EP1344887A1 - Pivoting and tiltable fitting - Google Patents

Abstract

The tipping window has a window plate (10) for a cellar window (11) and a rectangular frame (12) which can be rotated and tippled. The window tip occurs via a lower horizontal axis (13) The frame can be made from plastic and on the left underside is a tipping housing (16). On the lower right side is a tipping and rotating housing (17) and a flat profile (18) on the upper right is made from metal pr plastic and connects the housings and frames.

Description

The invention relates to a turn-tilt fitting for window, door, fan or. like. -wing, in particular basement windows, consisting of either a lower horizontal tilt or a vertical Rotation-tilt bearing arrangement defining an axis of rotation and one, in particular on the wing side opposite the vertical axis of rotation Lock lever arrangement, as well as one provided with such a fitting Turn-tilt sash or a window provided with such a fitting, in particular Basement window.

Especially for basement windows, but also for windows of outbuildings or possibly also adjoining rooms, there is a need for simple and inexpensive constructions, which are nevertheless functional and reliable. In particular the goal is a simple, yet functionally reliable turn-tilt fitting to create for a window, such as in the on the applicant declining DE 199 25 182 A1 is described.

There are of course a large number of so-called turn-tilt fittings for windows and doors od. Like .. However, these are all characterized by a relatively complex mechanism with a variety of levers, rotary elements for transmitting movements corner etc. For basement windows or windows of outbuildings this mechanism is too expensive, so that conventionally only such windows are offered are either with a rotating fitting or with a tilt fitting, but not with a fitting that allows both tilting and turning.

The present invention has for its object, even for simpler Windows, especially basement windows, have a turn-tilt fitting available , which is due to both a simple construction and functional reliability the same distinguishes, in particular also connectable to frame profiles is, as described for example in DE 199 25 182 A1.

This object is achieved by the characterizing features of Claim 1 solved, wherein structural details are described in the subclaims are.

The invention also extends to turn-tilt sashes with a turn-tilt fitting according to the invention and on a window, in particular a basement window, with such a tilt and turn wing.

The essence of the present invention lies in a construction in which elements Avoiding the transfer of closing or opening movements across corners become. The turn-tilt fitting according to the invention is in particular by a Turn-tilt position arrangement with a lower wing corner assigned Turn-tilt bearing and one of the upper wing corner above the aforementioned marked lower wing corner associated fastener that on the one hand on a frame assigned to the wing around a vertical Axially pivoted and on the other hand with the assigned upper Wing corner is either longitudinally displaceable or so rigidly connectable that the wing is only rotatable about a vertical axis by the lower tilt and turn bearing and the upper pivot bearing of the connecting element is defined. The vertical axis of the lower turn-tilt bearing is aligned with the swivel bearing the connecting element on the frame or the like frame part, within which the window or the like wing is placed. The core of the invention Tilt-and-turn hardware is that assigned to an upper wing corner Connecting element, which is either a tilting around a horizontal lower axis or a pivoting or rotating the wing around a vertical Axis allowed. Thanks to this connecting element, corner fittings are unnecessary.

The other lower wing corner is one that defines the horizontal tilt axis Tilt bearing assigned, which can be unlocked if necessary, and that when that Window should be rotated around a vertical axis. So it's all in all a very simple construction. Accordingly, it is also simple the latter tipping bearing, which is characterized in that the tipping bearing a bearing pin projecting above the lower wing corner and one this associated locking bolt that can be moved up and down on the frame is stored and has a downwardly open groove into which in down Moved position of the locking bolt of the bearing pin with the formation of engages mentioned tilting bearing. The locking bolt is counter to the effect of his Dead weight can be raised. The locking bolt can either be moved longitudinally or be pivoted. Alternatively, it can be vertical Edge of the wing, provided that the associated bearing journal on the inside of the frame protrudes.

Otherwise, the aforementioned parts of the turn-tilt fitting according to the invention either right or left. There are no preferences here.

In a preferred embodiment, the connecting element is between Frame and upper wing corner with a flat profile made of metal or plastic a longitudinal slot through which a guide pin arranged on the upper wing edge extends with head overlapping laterally, in particular in the form of a guide screw.

In addition, it should be noted that the wing edge preferably by Frame profiles is composed, as described in DE 199 25 182 A1 are.

For the function of the turn-tilt fitting according to the invention is also from of particular importance that another at the upper wing edge or frame profile Pin is arranged, in relation to the guide pin inwards offset towards the center of the wing. This additional pin engages to fix the Connecting element on the upper wing edge or frame profile in one at the free End of the connecting element formed transverse recess, in particular in Form a transverse slot, and is in this or this by means of a Connecting element mounted locking bolt, especially swivel bolt, durable. So that the connecting element is rigidly connected to the upper wing edge, so that the wing is only around the pivot axis of the connecting element can rotate on the frame around a vertical axis. Naturally For this purpose, the lower tilt bearing must be unlocked in the manner described above Wise.

So that the connecting element of both the upper right and the left upper wing corner can be assigned are two at the free end of the same opposite the longitudinal axis of the connecting element, but in Cross recesses offset from one another in the direction of the longitudinal axis or transverse slots are provided, between which a locking bolt can be pivoted is mounted in such a way that it is arranged at the upper edge of the wing Depending on whether the fitting is hinged on the left or right, in the holds a transverse recess or in the other transverse recess. The locking bolt preferably has a hook portion surrounding the further pin on, so that if necessary the additional pin between this hook section on the one hand and the corresponding transverse recess on the connecting element on the other hand, as is held between two scissor arms. The corresponding one Accordingly, the fitting can also be referred to as a turn-tilt hook shear become.

Finally, constructive training is also of particular importance of the lower tilt and turn bearing. This is preferably by one lower wing corner downward projecting trunnion with head, in particular in the form of a bearing screw with a head on one side and one attached to the frame Bearing body with an opening open on the other hand formed. The opening edge of this latter opening opens both inwards and also funnel-like towards the outside, so that the head of the bearing journal or the bearing screw is held within the bearing opening so that the associated one Bearing journal or the associated bearing screw at essentially backlash-free relative rotary movement around the vertical axis without hindrance the window level can be tipped out. In this respect, it is an extremely simple turn-tilt storage. When using frame profiles according to DE 199 25 182 A1 a bearing screw of the aforementioned type is preferably used can be screwed into the corresponding plastic profile in a simple manner.

Figur 1

ein Kellerfenster in Kippstellung mit einem Dreh-Kipp-Beschlag gemäß Erfindung in perspektivischer Ansicht;

Figur 2

einen schematischen Vertikalschnitt durch ein Kellerfenster gemäß Figur 1;

Figur 3

ein Kellerfenster entsprechend Figur 1 in geschlossener Stellung und in Ansicht von innen;

Figur 4

die Schließriegel-Anordnung des Kellerfensters gemäß Figur 3 in vergrößertem Maßstab;

Figur 5

einen Schnitt durch die Schließriegel-Anordnung gemäß Figur 4 Längslinie V-V in Figur 4;

Figur 6

das dem Fensterflügel gemäß Figur 3 zugeordnete linke untere Kipplager in Ansicht und in vergrößertem Maßstab;

Figur 7

der dem Kipplager gemäß Figur 6 zugeordnete Schließriegel in perspektivischer Ansicht;

Figur 8 und 9

die dem Schließriegel gemäß Figur 4 zugeordnete Schließfalle im Querschnitt und in Draufsicht, jeweils in vergrößertem Maßstab;

Figur 10

ein Verbindungselement zwischen Blendrahmen und einem oberen Flügeleck in vergrößertem Maßstab und perspektivischer Ansicht;

Figur 10a

Detail des erfindungsgemäßen Dreh-Kipp-Beschlages in vergrößertem Maßstab und perspektivischer Ansicht;

Figur 11

ein Dreh-Kipp-Tauschfenster mit Schutzgitter im schematischen Vertikalschnitt;

Figur 12

ein Dreh-Kipp-Fenster mit Schutzgitter im schematischen Vertikalschnitt;

Figur 13

die Anordnung eines Schutzgitters innerhalb einer Verbundzarge für ein Kellerfenster im schematischen Vertikalschnitt.

The invention is described in more detail below on the basis of exemplary embodiments illustrated in the drawings.
Show it:

Figure 1

a basement window in the tilt position with a turn-tilt fitting according to the invention in a perspective view;

Figure 2

a schematic vertical section through a cellar window according to Figure 1;

Figure 3

a basement window according to Figure 1 in the closed position and in a view from the inside;

Figure 4

the locking bolt arrangement of the basement window according to Figure 3 on an enlarged scale;

Figure 5

a section through the locking bolt arrangement according to Figure 4 longitudinal line VV in Figure 4;

Figure 6

the left bottom tilt bearing assigned to the window sash according to FIG. 3 in view and on an enlarged scale;

Figure 7

the locking bolt assigned to the tilting bearing according to FIG. 6 in a perspective view;

Figures 8 and 9

the locking latch associated with the locking bolt according to Figure 4 in cross section and in plan view, each on an enlarged scale;

Figure 10

a connecting element between the frame and an upper wing corner in an enlarged scale and perspective view;

Figure 10a

Detail of the turn-tilt fitting according to the invention on an enlarged scale and perspective view;

Figure 11

a tilt-and-turn replacement window with protective grille in a schematic vertical section;

Figure 12

a tilt and turn window with protective grille in a schematic vertical section;

Figure 13

the arrangement of a protective grille within a composite frame for a basement window in a schematic vertical section.

In Figure 1, a window sash 10 of a basement window 11 is in the tilted position shown. The window sash 10 is within a rectangular frame 12 rotatable and tiltable. The window is tilted by one lower horizontal axis 13. The window sash 10 comprises a window glass, which bordered by horizontal frame profiles 14 and vertical frame profiles 15 are. The frame profiles are preferably in accordance with DE 199 25 182 A1 made of plastic - reinforced or unreinforced.

At the bottom left is a tilt bearing 16. At the bottom right is a turn-tilt bearing 17 formed, while a connecting element in the form of a Flat profile 18 made of metal or plastic struck between the frame and the upper right wing corner is. This connecting element is on the frame 12 around a vertical Axis 19 pivotally mounted. Otherwise, the connecting element 18 in connection with the upper right wing corner, as further below is described. This connecting element 18 can be with the upper wing edge or rigidly connect the frame profile 14 assigned to it, so that the window sash 10 can then no longer be tilted in the manner shown, but only about a vertical axis, namely the vertical axis 19, or is rotatable.

On the side of the wing opposite the vertical axis of rotation 19 is one Locking lever arrangement 20 provided consisting of a vertical Frame profile 15 connected locking lever 21, specifically as an angle lever is formed, and one of the closing lever or its locking part 22 associated latch 23, which is attached to the frame 12. The latch 23 is also described in more detail below.

In Figure 3, a corresponding window in the closed position is in view shown from the inside.

FIG. 2 shows such a window in the tilted position corresponding to FIG. 1 in a schematic vertical section. It can be seen that it is a double pane window is. On the side facing the frame 12 the window frame profile 14, 15 still has a circumferential sealing strip 24.

Figure 2 is otherwise a section through the window corresponding to Figure 1 or Figure 3 longitudinal line II-II in Figure 3, i.e. a section through the vertical axis of rotation of the casement 10. Correspondingly, the lower turn-tilt bearing is also in FIG good to see. This is through one at the lower wing corner, specifically in the lower frame profile 14 screwed bearing screw 25 with head 26 on the one hand and a bearing body 27 fastened to the frame 12 with one after Open top 28 formed on the other hand. The opening edge 29 of the opening 28 opens both inwards and outwards like a funnel, see above that the head 26 of the bearing screw 25 is held within the bearing opening 28 is that the associated bearing screw 25, which serves here as a journal, at im substantial play-free relative rotary movement about the vertical axis (19) without Disability can be tilted out of the window plane 30 according to FIG. 2, and preferably into the interior.

The already mentioned connecting element 18 between is particularly important Frame 12 and in the present case, upper right wing corner, which is made in the form of a flat profile made of metal or plastic. This has a longitudinal slot 31, through which a on the upper wing edge or corresponding frame profile 14 arranged guide pin with the guide slot 31 laterally overlapping head, in particular in the form of a guide screw 32 (cap screw) extends through. This screw is in that upper frame profile 14 screwed in from above.

At the upper wing edge or corresponding frame profile 14 is something to the middle of the wing offset another pin, specifically screw pin 33 arranged, the assigned to fix the connecting element 18 on the upper wing edge or Frame profile 14 in a at the free end of the connecting element 18th trained transverse recess, namely transverse slot 34, engages and in this is stable by means of a pivot bolt 35 mounted on the connecting element.

The bearing bore for the pivot bolt 35 is in FIG. 10 with the reference number 36 marked. Since the connecting element on both the upper right should also be connectable to the upper left end of the frame, it indicates at the free end two opposite to its longitudinal axis, but in Cross recesses offset from one another in the direction of the longitudinal axis or transverse slots 34, 37, between which the pivot bolt 35 can be pivoted is mounted, in such a way that it the further pin 33 depending on whether the fitting is hinged on the left or right, in the one transverse recess 34 or 37 holds in the other transverse recess. It is always towards make sure that the free handle section of the swivel lever 35 is closed Window protrudes slightly above the upper frame profile 14 between two fingers can be gripped and brought into the unlocked position.

The opening degree of the tilted wing is determined by the length of the connecting element 18 and in particular determined by the length of the longitudinal slot 31.

As already mentioned, the pivot bolt 35 has a grip section 38 on the one hand and hook section 39 on the other hand. These two sections are separated from one another by a pivot bearing bore 40. Around this hole 40 is the pivot lever 35 at the free end portion of the connecting element 18 pivotably mounted, namely between the two transverse slots 34, 37 corresponding to Figure 10. The pivot bearing bore 40 is aligned in the assembled state of the connecting element 18 with the bore 40 of the pivot lever 35.

It should also be mentioned that the transverse slot 34 for a stop of the connecting element 18 top right, and the transverse slot 37 for a stop of the Connecting element 18 is effective at the top left.

When the connecting element 18 is fixed to the upper edge of the wing 10 or the upper frame profile 14, the hook portion 39 encloses the other Pin 33 so that the further pin 33 between the hook portion 39 and the corresponding transverse recess or the corresponding transverse slot 34 or 37 on the connecting element 18 as held between two scissor arms is. The further pin 33 then lies within the transverse slot 34 or 37 on the one hand and inside a hook-shaped recess 41 of the hook section 39 of the pivot bolt 35 on the other hand.

The already mentioned locking lever arrangement 20 has a locking lever 21 pivotally mounted on the left wing edge in FIGS. 1 and 3 or on the corresponding frame profile 15 and a locking latch 23 fastened to the assigned frame 12 with at least one groove-like receiving opening 42 for a locking part 22 of the locking lever 21 on. With regard to the design of the locking latch 23, reference is made to FIGS. 8 and 9. Together with FIG. 5, these figures show that both the locking part 22 of the locking lever 21 and the receiving groove 42 of the locking latch 23 associated therewith have inclined surfaces 43, 44 facing each other, which both close and open the leaf 10 against the action of an elastic one Sealing strip - for example sealing strip 24 in Figure 2 - between the wing edge or frame 14, 15 and frame 12 lighten. In the embodiment shown, the closing lever 21 is designed as an angle lever,
the shorter arm defining the locking part. The handle is on the longer arm.

6 and 7, a special embodiment of the in FIGS. 1 and 3 tilting bearing 16 formed at the bottom left are described. This tilt bearing 16 can - as already mentioned - be unlocked if necessary. It includes one over the lower bearing journal protruding in the left wing corner in FIGS. 1 and 3 and a locking bolt 45 associated therewith, which is on the frame 12th can be moved up and down, and is slidably mounted and one down has open groove 46, in the downwardly moved position of the locking bolt 45 of the bearing journal, not shown here, with formation of the tilting bearing 16 engages. The locking bolt 45 is preferably counter to the effect of his Dead weight can be raised. For this purpose, it has an inward protrusion Projection 47, which can be gripped by a finger, so that the deadbolt moved or shifted against its own weight can be. The corresponding tilting bearing 16 is then released and the wing 10 can about the vertical axis 19 with a corresponding Swivel fixation of the connecting element 18 at the upper wing edge. The Locking bolt 45 is guided on the frame 12 in a longitudinally displaceable manner. To this For this purpose, the closing element 45 has an elongated hole 48, through which an the inside of the frame 12 arranged guide pin 50 extends through. This is shown in Figure 6 as a guide screw. The up and down Movement of the locking bolt 45 is in Figures 1 and 3 with a double arrow 49 indicated. The locking bolt 45 has two grooves 46, which are diametrical are arranged to each other, the one groove up and the other groove is open at the bottom. This embodiment allows the use of the locking bolt 45 on both the left and right of the Window.

FIG. 6 also shows the bearing pin projecting beyond the lower left wing corner 51 recognizable, which interacts with the groove 46 of the locking bolt 45 forming the tilt bearing 16 about the horizontal axis 13.

At this point it should be pointed out again that the described Tilt & turn hardware not only suitable for windows, especially basement windows is, but also for simple door fans or the like.

Figures 11 and 12 show a tilt and turn basement window of the type described, in FIG. 11 the window including the frame 12 into an already existing one Steel frame 52 is fitted. This eliminates all side work during insertion of the window. There is no cracking and plastering of the masonry more needed. Is between the steel frame 52 and the frame 12 another protective grille 53 fitted, namely with the interposition of circumferential sealing strips 54, 55.

In the embodiment according to FIG. 12, the frame sits on a lower one Rectangular profile 56. A protective grille 53 is also provided here, which follows has fastening tabs 57 projecting on the inside, so that the protective grid 53 on the inside either on the frame 10 assigned frame 12 or together can be attached with this in the masonry (or alternatively on a frame) is. In Figure 12, the screw connection mentioned is indicated at 58.

In the embodiment according to FIG. 13, the protective grille is attached 53 also by means of inwardly projecting fastening tabs 57, specifically on a sheet metal frame 59 arranged upstream of the cellar window 11 Sheet metal frame 59 connected to a box made of wood and / or plastic material. This is identified in FIG. 13 by the reference number 60. insofar is a kind of composite frame, namely frame made of metal on the one hand and wood material on the other.

The lower edge of the frame 12 comprises a water channel 61 on the inside, through at least one bore 62 leading outwards or corresponding one Pipe is drainable. Drainage takes place through the frame 12 through. The water channel 61 is preferably followed by an L-profile 63 limited inside.

All features disclosed in the application documents are essential to the invention claimed as far as they are individually or in combination the state of the art are new.

LIST OF REFERENCE NUMBERS

10

casement

11

basement windows

12

frame

13

Horizontal axis

14

Horizontal frame profiles

15

Vertical frame profiles

16

Tilt bearing

17

Tilt-bearing

18

connecting element

19

Vertical axis

20

Closing lever arrangement

21

closing lever

22

locking member

23

closing event

24

sealing strips

25

bearing screw

26

screw head

27

bearing body

28

opening

29

opening edge

30

window level

31

longitudinal slot

32

head screw

33

spigot

34

Cross recess or slot

35

swivel bolt

36

bearing bore

37

Cross recess or slot

38

handle portion

39

hook section

40

Swivel bearing bore

41

Hook-shaped recess

42

receiving groove

43

sloping surface

44

sloping surface

45

deadbolt

46

groove

47

head Start

48

Long hole

49

double arrow

50

spigot

51

pivot

52

steel frame

53

guard

54

sealing strips

55

sealing strips

56

rectangular profile

57

mounting tab

58

screw

59

frame

60

Internal frame of the frame

61

gully

62

drilling

63

L-profile

Claims (15)

Turn-tilt fitting for window, door, fan or the like.
Sash, in particular a basement window, consisting of a tilt and turn bearing arrangement defining either a lower horizontal (13) tilt or a vertical (19) axis of rotation and a locking lever arrangement (20. In particular arranged on the side of the sash opposite the vertical axis of rotation (19) )
characterized in that
the turn-tilt bearing arrangement comprises a lower turn-tilt bearing (17) assigned to a lower wing corner and a connecting element (18) assigned to the upper wing corner above the aforementioned lower wing corner, which
on the one hand, mounted on a frame (12) assigned to the wing (10) so as to be pivotable about a vertical axis and, on the other hand, can be moved longitudinally or rigidly connected to the assigned upper wing corner such that the wing (10) can only be rotated about a vertical axis (19) through the lower tilt and turn bearing (17)
and the upper pivot bearing of the connecting element (18) is defined. Turn-tilt fitting according to claim 1,
characterized in that
the other lower wing corner is assigned a tilting bearing (16) defining the horizontal tilting axis (13), which can be unlocked if necessary. Turn-tilt fitting according to claim 2,
characterized in that
the tilting bearing (16) comprises a bearing pin (51) projecting beyond the lower wing corner and an associated locking bolt (45) which is mounted on the frame (12) and can be moved up and down (double arrow 49) and a groove (46) which is open at the bottom in which, in the downwardly moved position of the locking bolt (45), the bearing pin (51) engages to form the tilting bearing (16). Turn-tilt fitting according to claim 3,
characterized in that
the locking bolt (45) can be raised into an unlocking position against the effect of its own weight. Turn-tilt fitting according to one of claims 1 to 4,
characterized in that
the connecting element (18) between the frame (12) and the upper wing corner is a flat profile made of metal or plastic with a longitudinal slot (31) through which a guide pin (32) arranged on the upper wing edge (14) and laterally overlapping with the guide slot (31) Head, especially in the form of a guide screw. Turn-tilt fitting according to claim 5,
characterized in that
on the upper wing edge (14) a further pin (33) is arranged, which for fixing the connecting element (18) on the upper wing edge (14) engages in a transverse recess (transverse slot 34 or 37) formed at the free end of the connecting element (18) and in this can be held by means of a locking bolt, in particular a pivot bolt (35) mounted on the connecting element (18). Turn-tilt fitting according to claim 6,
characterized in that
At the free end of the connecting element (18) two transverse recesses (transverse slots 34, 37), which are arranged opposite one another relative to its longitudinal axis, but offset to one another in the direction of the longitudinal axis, are formed, between which a pivot bolt (35) is pivotably mounted such that it supports the further pin (33) depending on whether the fitting is hinged on the left or right, in one transverse recess (34) or in the other transverse recess (37). Turn-tilt seizure according to claim 7,
characterized in that
the swivel bolt (35) has a hook section (39) surrounding the further pin (33), so that if necessary the further pin (33) between this and the corresponding transverse recess (34 or 37) on the connecting element (18) as between two scissor arms is held. Turn-tilt seizure according to one of claims 1 to 8,
characterized in that
the lower turn-tilt bearing (17) by means of a bearing journal with a head protruding downward from a lower wing corner, in particular in the form of a bearing screw (25) with a screw head (26) on the one hand and a bearing body (27) fastened to the frame (12) an upwardly open opening (28) is formed on the other hand, the opening edge (29) opening both inwards and outwards somewhat like a funnel, so that the head (26) of the bearing journal or the bearing screw (25) within the bearing opening ( 28) is held in such a way that the associated bearing journal or the associated bearing screw (25) can be tilted out of the window plane (30) without hindrance with an essentially play-free relative rotary movement about the vertical axis (19). Turn-tilt fitting according to one of claims 1 to 9,
characterized in that
the locking lever arrangement (20) has a locking lever (21) pivotably mounted on the wing edge (15) and a locking latch (23) fastened to the frame (12) with at least one groove-like receiving opening (42) for the locking part (22) of the locking lever (21) having. Turn-tilt fitting according to claim 10,
characterized in that
Both the locking part (22) of the locking lever (21) and the associated receiving groove (42) of the locking latch (23) have mutually facing inclined surfaces (43, 44) which both close and open the leaf (10) against the action an elastic sealing strip (24) between the wing edge or frame (14, 15) and frame (12) facilitate. Turn-tilt sash with a turn-tilt fitting after one or more of claims 1 to 11. Windows, especially basement windows, especially with
a turn-tilt wing (10) according to claim 12,
characterized in that
a protective grille (53) is assigned to it, which comprises inwardly projecting fastening tabs (57), so that the protective grille (53) on the inside either on the sash (10) assigned frame (12) or together with it in the masonry or alternatively on a frame (59) can be fastened. Windows, in particular basement windows, according to claim 13,
characterized in that
the lower edge of the frame (12) on the inside comprises a water channel (61) which can be dewatered through at least one bore or line (62) leading to the outside. Window according to claim 14,
characterized in that
the water channel (31) is delimited on the inside by an L-profile (63).

Images