it is fitted in the installation site.
  • this is particularly disadvantageous when several cabinet elements are provided, which are to be equipped with individual parts of the running rail or guide rail.
  • After assembly of the multi-part cabinet and the multipart track rail usually result in disagreement at the joints of the assembled parts of the track.
  • the end pieces of the track parts are therefore usually connected to each other on the basis of coupling elements so that jumps are reduced at the joints. Even with this additional effort jumps can not normally be avoided at the joints usually, which is why the resulting running characteristics of the drives are not optimal and their service life is shortened.
  • a further disadvantage is that the preassembled on the underside of the separating elements guide devices in careless storage of the separating elements, in particular if a separating element tilts to the side, are exposed to strong forces and damaged.
  • the present invention is therefore based on the object to eliminate the disadvantages of the known devices described above.
  • a drive is provided for a displaceable separating element, a separating element held by at least one such drive, and a device with at least one such separating element, which does not suffer from the described disadvantages.
  • the drive and the separator should allow to make necessary adjustments precisely and with minimal effort. Furthermore, the drive should have a minimum space requirement.
  • the device with the at least one separating element should be designed such that only a small mounting space is required. If several barrier elements are used, disturbing bumps on the track should be avoided.
  • the drive provided for holding a displaceable separating element has a drive body provided with at least two wheels, which is connected to a carrier profile which serves to support the separating element.
  • the threaded shaft of an adjusting screw is rotatably supported in the drive body, which has a flange below the screw head, which supports a provided in the carrier profile flange member having an opening through which the screw head is guided.
  • the carrier profile can therefore be adjusted in height either.
  • the separator can therefore be aligned horizontally.
  • the carrier profile which preferably has a U-profile with two side parts and a central part, at least one tool channel is provided, in which a conventional tool, such as a Phillips screwdriver can be introduced, by means of which the head of the adjusting screw is rotatable.
  • a conventional tool such as a Phillips screwdriver
  • a coupling chamber is provided in the carrier profile, preferably in the middle part of the U-profile, within which the screw head is arranged and connected to a toothed plate, with which the tool is to cooperate.
  • the tool channel is provided, which preferably runs parallel to the longitudinal axis of the middle part from one end to the coupling chamber or to the other end of the carrier profile.
  • the tool can therefore be inserted from both sides through the carrier profile in the coupling chamber to rotate the adjusting screw.
  • the tool channel can be aligned as desired.
  • the alignment along the longitudinal axis of the central part and thus parallel to the running rail has the advantage that the tool can be introduced into the carrier profile on the front side along the running rail.
  • the separator can therefore be easily adjusted after installation without the plate removed or the separator must be released from the track.
  • a conventional tool namely a Phillips screwdriver
  • the axes of the Phillips screwdriver and the tool channel on the one hand and the axis of the adjusting screw on the other hand are perpendicular to each other. So that the head of the adjusting screw can still be detected and rotated, this is connected to the toothed plate, which has a peripherally arranged toothed ring with teeth which are aligned at the top or bottom of the toothed plate perpendicular to the tool channel and thus perpendicular to the head of the Phillips screwdriver, which also has a toothing.
  • the toothing on the Phillips screwdriver therefore engages in the ring gear of the toothed plate and rotates it about the axis of the adjusting screw.
  • the toothed plate preferably has a polygonal opening, which serves to receive the screw head. By staggering the screw head a firm connection between this and the tooth plate can be made.
  • a cylindrical spacer element is preferably provided, which serves as a stop for the toothed head of the Phillips screwdriver in order to keep it in correct engagement with the ring gear of the tooth plate. At the same time the toothed plate is held by the spacer at the height of the screw head.
  • a securing ring is provided in a preferred embodiment within the coupling provided in the carrier profile, which has at least one projecting into the tool channel holding eye and at least one elastically held holding tooth, which engages in the ring gear of the toothed plate.
  • the retaining ring is therefore held non-rotatable within the coupling chamber.
  • the holding tooth can be pushed aside tooth by tooth, under the action of force by the tool, so that the toothed plate can be rotated as needed. If the force exerted by the tool is eliminated, the tooth again engages the ring gear and keeps the tooth plate and thus the adjusting screw in a non-rotatable position.
  • the adjustment screw can be connected to the drive body in various ways.
  • a threaded bore is provided in the drive body, in which the adjusting screw is rotatably supported.
  • a bearing opening is provided in the drive body, within which a carrier pin is rotatably mounted.
  • the Carrier pin has a perpendicular to the bolt axis extending threaded bore, within which the threaded shaft of the adjusting screw is rotatably supported, which is inserted through an access opening in the bearing opening.
  • the access opening has a larger diameter than the threaded shaft of the adjusting screw, so that it can be tilted back and forth at an acute angle, while the carrier bolt rotates. Due to these measures, the carrier profile can also be tilted back and forth, so that it can be adapted to a corresponding inclination of the separating element, while both wheels of the drive rest with equal force on the running rail. As a result, an optimal running behavior is guaranteed even if the position of the separating element has not been ideally adjusted.
  • the carrier pin on both sides of a guide nose, which are guided in guide slots of the first and second side part of the carrier profile.
  • the drive body on a coupling element which can cooperate with a holding buffer, which serves the gentle collection of the moving separating element and the holding of the separating element after it has come to a standstill.
  • a safety catch connected to the body of the drive is provided, which ensures the coupling of the drive with the running rail even when unexpected force effects occur.
  • this backup is performed by the provided at the lower end of the separating element guide device, as described above.
  • this type of backup results in additional expenses in the adjustment of the separating element, since an additional factor has to be considered.
  • a correspondingly configured guide device is required.
  • an elastic retaining clip is provided on the drive body, which projects beyond this down and engage around the head piece of the associated running rail on both sides with foot elements and hold loose. So that the elastic retaining clip does not automatically detach from the coupling element and the head of the track, a U-shaped fixing frame is pushed over the elastic retaining clip and locked. The elastic retaining clip is therefore held in position by the rigid fixing frame, after which the drive is securely coupled to the track rail.
  • the inventive safety catch the drive is thus coupled directly to the track on which it moves.
  • this stand-alone safety device provided on the drive any consideration of this problem in the design of the guide device or the adjustment of the separating element is unnecessary. Unexpected forces can no longer lead to a derailment of the drive when using the safety catch according to the invention.
  • the drive can be connected to the plate of a separator in various ways.
  • a mounting plate is provided on the carrier profile, which can be screwed directly to the plate, in particular a wooden plate.
  • the carrier profile can also be connected to a first leg of an eg L-shaped mounting profile, whose second leg is connected to the plate.
  • the top of the carrier profile is provided with a grid, in which the first leg of the mounting profile can engage at the appropriate location. In this way, the distance of the disk from the drive can be selected step by step.
  • rails and guide rails can be used with multiple rail elements along which several separating elements are parallel to each other.
  • a guide device On the underside of the plate, a guide device is preferably detachably mounted, which has an angle-shaped body with a vertical wing and a horizontal wing.
  • a mounting channel is provided on the vertical wing on the outside of the angle, in which a fixed or releasably secured to the plate mounting rail is inserted and there can be releasably held preferably by means of a locking element.
  • At the angle inside the horizontal wing has at least one guide roller which can cooperate with the guide rail or a rolling surface.
  • At least one adapter plate is used which is fixed to the body, e.g. Cabinet is mounted, which is complete with the at least one separating element.
  • the body e.g. Cabinet
  • the adapter plate this has the advantage that only minimal space is required for mounting the track.
  • the running rail over several parts of the body, e.g. be passed over several parts of a cabinet, which are constructed sequentially. It is therefore not necessary for each cabinet part to provide a segment of the running rail or guide rail and to mount them precisely and adapt to each other, so that jumps are avoided at the joints.
  • an adapter plate be provided on each barrier element and e.g. aligned with a lesson. Inconsistencies in the alignment are automatically compensated in the embodiment of the adapter plate described below.
  • the running rail and / or the guide rail on a rail plate, the the top with at least one of the rolling of the wheels or guide rollers serving rail element and at the bottom with at least one parallel to the rail element extending mounting bracket are provided.
  • the provided on the mounting plate mounting bracket acts together with a corresponding counter-angle, which is provided on the adapter plate.
  • at least one mounting strip with at least one threaded hole is provided on the adapter plate, in which a lock screw can be held and rotated against the mounting bracket and the counter-angle.
  • the mounting bracket is thus pressed so far against the counter-angle until they at least partially abut each other. A misalignment of the adapter plate, in which the mounting bracket and counter angles are not flat to each other, remains without consequences.
  • the counter-screws can be provided on the front side with a ring cutting edge.
  • the separating element is displaceably held in front of the front of the body, in particular a body formed by building parts or a piece of furniture, on the upper side of which the running rail and on the underside of which the guide rail is provided.
  • the advantages of the solution according to the invention are also effective in other applications.
  • a holding buffer which serves to catch and hold the separating element.
  • Such holding buffers are typically bolted within an eg U-shaped rail profile. If a suitable rail profile is missing, the holding buffer must be connected to the cabinet or masonry. This will turn a lot of space needed. The connection with the masonry or parts of a cabinet, however, is undesirable, since these complex interventions may require later renovation work, if changes are made to the installation.
  • a holding buffer which is bent from a piece of sheet metal integrally to a U-profile, on the underside flat pressure plates are inclined against each other, which are pressed on both sides on preferably flattened sides of the head piece of the associated rail member of the track and preferably supported on the track plate.
  • the side parts of the U-profile, each having a drive element facing the catch element, are pressed against each other and thus against the rail element by means of at least one mounting screw.
  • the flattened sides of the head piece and the flat pressure plates can have mutually corresponding rasters, which engage in one another in a form-fitting manner. In this way it is ensured that the holding buffer is kept stable. Due to the inclination of the pressure plates is further causes these are pressed during the mounting of the holding buffer down against the rail plate. This ensures that the holding buffer can escape neither down nor up.
  • the two cooperating catch elements are preferably connected to one another with a pretensioning screw and designed as leaf springs such that the coupling element provided on the body of the drive can be retracted and held therein.
  • the retracting separating element is therefore absorbed elastically and then held securely.
  • FIG. 1 shows a separating element according to the invention 1, which comprises a glass plate 10, at the top 1T and bottom 1B identical installation profiles 11 are mounted such that the front surface of the glass plate 10 is exposed.
  • the device parts are therefore on the Front surface opposite mounting side 1MS of the glass plate 10, which faces a body 4 to be closed, for example, a cabinet.
  • Schematically shown are an upper and a lower cabinet element 4A and 4B and walls 4C of the cabinet 4.
  • adapter plates 7 are mounted, by means of which provided with two rail elements 31, 32 track rail 3 or a guide rail 6 provided with two rail elements 61, 62 are held.
  • a drive 2B is guided, which has a drive body 21 which carries wheels fixed to wheels 22, which is frontally provided with a coupling element 213, and by means of a support pin 29 carries a carrier profile 24B.
  • the carrier profile 24B is connected via a mounting profile 12 with the associated installation profile 11, which is mounted on the top of the plate 10.
  • the mounting profile 12 has a mounting leg 122 connected to the installation profile 11 and a mounting leg 121 screwed to the drive 2B.
  • the guide device 5 which is connected via a further mounting profile 12 with the mounted on the underside of the plate 10 installation profile 11, has a guide wheel 52 which is guided in a rail member or guide channel 62 of the guide rail 6.
  • Each of the two installation profiles 11 is provided with a holding device 13, between which a cable or cable, preferably a wire rope 16 is stretched to compensate for the separating element 1 acting forces and moments.
  • the carrier profile 24B is preferably completely traversed by a tool channel 2424 whose axis x runs parallel to the running rail 3.
  • a screwdriver are introduced to adjust the height of the carrier profile 24 B and thus the height and inclination of the plate 10.
  • the drive 24B is easily accessible from the side, so that the settings can be made quickly, without the separating element 1 or the plate 10 is removed. Due to the lateral access to the drive 24B, moreover, practically no additional space is required for the introduction of the tool.
  • the two wheels 22 of the drive 2B are always at the same force on the associated rail member 32 of the running rail 3, while the support profile 24 B is rotatably supported by the support pin 29 about the axis z.
  • a misalignment or a slight inclination of the separating element 1B therefore does not lead to an asymmetric or double loading of one of the wheels 22, which could thereby fail early.
  • FIG. 1 It is further shown that the installation profiles 11 and the mounting legs 122 of the mounting profiles 12 have mutually corresponding profile parts that can be moved into each other.
  • the plate 10 can therefore be provided first with the installation profiles 11, after which the mounting legs 12 can be mounted at an appropriate time.
  • FIG. 2 shows two separating elements 1A, 1B, each with two of separate rail elements 31, 32 of a running rail 3 guided, inventive first and second drives 2A, 2B.
  • the first drives 2A are screwed directly to the plate 10 of the first separator 1A, so no mounting profile 12 is required.
  • the second drives 2B are connected by means of mounting profiles 12 with the plate 10. If the two separating elements 1A, 1B are moved against each other, the mounting profiles 12 overlap the first drives 2A. The two separating elements 1A, 1B can therefore be pushed past each other as desired. Which overlapping plates 10 of the separating elements 1A, 1B are guided in front of the running rail 3, wherein above the running rail 3 only little space is taken.
  • FIG. 2 further guide devices 5 according to the invention are shown, which are detachably mounted on the underside of the separating elements 1A, 1B.
  • FIG. 3 shows a guide device 5 according to the invention during assembly or disassembly.
  • the guide device 5 has an angle-shaped body 51 with a vertical wing 512 and a horizontal wing 511.
  • the vertical wing 512 is provided on the outside of the angle with a mounting channel 54 into which a mounted on the plate 10 mounting rail 55 is inserted.
  • the mounting strip 55 has openings 551 for receiving mounting screws and a provided with a tongue 5521 and retaining ribs 5522 locking member 552, by means of which the inserted into the mounting channel 54 mounting rail 55 is held there.
  • the resilient tongue 5521 which bears against the plate 10
  • the locking element 552 is pressed against the vertical wing 512, which is overlapped by the retaining ribs 5522.
  • the locking element 552 In order to release the guide device 5, the locking element 552 must be pressed against the resistance of the tongue 5521 against the plate 10 until the retaining ribs 5522 completely detach from the vertical wing 512.
  • the guide device 5 can therefore be installed and uninstalled with a handle to prevent damage if the partition member 1A; 1B is released from the running rail 3.
  • the horizontal wing 511 has on the inside angle side a guide roller 53 which can be guided within the guide rail 6, as in FIG. 1 is shown with another embodiment of the guide device 5.
  • first and second guide devices 5A, 5B which differ in the dimensions of the vertical wing 512 and the horizontal wing 511 such that the Horizontal wings 512 of the second guide device 5B below the horizontal wing 511 of the first guide device 5A and the guide rollers 52 can engage at a desired mutual distance in the mutually parallel rail members 61, 62 of the guide rail 6 (see FIG. 11 ).
  • FIG. 4 shows the height-adjustable first inventive drive 2A with a support profile 24A, which directly with the plate 10 of the associated separating element 1A of FIG. 2 is connectable.
  • FIG. 5 shows the likewise adjustable in height second inventive drive 2B of FIG. 1 with the carrier profile 24B, which by means of the mounting profile 12 with the associated separator 1B of FIG. 2 is connectable.
  • the two drives 2A and 2B differ only by the configuration of the respective carrier profile 24A or 24B, which is adapted accordingly for the corresponding mounting on the associated separating element 1A or 1B.
  • the first carrier profile 24A has a mounting plate 249 which can be screwed directly to the plate 10 of the first separating element 1A, in which holes 2491 are provided for passing through mounting screws 2492 (see also FIGS FIG. 12 ).
  • the bores 2491 also pass through the drive body 21 or a part thereof.
  • the second carrier profile 24B has threaded bores 2426 on its upper side into which mounting screws 246 serving to hold the mounting profile 12 (see FIG FIG. 1 ) are insertable.
  • the second carrier profile 24B is also provided on the upper side with a grid 2445, which allows the mounting legs 2 of the mounting profile 12 provided with mounting slots 1211 to be moved laterally in a stepwise manner and to hold in the selected position in a form-fitting manner.
  • Both drives 2A and 2B have a drive body 21, e.g. can be produced inexpensively by means of an extrusion process and requires little post-processing after the extrusion and cutting process.
  • Serving as a chassis or wheel housing drive body 21 has two wheel chambers 217, in which wheels 22 are rotatably supported by means of bores 216 held in shafts 221.
  • a perpendicular to the running rail 3 extending access opening 215 is provided in the drive body 21 through which an adjusting screw 23 is inserted within the drive body 21 in a bearing opening 211, in which a provided with a threaded bore 291 carrier pin 29 is rotatably supported.
  • the adjusting screw 23 is therefore pivotable about the axis y of the carrier pin 29, which extends horizontally and perpendicular to the running rail 3, at an acute angle back and forth, which is determined by the diameter of the access opening 215.
  • the access opening 215 is a simple threaded bore, within which the adjusting screw 23 is adjustable only in height, but not laterally deflectable.
  • the adjusting screw 23 has below its screw head 234 on a flange 232, which in the carrier profile 24 A; 24B supported flange member 2422 which has an opening 2423 through which the screw head 234 is guided.
  • Each of the carrier profiles 24A, 24B has a U-profile with two side parts 241A, 241B and a middle part 242.
  • a coupling chamber 2421 is provided, in which a parallel to the longitudinal axis x of the middle part 242nd extending tool channel 2424 which passes through the central part 242 from one end to the coupling chamber 2421, but preferably to the other end, as shown in FIG FIG. 4 is shown.
  • the head of a Phillips screwdriver W can therefore be inserted from both front sides of the carrier profile 24A or 24B through the tool channel 2424 into the coupling chamber 2421, within which the screw head 234 is arranged.
  • a toothed plate 26 having a peripherally arranged sprocket 261, which is aligned at the bottom of the toothed plate 26 perpendicular to the tool channel 2424.
  • the toothed plate 26 has a hexagonal opening 262 serving to receive the screw head 234, which serves to receive the hexagonal screw head 234.
  • the axial securing of the toothed plate 26 is preferably carried out by wobbling or widening the supernatant of the screw head 234, after which the toothed plate 26 is held in a form-fitting manner and can no longer be detached from the screw head 234.
  • the coupling chamber 2421 limiting flange 2422 On the upper side of the coupling chamber 2421 limiting flange 2422 is therefore the toothed plate 26 and on the underside of the flange 2422, the flange 232 is held so that the rotatably held adjustment screw 23 from the support section 24A, 24B is no longer solvable.
  • a spacer element 233 is provided, which also protrudes into the coupling chamber 2421 and serves as a stop for the toothed head of the Phillips screwdriver W to this in optimal engagement with the ring gear 261 of the tooth plate 26 to hold.
  • the head of the Phillips screwdriver W can therefore be inserted through the tool channel 2424 in the coupling chamber 2421 until it abuts the spacer element 233. In this Position the same time the required engagement of the teeth of the tool head in the ring gear 261 of the toothed plate 26.
  • the spacer 233 preferably also serves as a bearing shaft, which is preferably mounted virtually free of play within the opening 2423 in the flange 2422 is.
  • a locking ring 25 is preferably provided within the coupling chamber 2421 made of plastic, which has two in the tool channels 2424 in projecting eyelets 252 and two elastically held holding teeth 251 which engage in the ring gear 261 of the tooth plate 26, such as this in FIG. 8 is illustrated.
  • the locking ring 25 is therefore held between the flange 2423 and the tooth plate 26 so that it can not escape from the coupling chamber 2421.
  • the holding lugs 252 through which the screwdriver W can be passed through, the securing ring 25 is also secured against rotation.
  • guide slots 2411 are further provided in which guide lugs 292 are guided and held non-rotatably, which are provided on both sides of the support pin 29.
  • the guide tabs 292 can travel up and down in the guide slots 2411 and, together with the associated carrier profile 24A; 24B, so that the axes of the carrier profile 24A; 24B and the adjusting screw 23 are always perpendicular to each other.
  • the drive body 21 also has on the front side a coupling element 213, which is connected to the in FIG. 14 shown holding buffer 6 can cooperate.
  • the drive body 21 also serves to receive a safety catch 28 and is provided on both sides with recesses 214.
  • the safety catch 28 comprises a U-shaped, elastic retaining clip 281 which is placed on the drive body 21 in the manner of a rider and is held in the recesses 214 provided therein.
  • the retaining clip 281 has at the lower ends against each other directed foot elements 2811, which engage over the coupling element 213 down and may include the head 311 of the associated rail member 31 of the running rail 3 on both sides. If the drive 2A; 2B, however, the unsecured foot members 2811 are pushed aside and the drive 2A; 2B can be released from the running rail 3. To prevent this, a rigid fixing frame 282 is pushed with a U-profile made of metal or plastic over the retaining clip 281 so that it is held and fixed on both sides.
  • the fixing frame 282 does not detach from the retaining clip 281, the retaining clip 281 on connecting cam 2812, which are guided in connecting slots 2821, which are provided in the side parts of the fixing frame 282.
  • the side parts of the fixing frame 282 are further provided with securing flanges 2822, which overlap the retaining clip 281 front and back.
  • the fixing frame 282 is therefore positively connected to the retaining clip 281 and can only be solved by this when it is manually pulled up, after which the foot elements 2811 of the retaining clip 281 regain their mobility.
  • FIG. 6 shows the drive 2B from FIG. 4 with raised carrier profile 24B.
  • FIG. 7 shows the drive 2B from FIG. 4 with lowered carrier profile 24B.
  • the head of the screwdriver W can be inserted on both sides through the tool channel 2424 in the coupling chamber 2241 to rotate the adjusting screw 23.
  • the drives 2A, 2B are therefore designed symmetrically and can therefore on each side of the separating element 1A; 1B can be mounted in any orientation. The access by means of the tool W therefore always remains guaranteed.
  • FIG. 8 shows the above-described parts of the adjusting device in the first and second drive 2A, 2B, namely the adjusting screw 23, the tooth plate 26 and the locking ring 25, which prevents the automatic rotation of the adjusting screw 23. Further, it is shown that the screwdriver W inserted through the tool channel 2424 into the coupling chamber 2421 is held in position by the spacer 233 provided below the screw head 234. It is also schematically shown that the screwdriver W is inserted through the retaining lug 252 of the securing ring 25 into the coupling chamber 2421.
  • FIG. 9 shows the running rail 3 and the adapter plate 7 of FIG. 1 .
  • the running rail 3 has a rail plate 33, at the top two of the rolling of the wheels 22 serving rail elements 31, 32 and on the underside of two parallel to the rail elements 31, 32 extending mounting bracket 34 are provided.
  • the two mounting brackets 34 correspond to two counter angles 74 provided on the adapter plate 7, which is mounted on the top of a cabinet 4 by means of screws 76 passing through apertures 731.
  • the running rail 3 can therefore be guided from the front or from the front side of the cabinet 4 forth on the adapter plate 7 and moved backwards until the mounting bracket 34 and the counter-angle 74 into each other intervention.
  • lock screws 75 held in threaded bores 711 of mounting ledges 71 connected to the adapter plate 7 are rotated against the mounting brackets 34.
  • the mounting bracket 34 of the running rail 3 are fixed so that it is held stable.
  • the one- or multi-part cabinet 4, which may have any width, can be equipped with a plurality of adapter plate 7, which are aligned as accurately as possible.
  • the installation system according to the invention has a relatively high tolerance against incorrect positioning. Slight rotations and displacements of individual adapter plates 7 relative to the ideal position are easily compensated by the mounting bracket 34 and the counter-angle 74 does not have to be flat against each other, and the stable mounting of the track 3 is still guaranteed. Since the running rail 3 can be placed only after the installation of the cabinet 4, this is preferably placed in one piece in the entire length, which shocks are avoided. Out FIG. 9 It can also be seen that the distance d between the upper edge of the cabinet 4 and the ceiling 40 can be minimized and can only be selected taking into account the size of the drives 2A, 2B, as shown in FIG FIG. 10 is shown.
  • FIG. 10 shows the drive 2A of FIG. 4 and the running rail 3 and the adapter plate 7 of FIG. 9 , which are mounted in the manner described above. It is shown that the adapter plate 7 occupies little space relative to the drive 2A. After mounting the adapter plate 7 and the running rail 3, a clamping profile 81 is provided therebetween, which serves to hold a cover strip 82. Seen from the front of the cabinet 4 ago, the adapter plate 7 and the running rail 3 thus form a unit and do not interfere in appearance.
  • FIG. 11 shows a guide rail 6, which is mounted from the front on a mounted on the underside of the cabinet 4 adapter plate 7 and fixed by means of a front-side lock screw 75.
  • the guide rail 6 has a rail plate 63, on the upper side of which two guide channels or rail elements 61, 62 serving for unrolling the guide rollers 52 and on the underside of which two mounting angles 64 extending parallel to the rail elements 61, 62 are provided.
  • the two mounting brackets 64 correspond to two counter-angles 74 provided on the adapter plate.
  • the guide rail 6 can therefore be mounted in the same way and with the same advantages as the running rail 3.
  • FIG. 12 shows the provided with the safety catch 28 drives 2A, 2B, which are guided on mutually parallel rail members 31, 32 of the held by the adapter plate 7 running rail 3.
  • the foot elements 2811 of the retaining clip 281 held by the fixing frame 282 embrace the head piece of the associated rail element 32, so that the drive 2B can not be detached from the running rail 3.
  • the running rail 3 is pressed by means of a lock screw 75 against the adapter plate 7, so that the mounting bracket 34 and the counter-angle 74 are held pushed into each other. Between the adapter plate 7 and the running rail 3, the clamping profile 81 is held, which in turn holds the cover strip 82.
  • the mounting plate 249 of the drive 2A is bolted to the wooden plate 10 of the separating element 1A.
  • the mounting screw 2492 provided for this purpose is preferably passed through the entire carrier profile 24B.
  • the tool channels 2424 provided in the carrier profiles 24A, 24B of the drives 2A, 2B are shown, into which the Phillips screwdriver W can be inserted in order to adjust the height of the carrier profiles 24A, 24B.
  • a holding buffer 9 placed on the rail element 31 which has a U-profile whose side elements are compressed by means of a mounting screw 91 and a nut 92 such that the two lower end portions of the U-profile, which pressure plates 904 A, 904 B form, are pressed against the head 311 of the associated rail member 31.
  • the holding buffer 9 is therefore connected directly to the rail element 31 and thus requires only a minimal space.
  • FIG. 13 shows the punched out of a sheet processing 90 of the integral retaining buffer 9 of FIG. 12 .
  • FIG. 14 shows the punched out of the sheet and finished shaped holding buffer 9 and the suitably shaped head piece 311 of the rail member 31 having flattened zones 3111 on both sides, against which the pressure plates 904A, 904B surface (see FIG. 12 ).
  • the holding buffer 9 is formed into a U-profile.
  • the settlement therefore has several zones that are bent after punching out of a sheet against each other.
  • Zones 903A and 903B relate to the side portions of the U-profile, which are provided with holes 9031 for passing through mounting screws 91 and with one-sided cut-out and bent counter-elements 9032, which serve to hold nuts 92.
  • the zone 905 relates to the middle part of the U-profile or the buffer back.
  • the zones 904A and 904B which follow the side parts 903A and 903B relate to the above-mentioned pressure plates.
  • the zones 901A and 901B relate to the catch elements which serve to catch the drive 2A, 2B, in which bores 9011 are provided for carrying out a pretensioning screw 910 by means of which the two catch elements 901A, 901B can be pressed against one another and prestressed.
  • FIG. 14 shows the holding buffer 9 formed by bending the individual zones 901A, 901B, 903A, 903B; 904A, 904B and 905 shaped and provided with the said holes 9011, 9031 and punched 9032.
  • the stamped sheet metal piece was bent to a one-piece U-profile, on the underside of the flat pressure plates 904A, 904B are inclined against each other, which pressed after assembly on both sides on the flattened sides 3111 of the head piece 311 of the associated rail member 31 of the track rail 3 and preferably on the Runner plate 3 are supported.
  • the side portions 903A, 903B of the U-profile, each having a drive 2A, 2B facing tongue-shaped catch element 901A, 90B are pressed against each other and thus against the rail member 31 by means of two mounting screws 91, so that the pressure plates 904A, 904B after the Mounting stable against the flattened sides 3111 of the head piece 31.
  • the inclination of the pressure plates 904A, 904B is further caused to be pressed down against the rail plate 3 during assembly of the holding buffer 9. This ensures that the holding buffer 9 can escape neither down nor up.
  • the two cooperating catch elements 901A, 901B which are connected to each other with the biasing screw 910, are formed as leaf springs, that on the body 21 of the drive 2A; 2B provided coupling element 213 retract and can be held therein.
  • the separating element 1A, 1B is therefore absorbed elastically and then held.

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Support Devices For Sliding Doors (AREA)
  • Wing Frames And Configurations (AREA)
  • Power-Operated Mechanisms For Wings (AREA)

Description

Die Erfindung betrifft ein Laufwerk für ein verschiebbares Trennelement, ein von wenigstens einem solchen Laufwerk gehaltenes Trennelement, sowie eine Vorrichtung mit wenigstens einem solchen Trennelement.The invention relates to a drive for a displaceable separating element, a separating element held by at least one such drive, and a device having at least one such separating element.

Zum Trennen oder Gestalten von Räumen oder zum Abschliessen von Raum-, Möbel oder Fensteröffnungen werden oft mit einer Holz- oder Glasplatte versehene Wände, Kulissen, Türen oder Läden verwendet (nachstehend als Trennelemente bezeichnet), die an entlang einer Schiene verschiebbaren Laufwerken befestigt sind.For partitioning or designing rooms or closing off room, furniture or window openings, walls or slabs, doors or shutters provided with a wood or glass plate are often used (hereinafter referred to as separating elements) attached to slidable drives along a rail.

Aus [1], EP 1916372 A1 ist eine Vorrichtung für verschiebbare Trennelemente bekannt, mittels der eine Platte, insbesondere eine Glasplatte, in einem Montageprofil eines Rahmenelements befestigt und in der Höhe justiert werden kann.From [1], EP 1916372 A1 a device for displaceable separating elements is known, by means of a plate, in particular a glass plate, mounted in a mounting profile of a frame member and can be adjusted in height.

Aus [2], Produktkatalog der HAWA AG, Schiebebeschläge 2000 , ist ein Beschlag für Schrankschiebetüren bekannt, die vor der Front eines Schranks verschiebbar gehalten sind. Jede der Schrankschiebetüren ist an der Oberseite von wenigstens einem ersten L-förmigen Montageprofil gehalten, welches mit einem Laufwerk verbunden ist, das auf einer an der Oberseite des Schrankes angeordneten Laufschiene abrollt. Damit die Schiebetür in vertikaler Lage gehalten bleibt, ist sie auch an der unteren Seite von einem zweiten L-förmigen Montageprofil gehalten, welches eine Führungsvorrichtung hält, die in eine an der Unterseite des Schrankes angeordnete Führungsschiene eingreift. Der erste Schenkel der L-förmigen Montageprofile ist daher mit der Schrankschiebetür und der zweite Schenkel mit dem Laufwerk bzw. der Führungsvorrichtung verbunden.From [2], Product catalog of HAWA AG, sliding hardware 2000 , a fitting for sliding cabinet doors is known, which are held displaceably in front of the front of a cabinet. Each of the cabinet sliding doors is supported at the top by at least a first L-shaped mounting profile which is connected to a drive which rolls on a running rail located at the top of the cabinet. So that the sliding door remains in a vertical position, it is also held on the lower side by a second L-shaped mounting profile which holds a guide device which engages in a arranged on the underside of the cabinet guide rail. The first leg of the L-shaped mounting profiles is therefore connected to the cabinet sliding door and the second leg to the drive or the guide device.

Das Laufwerk und die Führungsvorrichtung sind bei diesem Anwendungsfall oberhalb bzw. unterhalb des Schrankes angeordnet, wodurch verschiedene Probleme resultieren können.The drive and the guide device are arranged in this application above or below the cabinet, which can result in various problems.

Aus EP 0 502 285 A1 und WO 00/65186 A1 sind Laufwerke für verschiebbare Trennelemente bekannt, die in einer Laufschiene geführt sind und einen mit wenigstens zwei Laufrädern versehenen Laufwerkskörper aufweisen, der über eine Montageschraube mit einem Trägerprofil verbunden ist, welches dem Tragen des Trennelements dient und unterhalb der Laufschiene positioniert ist.Out EP 0 502 285 A1 and WO 00/65186 A1 drives for displaceable separating elements are known, which are guided in a running rail and having a provided with at least two wheels drive body which is connected via a mounting screw with a carrier profile, which serves to support the separating element and is positioned below the running rail.

Aus der EP1460225A1 ist ein Laufwerk für eine Schiebetür bekannt, das einen Tragkörper umfasst, der in eine geeignete Ausnehmung in der Oberkante der Schiebetür eingesetzt ist. Ein im Tragkörper drehbar gelagerter Tragbolzen, an dessen unterem Ende ein Kegelrad ausgebildet ist, kann durch einen Schraubendreher, der in eine Ausnehmung im Tragkörper eingeführt wird, gedreht und so die Schiebetür bezüglich deren Aufhängung vertikal verschoben werden.From the EP1460225A1 For example, a sliding door drive is known which comprises a support body which is inserted into a suitable recess in the upper edge of the sliding door. A support bolt rotatably mounted in the supporting bolt, at its lower end a bevel gear is formed, can be rotated by a screwdriver, which is inserted into a recess in the support body, and so the sliding door with respect to the suspension are moved vertically.

Oft ist es erforderlich, dass die Höhe des Trennelements bei der Installation, oder zu einem späteren Zeitpunkt, justiert werden muss. Zu diesem Zweck sind z.B. am Beschlag in der Höhe verschiebbare Elemente vorgesehen, die vom Installateur justiert werden. Dadurch resultieren ein entsprechender Aufwand bei der Herstellung des Beschlags sowie schwierige Manipulationen bei der Justierung. Beispielsweise muss das Trennelement von den Schienen gelöst werden, wonach jeder Beschlag neu eingestellt wird. Anschliessend ist das Trennelement wieder in die Schienen einzuhängen und zu prüfen, ob die erforderliche Höhenänderung erzielt wurde.Often, it is necessary that the height of the separator be adjusted during installation, or at a later time. For this purpose, e.g. provided on the fitting in height sliding elements that are adjusted by the installer. This results in a corresponding effort in the production of the fitting as well as difficult manipulations during the adjustment. For example, the separator must be released from the rails, after which each fitting is reset. Subsequently, the separating element is to be reinstalled in the rails and to check whether the required height change has been achieved.

Ferner ist zu beachten, dass das Laufwerk mit einer Laufschiene und die Führungsvorrichtung bzw. wenigstens ein daran vorgesehenes Laufrad mit einer Führungsschiene zusammenwirkt. Eine Änderung des Beschlags an der Oberseite des Trennelements kann eine Änderung des Beschlags an der Unterseite des Trennelements erfordern.It should also be noted that the drive with a running rail and the guide device or at least one impeller provided thereon cooperates with a guide rail. A change of the fitting at the top of the partition may require a change of the fitting on the underside of the partition.

Dabei ist zu beachten, dass der gleichzeitige Eingriff des Laufwerks und der Führungsvorrichtung in die Laufschiene bzw. die Führungsschiene gleichzeitig als Sicherung dafür dient, dass sich das Trennelement nicht selbsttätig von den Schienen lösen kann. Bei der Justierung der Schiebebeschläge ist daher auch darauf zu achten, dass die Aushängesicherung nicht aufgehoben wird oder blockiert.It should be noted that the simultaneous engagement of the drive and the guide device in the running rail or the guide rail at the same time serves as a backup that the separating element can not automatically solve the rails. When adjusting the sliding hardware, it is therefore important to ensure that the safety catch is not released or blocked.

Aufgrund der Anordnung des Laufwerks oberhalb und der Führungsvorrichtung unterhalb des Schrankes ergeben sich zudem nur sehr kleine Montageräume, in denen das Laufwerk, die Laufschiene, die Führungsvorrichtung und die Führungsschiene aufgenommen werden. Dabei ist zu beachten, dass der Montageraum genügend gross gewählt wird, damit nicht nur die Vorrichtungsteile aufgenommen, sondern auch die erforderlichen Manipulationen vorgenommen werden können. Durch die Wahl eines grösseren Montageraums reduziert sich hingegen der für den Schrank zur Verfügung stehende Raum.Due to the arrangement of the drive above and the guide device below the cabinet also arise only very small mounting spaces in which the drive, the track, the guide device and the guide rail are added. It should be noted that the mounting space is chosen large enough so that not only the device parts recorded, but also the necessary manipulations can be made. By choosing a larger mounting space, however, reduces the space available for the cabinet.

Um diesem Problem zu begegnen, wird die Laufschiene in der Praxis öfters am Schrank montiert, bevor dieser in den Installationsort eingepasst wird. Dies zieht jedoch insbesondere dann Nachteil nach sich, wenn mehrere Schrankelemente vorgesehen sind, die mit einzelnen Teilen der Laufschiene oder Führungsschiene zu bestücken sind. Nach der Montage des mehrteiligen Schrankes und der mehrteiligen Laufschiene resultieren normalerweise Unstimmigkeiten an den Stossstellen der zusammengefügten Teile der Laufschiene. Die Endstücke der Laufschienenteile werden daher zumeist anhand von Kopplungselementen miteinander verbunden damit Sprünge an den Stossstellen reduziert werden. Auch bei diesem zusätzlichen Aufwand können Sprünge an den Stoßstellen normalerweise nicht gänzlich vermieden werden, weshalb die resultierenden Laufeigenschaften der Laufwerke nicht optimal sind und deren Betriebsdauer verkürzt wird.To cope with this problem, the running rail is often mounted on the cabinet in practice before it is fitted in the installation site. However, this is particularly disadvantageous when several cabinet elements are provided, which are to be equipped with individual parts of the running rail or guide rail. After assembly of the multi-part cabinet and the multipart track rail usually result in disagreement at the joints of the assembled parts of the track. The end pieces of the track parts are therefore usually connected to each other on the basis of coupling elements so that jumps are reduced at the joints. Even with this additional effort jumps can not normally be avoided at the joints usually, which is why the resulting running characteristics of the drives are not optimal and their service life is shortened.

Das beschriebene Raumproblem wird durch den Einsatz von Puffervorrichtungen ferner verschärft, die mit der Laufschiene zu verbinden sind und die normalerweise relativ viel Raum in Anspruch nehmen.The space problem described is further exacerbated by the use of buffer devices which are to be connected to the track and which normally take up a relatively large amount of space.

Nachteilig ist ferner, dass die an der Unterseite der Trennelemente vormontierten Führungsvorrichtungen bei unachtsamer Lagerung der Trennelemente, insbesondere falls ein Trennelement zur Seite kippt, starken Kräften ausgesetzt und beschädigt werden.A further disadvantage is that the preassembled on the underside of the separating elements guide devices in careless storage of the separating elements, in particular if a separating element tilts to the side, are exposed to strong forces and damaged.

Der vorliegenden Erfindung liegt daher die Aufgabe zugrunde, die oben beschriebenen Nachteile der bekannten Vorrichtungen zu beseitigen.The present invention is therefore based on the object to eliminate the disadvantages of the known devices described above.

Insbesondere ist ein Laufwerk für ein verschiebbares Trennelement, ein von wenigstens einem solchen Laufwerk gehaltenes Trennelement, sowie eine Vorrichtung mit wenigstens einem solchen Trennelement zu schaffen, welche nicht mit den beschriebenen Nachteilen behaftet sind.In particular, a drive is provided for a displaceable separating element, a separating element held by at least one such drive, and a device with at least one such separating element, which does not suffer from the described disadvantages.

Das Laufwerk und das Trennelement sollen es erlauben, notwendige Justierungen präzise und mit minimalem Aufwand vorzunehmen. Ferner soll das Laufwerk einen minimalen Raumbedarf aufweisen. Die Vorrichtung mit dem wenigstens einen Trennelement soll derart ausgestaltet sein, dass nur wenig Montageraum erforderlich ist. Sofern mehrere Schrankenelemente verwendet werden, sollen störende Stossstellen an der Laufschiene vermieden werden.The drive and the separator should allow to make necessary adjustments precisely and with minimal effort. Furthermore, the drive should have a minimum space requirement. The device with the at least one separating element should be designed such that only a small mounting space is required. If several barrier elements are used, disturbing bumps on the track should be avoided.

Diese Aufgabe wird mit einem Laufwerk, einem mit wenigstens einem solchen Laufwerk versehenen Trennelement und einer Vorrichtung gelöst, welche die in Anspruch 1, bzw. 10 bzw. 12 angegebenen Merkmale aufweisen. Vorteilhafte Ausgestaltungen der Erfindung sind in weiteren Ansprüchen angegeben.This object is achieved by a drive, a separating element provided with at least one such drive and a device having the features specified in claims 1, 10 and 12, respectively. Advantageous embodiments of the invention are specified in further claims.

Das zum Halten eines verschiebbaren Trennelements vorgesehene Laufwerk weist einen mit wenigstens zwei Laufrädern versehenen Laufwerkskörper auf, der mit einem Trägerprofil verbunden ist, welches dem Tragen des Trennelements dient.The drive provided for holding a displaceable separating element has a drive body provided with at least two wheels, which is connected to a carrier profile which serves to support the separating element.

Erfindungsgemäss ist im Laufwerkskörper der Gewindeschaft einer Justierschraube drehbar gehalten, die unterhalb des Schraubenkopfs einen Flanschring aufweist, der ein im Trägerprofil vorgesehenes Flanschelement stützt, welches eine Öffnung aufweist, durch die der Schraubenkopf hindurch geführt ist.According to the invention the threaded shaft of an adjusting screw is rotatably supported in the drive body, which has a flange below the screw head, which supports a provided in the carrier profile flange member having an opening through which the screw head is guided.

Durch Drehen der Justierschraube, deren Kopf mittels eines Werkzeugs erfasst wird, kann das Trägerprofil daher in der Höhe wahlweise eingestellt werden. Das Trennelement kann daher horizontal ausgerichtet werden.By turning the adjusting screw whose head is detected by a tool, the carrier profile can therefore be adjusted in height either. The separator can therefore be aligned horizontally.

Im Trägerprofil, das vorzugsweise ein U-Profil mit zwei Seitenteilen und einem Mittelteil aufweist, ist wenigstens ein Werkzeugkanal vorgesehen, in den ein konventionelles Werkzeug, z.B. ein Kreuzschlitz-Schraubenzieher eingeführt werden kann, mittels dessen der Kopf der Justierschraube drehbar ist.In the carrier profile, which preferably has a U-profile with two side parts and a central part, at least one tool channel is provided, in which a conventional tool, such as a Phillips screwdriver can be introduced, by means of which the head of the adjusting screw is rotatable.

Dazu ist im Trägerprofil, vorzugsweise im Mittelteil des U-Profils eine Kopplungskammer vorgesehen, innerhalb der der Schraubenkopf angeordnet und mit einem Zahnteller verbunden ist, mit dem das Werkzeug zusammenwirken soll. Damit das Werkzeug in die Kopplungskammer eingeführt und mit dem Zahnteller gekoppelt werden kann, ist der Werkzeugkanal vorgesehen, der vorzugsweise parallel zur Längsachse des Mittelteils von einem Ende bis zur Kopplungskammer oder bis zum anderen Ende des Trägerprofils verläuft. In der zuletzt genannten Ausgestaltung kann das Werkzeug daher von beiden Seiten durch das Trägerprofil in die Kopplungskammer eingeführt werden, um die Justierschraube zu drehen. Grundsätzlich kann der Werkzeugkanal beliebig ausgerichtet sein. Die Ausrichtung entlang der Längsachse des Mittelteils und somit parallel zur Laufschiene hat hingegen den Vorteil, dass das Werkzeug entlang der Laufschiene frontseitig in das Trägerprofil eingeführt werden kann. Das Trennelement kann daher nach dessen Installation problemlos justiert werden, ohne dass die Platte entfernt oder das Trennelement von der Laufschiene gelöst werden muss.For this purpose, a coupling chamber is provided in the carrier profile, preferably in the middle part of the U-profile, within which the screw head is arranged and connected to a toothed plate, with which the tool is to cooperate. So that the tool can be introduced into the coupling chamber and coupled to the tooth plate, the tool channel is provided, which preferably runs parallel to the longitudinal axis of the middle part from one end to the coupling chamber or to the other end of the carrier profile. In the latter embodiment, the tool can therefore be inserted from both sides through the carrier profile in the coupling chamber to rotate the adjusting screw. In principle, the tool channel can be aligned as desired. The alignment along the longitudinal axis of the central part and thus parallel to the running rail, on the other hand, has the advantage that the tool can be introduced into the carrier profile on the front side along the running rail. The separator can therefore be easily adjusted after installation without the plate removed or the separator must be released from the track.

Besonders vorteilhaft ist, dass ein konventionelles Werkzeug, nämlich ein Kreuzschlitz-Schraubenzieher, für die Justierung verwendet werden kann. Dabei stehen die Achsen des Kreuzschlitz-Schraubenziehers und des Werkzeugkanals einerseits und die Achse der Justierschraube andererseits senkrecht aufeinander. Damit der Kopf der Justierschraube trotzdem erfasst und gedreht werden kann ist dieser mit dem Zahnteller verbunden, der einen peripher angeordnete Zahnkranz mit Zähnen aufweist, die am oberen oder unteren Rand des Zahntellers senkrecht zum Werkzeugkanal und somit senkrecht zum Kopf des Kreuzschlitz-Schraubenziehers ausgerichtet sind, der ebenfalls eine Verzahnung aufweist. Die Verzahnung am Kreuzschlitz-Schraubenzieher greift daher in den Zahnkranz des Zahntellers ein und dreht diesen um die Achse der Justierschraube.It is particularly advantageous that a conventional tool, namely a Phillips screwdriver, can be used for the adjustment. The axes of the Phillips screwdriver and the tool channel on the one hand and the axis of the adjusting screw on the other hand are perpendicular to each other. So that the head of the adjusting screw can still be detected and rotated, this is connected to the toothed plate, which has a peripherally arranged toothed ring with teeth which are aligned at the top or bottom of the toothed plate perpendicular to the tool channel and thus perpendicular to the head of the Phillips screwdriver, which also has a toothing. The toothing on the Phillips screwdriver therefore engages in the ring gear of the toothed plate and rotates it about the axis of the adjusting screw.

Der Zahnteller weist vorzugsweise eine Mehrkantöffnung auf, die der Aufnahme des Schraubenkopfs dient. Durch Vertaumeln des Schraubenkopfs kann eine feste Verbindung zwischen diesem und dem Zahnteller hergestellt werden.The toothed plate preferably has a polygonal opening, which serves to receive the screw head. By staggering the screw head a firm connection between this and the tooth plate can be made.

Zwischen dem Flanschring und dem Schraubenkopf oder dem Zahnteller ist vorzugsweise ein zylinderförmiges Distanzelement vorgesehen, welches als Anschlag für den verzahnten Kopf des Kreuzschlitz-Schraubenziehers dient, um diesen in korrektem Eingriff mit dem Zahnkranz des Zahntellers zu halten. Gleichzeitig wird der Zahnteller durch das Distanzelement auf der Höhe des Schraubenkopfs gehalten.Between the flange ring and the screw head or the tooth plate, a cylindrical spacer element is preferably provided, which serves as a stop for the toothed head of the Phillips screwdriver in order to keep it in correct engagement with the ring gear of the tooth plate. At the same time the toothed plate is held by the spacer at the height of the screw head.

Nach der Einstellung der Justierschraube soll diese vorzugsweise fixiert werden. Dazu ist in einer vorzugsweisen Ausgestaltung innerhalb der im Trägerprofil vorgesehenen Kopplungskammer ein Sicherungsring vorgesehen, welcher wenigstens eine in den Werkzeugkanal hinein ragende Halteöse sowie wenigstens einen elastisch gehaltenen Haltezahn aufweist, welcher in den Zahnkranz des Zahntellers eingreift. Der Sicherungsring wird innerhalb der Kopplungskammer daher unverdrehbar gehalten. Der Haltezahn kann unter Krafteinwirkung durch das Werkzeug hingegen Zahn für Zahn zur Seite gedrückt werden, so dass der Zahnteller bedarfsweise gedreht werden kann. Entfällt die Krafteinwirkung durch das Werkzeug, so greift der Zahn wieder in den Zahnkranz ein und hält den Zahnteller und somit die Justierschraube unverdrehbar in Position.After adjusting the adjustment screw it should preferably be fixed. For this purpose, a securing ring is provided in a preferred embodiment within the coupling provided in the carrier profile, which has at least one projecting into the tool channel holding eye and at least one elastically held holding tooth, which engages in the ring gear of the toothed plate. The retaining ring is therefore held non-rotatable within the coupling chamber. By contrast, the holding tooth can be pushed aside tooth by tooth, under the action of force by the tool, so that the toothed plate can be rotated as needed. If the force exerted by the tool is eliminated, the tooth again engages the ring gear and keeps the tooth plate and thus the adjusting screw in a non-rotatable position.

Die Justierschraube kann auf verschiedene Arten mit dem Laufwerkskörper verbunden sein. In einer einfachen Ausgestaltung ist im Laufwerkskörper eine Gewindebohrung vorgesehen, in der die Justierschraube drehbar gehalten ist.The adjustment screw can be connected to the drive body in various ways. In a simple embodiment, a threaded bore is provided in the drive body, in which the adjusting screw is rotatably supported.

In einer besonders bevorzugten Ausgestaltung ist im Laufwerkskörper hingegen eine Lageröffnung vorgesehen, innerhalb der ein Trägerbolzen drehbar gelagert ist. Der Trägerbolzen weist eine senkrecht zur Bolzenachse verlaufende Gewindebohrung auf, innerhalb der der Gewindeschaft der Justierschraube drehbar gehalten ist, die durch eine Zugangsöffnung in die Lageröffnung eingeführt ist. Die Zugangsöffnung weist dabei einen grösseren Durchmesser auf als der Gewindeschaft der Justierschraube, so dass diese in einem spitzen Winkel vor und zurück geneigt werden kann, während der Trägerbolzen mitdreht. Aufgrund dieser Massnahmen kann das Trägerprofil ebenfalls vor und zurück geneigt werden, so dass dieses an eine entsprechende Neigung des Trennelements angepasst werden kann, während beide Laufräder des Laufwerks mit gleicher Kraft an der Laufschiene anliegen. Dadurch wird ein optimales Laufverhalten auch dann gewährleistet, wenn die Lage des Trennelements nicht ideal eingestellt wurde.In a particularly preferred embodiment, however, a bearing opening is provided in the drive body, within which a carrier pin is rotatably mounted. Of the Carrier pin has a perpendicular to the bolt axis extending threaded bore, within which the threaded shaft of the adjusting screw is rotatably supported, which is inserted through an access opening in the bearing opening. The access opening has a larger diameter than the threaded shaft of the adjusting screw, so that it can be tilted back and forth at an acute angle, while the carrier bolt rotates. Due to these measures, the carrier profile can also be tilted back and forth, so that it can be adapted to a corresponding inclination of the separating element, while both wheels of the drive rest with equal force on the running rail. As a result, an optimal running behavior is guaranteed even if the position of the separating element has not been ideally adjusted.

In einer weiteren vorzugsweisen Ausgestaltung weist der Trägerbolzen beidseitig eine Führungsnase auf, welche in Führungsschlitzen des ersten und zweiten Seitenteils des Trägerprofils geführt sind.In a further preferred embodiment, the carrier pin on both sides of a guide nose, which are guided in guide slots of the first and second side part of the carrier profile.

In einer weiteren Ausgestaltung weist der Laufwerkskörper ein Kopplungselement auf, welches mit einem Haltepuffer zusammenwirken kann, der dem sanften Auffangen des fahrenden Trennelements sowie dem Halten des Trennelements dient, nachdem dieses zum Stillstand gekommen ist.In a further embodiment, the drive body on a coupling element which can cooperate with a holding buffer, which serves the gentle collection of the moving separating element and the holding of the separating element after it has come to a standstill.

In einer weiteren vorzugsweisen Ausgestaltung ist eine mit dem Körper des Laufwerks verbundene Aushängesicherung vorgesehen, welche die Kopplung des Laufwerks mit der Laufschiene auch beim Auftreten unerwarteter Krafteinwirkungen sicherstellt. Bei bekannten Systemen erfolgt diese Sicherung durch die am unteren Ende des Trennelements vorgesehene Führungsvorrichtung, wie dies eingangs beschrieben wurde. Durch diese Art der Sicherung ergeben sich jedoch zusätzliche Aufwendungen bei der Einjustierung des Trennelements, da ein zusätzlicher Faktor zu beachten ist. Zudem ist eine entsprechend ausgestaltete Führungsvorrichtung erforderlich.In another preferred embodiment, a safety catch connected to the body of the drive is provided, which ensures the coupling of the drive with the running rail even when unexpected force effects occur. In known systems, this backup is performed by the provided at the lower end of the separating element guide device, as described above. However, this type of backup results in additional expenses in the adjustment of the separating element, since an additional factor has to be considered. In addition, a correspondingly configured guide device is required.

Bei der erfindungsgemässen Aushängesicherung wird eine elastische Halteklammer am Laufwerkskörper vorgesehen, welche diesen nach unten überragt und mit Fusselementen das Kopfstück der zugehörigen Laufschiene beidseitig umgreifen und lose halten kann. Damit die elastische Halteklammer sich nicht selbsttätig vom Kopplungselement und vom Kopf der Laufschiene löst, wird ein U-Profil-förmiger Fixierrahmen über die elastische Halteklammer geschoben und arretiert. Die elastische Halteklammer wird durch den starren Fixierrahmen daher in Position gehalten, wonach das Laufwerk sicher mit der Laufschiene gekoppelt ist.In the inventive safety catch an elastic retaining clip is provided on the drive body, which projects beyond this down and engage around the head piece of the associated running rail on both sides with foot elements and hold loose. So that the elastic retaining clip does not automatically detach from the coupling element and the head of the track, a U-shaped fixing frame is pushed over the elastic retaining clip and locked. The elastic retaining clip is therefore held in position by the rigid fixing frame, after which the drive is securely coupled to the track rail.

Durch die erfindungsgemässe Aushängesicherung wird das Laufwerk somit direkt mit der Laufschiene gekoppelt, auf der es fährt. Hinsichtlich dieser autonom am Laufwerk vorgesehenen Aushängesicherung erübrigt sich jegliche Berücksichtigung dieser Problematik bei der Ausgestaltung der Führungsvorrichtung oder der Justierung des Trennelements. Unerwartete Krafteinwirkungen können bei Verwendung der erfindungsgemässen Aushängesicherung nicht mehr zu einer Entgleisung des Laufwerks führen.The inventive safety catch the drive is thus coupled directly to the track on which it moves. With regard to this stand-alone safety device provided on the drive, any consideration of this problem in the design of the guide device or the adjustment of the separating element is unnecessary. Unexpected forces can no longer lead to a derailment of the drive when using the safety catch according to the invention.

Das Laufwerk kann auf verschiedene Arten mit der Platte eines Trennelements verbunden werden. Beispielsweise ist am Trägerprofil eine Montageplatte vorgesehen, die mit der Platte, insbesondere einer Holzplatte, direkt verschraubt werden kann.The drive can be connected to the plate of a separator in various ways. For example, a mounting plate is provided on the carrier profile, which can be screwed directly to the plate, in particular a wooden plate.

Alternativ kann das Trägerprofil auch mit einem ersten Schenkel eines z.B. L-förmigen Montageprofils verbunden werden, dessen zweiter Schenkel mit der Platte verbunden wird. Vorzugsweise ist die Oberseite des Trägerprofils mit einer Rasterung versehen, in die der erste Schenkel des Montageprofils an passender Stelle einrasten kann. Auf diese Weise kann der Abstand der Platte vom Laufwerk schrittweise gewählt werden. Ferner können Laufschienen und Führungsschienen mit mehreren Schienenelementen verwendet werden, entlang derer mehrere Trennelemente parallel aneinander verschiebbar sind.Alternatively, the carrier profile can also be connected to a first leg of an eg L-shaped mounting profile, whose second leg is connected to the plate. Preferably, the top of the carrier profile is provided with a grid, in which the first leg of the mounting profile can engage at the appropriate location. In this way, the distance of the disk from the drive can be selected step by step. Furthermore, rails and guide rails can be used with multiple rail elements along which several separating elements are parallel to each other.

An der Unterseite der Platte wird vorzugsweise eine Führungsvorrichtung lösbar montiert, die einen winkelförmigen Körper mit einem Vertikalflügel und einem Horizontalflügel aufweist. Dazu ist am Vertikalflügel an der Winkelaussenseite ein Montagekanal vorgesehen, in den eine fest oder lösbar an der Platte befestigte Montageleiste einführbar ist und dort vorzugsweise mittels eines Arretierelements lösbar gehalten werden kann. An der Winkelinnenseite weist der Horizontalflügel wenigstens eine Führungsrolle auf, die mit der Führungsschiene oder einer Abrollfläche zusammenwirken kann.On the underside of the plate, a guide device is preferably detachably mounted, which has an angle-shaped body with a vertical wing and a horizontal wing. For this purpose, a mounting channel is provided on the vertical wing on the outside of the angle, in which a fixed or releasably secured to the plate mounting rail is inserted and there can be releasably held preferably by means of a locking element. At the angle inside the horizontal wing has at least one guide roller which can cooperate with the guide rail or a rolling surface.

Damit die Laufschiene und/oder die Führungsschiene mit minimalem Raumbedarf montiert werden kann, wird erfindungsgemäss wenigstens eine Adapterplatte verwendet, welche am Körper, z.B. Schrank montiert wird, der mit dem wenigstens einen Trennelement abzuschliessen ist. Dies hat trotz des zusätzlichen Raumbedarfs für die Adapterplatte den Vorteil, dass für die Montage der Laufschiene nur noch ein minimaler Raumbedarf erforderlich ist. Dabei kann die Laufschiene über mehrere Teile des Körpers, z.B. über mehrere Teile eines Schrankes geführt werden, die sequenziell aufgebaut werden. Es ist daher nicht erforderlich für jedes Schrankteil ein Segment der Laufschiene oder Führungsschiene vorzusehen und diese präzise zu montieren und aneinander anzupassen, so dass Sprünge an den Stossstellen vermieden werden. Es ist lediglich erforderlich, dass auf jedem Schrankenelement eine Adapterplatte vorgesehen und z.B. anhand einer Lehre ausgerichtet wird. Unstimmigkeiten bei der Ausrichtung werden bei der nachstehend beschriebenen Ausgestaltung der Adapterplatte automatisch kompensiert.In order that the running rail and / or the guide rail can be mounted with a minimum space requirement, according to the invention at least one adapter plate is used which is fixed to the body, e.g. Cabinet is mounted, which is complete with the at least one separating element. Despite the additional space required for the adapter plate, this has the advantage that only minimal space is required for mounting the track. In this case, the running rail over several parts of the body, e.g. be passed over several parts of a cabinet, which are constructed sequentially. It is therefore not necessary for each cabinet part to provide a segment of the running rail or guide rail and to mount them precisely and adapt to each other, so that jumps are avoided at the joints. It is only necessary that an adapter plate be provided on each barrier element and e.g. aligned with a lesson. Inconsistencies in the alignment are automatically compensated in the embodiment of the adapter plate described below.

In dieser vorzugsweisen Ausgestaltung weisen die Laufschiene und/oder die Führungsschiene eine Schienenplatte auf, die an der Oberseite mit wenigstens einem dem Abrollen der Laufräder bzw. Führungsrollen dienenden Schienenelement und an der Unterseite mit wenigstens einem parallel zum Schienenelement verlaufender Montagewinkel versehen sind. Der an der Schienenplatte vorgesehene Montagewinkel wirkt dabei mit einem dazu korrespondierenden Konterwinkel zusammen, der an der Adapterplatte vorgesehen ist. Dabei ist an der Adapterplatte wenigstens eine Montageleiste mit wenigstens einer Gewindebohrung vorgesehen, in der eine Konterschraube gehalten und gegen den Montagewinkel und den Konterwinkel gedreht werden kann. Der Montagewinkel wird somit soweit gegen den Konterwinkel gedrückt, bis diese zumindest teilweise aneinander anliegen. Eine Fehlausrichtung der Adapterplatte, bei der die Montagewinkel und Konterwinkel nicht plan aneinander liegen, bleibt dabei ohne Folgen. Stossstellen werden vollständig vermieden, so dass über die gesamte Laufstrasse, in der vorzugsweise eine einstückige Laufschiene verlegt wird, optimale Fahreigenschaften resultieren. Um die Laufschiene noch stärker zu fixieren, können die Konterschrauben frontseitig auch mit einer Ringschneide versehen sein.In this preferred embodiment, the running rail and / or the guide rail on a rail plate, the the top with at least one of the rolling of the wheels or guide rollers serving rail element and at the bottom with at least one parallel to the rail element extending mounting bracket are provided. The provided on the mounting plate mounting bracket acts together with a corresponding counter-angle, which is provided on the adapter plate. In this case, at least one mounting strip with at least one threaded hole is provided on the adapter plate, in which a lock screw can be held and rotated against the mounting bracket and the counter-angle. The mounting bracket is thus pressed so far against the counter-angle until they at least partially abut each other. A misalignment of the adapter plate, in which the mounting bracket and counter angles are not flat to each other, remains without consequences. Shock points are completely avoided, so that over the entire track, in which preferably a one-piece track is laid, optimum ride characteristics result. In order to fix the running rail even stronger, the counter-screws can be provided on the front side with a ring cutting edge.

In bevorzugten Anwendungen wird das Trennelement vor der Front des Körpers, insbesondere eines durch Gebäudeteile oder ein Möbelstück gebildeten Körpers, verschiebbar gehalten, an dessen Oberseite die Laufschiene und an dessen Unterseite die Führungsschiene vorgesehen ist. Die Vorteile der erfindungsgemässen Lösung werden jedoch auch bei anderen Anwendungen wirksam.In preferred applications, the separating element is displaceably held in front of the front of the body, in particular a body formed by building parts or a piece of furniture, on the upper side of which the running rail and on the underside of which the guide rail is provided. However, the advantages of the solution according to the invention are also effective in other applications.

Wie erwähnt, wird vorzugsweise ein Haltepuffer verwendet, der dem Auffangen und Halten des Trennelements dient. Solche Haltepuffer werden typischerweise innerhalb eines z.B. U-Profil-förmigen Schienenprofils verschraubt. Sofern ein passendes Schienenprofil fehlt, muss der Haltepuffer mit dem Schrank oder Mauerwerk verbunden werden. Dadurch wird wiederum entsprechend viel Raum benötigt. Die Verbindung mit dem Mauerwerk oder Teilen eines Schranks ist hingegen unerwünscht, da diese aufwändigen Eingriffe spätere Renovationsarbeiten erfordern können, wenn Änderungen an der Installation vorgenommen werden.As mentioned, preferably a holding buffer is used, which serves to catch and hold the separating element. Such holding buffers are typically bolted within an eg U-shaped rail profile. If a suitable rail profile is missing, the holding buffer must be connected to the cabinet or masonry. This will turn a lot of space needed. The connection with the masonry or parts of a cabinet, however, is undesirable, since these complex interventions may require later renovation work, if changes are made to the installation.

Erfindungsgemäss wird ein Haltepuffer vorgesehen, der aus einem Blechstück einstückig zu einem U-Profil gebogen ist, an dessen Unterseite flache Andruckplatten gegeneinander geneigt sind, welche beidseits an vorzugsweise abgeflachten Seiten des Kopfstücks des zugehörigen Schienenelements der Laufschiene angedrückt und vorzugsweise auf die Laufschienenplatte abgestützt werden. Die Seitenteile des U-Profils, die je ein dem Laufwerk zugewandtes Fangelement aufweisen, werden mittels wenigstens einer Montageschraube gegeneinander und somit gegen das Schienenelement gedrückt. Die abgeflachten Seiten des Kopfstücks und die flachen Andruckplatten können dabei zueinander korrespondierende Rasterungen aufweisen, die formschlüssig ineinander eingreifen. Auf diese Weise wird gewährleistet, dass der Haltepuffer stabil gehalten wird. Durch die Neigung der Andruckplatten wird ferner bewirkt, dass diese bei der Montage des Haltepuffers nach unten gegen die Schienenplatte gedrückt werden. Dadurch wird gewährleistet, dass der Haltepuffer weder nach unten, noch nach oben entweichen kann.According to the invention a holding buffer is provided, which is bent from a piece of sheet metal integrally to a U-profile, on the underside flat pressure plates are inclined against each other, which are pressed on both sides on preferably flattened sides of the head piece of the associated rail member of the track and preferably supported on the track plate. The side parts of the U-profile, each having a drive element facing the catch element, are pressed against each other and thus against the rail element by means of at least one mounting screw. The flattened sides of the head piece and the flat pressure plates can have mutually corresponding rasters, which engage in one another in a form-fitting manner. In this way it is ensured that the holding buffer is kept stable. Due to the inclination of the pressure plates is further causes these are pressed during the mounting of the holding buffer down against the rail plate. This ensures that the holding buffer can escape neither down nor up.

Die beiden zusammenwirkenden Fangelemente sind vorzugsweise mit einer Vorspannschraube miteinander verbunden und derart als Blattfedern ausgebildet, dass das am Körper des Laufwerks vorgesehene Kopplungselement darin eingefahren und gehalten werden kann. Das einfahrende Trennelement wird daher elastisch aufgefangen und anschliessend sicher gehalten.The two cooperating catch elements are preferably connected to one another with a pretensioning screw and designed as leaf springs such that the coupling element provided on the body of the drive can be retracted and held therein. The retracting separating element is therefore absorbed elastically and then held securely.

Nachfolgend wird die Erfindung anhand von Zeichnungen näher erläutert. Dabei zeigt:

Fig. 1
ein erfindungsgemässes mit einer Glasplatte 10 versehenes Trennelement 1, welches mittels eines erfindungsgemässen Laufwerks 2 und einer Führungsvorrichtung 5 vor einem Schrank 4, entlang einer daran montierten Laufschiene 3 und einer Führungsschiene 6 verschiebbar gehalten ist;
Fig. 2
zwei Trennelemente 1A, 1B mit von einer Laufschiene 3 geführten Laufwerken 2A, 2B, und erfindungsgemässe Führungsvorrichtungen 5, die lösbar an der Unterseite der Trennelemente 1A, 1B montiert sind;
Fig. 3
eine der erfindungsgemässen Führungsvorrichtungen 5 von Figur 2 bei der Montage oder Demontage;
Fig. 4
das in der Höhe justierbare erste erfindungsgemässe Laufwerk 2A mit einer Aushängesicherung 28 und mit einem Trägerprofil 24A, welches direkt mit der Platte 10 des zugehörigen Trennelements 1A von Figur 2 verbunden wird;
Fig. 5
das in der Höhe justierbare zweite erfindungsgemässe Laufwerk 2B mit einer Aushängesicherung 28 und mit einem Trägerprofil 24B, welches mittels eines Montageprofils 12 mit dem zugehörigen Trennelement 1B von Figur 2 verbunden wird;
Fig. 6
das Laufwerk 2B von Figur 4 mit nach oben gefahrenem Trägerprofil 24B;
Fig. 7
das Laufwerk 2B von Figur 4 mit nach unten gefahrenem Trägerprofil 24B;
Fig. 8
Teile der Justiervorrichtung im ersten und zweiten Laufwerk 2A, 2B, nämlich eine Justierschraube 23, deren Schraubenkopf 234 mit einem Zahnteller 26 verbunden wird, sowie ein Sicherungsring 25, der das selbsttätige Verdrehen der Justierschraube 23 verhindert;
Fig. 9
eine Laufschiene 3, die von vorn auf eine Adapterplatte 7 aufgesetzt und mittels einer frontseitig zugänglichen Konterschraube 75 fixiert wird;
Fig. 10
das erste erfindungsgemässe Laufwerk 2A von Figur 4, die Laufschiene 3, die Adapterplatte 7, sowie ein dazwischen vorgesehenes Klemmprofil 81, welches dem Halten einer Abdeckleiste 82 dient;
Fig. 11
eine Führungsschiene 6, die von vorn auf eine Adapterplatte 7 aufgesetzt und mittels einer frontseitig zugänglichen Konterschraube 75 fixiert wird;
Fig. 12
die mit der Aushängesicherung 28 versehenen Laufwerke 2A, 2B, die auf parallel zueinander verlaufenden Schienenelementen 31, 32 der von der Adapterplatte 7 gehaltenen Laufschiene 3 geführt sind, sowie ein an einem Schienenelement 31 montierter erfindungsgemässer Haltepuffer 9;
Fig. 13
die aus einem Blech ausgestanzte Abwicklung des einstückigen Haltepuffers 9 von Figur 12; und
Fig. 14
den aus dem Blech ausgestanzten und fertig geformten Haltepuffer 9 sowie das passend geformte Kopfstück 311 des Schienenelements 31, auf das der Haltepuffer 9 aufgesetzt wird.
The invention will be explained in more detail with reference to drawings. Showing:
Fig. 1
an inventive provided with a glass plate 10 separating element 1, which is held by means of a drive according to the invention 2 and a guide device 5 in front of a cabinet 4, along a mounted thereon rail 3 and a guide rail 6 slidably;
Fig. 2
two separating elements 1A, 1B with guided by a running rail 3 drives 2A, 2B, and inventive guide devices 5, which are detachably mounted on the underside of the separating elements 1A, 1B;
Fig. 3
one of the inventive guide devices 5 of FIG. 2 during assembly or disassembly;
Fig. 4
the height-adjustable first inventive drive 2A with a safety catch 28 and with a support profile 24A, which directly with the plate 10 of the associated separating element 1A of FIG. 2 is connected;
Fig. 5
the height-adjustable second drive according to the invention 2B with a safety catch 28 and with a carrier profile 24B, which by means of a mounting profile 12 with the associated separating element 1B of FIG. 2 is connected;
Fig. 6
the drive 2B of FIG. 4 with raised carrier profile 24B;
Fig. 7
the drive 2B of FIG. 4 with lowered carrier profile 24B;
Fig. 8
Parts of the adjusting device in the first and second drive 2A, 2B, namely an adjusting screw 23, the screw head 234 is connected to a toothed plate 26, and a securing ring 25, the automatic rotation of the adjusting screw 23 prevents;
Fig. 9
a running rail 3, which is placed from the front on an adapter plate 7 and fixed by means of a front-side lock screw 75;
Fig. 10
the first inventive drive 2A of FIG. 4 , the running rail 3, the adapter plate 7, and an interposed clamping profile 81, which serves to hold a cover strip 82;
Fig. 11
a guide rail 6, which is placed from the front on an adapter plate 7 and fixed by means of a front-side lock screw 75;
Fig. 12
provided with the safety catch 28 drives 2A, 2B, which are guided on mutually parallel rail members 31, 32 of the adapter plate 7 held track rail 3, and mounted on a rail member 31 according to the invention holding buffer 9;
Fig. 13
the punched out of a sheet processing of the integral retaining buffer 9 of FIG. 12 ; and
Fig. 14
the punched out of the sheet and finished shaped holding buffer 9 and the suitably shaped head piece 311 of the rail member 31, on which the holding buffer 9 is placed.

Figur 1 zeigt ein erfindungsgemässes Trennelement 1, welches eine Glasplatte 10 umfasst, an deren Oberseite 1T und Unterseite 1B identische Installationsprofile 11 derart montiert sind, dass die Frontfläche der Glasplatte 10 frei liegt. Die Vorrichtungsteile sind daher auf der der Frontfläche gegenüber liegenden Montageseite 1MS der Glasplatte 10 angeordnet, die einem abzuschliessenden Körper 4, z.B. einem Schrank zugewandt ist. Schematisch gezeigt sind ein oberes und ein unteres Schrankelement 4A bzw. 4B sowie Wände 4C des Schrankes 4. An der Oberseite des oberen Schrankeelements 4A und der Unterseite des unteren Schrankenelements 4B sind Adapterplatten 7 montiert, mittels derer eine mit zwei Schienenelementen 31, 32 versehene Laufschiene 3 bzw. eine mit zwei Schienenelementen 61, 62 versehene Führungsschiene 6 gehalten werden. FIG. 1 shows a separating element according to the invention 1, which comprises a glass plate 10, at the top 1T and bottom 1B identical installation profiles 11 are mounted such that the front surface of the glass plate 10 is exposed. The device parts are therefore on the Front surface opposite mounting side 1MS of the glass plate 10, which faces a body 4 to be closed, for example, a cabinet. Schematically shown are an upper and a lower cabinet element 4A and 4B and walls 4C of the cabinet 4. At the top of the upper barrier element 4A and the underside of the lower barrier element 4B adapter plates 7 are mounted, by means of which provided with two rail elements 31, 32 track rail 3 or a guide rail 6 provided with two rail elements 61, 62 are held.

Auf einem der Schienenelemente 32 der Laufschiene 3 ist ein Laufwerk 2B geführt, welches einen Laufwerkskörper 21 aufweist, der an Radachsen befestigte Laufräder 22 trägt, der frontseitig mit einem Kopplungselement 213 versehen ist, und der mittels eines Trägerbolzens 29 ein Trägerprofil 24B trägt. Das Trägerprofil 24B ist über ein Montageprofil 12 mit dem zugehörigen Installationsprofil 11 verbunden, das an der Oberseite der Platte 10 montiert ist. Das Montageprofil 12 weist einen mit dem Installationsprofil 11 verbundenen Montageschenkel 122 und einen mit dem Laufwerk 2B verschraubten Aufnahmeschenkel 121 auf.On one of the rail elements 32 of the running rail 3, a drive 2B is guided, which has a drive body 21 which carries wheels fixed to wheels 22, which is frontally provided with a coupling element 213, and by means of a support pin 29 carries a carrier profile 24B. The carrier profile 24B is connected via a mounting profile 12 with the associated installation profile 11, which is mounted on the top of the plate 10. The mounting profile 12 has a mounting leg 122 connected to the installation profile 11 and a mounting leg 121 screwed to the drive 2B.

Die Führungsvorrichtung 5, die über ein weiteres Montageprofil 12 mit dem an der Unterseite der Platte 10 befestigten Installationsprofil 11 verbunden ist, weist ein Führungsrad 52 auf, das in einem Schienenelement bzw. Führungskanal 62 der Führungsschiene 6 geführt ist.The guide device 5, which is connected via a further mounting profile 12 with the mounted on the underside of the plate 10 installation profile 11, has a guide wheel 52 which is guided in a rail member or guide channel 62 of the guide rail 6.

Jedes der beiden Installationsprofile 11 ist mit einer Haltevorrichtung 13 versehen, zwischen denen ein Seil oder Kabel, vorzugsweise ein Drahtseil 16 gespannt ist, um auf das Trennelement 1 einwirkende Kräfte und Momente zu kompensieren.Each of the two installation profiles 11 is provided with a holding device 13, between which a cable or cable, preferably a wire rope 16 is stretched to compensate for the separating element 1 acting forces and moments.

In Figur 1 ist ferner gezeigt, dass das Trägerprofil 24B von einem Werkzeugkanal 2424 vorzugsweise vollständig durchlaufen wird, dessen Achse x parallel zur Laufschiene 3 verläuft. Wie dies nachstehend noch näher erläutert wird, kann in den Werkzeugkanal 2424 ein Schraubenzieher eingeführt werden, um die Höhe des Trägerprofils 24B und somit die Höhe und Neigung der Platte 10 zu justieren. Das Laufwerk 24B ist von der Seite her dabei leicht zugänglich, so dass die Einstellungen rasch vorgenommen werden können, ohne dass das Trennelement 1 oder die Platte 10 demontiert wird. Aufgrund des seitlichen Zugriffs zum Laufwerk 24B ist zudem praktisch kein zusätzlicher Raum für die Einführung des Werkzeugs erforderlich.In FIG. 1 It is further shown that the carrier profile 24B is preferably completely traversed by a tool channel 2424 whose axis x runs parallel to the running rail 3. As will be explained in more detail below, in the Tool 2424 a screwdriver are introduced to adjust the height of the carrier profile 24 B and thus the height and inclination of the plate 10. The drive 24B is easily accessible from the side, so that the settings can be made quickly, without the separating element 1 or the plate 10 is removed. Due to the lateral access to the drive 24B, moreover, practically no additional space is required for the introduction of the tool.

Wie dies noch erläutert wird, liegen die beiden Laufräder 22 des Laufwerks 2B stets mit gleicher Kraft am zugehörigen Schienenelement 32 der Laufschiene 3 an, während das Trägerprofil 24B durch den Trägerbolzen 29 um die Achse z drehbar gehalten ist. Eine Fehljustierung bzw. eine geringfügige Neigung des Trennelements 1B führt daher nicht zu einer asymmetrischen bzw. doppelten Belastung eines der Laufräder 22, welches dadurch frühzeitig ausfallen könnte.As will be explained, the two wheels 22 of the drive 2B are always at the same force on the associated rail member 32 of the running rail 3, while the support profile 24 B is rotatably supported by the support pin 29 about the axis z. A misalignment or a slight inclination of the separating element 1B therefore does not lead to an asymmetric or double loading of one of the wheels 22, which could thereby fail early.

In Figur 1 ist ferner gezeigt, dass die Installationsprofile 11 und die Montageschenkel 122 der Montageprofile 12 zueinander korrespondierende Profilteile aufweisen, die ineinander verschoben werden können. Die Platte 10 kann daher zuerst mit den Installationsprofilen 11 versehen werden, wonach die Montageschenkel 12 zu einem passenden Zeitpunkt montiert werden können.In FIG. 1 It is further shown that the installation profiles 11 and the mounting legs 122 of the mounting profiles 12 have mutually corresponding profile parts that can be moved into each other. The plate 10 can therefore be provided first with the installation profiles 11, after which the mounting legs 12 can be mounted at an appropriate time.

Figur 2 zeigt zwei Trennelemente 1A, 1B mit je zwei von separaten Schienenelementen 31, 32 einer Laufschiene 3 geführten, erfindungsgemässen ersten und zweiten Laufwerken 2A, 2B. Die ersten Laufwerke 2A sind direkt mit der Platte 10 des ersten Trennelements 1A verschraubt, weshalb kein Montageprofil 12 erforderlich ist. Die zweiten Laufwerke 2B sind mittels Montageprofilen 12 mit der Platte 10 verbunden. Sofern die beiden Trennelemente 1A, 1B gegeneinander verschoben werden, so übergreifen die Montageprofile 12 die ersten Laufwerke 2A. Die beiden Trennelemente 1A, 1B können daher beliebig aneinander vorbei geschoben werden. Die sich überlappenden Platten 10 der Trennelemente 1A, 1B werden vor der Laufschiene 3 geführt, wobei oberhalb der Laufschiene 3 nur wenig Raum in Anspruch genommen wird. FIG. 2 shows two separating elements 1A, 1B, each with two of separate rail elements 31, 32 of a running rail 3 guided, inventive first and second drives 2A, 2B. The first drives 2A are screwed directly to the plate 10 of the first separator 1A, so no mounting profile 12 is required. The second drives 2B are connected by means of mounting profiles 12 with the plate 10. If the two separating elements 1A, 1B are moved against each other, the mounting profiles 12 overlap the first drives 2A. The two separating elements 1A, 1B can therefore be pushed past each other as desired. Which overlapping plates 10 of the separating elements 1A, 1B are guided in front of the running rail 3, wherein above the running rail 3 only little space is taken.

In Figur 2 sind ferner erfindungsgemässe Führungsvorrichtungen 5 gezeigt, die lösbar an der Unterseite der Trennelemente 1A, 1B montiert sind.In FIG. 2 further guide devices 5 according to the invention are shown, which are detachably mounted on the underside of the separating elements 1A, 1B.

Figur 3 zeigt eine erfindungsgemässe Führungsvorrichtung 5 bei der Montage oder Demontage. Die Führungsvorrichtung 5 weist einen winkelförmigen Körper 51 mit einem Vertikalflügel 512 und einem Horizontalflügel 511 auf. Der Vertikalflügel 512 ist an der Winkelaussenseite mit einem Montagekanal 54 versehen, in den eine an der Platte 10 befestigte Montageleiste 55 einführbar ist. Die Montageleiste 55 weist Öffnungen 551 zur Aufnahme von Montageschrauben sowie ein mit einer Zunge 5521 und Halterippen 5522 versehenes Arretierelement 552 auf, mittels dessen die in den Montagekanal 54 eingeführte Montageleiste 55 dort gehalten wird. Mittels der federelastischen Zunge 5521, die an der Platte 10 anliegt, wird das Arretierelement 552 gegen den Vertikalflügel 512 gedrückt, der von den Halterippen 5522 überlappt wird. Um die Führungsvorrichtung 5 zu lösen, muss das Arretierelement 552 gegen den Widerstand der Zunge 5521 soweit gegen die Platte 10 gedrückt werden, bis sich die Halterippen 5522 vollständig vom Vertikalflügel 512 lösen. Die Führungsvorrichtung 5 kann daher mit einem Handgriff installiert und deinstalliert werden, um Beschädigungen zu verhindern, falls das Trennelement 1A; 1B von der Laufschiene 3 gelöst wird. Der Horizontalflügel 511 weist an der Winkelinnenseite eine Führungsrolle 53 auf, die innerhalb der Führungsschiene 6 geführt werden kann, wie dies in Figur 1 mit einer anderen Ausgestaltung der Führungsvorrichtung 5 gezeigt ist. FIG. 3 shows a guide device 5 according to the invention during assembly or disassembly. The guide device 5 has an angle-shaped body 51 with a vertical wing 512 and a horizontal wing 511. The vertical wing 512 is provided on the outside of the angle with a mounting channel 54 into which a mounted on the plate 10 mounting rail 55 is inserted. The mounting strip 55 has openings 551 for receiving mounting screws and a provided with a tongue 5521 and retaining ribs 5522 locking member 552, by means of which the inserted into the mounting channel 54 mounting rail 55 is held there. By means of the resilient tongue 5521, which bears against the plate 10, the locking element 552 is pressed against the vertical wing 512, which is overlapped by the retaining ribs 5522. In order to release the guide device 5, the locking element 552 must be pressed against the resistance of the tongue 5521 against the plate 10 until the retaining ribs 5522 completely detach from the vertical wing 512. The guide device 5 can therefore be installed and uninstalled with a handle to prevent damage if the partition member 1A; 1B is released from the running rail 3. The horizontal wing 511 has on the inside angle side a guide roller 53 which can be guided within the guide rail 6, as in FIG. 1 is shown with another embodiment of the guide device 5.

An den beiden Trennelementen 1A, 1B von Figur 2 sind dabei erste und zweite Führungsvorrichtungen 5A, 5B vorgesehen, die sich in den Abmessungen des Vertikalflügels 512 und des Horizontalflügels 511 derart unterscheiden, dass der Horizontalflügel 512 der zweiten Führungsvorrichtung 5B unterhalb des Horizontalflügels 511 der ersten Führungsvorrichtung 5A liegt und die Führungsrollen 52 in einem gewünschten gegenseitigen Abstand in die parallel zueinander verlaufenden Schienenelemente 61, 62 der Führungsschiene 6 eingreifen können (siehe Figur 11).At the two separating elements 1A, 1B of FIG. 2 are provided first and second guide devices 5A, 5B, which differ in the dimensions of the vertical wing 512 and the horizontal wing 511 such that the Horizontal wings 512 of the second guide device 5B below the horizontal wing 511 of the first guide device 5A and the guide rollers 52 can engage at a desired mutual distance in the mutually parallel rail members 61, 62 of the guide rail 6 (see FIG. 11 ).

Figur 4 zeigt das in der Höhe justierbare erste erfindungsgemässe Laufwerk 2A mit einem Trägerprofil 24A, welches direkt mit der Platte 10 des zugehörigen Trennelements 1A von Figur 2 verbindbar ist. FIG. 4 shows the height-adjustable first inventive drive 2A with a support profile 24A, which directly with the plate 10 of the associated separating element 1A of FIG. 2 is connectable.

Figur 5 zeigt das ebenfalls in der Höhe justierbare zweite erfindungsgemässe Laufwerk 2B von Figur 1 mit dem Trägerprofil 24B, welches mittels des Montageprofils 12 mit dem zugehörigen Trennelement 1B von Figur 2 verbindbar ist. FIG. 5 shows the likewise adjustable in height second inventive drive 2B of FIG. 1 with the carrier profile 24B, which by means of the mounting profile 12 with the associated separator 1B of FIG. 2 is connectable.

Die beiden Laufwerke 2A und 2B unterscheiden sich nur durch die Ausgestaltung des jeweiligen Trägerprofils 24A bzw. 24B, das für die entsprechende Montage am zugehörigen Trennelement 1A bzw. 1B entsprechend angepasst ist. Das erste Trägerprofil 24A weist eine direkt mit der Platte 10 des ersten Trennelements 1A verschraubbare Montageplatte 249 auf, in der Bohrungen 2491 zur Durchführung von Montageschrauben 2492 vorgesehen sind (siehe auch Figur 12). Gegebenenfalls durchlaufen die Bohrungen 2491 auch den Laufwerkskörper 21 oder einen Teil davon. Das zweite Trägerprofil 24B weist an dessen Oberseite Gewindebohrungen 2426 auf, in die dem Halten des Montageprofils 12 dienende Montageschrauben 246 (siehe Figur 1) einführbar sind. Das zweite Trägerprofil 24B ist an dessen Oberseite ferner mit einer Rasterung 2445 versehen, welches erlaubt, den mit Montageschlitzen 1211 versehenen Aufnahmeschenkel 2 des Montageprofils 12 schrittweise seitlich zu verschieben und in der gewählten Position formschlüssig zu halten.The two drives 2A and 2B differ only by the configuration of the respective carrier profile 24A or 24B, which is adapted accordingly for the corresponding mounting on the associated separating element 1A or 1B. The first carrier profile 24A has a mounting plate 249 which can be screwed directly to the plate 10 of the first separating element 1A, in which holes 2491 are provided for passing through mounting screws 2492 (see also FIGS FIG. 12 ). Optionally, the bores 2491 also pass through the drive body 21 or a part thereof. The second carrier profile 24B has threaded bores 2426 on its upper side into which mounting screws 246 serving to hold the mounting profile 12 (see FIG FIG. 1 ) are insertable. The second carrier profile 24B is also provided on the upper side with a grid 2445, which allows the mounting legs 2 of the mounting profile 12 provided with mounting slots 1211 to be moved laterally in a stepwise manner and to hold in the selected position in a form-fitting manner.

Die weiteren, vorzugsweise identischen Teile der beiden Laufwerke 2A und 2B werden nachstehend mit Bezug auf beide Figuren 4 und 5 erläutert.The other, preferably identical parts of the two drives 2A and 2B will be described below with reference to both FIGS. 4 and 5 explained.

Beide Laufwerke 2A und 2B weisen einen Laufwerkskörper 21 auf, der z.B. mittels eines Extrusionsverfahrens kostengünstig herstellbar ist und nach dem Extrusions- und Schneideprozess nur wenig Nachbearbeitung erfordert. Der als Fahrgestell oder Radkasten dienende Laufwerkskörper 21 weist zwei Radkammern 217 auf, in denen Laufräder 22 mittels in Bohrungen 216 gehaltenen Wellen 221 drehbar gelagert sind.Both drives 2A and 2B have a drive body 21, e.g. can be produced inexpensively by means of an extrusion process and requires little post-processing after the extrusion and cutting process. Serving as a chassis or wheel housing drive body 21 has two wheel chambers 217, in which wheels 22 are rotatably supported by means of bores 216 held in shafts 221.

Zwischen den Radkammern ist im Laufwerkskörper 21 eine senkrecht zur Laufschiene 3 verlaufende Zugangsöffnung 215 vorgesehen, durch die eine Justierschraube 23 innerhalb des Laufwerkskörpers 21 in eine Lageröffnung 211 einführbar ist, in der ein mit einer Gewindebohrung 291 versehener Trägerbolzen 29 drehbar gehalten ist. Die Justierschraube 23 ist daher um die Achse y des Trägerbolzens 29, die horizontal und senkrecht zur Laufschiene 3 verläuft, in einem spitzen Winkel vor und zurück schwenkbar, der durch den Durchmesser der Zugangsöffnung 215 bestimmt ist.Between the Radkammern a perpendicular to the running rail 3 extending access opening 215 is provided in the drive body 21 through which an adjusting screw 23 is inserted within the drive body 21 in a bearing opening 211, in which a provided with a threaded bore 291 carrier pin 29 is rotatably supported. The adjusting screw 23 is therefore pivotable about the axis y of the carrier pin 29, which extends horizontally and perpendicular to the running rail 3, at an acute angle back and forth, which is determined by the diameter of the access opening 215.

In einer weniger vorteilhaften einfacheren Ausgestaltung ist die Zugangsöffnung 215 hingegen eine einfache Gewindebohrung, innerhalb der die Justierschraube 23 lediglich in der Höhe justierbar, jedoch nicht seitlich auslenkbar ist.In a less advantageous simpler embodiment, however, the access opening 215 is a simple threaded bore, within which the adjusting screw 23 is adjustable only in height, but not laterally deflectable.

Die Justierschraube 23 weist unterhalb ihres Schraubenkopfs 234 einen Flanschring 232 auf, der ein im Trägerprofil 24A; 24B vorgesehenes Flanschelement 2422 stützt, welches eine Öffnung 2423 aufweist, durch die hindurch der Schraubenkopf 234 geführt wird.The adjusting screw 23 has below its screw head 234 on a flange 232, which in the carrier profile 24 A; 24B supported flange member 2422 which has an opening 2423 through which the screw head 234 is guided.

Jedes der Trägerprofile 24A, 24B weist ein U-Profil mit zwei Seitenteilen 241A, 241B und einem Mittelteil 242 auf. Im Mittelteil 242 ist eine Kopplungskammer 2421 vorgesehen, in die ein parallel zur Längsachse x des Mittelteils 242 verlaufender Werkzeugkanal 2424 einmündet, der das Mittelteil 242 von einem Ende bis zur Kopplungskammer 2421, vorzugsweise jedoch bis zum anderen Ende durchläuft, wie dies in Figur 4 gezeigt ist. Der Kopf eines Kreuzschlitz-Schraubenziehers W kann daher von beiden Frontseiten des Trägerprofils 24A bzw. 24B durch den Werkzeugkanal 2424 in die Kopplungskammer 2421 eingeführt werden, innerhalb der der Schraubenkopf 234 angeordnet ist.Each of the carrier profiles 24A, 24B has a U-profile with two side parts 241A, 241B and a middle part 242. In the middle part 242, a coupling chamber 2421 is provided, in which a parallel to the longitudinal axis x of the middle part 242nd extending tool channel 2424 which passes through the central part 242 from one end to the coupling chamber 2421, but preferably to the other end, as shown in FIG FIG. 4 is shown. The head of a Phillips screwdriver W can therefore be inserted from both front sides of the carrier profile 24A or 24B through the tool channel 2424 into the coupling chamber 2421, within which the screw head 234 is arranged.

Nachdem der Schraubenkopf 234 beim Zusammenbau des Laufwerks 2A; 2B in die Kopplungskammer 2421 eingeführt wurde, wird dieser mit einem Zahnteller 26 verbunden, der einen peripher angeordneten Zahnkranz 261 aufweist, der am unteren Rand des Zahntellers 26 senkrecht zum Werkzeugkanal 2424 ausgerichtet ist. Der Zahnteller 26 weist eine der Aufnahme des Schraubenkopfs 234 dienende Sechskantöffnung 262 auf, die der Aufnahme des sechskantigen Schraubenkopfs 234 dient. Die axiale Sicherung des Zahntellers 26 erfolgt vorzugsweise durch Vertaumeln bzw. Breitpressen des Überstandes des Schraubenkopfs 234, wonach der Zahnteller 26 formschlüssig gehalten ist und nicht mehr vom Schraubenkopf 234 gelöst werden kann.After the screw head 234 during assembly of the drive 2A; 2B has been inserted into the coupling chamber 2421, this is connected to a toothed plate 26 having a peripherally arranged sprocket 261, which is aligned at the bottom of the toothed plate 26 perpendicular to the tool channel 2424. The toothed plate 26 has a hexagonal opening 262 serving to receive the screw head 234, which serves to receive the hexagonal screw head 234. The axial securing of the toothed plate 26 is preferably carried out by wobbling or widening the supernatant of the screw head 234, after which the toothed plate 26 is held in a form-fitting manner and can no longer be detached from the screw head 234.

Auf der Oberseite des die Kopplungskammer 2421 begrenzenden Flanschelements 2422 ist daher der Zahnteller 26 und auf der Unterseite des Flanschelements 2422 ist der Flanschring 232 gehalten, so dass die drehbar gehaltene Justierschraube 23 vom Trägerprofil 24A, 24B nicht mehr lösbar ist.On the upper side of the coupling chamber 2421 limiting flange 2422 is therefore the toothed plate 26 and on the underside of the flange 2422, the flange 232 is held so that the rotatably held adjustment screw 23 from the support section 24A, 24B is no longer solvable.

Zwischen dem Flanschring 232 und dem Schraubenkopf 234 bzw. dem aufgesetzten Zahnteller 26 ist ein Distanzelement 233 vorgesehen, welches ebenfalls in die Kopplungskammer 2421 hineinragt und dort als Anschlag für den verzahnten Kopf des Kreuzschlitz-Schraubenziehers W dient, um diesen in optimalem Eingriff mit dem Zahnkranz 261 des Zahntellers 26 zu halten. Der Kopf des Kreuzschlitz-Schraubenziehers W kann daher durch den Werkzeugkanal 2424 in die Kopplungskammer 2421 eingeführt werden, bis er am Distanzelement 233 anliegt. In dieser Position erfolgt gleichzeitig der erforderliche Eingriff der Zähne des Werkzeugkopfs in den Zahnkranz 261 des Zahntellers 26. Damit die Drehung der Justierschraube 23 besonders leicht erfolgen kann, dient das Distanzelement 233 vorzugsweise auch als Lagerwelle, die innerhalb der Öffnung 2423 im Flanschelement 2422 vorzugsweise praktisch spielfrei gelagert ist.Between the flange 232 and the screw head 234 and the attached tooth plate 26, a spacer element 233 is provided, which also protrudes into the coupling chamber 2421 and serves as a stop for the toothed head of the Phillips screwdriver W to this in optimal engagement with the ring gear 261 of the tooth plate 26 to hold. The head of the Phillips screwdriver W can therefore be inserted through the tool channel 2424 in the coupling chamber 2421 until it abuts the spacer element 233. In this Position the same time the required engagement of the teeth of the tool head in the ring gear 261 of the toothed plate 26. In order for the rotation of the adjusting screw 23 can be particularly easy, the spacer 233 preferably also serves as a bearing shaft, which is preferably mounted virtually free of play within the opening 2423 in the flange 2422 is.

Als Sicherung gegen selbsttätiges Verdrehen der Justierschraube 23 ist innerhalb der Kopplungskammer 2421 ein Sicherungsring 25 vorzugsweise aus Kunststoff vorgesehen, welcher zwei in die Werkzeugkanäle 2424 hinein ragende Halteösen 252 und zwei elastisch gehaltene Haltezähne 251 aufweist, welche in den Zahnkranz 261 des Zahntellers 26 eingreifen, wie dies in Figur 8 illustriert ist. Der Sicherungsring 25 ist daher zwischen dem Flanschelement 2423 und dem Zahnteller 26 gehalten, so dass er nicht aus der Kopplungskammer 2421 entweichen kann. Durch die Halteösen 252, durch die der Schraubenzieher W hindurch geführt werden kann, wird der Sicherungsring 25 zudem gegen eine Verdrehung gesichert. Beim Drehen der Schraubenziehers W wird der Zahnteller 26 daher gedreht, wodurch die Haltezähne 251 schrittweise aus dem Zahnkranz 261 verdrängt werden, nach der Entnahme der Schraubenziehers W jedoch wieder darin einrasten. Eine einmal gewählte Justierung des Laufwerks 2A; 2B bleibt somit erhalten.As a safeguard against automatic rotation of the adjusting screw 23, a locking ring 25 is preferably provided within the coupling chamber 2421 made of plastic, which has two in the tool channels 2424 in projecting eyelets 252 and two elastically held holding teeth 251 which engage in the ring gear 261 of the tooth plate 26, such as this in FIG. 8 is illustrated. The locking ring 25 is therefore held between the flange 2423 and the tooth plate 26 so that it can not escape from the coupling chamber 2421. By the holding lugs 252 through which the screwdriver W can be passed through, the securing ring 25 is also secured against rotation. When turning the screwdriver W, the toothed plate 26 is therefore rotated, whereby the holding teeth 251 are gradually displaced from the ring gear 261, after the removal of the screwdriver W, however, snap back into it. A once selected adjustment of the drive 2A; 2B is thus preserved.

In den an den Trägerprofilen 24A, 24B vorgesehenen Seitenteilen 241A, 241B sind ferner Führungsschlitze 2411 vorgesehen, in denen Führungsnasen 292 geführt und unverdrehbar gehalten sind, die beidseits am Trägerbolzen 29 vorgesehen sind. Die Führungsnasen 292 können in den Führungsschlitzen 2411 nach oben und nach unten wandern und werden zusammen mit dem zugehörigen Trägerprofil 24A; 24B gedreht, so dass die Achsen des Trägerprofils 24A; 24B und der Justierschraube 23 stets senkrecht aufeinander stehen.In the provided on the support sections 24A, 24B side parts 241A, 241B guide slots 2411 are further provided in which guide lugs 292 are guided and held non-rotatably, which are provided on both sides of the support pin 29. The guide tabs 292 can travel up and down in the guide slots 2411 and, together with the associated carrier profile 24A; 24B, so that the axes of the carrier profile 24A; 24B and the adjusting screw 23 are always perpendicular to each other.

Der Laufwerkskörper 21 weist frontseitig ferner ein Kopplungselement 213 auf, welches mit dem in Figur 14 gezeigten Haltepuffer 6 zusammenwirken kann.The drive body 21 also has on the front side a coupling element 213, which is connected to the in FIG. 14 shown holding buffer 6 can cooperate.

Der Laufwerkskörper 21 dient ferner der Aufnahme einer Aushängesicherung 28 und ist dazu beidseitig mit Ausnehmungen 214 versehen. Die Aushängesicherung 28 umfasst eine U-Profilförmige, elastische Halteklammer 281, die in der Art eines Reiters auf den Laufwerkskörper 21 aufgesetzt wird und in den darin vorgesehenen Ausnehmungen 214 gehalten ist. Die Halteklammer 281 weist an den unteren Enden gegeneinander gerichtete Fusselemente 2811 auf, die das Kopplungselement 213 nach unten übergreifen und den Kopf 311 des zugehörigen Schienenelements 31 der Laufschiene 3 beidseitig umfassen können. Sofern das Laufwerk 2A; 2B jedoch angehoben wird, werden die ungesicherten Fusselemente 2811 beiseite gedrückt und das Laufwerk 2A; 2B kann von der Laufschiene 3 gelöst werden. Um dies zu verhindern, wird ein starrer Fixierrahmen 282 mit einem U-Profil aus Metall oder Plastik über die Halteklammer 281 geschoben, so dass diese beidseitig gehalten und fixiert ist.The drive body 21 also serves to receive a safety catch 28 and is provided on both sides with recesses 214. The safety catch 28 comprises a U-shaped, elastic retaining clip 281 which is placed on the drive body 21 in the manner of a rider and is held in the recesses 214 provided therein. The retaining clip 281 has at the lower ends against each other directed foot elements 2811, which engage over the coupling element 213 down and may include the head 311 of the associated rail member 31 of the running rail 3 on both sides. If the drive 2A; 2B, however, the unsecured foot members 2811 are pushed aside and the drive 2A; 2B can be released from the running rail 3. To prevent this, a rigid fixing frame 282 is pushed with a U-profile made of metal or plastic over the retaining clip 281 so that it is held and fixed on both sides.

Damit sich der Fixierrahmen 282 nicht von der Halteklammer 281 löst, weist die Halteklammer 281 Verbindungsnocken 2812 auf, die in Verbindungsschlitzen 2821 geführt sind, die in den Seitenteilen des Fixierrahmens 282 vorgesehen sind. Die Seitenteile des Fixierrahmens 282 sind ferner mit Sicherungsflanschen 2822 versehen, welche die Halteklammer 281 frontseitig und rückseitig überlappen. Der Fixierrahmen 282 ist daher formschlüssig mit der Halteklammer 281 verbunden und kann von dieser nur gelöst werden, wenn er manuell nach oben gezogen wird, wonach die Fusselemente 2811 der Halteklammer 281 ihre Beweglichkeit wieder erlangen.Thus, the fixing frame 282 does not detach from the retaining clip 281, the retaining clip 281 on connecting cam 2812, which are guided in connecting slots 2821, which are provided in the side parts of the fixing frame 282. The side parts of the fixing frame 282 are further provided with securing flanges 2822, which overlap the retaining clip 281 front and back. The fixing frame 282 is therefore positively connected to the retaining clip 281 and can only be solved by this when it is manually pulled up, after which the foot elements 2811 of the retaining clip 281 regain their mobility.

Figur 6 zeigt das Laufwerk 2B von Figur 4 mit nach oben gefahrenem Trägerprofil 24B. FIG. 6 shows the drive 2B from FIG. 4 with raised carrier profile 24B.

Figur 7 zeigt das Laufwerk 2B von Figur 4 mit nach unten gefahrenem Trägerprofil 24B. FIG. 7 shows the drive 2B from FIG. 4 with lowered carrier profile 24B.

Wie dies in den Figuren 6 und 7 illustriert ist, kann der Kopf des Schraubenziehers W beidseits durch den Werkzeugkanal 2424 in die Kopplungskammer 2241 eingeführt werden, um die Justierschraube 23 zu drehen. Vorbehaltlich des Kopplungselements 213 sind die Laufwerke 2A, 2B daher symmetrisch ausgestaltet und können daher auf jeder Seite des Trennelements 1A; 1B in beliebiger Ausrichtung montiert werden. Der Zugriff mittels des Werkzeugs W bleibt daher stets gewährleistet.Like this in the FIGS. 6 and 7 is illustrated, the head of the screwdriver W can be inserted on both sides through the tool channel 2424 in the coupling chamber 2241 to rotate the adjusting screw 23. Subject to the coupling element 213, the drives 2A, 2B are therefore designed symmetrically and can therefore on each side of the separating element 1A; 1B can be mounted in any orientation. The access by means of the tool W therefore always remains guaranteed.

Figur 8 zeigt die oben beschriebenen Teile der Justiervorrichtung im ersten und zweiten Laufwerk 2A, 2B, nämlich die Justierschraube 23, den Zahnteller 26 sowie den Sicherungsring 25, der das selbsttätige Verdrehen der Justierschraube 23 verhindert. Ferner ist gezeigt, dass der durch den Werkzeugkanal 2424 in die Kopplungskammer 2421 eingeführte Schraubenzieher W durch das unterhalb des Schraubenkopfs 234 vorgesehene Distanzelement 233 in Position gehalten wird. Schematisch ist ferner gezeigt, dass der Schraubenzieher W durch die Halteöse 252 des Sicherungsrings 25 in die Kopplungskammer 2421 eingeführt wird. FIG. 8 shows the above-described parts of the adjusting device in the first and second drive 2A, 2B, namely the adjusting screw 23, the tooth plate 26 and the locking ring 25, which prevents the automatic rotation of the adjusting screw 23. Further, it is shown that the screwdriver W inserted through the tool channel 2424 into the coupling chamber 2421 is held in position by the spacer 233 provided below the screw head 234. It is also schematically shown that the screwdriver W is inserted through the retaining lug 252 of the securing ring 25 into the coupling chamber 2421.

Figur 9 zeigt die Laufschiene 3 und die Adapterplatte 7 von Figur 1. Die Laufschiene 3 weist eine Schienenplatte 33 auf, an deren Oberseite zwei dem Abrollen der Laufräder 22 dienende Schienenelemente 31, 32 und an deren Unterseite zwei parallel zu den Schienenelementen 31, 32 verlaufende Montagewinkel 34 vorgesehen sind. Die beiden Montagewinkel 34 korrespondieren zu zwei Konterwinkeln 74, die an der Adapterplatte 7 vorgesehen sind, die an der Oberseite eines Schrankes 4 mittels Schrauben 76 montiert ist, die durch Öffnungen 731 hindurch geführt werden. Die Laufschiene 3 kann daher von vorn bzw. von der Frontseite des Schranks 4 her über die Adapterplatte 7 geführt und nach hinten verschoben werden, bis die Montagewinkel 34 und die Konterwinkel 74 ineinander eingreifen. In der Folge werden Konterschrauben 75, die in Gewindebohrungen 711 von mit der Adapterplatte 7 verbundenen Montageleisten 71 gehalten sind, gegen die Montagewinkel 34 gedreht. Mittels dieser Konterschrauben 75, die ebenfalls von der Frontseite des Schranks 4 her betätigt werden können, werden die Montagewinkel 34 der Laufschiene 3 fixiert, so dass diese stabil gehalten ist. Der ein- oder mehrteilige Schrank 4, der eine beliebige Breite aufweisen kann, kann dabei mit mehreren Adapterplatte 7 bestückt werden, die möglichst genau ausgerichtet werden. FIG. 9 shows the running rail 3 and the adapter plate 7 of FIG. 1 , The running rail 3 has a rail plate 33, at the top two of the rolling of the wheels 22 serving rail elements 31, 32 and on the underside of two parallel to the rail elements 31, 32 extending mounting bracket 34 are provided. The two mounting brackets 34 correspond to two counter angles 74 provided on the adapter plate 7, which is mounted on the top of a cabinet 4 by means of screws 76 passing through apertures 731. The running rail 3 can therefore be guided from the front or from the front side of the cabinet 4 forth on the adapter plate 7 and moved backwards until the mounting bracket 34 and the counter-angle 74 into each other intervention. As a result, lock screws 75 held in threaded bores 711 of mounting ledges 71 connected to the adapter plate 7 are rotated against the mounting brackets 34. By means of these lock screws 75, which can also be actuated from the front side of the cabinet 4 ago, the mounting bracket 34 of the running rail 3 are fixed so that it is held stable. The one- or multi-part cabinet 4, which may have any width, can be equipped with a plurality of adapter plate 7, which are aligned as accurately as possible.

Das erfindungsgemässe Installationssystem weist eine relativ hohe Toleranz gegen Fehlpositionierungen auf. Leichte Drehungen und Verschiebungen einzelner Adapterplatten 7 relativ zur idealen Position werden problemlos kompensiert, indem die Montagewinkel 34 und die Konterwinkel 74 nicht plan aneinander liegen müssen, und die stabile Montage der Laufschiene 3 trotzdem gewährleistet ist. Da die Laufschiene 3 erst nach der Installation des Schrankes 4 aufgesetzt werden kann, wird diese vorzugsweise in der gesamten Länge einstückig aufgesetzt, wodurch Stossstellen vermieden werden. Aus Figur 9 ist ferner ersichtlich, dass der Abstand d zwischen der Oberkante des Schranks 4 und der Decke 40 minimal und nur unter Berücksichtigung der Grösse der Laufwerke 2A, 2B gewählt werden kann, wie dies in Figur 10 gezeigt ist.The installation system according to the invention has a relatively high tolerance against incorrect positioning. Slight rotations and displacements of individual adapter plates 7 relative to the ideal position are easily compensated by the mounting bracket 34 and the counter-angle 74 does not have to be flat against each other, and the stable mounting of the track 3 is still guaranteed. Since the running rail 3 can be placed only after the installation of the cabinet 4, this is preferably placed in one piece in the entire length, which shocks are avoided. Out FIG. 9 It can also be seen that the distance d between the upper edge of the cabinet 4 and the ceiling 40 can be minimized and can only be selected taking into account the size of the drives 2A, 2B, as shown in FIG FIG. 10 is shown.

Figur 10 zeigt das Laufwerk 2A von Figur 4 sowie die Laufschiene 3 und die Adapterplatte 7 von Figur 9, die in der oben beschriebenen Weise montiert werden. Es ist gezeigt, dass die Adapterplatte 7 relativ zum Laufwerk 2A nur wenig Raum in Anspruch nimmt. Nach der Montage der Adapterplatte 7 und der Laufschiene 3 wird dazwischen ein Klemmprofil 81 vorgesehen, welches dem Halten einer Abdeckleiste 82 dient. Von der Frontseite des Schranks 4 her gesehen, bilden die Adapterplatte 7 und die Laufschiene 3 somit eine Einheit und treten nicht störend in Erscheinung. FIG. 10 shows the drive 2A of FIG. 4 and the running rail 3 and the adapter plate 7 of FIG. 9 , which are mounted in the manner described above. It is shown that the adapter plate 7 occupies little space relative to the drive 2A. After mounting the adapter plate 7 and the running rail 3, a clamping profile 81 is provided therebetween, which serves to hold a cover strip 82. Seen from the front of the cabinet 4 ago, the adapter plate 7 and the running rail 3 thus form a unit and do not interfere in appearance.

Figur 11 zeigt eine Führungsschiene 6, die von vorn auf eine an der Unterseite des Schranks 4 montierte Adapterplatte 7 aufgesetzt und mittels einer frontseitig zugänglichen Konterschraube 75 fixiert wird. Die Führungsschiene 6 weist eine Schienenplatte 63 auf, an deren Oberseite zwei dem Abrollen der Führungsrollen 52 dienende Führungskanäle bzw. Schienenelemente 61, 62 und an deren Unterseite zwei parallel zu den Schienenelementen 61, 62 verlaufende Montagewinkel 64 vorgesehen sind. Die beiden Montagewinkel 64 korrespondieren zu zwei an der Adapterplatte vorgesehenen Konterwinkeln 74. Die Führungsschiene 6 kann daher in gleicher Weise und mit den gleichen Vorteilen wie die Laufschiene 3 montiert werden. FIG. 11 shows a guide rail 6, which is mounted from the front on a mounted on the underside of the cabinet 4 adapter plate 7 and fixed by means of a front-side lock screw 75. The guide rail 6 has a rail plate 63, on the upper side of which two guide channels or rail elements 61, 62 serving for unrolling the guide rollers 52 and on the underside of which two mounting angles 64 extending parallel to the rail elements 61, 62 are provided. The two mounting brackets 64 correspond to two counter-angles 74 provided on the adapter plate. The guide rail 6 can therefore be mounted in the same way and with the same advantages as the running rail 3.

Figur 12 zeigt die mit der Aushängesicherung 28 versehenen Laufwerke 2A, 2B, die auf parallel zueinander verlaufenden Schienenelementen 31, 32 der von der Adapterplatte 7 gehaltenen Laufschiene 3 geführt sind. Beim Laufwerk 2B ist gut ersichtlich, dass die Fusselemente 2811 der vom Fixierrahmen 282 gehaltenen Halteklammer 281 das Kopfstück des zugehörigen Schienenelements 32 umgreifen, so dass das Laufwerk 2B nicht von der Laufschiene 3 gelöst werden kann. Ferner ist gezeigt, dass die Laufschiene 3 mittels einer Konterschraube 75 gegen die Adapterplatte 7 gedrückt wird, so dass die Montagewinkel 34 und die Konterwinkel 74 ineinander verschobenen gehalten sind. Zwischen der Adapterplatte 7 und der Laufschiene 3 ist das Klemmprofil 81 gehalten, welches seinerseits die Abdeckleiste 82 hält. Weiterhin ist gezeigt, dass die Montageplatte 249 des Laufwerks 2A mit der Holzplatte 10 des Trennelements 1A verschraubt ist. Die dazu vorgesehene Montageschraube 2492 wird vorzugsweise durch das gesamte Trägerprofil 24B hindurchgeführt. Weiterhin sind die in den Trägerprofilen 24A, 24B der Laufwerke 2A, 2B vorgesehenen Werkzeugkanäle 2424 gezeigt, in die der Kreuzschlitz-Schraubenzieher W einführbar ist, um die Höhe der Trägerprofile 24A, 24B einzustellen. FIG. 12 shows the provided with the safety catch 28 drives 2A, 2B, which are guided on mutually parallel rail members 31, 32 of the held by the adapter plate 7 running rail 3. In the case of the drive 2B, it can be clearly seen that the foot elements 2811 of the retaining clip 281 held by the fixing frame 282 embrace the head piece of the associated rail element 32, so that the drive 2B can not be detached from the running rail 3. Furthermore, it is shown that the running rail 3 is pressed by means of a lock screw 75 against the adapter plate 7, so that the mounting bracket 34 and the counter-angle 74 are held pushed into each other. Between the adapter plate 7 and the running rail 3, the clamping profile 81 is held, which in turn holds the cover strip 82. Furthermore, it is shown that the mounting plate 249 of the drive 2A is bolted to the wooden plate 10 of the separating element 1A. The mounting screw 2492 provided for this purpose is preferably passed through the entire carrier profile 24B. Furthermore, the tool channels 2424 provided in the carrier profiles 24A, 24B of the drives 2A, 2B are shown, into which the Phillips screwdriver W can be inserted in order to adjust the height of the carrier profiles 24A, 24B.

In Figur 12 ist ferner ein auf das Schienenelement 31 aufgesetzter Haltepuffer 9 gezeigt welcher ein U-Profil aufweist, dessen Seitenelemente mittels einer Montageschraube 91 und einer Schraubenmutter 92 derart zusammengedrückt werden, dass die beiden unteren Endstücke des U-Profils, welche Andruckplatten 904A, 904B bilden, gegen den Kopf 311 des zugehörigen Schienenelements 31 gepresst werden. Der Haltepuffer 9 ist daher direkt mit dem Schienenelement 31 verbunden und benötigt somit nur einen minimalen Raum.In FIG. 12 Furthermore, a holding buffer 9 placed on the rail element 31 is shown which has a U-profile whose side elements are compressed by means of a mounting screw 91 and a nut 92 such that the two lower end portions of the U-profile, which pressure plates 904 A, 904 B form, are pressed against the head 311 of the associated rail member 31. The holding buffer 9 is therefore connected directly to the rail element 31 and thus requires only a minimal space.

Figur 13 zeigt die aus einem Blech ausgestanzte Abwicklung 90 des einstückigen Haltepuffers 9 von Figur 12. FIG. 13 shows the punched out of a sheet processing 90 of the integral retaining buffer 9 of FIG. 12 ,

Figur 14 zeigt den aus dem Blech ausgestanzten und fertig geformten Haltepuffer 9 sowie das passend geformte Kopfstück 311 des Schienenelements 31, das beidseits abgeflachte Zonen 3111 aufweist, an denen die Andruckplatten 904A, 904B flächig anliegen (siehe Figur 12). FIG. 14 shows the punched out of the sheet and finished shaped holding buffer 9 and the suitably shaped head piece 311 of the rail member 31 having flattened zones 3111 on both sides, against which the pressure plates 904A, 904B surface (see FIG. 12 ).

Wie dies in Figur 14 gezeigt ist, wird der Haltepuffer 9 zu einem U-Profil geformt. Die Abwicklung weist daher verschiedene Zonen auf, die nach dem Ausstanzen aus einem Blech gegeneinander gebogen werden. Die Zonen 903A und 903B betreffen die Seitenteile des U-Profils, die mit Bohrungen 9031 zur Durchführung von Montageschrauben 91 sowie mit einseitig ausgeschnittenen und ausgebogenen Konterelementen 9032 versehen sind, die dem Halten von Schraubenmuttern 92 dienen. Die Zone 905 betrifft das Mittelteil des U-Profils bzw. den Pufferrücken. Die an die Seitenteile 903A und 903B anschliessenden Zonen 904A und 904B betreffen die oben erwähnten Andruckplatten. Die Zonen 901A und 901B betreffen die dem Auffangen des Laufwerks 2A, 2B dienenden Fangelemente, in denen Bohrungen 9011 zur Durchführung einer Vorspannschraube 910 vorgesehen sind, mittels der die beiden Fangelemente 901A, 901B gegeneinander gedrückt und vorgespannt werden können.Like this in FIG. 14 is shown, the holding buffer 9 is formed into a U-profile. The settlement therefore has several zones that are bent after punching out of a sheet against each other. Zones 903A and 903B relate to the side portions of the U-profile, which are provided with holes 9031 for passing through mounting screws 91 and with one-sided cut-out and bent counter-elements 9032, which serve to hold nuts 92. The zone 905 relates to the middle part of the U-profile or the buffer back. The zones 904A and 904B which follow the side parts 903A and 903B relate to the above-mentioned pressure plates. The zones 901A and 901B relate to the catch elements which serve to catch the drive 2A, 2B, in which bores 9011 are provided for carrying out a pretensioning screw 910 by means of which the two catch elements 901A, 901B can be pressed against one another and prestressed.

Figur 14 zeigt den Haltepuffer 9, der durch Biegung der einzelnen Zonen 901A, 901B, 903A, 903B; 904A, 904B und 905 geformt und mit den genannten Bohrungen 9011, 9031 und Ausstanzungen 9032 versehen wurde. Das ausgestanzte Blechstück wurde zu einem einstückigen U-Profil gebogen, an dessen Unterseite die flachen Andruckplatten 904A, 904B gegeneinander geneigt sind, welche nach der Montage beidseits an den abgeflachten Seiten 3111 des Kopfstücks 311 des zugehörigen Schienenelements 31 der Laufschiene 3 angedrückt und vorzugsweise auf die Laufschienenplatte 3 abgestützt werden. Die Seitenteile 903A, 903B des U-Profils, die je ein dem Laufwerk 2A, 2B zugewandtes, zungenförmiges Fangelement 901A, 90B aufweisen, werden mittels zwei Montageschrauben 91 gegeneinander und somit gegen das Schienenelement 31 gedrückt, so dass die Andruckplatten 904A, 904B nach der Montage stabil an den abgeflachten Seiten 3111 des Kopfstücks 31 anliegen. Durch die Neigung der Andruckplatten 904A, 904B wird ferner bewirkt, dass diese bei der Montage des Haltepuffers 9 nach unten gegen die Schienenplatte 3 gedrückt werden. Dadurch wird gewährleistet, dass der Haltepuffer 9 weder nach unten, noch nach oben entweichen kann. FIG. 14 shows the holding buffer 9 formed by bending the individual zones 901A, 901B, 903A, 903B; 904A, 904B and 905 shaped and provided with the said holes 9011, 9031 and punched 9032. The stamped sheet metal piece was bent to a one-piece U-profile, on the underside of the flat pressure plates 904A, 904B are inclined against each other, which pressed after assembly on both sides on the flattened sides 3111 of the head piece 311 of the associated rail member 31 of the track rail 3 and preferably on the Runner plate 3 are supported. The side portions 903A, 903B of the U-profile, each having a drive 2A, 2B facing tongue-shaped catch element 901A, 90B are pressed against each other and thus against the rail member 31 by means of two mounting screws 91, so that the pressure plates 904A, 904B after the Mounting stable against the flattened sides 3111 of the head piece 31. The inclination of the pressure plates 904A, 904B is further caused to be pressed down against the rail plate 3 during assembly of the holding buffer 9. This ensures that the holding buffer 9 can escape neither down nor up.

Die beiden zusammenwirkenden Fangelemente 901A, 901B, die mit der Vorspannschraube 910 miteinander verbunden werden, sind derart als Blattfedern ausgebildet, dass das am Körper 21 des Laufwerks 2A; 2B vorgesehene Kopplungselement 213 darin einfahren und gehalten werden kann. Das Trennelement 1A, 1B wird daher elastisch aufgefangen und anschliessend gehalten.The two cooperating catch elements 901A, 901B, which are connected to each other with the biasing screw 910, are formed as leaf springs, that on the body 21 of the drive 2A; 2B provided coupling element 213 retract and can be held therein. The separating element 1A, 1B is therefore absorbed elastically and then held.

Literaturverzeichnis:Bibliography:

[1][1]
EP 1916372 A1EP 1916372 A1
[2][2]
Produktkatalog der HAWA AG, Schiebebeschläge 2000Product catalog of HAWA AG, sliding hardware 2000
Bezugszeichenliste:LIST OF REFERENCE NUMBERS

11
Trennelementseparating element
1010
Platte, insbesondere Glas- oder HolzplattePlate, in particular glass or wood plate
1111
Installationsprofilinstallation profile
1212
L-förmiges MontageprofilL-shaped mounting profile
121121
Aufnahmeschenkel des Montageprofils 12Receiving leg of the mounting profile 12th
12111211
Montageschlitz zur Aufnahme der Montageschraube 246Mounting slot for mounting the mounting screw 246
122122
Montageschenkel des Montageprofils 12Mounting leg of the mounting profile 12th
1313
Haltevorrichtungholder
1616
Verbindungselement, SeilConnecting element, rope
22
Laufwerkdrive
2A2A
erstes Laufwerk, direkt an der Platte 10 angeschraubtfirst drive, screwed directly to the plate 10
2B2 B
zweites Laufwerk, über das Montageprofil 12 verbundensecond drive, connected via the mounting profile 12
2121
Laufwerkskörpers, Körper des Laufwerks 2Drive body, body of drive 2
211211
Lageröffnung für den Trägerbolzen 29Bearing opening for the carrier bolt 29
213213
Kopplungselement, korrespondierend zum Puffer 9Coupling element, corresponding to the buffer 9
214214
Ausnehmung zur Aufnahme der Aushängesicherung 28Recess for receiving the safety catch 28th
215215
Zugangsöffnung, gegebenenfalls GewindebohrungAccess opening, if necessary tapped hole
216216
Bohrung im Laufwerkskörper 21 für die Radachsen 221Hole in the drive body 21 for the wheel axles 221st
217217
Radkammerwheel well
2222
Laufrad des Laufwerks 2Impeller of the drive 2
221221
Welle, RadachseShaft, wheel axle
2323
Justierschraubeadjusting screw
231231
Gewindeschaft der Justierschraube 23Threaded shaft of the adjusting screw 23
232232
Flanschring an der Justierschraube 23Flange ring on the adjusting screw 23
233233
Distanzzylinder an der Justierschraube 23Spacer cylinder on the adjusting screw 23
234234
Kopf der Justierschraube 23Head of the adjusting screw 23
24A24A
Trägerprofil des ersten Laufwerks 2ACarrier profile of the first drive 2A
24B24B
Trägerprofil des zweiten Laufwerks 2BCarrier profile of the second drive 2B
241A/B241A / B
Seitenteile des Trägerprofils 24A bzw. 24BSide parts of the carrier profile 24A or 24B
24112411
Führungsschlitz im Seitenteil 24A bzw. 24BGuide slot in the side part 24A and 24B
242242
Mittelteil des Trägerprofils 24A bzw. 24BMiddle part of the carrier profile 24A or 24B
24212421
Kopplungskammer im Mittelteil 242Coupling chamber in the middle part 242
24222422
Flanschelement mit Öffnung 2423Flange element with opening 2423
24232423
Öffnung im Flanschelement 2422Opening in the flange 2422
24242424
Werkzeugkanal im Mittelteil 242Tool channel in the middle part 242
24252425
Rasterung an der Oberseite des Mittelteils 242Rasterung at the top of the central portion 242nd
24262426
Gewindebohrung im Mittelteil 242Threaded hole in middle section 242
246246
MontageschraubenMounting screws
249249
Montageplatte am Trägerprofil 24AMounting plate on carrier profile 24A
24912491
Montageöffnung an der Montageplatte 249Mounting opening on the mounting plate 249
24922492
Montageschraube, ggf. das Trägerprofil durchlaufendMounting screw, possibly the carrier profile continuous
2525
Sicherungsringcirclip
251251
Haltezahn am Sicherungsring 25Holding tooth on the securing ring 25
252252
Halteöseretaining eye
2626
Zahntellerdental plate
261261
Zahnkranz am Zahnteller 26Sprocket on the tooth plate 26
262262
Mehrkantöffnung zur Aufnahme des Schraubenkopfs 234Polygonal opening for receiving the screw head 234
2828
Aushängesicherungsafety catch
281281
Halteklammerretaining clip
28112811
Fusselemente an der Halteklammer 281Foot elements on the retaining clip 281
28122812
Verbindungsnocken an der Halteklammer 281Connecting cam on the retaining clip 281
282282
Fixierrahmenfixing frame
28212821
Verbindungsschlitz am Fixierrahmen 282Connecting slot on the fixing frame 282
28222822
Sicherungsflanschen am Fixierrahmen 282Securing flanges on the fixing frame 282
2929
Trägerbolzencarrier bolts
291291
Gewindebohrung zur Aufnahme der Justierschraube 23Threaded hole for receiving the adjusting screw 23
292292
Führungsnase(n) am Trägerbolzen 29Guide nose (s) on the carrier pin 29
33
Laufschienerunner
3131
erstes Schienenelement der Laufschiene 3first rail element of the running rail 3
311311
Kopfstück des ersten Schienenelements 31Headpiece of the first rail element 31
31113111
flache Seiten des Kopfstücks 311flat sides of the head piece 311
3232
zweites Schienenelement der Laufschiene 3second rail element of the running rail 3
321321
Kopfstück des zweiten Schienenelements 32Headpiece of the second rail element 32
3333
LaufschienenplatteRunning mounting bracket
3434
Montagewinkel an der Schienenplatte 33Mounting bracket on the rail plate 33rd
44
Körper, Gebäude- oder Möbelkörper, SchrankBody, building or furniture body, cabinet
4040
Decke, Gebäudekörper oberhalb des Schranks 4Ceiling, building body above the cupboard 4
4A4A
oberes Element des Körpers 4upper element of the body 4
4B4B
unteres Element des Körpers 4lower element of the body 4
4C4C
Wand des Installationskörpers 4Wall of the installation body 4
55
Führungsvorrichtungguiding device
5151
Körper der Führungsvorrichtung 5Body of the guide device 5
511511
Horizontalflügel der Führungsvorrichtung 5Horizontal wing of the guide device 5
512512
Vertikalflügel der Führungsvorrichtung 5Vertical wing of the guide device 5
5252
Führungsrolle am Horizontalflügel 511Guide roller on the horizontal wing 511
5454
Montagekanal im Vertikalflügel 512Mounting channel in the vertical wing 512
5555
Montageleistemounting strip
551551
Bohrungen zur Aufnahme von MontageschraubenHoles for mounting mounting screws
552552
Arretierelement, ClipLocking element, clip
55215521
Zungetongue
55225522
Halterippenretaining ribs
553553
Halteflanschretaining flange
66
Führungsschieneguide rail
6161
Schienenelement bzw. erster FührungskanalRail element or first guide channel
6262
Schienenelement bzw. zweiter FührungskanalRail element or second guide channel
6363
FührungsschienenplatteGuide rail plate
6464
Montagewinkel an der Führungsschienenplatte 63Mounting bracket on the guide rail plate 63
77
Adapterplatteadapter plate
7171
Montageleistemounting strip
711711
Gewindebohrung in der Montageleiste 71Threaded hole in the mounting strip 71
7373
Öffnungen in der Adapterplatte 7Openings in the adapter plate 7
7474
Konterwinkelcounter-angle
7575
Konterschraubelock screw
7676
MontageschraubenMounting screws
8181
Klemmprofilclamping profile
8282
Abdeckleistecover strip
99
Haltepufferholding buffer
9090
Pufferkörper, gebogenBuffer body, bent
9090
Abwicklung des Pufferkörpers 90Settlement of the buffer body 90
901A/B901A / B
Fangelementecatchers
90119011
Bohrungen in den Fangelementen 901A bzw. 901BHoles in the catch elements 901A and 901B
903A/B903A / B
Pufferseitenbuffer pages
90319031
Bohrungen zur Durchführung der Montageschrauben 91Holes for carrying the mounting screws 91st
90329032
Konterelemente zum Halten der Schraubenmuttern 92Locking elements for holding the nuts 92
904A/B904A / B
Andruckplattenplatens
905905
Pufferrückenbuffer back
9191
MontageschraubenMounting screws
910910
Vorspannschraubepreloading screw
9292
Schraubenmutternnuts

Claims (15)

  1. carriage (2A; 2B) for a displaceable separation element (1) with a carriage body (21) that comprises at least two running wheels (22), which can be guided on a running rail (3), and that is connected to a carrier profile (24A; 24B) of the carriage, which serves for carrying the separation element (1) and which is held by an adjusting screw (23) that comprises a screw head (234) and a threaded shank (231), which is rotatably held in the carriage body (21), characterised in that the adjusting screw (23) holds the carrier profile (24A; 24B) above the carriage body (21) and thereto comprises below the screw head (234) a flange ring (232), which supports a flange element (2422) provided in the carrier profile (24A; 24B), said flange element (2422) comprising an opening (2423), through which the adjusting screw (23) extends into a coupling chamber (2421), which is provided in the carrier profile (24A; 24H), into which a tool channel (2424) runs and within which a toothed disk (26) is arranged that is connected to the screw head (234) and that can be actuated with a tool (W) that can be inserted into the tool channel (2424).
  2. Carriage (2A; 2B) according to claim 1, characterised in that the carrier profile (24A; 24B) comprises a U-shaped profile with two side parts (241A; 241B) and a middle part (242), in which the coupling chamber (2421) is provided, into which the tool channel (2424) runs, which is aligned in parallel to the longitudinal axis (x) of the middle part (242) and which extends through the middle part (242) from one end to the coupling chamber (2421) or to the other end.
  3. Carriage (2A; 2B) according to claim 2, characterised in that the toothed disk (26) comprises a multi-edge opening (261) serving to receive the screw head (234) and a peripherally arranged annular gear (261), which is orientated perpendicularly to the tool channel (2424) on the upper or lower edge of the toothed disk (26).
  4. Carriage (2A; 2B) according to claim 2 or 3, characterised in that between the flange ring (232) and the screw head (234) or the toothed disk (26) a preferably cylindrical spacing element (233) is provided, which serves as a stop for the toothed head of a tool (W) in order to hold said toothed head in engagement with the toothed disk (26).
  5. Carriage (2A; 2B) according to claim 2, 3 or 4, characterised in that a securing ring (25) is provided within the coupling chamber (2421) provided in the middle part (242), said securing ring (25) comprising at least one holding eyelet (252) protecting into the tool channel (2424) and at least one elastically held holding tooth (251), which engages in the annular gear (261) of the toothed disk (26).
  6. Carriage (2A; 2B) according to one of the claims 1 - 5, characterised in that
    a) a bearing opening (211) is provided in the carriage body (22), within which bearing opening (211) a carrier bolt (29) is rotationally mounted, which comprises a threaded bore (291) that is extending perpendicular to the bolt axis (y), within which threaded bore (291) the threaded shank (231) of the adjusting screw (23) is rotationally mounted, said adjusting screw (23) being introduced through a broader access opening (215) into the bearing opening (211) or
    b) the access opening (215) comprises a thread, which serves for holding the threaded shank (231).
  7. Carriage (2A; 2B) according to claim 6, characterised in that the carrier bolt (29) is provided on both sides with a guide nose (292), said guide noses (292) being guided in guide slots (2411) of the first and second side part (241A; 241B) of the carrier profile (24A; 24B).
  8. Carriage (2A; 2B) according to one of the claims 1 - 7, characterised in that
    a) the carriage body (21) comprises a coupling element (213), which can cooperate with a holding buffer and/or that
    b) the carriage body (21) serves for holding a decouple security mechanism (28), which comprises a rigid fixing frame (282), which fixes a U-profile-shaped elastic holding bracket (281) on the carriage body (21), of which elastic holding bracket (281) the foot elements (2811) orientated against each other project downwardly over the carriage body and can thereby engage and loosely hold the head element (311) of the running rail (31, 32) on both sides.
  9. Carriage (2A; 2B) according to one of the claims 1 - 8, characterized in that the carrier profile (24A) is provided with a mounting plate (249), which can be connected to the separation element (1), or in that the carrier profile (24B), on the upper side of which a grating (2445) is preferably provided, can be screwed to a mounting profile (12).
  10. Displaceable separation element (1) with a panel (10), a glass panel or a wooden panel, which is connected on its upper side via the mounting plate (249) or via the mounting profile (12) to a carriage (2A; 2B) according to claim 9.
  11. Separation element (1) according to claim 10, characterised in that the guide device (5) mounted on the lower side of the panel (10) comprises an angular body (51) with a vertical wing (512) and a horizontal wing (522), the vertical wing (512) comprises on the angle outer side a mounting channel (54), in which a mounting strip (55) secured in a fixed or releasable manner to the panel (10) is held in a releasable manner by means of a locking element (552), and in that the horizontal wing (511) comprises on the angle inner side a guide roller (53).
  12. Device with at least one separation element (1) according to claim 10 or 11, characterised in that the carriage (2A, 2B) is guided in a running rail (3) and/or the guide device is guided in a guide rail (6), which are provided on the upper side of a rail plate (33 resp. 63) with at least one rail element (31, 32 resp. 61, 62) serving for the rolling of the running wheels (22) or guide rollers (53) and on the lower side of the rail plate (33 reap. 63) with at least one mounting bracket (34 reap. 64) extending parallel to the rail element (31, 32 resp. 61, 62), said mounting bracket (34 resp. 64) cooperating with a corresponding counter bracket (74) of an adapter plate (7) mounted at the installation location (4) and being fixed by at least one counter screw (75), which is rotationally held in a threaded bore (711) of a mounting strip (71) of the adapter plate (7).
  13. Device with at least one separation element (1) according to claim 12, characterised in that the separation element (1) is held in a displaceable manner to the fore of the front of a body (4), in particular a body formed by building parts or a furniture item, on the upper side of which the running rail (3) is provided and on the lower side of which the guide rail (6) is provided.
  14. Device with at least one separation element (1) according to one of the claims 10 - 13, characterised in that a holding buffer element (9) is provided, which is bent from sheet metal in one piece to form a U-shaped profile, on the lower side of which flat pressure plates (904A, 904B) are inclined against one another, which lie on both sides on preferably flattened sides (3111) of the head element (311) of the associated rail element (31) of the running rail (3) and are supported on the running rail plate (33), wherein the side parts (903A, 903B) of the U-shaped profile, which each comprise a receiving element (901A; 901B) facing the carriage (2A, 2B), are pressed by at least one mounting screw (91) against the rail element (31).
  15. Device according to claim 14, characterised in that the two cooperating receiving elements (901A; 901B) are connected to each other with a preload screw (910) and are formed as plate springs in such a way that the coupling element (213) provided on the body (21) of the carriage (2A; 2B) can move therein and be held there.
EP09152881.0A 2009-02-15 2009-02-15 Drive for a partition element, partition element and device Active EP2218858B1 (en)

Priority Applications (6)

Application Number Priority Date Filing Date Title
EP09152881.0A EP2218858B1 (en) 2009-02-15 2009-02-15 Drive for a partition element, partition element and device
US12/699,705 US8381354B2 (en) 2009-02-15 2010-02-03 Carriage for a separation element, separation element and device
CA2692015A CA2692015C (en) 2009-02-15 2010-02-04 Carriage for a separation element, separation element and device
CN201010171216.6A CN101899938B (en) 2009-02-15 2010-02-12 Carriage for separation element, separation element and device
AU2010200527A AU2010200527B2 (en) 2009-02-15 2010-02-12 Carriage for a separation element, separation element and device
JP2010030379A JP5660278B2 (en) 2009-02-15 2010-02-15 Partition element carriage, partition element, and apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
EP09152881.0A EP2218858B1 (en) 2009-02-15 2009-02-15 Drive for a partition element, partition element and device

Publications (2)

Publication Number Publication Date
EP2218858A1 EP2218858A1 (en) 2010-08-18
EP2218858B1 true EP2218858B1 (en) 2013-10-16

Family

ID=40796284

Family Applications (1)

Application Number Title Priority Date Filing Date
EP09152881.0A Active EP2218858B1 (en) 2009-02-15 2009-02-15 Drive for a partition element, partition element and device

Country Status (6)

Country Link
US (1) US8381354B2 (en)
EP (1) EP2218858B1 (en)
JP (1) JP5660278B2 (en)
CN (1) CN101899938B (en)
AU (1) AU2010200527B2 (en)
CA (1) CA2692015C (en)

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Also Published As

Publication number Publication date
CN101899938A (en) 2010-12-01
US8381354B2 (en) 2013-02-26
AU2010200527A1 (en) 2010-09-02
JP2010190032A (en) 2010-09-02
JP5660278B2 (en) 2015-01-28
CA2692015C (en) 2016-10-11
CN101899938B (en) 2014-04-09
EP2218858A1 (en) 2010-08-18
AU2010200527B2 (en) 2015-06-04
CA2692015A1 (en) 2010-08-15
US20100205772A1 (en) 2010-08-19

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