DE202014005734U1 - Tape hub - Google Patents

Abstract

Hinge receiving element for holding a hinge (3) with a base plate (1) and a cover plate (2), a clamping block with a support plate (4) adjustable by means of adjusting spindles (6, 7) between the base plate (1) and the cover plate (2). and at least one clamping plate (5) for receiving the door hinge (3) is arranged, characterized in that one or more locking screws / n (13, 14) screwed into through threads in the clamping plate (5) is / are arranged to displace the material Door hinge (3) are screwed in, so that a positive connection between the locking screw (s) (13, 14) and the door hinge (3) is created.

Description

The invention relates to a tape receiving element for receiving a door hinge with a base plate and a cover plate, wherein between the base plate and the cover plate is arranged by means of adjusting adjustable clamping block with a support plate and at least one clamping plate for receiving the door hinge

Such tape receiving elements are known from the DE 39 00 608 C1 . DE 39 32 733 C2 and the DE 10 2004 016 769 A1 ,

From the DE 196 24 558 C1 a band receiving member for fixing hinge tabs of hinges to steel frames is known, wherein the clamping plate is spaced from the carrier plate by spacers to facilitate the insertion of the hinge plate in the space between the carrier plate and clamping plate of the clamping block.

From the DE 199 30 448 C2 a tape receiving element is known in which in the clamping block for receiving the hinge strap, the clamping plate is arranged by means of abutment stationary relative to the support plate of the terminal block and by means of the screw in the direction of the support plate is bendable to clamp the hinge tab and set on the terminal block.

Furthermore, it is known to arrange on the underside of the base plate of such a tape receiving element additional bolts which engage in corresponding holes in the frame in the traction or play to increase the carrying capacity of the entire assembly. These bolts can be screwed, welded or pressed in or on the base plate.

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.

A disadvantage of these tape receiving elements is that the door hinge is held only non-positively in the terminal block, so there is a risk that the door hinge and thus the entire door slip under overload and in the worst case even completely slip out of the terminal block and thus out of the tape receiving element can.

The object of the invention is to develop a tape receiving element of the type mentioned in such a way that the tape receiving element after alignment of the terminal block and fixing the hinge plate is fixed in the terminal block and allows a secure hold of the inserted hinge at the desired position and slipping of the door hinge in the clamping block of the tape receiving element is effectively counteracted with the simplest possible means.

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

Particularly advantageous in the tape receiving element according to the invention for receiving a door hinge with a base plate and a cover plate, wherein between the base plate and the cover plate is arranged by means of adjusting adjustable clamping block with a support plate and at least one clamping plate for receiving the door hinge, it is that one or more arranged in through-threaded in the clamping plate locking screw / n is / are arranged, which are material displacing screwed into the door hinge, so that a positive connection between the / the detent screw and the door hinge is generated and / or that the tape receiving element comprises securing means and / or component clamping means, by means of which after assembly of the door hinge the base plate and / or the cover plate against each other and / or braced against a component, so that the adjusting spindles are fixed non-positively due to the deformation of the base plate and / or cover plate.

After the orientation of the door hinge in the tape receiving element and the fixation by tightening the clamping screws of the terminal block, the locking screws are tightened so far that they are screwed materialverdrängend in the door hinge, resulting in a positive connection between the locking screws and the door hinge by the material displacement, whereby the Door hinge is additionally secured in the tape receiving element against slipping.

Alternatively or cumulatively, securing means, in particular in the form of securing screws, can be provided in the band receiving element, by means of which the base plate and the cover plate are braced against each other after assembly of the door hinge, so that the adjusting spindles are frictionally fixed due to the deformation of the base plate and / or cover plate. This means that initially the door hinge mounted, that is used, aligned and fixed non-positively in the terminal block, and then by means of the securing means the cover plate and the base plate are braced against each other. By this bracing a minimum deformation of the base plate and / or cover plate is brought about, whereby the adjusting spindles rotatably mounted on itself by the deformation of the base plate and / or cover plate clamped, that is fixed non-positively. As a result, the minimum clearance of the adjusting spindle is eliminated in the tape receiving element and it is relative movements, as they can occur at very heavy loads, effectively counteracted. It has been shown that particularly heavy loads, such as doors of more than 400 kg, can lead to minimal relative movements and abrasion within the belt receiving element. This effect is prevented by the securing means.

It is possible to clamp the cover plate against the base plate by means of one or more additional securing means. Preferably, the securing means are designed as screws or threaded bolts. If the securing means are designed as screws, these locking screws can be countersunk head screws or cylinder head bolts.

A locking screw or a threaded bolt is supported against the cover plate and penetrates through holes in the terminal block and thereby in particular through holes in the clamping plate and / or support plate and engages end into a thread in the base plate or engages through this.

If the carrier plate has thickenings in the area of the threads for the threaded spindles, the through-holes can be arranged in the region of the thickening or also outside this region.

If the securing means is a securing screw, it is particularly advantageous to design this as a countersunk screw, which lies approximately flush with the outside of the cover plate in a corresponding countersunk hole in the cover plate. The length of the countersunk screw is dimensioned such that it corresponds approximately to the distance between the outwardly directed side of the cover plate and the parallel outwardly directed side of the base plate, so the measure of everything of the tape receiving member measured in the direction of the central axes of the clamping screws. It is understood that the counterbore in the cover plate, the through holes in the terminal block and the threaded hole in the base plate are approximately aligned.

Alternatively or cumulatively, it is also possible to clamp the base plate against the cover plate by means of one or more additional securing means. Preferably, the securing means are designed as screws or threaded bolts. If the securing means are designed as screws, these locking screws can be countersunk head screws or cylinder head bolts.

A locking screw or a threaded bolt is supported against the base plate and penetrates through holes in the terminal block and thereby in particular through holes in the clamping plate and / or support plate and engages end into a thread in the cover plate or engages through this.

If the carrier plate has thickenings in the area of the threads for the threaded spindles, the through-holes can be arranged in the region of the thickening or also outside this region.

If the securing means is a securing screw, it is particularly advantageous to design this as a countersunk screw, which rests approximately flush with the outside of the base plate in a corresponding countersunk hole in the base plate. The length of the countersunk screw is dimensioned such that it corresponds approximately to the distance between the outwardly directed side of the base plate and the parallel outwardly directed side of the cover plate, so the measure of everything the tape receiving member measured in the direction of the central axes of the clamping screws. It goes without saying that the countersunk hole in the base plate, the through holes in the terminal block and the threaded hole in the cover plate are approximately aligned with one another.

End, ie at the end, which is opposite the screw head, a locking screw the front side a tool holder, so z. B. have a slot, a cross recess or a receptacle for a Allen key or TORX key etc. This makes it possible, in particular in the event that the locking screw rests in a countersunk hole in the base plate and is screwed end into the cover plate, to loosen and tighten the locking screw something when the tape receiving element is already installed in the door or frame. A release may be required to to ensure easier adjustment of the adjusting spindles.

It is possible to use one, two or more securing means. It is particularly advantageous to use two securing means, which are arranged symmetrically to the central axis of the tape receiving element in the insertion direction of the hinge strap and which lie with their centers on the connecting line between the centers of the two adjusting spindles between the two adjusting spindles as close as possible to the respective adjusting spindle.

But there are also other arrangements of securing means possible. In particular, the securing means may also be arranged asymmetrically to the central axis of the tape receiving element in the insertion direction of the hinge strap and / or not lie with their centers on the connecting line between the centers of the two adjusting spindles and / or outside the range between the two adjusting spindles and / or not as close as possible lie on the respective adjusting spindle.

In addition, other alternative or supplementary arrangements are conceivable. For example, the securing means can lie with their centers on a line which runs parallel to the connecting line of the centers of the two adjusting spindle. It is also possible that one or more securing means lie within the area between the two adjusting spindles and at the same time one or more securing means are arranged outside this area.

Alternatively or cumulatively, it is also possible to brace the cover plate directly against the component by means of a component tightening means into which the tape receiving element is inserted (eg door or frame) or onto which the tape receiving element is placed (eg screw-on plate).

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 is supported against the cover plate and penetrates through holes in the terminal block - and in particular through holes in the clamping plate and / or carrier plate - and in the base plate and engages the end in a thread in the component, in which it is used or on which it is put on. A preferred case is that the tape receiving element is inserted into a corresponding cutout in a wooden frame. The base plate can rest directly in the bottom of the cutout or between the bottom of the cutout and base plate remains a small gap. As a component tensioning means a wood screw is used in this case.

It goes without saying that the countersunk hole in the cover plate, the through holes in the clamping block and in the base plate and threaded hole in the component in which the tape receiving member is used or on which it is placed, approximately aligned with each other.

All further embodiments, for example with regard to number, type, arrangement of the component clamping means, etc., which have been described above for the case that the cover plate is clamped by means of securing means against the base plate, also apply to the case that the cover plate by means of component bracing means alternatively or cumulatively is clamped directly against the component, in which it is used (eg door or frame) or on which it is placed (eg Aufschraubplatte). It should be noted, of course, that the countersunk screws are dimensioned with respect to their length so that they are significantly longer than the distance between the outwardly directed side of the cover plate and the parallel outwardly directed side of the base plate. Only with such a length dimensioning is ensured that the component clamping means engage the end with at least several threads in the component in which the tape receiving element is used or on which it is placed, intervene.

It is particularly advantageous that the part of the door hinge used in the tape receiving element does not need to be changed constructively, but the known door hinges can be used. It can be the standard door hinges, which are suitable for a three-dimensional adjustability, can be used. The positive connection is generated by the tightening force of the locking screws by flowing the material of the door hinge, d. H. that the material of the door hinge is plastically deformed. The clamping plate can be up to 4 mm thick, for example, so that a bearing height of about 3 mm of the through-hole, in which the locking screw is screwed results.

Can be used both door hinges with open and closed receiving areas for mounting in the terminal block of the tape receiving element.

The locking screws are positioned such that they always cut into the full material of the door hinge and are not located in an edge region of the door hinge or in the region of a recess in the door hinge, so always a tight fit of the locking screws is guaranteed on the door hinge.

Preferably, a plurality of locking screws are symmetrically arranged parallel to the insertion direction of the hinge strap extending central axis of the tape receiving element. By such a completely symmetrical structure of the tape receiving element on the one hand, the door hinge is held evenly frictionally and positively in the terminal block and it is ensured by the symmetrical arrangement that the door hinge is not tilted or warped.

Particularly preferably, the locking screws are threaded pins with a tip, in particular a hardened tip, or threaded pins with a ring cutting, which are screwed material displacing into the material of the door hinge. Grub screws are particularly advantageous with a ring cutting edge, as is ensured by such a ring cutting that after disassembly and reassembly of the door hinge in the tape receiving member by the ring cutting a renewed cutting takes place, even in the event that the annular contact surface to the door hinge an earlier Contact surface overlaps. It is thus prevented by such setscrews with a circular cutting edge, which are used as locking screws, that the door hinge slides back after its alignment and assembly back into a previous locking position.

The locking screw may be formed in one piece or two parts. The two-part design is particularly suitable when a hardened tip is to be used. In this case, the tip has in the region of the actual, in particular hardened tip opposite side over a centrally integrally formed on the actual tip cylindrical end portion which rests in the frictional connection (clamping or press fit) in a corresponding blind hole in the actual locking screw. To achieve this frictional connection, both the blind hole and the cylindrical end have correspondingly tolerated inside and outside diameters.

Preferably, the cover plate has bores through which the locking screws are gripped by means of a key passing through the holes.

In a preferred embodiment, at least one clamping means is arranged, by means of which the clamping block is braced in the desired position relative to the base plate and the cover plate against the base plate and / or against the cover plate.

By arranging such a clamping means, the clamping block, after it is 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 game 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.

In such tape receiving elements, the cover plate and the base plate are 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 to the top and bottom of the base plate and the cover plate.

It is particularly advantageous if this connecting bolt on the inside, d. H. in the direction of the clamping block arranged between the connecting pin a smooth surface, d. H. a flat surface, wherein the outwardly oriented side is formed around. If a Aufschraubplatte is provided for fastening the tape receiving element to a frame, the Aufschraubplatte can be adapted to the outside arranged rounding of the connecting bolt in its contour and be supported against the bolt to contribute to an additional stabilization.

Against the inwardly oriented smooth side of the connecting bolt, the terminal block can be supported on the front side. In particular, the support plate can be supported on the side of the striation against the smooth side. It is also possible that the terminal block and in particular the support plate frontally not supported against the smooth side of the connecting bolt, d. H. There is a gap between the smooth side of the connecting bolt and the end face of the terminal block and in particular the front side of the support plate.

If the tape receiving element is mounted directly in a frame, in particular wooden frame, the cutout in the frame can be adapted to the outside arranged rounding of the connecting bolt and be supported against the bolt to contribute to an additional stabilization.

The connecting bolt can thus have viewed from above a semicircular or circular segment-shaped cross-section.

The connecting bolt may alternatively have a circular, rectangular, square or elliptical cross section.

The connecting bolts by means of which the cover plate and the base plate are connected to each other and which are arranged on both end sides of the tape receiving element and / or the base plate and / or the cover plate may be screwed to the top and bottom. However, there are also alternative mounting options, such as rivets or the like conceivable. So both sides can be riveted or alternatively one side can be riveted and one side screwed.

It is also possible that the cover plate have a through hole and the connecting bolt each have 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.

A preferred embodiment of the tape receiving element is that the connecting bolts are arranged end to end on the base plate and the cover plate, the base plate in the longitudinal direction, ie in alignment with the connecting line, which arises when connecting the heads of the clamping screws together, surmounted. In these protruding parts can / can be introduced in each case one countersunk hole or more countersunk holes. Countersunk screws can be inserted through the countersunk holes and screwed into the frame or screw-on plate.

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 or countersunk holes, which can be penetrated by the mounting screws.

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. Further holes are provided to operate the locking screws can.

The cover plate and / or the base plate and / or the carrier plate may be rounded or rectangular at their respective four outer corners.

For installation of the tape receiving element in a feed frame, in a block frame or in a frame, the tape receiving element may be provided with a Aufschraubplatte.

The Aufschraubplatte is doing at the appropriate place from behind on the frame - d. H. on the wall-side surface of the frame or of the relevant for the attachment part of the frame - with the help of mounting screws, which may be pronounced as countersunk screws, screwed. The fastening screws pass through from the wall side of the corresponding holes in the Aufschraubplatte, which may be pronounced as sinkholes. The Aufschraubplatte can directly, d. H. without that in the area of the bearing surface Aufschraubplatte / frame something is milled away on the frame, rest on the frame. It is also possible that the Aufschraubplatte rests in a corresponding cutout in the frame. The Aufschraubplatte can einliegen so that the wall-side surface of the Aufschraubplatte is flush with the wall-side surface of the frame, or that the wall-side surface of the Aufschraubplatte in or protrudes.

On the Aufschraubplatte the tape receiving element is screwed by fastening screws, which may be pronounced as countersunk screws, inserted through the corresponding holes in the cover plate and / or base plate of the tape receiving member, which may be formed as sink holes, and screwed into the corresponding threaded holes in the Aufschraubplatte become.

Characterized in that the receiving block of the tape receiving element consisting of base plate, attached to the base plate connecting bolt, adjusting spindles and clamping block (with support plate and clamping plate) einliegen exactly in a recess in the Aufschraubplatte, the realization of a very high stability is possible.

In order to compensate for different frame strengths, it is possible to position spacers between the cover plate and / or base plate of the tape receiving element and the Aufschraubplatte, said spacers can be captively pre-mounted on the tape receiving element. The spacers can have a cylindrical shape and a central through hole.

The spacers can be made in one or more parts.

Preferably, the through hole has a step in the axial direction, d. H. In this preferred embodiment, the through-hole has an area with a smaller diameter and over an area with a larger diameter.

In the area of the through hole, which has the larger inner diameter, an elastic plastic bushing with a cylindrical shape and a central through-hole can be pressed. The part of the inner diameter into which the plastic bushing is not pressed, is dimensioned so that a corresponding fastening screw can be inserted with some play through this part of the through hole of the spacer.

In this case, the inner diameter of the plastic bushing is dimensioned so that it is so far reduced after pressing that a corresponding fixing screw can push only with increased force through the pressed plastic bushing. When pushing the fastening screw through the pressed-plastic bush, the plastic bushing deforms elastically, so that as a result, the plastic bushing clamped with the pressed onto the plastic bush spacers on the mounting screw. Since the fastening screw, before it is pushed through the pressed-plastic bush, is first inserted through a corresponding hole in the cover plate and / or base plate, the captive arrangement results between receiving element, spacer and mounting screw. It is possible that the fastening screw is designed as a countersunk screw and the corresponding hole as a countersunk hole, wherein the countersunk head rests in the countersunk hole.

In order to achieve the desired distance between tape receiving element and Aufschraubplatte, so it is possible to use the captive spacers described above, for each distance measure, which is to be bridged, separate spacers, which have the appropriate length, must be used.

It is also possible that the base plate of the receiving element rests flat on the Aufschraubplatte, d. H. the receiving block is not contoured in a recess of the Aufschraubplatte, but the Aufschraubplatte has no recess, so that the base plate of the tape receiving element on the Aufschraubplatte flush and level. In this case, a countersunk screw can be inserted directly through the corresponding countersunk hole in the cover plate and screwed into the corresponding threaded hole in the Aufschraubplatte. Additional spacers can be dispensed with in this case. But it is also possible in this case to use spacers, which bridge exactly the distance between mounting plate and cover plate.

If the tape receiving element in a wooden frame, so in particular in a block frame or a frame, it is also possible that the tape receiving element rests in a contour-precise cut in the wooden frame, the cover plate and the possible front leg approximately flush with the corresponding frame side Surfaces of the frame are. For fastening the tape receiving element in the frame countersunk screws are inserted into the corresponding countersunk holes in the cover plate. These countersunk screws penetrate the corresponding countersunk holes in the cover plate as well as through holes in the wooden frame and engage the end in threads in a screw-on plate or pass through them. The countersunk screws are approximately flush in the cover plate. As a result, a very high load capacity of the tape receiving element is achieved.

• – zwischen Bandaufnahmeelement und Aufschraubplatte an beiden Enden des Bandaufnahmeelements zumindest je ein variables verstellbares Abstandsmittel vorzusehen, mittels dessen der Abstand zwischen dem Bandaufnahmeelement und der Aufschraubplatte einstellbar ist,
• – wobei die Abstandsmittel durch die Aufschraubplatte durchgreifende, ein Gewinde aufweisende Bolzen und/oder durch die Aufschraubplatte durchgreifende Schrauben sind und
• – wobei die Abstandsmittel so angeordnet sind, dass die Deckplatte auf den Abstandsmitteln aufliegt und wobei an jedem Ende des Bandaufnahmeelements zwei Abstandsmittel vorgesehen sind und
• – wobei die Deckplatte Bohrungen aufweist, durch die die Abstandsmittel mittels eines die Bohrungen durchgreifender Schlüssels ergreifbar und verstellbar sind und
• – wobei die die Aufschraubplatte Gewindebohrungen aufweist, in die Befestigungsschrauben zur Befestigung des Bandaufnahmeelements einschraubbar sind, wobei die Befestigungsschrauben als Senkkopfschrauben und die korrespondierenden Bohrungen in der Deckplatte des Bandaufnahmeelements als Senklöcher ausgeprägt sein können, in denen die Senkköpfe der Senkkopfschrauben einliegen.

In order to achieve the desired distance between tape receiving element and Aufschraubplatte, it is according to DE 202004021778 U1 also possible,

• - to provide at least one variable adjustable spacing means between the tape receiving element and the screw-on plate at both ends of the tape receiving element, by means of which the distance between the tape receiving element and the screw-on plate is adjustable,
• - wherein the spacing means by the Aufschraubplatte thorough, a threaded bolt and / or through the Aufschraubplatte by cross-bolts and are
• - Wherein the spacing means are arranged so that the cover plate rests on the spacer means and wherein at each end of the tape receiving element, two spacing means are provided and
• - wherein the cover plate has bores through which the spacing means are gripped and adjusted by means of a key passing through the holes and
• - Wherein the Aufschraubplatte has threaded holes in the fastening screws for fixing the tape receiving element can be screwed, wherein the mounting screws can be pronounced as countersunk screws and the corresponding holes in the cover plate of the tape receiving element as sink holes in which the countersunk heads of the countersunk screws einliegen.

The tape receiving element may be equipped with sockets as a spacer for frame. In this case, fastening screws and spacers are preferably captively pre-assembled on the receiving element and directed for attachment to a bolted to the frame Aufschraubplatte. This results in a very high Stability by contoured engagement of the receiving block in the recess of Aufschraubplatte.

The sockets can be pre-mounted with squeezed plastic rings captive on a screw to facilitate the installation of the tape receiving element on the Aufschraubplatte.

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.

The support plate of the terminal block, which may be flat or cranked, has at its ends corresponding threaded holes which are penetrated by the adjusting spindles, so that by the actuation of the adjusting spindles, the relative position of the support plate and thus the entire terminal block between the base plate and the cover plate is variably adjustable. 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 adjustment spindles arranged at the ends can have a clearance fit in corresponding bores of the cover plate and only engage with a cylindrical stump in a corresponding bore of the cover plate.

The adjustment spindles arranged on the end can alternatively or cumulatively have a clearance fit in corresponding bores of the base plate and only engage with a cylindrical stump in a corresponding bore of the base plate.

Alternatively, the adjusting spindles can be rotatably mounted about their vertical central axis in the base plate and arranged captive on the base plate. This can be produced by riveting or twisting or the like. In particular, the base plate can for this purpose corresponding reductions of the through hole, which are engaged behind by corresponding collar-shaped widenings of Verstellspindelendes.

Alternatively, a clipping of the adjusting spindles in the holes of the base plate can be done by the base plate is drilled from one or both sides (n) by means of a spade drill, so that in the bore centrally or outside circumferentially a projection remains, on the adjusting spindle with circumferential groove is pushed so that the standing in the bore circumferential projection engages in the groove and captively fixes the adjusting spindle on the base plate, which is further rotatable about its vertical axis.

The through holes in the cover plate of the tape receiving member for passing a tool for operating the clamping screws are either dimensioned such that the key such as a Phillips key, Allen key or Torx key can be passed, but the screw head of the clamping screws does not pass through the hole, so that the screw is captively fixed to the tape receiving element.

Alternatively, however, the through bores can be dimensioned such that the clamping screw together with the screw head can be removed. This has the advantage that for mounting the tape receiving element, the clamping screws can be completely removed to mount closed Sicherheitszargenlappen for the realization of burglar-resistant door / frame designs. The burglar resistance results from the fact that the hinge tabs are not pulled out of the tape receiving element. Usual hinge tabs have plug-in areas that are open to the front, but which may possibly be forcibly torn out of the tape receiving element.

The clamping screws can be designed as cylinder, countersunk or Linsenkopfschrauben. The through holes of the clamping plate may be pronounced as sink holes.

The base plate of the tape receiving element may have holes and / or countersinks and / or bulges in the alignment of the clamping screws of the terminal block to this with appropriate tolerances or if the screws are on the underside towards the base plate on the support plate of the terminal block to record. This serves for the maximum adjustability of the clamping block within the intermediate space between the base plate and cover plate, in which the clamping screws can engage in corresponding holes or countersinks in the base plate.

Preferably, the tape receiving element 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 member as a whole in the frame a higher stability.

Preferably, the cover plate is formed as an angle, so that this 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 cover plate of the tape receiving element may be formed as an angle, wherein the front leg of the angle has an insertion opening to insert the hinge tab through the insertion opening in the terminal block. 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 is pronounced without front leg and the cover plate has a recess, the clamping plate may also have a congruent with the cover plate return. In this way, advantageous door / frame structures can be realized.

To achieve a visually attractive finish, a cover with the same outer contour and outer dimensions as the cover plate can be screwed onto the cover plate, which has a series of through holes and countersunk holes through which the fastening screws are inserted , The outer edges of the cover plate and aperture almost coincide. The bezel has only two small countersunk holes, in which countersunk screws einliegen, which are screwed into corresponding threads in the cover plate and hold the panel on the cover plate.

To increase the load capacity of the receiving element, a stabilizer plate of any desired outer contour and / or thickness can additionally be arranged between cover plate and connecting bolt and / or adjusting spindles. In a preferred embodiment, the stub of the adjusting spindles is rotatably mounted in corresponding holes in the stabilizer plate and extends into the corresponding bore of the cover plate, in which it is also rotatably mounted.

Preferably, the outer contour of the stabilizer plate almost coincides with the outer contour of the cover plate, so that the outer contour of the stabilizer plate is almost flush with the outer contour of the cover plate or the outer contour of the cover plate projects slightly beyond the outer contour of the stabilizer plate in the direction perpendicular to the surface of the stabilizer plate. or cover plate is.

This plate can be formed in one or more parts and have the same through holes as the cover plate. In particular, it can be divided into two parts such that there is a gap between the two parts of the stabilizer plate into which exactly the clamping plate fits. This makes it possible to realize the same adjustment of the receiving element with a higher stability.

Alternatively or additionally, it is also possible to emboss the gap between the previously described two-part stabilizer plate such that the opposite ends of the two stabilizer plate parts each have a Contour, each adjacent almost exactly to the corresponding outer contour of the respective connecting bolt. Thus, the two stabilizer plate parts, as seen from the center of the above-described intermediate space, respectively abut against the connecting bolts from the outside. In order to prevent the stabilizer plate parts thus formed from falling down, each part may be welded, screwed, riveted, crimped or glued to the cover plate and / or the connecting bolt. Also, depending on a stabilizer plate member may be formed integrally with the corresponding connecting pin. It is also conceivable to attach each part of the stabilizer plate to the cover plate, each with one or more dowel (s), each dowel each seated in aligned holes in the cover plate and stabilizer plate in a press fit. The dowel pins are flush with the outer sides of the cover plate and the stabilizer plate part.

Between the support plate and the clamping plate of the terminal block elastic spacers may be arranged, such as one or more plastic rings to one or more clamping screws.

Preferably, the elastic spacers in the form of pipe sections, for example made of elastic plastic and are penetrated by the clamping screws.

If an odd number of clamping screws are used, an elastic spacer is preferably arranged only around the middle clamping screw.

Alternatively or cumulatively, the clamping plate may have angled projections at its ends to prevent the clamping plate from falling onto the carrier plate and making it impossible to insert a hinge.

Alternatively or cumulatively, the clamping plate may have a slight oversize relative to the carrier plate of the clamping block in the forward direction and / or clamping plate and / or carrier plate are chamfered to facilitate the insertion of the hinge flap.

By means of the clamping means provided according to an advantageous development of the clamping block can be clamped in the desired position according to its orientation relative to the base plate and the cover plate of the tape receiving element and thus fixed to overcome the game of Verstellspindelgewinde.

Preferably, one or more clamping means are arranged symmetrically to the central axis of the tape receiving element, which runs parallel to the insertion direction of the tape tab.

It is also possible that the clamping screws are arranged asymmetrically.

By a symmetrical structure of the tape receiving element with on the one hand the two adjusting spindles at the ends of the clamping block and also symmetrically arranged parallel to the insertion direction of the hinge strap center axis clamping means optimal alignment and force is enabled and effectively prevented tilting.

Preferably, the clamping means are formed by screws or threaded bolts, pass through the through-threaded in the support plate of the terminal block and are supported against the base plate or against the cover plate.

Alternatively or cumulatively, the clamping means are formed by screws or threaded bolts, pass through the through-threaded in the cover plate or the base plate and are supported against the terminal block, in particular against the support plate of the terminal block.

After mounting the hinge and alignment and tension of the clamping plate against the support plate, thus the support plate can be clamped by means of screws against the base plate and / or cover plate of the tape receiving element and set free of play. As a result, the stability of the tape receiving element is increased very effectively and ensures a play-free determination of the hinge.

Preferably, the tensioning means is arranged such that the clamping block, in particular the support plate of the clamping block, has through holes with a chamfer or countersink, are inserted into the countersunk screws as clamping screws from above. These countersunk screws pass through through threads in the base plate and can protrude out of the base plate. The extent to which the screw projects beyond the base plate depends on the position of the clamping block in the belt receiving element set via the adjusting spindles. Particularly advantageously, the component, in which the tape receiving element is used or on which it is placed (eg, frame and / or Aufschraubplatte), in alignment with the clamping screws via corresponding mounting holes, in which the protruding part of the clamping screws can protrude. It is advantageous if in the overlap area clamping screw / component between clamping screw and component a sufficiently large air gap is provided so that both can not touch.

Preferably, the cover plate has bores through which the clamping means are adjustable and tensionable by means of a key passing through the holes.

Particularly preferably, a screw is arranged as a clamping means at each end or in each end region of the clamping block.

In particular, the clamping means can be arranged between the connecting bolt and the adjusting spindle.

As a result, a symmetrical arrangement to the central axis, which runs parallel to the insertion direction of the hinge strap, realized and prevented canting effectively.

Particularly preferably, the clamping means is arranged such that the cover plate has through holes with a chamfer or countersink, are inserted into the countersunk screws from above. These countersunk screws engage in through threads in the carrier plate of the clamping block, wherein the clamping means, d. H. the screws between the connecting bolts and the adjusting spindles are arranged. In the alignment of the clamping screw is a through hole in the base plate of the tape receiving element.

For mounting the tape receiving element and the hinge strap the clamping screws can be completely dissolved, so that the clamping block is freely movable within its adjustment between the base plate and the cover plate by means of the adjusting spindles. After alignment, the clamping screw is tightened at each end of the terminal block and thus braced the support plate of the terminal block against the cover plate of the tape receiving element.

It is also possible that the clamping means are arranged for example between adjusting spindle and outer clamping screw, wherein the cover plate has through holes are inserted into the countersunk screws as a clamping means from above, said countersunk screws engage in through-threaded in the support plate of the terminal block.

Regardless of the specific position of these countersunk screws as clamping means can be provided in the alignment of this screw, a through hole in the base plate in the event that a countersunk screw engages in a thread in the support plate. In this through hole, the screw can protrude, provided that it not only engages in the thread in the support plate, but passes through this.

It is also possible to use further clamping means for fixing the terminal block relative to the base plate and / or cover plate. Preferably, two additional clamping means are used, the symmetrical arrangement of the clamping means being maintained parallel to the central axis extending in the hinge-lapping insertion direction. For example, it is conceivable that each additional clamping means between the adjusting spindle and outer clamping screw (screw, which serves to clamp a plugged between the clamping plate and the carrier plate hinge plate) is arranged. It is also possible that these additional clamping means are also used exclusively as an alternative to the two clamping means, which are each arranged between the connecting bolt and adjusting spindle.

The centers of the clamping means can be arranged in alignment with the connecting line between the centers of the two adjusting spindles or even out of alignment.

If the center points of the tensioning means lie outside the alignment of the connecting line between the two adjusting spindles and / or not on this connecting line, the tensioning means can also lie in alignment, which runs parallel or not parallel to this connecting line. At least two clamping means can also lie on lines lying parallel to one another, wherein one of these lines can lie in alignment with the connecting line between the two adjusting spindles and one or more further of these lines outside the alignment of the connecting line between the two adjusting spindles or can alternatively All of these parallel lines, on which the centers of the clamping means lie, lie outside the alignment of the connecting line between the two adjusting spindles. A particularly advantageous design results when the tape receiving element is designed to be symmetrical overall. This results in particular in an optimal introduction of force in the various components of the tape receiving element.

The previously described arrangements and positioning of clamping devices can be used individually as well as in any combination.

Preferably, the cover plate of the tape receiving element is formed as an angle having a front leg, wherein the front leg in particular has a slot through which the door hinge can be inserted.

As a result, an advantageous front and top optical termination is realized by the formed as an angle 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 and clamped.

It is particularly advantageous if the carrier plate of the clamping block has material thickening in the region of the through thread for receiving the adjusting spindles, in order to increase the carrying height of the through threads for the adjusting spindles. In particular, sheets may be welded onto these areas of the support plate.

It is also possible that the material thickening and the carrier plate are made in one piece.

When using the same sheet material as for the support plate thus the bearing heights of the through threads for the adjusting spindles compared to the basic size can be doubled to bring about a significant increase in stability.

Preferably, at the end of the support plate between the adjusting spindles and the ends, which point in the direction of connecting bolts, still through thread and / or through holes and / or countersunk holes arranged for clamping screws. Also, this area, which is penetrated or penetrated by the clamping screws, preferably has the same material thickening, as the range of Verstellspindelgewinde in the carrier plates.

Preferably, through holes and / or through holes for clamping screws are arranged close to the adjusting spindles in the carrier plate between the adjusting spindles and the outer clamping screws. Also, this area, which is penetrated or penetrated by the clamping screws, preferably has the same material thickening as that of the region of the adjusting spindles in the carrier plates.

If sink holes are arranged in the region of the material thickenings on the carrier plate, then the corresponding counterbores can be arranged on the outside of the material thickening or on the outside on the actual carrier plate.

In this case, preferably, the support plate is bent such that the underside of the support plate is aligned between the adjusting spindles with the underside in the thickened region of the through thread to adjust the terminal block in the direction of the base plate of the tape receiving element in the maximum range and can proceed.

Particularly advantageous in the cranking in this manner described is that the load direction of the door is directed against the crank, so that overall results in greater strength and bearing capacity of the tape receiving element.

At the same time, the offset - regardless of whether the support plate at its ends material thickening or not - serve as an abutment for the clamping plate of the clamping block as a spacer to prevent the clamping plate rests flush on the support plate, which would complicate the insertion of a hinge ,

The material thickening in the region of the through-thread for the adjusting spindle and / or the clamping screws can also be designed such that the carrier plate of the clamping block is compressed in this area and / or bent by 180 ° and pressed flat to the material thickening in the end of the carrier plate produce. It is also possible, as material thickening of the carrier plate in the region of the through thread for the adjusting spindles in the direction of the thread axis integrally to form a cylindrical portion. In this case, this cylindrical portion can be arranged in the direction of the threaded axis only on one side of the support plate or on both sides.

The material thickening in the region of the through threads can serve as an abutment for the clamping plate of the clamping block as a spacer to prevent the clamping plate rests flush on the support plate, which would make the insertion of a hinge strap difficult.

Cover plate and base plate are preferably connected to each other, in particular by means of bolts or rivet bolts.

In order to give the tape receiving element the corresponding stability, such connecting pins are arranged on the outside symmetrically to the parallel to the hinge insertion direction extending central axis of the tape receiving element and between the two end arranged connecting pin of the adjustable terminal block is arranged.

Instead of such connecting bolts, which can be screwed or riveted, and a package of superimposed plates can be arranged with through-bolt, which is screwed into a thread of the base plate, so as to brace the created of several plates package.

Furthermore, on the outside next to the connecting bolt, a passage sleeve can be arranged to be loseable or captive, the between Cover plate and base plate is arranged and through which a fastening screw in the frame is feasible.

The captivity can be generated, for example, characterized in that the wall of the passage sleeve has a very strong taper at one end. This resulting cylindrical hollow stump is inserted into the corresponding hole, which has on the side facing away from the connecting bolt on a reduction in base plate or cover plate and then the very thin wall of the hollow stub by means of a conical wedge, etc. expanded so that the wall of the hollow stump to the subsidence applies. It is possible that the wall breaks, but this has no effect on the captivity.

Further, it is possible to form the connecting bolt and the grommet in one piece. The resulting component may have the shape of a cuboid with two parallel through holes. Further, it is possible to provide one or both through holes with a through thread. Also, such a cuboid, if it has two through holes without through-hole, be formed of individual identical or different thickness plates.

Preferably, the (nearly) parallelepiped connecting bolt has a through hole without a thread and a through hole with an internal thread. To use such connecting bolts, it is necessary that, contrary to the standards, cover plate and base plate (almost) have the same external dimensions and the cover plate does not have a front (angled) leg. It is ever a connecting bolt positioned at the end sides between the cover and base plate that three outer sides of the connecting pin flush with the corresponding outer sides of the base and cover plate or one or more outer sides of the connecting pin with respect to the corresponding outer sides of basic and Jump back cover plate inside.

Preferably, the holes without internal thread are each outside. The internal through-holes with internal thread serve to fasten the clamping block with the screwed-in adjustment lockers, which have cylindrical stumps on their end faces, which engage rotatably in corresponding through holes in the base cover plate, between the base plate and the cover plate. For this purpose, countersunk screws are screwed through the corresponding countersunk holes in the base or cover plate into the corresponding thread in the connecting bolt.

Through the outer through holes, the screws for fixing the tape receiving element are inserted in the frame.

It is also possible that both through holes of the connecting bolt have no threads. In this case, a fastening screw (eg countersunk screw) can be inserted through the corresponding bore (eg countersunk hole) in the cover plate and through the corresponding hole in the connecting bolt and screwed into a corresponding threaded hole in the base plate. Preferably, this fastening screw is flush with the base plate, d. H. she does not stand out of the base plate.

As a rule, the installation situation of the receiving element in the frame is such that the side facing away from the terminal block of the cover plate is flush with the part of the fold in the frame, which is perpendicular to the door leaf with the door closed. If the cover plate has an angled front leg, it likewise closes flush with the part of the frame which is parallel to the door leaf when the door is closed. If the cover plate has no front leg, the slot, which is integrated in the presence of a front leg in this leg, milled directly into the frame. Overall, therefore, results in these cases consistently a visually appealing conclusion, especially if the cover plate including the possible front leg is additionally surface-treated.

But requires the installation situation that the receiving element must be very far to the wall in the frame einliegen, it is no longer possible that the cover plate is flush with the Zargenfalz. Also, the main milling for the receiving element, so the milling, which corresponds to the part of the tape receiving element, in which the hinge tab is inserted, no longer perpendicular to the passage opening of the door. The milling must, however, parallel to the passage direction of the door far to the wall done in the frame, which are to be introduced perpendicular to the passage direction at the appropriate locations holes through which the various screws for operating the receiving element can be achieved with the appropriate tools. The diameters of these holes are to be dimensioned so that the corresponding screws and / or tools can also be inserted therethrough.

All this has the consequence that the receiving element must be blinded to achieve a visually appealing conclusion. In this case, it is advisable to mill the receiving element so that a diaphragm which can be inserted through a slot through which the frame part of the door hinge can be inserted, can be used with a material thickness of, for example, 6 mm so accurate that the receiving element facing away from the side flush with the frame. In this case, the panel may have at their outer ends each have a countersunk hole through which a countersunk screw can be screwed into the frame. This not only gives a visually appealing conclusion, but this additional aperture also contributes to a higher stability of the receiving element.

In a preferred embodiment, the diaphragm is dimensioned so that it is larger than the corresponding contour of the receiving element. In the frame, the milling for the diaphragm with respect to the milling for the receiving element is to be arranged so that the diaphragm covers the receiving element on all sides significantly.

Preferably, the panel is formed from two sheets, each sheet has a material thickness of, for example, 3 mm. As described above, the first panel is fastened precisely in the frame, whereby this first panel rests 3 mm in the frame. In order to facilitate mounting of the receiving element and the diaphragm, the diaphragm can be captively mounted on the receiving element in the right place. This captivity can be achieved by providing this panel, which has the function of a retaining plate, in the region of the connecting bolts, each with a countersunk hole. Through each countersunk hole a countersunk screw is screwed into a threaded hole, which is inserted in the respective connecting bolt.

The second panel is also inserted into the cutout, wherein the outside facing away from the first panel with the Zargenaußenseite almost flush. To attach this second aperture on the first panel, this second panel is provided with two countersunk holes, are screwed through the countersunk screws in corresponding threaded holes, which are introduced into the first panel. These screws are placed so that they are covered as much as possible by the tape roll of the door hinge after the frame part of the door hinge has been inserted through the slot in the panels in the terminal block of the receiving element.

The panels can be surface treated, so for example be sanded and / or brushed and / or polished.

The retaining plate and the aperture can be at right angles or rounded at their respective four outer corners. The curves can each be so large that two curves at the two ends of the holding plate and diaphragm merge into a semicircle.

In band receiving elements for steel frames, it has been customary that the housing is bent and welded. It is also possible to bend the housing to create a so-called mortar-tight arrangement while screwing the cover plate against the base plate. Such a closed box for steel frames is executed mortar, because after installation in the steel frames, the spaces are often shed with concrete or the like.

It is also possible to form the cover plate and the base plate in one piece. In this case, cover plate and base plate, which have the same length, are integrally connected by a back plate perpendicular to both. This results in a curved housing, which is open to three sides. The two sides, which are in the alignment of the connecting line, which arises when you connect the heads of the clamping screws together, can be closed by connecting bolts.

In a preferred embodiment, no connecting bolts are required, but it extends beyond the back plate, the base plate at its two free ends in each case by approximately the extent corresponding to the width of the base plate. These so pronounced tabs can be bent by 90 ° so that the housing only has an opening to the front, through which the hinge flap can be inserted. Preferably, the width of the tabs corresponds approximately to the distance between the base and cover plate. If the tabs are bent so that the outer surfaces of the tabs are flush with the corresponding edges of the base and cover plate viewed from the inside of the housing, it is possible to insert a countersunk screw in each case between the threaded spindle and the tab by a countersunk hole in the cover plate Screw a corresponding thread in the base plate and brace the base plate against the cover plate, the curved tab as a spacer means the distance between the two ensures.

It is also possible that the countersunk screw is first inserted through a corresponding countersunk hole in the frame, then screwed through the countersunk hole or through hole in the cover plate and then into the corresponding thread in the base plate. In this way, the receiving element can be attached to the frame.

Alternatively or additionally, it is also possible to weld the one-piece housing to the frame. It is particularly advantageous if the cover plate in alignment with the connecting line, which arises when connecting the heads of the clamping screws together, the base plate in its axial Length surmounted on both sides. At this integrally formed on the cover plate tabs, the housing can be welded to the frame. Likewise, the housing can be screwed to these tabs on the frame.

In addition, the housing can be welded at other locations on the frame.

The possibility to mount the tape receiving element by means of a welded joint and / or screw on a frame, of course, also in tape receiving elements with multi-part, in particular screwed housing.

The cover plate can be divided into two, wherein a gap between both parts can be provided, which is ready so that the clamping plate fits between both parts of the cover plate.

In order to achieve a high stability of the housing, additionally or additionally, the abutting edges, ie those areas in which sheet metal parts abut each other after bending, can be welded.

A tape receiving element, which comprises a one-piece housing, is usually used in aluminum or steel frames. In order to operate such a tape receiving element, the corresponding holes are provided in the frame, through which the adjusting tools can be inserted through. When dimensioning the bore diameter is also to be noted that those holes through which the adjusting spindles are to be adjusted, may only be so large that the adjusting tool passes straight through, the sides of the adjusting spindles facing the frame but can still be supported against the frame. This is particularly necessary for the function of the tape receiving element necessary if the adjusting spindles are inserted from the outside through the cover plate and only on one side have a stump, which is rotatably mounted in a corresponding hole in the base plate. In this case, it is particularly advantageous if the threaded spindle on its side facing the cover plate has an outer diameter without thread, which corresponds to the diameter of the receiving bore in the cover plate, wherein the spindle is rotatably mounted in this bore.

In a preferred embodiment, the outer side in the axial direction to the part of the threaded spindle, which is rotatably mounted in the cover plate, a stump adjoins the length of which corresponds approximately to the Zargendicke and rotatably mounted with a clearance in the corresponding hole in the frame is.

It is also possible that the cover plate and / or the rear plate and / or the base plate are divided into two, wherein in each case a gap may be provided between the two parts. This results in two blocks, which are connected via the support plate, in which the threaded spindles are screwed.

When using the tape receiving element for installation in aluminum frames, the screws can be replaced by the side block, d. H. serve simultaneously as fastening screws for fixing the tape receiving element to the aluminum frame by the connecting bolts or through the sleeves and can be screwed from the outside through the frame in the base plate of the tape receiving element.

Whenever a countersunk screw rests in a countersunk hole, it is possible that the countersunk screw is flush with the corresponding surface or that the head protrudes out of or into this surface.

All edges of all components can be chamfered. Alternatively or cumulatively, all edges of all components can be deburred.

It can be used in relation to all components different materials, especially steel, stainless steel, brass, plastic, etc. It is also possible that these materials are hardened and / or subjected to a surface treatment (eg painting and / or electroplating).

All components may alternatively or cumulatively be ground wholly or only partially and / or polished and / or brushed.

All components of the tape receiving element may alternatively or cumulatively be coated in whole or in part with a lubricating film and / or lubricating varnish or the like and / or be provided with a greasy film and / or oil film.

The screws can be threaded to the base of the screw head. Alternatively, it is possible that the thread does not extend to the base of the screw head, but that there is a cylindrical part between the threaded end and the screw head approach. Both types of screws can be used in one and the same band receiving element.

Screws with different strengths can be used. In particular, high-strength screws can be used.

Mainly the tape receiving element on / in the frame and the hinge on the door assembled. But it is also conceivable that the tape receiving element are attached to the door and the hinge on the frame. In order to achieve optically advantageous terminations, the corresponding tabs of the hinge band can be almost flush in the corresponding places on the door / frame einliegen. Likewise, the cover plate, and / or the outer panel and / or the front leg of the angle of the wall receiving element at the corresponding locations einliegen almost flush in the door / frame.

It is possible that all components of the tape receiving element, such as base plate, cover plate, Vebindungsbolzen, support plate, aperture, Aufschraubplatte etc.) einliegen precisely in the frame or in the door.

In particular, it can be provided to increase the carrying capacity, that the base plate has one or more downwardly directed bolts or the like, which engage in corresponding recesses in the frame in the frictional connection or with play. Preferably, these bolts are fastened by screws to the base plate. These bolts can be screwed, welded or pressed in or on the base plate. By arranging corresponding holes in the frame, in which engage the bolts after installation of the tape receiving element in the frame, the carrying capacity of the overall arrangement is significantly increased.

As explained, usually a mounting of such a tape receiving element takes place in corresponding recesses or cutouts in the frame or in the door. In order to increase the carrying capacity and the durability, screw-in sleeves, in particular according to FIG. 5, can also be used instead of wood screws engaging directly in the wooden frame or the wooden door DIN 7965 are used, which are screwed into the wooden frame or the wooden door and in which then turn corresponding machine screws, especially high-strength screws for fastening the tape receiving element are screwed.

It can also be used for mounting such a tape receiving element in corresponding recesses or cutouts in the frame or in the door both directly into the wooden frame or the wooden door engaging wood screws and at selected positions screwed, in particular DIN 7965 are used, which are screwed into the wooden frame or the wooden door and in which then turn appropriate machine screws, especially high-strength screws are screwed for fixing the tape receiving element, ie that directly into the wooden frame or wooden door engaging wood screws are also used with Einschraubhülsen in combination can.

In particular, a diagonally offset arrangement of a plurality of wood screws engaging in the wood of the frame or the door can be provided for fastening a tape receiving element, thereby increasing the load capacity of the overall arrangement. Alternatively or cumulatively high-strength machine screws can be screwed in a diagonally offset arrangement in corresponding screw-in sleeves in the wood of the frame or door.

In order to avoid that the screw heads of the clamping screws project beyond the cover plate depending on the setting of the clamping block, for example that the screw heads have a height of 6 mm compared to a thickness of the cover plate of 5 mm and thus protrude above the cover plate with a maximum movement of the clamping block would, a baffle plate may be provided against which the terminal block moves in an adjustment up and the extent of the adjustment of the terminal block limits so far that it is ensured that the screw heads of the clamping screws in no case surmount the cover plate. Such a baffle thus acts as a spacer between terminal block and cover plate. In particular, the baffle plate can be screwed to the cover plate.

The attachment of such a tape receiving element can also be done by means of a correspondingly designed mounting adapter. In this case, a mounting adapter is provided, which is configured in its geometric configuration so as to receive a tape receiving element. The fastening adapter in turn can be arranged on or in a frame or door or on a framework, which serves to receive the load. The tape receiving element is then mounted on the mounting adapter and fixed thereto by means of a screw.

Such a fastening adapter can be designed such that an attachment of the fastening adapter by means of a screw connection and / or by a welded connection to a framework or on a frame or in a door. The use of such mounting adapter is particularly advantageous for mounting heavy loads such as glass doors.

Such mounting adapters may be formed integrally or in several parts, in particular consisting of several plates. Preferably, the mounting adapters have a corresponding receiving contour for receiving a tape receiving element.

The attachment of such a tape receiving element can also be done directly on a load-bearing stud work. Such a stud can be attached directly to the floor and / or the ceiling and / or a wall, for example, be attached by dowels and serves to accommodate and discharge the load, especially in heavy duty doors. At such a framework, the tape receiving element can be fixed by means of high-strength and particularly viable screws and very high loads, such as heavy duty doors record. A steel frame or aluminum frame serves in this case, the direct or indirect mounting of the tape receiving element on a stud work not the inclusion of the load, but only as optical termination, ie as a cladding.

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

1 a partially sectioned front view of a tape receiving element.

1 shows an inventive tape receiving element for receiving a door hinge in a partially sectioned view in front view. The tape receiving element is formed by a base plate 1 and a cover plate 2 , Between the base plate 1 and the cover plate 2 is a terminal block for receiving the door hinge 3 arranged.

The between the base plate 1 and the cover plate 2 arranged terminal block is supported by a support plate 4 and the clamping plate 5 educated. In the assembled state is the clamping plate 5 by means not visible in this view clamping screws against the support plate 4 clamped the clamping block and clamps the hinge flap 3 in the terminal block, leaving the door hinge 3 is fixed by the clamping action in the terminal block.

The terminal block is by means of adjusting spindles 6 . 7 vertically between base plate 1 and cover plate 2 adjustable. For this purpose, the adjusting spindles pass through 6 . 7 corresponding through holes in the carrier plate 4 the terminal block, each having a corresponding passage thread.

The adjusting spindles 6 . 7 are rotatable about their vertical axis between the base plate 1 and the cover plate 2 stored in game fits.

After alignment of the terminal block by operating the adjusting spindles 6 . 7 and mounting the hinge 3 by clamping the clamping plate 5 against the carrier plate 4 of the terminal block, the terminal block by means of the clamping screws 8th . 9 against the cover plate 2 be tense.

The cover plate 2 has for this purpose two through holes with countersink, through which the countersunk screws 8th . 9 are stuck through. The countersunk screws 8th . 9 pass through through threads at the ends of the carrier plate 4 , Escaping with the clamping screws 8th . 9 are through holes in the base plate 1 arranged.

After alignment of the terminal block relative to the base plate 1 and the cover plate 2 be the clamping screws 8th and 9 firmly tightened, leaving the carrier plate 4 of the terminal block against the cover plate 2 is tensioned free of play. As a result, the terminal block with respect to the base plate 1 and cover plate 2 fixed and fixed.

After alignment of the terminal block relative to the base plate 1 and the cover plate 2 and fixing the clamping screws 8th and 9 be the locking screws 13 . 14 firmly dressed. The locking screws 13 . 14 are in through threads in the clamping plate 5 screwed in and are tightened until the material of the door hinge 3 begins to flow and from the locking screws 13 . 14 Materialverdrängend plastically deformed. The locking screws 13 . 14 for this purpose have hardened tips. As a result, a positive connection between the locking screws 13 . 14 and the door hinge 3 generated, the slipping of the door hinge 3 in the terminal block even at very high loads even then prevented when the adhesion between terminal block and door hinge 3 would already fail.

In an alternative, not shown, it is at the locking screws to screws with a cup point, which accordingly the material of the door leaf 3 cut annular and thereby a positive connection between the locking screws and the door leaf 3 produce.

baseplate 1 and cover plate 2 are over connecting bolts 10 . 11 connected with each other. The connecting bolts 10 . 11 are on both sides by the base plate 1 or cover plate 2 screwed.

By the arrangement that the connecting bolts 10 . 11 lie outside and the clamping screws 8th . 9 between the connecting bolts 10 . 11 and the adjusting spindles 6 . 7 lie, results in a total symmetrical arrangement of the tape receiving element, which is very stable and stable.

The cover plate 2 is designed as an angle and has a front leg 12 on. The front leg 12 forms the front optical termination of the tape receiving element and has a slot through which the hinge flap 3 can be inserted into the terminal block.

It is understood that all features and developments explained above can be combined with each other, as far as they are not mutually exclusive.

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 3900608 C1 [0002]
• DE 3932733 C2 [0002]
• DE 102004016769 A1 [0002]
• DE 19624558 C1 [0003]
• DE 19930448 C2 [0004]
• DE 202004021778 U1 [0063]

Cited non-patent literature

• DIN 7965 [0169]
• DIN 7965 [0170]

Claims (15)

Tape receiving element for receiving a door hinge ( 3 ) with a base plate ( 1 ) and a cover plate ( 2 ), whereby between the base plate ( 1 ) and the cover plate ( 2 ) by means of adjusting spindles ( 6 . 7 ) adjustable terminal block with a carrier plate ( 4 ) and at least one clamping plate ( 5 ) for receiving the door hinge ( 3 ) is arranged, characterized in that one or more in through-threaded in the clamping plate ( 5 ) screwed locking screw / n ( 13 . 14 ) is / are arranged, the material displacing in the door hinge ( 3 ) are screwed in, so that a positive connection between the / the locking screw / n ( 13 . 14 ) and the door hinge ( 3 ) is produced. Tape receiving element according to claim 1, characterized in that a plurality of locking screws ( 13 . 14 ) are arranged symmetrically to the central axis of the tape receiving element extending parallel to the tape insertion direction. Tape receiving element according to claim 1 or 2, characterized in that it is in the locking screws ( 13 . 14 ) to threaded pins with a tip, in particular a hardened tip, or threaded pins with a ring cutting, the material displacing in the material of the door hinge ( 3 ) are screwed. Tape receiving element according to one of the preceding claims, characterized in that the cover plate ( 2 ) Has bores through which the locking screws ( 13 . 14 ) are tangible by means of a key passing through the holes. Tape receiving element according to one of the preceding claims, characterized in that at least one clamping means ( 8th . 9 ) is arranged, by means of which the terminal block in the desired position relative to the base plate ( 1 ) and the cover plate ( 2 ) against the base plate ( 1 ) and / or against the cover plate ( 2 ), in particular that one or more clamping means ( 8th . 9 ) are arranged symmetrically to the central axis of the tape receiving element extending parallel to the tape insertion direction. Tape receiving element according to claim 5, characterized in that the / the tensioning means ( 8th . 9 ) is formed by screws or threaded bolts, the through threads in the carrier plate ( 4 ) of the terminal block and against the base plate ( 1 ) or against the cover plate ( 2 ) and / or formed by screws or threaded bolts is / are, the passage threads in the cover plate ( 1 ) or the base plate ( 2 ) and support against the terminal block. Tape receiving element according to claim 5 or 6, characterized in that the cover plate ( 2 ) Has bores through which the clamping means ( 8th . 9 ) are adjustable and tensioned by means of a key passing through the holes. Tape receiving element according to one of claims 5 to 7, characterized in that at each end of the terminal block in each case a screw ( 8th . 9 ) or threaded bolt is arranged as a clamping means- Tape receiving element according to one of the preceding claims, characterized in that the cover plate ( 2 ) is formed as an angle, which has a front leg ( 12 ), wherein the front leg ( 12 ) in particular has a slot through which the door hinge ( 3 ) can be inserted. Tape receiving element according to one of the preceding claims, characterized in that the clamping block consists of a carrier plate ( 4 ) and a clamping plate ( 5 ) is formed, wherein between support plate ( 4 ) and clamping plate ( 5 ) the door hinge ( 3 ) is inserted and the clamping plate ( 5 ) by means of screws or threaded bolts against the support plate ( 4 ) is clamped fixable. Tape receiving element according to one of the preceding claims, characterized in that between the clamping plate ( 5 ) and the carrier plate ( 4 ) a spacer is arranged so that the door hinge ( 3 ) in the gap between the clamping plate ( 5 ) and the carrier plate ( 4 ) can be inserted. Tape receiving element according to one of the preceding claims, characterized in that the carrier plate ( 4 ) of the clamping block in the region of through threads for receiving the adjusting spindles ( 6 . 7 ) Has material thickening, in particular that sheets on these areas of the carrier plate ( 4 ) are welded to the supporting height of the through threads for the adjusting spindles ( 6 . 7 ) to enlarge. Tape receiving element according to one of the preceding claims, characterized in that the carrier plate ( 4 ) of the clamping block in the region of through threads for receiving adjusting spindles ( 6 . 7 ) Has material thickening to the carrying height of the through threads for the adjusting spindles ( 6 . 7 ), wherein the support plate ( 4 ) is cranked so that the underside of the carrier plate ( 4 ) between the adjusting spindles ( 6 . 7 ) is flush with the underside in the thickened area of the through threads. Tape receiving element according to one of the preceding claims, characterized in that the cover plate ( 2 ) and the base plate ( 1 ) are connected to each other, in particular by means of bolts or rivet bolts. Tape receiving element according to one of the preceding claims, characterized in that the base plate ( 1 ) has one or more downwardly directed bolts which engage in corresponding recesses in the frame.

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