EP2740869B1 - Locking strip fitting arrangement for a window, door or similar and method for driving the locking strip fitting arrangement - Google Patents

Description

The invention relates to a closure strip fitting arrangement for a window, a door or the like, which is acted upon by a driving force for its actuation, with at least one of the driving force in the direction or approximately in the direction of its longitudinal extent driven closure strip on at least one of the window, the door or the like attachable gate is guided in particular displaceable for locking and unlocking, and with at least one to be driven, in particular the window or door control and / or in particular the Fensterver- or Türver- and -entriegelung serving fitting element.

From the Austrian patent 190 829 a closure strip fitting arrangement of the type mentioned is known. This closure strip fitting arrangement has a plurality of closure strips, which are arranged on different sides of a window. The individual closure strips are connected at the corner with rollers running over cables, link chains or the like. Furthermore, each closure strip is assigned at least one backdrop. The wire rope, the articulated chain or the like is circumferentially arranged in the spars of a window frame of the window, wherein the ends are fixed to a connecting rod, which can be displaced by means of a handle. A handle operation causes via the connecting rod a pulling movement of the wire rope, the articulated chain or the like. The closure strips, which are connected to the wire, are accordingly moved and retracted or extended by their storage in the scenes. The Construction of this known closure strip fitting arrangement is quite expensive and prone to failure.

Furthermore, the document discloses US 5,697,654 a closure strip fitting arrangement according to the preamble of claim 1.

The invention is therefore an object of the invention to provide a closure strip fitting arrangement of the type mentioned, which is simple and inexpensive, has a secure function and in particular allows safe drive of the at least one fitting element.

This object is achieved according to the invention by a closure strip fitting arrangement as defined in claim 1, wherein at least a portion of the closure strip forms a force transmission element for transmitting the driving force to the fitting element, wherein the driving force is introduced at a beginning of the section and discharged at one end of the section and the closure strip is guided on the backdrop with the interposition of a carriage. The closure strip itself therefore serves to transmit force by at least a portion of it (or more sections or the entire closure strip) transmits the driving force to the fitting element and thus taking place by means of the driving force displacement of the closure strip in the direction or approximately in the direction of its longitudinal extent to the corresponding Displacement of the carriage leads, which is guided on the backdrop, and by the aforementioned displacement causes the guide geometry of the backdrop corresponding movement of the closure bar, preferably an extension movement for locking or a retraction movement for unlocking. The backdrop is in the mounted state fixed to the window, the door or the like, in particular on the sash or the frame thereof, attached. Thus, compared with the prior art, not an endless, slippery traction means, such as a wire rope or a link chain used to transmit the driving force to the fitting element, which on the one hand brings a complex construction, in particular with respect to the Eckumlenkungen, and on the other hand undesirable elongations leads, but it is due to the use of the at least one portion of the closure bar for driving force transmission rigid, rigid component used. This component, namely the closure strip, is already present for the function of locking or unlocking the window, the door or the like, so that according to the invention it has the further function of a force transmission element. This simplifies the

Construction of the closure strip fitting arrangement according to the invention considerably. For power transmission can - in particular in the longitudinal direction - the entire closure strip are used or the mentioned section or even several sections of the closure strip. In this case, the driving force is always introduced at a beginning of the section and discharged again at one end of the section or introduced at the beginning of the closure strip and discharged again at the end of the closure strip to then directly or indirectly to get from there to be driven fitting element. Since the at least one portion of the closure strip is rigid, ie rigid, both tensile and compressive forces can be transmitted without significant elongation or length upsetting. A section used in a first operating mode can thus transmit the driving force in a certain direction and in a second operating mode in the opposite direction. The beginning and the end of the section are exchanged. Due to the invention, a very safe and powerfully driven operation of the fitting element is possible.

According to a development of the invention, provision is made for the section to extend in the direction of the longitudinal extension or substantially in the direction of the longitudinal extension of the closure strip. Thus, the driving force is transmitted in the longitudinal extent or substantially in the longitudinal extent of the closure strip through this. This direction corresponds to the displacement direction of the closure strip caused by the drive force, in order to spend it, with the aid of the link, transversely to this displacement direction from the unlocked position into the locking position (or vice versa). If necessary, it can also be transferred to a position which a tilted opening position of the window, the door or the like allowed.

According to a development of the invention, it is provided that the fitting element is a further closure strip. Thus, the above-mentioned closure strip is displaced by means of the driving force, which actuates the fitting element, namely the further closure strip, directly or indirectly, in order in particular also to effect a locking or unlocking displacement here. The two closure strips can in particular be associated with different bars of the window, the door or the like.

A development of the invention provides that the fitting element is a Ausstellschere the window, the door or the like. The shutter bar driven by the drive force in the direction of its longitudinal extent accordingly drives - or operates - the cut-out scissors directly or indirectly in order to pass the window, door or the like, for example, into a tilt-open position or to allow this tilt-open position.

It can preferably be provided that the closure strip and the fitting element are assigned to the same spar or to different bars of the window, the door or the like. The shutter driven by the drive shutter bar accordingly drives on the same spar or corner of the fitting element. The invention is not limited to two closure strips on different spars, but it can also be three spars or circumferentially four spars of the window, door or the like equipped with closure strips, which are driven accordingly, ie, the closure strips are coupled to each other via Eckumlenkungen that it is sufficient for the operation of all closure strips, only one of them with the driving force to apply and at least one, preferably a plurality of closure strip (s) transmitted as a force transmission element, the driving force.

According to a development of the invention can be provided that the closure strip with the fitting element directly or indirectly, namely in the latter case via at least one intermediate element is coupled. If, for example, the already mentioned further closure strip is considered as a fitting element, the two closure strips being coupled to one another via the mentioned corner deflection, then an indirect coupling is present, ie the closure strip, which is acted upon by the driving force, leads the driving force to the corner deflection and the latter to further closure strip. The first-mentioned closure strip is thus indirectly coupled with the further closure strip. The corner drive therefore forms the intermediate element. As an intermediate element, however, other or more fitting components may be used, for example Kraftumlenkeinrichtungen that do not forward, for example, the locking serving extension movement and the unlocking serving retraction of the closure strip, but only the longitudinal movement of the closure bar transmitted, for example, to drive a drive rod to Example of a scissor stay. Thus, a transverse to Holmlängserstreckung of the window, the door or the like extending locking and unlocking the shutter bar is ignored by means of the intermediate element and it will only be transferred in Holmlängserstreckung fitting component movement.

It is advantageous if the intermediate element is a first intermediate element which is designed as a corner deflection. Consequently, the coupling of the driven by the drive closure bar via the first intermediate element formed as corner deflection to the fitting element. Depending on the design of the corner deflection, it may be necessary to provide at least one further intermediate element in order to carry out necessary movement adjustments. In this context, reference is made in particular to the following paragraph.

According to a development of the invention, it is advantageous if the intermediate element is a second intermediate element having at least two coupling elements, wherein the driving force is transmitted from the one coupling element to the other coupling element in a force transmission direction and the coupling elements are mounted transversely to the power transmission direction to each other. By this arrangement and possibility of movement of the coupling elements, the second intermediate element transmits a force in the direction of the power transmission direction. At the same time, however, due to the transversely, in particular perpendicular, slidable to the power transmission direction storage of the coupling elements to each other the property that such transverse movements are allowed, for example, to allow an exit movement or retraction of a closure bar, which forms in particular the fitting element.

According to a development of the invention it is provided that the Eckumlenkung has a holding part which is rotatably mounted by means of a rotary bearing on a stationary to be arranged base and that two support elements by means of pivot bearings are pivotally articulated on the holding part, which serve the coupling with at least one fitting element, in particular with at least one closure strip and / or with at least one intermediate element. The two corresponding fitting components (closure strip, intermediate element and / or fitting element) are thus articulated pivotably on the support member via the support members and the pivot bearings, wherein the holding member is rotatably supported by the pivot bearing on the base. The base is in the mounted state of the closure strip fitting arrangement fixed to the window, the door or the like, in particular on a sash or on a frame thereof, attached.

A development of the invention provides that the closure strip is guided on the backdrop with the interposition of a carriage. A displacement of the closure strip in the direction of or approximately in the direction of its longitudinal extent thus effected by means of the driving force thus leads to the corresponding displacement of the carriage, which is guided on the slide, and by the aforementioned displacement brings about a movement of the closure strip corresponding to the guide geometry of the slide, preferably an extension movement for locking or a retraction movement for unlocking. The backdrop is in the mounted state fixed to the window, the door or the like, in particular on the sash or the frame thereof, attached.

A preferred development of the invention provides that the carriage has two carriage parts, which receive at least a portion of the link between them. Preferably, the two carriage parts partially surround the scenery, which in particular ensures a very good guidance of the carriage on the backdrop is. During assembly, the two carriage parts are preferably joined together with the interposition of the gate, so that these three components are held captive to each other.

In particular, it is provided that at least one of the slide parts has at least one pointing in the direction of the other of the carriage parts guide projection which cooperates with a guide geometry of the link, in particular engages in a gate groove of the link. The guide projection causes by its interaction with the guide geometry, in particular by his intervention in the guide groove, a secure and accurate contour guidance of the carriage on the backdrop.

According to a development of the invention, it is provided that the closure strip has a receiving recess, in which engage the areas of the carriage parts for cohesion of the carriage parts. If the carriage assembled from the sledge parts is introduced into the receiving depression of the closure strip, this leads to a cohesion of the slide parts, such that they can not separate from each other independently. Preferably, a locking of the assembled carriage parts takes place in the receiving recess.

In particular, it is provided that the closure strip is U-shaped in cross-section, wherein the interior of the U forms the receiving recess. The cross-sectionally U-shaped closure strip is therefore slipped over the assembled carriages.

According to a development of the invention it is provided that the gate has a first guide area, which causes the locking position of the closure strip and that the backdrop Having a second guide portion which causes the unlocking position of the closure strip. The movement of the closure strip caused by the drive force in the direction of longitudinal extension or approximately in the direction of longitudinal extent causes the slide connected to the closure strip, in particular at least one guide projection of the latter, to cooperate with the guide geometry of the guide, whereby a displacement occurs due to this interaction in such a way that Closing strip, for example, assumes its locking position. If the closure strip is displaced even further, the guide projection of the carriage reaches the second guide region, with the result that the slide and thus the closure strip are thereby displaced, for example, into the unlocked position. The first guide area and the second guide area thus belong to the corresponding guide geometry of the backdrop.

Further, it is advantageous if at least two, in particular different bars of the window, the door or the like associated closure strips are provided, which in each case at least one link is assigned, wherein the scenes have different guide geometries for the closure strips. This embodiment makes it possible in particular at the same time different movements of the closure strips to perform certain functions during operation of the window, the door or the like. Hereinafter, such a function will be exemplified.

A development of the invention provides that the gate has a third guide area, which allows a tilted position of the window, the door or the like, in which the closure strip for engaging in a closure strip receiving the window, the Door or the like at least partially moved out. The closure strip thus engages in the closure strip receptacle, wherein the engagement, however, permits a tilting displacement of the wing of the window, the door or the like in such a way that a tilted position can be assumed. In particular, it may be provided that the third guide region only leads to a partial extension of the closure strip, wherein the closure strip receiving in the zone in which the closure strip engages by partial retraction, allows tilting of the wing of the window, the door or the like for tilting open. Alternatively, if the closure strip is completely extended, which is effected by appropriate formation of the third guide region of the slide, it engages deeper into the closure strip receptacle, wherein the closure strip receptacle is, however, designed such that tilting of the wing of the window, door or the like is also possible is. In both cases, however, a locking position is simultaneously effected by the closure strip.

In particular, it can be provided that a further link for the further closure strip has a first guide region which effects the locking position of the closure strip and that the link has a second and a third guide region, both of which bring about the unlocking position of the closure strip. In particular, it is provided that the closure strip mentioned in the previous paragraph is assigned to another spar of the window, the door or the like, as mentioned in this paragraph further closure strip. If the first-mentioned closure strip, for example, is associated with the lower horizontal bar and the second, further closure bar is associated with a vertical bar or the upper horizontal bar, then the tilting position can be achieved the wing of the window, the door or the like effect, in the locked position, both closure strips serve to secure locking.

The invention further relates to a method for driving a closure strip fitting arrangement, in particular as described above, for a window, the door or the like, which is driven by a driving force for its actuation, with at least one closure strip, which is driven by the driving force in the direction or approximately in the direction its longitudinal extent is displaced, the closure strip being displaceably guided on a gate which can be fastened to the window, the door or the like, in particular for locking and unlocking displacement, and with at least one fitting element to be driven, in particular the window or door control and / or in particular the window control. or Türver or unlocking, wherein with at least a portion of its longitudinal extent, the closure bar performs a transfer of the driving force to the fitting element, and wherein the driving force is introduced at a beginning of the section and at one end of the Absc is discharged. The closure strip thus assumes with its section the power transmission to drive the fitting element. This drive can be direct or indirect. In the case of indirect power transmission, at least one intermediate element is used which transmits a displacement movement of the closure strip to the fitting element.

In the method, it is advantageous if the use of the portion of the closure strip used as a force transmission element takes place in the longitudinal direction or substantially in the longitudinal extent of the closure strip.

Furthermore, it is procedurally advantageous if a further closure strip is used as a fitting element.

Furthermore, the method may preferably be characterized in that a Ausstellschere the window, the door or the like is used as a fitting element.

Figur 1

eine perspektivische Ansicht einer Baugruppe einer Verschlussleistenbeschlagsanordnung,

Figuren 2 bis 5

unterschiedliche Montagestellungen der Anordnung der Figur 1, wobei in den Figuren 4 und 5 der Baugruppe eine Verschlussleiste zugeordnet wird,

Figuren 6a bis d

ein Ausführungsbeispiel einer der Figur 1 entsprechenden Anordnung,

Figuren 7a bis d

ein weiteres Ausführungsbeispiel einer der Figur 1 entsprechenden Anordnung,

Figuren 8 und 9

die Verschlussleistenbeschlagsanordnung in unterschiedlichen Betriebsstellungen,

Figur 10

eine schematische Ansicht eines Flügels eines Fensters mit mindestens einer Verschlussleistenbeschlagsanordnung,

Figuren 11 bis 13

ein als Eckumlenkung ausgebildetes Zwischenelement der Verschlussleistenbeschlagsanordnung,

Figur 14

eine Draufsicht auf ein als Kraftumlenkeinrichtung ausgebildetes Zwischenelement,

Figur 15

ein als Eckumlenkung ausgebildetes Zwischenelement nach einem weiteren Ausführungsbeispiel,

Figur 16

eine Getriebeanordnung der Verschlussleistenbeschlagsanordnung und

Figur 17

eine schematische Darstellung der Verriegelungs- und Entriegelungssituation eines Fensters, einer Tür oder dergleichen.

The drawings illustrate the invention by means of exemplary embodiments, namely:

FIG. 1

a perspective view of an assembly of a closure strip fitting assembly,

FIGS. 2 to 5

different mounting positions of the arrangement of FIG. 1 , where in the FIGS. 4 and 5 the assembly is assigned a closure strip,

FIGS. 6a to d

an embodiment of the one FIG. 1 appropriate arrangement,

FIGS. 7a to d

a further embodiment of the one FIG. 1 appropriate arrangement,

FIGS. 8 and 9

the closure strip fitting arrangement in different operating positions,

FIG. 10

a schematic view of a wing of a window with at least one closure strip fitting arrangement,

FIGS. 11 to 13

a formed as corner deflection intermediate element of the closure strip fitting arrangement,

FIG. 14

a plan view of a designed as Kraftumlenkeinrichtung intermediate element,

FIG. 15

a formed as corner deflection intermediate element according to a further embodiment,

FIG. 16

a gear assembly of the closure strip fitting assembly and

FIG. 17

a schematic representation of the locking and unlocking situation of a window, a door or the like.

The FIGS. 1 to 5 show the structure of an assembly of a closure strip fitting assembly 1 according to the invention, which - in the fully assembled state - in the FIGS. 8 and 9 is shown in different operating positions.

According to FIG. 1 The closure strip fitting arrangement 1 has a link 2 which has a link strip 3 with a guide geometry 4 on a strip side 5. Preferably, the bar side 5 opposite strip side 6 is provided with an identical guide geometry 4. The link strip 3 has foot parts 7, the attachment to a window, the door or the like, in particular on a sash or frame the objects mentioned serve. As a result, the gate 2 is fixedly secured to the window, the door or the like.

With the backdrop 2, a carriage 8 works together, which is mounted along the longitudinal extent of the gate 2 and the guide bar 3 according to double arrow 9 movable. The carriage 8 is composed of two slide parts 10 and 11 together. The slide parts 10 and 11 are in the FIG. 1 shown in the unassembled state. Preferably, the two slide parts 10, 11 slide halves, which in the assembled state surround the guide rail 3 of the link 2 in regions. Particularly preferably, the two carriage parts 10 and 11 are identical. Each carriage part 10, 11 has a plug-in projection 12 and a plug-in receptacle 13. Furthermore, each slide part 10, 11 is provided with at least one guide projection 14. In the embodiment of FIG. 1 Each carriage part 10, 11 has two guide projections 14 spaced apart from each other. Will - according to the Figures 2 and 3 - The carriage 8 assembled by joining the two carriage parts 10 and 11, so engages the respective plug-in projection 12 in each associated plug-in receptacle 13 and the inner sides 15 of the two carriage parts 10 and 11 compete against each other ( FIG. 3 ). In this state, the guide projections 14 of the two slide parts 10 and 11 cooperate with the respective guide geometry 4.

If the carriage 8 according to FIG. 1 moved along the double arrow 9, it will be according to the double arrow 16 ( FIG. 3 ) shift depending on the contour of the guide geometry 4. The FIGS. 4 and 5 show a closure strip 17 in cross section. The closure strip 17 is U-shaped in cross-section, wherein the inside of the U forms a receiving recess 18. The closure strip 17 has latching projections 19 and 20, two latching projections 19 and two latching projections 20 lying opposite one another and all latching projections 19, 20 pointing into the interior of the receiving recess 18. Will now - according to the FIGS. 4 and 5 - The closure strip 17 is joined to the carriage 8 by the carriage 8 is received in the receiving recess 18, so snap the locking projections 19 and 20 behind corresponding locking receptacles 21 and 22 on the outer contour of the carriage 8, whereby the parts are latchingly connected together and further also the two carriage parts 10 and 11 are held together. It follows from all this that in the assembled state, a displacement of the closure strip 17 according to the arrow 9 of FIG. 1 , Thus, a displacement of the closure strip 17 in the direction of its longitudinal extent or approximately in the direction of its longitudinal extent, leads to the fact that the carriage 8 is entrained, this along the guide geometry 4 and the Führungsgeometrien 4 of the gate 2 along and due to the same time a movement accordingly the double arrow 16 takes place, that is, the closure strip 17 will lower or emerge, which leads in a mounted state of the closure strip fitting assembly 1, for example, on a window to the fact that with emergent closure strip 17 is a locking of the window and when retracted closure strip 17 is unlocked.

The FIGS. 6a to 6d It shows that the guide geometry 4 on each strip side 5, 6 of the guide strip 3 of two guide sections 23, 24, wherein each guide portion 23, 24 has a lower, rectilinear, horizontal portion 25, which merges into an obliquely upwardly leading, rectilinear region 26, which merges into a higher lying, straight, horizontal portion 27. The arrangement is now made such that in each case a guide projection 14 of each slide part 10, 11 engages in the guide section 23 and in each case a guide projection 14 of each slide part 10, 11 in the guide section 24. Preferably, the guide geometries 4 may be formed as slide grooves, as in the FIGS. 6a to 6d and FIGS. 7a to 7d are shown. Will now - according to the FIGS. 6b to 6d - Moved the carriage 8, this leads to the fact that the guide projections 14 are transferred from the lower lying areas 25 in the obliquely upwardly leading portions 26 and then in the higher lying areas 27, with the result that a total of the carriage 8 is raised becomes. The carriage always remains aligned horizontally. From the above, it follows that the gate 2 has two guide portions 90, 91 in order to bring about the raised position and the lowered position of the carriage 8 and thus of the closure strip 17.

The embodiment of FIGS. 7a to 7d differs from the embodiment of FIGS. 6a to 6d only in that the two guide portions 23 and 24 are designed differently. This is especially clear Figure 7a removable. Instead of two separate guide portions 23 and 24, the respective guide geometry 4 is formed as a continuous guide portion 28 as follows. It has a higher lying, straight, horizontal region 29, which merges into an obliquely downward, straight region 30, which in a deeper, rectilinear, horizontal Transitions region 31, which merges into an upwardly inclined, rectilinear region 32, which merges into a higher-lying, straight, horizontal region 33, which merges into an obliquely downwardly leading, rectilinear region 34, which in a deeper, rectilinear , horizontal region 35, which merges into an obliquely upwardly leading, rectilinear region 36, which finally merges into a higher-lying, rectilinear region 37. Overall, this three guide portions 90, 91 and 92 are formed. The arrangement is such that the two guide projections 14 (in Figure 7a indicated) of the two carriage parts 10, 11 have such a distance from each other that they are each at the same level at a carriage displacement. Will now - according to the FIGS. 7b to 7d - Moves the carriage 8 along the guide portion 28 from right to left, so the carriage 8 is initially at the extended level (higher). According to the areas 30 and 34, a lowering then takes place until the guide projections 14 have reached the areas 31 and 35. It is now the retracted position, ie the lower position of the carriage 8 before. The carriage then moves upwards again, corresponding to the areas 32 and 36, in order then to reach the high level again at the end, since the guide projections 14 are located in the areas 37 and 33. With the carriage 8 moves in the FIGS. 7a to 7d Not shown closure strip with, since these - as described above - connected to the carriage 8, in particular is locked. As a result, such an arrangement at a window results in that according to the order of FIGS. 7b to 7d the closure strip is first extended, then retracted and finally extended again. This can be used in accordance with the FIG. 7b to realize a locking position of the window, the door or the like, according to 7c a release position, ie an unlocked position and according to the FIG. 7d a locked position, which allows a displacement of the window, the door or the like in a Kippöffnungsstellung. This will be discussed in more detail below. It should also be noted that the carriage 8 is moved by a driving force 45 acting on the closure strip 17 such that the closure strip 17 - and thus the carriage 8 - is displaced along the direction of its longitudinal extension (in FIG FIG. 7c indicated).

The FIGS. 8 and 9 clarify that before to the FIGS. 7a to 7d As stated above, the slide 8 is connected to the closure strip 17 (see also FIG FIG. 5 ). With the closure strip 17, a fitting element 38 of the closure strip fitting arrangement 1 is coupled. For this purpose, a coupling element 40 is preferably arranged in an end region 39 of the closure strip 17. The fitting element 38 also has a coupling element 41. The two coupling elements 40 and 41 form an intermediate element 42 which serves to couple the closure strip 17 with the fitting element 38. The coupling element 40 has a transverse pin 43, which is guided in a slot 44 of the coupling element 41. The slot 44 extends with its longitudinal extent transversely, in particular perpendicular, to the longitudinal extent of the closure strip 17. A comparison of FIGS. 8 and 9 shows that a displacement of the closure strip 17 (double arrow 9) by means of a driving force 45 leads to a corresponding exit and return movement of the closure strip 17 (double arrow 16) and that further the fitting element 38 in the direction of the longitudinal extent of the closure strip 17 (double arrow 9) is moved, without causing the up and down movement of the closure strip 17 (double arrow 16) is transmitted, since this movement of the transverse pin 43 in the slot 44th is carried out. Thus, the closure strip 17 transmits the drive force 45 to the fitting element 38 along its longitudinal extension. The fitting element 38 can be, for example, a drive rod 46 or a different fitting element which controls a specific function on the window, the door or the like. If the driving force 45 engages, for example, at a beginning 47 of a section 48 of the closure strip 17, then the driving force 45 is transmitted to the end 49 of the section 48 and from there to the fitting element 38. It follows from all this that the entire length or a partial length of the closure strip 17 can be used as a force transmission element 50 for the driving force 45. Since the closure strip 17 is made of a rigid, rigid material, there is a precise power transmission, without resulting in unacceptable strains or compressions.

The FIG. 10 shows a schematic representation of the use of at least one closure strip fitting assembly 1 on a sash 51 of a window. In principle, it is also possible to make such a configuration not on the sash 51, but on the associated frame accordingly.

The casement 51 has a plurality of only schematically indicated spars 52 to 55. The spars 52 and 53 are horizontal spars and the spars 54 and 55 vertical spars. The sash 51 is provided with a circumferential fitting assembly 56, which is also the at least one closure strip fitting assembly 1 belongs. In fact, the closure strip fitting arrangement 1 according to the invention is realized three times on the casement 51 (once in the closure strip of the spars 54 and 52, once in the closure strips of the spars 54 and 53 and once in the closure strip and the Ausstellschere each on the spar 52). The spars 52 to 55 are shown intermittently to obtain a larger scale, so that the fitting assembly 56 in FIG. 10 is better recognizable. The spars 52 to 55 are shown, in contrast to their actual arrangement, also offset inwards, in order to allow a view of the fitting arrangement 56. The spar 54 of the casement 51 is equipped with a gear mechanism 57, to which more precisely in FIG FIG. 16 will be received. The transmission device 57 is provided with a handle 58 which can be rotated in three, preferably offset by 90 ° to each other positions. If the free end 59 of the handle 58 points downwards, then the locking position of the casement 51 is present, ie the fitting arrangement 56 results in a locking of the casement 51 relative to the window frame (not shown) of the window. In the from the FIG. 10 resulting, horizontal position of the handle 58, the unlocking position of the fitting assembly 56 is brought about, which makes it possible to open the window. The rotation opening is done by a in FIG. 10 Finally, the handle 58 with its free end 59 can pivot upward so that it faces vertically upwards, with the result that tilting of the sash frame 51 is then possible. Here, the casement 51 is pivoted about a tilt axis 61 piece-wide, wherein the pivoting movement by means of a Ausstellschere 74, which is located on the spar 52 is limited.

The bars 52, 53 and 54 are each assigned a closure strip 17, wherein the closure strip 17 of the spar 54 is formed in two parts, ie there is a closure strip section 62 and a closure strip section 63. Between the two closure strip sections 62 and 63, the gear arrangement 57 is arranged. If the handle 58 is rotated, this leads to a synchronous displacement of the Verschließleistenabschnitte 62 and 63 along the double arrow 64 (depending on the direction of rotation). Since the closure strip sections 62 and 63 are each assigned at least one link 2 (from the FIG. 10 not apparent), the rotation of the handle 58 is not only the displacement in the longitudinal direction according to double arrow 64 done, but at the same time a movement in the direction of the double arrow 65 (again rotational position-dependent). The closure strip portions 62 and 63 cooperate with not shown, fixedly arranged in the frame closure closure recordings. In the locked state of the sash 51, when the handle 58 is rotated with its free end 59 down, the two shutter bar sections 62 and 63 enter the locking bar recordings of the frame, whereby a lock is brought about. In order now also in this locking position, the bars 52 and 53 associated closure strips 17 also engage in their associated Verschlussleistenaufnahmen of the frame so that a secure locking of the sash 51 is present, it is necessary that the means of the handle 58 and generated by the transmission device 57 passed driving force and the closure strips 17 of the spars 52 and 53 is supplied. For the induction The locking position and unlocking position is the closure strips 17 of the spars 52 and 53 also each associated with at least one link 2, so that takes place in the longitudinal direction of movement movement of the respective closure strip 17 to a corresponding transverse displacement. The frame has for the closure strips 17 of the spars 52 and 53 also corresponding closure strips recordings, in which the locking strips 17 can enter for locking.

In order to now transmit the driving force 45, which is produced by the gear mechanism 57, to the closure strip 17 of the spar 54 and to the closure strips 17 of the spars 52 and 53, intermediate elements 42 are provided. According to FIG. 10 Each corner region of the sash frame 51 relevant here is assigned three intermediate elements 42, which are connected in series. The middle intermediate element 42 in each case is a first intermediate element 75, which is designed as a corner deflection 76. The two other intermediate elements 42 are each a second intermediate element 77, which in principle in the training in the FIGS. 8 and 9 represented intermediate element 42 corresponds, ie, the FIGS. 8 and 9 show second intermediate elements 77.

The FIGS. 11 to 13 show the Eckumlenkung 76 formed as first intermediate element 75. The Eckumlenkung 76 has a holding part 68 which is rotatably supported by a rotary bearing 69 on a stationary to be arranged base 70. The base part 70 is designed angularly and is attached in the embodiment of Figure 10 on the sash 51 in the joint area of the spars 52 and 54 and 53 and 54. On the holding part 68 are by means of pivot bearings 71 two support elements 72 pivotally mounted. The support members 72 have terminals 73 which are coupled to the respective second intermediate member 77. Of the second intermediate element 77, one of the coupling element 40, 41 is connected to the respective connection 73 and the other of the coupling element 41, 40 to the closure strip 17 of the spar 52 or 53 or 54.

According to FIG. 10 a coupling of the closure strip 17 of the spar 52 with the fitting element 38 designed as Ausstellschere 74 also takes place by means of an intermediate element 42 which is formed as a second intermediate element 77. Furthermore, the FIG. 10 it can be seen that the transmission device 57 is coupled via intermediate elements 42 formed as second intermediate elements 77 to the closure strip 17, namely to the two closure strip sections 62 and 63.

Based on FIGS. 8 and 9 the second intermediate element 77 has already been explained in more detail, wherein it serves to couple different fitting components together (ie not only those shown in FIGS. 8 and 9). The FIG. 14 shows a preferred construction of the second intermediate element 77. Basically, this already applies to the FIGS. 8 and 9 Said, said the FIG. 14 It can be seen that the coupling element 40 has an open-edged recess 78 into which a projection 79 of the coupling element 41 engages guided. The slot 44 is located in the projection 79. The from the FIG. 14 Outstanding construction illustrates that the two coupling elements 40 and 41 are very good leading to each other.

The FIG. 16 illustrates schematically the operation of the transmission device 57. The handle 58 is rotatably connected to a rotatably mounted about an axis 80 rotatable part 81, from which a stud 82 extends, which engages in a slot 83 of a slider 84. If the handle 58 is actuated, the rotational movement of the stud bolt 82 is converted into a linear movement (double arrow 64) of the slide member 84. To the sliding part 84 are - as well as from the FIG. 10 visible - the second intermediate elements 77 and then connected thereto the shutter bar sections 63 and 64.

The FIG. 17 illustrates in a schematic cross-sectional representation that on the casement 51 slidably mounted closure strips 17 for locking with a frame 85 of the window, the door or the like can each enter into a closure strip receiving 86 of the frame 85. With a solid line the unlocking position of the closure strip 17 and gestrichtelter line the locking position of the closure strip 17 is shown.

In the embodiment of FIG. 10 17 scenes 2 are used for the individual closure strips (in FIG. 10 not apparent), which - according to the FIGS. 7b to 7d - Take over the displacement three positions, with the result that the carriage 8 in these positions depending on the respective guide geometry 4 has a corresponding position, so that the slide 8 attached to the closure bar 17 assumes its withdrawn or her emerged position. This will be discussed below.

The operation of the embodiment of the FIG. 10 is as follows: If the handle 58 is in the locked position, in which it has with its free end 59 downwards, it is assumed that all closure strips 17 have their locking position and the Ausstellschere 74 is in the un-flared condition. Now, if a rotational opening of the sash 51 to take place about the hinge axis 60, the user turns the handle 58 in the from the FIG. 10 Outgoing, horizontal position. As a result, the stud bolt 82 of the gear device 57 displaces the sliding member 84, whereby a driving force 45 is generated, which acts on the second intermediate elements 77 and respectively produces a displacement of the two closure strip sections 62 and 63 in their longitudinal extension direction. Due to the associated scenes 2, the two closure strip sections 62 and 63 shift to their retracted position, ie they no longer engage in the associated closure strip receptacles 86.

The mentioned longitudinal displacement of the closure strip section 63 is transmitted via the second intermediate element 77 and the first intermediate element 75 to the further second intermediate element 77 and from there to the closure strip 17 of the spar 52. The Eckumlenkung 76 is, for example, from the position of FIG. 13 in the position of FIG. 11 relocated. Associated is thus a corresponding displacement movement of the closure strip 17 of the spar 52, with the result that due to the corresponding guide geometry 4 of the associated link 2 and this closure bar 17 is transferred from the locking position to the unlocked position. Furthermore, the longitudinal displacement of the closure strip 17 is transmitted to the Ausstellschere 74 via the second intermediate element 77, but due to the intended rotation opening the sash frame 51 has no function. With regard to the closure strip section 62 and the adjoining intermediate elements 42 and the closure strip 17 assigned to the spar 53, a corresponding function results, as already described above for the upper corner of the casement 51. The sash 51 can therefore be opened by rotation.

If tilting of the casement 51 is to take place, the user turns the handle 58 into a vertical position, in which the free end 59 faces upward. Accordingly, the transmission device 57 takes the two closure strip sections 62 and 63, which in turn actuate the corresponding intermediate elements 42 (see FIGS. 11 and 12 with respect to the Eckumlenkung 76) and the adjoining closure strips 17 displace, via the intermediate element 77, which adjoins the Ausstellschere 74, and the latter is actuated for a tilting opening. The arrangement is now such that due to the corresponding guide geometries 4 of the scenes 2, the closure strip 17 of the spar 54 and the closure strip 17 of the spar 52 remain in the Tilt opening position in the unlocked position. The guide geometry 4 of the gate 2, which is assigned to the closure strip 17 of the spar 53, however, causes the corresponding closure strip displacement causes the closure strip 17 enters the associated closure strip receiving 86 of the lower horizontal spar of the frame, not shown. The sash 51 can now be spent in Kippöffnungsstellung, the engagement of the lower closure bar 17 in the Verschlussleistenaufnahmen 86 creates an additional backup. Of course, the dimensions of the sealing strip 17 and the Closure strip receiving 86 may be selected such that a tilting is possible.

From the way it works, as exemplified by the FIG. 10 has been explained, it is clear that the driving force 45 is transmitted from the associated closure strip 17 to at least one further fitting element 38, wherein the closure strip 17 itself acts as a force transmission element 50. The closure strip 17 is subjected to tensile and / or pressure along its longitudinal extent.

The FIG. 15 illustrates another type of Eckumlenkung 76 in a schematic representation. The corner drive 76 of the FIG. 15 has two linearly displaceable connecting elements 87, which are coupled via a bent, compressive and tensile forces receiving connecting means 88, so that a linear displacement of the one connecting element 87 causes a corresponding linear displacement of the other connecting element 87. At the connecting elements 87 then close - as already to FIG. 10 explains - the second intermediate elements 77 at.

Due to the invention, namely the transmission of an actuating force through at least a portion of a closure strip, it is not necessary to provide a closure strip on each spar of a wing or a frame of a window, a door or the like, that is, no circumferential arrangement is required. Nevertheless, the individual fitting elements can be operated properly. Furthermore, it is preferably provided that they can be controlled separately by different guide geometries of the scenes of the different closure strips, ie For example, a closure strip may function as a tilting ledge to cause a tilting opening position in the window, door or the like. The number of switching positions and the switching sequence can also be determined by a corresponding design of the respective guide geometries of the backdrop. Furthermore, it is also possible to connect the closure strip fitting arrangement according to the invention to an existing fitting system. The closure strip fitting arrangement according to the invention can also be used in the area of concealed or resting hinge sides of a window, a door or the like.

Furthermore, it should preferably be mentioned that the closure strip or the closure strips of the closure strip fitting arrangement according to the invention can also be used in the case of all-glass wings of a window, a door or the like by between two or more glass panes a receptacle, for example a groove is formed, in which they Retraction and extension of at least one closure strip is mounted. Furthermore, it is possible to store the closure strip or the closure strips in the frame accordingly so that they can enter or exit into the aforementioned receptacle or groove of the all-glass leaf.

Claims (21)

1. Locking strip fitting arrangement for a window, a door or similar, which for its actuation is acted upon by a driving force, with at least one locking strip driven by the driving force in the direction or approximately in the direction of its longitudinal extension, which strip is guided displaceably on at least one connecting link fastenable to the window, the door or similar in particular for locking and unlocking displacement, and with at least one fitting element to be driven, in particular serving for the window or door control and/or in particular the window or door locking and unlocking, wherein at least a section (48) of the locking strip (17) forms a force transmission element (50) for a transmission of the driving force (45) to the fitting element (38), wherein the driving force (45) is introduced at a beginning (47) of the section (48) and is released at an end (49) of the section (48), characterised in that the locking strip (17) is guided on the connecting link (2) with the interposition of a carriage (8).
2. Locking strip fitting arrangement according to claim 1, characterised in that the section (48) extends in the longitudinal extension or substantially in the longitudinal extension of the locking strip (17).
3. Locking strip fitting arrangement according to one of the preceding claims, characterised in that the fitting element (38) is another locking strip (17).
4. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the fitting element (38) is a stay arm (74) of the window, the door or similar.
5. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the locking strip (17) and the fitting element (38) are associated with the same pillar (52, 53, 54, 55) or different pillars (52, 53, 54, 55) of the window, the door or similar.
6. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the locking strip (17) is coupled to the fitting element (38) directly or indirectly, namely via at least one intermediate element (42).
7. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the intermediate element (42) is a first intermediate element (75), which is formed as a corner linkage (76).
8. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the intermediate element (42) is a second intermediate element (77), which comprises at least two coupling elements (40, 41), wherein the driving force (45) is transmitted from one coupling element (40, 41) to the other coupling element (41, 40) in a force transmission direction and the coupling elements (40, 41) are supported displaceably on one another transversely to the force transmission direction.
9. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the corner linkage (76) comprises a retaining part (68), which is supported rotatory-movably by means of a rotary bearing (69) on a base part (70) to be arranged stationary and that two supporting elements (72) are hinged pivotably-movably on the retaining part (68) by means of pivot bearings (71), which elements serve for the coupling to at least one fitting element (38), to at least one locking strip (17) and/or to at least one intermediate element (42).
10. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the carriage (8) comprises two carriage parts (10, 11), which receive at least one section of the connecting link (2) between them.
11. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that at least one of the carriage parts (10, 11) comprises at least one guide projection (14) pointing in the direction towards the other of the carriage parts (11, 10), which projection interacts with a guide geometry (4) of the connecting link (2), in particular engages in a connecting link groove of the connecting link (2).
12. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the locking strip (17) comprises a receiving recess (18), in which areas of the carriage parts (10, 11) engage to hold the carriage parts (10, 11) together.
13. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the locking strip (17) is formed U-shaped in cross section, wherein the inner of the U forms the receiving recess (18).
14. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the connecting link (2) comprises a first guide region (90), which brings about the locking position of the locking strip (17) and that the connecting link (2) comprises a second guide region (91), which brings about the unlocking position of the locking strip (17).
15. Locking strip fitting arrangement according to any one of the preceding claims, characterised by at least two locking strips (17), each of them having at least one connecting link (2) assigned, wherein the connecting links (2) comprise different guide geometries (4) for the locking strips (17).
16. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that the connecting link (2) comprises a third guide region (92), which permits a tilting position of the window, the door or similar, in which the locking strip (17) is at least partially extended for engaging in a locking strip receptacle (86) of the window, the door or similar.
17. Locking strip fitting arrangement according to any one of the preceding claims, characterised in that another connecting link (2) for the other locking strip (17) comprises a first guide region (90), which brings about the locking position of the locking strip (17) and that the connecting link (2) comprises a second and a third guide region, which both cause the unlocking position of the locking strip (17).
18. Method for driving a locking strip fitting arrangement, in particular according to one or more of the preceding claims, for a window, a door or similar, which for its actuation is driven by a driving force, with at least one locking strip, which is displaced by the driving force in the direction or approximately in the direction of its longitudinal extension, wherein the locking strip is guided displaceably on a connecting link fastenable to the window, the door or similar in particular for a locking and unlocking displacement, and with at least one fitting element to be driven, which serves in particular for the window or door control and/or in particular for the window or door locking or unlocking, characterised in that with at least a section (48) of its longitudinal extension the locking strip (17) undertakes a transmission of the driving force (45) to the fitting element (38), wherein the driving force (45) is introduced at a beginning (47) of the section (48) and is released at an end (49) of the section (48) and wherein the locking strip (17) is guided on the connecting link (2) with the interposition of a carriage (8).
19. Method according to claim 18, characterised in that the use of the section (48) of the locking strip (17) used as a force transmission element (50) takes place in the longitudinal extension or substantially in the longitudinal extension of the locking strip (17).
20. Method according to any one of the preceding claims, characterised in that another locking strip (17) is used as a fitting element (38).
21. Method according to any one of the preceding claims, characterised in that a stay arm (74) of the window, the door or similar is used as a fitting element (38).

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