WO2018166811A1

WO2018166811A1 - Floor sill system for a displaceable sash as a sliding sash or displaceable lift-and-slide sash of a window or of a door

Info

Publication number: WO2018166811A1
Application number: PCT/EP2018/055131
Authority: WO
Inventors: Wolfgang Berens; Christian Rauscher
Original assignee: Siegenia-Aubi Kg
Priority date: 2017-03-13
Filing date: 2018-03-02
Publication date: 2018-09-20
Also published as: EP3596295B1; PL3596295T3; EP3596295A1; KR20190124778A; LT3596295T; DE202017001325U1; CN110382809B; CN110382809A

Abstract

Floor sill system (9) for a displaceable sash as a sliding sash (3) or displaceable lift-and-slide sash of a window or of a door (1), comprising a receiving groove (10) in a floor sill profile (11) for receiving a guide web (12) for a running rail (15) which has the running rollers (13) of sash-side running carriages (14) and which is arranged opposite the sliding sash (3) on the upper side of the floor sill profile (11), wherein the guide web (12) can be engaged over its entire length into the receiving groove (10) with a form or force fit. There is preferably provided an adapter profile (16) which, by way of a connecting means (18) equipped convexly on its underside (17), can engage into the receiving groove (10) in the floor sill profile (11) with a form and/or force fit, and has on its upper side (19) a receiving groove (20) which is formed congruently to the receiving groove (10) in the floor sill profile (11), wherein the receiving groove (20) of the adapter profile (16) receives the guide web (12) on its upper side and, together with the upper side (19), forms a surface-flush, barrier-free contact. Furthermore, a visible bearing and lateral surface (21, 22) is formed on the respective sides of the adapter profile (16) and against which there can be laid, to the inner side (23) of the room, an inner floor surface (24) and, to the outer side (25) of the room, selectively different expansion profiles (26, 27) for transition to the outer floor surface (28), preferably for barrier-free transitions. The lateral surface (22) of the adapter profile (16) is arranged offset, at least in the passage region to the outer side (25) of the room of the sliding sash (3) of the window or of the door (1) on the upper side (19), with respect to the vertical plane of the sash frame (5) of the sliding sash (3) in the direction of the receiving groove (20) and distances itself in the direction of the lower side (17) of the adapter profile (16) and of the floor sill profile (11) with a leg (46) having an acute angle to the outer side (25) of the room, starting from the sliding sash (3), wherein a gap (42) is formed on the outer side (25) of the room between the sash frame (5) and the lateral surface (22) and into which a horizontal web (43) of the expansion profile (26) is inserted and covers the gap (42) in a virtually gap-free manner while maintaining a drainage joint (44). The web (43) and the adapter profile (16) are positioned in an overlapping manner by the sash frame (5) of the sliding sash (3).

Description

Floor sill system for a movable sash as sliding sash or sliding lift sash of a window or door

The invention relates to a threshold system for a sliding wing as

Sliding wing or sliding lifting-sliding wing of a window or a door according to the preamble of claim 1.

Sliding wings as sliding sash or sliding lift-sliding sash of a window or door are known in various designs and consist in the simplest case of a slidably arranged in an outer frame for opening and closing wings arranged as sliding sash and from a, also arranged in the frame further door. or window element, as another sliding sash or a fixed field.

The closed sliding sash can be locked on its side facing away from the other door or window element by pressing a fitting provided in the sash frame on the frame and thus secured against unauthorized opening. Sliding sashes are usually slidably received above or below the sliding sash. When opening, usually with an operating handle, of lifting-sliding sashes is the

Sliding sash raised with the seals, making it lighter on the

Threshold system is running. The opened sliding sash can then be inserted in front of you

Push adjacent fixed field. Depending on the version, lift and slide sashes can only be pushed or tilted additionally. When closing, the sliding sash is lowered onto the threshold system and thus the gaskets are pressed again. The opening and closing is also possible via electrical, hydraulic or pneumatic actuators.

Such thresholds and sliding elements are known.

Sliding elements are known as sliding doors, sliding windows or balcony elements. The problem with the known sliding elements is that due to necessary guides for the movable wing or wings, in particular in the horizontal lower portion of the

Threshold systems, a barrier-free transition is not possible, and the rollers running on the guides sliding doors, sliding windows or balcony elements also surmounted by the threshold. Especially in so-called Altbauschwellen, it is made the subject that they may have only a small amount of barrier-free transitions, the leadership for the roles of the wings in these Altbauschwellen this, however, towers because it is extremely difficult to integrate into the threshold.

Another disadvantage of the known threshold systems is their bad

Drainage system. In the sensitive passage area of the sliding sash, the water flowing through wind pressure is again counteracted by the known sealing system of the

Sliding wing pressed and penetrates in extreme weather situations in the interior of the room.

Furthermore, the floor sill systems with transition to the upper edge of the floor inside the room and / or on the outside of the room form a paragraph, in addition to the

protruding guide web for the rollers can also act as a tripping edge. A known device is described in EP 0 657 610 A2. There will be a

Metal sill for frame of sliding or lifting sliding windows and - doors proposed, which has a, a guide web for the rollers of wing-side carriage having track. A guide bar is immediately fixed or one piece - that is, the same material - formed on the top of the threshold, said guide bar over its entire length to the top of the bottom threshold has undercuts, so that a equipped on its underside with a longitudinal gap, and the top side a guide bar supporting rails hollow profile, if necessary, can be locked directly to the undercuts on the guide bar of the threshold.

Furthermore, a frame construction of the sliding door has become known from DE 20 2004 005 204 U1. The wings each have a glazing, which is supported by a sash. A longitudinal recess of the sash serves at the lower frame cross profile of the movable sash for receiving pairs of rollers, which in the

Sliding shift of the movable wing between the sash and run a roller support profile of the sill profile. The lower frame cross profile of the sash of the frame-fixed sash is supported by a support profile on

Threshold profile off. The frame profile of the frame-fixed wing is fixed to the support section by a plurality of fastening screws. Between the casement and the support profiles is in each case a pair of wing sealing profiles, which seal the casement against the speed bump profile. The known devices also require a guide bar for the implementation of a secured roller guide for the rollers on the sliding leaf. The well-known

Guide bars project beyond the threshold system and build with others

Variants the floor threshold further on, so that the device with the addition of further guide webs of a barrier-free system and develops a larger trip edge.

In addition, reference is made to the document DE 20 2016 004 456 U1. Herein, a sliding or lifting sliding sash of a window or a door

Threshold system, which provides a receiving groove for receiving a guide web. The guide web forms a for the casters of wing-side carriage having running rail, which at the top of the threshold profile

Sliding wing is arranged opposite and engages over its entire length away in the receiving groove positively or positively guided. Preferably, the

Threshold system associated with an adapter profile, which with a convex on its underside equipped connecting means which is able to engage positively and / or non-positively in the receiving groove of the threshold profile and the adapter profile with the

Threshold profile operatively connected together. On the underside of the opposite top of the adapter profile, a receiving groove is provided, which is similar to the receiving groove of the sill profile and suitable to integrate the guide bar in one piece - ie uniform material - or in two parts, the guide bar with top edge of the track together with the top of the adapter profile flush, barrier-free system. By a paragraph forming resting of the adapter profile on the

Threshold profile, formed on the respective sides of the adapter profile a visible contact and side surface to which the interior of the window or the door an inner bottom surface and the room outside either different extension profiles to the transition of the outer bottom surface, preferably for barrier-free transitions, can be applied.

The known device provides for a sliding sash or sliding lift-slide sash of a window or a door barrier-free transition and improves drainage and driving rain. Furthermore, the design offers improved optics.

The invention has for its object to provide an increase in driving rain with an improved drainage system with further optimal optics, while maintaining a barrier-free transition without the formation of annoying gaps in the transitions between the window or the door and the bottom surfaces of the respective room sides Furthermore, a cost-effective variant is to be effected, which can be mounted in a simple, fast, safe and precise manner in a small space and adjusted.

To solve this problem, a sliding sash or lifting sliding sash of a window or a door on a threshold system. For receiving a guide web, a receiving groove is provided in a speed bump profile. The guide web forms a for the rollers of wing-side carriage having running rail, which is arranged opposite the sliding leaf at the top of the sill profile and engages over its entire length away in the receiving groove positively or positively guided.

Preferably, the bottom threshold system is associated with an adapter profile, which is capable of interlocking with a convexly equipped on its underside connecting means which can engage positively and / or non-positively in the receiving groove of the threshold profile and the

Adapter profile with the speed bump profile operatively connected together. On the underside of the opposite top of the adapter profile, a receiving groove is provided, which is similar to the receiving groove of the sill profile and is suitable to integrate the guide bar in one piece - ie uniform material - or in two parts, the guide bar with the top edge of the rail together with the top of the adapter profile flush to form a barrier-free system. By a paragraph forming resting of the adapter profile on the floor sill profile, formed on the respective sides of the adapter profile a visible contact and side surface on which the interior of the window or the door an inner bottom surface and the space outside either different widening profiles for the transition of the outer bottom surface, preferably for barrier-free transitions, can be applied. To protect the basic profile of the sliding sash or lifting sash and the

Frame of a window or door with the threshold system before

Weathering, especially in systems of wood or wood-aluminum

Constructions, and an improvement of the drainage system, which is made in a possible embodiment of wood adapter profile advantageously formed narrower on the outside of the room than the sliding sash. This fits in with the

Drainage and for a barrier-free transition having widening the adapter profile accordingly, so that the transition to the outside of the window or the door of the widening profile is arranged to the adapter profile below the sash and completely concealed in the closed position or in the locked position of the sash.

The side surface of the adapter profile is at least in the passage area for

Room outside of the sash of the window or door at the top to the vertical Placed level of the sash of the sliding sash inwards to the inside of the room offset in the direction of receiving groove and runs in the direction of the bottom of the adapter profile and the sill profile in an acute angle having legs to

Outside the room and also moves away from the sliding sash. The oblique leg of the side surface thus forms on the outside space between the sash and the side surface a gap in which preferably a horizontal web of the

Insert widening profile and covers the gap almost gap-free. Both the web and the adapter profile are covered by the sash of the sliding sash, so that the widening trained for widening profile of the room outside facing vertical plane of the sash removed and positioned below the sash. Advantageously, even dripping water from the sash is derived from the profile system of the window or door into the drainage system without interfering with any weather sensitive material of the floor sill system. Taking into account a drainage joint, the adapter profile and the widening profile are arranged virtually seamlessly against one another such that the angled leg which builds up from the underside of the casement to the floor sill system in the direction of the outside of the room is completely covered by the widening profile.

Preferably, the adapter profile is formed at least in the region of the opening width of the sliding sash of the window or the door in cross-section as a rectangular trapezoid. The rectangular leg is directed in the mounted state of the adapter profile in the threshold system of the window or the door to the interior space and forms the contact surface, which rests flush against the bottom surface of the room interior and at the same level at the top. Opposite formed with an oblique side surface of the angled legs, of the parallel bases of the trapezoid, the short base side at the top with the

Widening profile is flush and the long base side is associated with the threshold profile. The inclined side surface inclines correspondingly from the sliding wing, starting from the short base side and the top of the bottom surface in the direction

Room outside, so that possible penetrating water can drain through the drainage system.

For secure sealing in the closed position of the sliding leaf to the threshold system, the short base side of the adapter profile immediately adjacent to the receiving groove for the

Guide web preferably on a flat surface, which produces the sealing abutment of the arranged on the sliding leaf seals.

Simple and inexpensive to manufacture and with optical advantage, especially in an embodiment of the adapter profile made of wood or marble, it turns out that the adapter profile in the length of the closing side vertical frame spar of the frame to the

Fixed field frame is formed in cross-section as a trapezoid, which is equal to the opening width of the window or the door and expires rectangular in cross-section in the direction of the end of the fixed rock frame to the vertical frame spar of the frame. Likewise, it is conceivable to form the cross-sectionally rectangular trapezoid, for example, in an adapter profile of an extruded profile in full length.

Also advantageous in the function, installation and costs, it has been confirmed that the web is integrally formed further in cross-section as an angle, the vertical web as a one-piece unit, or a positive and / or non-positive connection with a

Attachment body of the widening profile is received. The web establishes a resting plane to the sliding sash and bridged in a covering manner manufacturing technically and functionally advantageous having columns or transitions. With the angle, not only the connection to the lug body is increased by dimensional stability and contact surface, but also causes a significant adjustment of the attachment body to the oblique side surface, the respective ends of the angle can be used as a stop edge for oblique side surface and operatively connected by an offset the required Produce drainage joint. To create a level, stolperfreien surface, it is advantageous that in the

Receiving groove of the adapter profile of the guide bar is recessed and terminates flush with the top, the height of the receiving groove corresponds to the height of the guide bar. To realize the above advantages adapts the adapter profile with the

Threshold profile and forms a modular unit. The speed bump profile can be positively fixed to the adapter profile and can be non-positively coupled via a snap-in / snap connection or by additional fasteners such as mounting screws. Due to the nature of the connection, a high tightness is achieved and prevents possible ingress of water through wind loads and driving rain.

In order to improve the existing appearance of the window or the door and to achieve a simple and cost-effective production, the training and the distances in the cross section of the adapter profile in width and height in coordination are designed differently

Widening profiles selectable.

A stable and sealing connection, as well as a production-technically simple and cost-effective variant of the adapter profile with the threshold profile thereby succeed, that the connecting means in the cross-section angularly shaped over the length of the

Adapter profile extends and engages over the length of the threshold profile. It is also possible in several sections distributed connection means, but at the expense of the advantages described above.

A simple assembly and a secure hold of the adapter profile on the floor sill profile is achieved by simple and inexpensive means in an advantageous manner that the connecting means for locking connection and / or by means of additional fastening means in the receiving groove of the floor sill profile is formed fastened engaging.

To realize the above advantages, the adapter profile is made of a solid material or solid profile, for example made of wood or of any load-bearing material, e.g. Marble, made or formed as a hollow chamber profile made of a plastic or an aluminum extruded profile.

By arranged over the entire length of the adapter profile on the underside between the bottom sill profile on the respective sides of the connecting means

Gaskets which are convexly extruded, glued or positively connected to the adapter profile in an advantageous manner, a high density against possible ingress of water is achieved by wind loads and driving rain. They compensate for tolerances between the connection of the adapter profile and the threshold profile and have the effect of a pressing action on the seat of the connection.

An advantageous development is further to be seen in the fact that the adapter profile causes a change in the overall height of the floor sill system with the threshold profile and extends over a length of the frame, which laterally in the cross section of the adapter profile at least over the length of the respective inner sides of the vertical bars additional Form investment and side surfaces that find room for positioning further combinable widening profiles which can be used adapted to the width of the floor sill system. The measure of the total height can be defined on the shape and functionality of the adapter profile and / or depending on the design of the widening profiles.

It is particularly advantageous that the widening profile on the outside of the room a

Drainage grate is. In this case, the drainage grate on an attachment body with corresponding recesses for drainage drainage, which are formed in different patterns, for example, parallel to the adapter profile extending longitudinal webs, extending to the adapter profile transverse webs or perforated or polygonal webs. Steadily supported the attachment body is positioned at a distance distance profile blocks that rest even on the inclined towards the outside of the room floor threshold profile. Due to the forming cavity of the spacer profile blocks between the

Threshold profile and attachment body creates a channel body, so that unwanted water before a possible penetration or already penetrating water on the

Space outside inclined surface of the threshold profile can be derived automatically from the window or the door.

Due to the direct contact of the drainage grate on the adapter profile, it is also preferable for water which has entered the rebate space to be carried out concealed into the space outside.

In order to realize the above advantages, the widening profile extends in length from the closing side vertical frame spar of the frame to the fixed field frame, which is equal to the opening width of the window or the door. Furthermore, the widening profile advantageously lies almost flush with the adapter profile in cross-section in the direction of the interior of the room and, in the direction of the space outside, forms a flush installation with the outer floor surface. Thus, the widening profile or the drainage grille covers the entire opening area of the sliding sash of the window or the door, so that in the opening area of the sash possible penetrating water safely and easily and with good optics by adapting to a barrier-free, flat floor surface already targeted by the room outside with simple means can expire.

A functional extension of the adapter profile with respect to increase the security against possible penetrating water, which may possibly collect in the threshold profile, is effective that the adapter profile drainage recesses

or -bohrungen, which extend starting from the receiving groove of the adapter profile or the rebate area of the floor sill system to the sliding sash to the room outside in the direction widening profile or drainage grate inclined. Preferably, the drainage recesses or holes open on the side surface of the

Adapter profile is not visible and thus covered in the area of the drainage grate, the water from the rebate area of the floor sill system, as well as the remaining present on the outside space water, on the outwardly inclined

Threshold profile can run off. The object of the invention is also achieved by a sliding element, in particular a sliding or lifting sliding sash of a window or a door with a

Ground beam system. In addition, it has proven to be advantageous to the function, installation and cost of the fitting that the adapter profile is independent of the fitting of the actuating linkage and independent of the production of the window or door mountable. An assembly of the adapter profile is possible horizontally between the sliding leaf and the fixed field or frame. It is also conceivable that several used superimposed adapter profiles, which can be centered in the respective receiving groove.

Further advantageous embodiments will be apparent from the drawings. It shows:

Fig. 1 is a front view of a window or a door with a sliding sash in the closed state, represented by the room inside, with an am

Frame fixed fixed field and arranged on the lower horizontal frame bottom threshold system of the sliding sash and the fixed field,

Fig. 2 is a vertical section through the sliding sash area corresponding to the section AA of the window or the door of Fig. 1, in which the closed sliding sash rests on an adapter profile with a guide web of the floor sill and with a likewise shown in section to the room outside arranged drainage grate, a vertical section 1, with a fixed field and an adapter profile arranged on the threshold system, with a guide web for displacing the sliding leaf,

4 shows a vertical section through the sliding leaf area corresponding to the section A-A of the window or the door according to FIG. 1 with a second embodiment variant on which the closed sliding leaf rests on an adapter profile of the floor sill system and with a drainage grate also arranged in section to the outside of the room.

Fig. 5 is a vertical section through the sliding panel area corresponding to the section B-B of the window or the door of FIG. 1 with a second embodiment of FIG. 4, with a fixed field and arranged on the bottom threshold system adapter profile with a guide bar for moving the

Sliding sash, a threshold profile of a floor sill system with an adapter profile in a vertical section, with a hole or cutout shown for dewatering possible penetrating water in the rebate area of the window or door, Fig. 7 is a perspective view of the floor sill system of the

Interior space side, with an adapter profile and guide web positioned thereon and with drainage grate arranged on the adapter profile of a level, barrier-free transition at the lower horizontal area of the window or the door, Fig. 8 is a perspective view of the bottom threshold system of the

Room outside, with an adapter profile and guide web positioned thereon and with contact on the adapter profile on spacer blocks lying a forming gutter body arranged Entwässerungsrost a level, barrier-free transition at the lower horizontal portion of the window or door, a perspective section of the window or the door of FIG 1 of the lower horizontal area with a floor sill system from the outside of the room, with a drainage grate resting on spacer blocks according to Fig. 7 and a channel body forming thereby, and Fig. 10 a front view and a top view of the floor sill system without

Frame, sliding sash and fixed field.

The designated in the figures 1 window or door consists essentially of an outer floor or window frame 2, in which a sliding to open and close the door 1 wings are provided as sliding sash 3 and a fixed field 4. According to FIG. 1, an arrow indicates the way to open the sliding leaf 3.

The wing 3, which is designed for example as a lift-slide wing, has u.a. the sash 5 and provided in this context glazing 6. The fixed field 4 consists essentially of the frame 7 and the associated glazing 8.

When the sliding leaf 3 of Fig. 1 is closed, this is interlocked by interlocks on the vertical spar of the window frame 2 locking elements provided on the sash 5 of the sliding sash 3 - locked - fitting. On the to Fixed field 4 side facing away from the vertical spar of the sash 5 of the sliding sash 3 in the joint area of the transition forming fixed field frame 7 overlapping by another - not shown - locking elements locked. In addition, in Fig. 1 at the lower horizontal portion of the window or the door 1 a

Threshold system 9 is arranged. Corresponding sectional views A-A and B-B in Fig. 1 indicate the bottom sill system 9 of the sliding sash 3 or lifting sliding sash in further figures 2 to 5. The apparent from Figs. 1 to 10 bottom sill system 9 is designed for example as a thermally separated threshold and several

Composite profiles composed. In this case, pipe or box sections of metallic material, in particular aluminum, can be produced by extrusion, or consist of dimensionally stable and rot-proof plastic material and are manufactured as profiles in an extrusion process. Of course, the threshold system 9, in particular the threshold profile 1 1 and a total of metallic material, mainly aluminum, and made by extrusion in one piece or made of a plastic material with metallic profile inserts.

Finally, it is also possible, instead of a threshold profile 1 1 to take a cover profile made of wood, metal or plastic in use, which no pipe or

has box-shaped cross-section, but is designed to be relatively flat and open at the bottom and this can be attached to the lower horizontal spar of the frame 2 made of wood or plastic.

All the above-described embodiments of the sill profiles 1 1 and cover profiles are connected according to Figures 2 to 5 with a base profile 40 fixed to a unit.

Frame 2, which are constructed with threshold systems 9 according to previously described systems, are for sliding or lifting sliding windows and doors 1 in practical use and extend in the lower horizontal region over the entire length of the window or the door first For this purpose, the floor sill systems 9 are equipped according to Figures 2 to 8 with at least one guide web 12 for the grooved wheels 13 of wing-side carriage 14 running track 15. Depending on the purpose of the sliding or lifting sliding windows and - doors, it is necessary to take different design forms of rails 15 in use. In this case, rails 15 which are designed to be wheelchair-accessible, that is to say in particular wheelchair-accessible floor sill systems 9, are designed to be relatively flat and thus have a flat running rail 15.

A floor sill system 9 with a flat and barrier-free area with subsequent flat transition to the floor level to the room inside 23 and room outside 25, which meets all requirements with respect to tightness and lifting safety, is achieved by a sliding sash 3 or lifting sliding sash of a window or a door. 1 For this purpose, a receiving groove 10 is provided according to Fig. 2 to 8 for receiving the guide bar 12 at the threshold profile 1 1. The guide rail 12 bearing rail 15, which is disposed opposite the sliding leaf 3 at the top of the sill profile 1 1, engages - not shown - over its entire length in the receiving groove 10 form- / or positively guided. According to a further embodiment, the bottom threshold system 9, an adapter profile 16 is provided which engages positively and / or non-positively with a convexly equipped on its underside 17 connecting means 18 into the receiving groove 10 of the bottom sill profile 1 1 and the adapter profile 16 with the

Threshold profile 1 1 operatively adds. For this purpose, the previously engaged guide web 12 is removed from the receiving groove 10, or the receiving groove 10 is shaped so that the connecting means 18 can be joined despite the existing guide web 12. According to Figures 2 to 8, a receiving groove 20 is provided on the underside 17 opposite top 19 of the adapter profile 16, which is the receiving groove 10 of the

Threshold profile 1 1 is similar and suitable, the guide bar 12 in one piece - ie uniform material - or take two parts, the guide piece 12 with upper edge rail 15 together with the top 19 of the adapter profile 16 form a flush, barrier-free system. By a paragraph forming resting of the adapter profile 16 on the bottom sill profile 1 1 is formed on the respective sides of the adapter profile 16 a visible contact and side surface 21, 22, at the inner room surface 23 of the window or the door 1 an inner bottom surface 24 binds and To the outside of the room 25 optionally different broadening profiles 26, 27 can be applied to the transition of the outer bottom surface 28 for barrier-free transitions. The abutment and side surface 21, 22 are determinable in height by the shape of the adapter profile 16 and limited in length by the respective vertical bars of the frame 2. According to Figures 2 to 8, the contact surface 21 of the adapter profile 16 is vertically aligned continuously to the outer dimensions of the sliding leaf 3, wherein the side surface 21 depending on the design of the adapter profile 16 with different width 29 to the sliding sash 3 forms a paragraph, so that the side surface 22nd for the widening profiles 26, 27 displaced correspondingly below the casement 5. By way of example - not shown - causes a reduced width 29 of the adapter profile 16, for example, a displacement of the drainage grate 34 under the sliding sash. 3

In a possible embodiment variant according to FIG. 4 and FIG. 5, the adapter profile 16 is made of a solid profile made of wood. The adapter profile 16 is formed on the outside of the room 25 narrower than the sliding sash 3. This fits for drainage and for a widening profile 26 having barrier-free transition corresponding to the adapter profile 16, so that the transition on the outer space 25 of the window or the door 1 of the widening profile 26 to the adapter profile 16 is arranged below the sliding leaf 3 and in the closed position or in the locked position of the sliding leaf 3 according to FIG 1 and Fig. 4 is completely concealed.

The side surface 22 of the adapter profile 16 is, for example, according to FIG. 2 and FIG. 4 at least in the passage area to the room outside 25 of the sliding leaf 3 of the window or the door 1 at the top 19 to the vertical plane of the sash 5 of the

Sliding wing 3 arranged inwardly toward the interior space side 23 in the direction of receiving groove 10 and runs in the direction of the bottom of the adapter profile 16 and the

Threshold profile 1 1 in an acute angle having legs 46 for

Outside the space outside 25 and also moves away from the sliding sash 3 in the direction of the vertical plane of the sliding leaf 3. The oblique leg 46 of the side surface 22 thus forms on the outside space 25 between the sash 5 and the side surface 22 has a gap 42 in which preferably a horizontal Bridge 43 of the widening profile 26 inserts and covers the gap 42 almost gap-free. Both the web 43 and the adapter profile 16 are covered by the sash 5 of the sash 3, so that the widening trained for 26 widening profile 26 from the space outside 25 facing vertical plane of the sash 3 and positioned below the sash 3. Even dripping water of the sash 3 is derived by the profile system of the window or the door 1 in the drainage system without interfering with one of the weather-sensitive material of the floor sill system 9 to make contact. Taking into account a drainage joint 44, the adapter profile 16 and the widening profile 26 are arranged virtually seamlessly against one another, so that the one of the

Bottom of the sash 5 to the floor sill system 9 in the direction of the room outside 25 constructive angled leg 46 is completely covered by the widening profile 26.

Preferably, that the adapter profile 16 at least in the region of the opening width of Fig. 9 of the sliding leaf 3 of the window or the door 1 in cross-section of FIG. 2 and FIG. 4 formed as a rectangular trapezoid. The rectangular leg 45 is directed in the mounted state of the adapter profile 16 to the interior space side 23 and forms the contact surface 21, which rests flush on the bottom surface 24 of the room interior side 23 and at the same level at the top 19.

Opposite formed with the oblique side surface 22 of the angular leg 46, wherein of the parallel base sides 47, 48 of the trapezoid short side 47 abuts flush with the widening profile 26 at the top 19 and the long base side 48 is associated with the threshold profile 1 1. The inclined side surface 22 tilts accordingly from the sliding panel 3, starting from the top 19 of the bottom surface 24 in the direction of the outside space 23, so that possible penetrating water on the

Drainage system can drain.

For sealing in the closed position of the sliding leaf 3 to the bottom sill system 9, according to FIG. 2 and FIG. 4 on the short base side 47 of the adapter profile 16 immediately adjacent to the receiving groove 20 for the guide web 12 preferably a flat surface is provided which when closing the sash 3 with Lowering the arranged on the bottom sill system 9 adapter profile 16 a sealing contact with the on the sliding sash. 3

arranged seals 49, 50 produces.

In particular, in an embodiment of the adapter profile 16 made of wood or marble of Fig. 4, the adapter profile 16 is formed in the length of the closing side vertical frame spar of the frame 2 to the fixed field frame 5 in cross section as a trapezoid, which

Opening width of the window or the door 1 is the same. As indicated in Fig. 5, continues the adapter profile 16 in cross section rectangular towards the end of the

Fixed field frame 7 to the vertical frame spar of the frame 2 from. It is also conceivable - but not shown - to form the trapezoid perpendicular in cross section, for example, in an adapter profile 16 of a full-length extruded profile.

According to Fig. 4 it is clear that the web 43 is integrally formed further in cross-section as an angle 51, wherein the vertical web 52 enters into a positive and / or non-positive connection with an attachment body 35 of the widening profile 26. The web 43 establishes a resting plane to the sliding sash 3 and bridges in a covering manner resulting and disturbing columns or transitions. Due to the direct connection of the angle 51 to the attachment body 35, an adaptation to the oblique side surface 22 of the

Adapter profile 16 alone only by the attachment body 35 authoritative. Further components of the floor sill system 9 are thus not affected. The adaptation of the attachment body 35 to the oblique side surface 22 is simplified by the respective ends of the angle 51, wherein the ends of the angle 51 can be used as a stop edge to the oblique side surface 22 and form by slightly resetting the attachment profile 35 in the space outside 25 a desired offset, the actively connected produces the required drainage joint 44.

According to Figures 2 to 8, the guide bar 12 is inserted into the receiving groove 20 of the adapter profile 16 and terminates flush with the top 19, wherein the height of the

Receiving groove 20, the height of the guide bar 12 corresponds. The adapter profile 16 adapted according to Figures 2 to 8 with the bottom sill profile 1 1 and forms an integral unit. For this purpose, the threshold profile 1 1 with the adapter profile 16 is positively fixed and can be frictionally coupled via a snap-in / snap connection or by additional fasteners such as mounting screws. Due to the nature of the connection, a high tightness is achieved and prevents possible ingress of water through wind loads and driving rain.

The cross-sectional dimensions of the adapter profile 16 in width 29 and height 30 are in

Tuning differently designed widening profiles 26, 27 selectable. For this purpose, the adapter profile 16 in the width 29 can be variably produced, wherein it is completely covered in the width 29 of the sliding panel 3. Depending on the embodiment, the adapter profile 16 in the width 29 - not shown - corresponding to the different versions less than the sliding sash 3 is formed so that, for example, the side surface 22 is discontinuous and the widening profile 26 protrudes under the sliding sash 3. Thus, the floor sill system 9 universally to a wide variety of widening profiles

assembled and adjusted by different system manufacturers.

For a sealing and stable connection of the adapter profile 16 with the bottom sill profile 1 1 provides the connecting means 18 which is angularly shaped in cross-section and extending over the length of the adapter profile 16. These are shown in Figures 2 to 8 on the

Connecting means 18 in the direction of the threshold profile 1 1 protruding webs 39 are arranged, which engage dimensionally stable in the recess 10 of the floor sill profile 1 1. A simple installation and a secure hold of the adapter profile 16 on the

Threshold profile 1 1 is obtained by simple and inexpensive means in an advantageous manner that the connecting means 18 is formed fastened for engagement and / or by means of additional - not shown - fasteners, such as screws, engaging in the receiving groove 10 of the threshold profile 1 1.

The adapter profile 16 can be made of a solid material or solid profile, for example made of wood or of any load-bearing material, e.g. Marble, to be made. According to Figures 2 to 3, the adapter profile 16 is formed as a hollow chamber profile and made of a plastic or an aluminum extruded profile. FIGS. 4 to 5 show the adapter profile 16 as a solid material.

By seals 31, 32 of Figures 2 to 8, over the entire length of the adapter profile 16 away on the bottom 17 of the adapter profile 16 immediately adjacent to the connecting means 18 are convexly extruded, glued or positively connected between the threshold profile 1 1, a high density against possible ingress of water is achieved by wind loads and driving rain. They equal tolerances between the connection of the adapter profile 16 and the floor sill profile 1 1 and act to support by a pressing behavior on the seat of the compound.

In FIGS. 2 to 8, the adapter profile 16 with the threshold profile 1 1 effects a change in the overall height 33 of the floor sill system 9 and extends over a length of the respective insides of the vertical struts or - not shown - over the length of the entire frame 2 This forms laterally in the cross section of the

Adapter profile 16 additional investment and side surface 21, 22, the space for positioning further connectable combinable widening profiles 26, 27 find, which are adapted to the width of the floor sill system 9 used. The extent of the overall height 33 can be defined by the shape and functionality of the adapter profile 16 and / or depending on the design of the widening profiles 26, 27.

After the figures 2 to 10 it is clear that the widening profile 26 on the

Room outside 25 is a drainage grate 34. In this case, the drainage grate 34 on the attachment body 35 with corresponding recesses for drainage drainage, which present in different patterns, for example, from parallel to the adapter profile 16

Longitudinal webs, as shown in Figures 2 to 10, transversely to the adapter profile 16 and the

Displacement direction of the sliding leaf 3 aligned webs or perforated or polygonal webs are formed. The attachment body 35 is supported stably on spacer profile blocks 36 arranged at a distance from one another and which themselves rest on the surface 41 of the floor sill profile 11 which is inclined in the direction of the space outside 25. According to the type and length of the window or door 1, the number of

Distance profile blocks 36 determined. As shown in Figs. 8 to 10, there are two

Distance profile blocks 36 their use. Between the threshold profile 1 1 and the

Attachment body 35 is formed by the spacer profile blocks 36, a cavity of a

Channel body 37 forms, so that unwanted water before a possible penetration or already penetrating water on the outside of the room 25 inclined surface 41 of the threshold profile 1 1 can be derived automatically from the window or door 1.

Furthermore, in the rebate of the window or the door 1 penetrating water through drainage holes or holes 38 to the room outside 25 derived from the window or the door 1 away. For this purpose, the adapter profile 16

Drainage recesses or bores 38 which, starting from the

Receiving groove 20 to the room outside 25 inclined in the direction widening profile 26. Due to the direct contact of the drainage grate 34 on the adapter profile 16, water which has penetrated into the rebate space can also be concealed away from the space outside 25.

The widening profile 26 or the drainage grate 34 extends according to Figures 9 and 10 in the length of the closing side vertical frame spar of the frame 2 to

Fixed field frame 7, which is equal to the opening width of the window or the door 1. Furthermore, the widening profile 26 lies in cross section in the direction of the interior side 23 up to a drainage joint 44 almost flush with the adapter profile 16 and forms in the direction of the room outside 25 a flush system with the outer bottom surface 28. Thus covers the widening profile 26 or the drainage 34th the entire opening area of the sliding leaf 3 of the window or the door 1, so that in the opening area of the sash 3 possible penetrating water safely and easily and optically advantageous by adapting to a barrier-free, flat floor surface already can run targeted from the room outside 25 with simple means.

According to the figures 1 to 10, a sliding element, in particular a sliding or lifting sliding sash 3 of a window or a door 1 with a floor sill system 9 is shown. In this case, a bottom sill profile 1 1 has a receiving groove 10 for a guide bar 12 for the rollers 13 of wing-side carriage 14 having track 15, which is formed on the top of the sill profile 1 1 the sliding panel 3 opposite to receive the guide bar 12. The guide web 12 can be inserted over its entire length into the receiving groove 10 positively or non-positively.

Also insertable into the receiving groove 10 is shown in Figures 2 to 8, an adapter profile 16. For this purpose, the adapter profile 16 on its underside 17 a raised equipped connecting means 18, which is the shape of the receiving groove 10 of the threshold profile 1 1 adapted. Depending on the version, the adapter profile 16 can be positively or non-positively connected by means of a snap / snap connection or by fastening screws in the receiving groove 10 of the threshold profile 1 1. Furthermore, the adapter profile 16 on the opposite side of the connecting means 18 preferably on an axis

opposite top 19 a receiving groove 20 which is equal to the receiving groove 10 of the threshold profile 1 1. To accommodate the sliding carriage 3 fixed carriage 14 for the rollers 13 having track 15, the receiving groove 20 of the adapter profile 16 receives the guide bar 12. By placing the adapter profile 16 on the bottom sill profile 1 1 are formed on the respective sides corresponding contact and side surface 21, 22, which are for conditioning and positioning for different

Widening profiles 26, 27 are applied. The adapter profile 16 and the Broadening profiles 26, 27 form for themselves and with the bottom surface 24 of the room inside 23 and bottom surface 28 of the room outside 25 a flush and level transition.

LIST OF REFERENCE NUMBERS

1 window or door

2 frame

3 sliding leaves

4 fixed field

5 sash frames

6 glazing

7 fixed field frame

8 glazing

9 Threshold system

10 receiving groove

1 1 Threshold profile

12 guide bar

13 roller

14 carriages

15 track

16 adapter profile

17 bottom

18 connecting means

19 top

20 receiving groove

21 contact surface

22 side surface

23 room interior

24 floor space

25 room outside

26 widening profile

27 widening profile

28 floor area

29 width

30 height

31 seal

32 seal

33 total height

34 Drainage grate

35 attachment body

36 spacer profile block 37 gutter body

38 drainage recess / drainage hole

39 footbridge

40 base profile

41 surface

42 gap

43 footbridge

44 Drainage joint

45 right-angled leg

46 angled thighs

47 Basic page short

48 basic page long

49 seal

50 seal

51 angles

52 footbridge

Claims

claims

Threshold system (9) for a sliding wing as sliding sash (3) or sliding lift-sliding sash of a window or a door (1), with a receiving groove (10) of a sill profile (1 1) for receiving a

Guide web (12) for the rollers (13) of wing-side carriage (14) having track (15), which at the top of the sill profile

(1 1) the sliding leaf (3) is arranged opposite, wherein the guide web

(12) over its entire length in the receiving groove (10) form-fitting or non-positively engageable, that at least one adapter profile (16) is provided which with a convex on its underside (17) connecting means (18) in the receiving groove (10) of the threshold profile (1 1) can engage positively and / or non-positively, that the adapter profile (16) on its upper side (19) has a congruent receiving groove (20) for receiving groove (10)

Threshold profile (1 1), wherein the receiving groove (20) of the adapter profile

(16) on the upper side receives the guide web (12) and together with the top (19) form a flush, barrier-free system, and on the respective sides of the adapter profile (16) forms a visible contact and side surface (21, 22), in which an inner bottom surface (24) and the outer space side (25) optionally different widening profiles (26, 27) for the transition of the outer bottom surface (28), preferably for barrier-free transitions can be applied, characterized

in that the side surface (22) of the adapter profile (16) is offset at least in the passage area to the outside (25) of the sliding leaf (3) of the window or the door (1) on the top (19) to the vertical plane of the sash (5) of the sliding leaf (Fig. 3) in the direction of receiving groove (20) is arranged, and towards the bottom

(17) of the adapter profile (16) and the sill profile (1 1) with an acute angle leg (46) to the outer space (25) expiring from the sliding sash (3), wherein on the outer space (25) between the sash (5) and the side surface (22) forms a gap (42), in which a horizontal web (43) of the widening profile (26) inserts and the gap (42) while maintaining a drainage gap (44) covers almost gap-free and wherein the Web (43) and the adapter profile (16) of the sash (5) of the sliding sash (3) are positioned overlapping. Threshold system (9) or cover profile according to claim 1,

characterized,

the adapter profile (16) is a rectangular trapezoid in cross section at least in the region of the opening width of the sliding leaf (3) of the window or the door (1), the rectangular leg (45) forming the contact surface (21) which adjoins the

Bottom surface (24) of the room inside (23) flush and at the same level of the top (19) and the opposite angled leg (46) forms the oblique side surface (22), wherein of the parallel base sides (47, 48) of the trapezoid short Base side (47) on the upper side (19) with the widening profile (26) rests flush and the long base side (48) is associated with the bottom sill profile (1 1).

Threshold system (9) or covering profile according to claim 2,

characterized,

that the short base side (47) of the adapter profile (16) has the receiving groove (20) and in the closed position of the window or the door (1) on the sliding wing (3)

arranged sealing profiles (49, 50) sealingly rest.

Threshold system (9) or cover profile according to claim 1,

characterized,

that the adapter profile (16) in the length of the closing side vertical

Frame spar of the frame (2) to the fixed field frame (5) is formed in cross-section as a trapezoid, which is equal to the opening width of the window or the door (1) and in the cross-section rectangular continuing towards the end of

Festfelsrahmens (7) to the vertical frame spar of the frame (2) expires.

Threshold system (9) or cover profile according to claim 1,

characterized,

that the horizontal web (43) is integrally formed in cross-section as an angle (51), wherein the vertical web (52) forms a positive and / or non-positive connection with an attachment body (35) of the widening profile (26).

Threshold system (9) or cover profile according to claim 1,

characterized,

in that the guide web (12) is embedded in the receiving groove (20) of the adapter profile (16) and terminates flush with the upper side (19), the height of the receiving groove (20) corresponding to the height of the guide web (12).

7. Threshold system (9) or cover profile according to claim 1,

characterized,

that the adapter profile (16) with the threshold profile (1 1) adapted and forms a modular unit.

8. Threshold system (9) according to claim 1,

characterized,

in that the design and the distances in the cross section of the adapter profile (16) in width (29) and height (30) can be selected in coordination of widening profiles (26, 27) of different design.

9. Threshold system (9) according to claim 1,

characterized,

in that the connecting means (18) extends angularly in an angular shape over the length of the adapter profile (16).

10. Threshold system (9) according to claim 1,

characterized,

in that the connecting means (18) are designed to engage in engagement with the latching connection and / or by means of additional fastening means in the receiving groove (10) of the floor sill profile (11).

1 1. Threshold system (9) according to claim 1,

characterized,

in that the adapter profile (16) is made of a solid material or solid profile, for example of wood or of any load-bearing material, e.g. Marble, is formed.

12. Threshold system (9) according to claim 1,

characterized,

that the adapter profile (16) is formed as a hollow chamber profile formed of a plastic or of an aluminum extruded profile.

13. Threshold system (9) according to claim 1,

characterized,

in that the adapter profile (16) has at least one seal (31, 32) on the underside (17) between the floor sill profile (11) on the respective sides of the connection means (18).

14. Threshold system (9) according to claim 1,

characterized,

that the adapter profile (16) with the threshold profile (1 1) effects a change in the overall height (33) of the floor sill system (9) and over a length of the respective insides of the vertical struts or over the entire length of the

Frame (2) extends.

15. Threshold system (9) according to claim 1,

characterized,

that the widening profile (26) on the outer space (25) is a drainage grate (34), which consists of the attachment body (35) and one between the

Attachment body (35) and the bottom sill profile (1 1) having gutter body (37), which is formed by support on the in the direction of the space outside (25) inclined bottom sill profile (1 1) resting spacer blocks (36).

16. Threshold system (9) according to claim 1,

characterized,

in that the widening profile (26) extends in the length from the closing-side vertical frame spar of the window frame (2) to the fixed-field frame (5), which is equal to the opening width of the window or the door (1) and in cross-section towards the room interior (23) almost flush with the adapter profile (16) and in the direction of the space outside (25) forms a flush system with the outer bottom surface (28).

Threshold system (9) according to claim 1,

characterized,

in that the adapter profile (16) has drainage recesses or bores (38) which, starting from the receiving groove (20), extend inclined towards the outer space (25) in the direction of the widening profile (26).

18. Sliding element with at least one displaceable wing as sliding sash (3) or displaceable lifting sliding sash of a window or a door (1), with a floor sill system (9) according to one or more of the preceding claims.