WO2019086230A1 - Strip part - Google Patents

Abstract

The invention relates to a strip part (100) to be fastened and adjusted on a frame profile or leaf profile (5), comprising a strip lobe (1), which has at least one hinge part (10) defining a pivot axis (S) and a strip fastening limb (11) adjoining the hinge part, and comprising a strip fastening body (2), which can be secured in a fastening plane (E) to a frame profile or leaf profile (5). In order to fasten the strip lobe (1) to the strip fastening body (2), a fastening device (20) having a contact face (60) is provided, against which the strip fastening limb (11) can be placed by means of a corresponding mating contact face (16) and can be fastened indirectly or directly to the strip fastening body (2). According to the invention, material recesses (61, 17) corresponding to one another are formed in the region of the contact face (60) and the mating contact face (16), into which recesses a mounting aid (4) for levering or displacing the strip lobe (1) relative to the strip fastening body (2) can be inserted.

Description

 band part

The invention relates to a band member for attachment and adjustment to a frame or wing profile, comprising a hinge flap, which has at least one pivot axis defining a hinge part and an adjoining band attachment leg, and a band attachment body, which can be fixed in a mounting plane on a frame or wing profile is, wherein for fastening the hinge strap on the band fastening body, a fastening device is provided with a contact surface on which the band attachment leg with a corresponding counter-contact surface can be applied and directly or indirectly fastened to the band fastening body.

Such tape parts or tape fastening devices are known in numerous embodiments, each individual adjustment possibilities of the hinge strap are made possible over a tape fastening body, in particular in the longitudinal and transverse directions, so that, for example, a height and a side orientation of a door in relation to a door frame is possible. The band attachment body is usually a permanently connected to the frame or wing profile, in particular rigid component to which the opposite of the band attachment body adjustable band attachment leg for attachment of the hinge strap and ultimately, for example, a door leaf rests and is attached. A disadvantage of the known systems or devices that the adjustment of the hinge strap relative to the tape fastening body is effected by means of adjusting screws, which realize an adjustment of the hinge strap against the tape fastening body on the slope of a screw thread. For example, the adjusting screw is supported both on the band fastening body and on the band tab, so that both components can be displaced relative to each other by turning the screw. In this case, however - especially for an already mounted door or gate leaf - a particularly high force required to rotate the adjusting screw. Furthermore, a quick adjustment by a certain distance or a certain adjustment value is not possible, so that an adjustment is relatively time-consuming and thus ultimately also relatively expensive. Furthermore, in order to allow an adjustment of the hinge strap against the band fastening body in more than one direction, the arrangement of a plurality of adjusting screws is required, whereby an increased space requirement in the region of the band fastening body or the band attachment leg is required, which is undesirable for mostly optical reasons.

Object of the present invention is therefore to provide a band member which improves at least one of the above-mentioned disadvantages and in particular a particularly smooth, ie with little effort connected, particularly fast and very few and space-saving components requiring adjustment of the hinge strap against the fastening part allows. The invention solves the problem by a band part with the features of the main claim. Advantageous embodiments and further developments of the invention are disclosed in the subclaims, the description and the figures. According to the invention, in each case a material recess corresponding to one another is formed in the region of the contact surface and the counter-contact surface, into which an assembly aid for levering or displacing the hinge against the band-fastening body can be inserted. As a result, in particular, a quick adjustment of the hinge strap relative to the strap attachment body, for example by a predetermined distance or a certain distance, is achieved. ten adjustment value, allows, so that the adjustment can be done very quickly and therefore particularly cost. In the state of adjustment of the hinge tab against the formed for example on the band attachment body contact surface advantageously via at least one storage, such as a guided in a slot fastening means, relative to the band fastening body movable, in particular displaceably mounted. The material recess is preferably aligned perpendicular to the, for example, of a y- and z-axis spanned mounting plane and may - at least on the hinge tab - be formed for example as a continuous hole or recess. As a result, the assembly aid, for example, from a side facing away from the band fastening body through the perforation or recess to a the band attachment body side facing, in particular the counter-contact surface, and performed. Furthermore, the assembly aid can further be introduced into the additional material recess formed on the contact surface, for example a contact surface of the band fastening body, and advantageously be mounted therein with a free end of the assembly 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, in the presence of a trained as a round rod mounting tool, the material recess on the contact surface as a corresponding to the round rod blind hole with a relative to the diameter of the round rod slightly larger diameter. Alternatively, of course, other embodiments of the material recesses and of the assembly aid corresponding in particular with regard to the cross section and / or the length to one another are also possible. By extending from the material recess of the contact surface through the material recess of the hinge strap mounting tool a lever is formed, which allows a manual displacement or displacement of the hinge strap relative to the band fastening body in a particularly simple manner. Furthermore, in a predefined, limited adjustment range, the band tab can be displaced particularly quickly by a relatively large distance relative to the band fastening body.

In principle, the contact surface can be provided on the fastening body. Particularly preferably, the contact surface is formed on a separately formed Adjustment piece arranged, which is fixable to the band fastening body. As a result, the hinge flap can preferably be displaced and / or offset both with respect to the adjusting piece and with respect to the band fastening body. As a result, an adjustment intermediate stage can thus be formed, which enables a particularly fast adjustment by a relatively large distance as well as an additional, in particular third, adjustment direction. Thus, it may be provided that the hinge flap is not displaceable and / or offset relative to the adjusting piece not only in one plane, but additionally in, for example, a direction perpendicular to the plane, so that the hinge lapping relative to the fastening body in particular three-dimensional, that is in three orthogonal directions, can be adjusted. The attachment of the hinge strap on the adjusting piece is preferably carried out by biasing the counter-bearing surface of the hinge strap on the contact surface of the adjusting piece.

Preferably, the adjusting piece is arranged in a formed in the band fastening body, at least partially enclosed chamber and mounted therein movable independently in at least two different directions. This allows a particularly space-saving constructed band part. Furthermore, this allows the adjusting piece to be mounted in a particularly simple manner on the band fastening body, which is advantageous in particular for the transport and assembly of the fastening body and / or the hinge plate. Preferably, the adjusting piece can be displaced in the direction of the longitudinal extent of the fastening body, that is to say essentially parallel to the pivot axis. For this purpose, the adjusting piece in the direction perpendicular to the pivot axis and parallel to the mounting plane with two of its side walls abut surface on the side walls of the chamber of the mounting body. Thereby, a displacement or displacement of the adjusting piece in the direction substantially parallel to the pivot axis allows and be prevented in the direction perpendicular to the pivot axis and parallel to the mounting plane, so that in the direction perpendicular to the pivot axis and parallel to the mounting plane forces, in particular tilting or weight forces of an the hinge flap attached door leaf, over a relatively large area in a particularly advantageous manner in the band fastening body and ultimately in a frame or wing profile can be initiated. For this purpose, the jus- animal piece advantageously be surrounded by six, at least partially formed side walls. As a result, the band part is also suitable for use on particularly heavy doors or gates. The adjusting piece can for example already be used by a manufacturer in the fastening body and stored there. In this case, the adjusting piece can be supported on at least one inner wall of the chamber or arranged to be clamped within the chamber.

Preferably, the adjustment piece has a contact surface having the Jus- animalstückabschnitt, which extends from the chamber by a formed on the band fastening body recess in the direction of the band attachment leg. As a result, the main body of the adjusting piece can be arranged inside the chamber and only an adjusting piece portion having the contact surface on an outer side of the band fastening body, so that the band part is constructed particularly space-saving.

Preferably, the chamber has an opening which is at least partially closed by means of a lid. As a result, for example, the adjusting piece can be inserted through the opening in a particularly simple manner into the chamber and secured against falling out. For example, the cover can close an opening arranged on a side of the fastening body facing the frame or sash profile. The lid may have a side wall facing the chamber, in particular a rear wall on which the adjusting piece can be supported. Further, in this and / or another suitable side wall of the chamber may be formed at least one slot-shaped recess in which the adjusting piece, for example, with a guided in the recess projection, such as a protruding pin, is slidably mounted. Preferably, grooves or grooves are formed on the contact surface and / or on the counter-contact surface. As a result, a permanently secure and positionally accurate fixing of the hinge strap with respect to the band fastening body can be ensured. In particular, slippage of the components relative to one another can be avoided by increased roughness between the contact surface and the counter-contact surface. Particularly preferably, the grooves or grooves are aligned in their longitudinal extent parallel to the pivot axis. Particularly preferred is the feasible by means of the mounting tool adjustment of the hinge strap relative to the band fastening body in the direction perpendicular to the pivot axis. Consequently, the hinge flap can preferably be arranged in freely selectable and predetermined by the groove arrangement position positions relative to the band fastening body, in particular a formed on the contact surface elevation can be arranged in a recess formed on the counter-bearing surface. As a result, in particular slippage of the hinge strap relative to the strap fastening body in the direction perpendicular to the pivot axis can be avoided.

The band fastening leg can preferably be applied and fastened to the contact surface in certain positions in the direction perpendicular to the pivot axis and parallel to the fastening plane with respect to the band fastening body and / or with respect to the adjusting piece. The individual positions can be predetermined in particular by the formation of the grooves or grooves. As a result, slipping, tilting or tilting of the hinge strap relative to the strap fastener body can be avoided.

Preferably, at least one oblong hole is formed on the band attachment leg, through which a fastening means for indirectly or directly attaching the band attachment leg to the band attachment body extends. As a result, the band fastening leg or the band tab can advantageously be displaced or displaced in the direction of the longitudinal extent of the elongated perforation-even when the fastening means are used-for adjustment with respect to the band fastening body. Preferably, a first adjusting screw is provided, which is arranged eccentrically to the abutment surface, and with a formed on the band fastening body or on the adjustment piece in engagement, and with a free end, in particular with a screw head, the band tab abuts such that during Turning the screw the pivot axis substantially perpendicular to the mounting plane, especially in a vertical direction of the pivot axis in the horizontal direction, parallel, in particular while maintaining the orientation of the pivot axis, can be pivoted or displaced in a circular motion. In combination with the first adjusting screw, at least one fastening screw is preferably additionally provided which pretensions the hinge flap in a direction parallel to the first adjusting screw from the pivot axis lying parallel plane in the direction of the Justierstücks or mounting body. As a result, a levering or pivoting of the hinge strap, in particular of the hinge part, substantially around a rotation axis in the direction away from and towards the strap fastening body is made possible in a particularly simple manner. In particular, the usually substantially vertically oriented pivot axis can be displaced substantially horizontally in such a way that, for example, a door located on the hinge flap has an increased or reduced contact pressure directed towards the door frame in the region of a side opposite the hinge flap. To realize a space-saving band part as possible, the thread formed on the adjusting piece can be arranged to receive the first adjusting screw, in particular on a flange formed on the adjusting piece. Preferably, the screw head of the first adjusting screw is mounted on the hinge strap such that when the first adjusting screw is turned, the strap part is made possible alternately both in the direction away from and towards the strap fastening body. Of course, the first adjusting screw may alternatively engage with a thread formed on the hinge tab and abut with a free end or alternatively with a threaded portion on the band fastening body or on the adjusting piece.

Particularly preferably, the hinge tab is mounted displaceably relative to the first adjusting screw in the direction perpendicular to the pivot axis and parallel to the mounting plane. For example, a slot or groove extending in the direction perpendicular to the pivot axis is formed on the hinge plate, through which the first adjusting screw extends or in which the first adjusting screw is mounted. As a result, the hinge plate - regardless of an adjustment of the pivot axis by means of the first adjusting screw - be adjusted in the direction perpendicular to the pivot axis and parallel to the mounting plane relative to the band fastening body. This is also the at least one for biasing the hinge strap on the Justierstück or the fastening body provided fastening screw on the hinge plate in a slot or groove with a longitudinal extent in the direction perpendicular to the pivot axis. Particularly preferably, the first adjusting screw is displaceably mounted with its screw head in a groove formed on the hinge flap, in particular in a C-shaped groove. As a result, a particularly compact and inexpensive construction of the hinge part is made possible. Preferably, a second adjusting screw and a third adjusting screw are provided, which are respectively arranged at opposite ends and a preferably equal distance from the pivot axis ends of the adjusting piece, in particular at the ends in longitudinal extension, and in each case with a thread formed on the adjusting piece engage and each with at least one free end on at least one side wall of the chamber, in particular on an inner front and / or rear wall of the chamber, can be brought into abutment such that upon rotation of the second adjusting screw and / or third adjusting screw, the adjusting piece relative to the band fastening body can be displaced in the direction perpendicular to the mounting plane and / or tilted. As a result, the hinge flap fixed to the adjusting piece can be displaced or tilted in a direction perpendicular to the fastening plane; in particular, a door leaf mounted on the hinge flap can be offset in a particularly simple manner in the horizontal direction or tilted about a horizontal axis lying in the fastening plane, in particular for adjustment a height positioning or horizontal adjustment of the hinge tab opposite side of the door, in particular a door lock. Particularly preferably, the side wall, on which the second and / or third adjusting screw is applied, is arranged on a cover closing the chamber or on the profile. As a result, the band part can be made particularly compact. For storage of the second and / or third adjusting screw and ultimately also of the adjusting piece, the screws can each be displaceably mounted with their screw head in a groove formed on the band fastening body. The groove preferably extends in the longitudinal extent of the fastening body, that is, substantially parallel to the pivot axis. For operating the second and third components arranged inside the chamber of the fastening body The adjusting body has at least in the region of the respective screw head of the second and third adjusting screw each a preferably elongated recess, in particular a slot. Advantageously, this slot is each chosen so large that a free end of a screwdriver for operating the second and third adjusting screw can engage through the perforation. It should be understood, of course, that the second adjusting screw and / or the third adjusting screw alternatively engage respectively with a thread formed on the fastening body and can abut with a free end on the adjusting piece.

Preferably, at least a fourth adjusting screw and optionally a fifth adjusting screw are provided which are each in engagement with a threaded sleeve formed on the fastening body and in each case with a free end on the mounting leg and / or on the adjusting piece are brought into abutment such that when turning the fourth adjusting screw and / or fifth adjusting screw of the fastening legs and / or the adjusting piece can be displaced along the pivot axis. As a result, for example, the adjustment piece mounted so as to be displaceable by the side walls of the chamber of the fastening body in the direction substantially parallel to the pivot axis can be displaced in a particularly simple manner in this direction. Particularly preferably, the fourth adjusting screw arranged substantially vertically in an assembled state of the hinge strap bears against the adjusting piece with an upper end. As a result, the adjusting piece, which presses against the fourth adjusting screw due to gravity, can be displaced in a particularly simple manner. The fifth adjusting screw is preferably in a mounted state of the band with a lower end of the adjusting piece, so that the adjusting piece between the fourth and fifth adjusting screw can be biased or stored without play. Preferably, a separate fastening screw is additionally provided for at least temporary fixing of the adjusting piece to the fastening body. The fastening screw makes it possible in particular to fix the adjusting piece during transport and before and during assembly of the band fastening body to the wing or frame profile. Furthermore, by means of the fastening screw compensation of play of the adjusting piece in the band fastened body realized in operation of the hinge flap in a particularly cost-effective manner.

An exemplary embodiment of the invention will be explained in more detail below with reference to the figures. They show schematically:

Figure 1 - a perspective view of a hinge part according to the invention in an exploded view; Figure 2a - the band part of FIG. l in the assembled state;

FIG. 2b shows the band part according to FIG. 1 in a first adjustment state; and

FIG. 2 c shows the band part according to FIG. 1 in a second adjustment state.

FIG. 1 shows an embodiment of the band part 100 according to the invention for attachment and adjustment to a frame or wing profile 5. For example, the frame profile 5 is formed on a door frame, not shown, on which a door, not shown, by means of the hinge strap 1 is to be mounted pivotably. For this purpose, a fastening body 2 is immovably fixed in a manner known per se in a fixing plane E spanned by a y- and a z-axis on the profile 5, in particular in a recess or open groove 51. On the fastening body 2, the hinge flap 1 is fixed via a fastening device 20, wherein the tape lapping 1 for adjusting the door leaf relative to the tape fastening body 2 can be advantageously adjusted in three directions.

The hinge flap 1 has at least one hinge part 10 defining a pivot axis S and an adjoining strip fastening leg 11. The pivot axis S is aligned in the assembled state of the hinge flap substantially in a vertical direction, in this case parallel to the y-axis. In the present case, the band fastening leg 11 has a planar structure extending in the direction away from the hinge part 10 and having a plurality of individual sections connected by arcs and arranged at an angle to one another, individual sections in each case being used for the embodiment an additional contact surface of the hinge strap 1 can serve on the profile 5. Furthermore, the band fastening leg 11 comprises a plurality of perforations or recesses, such as the slot-shaped recesses 12a and 12b, through which a fastening means, for example a fastening screw 77a, 77b, extends for fastening the band tab 1 to the band fastening body 2, so that the band tabs 1 can be fixed to the band attachment body 2 and thus ultimately on the profile 5.

In the present case, the band fastening body 2 is designed as a support structure which has a chamber 21 and has a shape corresponding to the recess 51 of the profile 5 at least on two opposite sides, in particular the longitudinal sides. Thereby, the band fastening body 2 can be inserted into the recess 51 and fixed in a known manner to the profile 5, for example by means of engaging behind a profile wall arranged adjacent to the recess 51. In this case, the band fastening body 2 rests against the profile 5 in the fastening plane E, wherein, in parallel with the fastening plane E, ultimately the band fastening leg 11 can also be secured to the band fastening body 2. For this purpose, a contact surface 60 is provided in the fastening plane E or substantially parallel to the fastening plane E, on which the band fastening leg 11 can be applied with a corresponding counterboring surface 16 and can be fastened directly or indirectly to the band fastening body 2. In the present case, the contact surface 60 is formed on an adjusting piece 3, which is fixed to the band fastening body 2. In the present case, the adjusting piece 3 is designed as a separate, relatively solid, elongated component, which is arranged in the mounted state within the chamber 21 of the band fastening body 2. The adjusting piece 3 is preferably inserted at the manufacturer side on a side of the fastening body 2 facing the profile 5 in the assembled state, in particular on a rear side wall through an opening or recess 26 into the chamber 21. For this purpose, first the second adjusting screw 72 and the third adjusting screw 73 are respectively aligned with the threaded free end 721, 731 in the direction of the adjusting piece 3 and each with its screw head 722, 732 in one of the band fastening body 2 - for example in the direction parallel to the pivot axis S - in particular C-shaped groove 28a, 28b inserted ben. Subsequently, the adjusting piece 3 is inserted into the chamber 21 with simultaneous engagement and partial screwing of the free ends 721, 731 of the adjusting screws 72, 73 with the threaded bores 33a, 33b provided on the adjusting piece 3 in each case in one end region 32a, 32b. Subsequently, the recess 26 of the chamber 21 is also preferred manufacturer closed by a cover 22 by means of fastening screws 78 a and 78 b, so that the adjusting piece 3 - for example, in a subsequent transport - can not fall out of the chamber 21. The adjusting piece 3 is thus mounted so as to be movable independently of one another in the chamber 21 in at least two different directions, in this case 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 abutment of two longitudinal sides 35a, 35b of the adjusting piece 3 on an opposite side surface 27a, 27b of the band fastening body 2 or by engagement of a projection, not shown here of the adjusting piece 3 in a recess 22a, 22b formed on the cover 22, in particular on a side wall 22c. For example, for a transport of the band part 1, the adjusting piece 3 may be at least temporarily additionally fixed inside the chamber 21 relative to the band fastening body 3, for example by the fastening screw 76.

On a side facing the band fastening leg 11, the adjusting piece 3 has an adjusting piece section 30 extending outwardly from the chamber 21 through a recess 23 formed on the band fastening body 2 in the direction of the band fastening leg 11, on which the contact surface 60 is formed. Also extending through the recess 23 is a projection 36 formed on the adjusting piece 3. On the contact surface 60, in the present case, grooves or grooves extending in the longitudinal extent of the adjusting piece 3 or aligned parallel to the pivoting axis S are formed. At this abutment surface 60, the band attachment leg 11 can be applied with a corresponding counter abutment surface 16; in particular, the grooves or grooves correspondingly formed on the abutment surface 16 can each be brought into engagement with an indentation in a depression formed on the abutment surface 60. This may increase the possibility of Schens of the hinge flap 1 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, are reduced. For a preferably also held on the manufacturer side fastening of the hinge strap 1 on the band attachment body 2 or to the located in the mounting body 2 Justierstück 3 is first the first adjustment screw 71 with its screw head 711 in one of the band attachment leg 11 - for example, in the direction perpendicular to the pivot axis S and parallel to the fastening plane E, in the present case in the z-direction, - in particular C-shaped groove 13 is inserted. The first adjusting screw 71 and the groove 13 are in particular adjacent or arranged eccentrically to the contact surface 60. The slot-shaped recess 14 additionally formed in the region of the screw head 711 serves for the possibility of operating the screw 71 which can be arranged in various positions in the z-direction. Subsequently, the hinge lug 1 is under simultaneous engagement of the first adjusting screw 71 with a threaded hole provided on the adjusting piece 3 31 displaced in the direction of the adjusting piece 3 until the counter-bearing surface 16 of the hinge strap 1 rests against the contact surface 60 of the adjusting piece 3. Afterwards, the band attachment tamper! 11 fixed by means of the arranged in the region of the contact surfaces 16, 60 fixing screws 77a, 77b under the engagement of the formed on the two contact surfaces 16, 60 grooves or grooves on the adjusting piece 3. Subsequently, 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 band member 100 may hereby be completed.

After mounting the strap part 100 to the profile 5, an adjustment can be made according to the following example:

In an adjustment, for example, one of the hinge flap 1 rotatably mounted door opposite a profile 5 having door frame, an adjustment of the door in the z-direction, in particular for adjusting a door contact pressure, by means of a mounting aid 4 for levering or moving the hinge flap opposite the band fastening body 2 in a particularly done in a simple way. For this purpose, the assembly aid 4, for example a screwdriver or a rod, can be guided in a first position 101 by a material cutout 17 formed on the hinge flap 1 in the region of the counter-contact surface 16 into a corresponding material recess 61 formed on the contact surface 60. The assembly aid 4 is in this case aligned substantially perpendicular to the mounting plane E and lies with a free end on the bottom of the material recess 61, as shown in Figure 2a. 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 configured as desired, in particular the first section 40 is formed corresponding to the material recesses 17 and 61.

After a partial loosening of the fastening screws 77a, 77b and / or the first adjusting screw 71, and a resulting mutual mutual engagement bring the formed on the contact surfaces 16 and 60 grooves or grooves, the hinge tab 1 relative to the band fastening body 2 in Direction perpendicular to the pivot axis S, in this case in the z-direction, be displaced by means of the mounting aid 4 in a particularly reduced force manner. For this purpose, the mounting aid 4 located in the material recesses 17 and 61 can be pivoted relative to the vertical alignment with the fastening plane E, in particular in the z-direction, so that the mounting aid 4 comes into contact with the side flanks of the material recesses 17 and 61. In a further pivoting of the mounting tool 4, the hinge tab 1 by the leverage against the tape fastening body 2 in the direction perpendicular to the pivot axis S, for example, toward the hinge part 10 in a position 102, as shown in Figure 2b, or in the direction away from the hinge part 10 to a position 103 as shown in Fig. 2c. In this case, the screw head 711 of the first adjusting screw 71 in the receiving groove 13 and in each case the shank of the fastening screws 77a, 77b slide in the slot 12a or 12b in the direction perpendicular to the pivot axis S. During a subsequent tightening of the fastening screws 77a, 77b and / or the first adjusting screw 71 reach the on the abutment surface 60 and counter-abutment surface 16 formed grooves or grooves to increase the locking of the hinge strap 1 on the band fastening body 3 again in mutual engagement. As a result, the band fastening leg 11 can be fastened, relative to the band fastening body 2, optionally in a specific, predefined position 101, 102, 103 in the direction perpendicular to the pivot axis S and parallel to the fastening plane E on the contact surface 60.

For adjusting the hinge strap 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 are in each case with their thread 721, 731 via a mating thread 33a, 33b with the adjusting piece 3 and with its screw head 722, 732 via the groove 28a, 28b with the band fastening body 2 into engagement. In a rectified rotation of the second and third adjusting screw 72, 73, the adjusting piece 3 is displaced together with the band tab 1 arranged thereon substantially in the direction perpendicular to the mounting plane E. In an opposite rotation of the second and third adjusting screw 72, 73, the adjusting piece 3 is tilted together with the tape tab 1 arranged thereon relative to the band fastening body 2.

For adjusting the hinge strap 1 in the y-direction, in particular for the vertical displacement of the door leaf relative to the door frame, the fourth adjusting screw 74 and the fifth adjusting screw 75 are provided. The fourth and fifth adjusting screws 74, 75 are each in threaded engagement with the band fastening body 2 via a mating thread formed on the threaded sleeves 24, 25, and lie in each case with their free end 741, 751 on the projection projecting through the recess 23 36 of the adjusting piece 3 at. In an opposite rotation of the fourth and fifth adjusting screw 74, 75, the adjusting piece 3 is displaced together with the hinge flap 1 disposed thereon within the chamber 21 relative to the band fastening body 2 in the direction parallel to the pivot axis S in the y direction. In order to enable this displacement, the second adjusting screw 72 and the third adjusting screw 73 are respectively displaceably mounted with their screw head 722, 732 in a groove 28a and 28b formed on the band fastening body 2, in particular in the direction substantially parallel to the pivot axis S. It should be understood that the scope of the present invention is not limited to the described embodiments. In particular, the construction of the band fastening body, the adjusting piece and the band flap as well as the arrangement and alignment of the adjusting screws can be modified without altering the essence of the invention.

LIST OF REFERENCES:

1 hinge flap

 2 fixing bodies

 3 adjustment piece

 4 assembly tools

 5 profile

 10 hinge part

 11 tape attachment legs

 12a slotted hole

 12b slotted hole

 13 groove

 14 recess

 16 counter-investment area

 17 recess

 20 fastening device

 21 chamber

 22 lids

 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 adjusting 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 advantage

 40 intervention means

 41 handle

 51 recess

 60 contact surface

 61 recess

 71 first adjusting screw

 72 second adjustment screw

73 third adjusting screw

 74 fourth adjusting screw

 75 fifth adjustment screw

 76 fixing screw

 77a fixing screw

 77b fixing screw

 78a fixing screw

 78b fixing screw

 100 band part

 101 first position

 102 second position

 103 third position

 711 free end, screw head

721 first end

 722 second end, screw head

731 first end

 732 second end, screw head

741 free end

 751 free end

 S pivot axis

 E attachment level

Claims

 claims: Band part (100) for attachment and adjustment to a frame or sash profile (5), with  - A hinge flap (1) having at least one pivot axis (S) defining hinge part (10) and an adjoining band attachment leg (11), and  - A band attachment body (2) which is fixable in a mounting plane (E) on a frame or wing profile (5), wherein  - For fastening the hinge flap (1) on the band attachment body (2) a fastening device (20) is provided with a contact surface (60) on which the band attachment leg (11) with a corresponding counter-contact surface (16) can be applied and directly or indirectly to the band attachment body (2) is attachable, characterized in that in the region of the contact surface (60) and the counter-contact surface (16) in each case a mutually correspondingly arranged material recess (61, 17) is formed, into which a mounting aid (4) for levering or moving the hinge flap (1) relative to the band fastening body (2) can be used. Band part according to claim 1, characterized in that the abutment surface (60) is arranged on a separately formed adjusting piece (3) which can be fixed to the band fastening body (2). Belt part according to claim 2, characterized in that the adjusting piece (3) in a in the band fastening body (2) formed, at least partially enclosed chamber (21) is arranged and therein in at least two different directions (x, y, z) independently movable is stored. A belt part according to claim 3, characterized in that the adjusting piece (3) has an adjusting piece section (30) which has the contact surface (60) and which extends from the chamber (21) by a strap attached to the belt. extending body (2) formed recess (23) in the direction of the band attachment leg (11). 5. hinge part according to one of claims 3 or 4, characterized in that the chamber (21) has an opening (26) which by means of a lid (22) is at least partially closed. 6. hinge part according to one of the preceding claims, characterized in that on the contact surface (60) and / or on the Gegenanlageflä- che (16) grooves or grooves are formed. 7. hinge part according to claim 6, characterized in that the grooves or grooves are aligned in their longitudinal extent parallel to the pivot axis (S). 8. Band part according to one of the preceding claims, characterized in that the band fastening leg (11) relative to the band fastening body (2) and / or with respect to the adjusting piece (3) optionally in certain positions (101, 102, 103) in the direction perpendicular to the pivot axis ( S) and parallel to the mounting plane (E) on the contact surface (60) can be applied and fastened. 9. band part according to one of the preceding claims, characterized in that on the band attachment leg (11) at least one slot (12a, 12b) is formed, through which a fastening means (77a, 77b) for indirectly or directly attaching the band attachment leg (11) extends on the band fastening body (2). 10. Band part according to one of the preceding claims, characterized in that a first adjusting screw (71) is provided, which is arranged eccentrically to the contact surface (60), and with one on the band fastening body (2) or on the adjusting piece (3) Thread (31) is engaged, and with a free end (711) on the hinge tab (1) such that when turning the first adjusting screw (71) the pivot axis (S) can be pivoted substantially parallel. 11. Band part according to claim 10, characterized in that the hinge tab (1) relative to the first adjusting screw (71) is mounted displaceably in the direction perpendicular to the pivot axis (S) and parallel to the mounting plane (E). 12. Band part according to one of claims 10 or 11, characterized in that the first adjusting screw (71) with its screw head (711) in a on the hinge tab (1), in particular C-shaped groove (13) is slidably mounted. 13. Band part according to one of claims 3 to 12, characterized in that a second adjusting screw (72) and a third adjusting screw (73) are provided which are respectively arranged at opposite ends (32 a, 32 b) of the adjusting piece (3), and in each case engage with a thread (33a, 33b) formed on the adjusting piece (3) and in each case engage with at least one free end (721, 731) on at least one side wall (22c) of the chamber (21) in that when rotating the second adjusting screw (72) and / or the third adjusting screw (73), the adjusting piece (3) can be displaced and / or tilted relative to the band fastening body (2) in the direction perpendicular to the fastening plane (E). 14. Band part according to one of the preceding claims, characterized in that at least a fourth adjusting screw (74, 75) is provided, which with a on the fastening body (2) formed threaded sleeve (24, 25) is engaged, and with a free end (741, 751) can be brought into abutment on the band fastening leg (11) and / or on the adjusting piece (3) in such a way that, when the fourth adjusting screw (74, 75) is rotated, the band fastening leg (11) and / or the adjusting piece (3) along the pivot axis (S) can be moved. Band part according to one of claims 2 to 14, characterized in that for the at least temporary fixation of the adjusting piece (3) on the fastening body (2) in addition a separate fastening screw (76) is provided.