HU213790B - Locking device for door or window - Google Patents

Abstract

 The present invention relates to an opening device, preferably a window or a door having a wing and fixed capital, and which is provided with a flap, which, in the case of a flange (20) arranged in the wall surface (17) of the wing and / or the cap, exemplifies at least one thrust rod (6) in the direction of heat. is arranged, - the thrust rod (6) is held and / or heated by the guide elements located along the cheesecloth (20), - the dipstick (6) is provided with clamping elements (8) extending substantially transversely from the crown (20) and also retractable by the guide means (32). , and - from which the piston rods (6) or tumbler rods (6) arranged mutually in the direction of discharge are arranged in a pivotable manner by means of pivoting pins (10), which, according to the invention, the flap and / or the capital-formed crevice sleeve (20) is provided at a height of at least approximately equal to the inner opening gate (22) in the direction of the cross-section of the thrust rod (6) for feeding the throttle bar (6); equipped with an operating heat shrink (27) towards the front, - an actuator (6) is formed with an outer circumferential width (29) smaller than the inner opening width (22) of the crown (20), - from the base or bottom (23) of the fine filament (20) as a sliding guide-sliding element by means of a toy - the slats or skins extending into the groove (27) of the thrusters (6) are raised, - the fittings (8) with dewclaws (6) and / or the steam traps (6) interact with each other within a small screen (20) at least on a cross-sectional cross-section (10). ) through aligners in which the means for supporting and / or supporting the fittings (8) and / or the clamps (10) are fixed to the circumferential edge of the circumferential edge (29) of the torque rod and / or to the circumferential edge, preferably to the wall surface (17), of at least the wing and / or the cap. ŕ

Description

(57) EXTRAS

The present invention relates to a door and window structure, preferably a window or door, which has a wing and a fixed casing and in which a rod-bar fitting is mounted, wherein

- at least one movable bar (6) disposed longitudinally in the profile groove (20) in the circumferential edge surface of the wing and / or the housing, for example in the respective wall surface (17),

- the driving rod (6) is supported and / or carried by guides located along the profile groove (20),

- the connecting rod (6) engages with the hardware elements (8) protruding substantially transversely from the profile groove (20) and also displaceable by guide means (32), and

- in which the moving rods (6) or the sections of the connecting rod arranged successively in the direction of displacement in the profile groove (20)

Figure 2

The length of the description is 12 pages (including 4 pages)

HU 213 790 B

HU 213 790 Β are connected by means of coupling lugs (10) where, according to the invention

- the profile groove (20) formed in the wing and / or housing has at least approximately uniform internal opening width (22) in the cross-sectional region for receiving the operating rod (6),

- the driving rods (6) are provided with a groove (27) extending longitudinally and facing the base or bottom (23) of the profile groove (20),

- the driving rods (6) are formed with an outer profile width (29) smaller than the inner opening width (22) of the profile groove (20),

- a slat or rib extending from the base or bottom (23) of the profile groove (23) as a lateral guide, with a sliding play, extending into the groove (27) of the guide rods (6),

- the hardware elements (8) are arranged to engage with each other in a form-adjusting connection with the driving rods (6) and / or the traveling rods (6) at least externally across the profile groove (20),

wherein the guiding means supporting and / or supporting the hardware members (8) and / or the clips (10) in their adjustment range are mounted on at least the peripheral surface, preferably the wall surface (17) of the wing and / or socket.

The present invention relates to a door and window structure, preferably a window or door, which has a wing and a fixed casing and in which a rod-bar fitting is mounted, wherein

- at least one movable rod is arranged longitudinally displaceable in the profile groove in the circumferential edge surface of the wing and / or the frame, for example in the respective wall surface,

- the prop bar is supported and / or carried by guides located along the profile groove,

- the connecting rod engages with hardware members extending substantially transverse to the profile groove and also displaceable by guide means, and

- wherein in the profile groove, the movable rods or the rod sections sequentially arranged in the direction of displacement are arranged in engagement with one another by means of locking lugs which can be connected thereto.

In the case of such windows, doors or similar doors and windows, the wings, when constructed of wood or plastic profiles, have a stepped open groove on their wall surface. They are provided with a EURO groove which comprises an outer wider staircase step 40 and an inner narrower stairway step. While the outer groove step has a relatively shallow depth, the inner groove step has a greater profile depth. The outer wider groove step typically has a opening width of 16 mm and a depth of approximately 2.5 mm, while the inner narrow groove step has a opening width of 12 mm and a depth of approximately 9 mm.

Rod bars designed to be installed in such staggered grooves or 50 EURO sands are generally constructed as structural hardware units, which have more or less different structures and which are known as the so-called "iron". within the building block system, they can be assigned to one another or linked to one another for operational purposes.

Such a system of rod-bar fittings comprises at least one actuator unit, which is configured as a flush-mounted rod bar and is needed to lock the wing occupying the stationary barrel. In addition, such a building block system 20 also typically includes corner guides through which additional connector units can be functionally connected to the rod lock assembly. The rod locking units and the connecting units are, as a rule, a so-called actuator for their operating rod. They are provided with a long face plate which, with its cross-sectional dimensions, fits in the steps of the outer but wide and flat groove of the wing wall surface and is located along the profile groove. On the reverse side thereof, the driving rod 30 is held and guided, so that it is accommodated by a step of an inner, but narrower and deeper groove in the profile groove.

Further elements of hardware, such as lock pins, are connected to the drive rod, which protrude substantially out of the profile groove in the transverse direction and are also guided through the long face plate, and in the longitudinal holes formed therein.

In the profile groove, the moving rods or the rod sections arranged one behind the other in the direction of displacement can be contacted with one another by means of locking lugs that can be connected thereto. Corner guide members and connector units are also typically provided with additional hardware members, such as lock pins or the like, which protrude substantially perpendicularly from the profile groove and are guided in the longitudinal holes of a corner cover member or long face plate.

Bar-shaped fittings, which consist of hardware components which form a component system and which can be reliably incorporated into the wings of windows, doors or similar doors and windows, are known in many embodiments. For example, DE OS 22 22 839, DE PS 23 13 690 and DE AS 24 61 228 disclose such bar bars.

As the stair grooves usually formed in the wall surfaces of the wings - the so-called grooves. The ingot bars to be installed in EURO sand require a high installation cost and cost, for example DE OS 27 12 243, DE OS 30 01 260 and DE OS 41 34 705

EN 213 790 Β application discloses rod bars that do not require separate front plates at least in the region of the hardware components and the connecting components.

Although such rod-bar systems require less manufacturing costs and can therefore be manufactured at lower costs than the first-mentioned rod-bars. However, these systems also have the disadvantage that windows and doors of different heights and widths have to be manufactured and made available in different sizes, since the hardware components to be adjusted by the linking rods are particularly locked to the linkage and locked at predetermined lengths . Thus, the available movable rods can be used only within defined size ranges, where the largest size is determined by the specified length, while the smallest size is derived from the size of the respective movable rod, also predefined. Therefore, the movable rod section that is separated during slaughter is not always reusable, but forms waste.

However, rod bars are known in which the movable bar and the cover rail are independently supplied as a meter product, so that elements with the required installation length can be produced practically without waste (see DE OS 19 62 905 and DE AS 17 08 181). In these solutions, however, the movable support elements, such as locking pins, on the movable bars and associated cover rails can only be arranged at relatively large pitch distances, recorded. For this, it is necessary that the fixing screws also penetrate through the longitudinal holes formed in the drive rod. In this case, the fastening bolts used for the cover rail also form side guides for the bar to prevent, in practice, the lateral forces acting on the iron parts it carries, e.g.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a further embodiment of a rod rod for windows, doors, or the like, which allows the insertion of a rod not only practically free of the required length of iron, but also of in fine steps and thus at virtually any position, can be operatively engaged with the actuator without adversely affecting the actuation of the guides in the actuation region of the profile groove.

In order to solve this problem, we have provided a door and door structure, preferably a window or door, according to the invention.

- the profile groove in the wing and / or housing has at least approximately uniform internal opening width in the cross-sectional region for receiving the prop,

- the movable bars are provided with a groove extending longitudinally towards the base or bottom of the profile groove,

- the driving rods are formed with an outer profile width substantially smaller than the inner opening width of the profile groove,

- from the base or bottom of the profile groove, a slat or rib extending into the groove of the moving rods protrudes from the bottom or bottom of the profile groove,

- the hardware members are arranged in a form-adjusting adjustment connection with the actuating rods and / or the actuating rods at least externally through the connecting lugs within the profile groove,

- wherein the guiding means supporting and / or supporting the hardware members and / or couplings in their adjustment range are mounted at least on the circumferential edge surface, preferably the wall surface, of the wing and / or socket, in addition to the profile beam width.

The doors and windows described in the introduction, such as windows, doors, etc., which have the above characteristics, have the great advantage that the arrangement and installation of the bar-iron fittings can be carried out in a simple and reasonable manner. All that is required is that the levers be called the so-called. separated from the meter, without significant waste generation, cut to the required length and laterally inserted into the profile groove on the circumferential edge of the sash and / or frame, and connected to the conductor, partly and simultaneously in series, with the other associated hardware recorded.

Advantageously, the driving rods are formed as profile rails having a U, C or H cross-section, which may be profiles made of metal or plastic.

In a preferred embodiment of the door and door assembly according to the invention, the actuating rods are provided with coupling members arranged throughout their entire length, preferably uniformly, which are assigned to complementary coupling counterparts formed on the coupling lugs and / or fittings.

Advantageously, the coupling members formed on the linking rods and the coupling members formed on the coupling heads and the hardware elements consist of fine teeth perpendicular to their longitudinal direction, since they allow the displaceable bearings of the guides to be displaced relative to the positioning rods.

HU 213 790 Β

Advantageously, the coupling members formed as the linking members are formed by groups of slots or groups of holes or rows of holes or rows of holes, while the connecting lugs or hardware elements carry ribs or pins or the like adapted to the slots or holes.

It may be particularly advantageous to have both fine teeth, slit rows, and rows of holes as coupling members on the moving rods.

Of particular importance for achieving the object of the present invention is the embodiment in which the fine toothed coupling members are formed at least on the outer surfaces of the profile flanges of the profile rails, while the slot-shaped coupling members and the hole-shaped coupling members are arranged in the profile ridge.

In the case of doors and windows made of metal and / or plastic profiles, in particular windows and doors, it is advantageous if the strip or rib protruding from the base or bottom of the profile groove is made of the same material as the metal and / or plastic profile. mount case is available. Such an embodiment can, of course, also be used for windows and doors made of wood profiles. All that is needed is a suitable groove profile.

Particularly, but not exclusively, in cases where the door and window structure consists of wood profiles, it is desirable that the slats or ribs are arranged on a profile member fixed to the bottom or bottom of the profile groove, either continuously or intermittently.

An advantageous embodiment of the profile groove with respect to the hardware members to be engaged in the transverse direction and engaging with the drive rod is that the guide means consist of plates or rails that are flanked on the peripheral surface of the wing and / or housing, e.g. guides that can be locked in anchoring profile ranges.

If the rods are C-shaped cross-sections, it is particularly advantageous according to the invention to have fine teeth on the longitudinal edges of their C-edges facing each other. In this case, it is preferable that the rods made of strip-shaped metal sheet are bent or rolled and are preferably provided with fine teeth on the longitudinal edges of the C-shaped profile rails.

Because the outer profile widths of the actuators are smaller than the internal aperture width of the profile groove, the guides associated with the actuator and the hardware associated with the hardware preferably preferably extend beyond the mounting and movement area of the associated coupling they are arranged in a supportive way. The fixing of these guides or guides, however, is preferably implemented outside the profile groove on the adjacent wall surface of the wing and / or frame.

With respect to a door and window structure such as a window or door constructed in accordance with the present invention, it is essential that the rod-bar fitting with the rods, the associated guides and the associated hardware and guides thereof, and the operative couplings be based on an installation or impact system. such as rod bars with conventional structural iron assemblies, which, however, are provided with cover strips and movable bars which can only be detached (cut off) by region. The disadvantage of conventional structural iron assemblies, according to which the cover strips and drive rod sections which have been separated or cut off, are no longer recoverable but constitute waste, has been largely eliminated by the present invention.

The invention will now be described in more detail below with reference to preferred embodiments, with reference to the accompanying drawings, in which:

Figure 1 is a schematic diagram of a window consisting of a wing and a fixed frame with its associated rod-bar,

Fig. 2 is a perspective exploded view of detail II of Fig. 1 in approximately real size,

Figure 3 is a sectional view taken along line III-ΠΙ in Figure 1, of approximately real size,

Figure 4 shows the number profile shown in Figure 2 in real size,

Figure 5 is a sectional view taken along the line V-V in Figure 1 in approximately real dimensions;

Fig. 6 is an enlarged perspective view of a further embodiment of a rod of a bar rod, and

Figure 7 is a plan view of the starting material from which the approximately C-shaped prop bar profile is made.

Figure 1 is a schematic, simplified view of a door / window structure 1, which is a door / window structure of a building and has a window or balcony door and a fixed frame 2 and at least one wing 3 which can be moved.

The nature of the movement of the wing 3 relative to the fixed frame 2 is of subordinate importance in this case, since it is intended to detail the design, installation and arrangement of the bar 4 fitting , and its assignment to the balcony door is clearly outlined.

In the exemplary embodiment shown, the rod lock 4 has a rod lock 5, movable bars 6, corner guides 7, lock pins 8 and locking lugs 9, 10. The coupling lugs 9 serve only for the purpose of joining the adjacent longitudinally movable structural members in a form-locking manner. In contrast, the clips 10 are not only used for this purpose, but are provided with at least one locking pin 8 to form a unit 4

They are designed and arranged to allow these locking pins 8 to form a locking connection at any point along the length of the pivoting rods for movement. For the sake of completeness, two further hinges 11 are shown in Fig. 1, which serve to allow the flap 3 to pivot about the lateral axis X-X relative to the stationary housing 2.

Of course, a rotary axis may also be provided between the movable wing 3 and the fixed frame 2 at any other suitable location, i.e. the wing 3 may be arranged relative to the fixed frame 2 so as to form an opening, tilting, rotating, tilting, rotating wing.

The main features of the door / window structure 1 forming the window or balcony door are shown in Figures 2-7. 7 to 8 are described with reference to the embodiments shown in FIGS. Figures 2 and 3 show a door / window structure 1 having a profile made of hollow profiles made of plastic or optionally light metal, while Fig. 5 shows a case and number profile made of solid wood. Figure 2 shows a number profile 12 formed of a hollow profile. The rod 6 of the rod 4 has a U-shaped cross section. Figure 3 also shows a hollow profile 13 in the form of a hollow profile, in which the cross-section of the moving rod 6 is H-shaped. In the embodiment shown in Fig. 4, the moving rod 6 is also provided with an H-shaped cross section. The figure further shows, when installed, a coupling 10, a guide 32 and a hardware member 8 which is formed as a locking pin.

Figure 5 shows a profile profile 15 made from a wood profile as well as a profile profile 15 also made from a wooden profile.

It is important for the formation of the number profiles 12, 14 that they comprise a profile groove 20 in the wall surface 17,19 which is substantially perpendicular to the plane of the wing and is connected to the lock profile 16, 18 on the backside. It is important here that the profile groove 20 has a uniform internal opening width 22 throughout its entire depth 21, as is clearly shown in the numeral profile 12 of FIG. This profile groove 20 serves to receive the rod 6 of the rod 4 at all times. The profile groove 20 also serves to accommodate the corner guides 7 and the locking lugs 9 and 10 of the rod bar 4 as shown in FIG.

Figures 2, 3 and 5 further show that a rib or a rib 24 protrudes from the base or bottom of the profile groove 20, the height 25 of which is only a part of the depth 21 of the profile groove 20 and 26 has a width 26 also has a fraction of its internal opening 22. In parallel to the numeral plane and relative to the central plane passing through the profile groove 20, the strip and the ribs 24 are symmetrical. 2-4. The ribs or ribs 24 shown in Figs.

The special cross-sectional shape of the profile groove 20 and the presence of the slats and ribs 24 protruding from the base and the bottom 23 are closely related to the design and installation of the actuating rods 6 of the rod bar 4.

2, 3.5. 6 and 6, the driving rods 6 are each provided with a longitudinal groove 27 which points towards the bottom 23 of the profile groove 20, as shown in particular in FIG.

According to Fig. 2, the moving rod 6 has a bottom open U-cross section, while Fig. 3 has a H-shaped cross-section and in the embodiment of Fig. 6 has a bottom open C-cross-section.

The maximum profile height 28 of the levers 6 is less than the depth 21 of the profile groove 20. The maximum profile width 29 of the lever 6 is also smaller than the inside opening 22 of the profile groove 20. The inside width 30 of the bottom groove 27 of the lever 6 is slightly matched to the width 26 of the strip or rib 24, which protrudes from the bottom 23 of the profile groove 20.

As already mentioned above with reference to Fig. 1, the rod bar 4 has, in addition to the connecting rods 6, also a coupling 9, 10. The function of the coupling shoes 9 is essentially to provide a succession of displacement rods 6, or sections or portions thereof, which are arranged in the direction of displacement in the profile groove 20 and which are stable against tensile and compressive stresses. The clips 10 of Fig. 2 additionally serve as a support for hardware components, such as lock pins 8, which form the necessary structural elements for the operation of the rod lock 4. The movement of the structural members of the rod 4, such as the lock pins 8, must be accurately determined relative to the flap 3 and the fixed housing 2 of the door structure 1, and therefore such operational structural members are held by guides 32 and e.g. are guided in trained longitudinal holes 31. The guide means 32 may be plates which may be rigidly or fixedly fixed to the wall surfaces 17 and 19 of the number profiles 12 and 14, respectively. As guide means, profile elements which extend beyond the cross-section of the prop bar at least at intervals into the profile groove 20 may also be used.

For example, fasteners for the guide means 32 may be screws 33 which may be screwed into the wall surfaces 17 and 19 of the number profile 12 and 14 alongside the profile groove 20, while the hardware components such as locking pins 8 They are substantially perpendicular to their sides, with the associated coupling 10 positioned on their lower and rear sides (see, for example, Figure 2).

In Fig. 1, only the schematically marked latches 9 are of substantially the same design as the latches 10. The clips 9 can be easily attached to the underside of the plate-shaped guide means 32 by a loose support fit. In some cases, however, it is preferable that the clips 9 are at the bottom or bottom of the plate-shaped guide means 32.

EN 213 790 Β ve are held in a longitudinally displaceable support connection.

In the embodiment of Figs. 2 and 5, the actuating bars 6 are profiles of U-shaped cross-section from below. In contrast, in the embodiment shown in Figures 3 and 4, the guide bars 6 are profile rails of H-shaped cross-section. Advantageously, the actuators 6 are made of metal profiles. In some cases, it is also possible that the guide rods 6 are formed of plastic profiles.

Furthermore, it can be seen from Figure 2 that the actuating rods 6 are provided with coupling members 34, 35, 36 arranged along their entire length.

The coupling members 34 are fine teeth perpendicular to the longitudinal direction of the respective lever 6 and formed on at least the outer surfaces of the profile edges 37 of the profiles, for example, pressed into these outer surfaces, as can be seen in FIG.

It is particularly advantageous that the fine teeth forming the coupling members 34 are disposed without interruption along the entire length of the moving rod 6 as shown in Figure 2.

The coupling members 35 consist of groups of holes, in particular rows of holes, while the coupling members 36 may be formed of groups of slots, especially rows of slots. The coupling elements 35 and 36 are each provided at least in the profile ridge 38 of the moving rod 6. An embodiment in which the coupling elements 35 formed by the holes and the coupling elements 36 formed by the slots are provided in the profile ridge 38 of the actuator rod has proved to be advantageous. In this case, it is preferable that the successive holes of the coupling members 35 are spaced apart and evenly spaced along the entire length of the operating rod. It is also desirable that the coupling members 36 formed as slots are of a certain length and are spaced consecutively at the profile ridge 38. In this case, it is desirable that the slots forming the coupling members 36 have a length dimension corresponding to the spacing or multiple of the spaced holes of the coupling members 35, as shown in FIG.

The coupling lugs 9, 10 are provided with a cross section that allows the coupling lugs 9, 10 to be arranged at least externally at least from the outside. In particular, Figures 3 and 5 show that the couplings 9, 10 are provided with at least a U-shaped cross-section having an internal dimension adapted to the outer dimensions of the actuators 6 so that the actuators 9, 10 can tightly enclose the actuators. The clips 9,10 are provided with fine teeth on the inner surfaces of their flanges forming clamping members 39, which are fitted with fine teeth formed as clips 34 on the outside of the profile edges 37 of the actuators. As a result, it is possible to fasten the clips 9, 10 to the actuators 6 at practically any length of their length, thereby forming a locking connection with the actuators 6. In this case, the fine teeth can be configured such that stepwise adjustments of up to 2 mm between the steps can be achieved by aligning the clips 9,10 to the rods 6.

It is also possible to use clips 9,10 which may be provided with pins which fit into the holes of the clamps 35 and / or ribs which fit into the slots of the clamps 36 and which serve as counter-blocks. In such embodiments, only degree of adjustment can be provided in connection of the coupling lugs 9,10 and the linking rods, the distance between which corresponds to the hole distances of the coupling members 35 or the gap 36 of the coupling members.

When the profile rails 6 are used as guide bars 6, as shown in Figures 3 and 4, their profile edges are always provided with fine teeth perpendicular to their longitudinal surface. In this case, in addition to their profile flanges, the clips 9,10 may be provided with a longitudinal strip projecting from the profile ridge, such that the clips 9,10 have an E-shaped profile. In this case, it is possible for the longitudinal surfaces of the strip parallel to the profile flanges 40 to be provided with fine teeth which act as coupling elements counteracting the fine teeth on the inner surfaces of the H flanges.

2-4. It will be appreciated that it is advantageous if the strip or rib 24 projecting from the bottom 23 or the shape of the profile groove 20 is made of a material identical to the respective wing profile 12 or 14, respectively. This is possible in particular for the number profiles 12 made of metal or plastic profiles, or for the advantageous or solid wood number profiles 14 provided that they are provided with a properly fitting groove profile.

5 shows that it is also possible to implement the strip or rib 24 on a separate profile member 41 which can be secured to the bottom 23 or the flat base of the profile groove 20 by, for example, gluing, screwing, screwing or nailing. The respective profile member 41 may be arranged along the bottom of the profile groove 20 or at its base 23 or in sections. Advantageously, the profile member 41 can be made of a material which cooperates optimally with the associated moving rod 6 with respect to sliding.

In the exemplary embodiment shown in Fig. 6, the guide rods 6 are profiles of approximately C-shaped cross-section. In this case, it is desirable that the driving rods 6 also have fine teeth 43 on the free longitudinal edges of their opposed flanges 42, which can be used as auxiliary coupling means similar to the fine teeth arranged on the inner surface of the flanges 6. 6 are rods 6 consisting of profile rails with a C-shaped cross-section

They may be made from a ribbon-like metal sheet by flange bending or rolling, which is provided with, for example, cut-out 43 fine teeth along the longitudinal edges of the sheet metal, prior to the flange bending or rolling, as shown in Figure 7. .

In the exemplary embodiment shown in Figure 4, it is further noted that the plate guide means 32 associated with the coupling 10 and the locking pin 8 it carries can be secured to the number profile 14 by not engaging but by interconnecting raised profile regions 44.45.

In a further embodiment, the plate-shaped guide means 32 can be secured in addition to the snaps by means of screws 33 as illustrated in Figure 3.

It is important, however, that the guide means 32 for supporting and guiding should always be mounted on the door and window assembly where the connecting rods 9 and 10 and the actuated iron parts, such as lock pins 8, are assigned to the movable bars 6 in the profile groove 20.

The corner guides 7 of the rod bar assembly 4 are preferably characterized by conventional construction and operation, i.e. in the guide guiding profiles they are provided with elastic webbing bodies (spring bands) that are rigidly displaceable for tensile and pressure bending. through form-locking contact. To this end, the ends of the strip-shaped bodies are, of course, provided with suitable coupling counter-members.

Claims (14)

PATENT CLAIMS A door-and-door structure, preferably a window or door, having a wing and a fixed casing, in which a rod-iron fitting is mounted, wherein - at least one movable rod is arranged longitudinally displaceable in the profile groove in the circumferential edge surface of the wing and / or the frame, for example in the respective wall surface, - the prop bar is supported and / or carried by guides located along the profile groove, - the connecting rod engages with hardware members extending substantially transverse to the profile groove and also displaceable by guide means, and - wherein, in the profile groove, the displacement rods or the rod sections sequentially disposed in the displacement direction are arranged to engage with each other by means of locking lugs that can be connected thereto, characterized in that: - the profile groove (20) formed in the wing (3) and / or the housing (2) has at least approximately uniform internal opening width (22) in the cross-sectional region for receiving the moving rod (6), - the driving rods (6) are provided with a groove (27) extending longitudinally and facing the base or bottom (23) of the profile groove (20), - the driving rods (6) are formed with an outer profile width (29) smaller than the inner opening width (22) of the profile groove (20), - a slat or rib (24) extending from the base or bottom (23) of the profile groove (23) as a side guiding game with a sliding play, - the hardware elements (8) are arranged to engage with each other in a form-adjusting connection with the actuating rods (6) and / or the actuating rods (6) at least externally across the profile groove (20), wherein the guiding means supporting and / or supporting the hardware members (8) and / or the clips (9,10) in their adjustment range at least on the circumferential edge surface, preferably the wall surface (29) of the wing (3) and / or frame (2) 17 and 19, respectively, are arranged in a lockable manner. A door and window assembly according to claim 1, characterized in that the moving rods (6) have a U, C or H profile. Door and window assembly according to claim 1 or 2, characterized in that the moving rods (6) are made of metal or plastic. 4. Door and door assembly according to one of Claims 1 to 3, characterized in that the connecting rods (6) are provided with coupling elements (34, 35, 36) distributed throughout their length, preferably uniformly, which are provided on the coupling brackets (9, 10) and / or ) are assigned to trained complementary coupling counterparts (39). 5. Door and door assembly according to one of claims 1 to 3, characterized in that the coupling elements (34) formed on the moving rods (6) and the coupling elements (39) formed on the coupling studs (9, 10) and the hardware (8) consist of fine teeth perpendicular to their longitudinal direction. . 6. A door and window assembly according to any one of claims 1 to 5, characterized in that the coupling elements (35, 36) formed on the moving rods (6, 36) are formed by slots or groups of holes or slots or series of holes, while the clips (9 and 10) or hardware elements (8) (39) contain ribs or pins or similar elements aligned with slots or holes. Door and window assembly according to Claim 5 or 6, characterized in that both the fine teeth, the rows of slots and the rows of holes are formed as connecting elements (34, 35, 36) on the moving rods (6). 8. A door and window assembly according to any one of claims 1 to 6, characterized in that the connecting elements (34) formed as fine teeth are formed at least on the outer surfaces of the profile flanges (37), while the connecting elements 7 The coupling elements (35) formed as holes are arranged in the profile ridge (38). 9. A door and window assembly according to any one of claims 1 to 6, characterized in that the strip or rib (24) protruding from the base or bottom (23) of the profile groove (20) is made of the same material as the metal and / or plastic profile. 10. Door and door assembly according to any one of claims 1 to 3, characterized in that the strip or rib (24) is arranged on a profile element (41) which is fixed to the bottom or the bottom (23) of the profile groove (20). 11. Door and door structure according to one of claims 1 to 3, characterized in that the guide means (32) consist of sheets or rails which are adjacent to the profile groove (20) on the peripheral edge surface of the wing (3) and / or frame (2). ) means for guiding means which can be secured in the fixing profile ranges (44,45) by means of screws (33) and / or a form-locking connection. 12. A door and window structure according to any one of claims 1 to 3, characterized in that the profiles with a C-shaped cross-section forming the moving rods (6) also have fine teeth (43) on the free longitudinal edges of the flanges (42) facing each other. Door and window assembly according to Claim 2 or 12, characterized in that the rods (6) made of strips of sheet metal having bending or rolling are preferably provided with fine teeth (43) with longitudinal edges on the longitudinal edges of the C-shaped profile bars. 14. A door and window assembly according to any one of claims 1 to 5, characterized in that the guide means (32) associated with the operating rod (6) and the guiding means (32) associated with the hardware elements (8) are at least outside the mounting and movement range of the associated clips (9, 10). in addition, the profile groove (20) extends into the free space of the profile groove and, if appropriate, rests on its base or bottom (23). HU 213,790 Β Int Cl ⁶ : E 05 C 9/20