DE202007006349U1 - belt assembly - Google Patents

Abstract

Band arrangement (100, 200, 300),
with a band (5) for the hinged connection of a wing (1) of a door, a window or the like to a frame (3),
and at least one securing pin (32) provided either on the frame (3) or on the wing (1) and in the closed state of the wing (1) in one of the wing (1) or on the frame (3) provided opening (33) engages,
characterized,
in that an adjusting device (19), by means of which the band (5) is displaceable relative to the wing (1) and / or the frame (3), is provided, and
in that a perforated diaphragm (36, 236, 336) covering the opening (33) is provided, which comprises at least one hole (42) with a hole cross-section which is approximately complementary to the outer cross-section of the securing pin (32) and which is arranged such that in a displacement of the band (5) relative to the wing (1) and / or the frame (3) with respect to the securing pin ...

Description

The The invention relates to a band assembly with a hinged hinge Connection of a wing, a door, a window or the like on a frame, and with at least one securing pin, which is provided either on the frame or on the wing is in the closed state of the wing in a the wing or on the frame provided opening engaging.

Around To increase the burglary security, it is well known a pivotable about a hinge axis on a fixed frame hinged wing against lifting on the side of the hinge axis Secure in the closed state by either the frame or on the wing securing pins are provided, in the closed state of the wing in this provided openings, which accordingly either the wing or on the frame are arranged to intervene. Is now trying in the closed state of the wing, this, for example, by displacement in the direction of the hinge axis, in other words: to remove by hanging out, so that is maximum distance over which the wing heads towards the Hinge axis can be shifted by the play of the pin limited in the recess.

Such an arrangement is for example from the DE 200 00 299 U1 known. In this arrangement, the pins are formed by projecting heads of fastening screws for fastening the leaf hinge part of the band to the wing, which protrude into recesses in the frame in the closed state of the wing.

adversely is in this arrangement, that a displacement of the tape relative to the frame or relative to the wing in order to adjust the Wing in the frame not provided and not possible is because the position of the openings relative to the Securing pin would change, so the latter would collide against the opening edge and thus closing the grand piano is no longer possible would.

Of the Invention is based on the object to remedy this situation and develop a generic band arrangement in such a way that with her an adjustment of the wing in the frame is possible. In this case, the optical appearance of the band assembly not be deteriorated.

These The object is achieved by the reproduced in claim 1 band arrangement solved.

Thereby, that according to the invention an adjusting device is provided, by means of which the band relative to the wing and / or is displaceable to the frame, can be an adjustment of the wing done in the framework. The openings in which the at least a securing pin engages, then must be chosen so large be that even in a position that is the maximum adjustment path does not match the safety pins with the edges preventing a closing of the wing from colliding. They must therefore be considerably larger as the outer cross section of the securing pin.

Around the associated deterioration of the band assembly to avoid caused visual appearance, has the inventive Band arrangement on a pinhole, which covers the opening. The hole cross section is approximately complementary to the outer cross section formed of the securing pin. The pinhole is arranged such that they relocate the band relative to the wing and / or fixed to the frame with respect to the securing pin remains. Because of this measure is for one Viewer of further developed by the invention generic band the optical appearance not deteriorates, because for him only the hole of the pinhole is recognizable and the diameter of the opening hidden remains. Besides the improvement of the optical appearance is due the pinhole avoided that in the closed state of the wing through gaps between the outer cross section of the locking pin and the opening larger Pollution particles penetrate into the opening. This is of particular advantage when the opening consists of a kind of blind hole. Because a penetration of larger Particles would open after an interim opening of the wing, the remaining opening volume so can greatly reduce that reintroduction the locking pin blocked in the opening and thus prevents reclosing of the wing would.

In order to the pinhole with a displacement of the tape relative to the wing and / or fixed to the frame with respect to the securing pin remains, provides a preferred development of the invention, the pinhole form-fitting with a fastening part to connect a band part. This is the attachment part of that band part on the side of the wing / frame assembly is attached, on which also the at least one opening located. It is particularly preferred if this band part is the frame band part is, d. H. the securing pins are attached to the wing.

In a further preferred embodiment of the band arrangement according to the invention, the adjusting device has means with which the fastening part of the frame hinge part relative to its mounting surface on the frame displaced is.

constructive This can be in a band assembly, wherein the fastening part by means of it passing fasteners on the frame or attached to the wing, be realized by at least a stud is provided in a threaded hole the fastening part rests and acts against the shank of the fastening transmission member. The fastening member then has the fastening part with a Enforce adjustment enabling game.

at the attachment member may be a screw whose Thread is adapted to the material in which it is to engage. In particular, self-tapping or machine threads be provided.

at a very preferred because there are more adjustment options the wing in the frame permitting embodiment the band assembly according to the invention is the securing pin formed by the head of a guide member, on which the fastening part a band portion arranged perpendicular to the hinge axis displaced is. Due to this measure may be an adjustment of the band on the side of the securing pin also perpendicular to the mounting surface take place, so that in a band whose fastening parts to the in the closed state of the wing facing each other Sides are attached, the gap between frame and Wing can be adjusted.

Around Make sure the locking pin when swinging the wing around the hinge axis with the smallest possible diameter the hole of the pinhole, it is an advantage if the safety pin cone-shaped with to its free End decreasing diameter is formed.

Further It is advantageous if the securing pin at least one radial projection includes, because of this measure the probability is that when trying to pry out the wing the undercut surface formed by the radial projection with the opening edge in positive engagement arrives, which makes it difficult to pry the wing again.

The opening can - particularly preferably - from a cup-shaped Be formed use. This is particularly useful when the specific ones, when attempting to pry out on the opening wall acting forces should be reduced because - for example as with wood - the material limiting the opening tends to break out, or if the opening in a wall a hollow profile is formed, the interior of which through the opening should not be accessible.

If - how particularly preferred - the pinhole between the fastening part and the attachment side is arranged and made of an insulating Material exists, can with the help of the pinhole immediately training of cold spots between the profile and the band be avoided.

In the drawing is an embodiment of the invention Band arrangement shown. Show it:

1 a first preferred embodiment of a band assembly according to the invention in a perspective exploded view;

2 a view II in 1 in the assembled state of the band assembly in a first adjustment position (partial);

3 - Partial - the arrangement according to 2 in a longitudinal section along section line III-III in 2 ;

4 a representation of the same embodiment in one 2 corresponding view in a second adjustment position;

5 - Sectional - a view according to section line VV in 4 ;

6 the frame-side part of a second preferred embodiment of a band assembly according to the invention in a perspective exploded view and

7 the frame-side part of a third preferred embodiment of a band assembly according to the invention in one 6 corresponding representation.

The in the 1 to 5 illustrated band arrangement 100 serves the hinged about a hinge axis S hinged connection of a wing 1 of which only one section of his profile 2 is shown on a frame 3 from which in turn only a section of his profile 4 is drawn.

The band arrangement 100 includes a band 5 , which is designed as a so-called three-piece roller belt. It includes a frame hinge part 6 with a fastening part 7 , by means of which the frame hinge part 6 at one of the wings 1 facing mounting side 8th of the profile 4 of the frame 3 attachable. For this purpose, two mounting screws are spaced from each other in the direction of the hinge axis S 9 intended. You have a self-tapping, to the profile 4 adapted external thread 10 and a Length up, so that when screwed in several walls of the profile 4 enforce and so holding forces both in the the fastening side 8th forming profile wall 11 , as well as in another profile wall 12 initiate (see in particular 3 and 5 ).

Every mounting screw 9 has a blind hole 13 on, at the sole area a hexagon socket 14 for applying a turning tool for screwing the mounting screw in the profile 4 is provided. From the hexagon socket 14 to the on the attachment side 8th located end of the mounting screw 9 extends an internal thread 15 , which is complementary to the external thread 16 a fixing screw 17 is trained. The latter passes through the fastening part 7 of the frame hinge part 6 in a slot-shaped opening 18 whose longitudinal direction extends parallel to the hinge axis S.

To relocate the tape 5 relative to the profile 4 of the frame 3 serves an adjustment 19 one from the top to the top slot 18 opening tapping 20 includes. The threaded hole serves to receive a provided with a complementary external thread stud 21 , Which comprises at its upper end face a means for applying a rotary tool, for example a hexagon socket. As in particular in 3 and 5 can be seen, rests the lower end of the stud 21 on the outer circumference of the fastening screw 17 , A shift of the frame hinge part 6 relative to the profile 4 can now be done by the stud 21 after slight loosening of the fixing screws 17 in the threaded hole 20 is shifted by twisting.

To the attachment part 7 of the frame hinge part 6 are in the direction of the hinge axis S spaced from each other two frame hinge parts 22 formed. Between the mutually facing sides of the frame hinge parts 22 is under insertion of sliding washers 23 the wing hinge part 24 of the wing hinge part 25 by means of one of the hinge parts 22 and 24 in through holes passing through the hinge pin 26 hinged around the hinge axis S.

The wing hinge part 24 of the wing hinge part 25 is on a mounting part 27 formed. As in particular in 3 and 5 is recognizable, is the fastening part 27 with the help of management members 28 of which in the 3 and 5 only the top is recognizable, on the profile 2 of the grand piano 1 appropriate. The guide members 28 Using one of the mounting screw 9 corresponding mounting screw 29 on the profile 2 are fastened, have a cylindrical guide surface 30 a length greater than the thickness of the attachment part 27 is. The fastening part 27 includes for each leader 28 a complementary guide surface 31 so that the fastening part 27 and thus the wing hinge part 25 on the guide surface 30 in a direction perpendicular to the hinge axis S in order to adjust the gap between the wing and frame is displaced.

The effect of the displacement and fixation in an adjustment position is an unrecognizable in the drawing drive, one in the longitudinal direction in the mounting part 27 fixedly mounted adjusting screw, which in one on the profile 2 provided thread, for example, by a mounting screw 29 can be trained, engages.

The guide members 28 point to their profile 4 directed side over the guide surface 30 protruding securing pin 32 whose length is such that it is in the closed state of the wing 1 in one in profile 4 provided opening 33 protrudes. The safety pin 32 has a conically tapering outer contour to its free end outer contour with two radial extensions 34 on.

The opening 33 is from a cup-shaped insert 35 educated.

Through the engagement of the securing pin 32 in the opening 33 in the closed state of the wing is an unauthorized opening of the wing, for example, by expelling the hinge pin 26 from the hinge parts 22 . 24 prevented. To an adjustment of the wing 1 in the frame 3 with the help of the adjustment 19 To be able to effect, the inner diameter of the opening must be 33 by the adjustment greater than the outer diameter of the opening 33 protruding part of the securing pin 32 be.

To improve the visual impression and to avoid that in the opening due to the large distance between the opening edge and the safety pin contaminants 33 can penetrate, is a pinhole 36 intended. It corresponds in its surface area substantially the dimensions of the fastening part 7 of the frame hinge part 6 but in the attachment part 7 of the frame hinge part 6 provided section 37 for pivoting the fastening part 27 of the wing hinge part 25 from a plate-shaped, slightly raised area 38 , in the thickness direction of the fastening part 7 slightly in the neckline 37 protrudes, on the side of the attachment side 8th is covered. The edge of the raised area 38 is designed to be at the edge of the detail 37 is applied, so that when a shift of the frame hinge part 6 with the help of adjustment 19 the pinhole 36 is taken.

For additional positioning are on the frame hinge parts 22 facing edge of the pinhole 36 bends 39 provided in order to simplify the positioning of the pinhole 36 roughly complementary grooves 40 in the attachment part 7 are insertable.

The pinhole 36 points to the throughput of each fixing screw 17 a recess 41 on. This is chosen so large that the displacement of the frame hinge part 6 in the direction of the hinge axis S is not hindered.

It is also in the area 38 for each safety pin 32 a hole 42 provided, the hole cross section is approximately complementary to the outer cross section of the securing pin 32 and its hole diameter only slightly larger than the outer diameter of the securing pin 32 is trained.

The 2 and 3 show the described embodiment of the band assembly according to the invention 100 approximately in an adjustment center position in the direction of the hinge axis S, in which the fastening screws 17 approximately in the middle of the slot-shaped openings 18 are located. Accordingly, there is also the safety pin 32 in the middle of the opening 33 ,

In the in the 4 and 5 position shown was by means of the adjustment 19 by unscrewing the stud 21 the frame band part 6 and with it the whole band 5 relative to the profile 4 of the frame 3 shifted down. The fixing screws 17 are now at least approximately at the upper edges of the slot-shaped openings 18 at. The safety pins 32 are in the opening 33 wandered down. This shift of the band 5 relative to the profile 4 is not visible from the outside, because on the one hand the mounting screws 17 at the bottom of her head a radial projection 43 include the associated breakthrough 18 completely covered and the pinhole by the means of the area 38 and the bends 39 created positive connection with the fastening part 7 of the frame hinge part 6 is taken in the relocation.

In 6 is the frame-side part of a second embodiment 200 a band according to the invention in one 1 corresponding view shown. The reproduction of the wing-side parts of the band has been omitted since they correspond to those of the first embodiment. Reference is made to the above description for avoidance of repetition.

following are intended only to the differences of this second embodiment to the first embodiment described above become.

In this second embodiment has been to the use of inserts 35 waived. The openings 33 into which the in 6 not shown securing pin engage with the wing closed, are perforations in the profile 4 educated. The pinhole 236 is no longer between the fastener 7 of the frame endband part 6 arranged, but on the wing, not shown, the outside facing the fastening part 7 screwed. For this purpose, the pinhole 236 breakthroughs 218 on whose cross section that of the breakthroughs 18 in the attachment part 7 corresponds and in the assembled state of the pinhole 236 with the breakthroughs 18 to be in cover. The definition of the pinhole 236 done with the help of the fixing screws 17 passing through the breakthroughs 218 and 18 in the internal thread 15 the mounting screws 9 be screwed.

So that the fastening part of in 6 not shown wing hinge part in the closed state of the wing against the pinhole 236 abuts and thus prevents complete closing of the wing is the center area 238 opposite the edge areas 244 the pinhole offset, so that its the profile 4 facing side in the assembled state at least almost on the mounting side 8th of the profile 4 is applied.

The middle area 238 is with the border areas 244 about bends 245 integrally connected. The facing outer surfaces of the bends 245 have a distance that is slightly smaller than the clear width of the cutout 37 of the fastening part, so that an at least almost jamming-free insertion of the central region 238 is made possible with simultaneous positioning in the direction of the hinge axis S.

This in 7 in a 6 corresponding view illustrated third embodiment 300 a band according to the invention that, unless otherwise described below, the first embodiment shown above 100 corresponds, points in the attachment part 7 of the frame hinge part 6 one of the mounting side 8th facing back of the fastening part 7 integrated longitudinal groove 340 on. The pinhole 336 , which - as in the first described embodiment 100 - between the fastening part 7 of the frame hinge part 6 and the attachment side 8th is arranged.

For this purpose, the pinhole 336 a central area 338 whose outer contour is the contour of the cutout 37 of the fastening part 7 corresponds, so that he at least substantially free of jamming in the neckline 37 can be used.

From the middle area 338 the newly formed pinhole 336 extend in the direction of the hinge axis S edge regions 344 , which is approximately complementary to the groove 340 are formed, so that the pinhole 336 from the back of the mounting part 7 in the longitudinal groove 340 and in the neckline 37 as far as it can be inserted, that of the attachment side 8th facing side with inserted pinhole 336 is essentially flat.

100

belt assembly

200

belt assembly

300

belt assembly

1

wing

2

profile

3

frame

4

profile

5

tape

6

Frame hinge part

7

attachment portion

8th

mounting side

9

Mounting screw

10

external thread

11

profile wall

12

profile wall

13

Blind hole

14

Allen

15

inner thread

16

external thread

17

fixing screw

18

breakthrough

19

adjustment

20

threaded hole

21

stud

22

Frame hinge parts

23

Sliding discs

24

Wing hinge part

25

Leaf hinge part

26

hinge bolts

27

attachment portion

28

guide members

29

Mounting screw

30

guide surface

31

guide surface

32

Security bolt

33

opening

34

Radial extension

35

commitment

36

pinhole

37

neckline

38

Area

39

bends

40

groove

41

recesses

42

hole

43

radial projection

S

hinge axis

218

breakthrough

236

pinhole

238

mid-range

244

border area

245

angulation

336

pinhole

338

mid-range

340

longitudinal groove

344

border area

QUOTES INCLUDE IN THE DESCRIPTION

This list The documents listed by the applicant have been automated generated and is solely for better information recorded by the reader. The list is not part of the German Patent or utility model application. The DPMA takes over no liability for any errors or omissions.

Cited patent literature

• - DE 20000299 U1 [0003]

Claims (11)

Band arrangement ( 100 . 200 . 300 ), with a band ( 5 ) for the hinged connection of a wing ( 1 ) a door, a window or the like on a frame ( 3 ), and with at least one safety pin ( 32 ) attached to either the frame ( 3 ) or on the wing ( 1 ) is provided and in the closed state of the wing ( 1 ) in one on the wing ( 1 ) or on the frame ( 3 ) provided opening ( 33 ) engages, characterized in that an adjusting device ( 19 ), by means of which the band ( 5 ) relative to the wing ( 1 ) and / or the frame ( 3 ) is displaceable, is provided and that one of the opening ( 33 ) covering pinhole ( 36 . 236 . 336 ), which has at least one hole ( 42 ) having a hole cross section which is approximately complementary to the outer cross section of the securing pin ( 32 ) is arranged and which is arranged such that it is at a displacement of the band ( 5 ) relative to the wing ( 1 ) and / or to the frame ( 3 ) with respect to the securing pin ( 32 ) remains stationary. Band arrangement according to claim 1, characterized in that the pinhole ( 36 . 236 . 336 ) with a fastening part ( 7 . 27 ) of a band part ( 6 . 25 ) connected is. Band assembly according to claim 2, characterized in that the band part the frame band part ( 6 ). Band arrangement according to claim 3, characterized in that the adjusting device ( 19 ) Comprises means by which the fastening part ( 7 ) of the frame band part ( 6 ) relative to its attachment side ( 8th ) on the frame ( 3 ) is displaceable. Band assembly according to claim 4, characterized in that the means at least one stud ( 21 ), which against the shank of the fastening part ( 7 ) acting through fastening member. Band assembly according to claim 5, characterized in that the fastening member is a fastening screw ( 17 ). Band assembly according to one of claims 1 to 6, characterized in that the securing pin ( 32 ) from the head of a guide member ( 28 ) is formed, on which the fastening part ( 27 ) of a band part ( 25 ) is arranged displaceable perpendicular to the hinge axis (S). Band arrangement according to one of claims 1 to 7, characterized in that the securing pin ( 32 ) is conically shaped with decreasing towards its free end diameter. Band assembly according to claim 8, characterized in that the securing pin ( 32 ) at least one radial projection ( 43 ). Band arrangement according to one of claims 1 to 9, characterized in that the opening ( 33 ) of a cup-shaped insert ( 35 ) is formed. Band arrangement according to one of claims 1 to 10, characterized in that the pinhole ( 36 . 336 ) between the fastening part ( 7 ) and the mounting surface ( 8th ) of the profile ( 4 ) is arranged and made of an insulating material.