EP3219891A1 - Three-dimensionally adjustable hinge system - Google Patents

Abstract

The invention relates to a band system comprising at least one band receiving element for receiving a band flap (21) of a door hinge (20), wherein the band receiving element has a base plate (10) and a cover plate (11), wherein between the base plate (10) and the cover plate (11 ) is arranged by means of adjusting spindles (17) movable terminal block with a support plate (15) and at least one clamping screw (35) for receiving the hinge strap, wherein the support plate (15) has through threads, which are penetrated by the adjusting spindles (17) and wherein the Carrier plate (15) has a recess in an area for receiving the hinge flap (21) between the spindles (17), and with at least one door hinge (20), wherein the door hinge (20) a first hinge tab (21) for mounting in the tape receiving member and at least one second hinge flap (25) for mounting on a component, wherein the first hinge tab (21) form fit in the recess of the Trägerplat te (15).

Description

The invention relates to a band system comprising at least one band receiving element for receiving a band flap of a door hinge, wherein the band receiving element has a base plate and a cover plate, wherein arranged between the base plate and the cover plate by means of Verstellspindeln movable clamping block with a support plate and at least one clamping screw for receiving the hinge is, wherein the support plate has through threads, which are penetrated by the adjusting spindles and wherein the support plate has a recess in a region for receiving the hinge between the spindles, and with at least one door hinge, wherein the door hinge a first hinge tab for mounting in the tape receiving element and has at least a second hinge strap for mounting on a component.

The hinge tabs have mutually aligned tape rollers on which they are rotatably connected to the belt axis.

Such tape systems with one or more tape receiving elements for receiving in each case a hinge band of a door hinge and the corresponding number of door hinges are known. Such tape receiving elements are known for example from the DE 39 00 608 C1 . DE 39 32 733 C2 and the DE 10 2004 016 769 A1 ,

All of the aforementioned tape receiving elements has in common that the adjustable between the base plate and cover plate terminal block is adjustable by means of the support plate of the terminal block by cross adjusting spindles. For this purpose, in the base plate and the cover plate of the tape receiving element rotatably mounted adjusting spindles by means of appropriate key through holes in the cover plate are gripped and rotated so as to adjust the terminal block in the direction perpendicular to the base plate between the base plate and the cover plate and change its position can.

After alignment of the terminal block in the desired position of the hinge plate can be inserted into the space between the clamping plate and the support plate of the terminal block and fixed by means of appropriate screws by the hinge tab is clamped in the terminal block between the support plate and clamping plate.

The adjustment spindles have at the end each have a one-piece integrally formed cylindrical, concentric stump, wherein the cylinder stumps each in corresponding holes in the base and cover plate einliegen rotatable and with as little radial clearance. Preferably, the outer diameter of the spindle stumps and the inner diameter of the corresponding holes have clearance fits.

In the event that end stumps of Verstellspindeln each lie in corresponding holes in the base and cover plate rotatably, each spindle is directly by means of a corresponding tool gripped and rotated.

A disadvantage of these tape receiving elements is that the hinge flap is fixed only by the clamping action between the support plate and the clamping plate. In the case of heavy doors, this can lead to the band tabs clamped in the terminal block slipping due to the heavy load.

The object of the invention is to develop a tape system of the type mentioned in such a way that is reliably secured against slipping after alignment of the clamping block and fixing the hinge flap in the clamping block of the tape receiving element, even with the largest loads.

This object is achieved by a tape system according to claim 1.

Particularly advantageous in the band system according to the invention of at least one tape receiving element for receiving a hinge of a door hinge, wherein the tape receiving member comprises a base plate and a cover plate, wherein between the base plate and the cover plate movable by means of Verstellspindeln clamping block with a support plate and at least one clamping screw for receiving the hinge strap is arranged, wherein the carrier plate has through threads, which are penetrated by the adjusting spindles and wherein the carrier plate has a recess in a region for receiving the hinge between the spindles, and with at least one door hinge, wherein the door hinge a first hinge tab for mounting in the tape receiving member and at least a second hinge plate for mounting on a component, it is that the first hinge tab rests positively in the recess of the support plate.

It is known to provide a reinforcement of the carrier plate of the terminal block in the region of the through-threads for the adjusting spindles in tape receiving elements for large loads in order to increase the load-bearing height of the through thread. As a result of this reinforcement, a recess is formed in the region between the adjusting spindles in a region for receiving the hinge. According to the invention, the first hinge flap and the clamping block of the tape receiving element are matched to one another in such a way that the first hinge flap rests positively in the recess of the carrier plate. Through this positive connection between the carrier plate and the first hinge flap of the hinge tab is in addition to the frictional Fixation fixed in the terminal block and secured. As a result, it is ensured even with heavy doors and the associated large loads that the first hinge flap does not slip under load.

Preferably, a plurality, in particular three or four clamping screws are arranged, by means of which the first hinge tab is fixed in the desired position in the terminal block In addition, the terminal block may comprise a clamping plate which is clamped by means of a plurality of clamping screws against the support plate and by means of which the first hinge plate between the support plate and clamping plate is fixed. The clamping screws are preferably cylinder head bolts.

A resilient spacer, e.g. arranged a flexible short plastic tube piece, which clamp plate and carrier plate spaced from each other. The elastic spacer is preferably arranged around one of the middle screws in the case of an even number of clamping screws or around the middle clamping screw in the case of an odd number of clamping screws. But it can be arranged on several or all clamping screws spacers.

The clamping block thus serves to receive the first hinge, i. both the recording and the fixation of the first hinge strap by clamping between the carrier plate and clamping screws. When arranging a clamping plate, the fixing of the first hinge flap is effected by clamping between the carrier plate and the clamping plate.

The terminal block can thus be formed of a support plate and a clamping plate, wherein between the support plate and clamping plate of the hinge strap of the door hinge is inserted and the clamping plate by means of screws against the support plate is clamped fixable.

The clamping plate may be dimensioned with respect to its width so that the longitudinal edges of the clamping plate coincide with the corresponding longitudinal edges of the carrier plate. It is also possible that one and / or both Longitudinal edges of the clamping plate with respect to the or the corresponding longitudinal edges of the carrier plate forward and / or spring back.

The clamping block is adjustable by means of a arranged on each side between the base plate and the cover plate adjusting spindle between the base plate and the cover plate- The adjusting spindles have an external thread and are rotatably mounted between the base plate and the cover plate. The terminal block is preferably formed from a support plate and a clamping plate, wherein between the support plate and clamping plate, the door hinge is inserted and the clamping plate is fixed by means of screws against the support plate. By tightening the screwed in the thread of the support plate screws thus the clamping plate is tightened together with the inserted between the support plate and clamping plate hinge tabs and thus clamps the hinge tabs in the terminal block.

It is particularly advantageous if the carrier plate has a rectangular shape and the imaginary connecting line between the centers of the two adjusting spindles runs parallel to the longitudinal sides of the carrier plate. In the width direction, the adjusting spindles can be arranged centrally, but also off-center. In the longitudinal direction, they are particularly advantageously arranged symmetrically, d. H. Both spindles each have the same distance from the respective end face of the carrier plate.

The support plate of the terminal block has at its ends corresponding threaded holes which are penetrated by the adjusting spindles, so that the relative position of the support plate and thus the entire terminal block between the base plate and the cover plate is variably adjustable by the operation of the adjusting spindles. For this purpose, the cover plate has corresponding bores through which keys can be guided in order to actuate the adjusting spindles and to fix the clamping plate by means of screws against the support plate.

The tape receiving element may be screwed into a cutout in the frame, wherein the second hinge flap of the door hinge then in a However, it is also a reverse arrangement possible, ie that the sand receiving element is screwed into a cutout in a component such as a door or a window sash and the second hinge flap of the door hinge is screwed to a frame ,

For screwing the tape receiving element in a wooden frame, especially in a solid block frame, wood screws and / or screws can be used with metric thread. If metric threaded screws are used, appropriate threaded sockets are located in the wooden frame to accommodate metric threaded screws.

Furthermore, it is also possible with respect to the fastening screws for fastening the base plate of the tape receiving element to the frame, to screw the metric screws in a screw-on with corresponding metric threads. This mounting plate preferably has the identical dimensioning and outer contour as the base plate and is preferably screwed into the bottom of the corresponding cutout in the frame by means of countersunk screws, the countersunk heads einliegen flush or recessed in the countersunk holes. In order to possibly be able to pick up outstanding components, such as, for example, clamping screws and eccentric bolts, the screw-on plate can of course have aligned through-holes with these components. It is also possible that these through-holes, e.g. continue in the form of blind holes in the frame. The attachment of the tape receiving element is in this case in the base plate so on the previously screwed mounting plate.

Preferably, the through holes in the base plate are formed as countersunk holes in which countersunk head screws lie flush with their countersunk head or spring back to screw the tape receiving element in the region of the base plate to the frame via the screw-in sleeves or via a screw-on plate.

The mounting plate can be screwed by means of wood screws on the frame and / or by means of metric screws, which are screwed into previously screwed into the timber frame screw-in sleeves.

In the tape receiving element, the cover plate and the base plate can be connected to one another via two connecting bolts arranged on the base plate and / or cover plate at the end. These connecting bolts can be bolted or riveted on top and bottom of the base plate and the cover plate. If a screw connection, the connecting bolts have corresponding internal thread. In particular, the connecting bolts can be screwed by means of countersunk screws at the top and bottom of the base plate and on the cover plate. Cover plate and base plate for this purpose corresponding countersunk holes in which the heads of the countersunk screws einliegen approximately flush or recessed.

The recess is preferably formed by material thickening of the carrier plate, in particular welded-on plates, in the regions of the through-passage through which the adjusting spindles pass in the carrier plate and / or by material removal, in particular by a cut-out.

Accordingly, the material thickening may be formed by welded plates. However, it is also possible to use a thicker starting material for producing the carrier plate, in which a recess in the intermediate region between the through-threaded bores is produced by material removal, for example milling.

The support plate of the clamping block can thus have material thickening in the region of the through thread for receiving the adjusting spindles, in particular plates can be welded to these areas of the support plate to increase the bearing height of the through threads for the adjusting spindles. The recess in the carrier plate for positive reception of the hinge strap may alternatively or cumulatively be produced by material removal, in particular by a cutout.

Preferably, the first hinge tab chamfering to avoid contact with a weld of the thickening or with the tool outlet of a cutout.

Preferably, the sheets are welded by TIG welding with or without welding filler, laser welding, point or humpback shit on the support plate. But there are also other welding methods possible.

Preferably, the material thickening is pronounced on its three outer sides flush with the actual carrier plate. It is also possible that the material thickening is flush with the actual carrier plate only on one or on two outer sides. It is also possible that the material thickening, at its three outer sides relative to the actual carrier plate springs back. It is also possible that the material thickening springs back only on one or on two outer sides relative to the actual carrier plate. Furthermore, it is possible that the material thickening protrudes at its three outer sides relative to the actual carrier plate. It is also possible that only on one or on two outer sides of the material chafing protrudes from the actual carrier plate. Of course, a combination of the dimensions of the material thickening described above with respect to the actual carrier plate is also possible. Thus, for example, the material thickening on one outer side can be flush, projecting on one outer side and spring-back on the third outer side.

The actual carrier plate is preferably narrower in the regions of the material thickenings, that is to say less wide than in the remaining region between the material thickenings. The exactly opposite case is also possible, that is to say that the actual carrier plate is made wider in the region of the material thickenings than in the remaining region. Of course, the case is also possible that the actual support plate is formed everywhere the same width.

Preferably, the tape receiving element has one or more clamping screws, by means of which the clamping block is clamped against the base plate and / or against the cover plate. Alternatively or cumulatively, the tape receiving element has one or more clamping screws, by means of which the cover plate is clamped against the base plate

Due to the arrangement of such clamping screws, the clamping block, after being aligned in its installation situation in the frame relative to the base plate and the cover plate of the tape receiving element, are clamped relative to the tape receiving element. By this tension existing in the threads of the adjusting spindles is overcome and clamped the clamping block relative to the base plate and / or against the cover plate of the tape receiving element and set free of play.

It is also possible that the cover plate via a through hole, in particular a countersunk hole, as well as connecting bolts, each having a through hole, through which a screw in a threaded hole, which is introduced into the base plate, are screwed. In this way, cover plate, connecting bolts and Grundplattte also firmly connect with each other.

The connecting bolts may have an undersize with respect to the adjusting spindles, so that at the same time a tightening of the cover plate relative to the base plate takes place by the firm tightening of the connecting screws. It is irrelevant whether the connecting bolts have through holes for the insertion of connecting screws or internal thread for screwing connecting screws.

Preferably, one or more clamping means are arranged symmetrically to the vertical axis of the base plate of the tape receiving element. Particularly preferably, a screw is arranged as a clamping means at each end of the terminal block. As a result, an exactly symmetrical arrangement is realized and effectively prevented from tilting.

Two clamping screws are particularly preferably provided in each end region of the clamping block, wherein viewed in the longitudinal direction of the clamping block the one clamping screw is arranged on one side of the corresponding adjusting spindle and the other clamping screw on the other side of the corresponding adjusting spindle.

Preferably, the clamping screws are centric on the central longitudinal axis of the support plate.

The respective screw arranged behind the adjusting spindle from the perspective of the clamping plate is preferably the clamping screw for clamping the clamping block against the cover plate and, in the case of the respective clamping screw in front of the adjusting spindle, around the clamping screw for clamping the clamping block against the base plate. But it is also possible exactly the opposite case.

Preferably, the clamping screws for clamping the terminal block against the cover plate to countersunk screws, which einliegen in corresponding countersunk holes in the cover plate and engage in threads in the support plate. In the alignment of these clamping screws corresponding through holes may be provided in the base plate, which receive the clamping screws. In terms of their length, these clamping screws can therefore be designed so long that they protrude into the through hole or extend through this. But it is also possible to perform this clamping screws shorter, so that these clamping screws do not extend to the base plate in the screwed state.

Preferably, the clamping screws for clamping the terminal block against the base plate to countersunk screws, which einliegen in corresponding countersunk holes in the support plate and engage in threads in the base plate.

If clamping screws of any type can project beyond the base plate in the direction of the frame, appropriate free spaces (for example blind holes) for receiving the screws must be provided for the frame.

For clarification it is mentioned that the clamping screws of any kind can be arranged differently than previously explained in the form of the advantageous characteristics.

To install the tape receiving element in a frame, the cover plate can be made widened to provide a plurality of screws for attachment to the frame or Aufschraubplatte can. For this purpose, the cover plate on a corresponding number of holes, in particular sink holes, which can be penetrated by the mounting screws, in particular countersunk screws.

If the cover plate is not widened, the cover plate has a smaller number of holes, in particular countersunk holes, which are penetrated by fastening screws, in particular countersunk screws.

If the cover plate protrudes beyond the base plate on one or both sides in the longitudinal direction and / or in the width direction, it is advantageous if the base plate has a slight distance to the base of the corresponding frame-side cutout or if an additional screw-on plate or screw plate is used for the screw-on plate. As a result, a narrow air gap between the base plate and frame or mounting plate is ensured, so that the tape receiving element is securely and without play fixed to the frame. In this case, namely, only the cover plate with your base plate protruding parts on the frame, so that there is a clear bearing surface.

With the help of the mounting screws, the cover plate and thus the tape receiving element is attached to the frame. If wood screws are used, they engage directly in the frame. It is also possible, metreische Use screws that are screwed into previously screwed into the frame screw-in.

Furthermore, further holes are provided in the cover plate to take with appropriate tools the adjusting spindles and also to operate the clamping screws on the terminal block to pinch the hinge plate in the terminal block. If through holes, in particular countersunk holes, are provided for fastening screws, in particular countersunk screws, in the base plate, the overlying components such as support plate, clamping plate and cover plate continue to have through holes in order to grip the fastening screws for attachment to the frame. These through-holes can be dimensioned so large with respect to their diameter that only one tool, e.g. a screwdriver for gripping the mounting screws can be inserted. In this case, the mounting screws must be pre-assembled during assembly of the tape receiving element. But it is also possible to dimension the through holes so that the fastening screws can be removed through them. In this case, the outer diameter is slightly larger than the outer diameter of the screw heads to dimension. The cover plate and / or the base plate and / or the carrier plate may be rounded or rectangular at their respective four outer corners.

The base plate of the tape receiving element may have holes and / or countersinks and / or bulges in the alignment of the terminal screws of the terminal block and certain clamping screws to these with appropriate tolerances or if the screws are lower side towards the base plate on the support plate of the terminal block record to be able to. This serves the maximum adjustability of the terminal block within the space between the base plate and cover plate.

Preferably, the tape receiving member is provided with aligned bores through all parts and plates of the tape receiving member to Screw screws in the base plate under the terminal block in particular lowered holes in the frame to give the tape receiving element in total in the frame a higher stability.

Alternatively or cumulatively to the various clamping screws and / or alternatively or cumulatively to the fastening screws for fastening the base plate of the tape receiving element to the wooden frame, component clamping means can also be used, with which the cover plate of the tape receiving element is clamped directly against the frame into which the tape receiving element is inserted becomes.

Preferably, one or more component bracing means are arranged symmetrically to the central axis of the tape receiving element perpendicular to the base plate. Preferably, in each case a screw is arranged as a component clamping means in the end region of the base plate between the connecting bolt and the respective corresponding adjusting spindle. Alternatively or cumulatively, it is also possible in each case to arrange a screw as a component clamping means between the adjusting spindle and the respectively corresponding outer clamping screw with which the first hinge plate is clamped directly or via a clamping plate against the carrier plate.

The component clamping means can lie in the alignment of the imaginary connecting line between the centers of the adjusting spindles and / or also outside.

For clarification, it is mentioned that even further arrangements of the component clamping means are possible, in particular with regard to number and position.

Preferably, the component clamping means are formed as screws or threaded bolts. If the component bracing means are designed as screws, these screws of the component bracing can be countersunk or cylinder head bolts. A screw or a Threaded bolt penetrates through holes in the cover plate and base plate and engages end into a thread in the frame.

If countersunk screws are used, they preferably lie approximately flush in corresponding countersunk holes in the cover plate.

If the support plate, including the possible doubling and / or the clamping plate are in alignment with the component bracing screws, they naturally also have corresponding through holes at the corresponding points, which are penetrated by the component bracing screws.

In a timber frame wood screws are preferably used as component bracing screws. If metric screws are to be used, corresponding screw-in sockets must be provided in the wooden frame at the corresponding points. It is also possible, alternatively or cumulatively, to provide a screw-on plate, which in particular can have the same outer contour as the base plate, in the base of the cut-out for the band receiving element, into which a correspondingly inserted into the screw-on plate. Thread the metric component bracing screws are screwed.

In the Anschraubplatte in which the component bracing screws are screwed, it is the same and already described Anschraubplatte, which is used when the base plate of the tape receiving member is attached via a mounting plate on the frame. If component tensioning screws are screwed into the screw-on plate, this of course has corresponding threaded holes for receiving the component-tensioning screws at the corresponding points.

Should also when using a mounting plate in the bottom of the cutout in the frame, the cover plate continues directly against the wooden frame with wood screws or with metric screws with previously in the frame screwed down screwed, the screw plate has in the appropriate places on through holes, which are penetrated by the component bracing screws.

It is understood that the component bracing screws are dimensioned with respect to their length so that they engage with a sufficient number of threads in the respective mating thread in the timber frame and / or in the screw-in sleeves and / or in the screw-on. When using a Anschraublatte it is advantageous if aligned in the timber frame in the alignment of the threaded holes in the mounting plate with the threaded holes blind holes are provided, which can accommodate the possible protruding from the mounting plate part of the respective component bracing after screwing the component bracing.

In a preferred embodiment, the first hinge flap received in the clamping block has a horizontal adjustment with an eccentric, by the rotation of the first hinge tab is horizontally adjustable relative to the terminal block.

For this purpose, the first hinge plate on a corresponding recess in which rests the eccentric disc of the eccentric.

Preferably, the eccentric of the horizontal adjustment is arranged on a rotatable pin, wherein the bolt engages through a bore of the support plate. In particular, the bolt can be captively mounted on the support plate, in particular, the bolt may have an inserted in a circumferential groove O-ring. The outer diameter of the inserted into the groove O-ring is slightly larger than the inner diameter of the bore in the support plate in the installed state, so that the captive is given. The groove is preferably positioned on the bolt so that the eccentric has as little as possible axial play in the bore of the carrier plate after the passage of the bolt through the bore of the carrier plate and the insertion of the O-ring in the groove. The outside diameter of the Bolzens and the inner diameter of the bore in the support plate are to be dimensioned to each other so that the bolt is easily rotatable and at the same time has as little radial play in the bore. In the base plate and / or in the frame, in each case an additional bore can be arranged in the alignment of the center axis of the eccentric bolt in order to receive the end of the bolt. Through this hole in the base plate and / or in the frame thus the complete movability of the terminal block is guaranteed and not limited to the travel through the protruding pin of the eccentric. The inner diameter of these holes is larger than that of the corresponding part of the eccentric pin.

By a rotation of the eccentric thus a horizontal adjustment of the first hinge tab is effected relative to the tape receiving element. In this way, a Andruckverstellung the device can be performed in the direction of the frame.

The eccentric of the horizontal adjustment may have on its outer side flats, whereby the cogging torque increases and accidental adjustment is difficult. Furthermore, the eccentric may be formed on its outside elliptical or in sections elliptical, in particular in the form of an involute.

The thickness of the eccentric disc of the horizontal adjustment may have a slight undersize relative to the material thickness of the first and second hinge strap. Alternatively, the material thickness of the eccentric disc may be identical to or greater than the material thickness of the first and second band lobe.

The outer contour of the eccentric may in particular be circular or elliptical. It is also possible for the eccentric to have flattened areas or points on its outer circumference. It is also possible that the outer contour is wavy.

In a preferred embodiment, the serving for mounting on a component second hinge tab has a vertical adjustment with an eccentric, by the rotation of the second hinge flap is vertically adjustable relative to the component.

For this purpose, the second hinge tab on a corresponding recess in which rests the eccentric disc of the eccentric.

Preferably, the eccentric of the vertical adjustment is arranged on a rotatable bolt, wherein the bolt can be stored in a captive in a component metal plate in particular captive.

By a rotation of the eccentric thus a vertical adjustment of the second hinge flap is effected relative to the tape receiving element. Conversely, therefore, by the fact that the geodetic height of the second hinge flap is not variable due to the fixation of the door hinge on the first hinge tab on the tape receiving element, a height adjustment of the component relative to the frame. By the rotation of the eccentric of the vertical adjustment thus a height adjustment of the component relative to the frame can be performed.

It can thus be arranged in a cut-out metal plate which receives the bolt of the eccentric of the vertical adjustment. Through this mounting plate, the load capacity is increased. This metal plate is preferably screwed with countersunk screws in a cutout in the component, the heads of the countersunk screws einliegen flush or springing back into corresponding countersunk holes in the metal plate.

The bolt may have an O-ring inserted in a circumferential groove. As a result, the eccentric with the bolt is rotatable, but captively attached to the device. The outer diameter of the inserted into the groove O-ring is slightly larger than the inner diameter of the bore in the metal plate in the installed state, so that the captive is given. The groove is pre-arranged on the bolt so that the Eccentric after insertion of the bolt through the corresponding hole in the metal plate and the attachment of the O-ring in the groove as little axial play in the bore of the metal plate has. The outer diameter of the bolt and the inner diameter of the bore in the metal plate are to be dimensioned to each other so that the bolt is easily rotatable and at the same time has as little radial play in the bore. In the component can be arranged in the alignment of the central axis of the eccentric bolt an additional bore to receive the end of the bolt. The inner diameter of this additional hole is larger than that of the corresponding part of the eccentric pin.

The eccentric of the vertical adjustment may have on its outer side flats, whereby the cogging torque increases and accidental adjustment is difficult. Furthermore, the eccentric may be formed on its outside elliptical or in sections elliptical, in particular in the form of an involute.

The thickness of the eccentric disc of the vertical adjustment may have a slight undersize relative to the material thickness of the first and second hinge strap. Alternatively, the material thickness of the eccentric disc may be identical to or greater than the material thickness of the first and second band lobe.

The outer contour of the eccentric may in particular be circular or elliptical. It is also possible for the eccentric to have flattened areas or points on its outer circumference. It is also possible that the outer contour is wavy.

In a preferred embodiment, the band system has a stop rail for mounting on a component on which the second hinge flap is guided. By such a stop rail a system and leadership is formed. As a result, the assembly and the alignment of the component are facilitated.

The stop rail is fastened to the component with the aid of countersunk screws, which are screwed into the component and whose heads rest flush or spring back into corresponding countersunk holes in the stop rail.

If a stop rail is used for the lateral guidance of the second hinge, it is preferably to be dimensioned such that it has the same thickness as the second hinge flap.

The second hinge flap is preferably located in a corresponding cutout in the component, in particular a solid wood component or at least with a solid wooden frame. By this positive reception of the second hinge strap, the tape is supported in the lateral direction, ie parallel to the belt axis. By arranging a stop rail, the lateral support effect can be further increased. In the vertical direction, ie in the direction of the belt axis of the second hinge flap in the component-side cutout above and below each game. This game is required to adjust the component in the vertical direction. The side facing the tape receiving element side of the second hinge flap is flush in the cutout in the component.

For clarification, it is explained that with the side of the second hinge strap facing the strap receiving element is meant the side of the strap flap which does not face the component.

If a stop rail is used, it is preferably located in the cutout of the second hinge in the component.

The second hinge flap can be screwed directly into the component by means of wood screws. It is also possible to use metric screws which are screwed into screw-in sleeves, which are arranged on the component.

If the second hinge flap does not lie in a cutout but on the component, it is preferable to provide a stop rail for the lateral guidance of the hinge flap.

Further, the second hinge tab can be attached via a mounting plate in the form of a metal plate to the component by means of metric screws. For this purpose, the mounting plate, which in turn is screwed by means of flush mounted in corresponding countersunk holes countersunk screws in a preferably precisely fitting cutout on the component at corresponding points corresponding internal thread.

The mounting plate can be screwed by means of wood screws on the component and / or by means of metric screws which are screwed into previously screwed into the component screw-in sleeves.

Also in the event that the second hinge plate is fastened to the component via a mounting plate, the hinge flap preferably rests flush in the component.

The band system preferably has at least one support plate with a plurality of bores, in particular countersunk holes, for attachment to a component immediately above the second band tab, so that the second band tab forms a support on which the support plate rests and a support of the component in the vertical direction against the weight forms. The support plate preferably has the same material thickness as the second hinge flap.

By such a support plate, an additional support support for receiving the weight of the component and an improved application of force are created. As a result, the stability of the overall arrangement is further increased.

This support plate has a plurality of holes, in particular countersunk holes, for receiving fastening screws, in particular countersunk screws. It is particularly advantageous that in an initial assembly of the tape system not in all holes, but for example only in two holes fixing screws can be used. If an expansion and re-attachment of the tape system, for example, to realign the component after a certain life or to change fittings, so can be used in other holes due to the plurality of holes in the support plate in a new mounting mounting screws, as in the first assembly so that the holes in the device are not knocked out, but are again sustainable.

Preferably, the support plate is directly, so bolted directly to the device,

If the second hinge flap lies in a cutout in the component, this cutout is preferably to be designed so that the support plate can be in with this cutout. For this purpose, the cutout above the hinge flap is to be expanded such that the support plate rests positively on both longitudinal sides in the cutout. In the longitudinal direction, ie in the direction of the belt axis, the cutout is to be dimensioned so that the support plate rests in all possible height positions of the second hinge flap in the cutout. Preferably, the lateral hinge edge of the second hinge flap and the outer edge of the support plate, so the edge of the tape roll facing away from the support plate are in alignment. If the support plate has an undersize in the width direction in relation to the distance between the edge of the component facing the tape roll and the hinge edge, an optically advantageous conclusion results since the support plate is not visible from outside in the closed state of the component. Preferably, the support plate lies flush with the surface in the cutout in the component.

For the sake of clarification, it is mentioned that in the event that the tape receiving element is arranged on the component and the second hinge flap on the frame, the support plate must be arranged below the second hinge flap in order to obtain the desired support effect. All other versions apply analogously.

The metal plate in which the bolt of the eccentric is rotatably mounted flush below the second hinge flap flush with the rest of the bearing surface of the hinge strap and the bearing surface of the support plate in a cutout contour in the device. Preferably, the metal plate is dimensioned such that it does not extend to the outer edges of the component, that is, that the component encompasses the metal plate over its entire circumference. In this way, an optically advantageous design image of the device can be realized, since the edges of the metal plate are not visible in the mounted state.

Of course, the metal plate may of course be designed differently in size, in particular with respect to their length and width. Preferably, the metal plate is just made so large in terms of their width and length that they can accommodate the eccentric pin and the screws for fixing the metal plate to the frame.

It is of course also possible to make the metal plate larger. Particularly preferably, the metal plate in addition to the countersunk holes for receiving the screws for fixing the metal plate to the frame and the bore for receiving the eccentric bolt at corresponding points on thread over which the second hinge plate can be screwed by means of screws to the metal plate. Since the metal plate is in turn screwed to the device, the hinge plate is then attached via the metal plate to the device. The metal plate may be square and / or rounded at its outer edges.

Preferably, the cover plate is formed as an angle having a front leg, wherein the front leg in particular a slot has, through which the hinge flap of the door hinge is inserted. In this embodiment of the cover plate as an angle, the cover plate simultaneously forms the upper and front optical termination of the tape receiving element. This angle has a front leg, wherein the front leg has a slot through which the door hinge can be inserted. The front leg may have edged or rounded corners at its free end.

The transition between the front leg and actual cover plate, so the angle in the strict sense, can be edged, so rectangular, or pronounced rounded. In particular, it may be a bent part with a corresponding radius. The radius can also assume a value of almost 0 ° and thus be nearly rectangular.

However, the angle can also be welded by arranging several spot welds from two individual sheet metal parts on the rear side. Preferably, the upper side is welded by means of a laser and then ground and / or polished and / or brushed to produce a sharp-edged angle, if desired for design reasons. If the cover angle is designed as a welded construction of two sheets, arrangements of different thicknesses are possible. In this case, for example, a cover plate with a material thickness of 4 mm are used to give the tape receiving element a very high overall load capacity, the front leg may consist of the Einsteckschlitz of a thinner material thickness, such as 3 mm, since this only the front optical termination serves.

The cover plate can thus be designed with or without front leg. In the top view from the top of the cover plate, the cover plate may have a front smooth edge or have a projection or a recess, such as a cut or a cutout, in order to adapt the tape receiving element of the respective installation situation. If the cover plate without front leg is pronounced and the cover plate a return has, the clamping plate may also have a congruent with the cover plate return. In this way, advantageous door / frame structures can be realized.

Base plate and cover plate of the tape receiving element may be connected by bolts. For this purpose, the bolts are penetrated from the cover plate, starting by means of appropriate screws, which engage in threads in the base plate.

To achieve a visually attractive finish, the cover plate, which can be inserted through a series of through holes and countersunk holes, through which the fastening, clamping and clamping screws and tools for gripping underlying screws can be inserted and through which the cylinder heads of the clamping screws The outer edge of the cover plate and the cover are nearly identical, and the bezel has only two small countersunk holes in which countersunk screws are inserted, which has the same outer contours and the same outer dimensions as the cover plate corresponding threads are screwed into the cover plate and hold the panel on the cover plate.

The bezel can also have more than two countersunk holes in which countersunk screws are inserted, which are screwed into corresponding threads in the cover plate and hold the panel on the cover plate.

Accordingly, the tape receiving element preferably has a panel which is screwed onto the cover plate, in particular a panel which has the same outer contour and the same outer dimensions as the cover plate. As a result, the cover plate of the tape receiving element having a multiplicity of bores and screws can be covered in an optically advantageous manner.

This panel over the cover plate of the tape receiving element is preferably screwed by means of countersunk screws on the cover plate. Alternatively or cumulatively, a screwing on the frame can be done.

The aperture of the tape receiving element is preferably flush in the frame. For this purpose, the cutout in the frame should be carried out accordingly.

Preferably, the band system has a panel which covers the second hinge flap after mounting on a component, in particular a panel attached to the second hinge tab and / or on the component and / or on the metal plate on which the second hinge plate with its the component facing side rests, is screwed. As a result, the plurality of holes and screws having second hinge tabs of the tape receiving element can be covered in an optically advantageous manner. In particular, the panel can project beyond the hinge tabs and einliegen flush in a cutout of the component, so that the required for a vertical adjustability gap between cutout and second hinge plate are covered by the panel. If an additional support plate is arranged above the second hinge strap, the diaphragm can be dimensioned so that in addition also this support plate and the column required for vertical adjustability are covered by the diaphragm. This is possible because the side facing away from the device (surfaces) of the second hinge strap and the support plate lie in a plane, so that the panel can rest without offset on the second hinge tab and the support plate.

If a stop rail for lateral guidance of the second hinge strap is used, the side facing away from the component (surface) with the corresponding surface of the second hinge flap in a plane, it is particularly advantageous if the panel also covers this stop rail with.

Of course, it is also possible that the aperture in the vertical direction on one side or on both sides is dimensioned longer than it to cover the corresponding parts of the tape system and the column for vertical adjustability would be required. The panel can be made square and / or rounded on their outsides.

Preferably, the longitudinal edge of the screen facing away from the tape roll is in alignment with the longitudinal edge of the second tape tab facing away from the tape roll. In the area in which the second hinge flap is covered by the aperture, these two longitudinal edges thus agree in this case.

The tape roll facing the longitudinal edge of the panel can coincide with the corresponding longitudinal edge of the component or against this edge in the direction of the tape roll remote longitudinal edge of the panel completely or partially jump back.

All longitudinal edges of the panel and / or longitudinal edge parts are preferably parallel to each other. For clarification, it is explained that longitudinal edges mean the edges which extend in the height adjustment direction of the band system, ie in the vertical direction.

The diaphragm can be fastened to the component by means of screws on the component and / or on the second hinge plate and / or screws passing through holes in the second hinge member and / or by means of bores in the second hinge tab and in the metal plate. It is also possible to fasten the panel by means of bores in the second hinge tab by means of screws on the metal plate.

This panel over the second hinge flap of the tape system can be screwed by means of countersunk screws on the second hinge flap. Alternatively or cumulatively, a screwing to the component can also take place. If screw connections are provided with the component in the region of the second hinge strap, the second hinge strap can have elongated holes which are penetrated by the screws for fastening the diaphragm. Is a metal plate provided on the second hinge flap with its surface facing the component rests, in addition, the metal plate may also have corresponding holes and / or slots that are penetrated by the screws for attaching the panel after they have gone through the slots in the second hinge flap. Alternatively or cumulatively, the diaphragm can also be screwed to the metal plate. If screw connections are provided with the metal plate in the region of the second hinge plate, the second hinge flap can have elongated holes which are penetrated by the screws for fastening the panel. All elongated holes allow the adjustability of the second hinge strap relative to the component and the aperture to be fastened thereto, which preferably rests flush in a cutout in the component. The aperture is preferably applied to the Fräskanten of the device, so that no or only a very small visible gap between the milling edge and edge of the panel is formed.

Preferably, the cover plate and the front angle are flush in the frame. If an aperture is provided on the cover plate, the aperture is preferably flush in the frame.

The aperture is preferably just like the cover plate to the milling edges of the frame, so that no or only a very small visible gap between the milling edge and the edge of the panel is formed.

If the cover plate is formed without a front leg, a corresponding slot for inserting the hinge strap is to be provided in the frame.

The hinge flap for mounting in the tape receiving element preferably has horizontally extending slots. The second hinge plate for mounting on a component preferably has vertically extending slots. Preferably, these slots on chamfers, so that countersunk screws can einliegen flush in the slots.

The intended for mounting in the tape receiving element first hinge tab may have closed slots, which are of the The terminal screws of the terminal block are to be passed through. Since the slots are closed in this case, it is not possible to extract the first hinge from the terminal block in this case. Therefore, the first bath flap is pre-assembled in this embodiment. Further, the first hinge tab may have on its projecting into the tape receiving element end face recesses to allow gripping the underlying mounting screws for screwing the tape receiving element in the frame by means of appropriate tools such as a screwdriver.

However, it is also possible for the first hinge flap to have open slots at the end in the hinge flap insertion direction, so that pulling out of the hinge flap from the clamping block is basically possible.

Preferably, the band system is designed as a heavy duty belt system. Accordingly, all components have sufficient material thickness. If the cover plate is at an angle, it may have a milled groove in the bend area to define the bend line and facilitate deformation. The provision of a groove is particularly advantageous in the case when the angle after bending on the outside have no radius, but should be sharp-edged.

Furthermore, the invention relates to a Zargen- and wing assembly, in particular a metal and / or plastic and / or Holzzargen- and wing assembly with one or more band systems according to the invention. The wing may, for example, be a door or a window, in particular a massive wooden door or a solid wooden frame door or a solid wooden window. A wooden frame is in particular a massive block frame.

Particularly preferred is an arrangement of a solid block frame and a solid wooden door or a solid wooden frame door or a solid wood window.

Preferably, only one of the plurality of tape systems has a vertical adjustment. Particularly preferably, this is a band system with vertical adjustment to the top band system,

Preferably, not all of the plurality of belt systems have a horizontal adjustment serving as a pressure adjustment. It is conceivable, among other things, that only one of the several hinge systems has a horizontal adjustment serving as a pressure adjustment.

All components preferably have aligned through holes in order to grip and operate the arranged in the underlying levels screws such as clamping screws, mounting screws and clamping screws with an appropriate tool.

All components of the band system can be provided with a dry sliding film, lubricating varnish, lubricants or the like.

Whenever a countersunk screw rests in a countersunk hole, the countersunk head can rest flush or spring back into the corresponding countersunk hole.

Whenever a metric screw engages a thread, it is also possible, alternatively or cumulatively, to use press nuts or set nuts and / or weld nuts for these threads introduced into the corresponding components. For this purpose, the respectively corresponding component of the band system has at the respective corresponding point via a through hole into which the press-in nut or setting nut is pressed and / or glued and / or welded. If a weld nut is used, it is positioned centrically aligned over the through hole and then welded. The nuts are to be arranged on the outside of the respective component of the tape receiving element from the perspective of the screw, so that the nuts with your Support surfaces can be positively supported under load against the corresponding component.

Through the use of press or Setzrnuttern and / or weld nuts high-strength and durable screwed connections can be realized.

In order to avoid a possible collision of the nuts with an underlying component of the band system or with the frame or with the component, it is particularly advantageous if the corresponding components of the band system (eg., Base plate, mounting plate, metal plate) in flight of the respective Have mother on a correspondingly sized diameter through hole into which the mother can protrude. If below the mother directly the frame or the component is arranged, it is advantageous if the frame or the component in alignment of the respective mother has a corresponding sufficiently sized blind hole, in which the mother can protrude to make a collision with the Frame or to avoid the component.

To achieve a visually appealing finish, in particular all visible parts of the band system can be surface-treated, in particular ground, and / or brushed and / or polished and / or varnished and / or coated.

The band system allows the three-dimensional adjustment and alignment of the component relative to the frame, since the band system preferably combines a vertical adjustment, serving as Andruckverstellung horizontal adjustment and the lateral adjustment by the movability of the terminal block.

Fig. 1

Eine Explosionsdarstellung eines Bandaufnahmeelementes sowie eines Türbandes;

Fig. 2

die Explosionsdarstellung des Bandaufnahmeelementes nach Figur 1;

Fig. 3

die Explosionsdarstellung des Türbandes nach Fig. 1;

Fig. 4

das Türband nach Fig. 1 mit dem eingesetzten Exzenter der Horizontalverstsllung;

Fig. 5

den Exzenter;

Fig. 6

das montierte Bandaufnahmeelement mit eingesetztem Türband;

Fig. 7

die Ansicht einer Stützplatte zur Montage an einem Bauelement.

An embodiment of the invention is illustrated in the figures and will be explained in more detail below. It shows:

Fig. 1

An exploded view of a tape receiving element and a door hinge;

Fig. 2

the exploded view of the tape receiving element according to FIG. 1 ;

Fig. 3

the exploded view of the door hinge after Fig. 1 ;

Fig. 4

the door hinge after Fig. 1 with the eccentric of Horizontalverstsllung used;

Fig. 5

the eccentric;

Fig. 6

the mounted tape receiving element with inserted door hinge;

Fig. 7

the view of a support plate for mounting on a component.

Identical components are identified in the figures with identical reference numerals.

In FIG. 1 is an exploded view of a tape receiving element and a door hinge which is intended for mounting in the tape receiving element and on a component. Enlarged illustrations of the exploded views of the tape receiving element are shown in FIG Fig. 2 as well as the door hinge in Fig. 3 ,

The tape receiving element is formed by a base plate 10 and formed as an angle cover plate 11. The formed as an angle cover plate 11 has a front leg 12 with a Einsteckschlitz 13. The insertion slot 13 serves to insert the first hinge tab 21 of the door hinge 20 in the mounted tape receiving element.

Base plate 10 and cover plate 11 of the tape receiving element are connected by the bolt 14. For this purpose, the bolts 14 of the Cover plate 11 starting penetrated by means of appropriate screws, which engage in threads in the base plate 10.

Furthermore, between the base plate 10 and the cover plate 11, the support plate 15 of the terminal block is mounted. The support plate 15 has through threads 16 which are penetrated by adjusting spindles 17. The adjusting spindles 17 are freely rotatably mounted in the base plate 10 and the cover plate 11. By pressing the adjusting spindles 17 thus the support plate 16 between base plate 10 and cover plate 11 is movable.

The terminal block of the tape receiving element is completed by the clamping plate 18. In the assembled state, the first hinge tab 21 of the door hinge between the support plate 16 and clamping plate 18 is inserted into the tape receiving element and clamped by tightening corresponding clamping screws 35 between the support plate 15 and clamping plate 18.

Like that FIGS. 1 and 2 can be seen, the support plate 15 on 19 thickenings, which are formed by welded plates. Due to the thickenings 19, the load-bearing height of the through-thread 16, which receive the adjusting spindles 17, is increased. In the intermediate space between the thickenings 19, a recess is thus formed, in which the first hinge tab 21 of the door hinge is inserted.

In the band system according to the invention, the carrier plate 15 with the thickenings 19 and the first hinge tab 21 of the door hinge 20 are dimensioned and positioned so that the thickenings 19 of the support plate 15 form guides for the first hinge tab 21 and the first hinge flap 21 of the door hinge 20 in the form-fitting Recess of the support plate 15 between the material thickenings 19 rests. Through this positive connection, the stability of the tape system is increased. The dimensioning of the first band tab 21 and the clear width between the thickenings 19 of the support plate 15 is designed in such a way that a clearance fit between the first hinge tab 21 and the thickenings 19 is given. These On the one hand clearance fit allows the insertion of the first hinge tab 21 in the space between the thickenings 19, on the other hand this clearance provides for an exact guidance of the first hinge tab 21 between the thickenings 19 of the support plate. Since the tape receiving element and the first hinge tab 21 are arranged vertically in the installation situation, ensures the positive engagement of the first hinge tab 21 between the thicker portions 19 of the support plate for supporting the first hinge strap 21 and thus the door hinge 20 against the weight due to the on the door hinge 20th mounted component and prevents tilting of the first hinge tab 21 relative to the tape receiving element.

Also recognizable in the Fig. 1 and 2 in the exploded view of the tape receiving element is the eccentric 31, the bolt is mounted in a bore of the support plate 15 and the eccentric engages in the recess 22 of the first hinge tab 21. The eccentric 31 serves for the horizontal adjustment of the first hinge tab 21 relative to the tape receiving element. By this horizontal adjustment by rotation of the eccentric 31 can thus be done Andruckverstellung the component relative to the frame. For this purpose, the first hinge tab 21 of the door hinge 20 has corresponding slots 23 which are penetrated by the clamping screws of the clamping block of the tape receiving element. Since the elongated holes 23 are closed, the first hinge tab 21 is preassembled in the tape receiving element, the orientation of the slots 23 allows the horizontal adjustment of the first hinge tab 21 relative to the tape receiving member by the rotation of the eccentric 31st

All components have like this FIGS. 1 and 2 Removable is corresponding holes through which pass through the corresponding mounting screws respectively which serve to pass a tool to take in the underlying levels screws with the tool and operate.

Since the slots 23 of the first hinge tab 21 are closed in the illustrated embodiment, and thus the hinge tab 21 is not can be completely pulled out of the tape receiving element, but this is blocked by the terminal screws of the terminal block, the first hinge tab 21 of the door hinge 20 recesses 24 which serve to grasp and screw the mounting screws for fixing the base plate 10 to the frame. For this purpose, the door hinge is pulled as far forward as possible out of the tape receiving element. Then it is possible to take the fastening screws for fastening the base plate 10 on the frame and thus the entire tape receiving element on the frame through the recesses 24 therethrough to the hinge tab 21 over and operate.

Wood screws and / or screws with metric thread are used to screw the tape receiving element into the timber frame. If metric threaded screws are used, appropriate threaded sockets are located in the wooden frame to accommodate metric threaded screws.

In a case, not shown, it is also possible with respect to the fastening screws for fastening the base plate of the tape receiving element to the frame, to screw the metric screws in a screw-on with corresponding metric threads. This mounting plate preferably has the identical dimensions and outer contour as the base plate 10 and is screwed into the bottom of the corresponding cutout in the frame in a preferred manner by countersunk screws, the countersunk heads einliegen flush or recessed in the countersunk holes. To possibly from the base plate 10 outstanding components (eg clamping screws, eccentric bolts 31) to record, the mounting plate can of course have aligned with these components through holes. It is also possible that these through holes, for example in the form of blind holes continue in the frame. The attachment of the tape receiving element takes place in this case in the region of the base plate 10 so on the previously screwed Anschraubplatte.

For clarification, it is explained that the screw-on plate is first inserted into the base of the corresponding frame-side milling, so that it is in direct contact with the frame over its entire surface with its surface facing the frame. Then we screwed them by means of countersunk screws with the frame.

In an advantageous manner, not shown, the cover plate 11 is in a corresponding Zargenzeitigen milling, wherein the frame facing the side of the cover plate is in direct or indirect contact with the frame. The base plate 10, however, has the reason of the corresponding frame-side cutout or - when using an additional mounting plate - to the mounting plate a slight distance. As a result, a narrow air gap between the base plate 10 and screw-on plate or frame is ensured, so that the tape receiving element is secured securely and without play on the frame.

In an advantageous manner, not shown, the through-holes in the base plate 10 are formed as countersunk holes in which countersunk screws with their countersunk flush or recessed einliegen to screw the tape receiving element in the base plate 10 with the frame on the screwed or over the screw.

Furthermore, in the FIGS. 1 and 3 the door hinge 20 is shown. The first hinge tab 21 serves as explained to be received in the tape receiving element and fixed by means of the terminal block.

Fig. 4 shows the view of the door hinge 20 with the eccentric 31 used in the corresponding recess in the door hinge 21 of the horizontal adjustment. By turning the eccentric 31, the hinge tab 21 is displaced in the horizontal direction relative to the tape receiving element. Furthermore, in Fig. 4 recognizable that the first hinge tab 21 rests positively between the thickening of the support plate.

On the opposite side, the tape receiving member 20 on a second hinge tab 25, which is intended to be screwed to a component. For attachment to the device, the second hinge flap 25 slots 26. These slots 26 are lowered, so that countersunk screws 26 can einliegen flush in the slots. Furthermore, the second hinge plate 25 has a recess 27 in which the eccentric disc of the eccentric 32 rests. This second eccentric 32 serves for the vertical adjustment of the door hinge 20 with respect to the component. By rotating the eccentric 32 in the recess 27 of the second hinge plate 25, the door hinge 20 is moved in the vertical direction relative to the component. After the appropriate orientation in the desired position then the countersunk screws which pass through the slots 26, tightened and the second hinge tab 25 are fixed relative to the device.

The bolt of the eccentric 32 of the height adjustment is received in a corresponding bore of the mounting plate 33. The mounting plate 33 has countersunk holes to allow the attachment of the mounting plate 33 in a corresponding cutout of the device with countersunk screws.

The second hinge tab 25 can be screwed by means of wood screws directly into the component.

It is also possible to use metric screws which are screwed into screw-in sleeves, which are arranged on the component.

In an alternative, not shown, the hinge tab 25 is attached via a mounting plate to the component by means of metric screws. For this purpose, the mounting plate, which in turn is screwed by means flush with corresponding countersunk countersunk countersunk screws in a precisely fitting cutout on the component at corresponding points corresponding internal thread on.

Also in this case, the mounting plate of course has the corresponding bore for receiving the bolt of the eccentric 32nd

The eccentric is shown in detail in Fig. 5 , Both eccentrics 31, 32 of the horizontal adjustment and the vertical adjustment are identical. The eccentric 31 has a pin 310, by means of which it is mounted in a corresponding bore. At the end of the bolt 310, the eccentric on the eccentric disk 311. As in the illustration according to Fig. 5 furthermore, the bolt 310 has a groove 312, in which a not shown O-ring rests. This O-ring in the groove 312 serves for the captive determination of the eccentric 31 of the horizontal adjustment on the support plate 15 of the tape receiving element. With respect to the eccentric 32 of the vertical adjustment, such an O-ring is used according to the captive attachment to the mounting plate 33. As a result, the eccentric is fixed captive, but rotatable relative to the device.

The thickness of the eccentric disc 311 has, in the illustrated embodiment, a slight undersize compared to the material thickness of the first and second hinge strap. Alternatively, the material thickness of the eccentric disc may be identical to or greater than the material thickness of the first and second band lobe.

The outer contour of the eccentric may in particular be circular or elliptical. It is also possible for the eccentric to have flattened areas or points on its outer circumference. It is also possible that the outer contour is wavy.

Fig. 6 shows the tape receiving member in the assembled state with the base plate 10 and the cover plate 11, which are bolted together via the connecting pins 14. For this purpose, corresponding fastening screws are carried out by the connecting bolts 14 and screwed into threads in the base plate 10.

Further, the support plate 15 of the terminal block can be seen, which is penetrated in the region of the thickenings 19 of the adjusting spindles 17 to the support plate 15 and thus the entire terminal block of the tape receiving element in the illustration Fig. 7 Further, the clamping plate 18 of the terminal block and the first hinge tab 21 of the door hinge can be seen, which is fixed in the terminal block of the tape receiving element between the support plate 15 and clamping plate 18.

As shown in the illustration Fig. 6 can be seen further, the distance between the thickenings 19 of the support plate 15 is dimensioned such that they form a lateral positive guidance of the hinge strap 21 of the door hinge 20. The dimensioning is carried out as explained in such a way that between the first hinge tab 21 and the thickenings 19 of the support plate 15 is a clearance fit.

In order to further increase the stability of the overall arrangement, a support plate 40 as shown in FIG. 2 can be attached to the component above the second hinge lobe 25 of the door hinge 20 Fig. 7 is shown to be mounted. The support plate 40 has a plurality of holes 41, which serve to receive fastening screws such as countersunk screws for fastening the support plate 40 to the device such as a door. After the orientation of the door hinge in the vertical direction by actuating the height adjustment relative to the component can finally a support plate 40 according to Fig. 7 are mounted in a cutout of the door so that the lower edge 42 of the support plate 40 rests on the upper edge of the second hinge strap 25 of the door hinge 20 and further increases the stability created by the support thereby created.

The support plate 40 has a plurality of holes 41. This number of holes is to allow a re-assembly, if alignment after a certain time should be required. For this purpose, in an initial assembly, two of the first in the embodiment according to Fig. 7 provided eight holes 41 for attaching appropriate Attachment letters are used. If a realignment and reassembly of the support plate 40 should be required, then two other holes 41 can be used for mounting the support plate 40 in the new installation. If it is a wooden door, it is particularly advantageous to not have to use the same holes for a screwing in a new installation.

The support plate has the same material thickness in the illustrated embodiment as the second hinge flap.

Claims (12)

Band system of at least one tape receiving element for receiving a hinge tab (21) of a door hinge (20), wherein the tape receiving member has a base plate (10) and a cover plate (11), wherein between the base plate (10) and the cover plate (11) by means of adjusting spindles (17) moveable clamping block with a carrier plate (15) and at least one clamping screw (35) is arranged for receiving the hinge strap, wherein the carrier plate (15) has through threads which are penetrated by the adjusting spindles (17) and wherein the carrier plate (15) a recess in a region for receiving the band tab (21) between the spindles (17), and having at least one door hinge (20), wherein the door hinge (20) a first hinge tab (21) for mounting in the tape receiving member and at least a second Has hinge tab (25) for mounting on a component, characterized in that the first hinge tab (21) form fit in the recess of the support plate (15). Belt system according to claim 1, characterized in that the recess by Materialaufdickungen (19) of the support plate (15), in particular welded plates in the areas of the adjusting spindles (17) accessed through threads (16) in the support plate (15) and / or is formed by material removal, in particular by a cutout. Band system according to claim 1 or 2, characterized in that the clamping block has a clamping plate (18) which is clamped by means of a plurality of clamping screws (35) against the support plate (15) and by means of which the first hinge tab (21) between the support plate (15) and Clamping plate (18) is fixed. Tape system according to one of the preceding claims, characterized in that the tape receiving element has one or more clamping screws, by means of which the clamping block against the base plate (10) and / or against the cover plate (11) is clamped. Tape system according to one of the preceding claims, characterized in that the tape receiving element has one or more clamping screws, by means of which the cover plate (11) is clamped against the base plate (10). Belt system according to one of the preceding claims, characterized in that in the clamping block recorded first hinge tab (21) has a horizontal adjustment with an eccentric (31), by the rotation of the first hinge tab (21) is horizontally adjustable relative to the terminal block. Band system according to claim 6, characterized in that the eccentric (31) of the horizontal adjustment on a rotatable pin (310) is arranged, wherein the bolt (310) engages through a bore of the support plate (15), in particular that the bolt (310) captive on the support plate (15) is mounted, in particular that the bolt (310) has a in a circumferential groove (312) inserted O-ring. Belt system according to one of the preceding claims, characterized in that serving for mounting on a component second hinge tab (25) has a vertical adjustment with an eccentric (32), by the rotation of the second hinge tab (25) is vertically adjustable relative to the component. Band system according to claim 8, characterized in that the eccentric (32) of the vertical adjustment is arranged on a rotatable bolt, wherein the bolt is mounted in particular in a captive in a component metal plate (33). Band system according to one of the preceding claims, characterized in that the band system has a stop rail for mounting on a component, on which the second hinge tab (25) is guided. Belt system according to one of the preceding claims, characterized in that the band system at least one support plate (40) having a plurality of holes (41) for attachment to a component immediately above the second hinge strap (25), so that the second hinge tab (25) forms a support on which the support plate (40) rests and forms a support of the component in the vertical direction against the weight. Holzzargen- and wing assembly, characterized by one or more band systems according to one of the preceding claims.

Images