BANDPART

Description

[0001] The invention relates to a hinge part for fastening and adjusting to a frame or wing profile, comprising a hinge flap which has at least one hinge part defining a pivot axis and a hinge fastening leg adjoining it, and a hinge fastening body which can be fixed in a fastening plane on a frame or wing profile, wherein a fastening device with a contact surface is provided for fastening the hinge flap to the hinge fastening body, on which the hinge fastening leg can be placed with a corresponding counter-contact surface and can be fastened indirectly or directly to the hinge fastening body.

[0002] Such hinge components or hinge fastening devices are known in numerous designs, each allowing individual adjustment of the hinge leaf relative to a hinge fastening body, particularly in the longitudinal and transverse directions, thus enabling, for example, vertical and lateral alignment of a door with respect to a door frame. The hinge fastening body is usually a rigid component firmly connected to the frame or sash profile, to which the hinge fastening leg, adjustable relative to the hinge fastening body, rests and is attached for fastening the hinge leaf and ultimately, for example, a door leaf.

[0003] From EP 1 223 275 A2, for example, a hinge is known in which a hinge section is clamped between a frame profile and a pressure plate and can be moved relative to the pressure plate by means of an adjustment device. However, both the assembly and the adjustment of such a hinge are relatively cumbersome and complicated. In particular, assembly requires first loosely assembling a large number of components and then at least temporarily manually fixing this loosely assembled hinge to a profile wall while simultaneously tightening the fastening screws. During the adjustment of the hinge, undesirable damage to the sash or frame can occur due to friction between the hinge section and the sash or frame, especially streaks or scratches.

[0004] From DE 20 2006 010209 U1 a band for fastening to an outwardly open profile is known, in which a fastening part is inserted into the open profile under a one-sided engagement of a first profile projection and subsequently a slidably mounted clamping element is moved behind a second profile projection, so that the fastening part is held clamped.

[0005] A disadvantage of known systems or devices is that the adjustment of the hinge leaf relative to the hinge mounting body is achieved using adjusting screws. These screws adjust the hinge leaf relative to the hinge mounting body via the pitch of a screw thread. For example, the adjusting screw is supported by both the hinge mounting body and the hinge leaf, so that turning the screw moves both components relative to each other. However, this requires a particularly high amount of force to turn the adjusting screw, especially with an already installed door or gate leaf. Furthermore, quick adjustment by a specific distance or adjustment value is not possible, making adjustment relatively time-consuming and therefore ultimately quite expensive.Furthermore, to enable adjustment of the strap flap relative to the strap mounting body in more than one direction, the arrangement of several adjusting screws is required, which necessitates an increased space requirement in the area of ​​the strap mounting body or the strap mounting leg, which is, however, mostly undesirable for visual reasons.

[0006] The object of the present invention is therefore to provide a band part that improves at least one of the above-mentioned disadvantages and in particular enables a particularly smooth, i.e. requiring little effort, particularly fast and requiring few and space-saving components, adjustment of the band flap relative to the fastening part.

[0007] The invention solves the stated problem by means of a strip section with the features of the main claim. Advantageous embodiments and further developments of the invention are disclosed in the dependent claims, the description, and the figures.

[0008] According to the invention, at least one elongated hole is formed on the strap mounting leg, through which a fastening means for directly or indirectly attaching the strap mounting leg to the strap mounting body extends, and a correspondingly arranged material recess is formed in the contact surface and the opposing contact surface, into which an assembly aid for levering or sliding the strap flap relative to the strap mounting body can be inserted. This enables, in particular, quick adjustment of the strap flap relative to the strap mounting body, for example by a predetermined distance or a specific adjustment value, so that the adjustment can be carried out particularly quickly and therefore particularly cost-effectively.In the adjustment state, the band flap is mounted so that it can be moved, and in particular slidably mounted, relative to the contact surface formed, for example, on the band fastening body, via the fastening element guided in the at least one elongated hole. The material recess is oriented perpendicular to the mounting plane, spanned, for example, by a y- and z-axis, and is formed on the band flap as a continuous hole or recess. This allows the mounting aid to be inserted and passed through the hole or recess, for example, from a side facing away from the band fastening body, to a side facing the band fastening body, in particular the opposing contact surface.Furthermore, the mounting aid can be inserted further into the additional material recess formed on the contact surface, for example, a contact surface of the band fastening body, and advantageously supported therein with one free end of the mounting aid. For this purpose, the material recess formed on the contact surface advantageously has a configuration corresponding to the free end of the mounting aid. For example, if the mounting aid is designed as a round bar, the material recess on the contact surface is designed as a blind hole corresponding to the round bar with a diameter slightly larger than the diameter of the round bar. Alternatively, other configurations of the material recesses and the mounting aid are of course possible, particularly those corresponding to each other with regard to cross-section and / or length.The mounting aid, extending from the recess in the mounting surface through the recess in the strap flap, forms a lever that allows for particularly easy manual repositioning or sliding of the strap flap relative to the strap fastening body. Furthermore, the strap flap can be repositioned very quickly over a relatively large distance relative to the strap fastening body within a predefined, limited adjustment range.

[0009] Because at least one elongated hole is formed on the strap fastening leg, through which a fastening means extends for the indirect or direct fastening of the strap fastening leg to the strap fastening body, the strap fastening leg or the strap flap can be advantageously moved or offset in the direction of the longitudinal extension of the elongated hole - even with the fastening means inserted - for adjustment relative to the strap fastening body.

[0010] In principle, the contact surface can be provided on the fastening body. Particularly preferably, the contact surface is arranged on a separately designed adjusting element, which can be fixed to the strap fastening body. This allows the strap flap to be preferably moved and / or offset relative to both the adjusting element and the strap fastening body. Consequently, an intermediate adjustment stage can be formed, enabling both particularly rapid adjustment over a relatively large distance and an additional, in particular a third, adjustment direction. Thus, it can be provided that the strap flap is not only movable and / or offset relative to the adjusting element in one plane, but also, for example, in a direction perpendicular to that plane, so that the strap flap can be adjusted relative to the fastening body, particularly three-dimensionally, i.e., in three mutually orthogonal directions.The attachment of the band flap to the adjusting piece is preferably achieved by pre-tensioning the counter-surface of the band flap onto the contact surface of the adjusting piece.

[0011] Preferably, the adjusting element is arranged in a chamber formed in the belt fastening body, which is at least partially enclosed, and is mounted therein so that it can move independently in at least two different directions. This allows for a particularly space-saving belt section design. Furthermore, this allows the adjusting element to be mounted on the belt fastening body in a particularly simple manner, which is especially advantageous for the transport and assembly of the fastening body and / or the belt flap. Preferably, the adjusting element can be moved in the direction of the longitudinal extent of the fastening body, i.e., essentially parallel to the pivot axis. For this purpose, the adjusting element can bear against the side walls of the chamber of the fastening body with two of its side walls in a direction perpendicular to the pivot axis and parallel to the mounting plane.This allows the adjusting element to be moved or repositioned in a direction essentially parallel to the pivot axis, while preventing movement perpendicular to the pivot axis and parallel to the mounting plane. This allows forces acting perpendicular to the pivot axis and parallel to the mounting plane, particularly tilting or weight forces of a door leaf attached to the hinge, to be transferred over a relatively large area, advantageously into the hinge mounting body and ultimately into a frame or leaf profile. For this purpose, the adjusting element located in the chamber can advantageously be surrounded by six, at least partially formed, side walls. This makes the hinge component suitable for use on particularly heavy doors or gates. The adjusting element can, for example, be pre-installed and stored in the mounting body by the manufacturer.The adjusting piece can be supported against at least one inner wall of the chamber or clamped inside the chamber.

[0012] Preferably, the adjusting element has an adjusting element section with a contact surface, which extends from the chamber through a recess formed in the band mounting body towards the band mounting leg. This allows the main body of the adjusting element to be located inside the chamber, with only the adjusting element section with the contact surface being located on an outside of the band mounting body, resulting in a particularly space-saving design for the band section.

[0013] Preferably, the chamber has an opening that can be at least partially closed by means of a cover. This allows, for example, the adjusting element to be inserted into the chamber through the opening in a particularly simple manner and secured against falling out. For example, the cover can close an opening located on a side of the mounting body facing the frame or sash profile. The cover can have a side wall facing the chamber, in particular a rear wall, against which the adjusting element can be supported. Furthermore, at least one elongated recess can be formed in this and / or another suitable side wall of the chamber, in which the adjusting element is slidably mounted, for example with a projection guided in the recess, such as a protruding pin.

[0014] Preferably, grooves or ridges are formed on the contact surface and / or the counter-contact surface. This ensures a permanently secure and precise positioning of the band flap relative to the band fastening body. In particular, increased roughness between the contact surface and the counter-contact surface prevents the components from slipping relative to each other.

[0015] The grooves or ribs are preferably aligned parallel to the pivot axis in their longitudinal extent. The adjustment of the band flap relative to the band fastening body in a direction perpendicular to the pivot axis, which can be carried out using the mounting aid, is particularly preferred. Consequently, the band flap can preferably be arranged in freely selectable positions relative to the band fastening body, positions determined by the groove arrangement. In particular, a raised section on the contact surface can be arranged in a recess on the opposing contact surface. This prevents, in particular, the band flap from slipping relative to the band fastening body in a direction perpendicular to the pivot axis.

[0016] Preferably, the strap mounting leg can be selectively positioned and secured to the mounting surface in specific locations perpendicular to the pivot axis and parallel to the mounting plane, relative to the strap mounting body and / or the adjusting piece. The individual positions can be defined, in particular, by the design of the grooves or ridges. This prevents slippage, misalignment, or tilting of the strap flap relative to the strap mounting body.

[0017] Preferably, a first adjusting screw is provided, which is arranged eccentrically to the mounting surface and engages with a thread formed on the band fastening body or the adjusting element. A free end, in particular a screw head, rests against the band flap such that when the screw is turned, the pivot axis can be pivoted or displaced in a circular motion, essentially perpendicular to the mounting plane, and in particular, in the case of a vertical orientation of the pivot axis, parallel to the horizontal plane, and especially while maintaining the orientation of the pivot axis. Preferably, at least one additional fastening screw is provided in combination with the first adjusting screw, which pre-tensions the band flap in a parallel plane further away from the pivot axis than the first adjusting screw, in the direction of the adjusting element or fastening body.This allows for the levering or pivoting of the hinge leaf, particularly the hinge part, essentially about a rotational axis in the direction away from and towards the hinge mounting body in a particularly simple manner. In particular, the pivot axis, which is usually oriented essentially vertically, can be offset essentially horizontally such that, for example, a door located on the hinge leaf has an increased or decreased contact pressure directed towards the door frame on the side opposite the hinge leaf. To achieve the most space-saving hinge part possible, the thread formed on the adjusting piece for receiving the first adjusting screw can be arranged, in particular, on a flange formed on the adjusting piece.Preferably, the screw head of the first adjusting screw is mounted on the strap flap in such a way that, when the first adjusting screw is turned, the strap section is allowed to move alternately both away from and towards the strap mounting body. Alternatively, the first adjusting screw can engage with a thread formed on the strap flap and bear against the strap mounting body or the adjusting piece with either a free end or a threaded section.

[0018] Preferably, the band flap is mounted so as to be displaceable relative to the first adjusting screw in a direction perpendicular to the pivot axis and parallel to the mounting plane. For example, the band flap has an elongated hole or groove extending in a direction perpendicular to the pivot axis, through which the first adjusting screw extends or in which the first adjusting screw is mounted. This allows the band flap to be adjusted relative to the band mounting body in a direction perpendicular to the pivot axis and parallel to the mounting plane, independently of any adjustment of the pivot axis by means of the first adjusting screw. For this purpose, at least one fastening screw provided for pre-tensioning the band flap onto the adjusting piece or mounting body is also guided in an elongated hole or groove on the band flap with a longitudinal extension perpendicular to the pivot axis.

[0019] The first adjusting screw, with its screw head, is preferably mounted slidably in a groove formed on the band flap, particularly in a C-shaped groove. This enables a particularly compact and cost-effective design of the band section.

[0020] Preferably, a second adjusting screw and a third adjusting screw are provided, each of which is arranged at opposite ends of the adjusting piece, preferably at the same distance from the pivot axis, in particular at the ends in longitudinal extension, and each engages with a thread formed on the adjusting piece and each can be brought into contact with at least one free end against at least one side wall of the chamber, in particular against an inner front and / or rear wall of the chamber, such that when the second adjusting screw and / or third adjusting screw is turned, the adjusting piece can be displaced and / or tilted relative to the band fastening body in a direction perpendicular to the fastening plane.This allows the hinge leaf, fixed to the adjusting piece, to be displaced or tilted in a direction perpendicular to the mounting plane. In particular, a door leaf mounted on the hinge leaf can be easily offset horizontally or tilted about a horizontal axis lying in the mounting plane, especially for adjusting the height or horizontally adjusting the side of the door opposite the hinge leaf, particularly a door lock. Preferably, the side wall against which the second and / or third adjusting screw rests is arranged on a cover closing the chamber or on the profile. This allows the hinge component to be designed to be particularly compact. For mounting the second and / or third adjusting screw, and ultimately also the adjusting piece, the screws can each be slidably mounted with their screw heads in a groove formed on the hinge mounting body.The groove preferably extends longitudinally along the fastening body, that is, essentially parallel to the pivot axis. To operate the second and third adjusting screws located within the chamber of the fastening body, the fastening body has, at least in the area of ​​the respective screw heads of the second and third adjusting screws, a preferably elongated recess, in particular a slotted hole. Advantageously, this slotted hole is each chosen to be large enough to allow the free end of a screwdriver to engage the second and third adjusting screws. It should be clear, of course, that the second adjusting screw and / or the third adjusting screw can alternatively engage with a thread formed on the fastening body and rest with one free end against the adjusting element.

[0021] Preferably, at least a fourth adjusting screw and optionally a fifth adjusting screw are provided, each of which engages with a threaded sleeve formed on the fastening body and each of which can be brought into contact with the fastening leg and / or the adjusting piece at one free end such that, when the fourth adjusting screw and / or fifth adjusting screw is turned, the fastening leg and / or the adjusting piece can be displaced along the pivot axis. This allows, for example, the adjusting piece, which is mounted to be displaceable in a direction substantially parallel to the pivot axis by the side walls of the chamber of the fastening body, to be moved in this direction in a particularly simple manner. Particularly preferably, the fourth adjusting screw, which is arranged substantially vertically in a mounted state of the strap flap, rests with its upper end against the adjusting piece.This allows the adjusting piece, which presses against the fourth adjusting screw due to gravity, to be shifted vertically in a particularly simple manner. In a mounted state, the fifth adjusting screw preferably rests with its lower end against the adjusting piece, so that the adjusting piece can be pre-tensioned or mounted without play between the fourth and fifth adjusting screws.

[0022] Preferably, a separate fastening screw is provided for at least temporary fixation of the adjusting piece to the fastening body. This fastening screw allows, in particular, the fixing of the adjusting piece during transport and before and during the installation of the hinge fastening body on the sash or frame profile. Furthermore, the fastening screw enables the compensation of play in the adjusting piece within the hinge fastening body during hinge operation in a particularly cost-effective manner.

[0023] An embodiment of the invention is explained in more detail below with reference to the figures. They show schematically: Figure 1 - a perspective exploded view of a belt section according to the invention; Figure 2a - the belt section according to Fig. 1 in the assembled state; Figure 2b - the band section according to Fig. 1 in a first adjustment state; and Figure 2c - the band section according to Fig. 1 in a second adjustment state.

[0024] In the Figure 1Figure 1 shows an embodiment of the hinge part 100 according to the invention for fastening and adjustment to a frame or sash profile 5. For example, the frame profile 5 is formed on a door frame (not shown) on which a door sash (not shown) is to be pivotably mounted by means of the hinge leaf 1. For this purpose, a fastening body 2 is fixedly attached to the profile 5 in a fastening plane E spanned by a y- and a z-axis, in particular in a recess or open groove 51, in a manner known per se. The hinge leaf 1 is fixed to the fastening body 2 by means of a fastening device 20, wherein the hinge leaf 1 can advantageously be adjusted in three directions relative to the hinge fastening body 2 for adjusting the door sash.

[0025] The hinge leaf 1 has at least one hinge part 10 defining a pivot axis S and a hinge mounting leg 11 adjoining it. In the assembled state of the hinge leaf, the pivot axis S is essentially oriented in a vertical direction, in this case parallel to the y-axis. The hinge mounting leg 11 has a planar structure extending away from the hinge part 10 and comprising several individual sections connected by arcs and arranged at an angle to one another, with each individual section serving to form an additional contact surface of the hinge leaf 1 against the profile 5.Furthermore, the band fastening leg 11 includes several elongated recesses 12a and 12b through which a fastening means, for example a fastening screw 77a, 77b, extends to fasten the band flap 1 to the band fastening body 2, so that the band flap 1 can be fixed to the band fastening body 2 and thus ultimately also to the profile 5.

[0026] The strap fastening body 2 is designed as a support structure having a chamber 21, which has a shape corresponding to the recess 51 of the profile 5 on at least two opposite sides, in particular the longitudinal sides. This allows the strap fastening body 2 to be inserted into the recess 51 and fastened to the profile 5 in a known manner, for example by engaging behind a profile wall adjacent to the recess 51. In this case, the strap fastening body 2 rests against the profile 5 in the fastening plane E, and the strap fastening leg 11 can ultimately also be fixed to the strap fastening body 2 parallel to the fastening plane E.For this purpose, a contact surface 60 is provided in the fastening plane E or substantially parallel to the fastening plane E, against which the strap fastening leg 11 can be placed with a corresponding counter-contact surface 16 and can be attached directly or indirectly to the strap fastening body 2. In this case, the contact surface 60 is formed on an adjusting piece 3, which is fixed to the strap fastening body 2.

[0027] The adjusting element 3 is designed as a separate, relatively solid, elongated component which, in the assembled state, is arranged within the chamber 21 of the strap fastening body 2. Preferably, the adjusting element 3 is inserted into the chamber 21 by the manufacturer through an opening or recess 26 on a side of the fastening body 2 facing the profile 5 in the assembled state, in particular on a rear wall. For this purpose, the second adjusting screw 72 and the third adjusting screw 73 are first aligned with their threaded free ends 721, 731 in the direction of the adjusting element 3 and then inserted with their screw heads 722, 732 into a groove 28a, 28b on the strap fastening body 2, which is formed, for example, parallel to the pivot axis S, and in a C-shaped groove.The adjusting piece 3 is then inserted into the chamber 21 while simultaneously engaging and partially tightening the free ends 721, 731 of the adjusting screws 72, 73 with the threaded bores 33a, 33b provided in each end region 32a, 32b of the adjusting piece 3. The recess 26 of the chamber 21 is then preferably closed by the manufacturer with a cover 22 using fastening screws 78a and 78b, so that the adjusting piece 3 cannot fall out of the chamber 21 – for example, during subsequent transport.

[0028] The adjusting piece 3 is thus mounted in the chamber 21 so that it can move independently in at least two different directions, in particular in the x-direction and in the y-direction. In the z-direction, the adjusting piece 3 is mounted immovably within the chamber 21, in particular by the bearing of two longitudinal sides 35a, 35b of the adjusting piece 3 against opposite side surfaces 27a, 27b of the band fastening body 2, or by the engagement of a projection of the adjusting piece 3 (not shown) in an elongated recess 22a, 22b formed in the cover 22, in particular on a side wall 22c. For example, for transporting the band section 1, the adjusting piece 3 can be additionally fixed within the chamber 21 relative to the band fastening body 3, at least temporarily, for example by the fastening screw 76.

[0029] On a side facing the strap mounting leg 11, the adjusting piece 3 has an adjusting piece section 30 extending outwards from the chamber 21 through a recess 23 formed in the strap mounting body 2 towards the strap mounting leg 11, on which the contact surface 60 is formed. A projection 36 formed on the adjusting piece 3 also extends through the recess 23. On the contact surface 60, grooves or ridges are formed that extend longitudinally along the adjusting piece 3 or are aligned parallel to the pivot axis S. The strap mounting leg 11 can be placed against this contact surface 60 with a corresponding counter-contact surface 16; in particular, the grooves or ridges formed correspondingly on the counter-contact surface 16 can each be engaged with a raised portion in a recess formed on the contact surface 60.This reduces the possibility of the band flap 1 slipping relative to the band fastening body 2 in the direction perpendicular to the pivot axis S and parallel to the plane E, in this case in the z-direction.

[0030] For the attachment of the band flap 1 to the band fastening body 2 or to the adjusting element 3 located in the fastening body 2, preferably also carried out by the manufacturer, the first adjusting screw 71 with its screw head 711 is first inserted into a groove 13 formed in the band fastening leg 11 – for example, in a direction perpendicular to the pivot axis S and parallel to the fastening plane E, in this case in the z-direction – in particular in a C-shape. The first adjusting screw 71 and the groove 13 are arranged in particular adjacent to or eccentric to the contact surface 60. The additionally formed elongated recess 14 in the area of ​​the screw head 711 serves to allow the screw 71, which can be arranged in different positions in the z-direction, to be operated.The strap flap 1 is then moved towards the adjusting piece 3 by simultaneously engaging the first adjusting screw 71 with a threaded bore 31 provided on the adjusting piece 3 until the counter-contact surface 16 of the strap flap 1 rests against the contact surface 60 of the adjusting piece 3. The strap fastening leg 11 is then fixed to the adjusting piece 3 by means of the fastening screws 77a, 77b arranged in the area of ​​the contact surfaces 16, 60, engaging the grooves or slots formed on the two contact surfaces 16, 60. Finally, the fourth adjusting screw 74 and the fifth adjusting screw 75 are screwed into the threaded sleeves 24 and 25 provided for this purpose. The manufacturer's pre-assembly of the strap section 100 can thus be completed.

[0031] After mounting the hinge part 100 to the profile 5, adjustment can be made according to the following example: When adjusting, for example, a door leaf rotatably mounted on the hinge leaf 1 relative to a door frame having the profile 5, the door leaf can be adjusted in the z-direction, particularly to adjust the door contact pressure, by means of an assembly aid 4 for levering or moving the hinge leaf 1 relative to the hinge mounting body 2 in a particularly simple manner. For this purpose, the assembly aid 4, for example a screwdriver or a rod, can be guided in a first position 101 through a material recess 17 formed on the hinge leaf 1 in the area of ​​the counter-surface 16 until it reaches a corresponding material recess 61 formed on the contact surface 60.The mounting aid 4 is essentially oriented perpendicular to the fastening plane E and rests with one free end on the bottom of the material recess 61, as shown in . Figure 2a shown.

[0032] In principle, the assembly aid 4 can have a rod-shaped first section 40 and a second section 41 designed as a handle. The cross-section of the first section 40 can be arbitrarily shaped; in particular, the first section 40 is designed to correspond to the material recesses 17 and 61.

[0033] After partially loosening the fastening screws 77a, 77b and / or the first adjusting screw 71, and the resulting mutual disengagement of the grooves or slots formed on the contact surfaces 16 and 60, the band flap 1 can be displaced relative to the band fastening body 2 in a direction perpendicular to the pivot axis S, in this case in the z-direction, by means of the mounting aid 4 in a particularly force-reduced manner. For this purpose, the mounting aid 4, located in the material recesses 17 and 61, can be pivoted relative to its perpendicular orientation to the fastening plane E, particularly in the z-direction, so that the mounting aid 4 comes into contact with the side flanks of the material recesses 17 and 61.Upon further pivoting of the mounting aid 4, the band flap 1 is moved by the leverage effect against the band fastening body 2 in a direction perpendicular to the pivot axis S, for example in the direction towards the hinge part 10, into a position 102, as shown in . Figure 2b shown, or in the direction away from the hinge part 10 into a position 103, as shown in Figure 2cAs shown, the screw head 711 of the first adjusting screw 71 slides in the receiving groove 13, and the shanks of the fastening screws 77a and 77b slide in the elongated recesses 12a and 12b, respectively, in a direction perpendicular to the pivot axis S. When the fastening screws 77a, 77b, and / or the first adjusting screw 71 are subsequently tightened, the grooves or slots formed on the contact surface 60 and the counter-contact surface 16, which increase the locking of the band flap 1 on the band fastening body 3, re-engage with each other. This allows the band fastening leg 11 to be selectively fastened relative to the band fastening body 2 in certain predefined positions 101, 102, 103 on the contact surface 60, perpendicular to the pivot axis S and parallel to the fastening plane E.

[0034] For adjusting the hinge leaf 1 in the x-direction, in particular for horizontal displacement and / or tilting of the door leaf relative to the door frame, the second adjusting screw 72 and the third adjusting screw 73 are provided. The second adjusting screw 72 and the third adjusting screw 73 each engage with the adjusting piece 3 via a mating thread 33a, 33b with their thread 721, 731 and with the hinge mounting body 2 via the groove 28a, 28b with their screw heads 722, 732. When the second and third adjusting screws 72, 73 are turned in the same direction, the adjusting piece 3 together with the hinge leaf 1 arranged thereon is displaced essentially in a direction perpendicular to the mounting plane E. When the second and third adjusting screws 72, 73 are turned in opposite directions, the adjusting piece 3 together with the band flap 1 arranged on it is tilted relative to the band fastening body 2.

[0035] The fourth adjusting screw 74 and the fifth adjusting screw 75 are provided for adjusting the hinge leaf 1 in the y-direction, in particular for vertically offsetting the door leaf relative to the door frame. The fourth and fifth adjusting screws 74, 75 each engage with the hinge mounting body 2 via a mating thread formed on the threaded sleeves 24, 25, and their free ends 741, 751 each rest against the projection 36 of the adjusting piece 3, which protrudes through the recess 23. When the fourth and fifth adjusting screws 74, 75 are turned in opposite directions, the adjusting piece 3, together with the hinge leaf 1 arranged thereon, is displaced within the chamber 21 relative to the hinge mounting body 2 in a direction parallel to the pivot axis S in the y-direction.To enable this displacement, the second adjusting screw 72 and the third adjusting screw 73 are each slidably mounted with their screw head 722, 732 in a groove 28a and 28b formed on the band fastening body 2, in particular in a direction substantially parallel to the pivot axis S.

[0036] It should be clear that the scope of protection of the present invention is not limited to the described embodiments, but is defined by the following claims. In particular, the construction of the strap fastening body, the adjusting element, and the strap flap, as well as the arrangement and alignment of the adjusting screws, can be modified without altering the core of the invention. Reference symbol list:

[0037] 1 Band flap 2 Fastening body 3 Adjustment piece 4 Mounting aid 5 Profile 10 Hinge part 11 Band fastening leg 12a Slotted hole 12b Slotted hole 13 Groove 14 Recess 16 Counter surface 17 Recess 20 Fastening device 21 Chamber 22 Cover 22a Recess 22b Recess 22c Side wall 23 Recess 24 Threaded sleeve 25 Threaded sleeve 26 Recess 27a Side surface 27b Side surface 28a Groove 28b Groove 30 Adjustment piece section 31 Thread 32a First longitudinal end 32b Second longitudinal end 33a Thread 33b Thread 35a First longitudinal side 35b Second longitudinal side 36 Projection 40 Engagement means 41 Handle 51 Recess 60 Mounting surface 61 Recess 71 First adjusting screw 72 Second adjusting screw 73 Third adjusting screw 74 Fourth adjusting screw 75 Fifth adjusting screw 76 Fastening screw 77a Fastening screw 77b Fastening screw 78a Fastening screw 78b Fastening screw 100 Band section 101 First position 102 Second position 103 Third position 711 Free end, screw head 721 First end 722 Second endScrew head 731 first end 732 second end, screw head 741 free end 751 free end S swivel axis E mounting plane,

Claims

1. Hinge part (100) for fastening to and adjustment on a frame profile or wing profile (5), having - a hinge flap (1), which has at least one joint part (10) defining a pivot axis (S) and an adjoining hinge fastening limb (11), and - a hinge fastening body (2), which can be fixed in a fastening plane (E) to a frame profile or wing profile (5), wherein - for fastening the hinge flap (1) to the hinge fastening body (2), a fastening device (20) having a contact surface (60) is provided, against which the hinge fastening limb (11) can be placed with a corresponding mating contact surface (16) and can be fastened indirectly or directly to the hinge fastening body (2), characterized in that at least one oblong hole (12a, 12b) is formed on the hinge fastening limb (11), through which a fastening means (77a, 77b) for the indirect or direct fastening of the hinge fastening limb (11) to the hinge fastening body (2) extends, and a mutually corresponding material cutout (61, 17) is respectively formed in the contact surface (60) and the mating contact surface (16), into which a mounting aid (4) for levering or moving the hinge flap (1) relative to the hinge fastening body (2) can be inserted, the material cutout (61, 17) being oriented perpendicular to the fastening plane (E) and being designed as a continuous hole or cutout on the hinge flap (1).

2. Hinge part according to Claim 1, characterized in that the contact surface (60) is arranged on a separately formed adjustment piece (3), which can be fixed to the hinge fastening body (2).

3. Hinge part according to Claim 2, characterized in that the adjustment piece (3) is arranged in an at least partially enclosed chamber (21) formed in the hinge fastening body (2) and is mounted movably in said chamber independently of each other in at least two different directions (x, y, z).

4. Hinge part according to Claim 3, characterized in that the adjustment piece (3) has an adjustment piece portion (30) which has the contact surface (60) and extends from the chamber (21) through a cutout (23), which is formed on the hinge fastening body (2), in the direction of the hinge fastening limb (11).

5. Hinge part according to either of Claims 3 and 4, characterized in that the chamber (21) has an opening (26), which can be at least partially closed by means of a cover (22).

6. Hinge part according to any one of the preceding claims, characterized in that grooves or channels are formed on the contact surface (60) and / or on the mating contact surface (16).

7. Hinge part according to Claim 6, characterized in that the grooves or channels in their longitudinal extent are oriented parallel to the pivot axis (S).

8. Hinge part according to any one of the preceding claims, characterized in that, optionally in certain positions (101, 102, 103) in a direction perpendicular to the pivot axis (S) and parallel to the fastening plane (E), the hinge fastening limb (11) can be placed against and can be fastened to the contact surface (60) relative to the hinge fastening body (2) and / or relative to the adjustment piece (3).

9. Hinge part according to any one of the preceding claims, characterized in that a first adjustment screw (71) is provided, which is arranged eccentrically to the contact surface (60) and engages with a thread (31) formed on the hinge fastening body (2) or on the adjustment piece (3), and bears with a free end (711) against the hinge flap (1) in such a way that, when the first adjustment screw (71) is rotated, the pivot axis (S) can be pivoted substantially in parallel.

10. Hinge part according to Claim 9, characterized in that the hinge flap (1) is mounted displaceably relative to the first adjustment screw (71) in a direction perpendicular to the pivot axis (S) and parallel to the fastening plane (E).

11. Hinge part according to either of Claims 9 and 10, characterized in that the first adjustment screw (71) is mounted displaceably with its screw head (711) in an, in particular C-shaped, slot (13) formed on the hinge flap (1).

12. Hinge part according to any one of Claims 3 to 11, characterized in that a second adjustment screw (72) and a third adjustment screw (73) are provided, which are each arranged at mutually opposite ends (32a, 32b) of the adjustment piece (3) and each engage with a thread (33a, 33b) formed on the adjustment piece (3), and can each be brought with at least one free end (721, 731) into contact against at least one side wall (22c) of the chamber (21) in such a way that, when the second adjustment screw (72) and / or the third adjustment screw (73) are / is rotated, the adjustment piece (3) can be moved and / or tilted relative to the hinge fastening body (2) in a direction perpendicular to the fastening plane (E).

13. Hinge part according to any one of the preceding claims, characterized in that at least one fourth adjustment screw (74, 75) is provided, which engages with a threaded sleeve (24, 25) formed on the fastening body (2), and can be brought with a free end (741, 751) into contact against the hinge fastening limb (11) and / or against the adjustment piece (3) in such a way that, when the fourth adjustment screw (74, 75) is rotated, the hinge fastening limb (11) and / or the adjustment piece (3) can be moved along the pivot axis (S).

14. Hinge part according to any one of Claims 2 to 13, characterized in that a separate fastening screw (76) is additionally provided for the at least temporary fixing of the adjustment piece (3) on the fastening body (2).