DE102021003548A1 - Easy-to-install one-piece guide device for reliable guidance of hanging sliding doors and a sliding door device for guiding a sliding door that can be operated without jamming - Google Patents

Abstract

The invention relates to an easy-to-assemble one-piece guide device for the reliable guidance of hanging sliding doors with a base plate which is suitable for being placed on a floor, at least one preferably plate-shaped wall stop which is aligned perpendicularly to the base plate, the wall stop being on one side of the base plate at the bottom plate is arranged as molded, the wall stop for coupling to a wall, preferably to a wall area of the same laterally delimiting a wall pocket or a door frame opening, or to a paneling laterally delimiting a pocket, such as wall paneling, as a frame by means of connecting devices and for mounting on the Floor is provided, at least one perpendicular to the base plate aligned guide bar, wherein the center longitudinal axis of the guide bar is aligned perpendicular to the center longitudinal axis of the wall stop.

Description

The invention relates to easy-to-install one-piece guiding device for the reliable guiding of hanging sliding doors with a base plate that is suitable for being placed on a floor, and to a sliding-door device with a sliding door and the easy-to-mount one-piece guiding device for guiding the same in a manner that can be operated and displaced without tilting.

Sliding doors are known in the prior art, which consist of one or more door leaves as single or multi-leaf ones, the door frame and the running and locking fittings. Conventional sliding doors are suspended from a running gear, such as rollers, that can be moved in a running rail, and can be moved laterally parallel to or in relation to the wall surface. As a result, they do not require any turning space and are therefore space-saving.

Sliding doors are particularly suitable for wide door openings. They can have one, two, three or four parts or wings. In the case of access or connecting sliding doors of living or common rooms, installation can be, for example, in walls, in front of walls or between walls, e.g. in the form of pockets as wall pockets or wall slots, so that the pocket and its pocket opening can be separated from the wall areas of one wall or from both Walls are limited laterally. Likewise, in the case of the access or connecting sliding doors of living or common rooms, the installation can take place between a wall or a wall on the one hand and a wall covering spaced from the wall or wall, e.g. a shelf, on the other hand, which laterally delimit the pocket and its pocket opening.

They can also be installed in a specially erected partition made of wood, masonry, etc., so that the door leaves are invisible when open. To hang the door leaves, either closed roller or ball carriages are used as part of conventional carriages, which can be attached to the side of the wall or horizontally under the lintel. According to DIN 18357, the sliding doors in living rooms should be able to move with little noise. The movement mechanics must be easily accessible. The drives are usually installed before the closing walls are built up or before the panel casings or built-in cabinets are erected. The travel limit is usually determined by rubber buffers, which can be attached in such a way that the door leaf hits up and down at the same time. Frame linings or linings with cladding can be used as door frames, also known as frames, for sliding doors and as covers for roller drives. To ensure that the drives are accessible after installation for hanging and removing the door leaves and for repairs, it is advisable to attach a half lining and the upper cladding must be removable.

Both for the conventional sliding doors that can be run into pockets, such as wall pockets, retractable or guidable sliding doors and for rear wall cladding, i.e. in front of walls, it has been shown that for safe insertion of the sliding doors to close the sliding door opening, also called door frame opening, at the transition from the Open position into the closed position in the pockets, also called sliding door pockets, the bottom can have elongated recesses in which sliding strips are embedded to accommodate the lower edge of a sliding door and are coupled to the bottom by means of conventional connecting devices such as screw connections. These form a tripping hazard for the user when entering the sliding door area.

It has also been shown that the disadvantage in the area of the U-shaped sliding door is that not only the risk of tripping but also the installation work can be eliminated from the grooves in the floor, which serve to accommodate sliding strips arranged on the underside of the sliding doors in order to ensure that the sliding door is safely retracted into the to ensure pocket opening.

In addition, it has been shown that as a result of the swinging of sliding doors around a swing axis, which is aligned in the area of the rolling elements of the running gear of a suspended sliding door, damage to the door frame limiting the pocket opening occurs when the sliding doors are driven into the pocket opening of a door frame, a wall, etc .

There is also the disadvantage in the prior art that, in order to avoid swinging when the same is inserted into the pocket opening, a sliding door suspended on running mechanisms requires extensive installation work in the floor area in order to allow the sliding doors to be inserted vertically into the sliding door openings using the above-mentioned floor recesses keep.

The object of the invention is also to provide a guide device as part of a sliding door device, so that the sliding door is suitable for running not only in front of the wall, e.g. without a frame, but also in the wall with or without a frame.

For example, when driving the sliding door in front of the wall against the masonry, for example, no wood-like cladding as a frame, but a layer of plaster can be applied.

The guide device to be provided should be arranged without great effort only on a side or wall area laterally delimiting the door opening on the floor, in order to make it possible to move the sliding door along the frame reliably, reliably and without hindrance. After the guide device has been installed, at least the side or wall area laterally delimiting the door opening or both sides or both wall areas can be provided with layers of plaster.

In the case of a front wall without a frame, the guide device to be provided should also not damage the wall and should not necessitate the installation or construction of guide cams which would impede entering the door opening.

Wall pockets should also be arranged in walls in such a way that the sliding door can be moved into both, depending on the user's wishes, and the opposite wall pocket openings with both wall areas and/or wall pocket inner sides instead of with the wall pocket opening and their wall areas delimiting and cladding frames with a wall plaster as plaster layer is coated. It is desirable that before the wall plaster is applied, the guide device is arranged on the floor in the area of the wall pocket opening and coupled to the wall areas without their presence impairing the overall aesthetic impression of the plaster layer covering the wall pocket opening.

In another example, paneling is applied in front of the wall against the masonry. The cladding can be rectilinear or rectangular in cross-section. The wall cladding as a component laterally delimiting a door opening is also referred to as a frame; the frame is typically a non-angled, i.e. straight, running or an angled, such as right-angled, side part of a frame or panel or a complete side frame, as also in the DE 10 2017 220 387 is revealed. In addition, the frame can include a clothing side and possibly at least one lining board or one lining board side. The frame can rest directly against the wall or, more often, be spaced from it so that the space between the frame and the masonry can be filled with filling material. At a distance from the frame, the sliding door moves along the frame that laterally delimits the door opening as a door frame. A running rail with a carriage is arranged in the upper area of the door frame delimiting the door opening by means of fastening straps, so that the sliding door as a door leaf is hung on a running gear hanging on the upper edge with this in the running rail.

The guide device to be provided should be arranged without great effort on both sides or wall areas on the floor between the frame and the masonry in order to make it possible to move the sliding door along the frame reliably, reliably and without hindrance.

The sliding door can also close a door opening, in which case the door opening is bordered only by a frame in a straight line or at right angles and the frame is spaced from the wall to form an intermediate space, so that the frame covers the wall at least laterally as a door frame and the opening of a pocket in the wall delimited together with the wall area into which the sliding door can be inserted parallel to the door opening. In this embodiment, it may be desirable for the guide device to be provided to be placed on the floor in the area of the wall pocket opening and only coupled to one wall area, so that the sliding door can continue to be dimensionally stable and track-true in and out of the wall pocket without damaging it, without the frames delimiting the wall pocket opening being damaged during robust everyday operation.

If the wall pocket opening is covered with a frame, after the guide device has been coupled to a wall area, the frame can also be attached at a distance from the wall area delimiting the wall pocket opening and the intermediate space can be filled with a filling material after the guide device has been coupled to the wall area. With this type of sliding door that runs behind the wall paneling, the guide device will also not appear visually and possibly negatively affect the overall visual impression, but rather ensure operationally reliable operation of the sliding door that can be closed the door opening.

Likewise, the guide device should make it possible for the sliding door running behind the wall paneling to have two opposite intermediate spaces formed by frames and wall, the guide device coupled to both wall areas and the intermediate space to be filled with a filling material after the guide device has been coupled to both wall areas, so that just as little the guide device appears optically and possibly does not influence the overall visual impression, but rather ensures reliable operation of the sliding door that can be closed the door opening.

In addition, it is desirable that the guide device is not only suitable for a single-leaf sliding door, but also for double-leaf sliding doors, so that the door opening is delimited by two opposing masonry pockets that limit the door opening and one wall pocket can accommodate one sliding door each using the guide devices to be provided.

In the case of a sliding door mounted in front of the wall, the guide device should also be fixed on the floor before the plaster layer is applied to the wall, so that the guide device not only does not restrict entering the door opening, but also offers the possibility of easily removing the guide device by slightly removing the plaster layer to replace one in the same area without the need for major repairs.

It is therefore also an object of the invention to quickly and easily overcome the disadvantages of conventional guide devices for single-leaf sliding doors, regardless of whether they guide single-leaf or double-leaf sliding doors, a fixation in the area of the door opening, such as holes in the floor in the area of the door opening, and repairs to the guide devices enable without the need for high repair costs.

Likewise, the guide devices to be provided for two-leaf sliding doors should avoid dowelling in the floor area of the door opening delimited by the door frame or wall pockets, in order to increase slip resistance.

So will in the DE 199 54 111 discloses a conventional sliding door opening with a support part that can be fastened to the bottom and that has two support elements, the support part engaging in a longitudinal guide of the sliding door and the support elements in the longitudinal guide being able to be placed on opposing surfaces running in the sliding direction. In order to bring about a safe, uncomplicated insertion of the sliding door into the sliding door openings, an additional carriage is proposed in the lower section of the sliding door, which faces the floor, with the carriage having support elements. These support elements are connected to rollers which can be rotated about a vertically aligned axis of rotation and can be moved and guided in a U-shaped recessed groove in the lower section of the sliding door. The conventional sliding door guide shows such a construction, which has to be anchored in the ground with a great deal of effort and always requires maintenance and checking for impurities that impair the ability of the sliding door to be guided.

In the DE 20 2005 011 249 a conventional sliding door guide with a chassis is also disclosed, the one-piece chassis being composed of two lining parts and a cross part, the running rail as an integral part of the cross part, the door element, a center post with an integrated guide pin for guiding the door element, a wall element and a decorative trim to finish the transition from the chassis to the wall. This conventional sliding door guide requires increased installation effort and is not suitable for practical use.

Also known in the prior art are two types of sliding doors insertable into pockets to close the door frame or sliding door opening; sliding doors running in or in the wall and sliding doors running in front of the wall, both of which can entail various disadvantages due to the specific embodiments.

Wall mounted sliding doors typically ride in a track that runs across the doorway, with the length of the track often being twice the width of the doorway. A visually disturbing impression is always left behind when this running rail is appropriately covered for coupling the running gear of the conventional sliding door. This conventional sliding door is also guided on the underside by a sliding strip which is let into the U-shaped recess in the floor and is guided in the same, in order to ensure that the sliding door can be inserted into the pocket without tilting during the transition from its open to its closed position for the purpose of closing the door frame or sliding door opening to accomplish. The disadvantage of such a conventional sliding door is not only the considerable risk of tripping for the user, which such an opening entails, but also the high degree of soiling of the same and the constant cleaning that is therefore required. In addition, such a wall conventionally has to have a sufficiently high wall thickness.

In the case of a sliding door running in or into the wall, the conventional sliding doors can likewise be guided lengthwise on the floor side with grooves cut out in the floor or have a U-shaped recess themselves in their floor-side section for receiving the floor-mounted sliding strip.

The object of the invention is to provide an easy-to-assemble, one-piece and user-friendly guide device which reliably inserts hanging sliding doors into sliding door openings regardless of the type of pocket configuration accommodating the front side of the sliding door, e.g is in the wall, ie in the door frame, or in front of the wall, such as between a panel and the wall as a so-called rear wall paneling, in which current sliding door can be inserted with its front side.

Likewise, the guide device to be provided should already be suitable for a conventionally suspended sliding door without great structural effort.

In addition, the sliding door device should be low-friction and low-wear in order to ensure durability of use of the same.

In addition, the sliding door should not be restricted in its guidance and mobility along the wall or wall surface in order to ensure a high level of user-friendliness.

In addition, the sliding door device to be provided should be structurally simple and inexpensive to manufacture in order to enable ubiquitous distribution of the sliding door device to be provided.

Furthermore, the guide device should be suitable for walls with a wall thickness without requiring a great deal of effort to mount the guide device.

In addition, the guide device to be provided should support the sliding door in its closed position, to provide the uncomplicated sealing closure or closure of the door frame or sliding door opening.

Likewise, the guide device should fit well into the space and be aesthetically pleasing to the user.
Both the installation of the guide device should be able to be carried out inexpensively and manufactured at low cost, since keeping the costs low for the construction industry and for the do-it-yourselfer is an essential requirement.

This rational production should be able to be achieved in particular by standardized production of the guide device in large series.

The objects are achieved by the easy-to-assemble one-piece guide device according to the invention for the reliable guidance of hanging sliding doors according to the main claim and the inventive sliding door device that can be operated and moved without tilting according to the secondary claim; the subclaims relate to preferred configurations and exemplary embodiments of the easy-to-assemble one-piece guide device according to the invention and the sliding door device according to the invention that can be operated and displaced without tilting

The invention relates to an easily mountable one-piece guiding device for the reliable guiding of hanging sliding doors
a base plate that is suitable for laying on a floor,
at least one preferably plate-shaped wall stop aligned perpendicularly to the base plate, wherein
the wall stop is arranged on a floor panel side of the floor panel, as molded, on the floor panel,
the wall stop is provided for coupling to a wall, preferably to a wall region of the same that laterally delimits a wall pocket or a door frame opening, or to a covering that laterally delimits a pocket, such as wall covering, as a frame by means of connecting devices and for bearing on the floor
and or
at least one guide rail aligned perpendicular to the base plate, wherein
the central longitudinal axis of the guide bar can be aligned perpendicular to the central longitudinal axis of the wall stop.

A further object of the invention is directed towards the easy-to-assemble one-piece guide device for the reliable guidance of hanging sliding doors, which can be produced with a base plate which is suitable for being placed on a floor or standing surface, at least one wall stop aligned perpendicularly to the base plate, wherein
the wall stop is arranged on a floor panel side of the floor panel, as molded, on the floor panel,
the wall stop is provided for coupling to a wall, preferably to a wall pocket of the same, or to a pocket delimited by a wall and a paneling, by means of connecting devices and for bearing on the floor and/or at least one guide rail aligned perpendicularly to the floor panel, wherein
the central longitudinal axis of the guide bar can be aligned perpendicular to the central longitudinal axis of the wall stop.

An additional object of the invention relates to the sliding door device with a sliding door, which is provided for suspension on a head rail of a fixed frame by means of rollers of a carriage and displacement along the head rail, and an easily mountable one-piece guide device for reliable tilt-free guidance of the hanging sliding door.

Another object of the invention relates to the use of the easily mountable one-piece guide device in a sliding door device that can be operated and moved without tilting and has a sliding door,
which is suspended on a carriage that can be moved on or in a head rail of a fixed frame by means of rollers and can be moved longitudinally to the head rail, the guide device comprising a base plate which is suitable for being placed on a floor,
at least one, preferably plate-shaped, wall stop aligned perpendicularly to the base plate, wherein
the wall stop is arranged on a floor panel side of the floor panel, as molded, on the floor panel,
the wall stop is provided for coupling to a wall, preferably to a wall area of the same that laterally delimits a wall pocket or a door frame opening, or to a paneling that laterally delimits a pocket, such as wall paneling, as a frame by means of connecting devices and for bearing on the floor and/or
at least one guide rail aligned perpendicular to the base plate, wherein
the central longitudinal axis of the guide bar can be aligned perpendicular to the central longitudinal axis of the wall stop.

The easy-to-assemble one-piece guiding device according to the invention comprises a base plate which is suitable for being placed on or against a floor. The floor panel is placed with its underside against the floor as a standing surface, for example a parquet floor, a plank floor, a belted floor or the like, or rested on it. A wall stop is arranged, as if molded on, on at least one of the opposite base plate sides of the base plate, which are aligned perpendicularly to the underside and/or the upper side of the base plate. The wall stop is, for example, designed in the form of a plate and is preferably aligned perpendicularly to the base plate and to its upper side and/or its lower side. In the case of a sliding door that can be slid or run in front of a wall, for example, the wall stop can be placed against the side of the wall or wall that is aligned transversely to the sliding door and faces the door opening and coupled to the wall side or the wall or wall with conventional connecting devices.

At least one guide strip, also known as a guide cam, is formed on the upper side of the base plate facing away from the floor and is aligned with the base plate in such a way that it is guided by an elongated recess made on or in the underside of the sliding door when the sliding door is retracted into the wall, for example and the wall cladding is accommodated as a frame with a pocket that is limited on the side. The recess is designed as a longitudinal groove running along the underside of the sliding door facing the standing area, which has a part-circular or angular cross-section and is limited by groove cheeks merging into a groove base, preferably aligned transversely thereto.

Preferably, in this configuration, at least the one side of the guide strip that or the area of which faces the sliding door can be designed to taper to a point in the displacement direction or directions of the sliding door in a plan view of the base plate, or be drawn in as a chamfer in order to accommodate or insert the guide strip in to lighten the bottom longitudinal groove of the bottom bottom-facing portion of the sliding door extending from the front to the rear of the sliding door. The recess of the sliding door ends at least on the front side of the same, so that the front side is also drawn in as a longitudinal groove on its underside facing the standing area.

Being placed on a standing area or a floor is also understood within the meaning of the invention as laying on the standing area or the floor or placing against the standing area or the floor. For the purposes of the invention, coupling is also understood to mean any conventional connection, such as frictional, non-positive and/or positive locking, e.g. screwing, dowelling, gluing, riveting, etc.

Likewise, the other side of the guide rail facing away from the sliding door can be tapered in plan view, as if drawn in as a chamfer, in order to make it easier for the sliding door to move back out of the pocket during the transition from its closed position to its open position to provide the sliding door or door frame opening and a Advantageously, to avoid tilting of the sliding door with the guide strip of the easily mountable one-piece guide device according to the invention. In addition, the two opposite ends of the guide rail can be drawn in, forming chamfers.

Advantageously, in a top view of the guide device according to the invention, the guide strip is formed centrally—with the same spacing from both sides of the base plate and/or wall stops—on the upper side of the base plate facing away from the floor. The guide bar advantageously runs parallel to the sides of the floor panel and transversely to the wall stops.

In a further embodiment of the easy-to-assemble one-piece guide device according to the invention, at least one wall stop can also be arranged or formed on the other side of the floor plate opposite the above-mentioned side of the floor plate, which wall stop is also aligned perpendicular to the floor plate. This embodiment of the guide device according to the invention with two wall stops for coupling on both sides is particularly suitable for connecting the guide device according to the invention to the two wall sides of the wall areas delimiting the pocket, such as a wall pocket, or to a wall area and to a wall paneling, which jointly delimit a pocket at the side, in the Design of a so-called sliding door that runs in a wall or in a pocket, such as in a wall pocket.

The guiding device according to the invention is also characterized in that it is suitable not only for sliding doors made of wood and/or metal materials, but also for glass sliding doors. It is also shown that the guide device can be adapted to the various dimensions of door openings for sliding doors on site.

In one embodiment, the guide device according to the invention can be attached in the area of the wall pocket opening of a wall pocket, in which case the wall areas delimiting the wall pocket can be provided with a layer of plaster after the guide device has been placed on the bottom in the area of the wall pocket opening and the same has been coupled to the wall areas.

For this particular design running in a wall pocket as a wall pocket without frame, a guide device according to the invention is used, in which two wall stops are formed at the ends of the base plate or on the base plate sides of the base plate, which are preferably aligned transversely to the end of the base plate. The guide device according to the invention is attached against the floor in the area of the wall pocket opening, so that the two wall stops are attached flat against the wall areas delimiting the wall pocket opening, facing the door opening and delimiting the sides. With the aid of conventional screw connections, the wall stops are coupled to these wall areas by passing screws through the openings in the wall stops, which are delimited by opening shells. The wall areas delimiting the wall pocket opening can then be plastered with the plaster layer and the guide device according to the invention can be covered. Due to the arrangement of the guide device according to the invention and its guide strip in the middle, i.e. with the same distance from the two wall inner sides or wall pocket inners delimiting the wall pocket interior, the tracking of the sliding door - spaced from the two wall inner sides or wall pocket inner sides - is made possible without damage to the wall areas delimiting the wall pocket opening adjusts itself.

It turns out that in another embodiment running in a wall pocket, the guide device according to the invention is also particularly suitable for a sliding door that can be moved into a wall pocket, the wall pocket opening being able to be lined on one or preferably both sides with frames as a door frame. The guide device according to the invention is placed against the floor in the area of the wall pocket opening and the two wall stops formed centrally on the floor plate are placed flat against the two wall areas delimiting the wall pocket opening. The wall stops formed centrally on the base plate are coupled to the wall areas delimiting the wall pocket opening by means of conventional screw connections. The two wall areas facing the door opening can then be clad using frames to form a right-angled or straight door frame.

It is also possible that in another embodiment running in a wall pocket, the guide device according to the invention is placed on the floor in the area of the wall pocket opening and at least one wall stop of the guide device according to the invention, which is formed centrally on the base plate, is attached to only one of the wall pocket openings by means of screw connections, such as dowel connections delimiting wall area are coupled flat against each other. If the other adjacent wall area is set back compared to one wall area, the wall stop can be sufficiently and durably coupled to the other wall area by applying or filling in a filling compound between the wall stop and the other wall area, without requiring a great deal of assembly effort. Then both of the wall areas delimiting the wall pocket opening or only one of them can be clad with frames or one. Within the meaning of the invention, a wall stop formed centrally on the base plate is also understood to mean that the wall stop is formed on the base plate side at the same distance from the two opposite base plate ends.

It is also possible that in a further embodiment running in a wall pocket, the guide device according to the invention is placed on the floor in the area of the wall pocket opening and at least one wall stop of the guide device according to the invention, which is formed centrally on the base plate, is attached to only one of the wall pocket openings by means of screw connections, such as dowel connections delimiting wall area or wall area are coupled flush. If the other adjacent wall area is set back by a predetermined amount compared to one wall or wall area, the wall stop can nevertheless be attached to the other wall stop by inserting plastic and/or wood-like spacer or compensation plates between the wall stop and the other wall area Wall area are sufficiently and permanently coupled without requiring a high installation effort and deformation of the guide device according to the invention occurs. Then both wall areas delimiting the wall pocket opening can be clad with frames or just one. The exact alignment of the wall stop is increasingly supported by the provision of spacer or compensating plates of different thicknesses. The spacer or compensating plates can be formed on their large-area against the wall stop and the wall or wall area attachable sides cooperating with the recesses in a wall stop and recesses in spacer or compensating plates as a result of intervention to determine the alignment and permanent adjustment between wall stop and spacer or compensating plates and the spacer or compensating plates on each other.

In the case of the configuration running in a wall pocket without a frame, a guide device according to the invention is used which only has only one wall stop. The guide device according to the invention is placed on the floor in the area of the wall pocket opening and with its one wall stop formed at the end of the floor plate against the wall area of a wall which laterally delimits a door opening, and the wall stop is coupled to the wall area by means of conventional screw connections. The wall area that laterally delimits the door opening is provided with a layer of plaster. It is advantageous that the guide rail, which runs transversely to the wall stop, is aligned so far away from the wall area that when the guide rail is accommodated in the longitudinal groove of the sliding door, it is spaced sufficiently far from the wall area and the inside of the wall pocket without guiding the sliding door affect. The wall area delimiting the wall pocket opening can then be plastered with the plaster layer and the guide device according to the invention can be covered.

In the case of the configuration running in front of the wall without a frame, a guide device according to the invention is used which only has only one wall stop. The guide device according to the invention is attached to the bottom against the wall area of a wall, which delimits a door opening at the side, with one of the two wall stops formed at the ends of the base plate, and one wall stop is coupled to the wall area by means of conventional screw connections. It is advantageous that the guide rail, which runs transversely to the wall stop, is aligned so far away from the wall area that when the guide rail is accommodated in the longitudinal groove of the sliding door, it is spaced sufficiently far from the wall area and the inside of the wall pocket without guiding the affecting the sliding door. The wall area that laterally delimits the door opening is provided with a layer of plaster. The guiding device according to the invention is characterized in that it is not only suitable for sliding doors running in wall pockets, but also running behind wall cladding and in front of wall cladding, making it possible for the sliding door to move in a true-to-track, dimensionally stable, swing-free manner.

The guiding device according to the invention allows that
no alignment of the same is necessary when driving the sliding door,
the guide strip, which is arranged in the middle of the base plate, depending on the requirements on site, e.g
in the case of finishing running in front of the wall, from the wall side of the masonry
or in the case of configurations running in wall pockets, from the two wall pocket insides delimiting the interior of the wall pocket
is adjustable
in the case of designs running behind wall cladding, can be aligned from the inside of the wall pocket delimiting the interior of the wall pocket and from the inside of the frame or frame,
the wall stops can be attached in a variety of ways to the wall areas, inside walls and the like delimiting the door openings and can be coupled to them,
without restricting the hanging of the sliding door in the running rails,
let alone impede driving the sliding door.

In addition, preferably
the alignment of the guide strip is made easier for the inexperienced by means of spacer or compensation plates that can be inserted between the wall area and the wall stop as mounting plates,
the simple assembly does not lead to damage to the wall areas bordering the door opening and the inside of the wall,
the use of frames as door frames and plaster layers for coating the plaster areas are not restricted,

Furthermore, it turns out that advantageously
the guide device according to the invention is also particularly suitable for not only single-leaf but also for multi-leaf, such as double-leaf, sliding doors, so that a sliding door, for example, can be driven into each wall pocket by means of the coupling of the guide device according to the invention,
in the case of running in front of the wall, the guide device according to the invention is also particularly suitable for double-leaf sliding doors,
in the presence of opposite wall pockets, each of which can accommodate a sliding door, these wall pocket openings can be clad with or without frames or with or without a layer of plaster.

It has also been shown that at least the guide rail can be provided with a coating of polytetrafluoroethylene (PTFE) in order to reduce the frictional resistance between the longitudinal groove and the groove cheeks that delimit the interior of the longitudinal groove when the sliding door is moved, so that not only the abrasion of the Reduced guide bar with constant operation and driving the sliding door, but also moving the same is smoother.

In addition, this design of the guide device according to the invention is suitable for connecting its two wall stops for the design of a so-called sliding door running behind a wall, with one wall stop on the wall side of the wall area laterally delimiting one side of the wall pocket and the other wall stop on the area spaced from this wall area of the other wall area are coupled. The guide device according to the invention for coupling on both sides is preferably arranged in the area of the opening of the pockets, which are provided either by the wall in the configuration of a so-called sliding door running in the wall or by the wall and the wall covering, e.g. shelf, in the configuration of a so-called front aligned with the sliding door running along the wall. Since the easy-to-assemble one-piece guide device according to the invention is therefore arranged in the area of the pocket openings of the areas of the paneling and/or wall delimiting the pockets, it is hidden from view by a user and does not impair the overall aesthetic impression of the door frame delimiting the sliding door opening. In the context of the invention, a door frame is also understood to mean a block frame, window frame, frame or lining door with coverings or linings.

In further configurations of the guide device according to the invention, two guide rails can be formed parallel to one another at a distance from one another and perpendicular to the base plate. These configurations are particularly suitable for guiding sliding doors as glass sliding doors, so that the intermediate space delimited laterally by the two guide rails accommodates the lower section of the glass sliding door facing the standing area and can guide without jamming.

In the embodiment of the guide device according to the invention with one or two guide rails formed on the base plate, one or both wall claddings or at least one of them can be formed on the ends of the base plate sides. For the purposes of the invention, end-to-end is also understood to mean the formation of at least one wall stop on the base plate or its base plate side not in the middle, but in the area of one end or one base plate end of the base plate, such as the end side, which end runs transversely to one or both base plate sides or that either the Sliding door facing or away. This design of the wall stops formed on the ends connects the two wall stops to the two wall areas laterally delimiting the pockets, so that when the sliding door is moved into the pocket via the pocket opening, the sliding glass door can slide into the space between the two guide rails of the easy-to-install one-piece without complications and without tilting Guide device can be introduced.

In the embodiment of the guide device according to the invention with one or two guide rails formed on the base plate, one or both wall coverings or at least one of them can be formed centrally on the base plate sides. In the context of the invention, centeredness is also understood to mean the formation of at least one wall stop on the base plate or its base plate side, which preferably runs transversely to the formed wall stop, with the same spacing from the opposite bottom plate ends of the bottom plate.

The underside of the wall stops facing the standing area is advantageously aligned with the underside of the base plate facing the standing area and flush with one another in order to increase stability on the standing area.

Advantageously, the wall areas that laterally delimit the pockets can be pulled into the wall or walls to such an extent that the surfaces of the wall fittings attached to the wall sides, which face the sliding door, in particular the sliding glass door, are flush with the surfaces of the wall sides adjacent to the wall sections and flush with each other so as not to spoil the visual image.

Advantageously, the wall or wall areas that laterally delimit the pockets can be drawn into the wall or walls to such an extent that the surfaces of the wall fittings attached to the wall sides, which face the sliding door, in particular the sliding glass door, are in contact with the surfaces of the wall sections adjacent wall sides are aligned flush with each other so as not to impair the visual appearance.

Advantageously, the central longitudinal axis of the guide rail is oriented perpendicularly to the central longitudinal axis of the wall stops, so that the sliding door can be easily retracted into the pocket of a wall or into those formed by a wall and its lining or shelf. In another embodiment of the guide device according to the invention, it is designed in one piece, such as being produced from one piece or part. For the purposes of the invention, one-piece is also understood to mean one-piece, as produced with one piece or from one piece.

For example, the guiding device according to the invention can be made of wood, plastic-like material, metallic material or a mixture thereof.

In addition, the easy-to-install sliding door device according to the invention comprises both at least one sliding door as a door leaf, which is intended for suspension in a head rail of a fixed frame by means of rollers and displacement along the head rail, and a guide device according to the invention.

For example, the sliding door is made as a hanging sliding door of wood, plastics material, metal material or a mixture thereof and may be hung at the top edge with slide or roller fittings of a bogie in tracks fixed in or under the top floor. The sliding door can often be designed as a glass sliding door with fittings made of metal and/or plastic-like materials. Likewise, the sliding door for the sliding door device according to the invention can be locked at the edge by bolt locks or, in the case of double sliding doors, in the overlap by pressure cylinder locks. The sliding door device according to the invention, which is easy to assemble, is also suitable for double-leaf sliding doors with sliding door elements. The sliding door elements of the double-leaf sliding door can be moved into opposite pockets of walls or pockets formed by walls and shelves or cladding.

exemplary embodiments

• 1 die Schrägansicht auf die erfindungsgemäße leicht montierbare einteilige Führungsvorrichtung mit einer mitteständig angeformten Führungsleiste mit spitz zulaufenden Enden und mitteständig an der Bodenplatte angeformten Wandanschlägen,
• 2 die Draufsicht auf die erfindungsgemäße leicht montierbare einteilige Führungsvorrichtung mit spitz zulaufenden Enden der Führungsleiste,
• 3 die Frontansicht auf die erfindungsgemäße leicht montierbare einteilige Führungsvorrichtung,
• 4 die Frontansicht auf die erfindungsgemäße Führungsvorrichtung mit einer mittig angeordneten Führungsleiste und an der Bodenplatte beidseitig angeformten Wandanschlägen,
• 5 die Draufsicht auf die erfindungsgemäße Führungsvorrichtung mit einer mittig angeordneten Führungsleiste und mitteständig an den gegenüberliegenden Bodenplattenseiten angeformten Wandanschlägen der Bodenplatte und einen Vorsprung der Bodenplatte,
• 6 die Seitenansicht auf die erfindungsgemäße Führungsvorrichtung mit einer zwei Fasen eingezogenen Führungsleiste, einem mitteständig angeformten Wandanschlag und an einem an dem Bodenplattenende angeformten Vorsprung,
• 7 die Schrägansicht auf die erfindungsgemäße Führungsvorrichtung mit den mitteständig an der Bodenplatte angeformten Wandanschlägen sowie einer Führungsleiste mit eingezogenen gegenüberliegenden Fasen,
• 8 die Schrägansicht auf die erfindungsgemäße Führungsvorrichtung mit endständig, also in dem der einen Bodenplattenende zugewandten Bereich, an den Bodenplattenseiten der Bodenplatte angeformten Wandanschlägen und zwei parallel zueinander ausgerichteten Führungsleisten für Glasschiebetüren,
• 9 die Frontansicht auf die erfindungsgemäße Führungsvorrichtung mit mittig angeformten eine gemeinsame Höhe aufweisenden Führungsleisten, die voneinander beabstandet sind,
• 10 die Draufsicht auf die erfindungsgemäße Führungsvorrichtung mit an Bodenplattenseiten endständig angeformten Wandanschlägen und zwei Führungsleisten für Glasschiebetüren mit offenbarter Ein- und Ausfahrrichtungen einer Tür, wie Glasschiebetür,
• 11 die Seitenansicht auf die erfindungsgemäße Führungsvorrichtung mit einem endständig angeformten Wandanschlag und einer Führungsleiste ohne Fase,
• 12 die Schrägansicht auf die erfindungsgemäße Führungsvorrichtung mit einem mitteständig an einer Bodenplattenseite angeformten Wandanschlag und einer im Bereich der anderen Bodenplattenseite, wie endständig, angeformten Führungsleiste für eine Schiebetür mit einer Führungsnut oder Längsnut zur Aufnahme derselben,
• 13 Frontansicht auf die erfindungsgemäße Führungsvorrichtung mit nur einem an der einen Bodenplattenseite angeformten Wandanschlag und die von dem Wandanschlag gesehen im Bereich der der einen Bodenplattenseite gegenüberliegenden anderen Bodenplattenseite oberseitig, wie endständig, angeformten Führungsleiste,
• 14 die Draufsicht auf die erfindungsgemäße Führungsvorrichtung mit nur einem an einer Bodenplattenseite mitteständig angeformten Wandanschlag und einer endständig angeformten Führungsleiste für eine mit Führungsnut oder Längsnut versehenen Schiebetür,
• 15 die Seitenansicht auf die erfindungsgemäße Führungsvorrichtung mit nur einem Wandanschlag, angeformt an der Bodenplattenseite, einer Führungsleiste und deren zwei gegenüberliegenden abgeschrägten Fasen zur Erleichterung des Einfahrens der Schiebetür mit ihrer aus deren Unterseite ausgefrästen Längsnut und
• 16 die Draufsicht auf ein Abstands- oder Ausgleichsplättchen mit Durchbrüchen und angeformten Zapfen.

Due to a graphic simplification, the drawings show in a schematic, greatly enlarged manner, without claiming to be a true-to-scale reproduction

• 1 the oblique view of the easy-to-assemble one-piece guide device according to the invention with a centrally formed guide strip with pointed ends and centrally formed wall stops on the base plate,
• 2 the top view of the easy-to-assemble one-piece guide device according to the invention with pointed ends of the guide bar,
• 3 the front view of the easy-to-assemble one-piece guide device according to the invention,
• 4 the front view of the guide device according to the invention with a centrally arranged guide strip and wall stops formed on both sides of the base plate,
• 5 the top view of the guide device according to the invention with a centrally arranged guide strip and wall stops of the base plate formed centrally on the opposite sides of the base plate and a projection of the base plate,
• 6 the side view of the guide device according to the invention with a two-chamfer retracted guide rail, a wall stop formed in the middle and on a projection formed on the end of the base plate,
• 7 the oblique view of the guide device according to the invention with the central wall stops formed on the base plate and a guide strip with drawn-in opposite chamfers,
• 8th the oblique view of the guide device according to the invention with wall stops formed at the end, i.e. in the area facing one end of the base plate, on the base plate sides of the base plate and two guide strips aligned parallel to one another for sliding glass doors,
• 9 the front view of the guide device according to the invention with centrally formed guide rails that have a common height and are spaced apart from one another,
• 10 the top view of the guide device according to the invention with wall stops formed at the ends of the base plate and two guide strips for sliding glass doors with disclosed directions for moving a door in and out, such as a sliding glass door,
• 11 the side view of the guide device according to the invention with a wall stop formed at the end and a guide bar without a chamfer,
• 12 the oblique view of the guide device according to the invention with a wall stop formed centrally on one side of the base plate and a guide strip for a sliding door formed on the other side of the base plate, such as at the end, with a guide groove or longitudinal groove for receiving the same,
• 13 Front view of the guide device according to the invention with only one wall stop formed on one side of the base plate and the guide rail formed on the upper side, such as at the end, in the area of the other side of the base plate opposite the one side of the base plate, seen from the wall stop,
• 14 the top view of the guide device according to the invention with only one wall stop formed centrally on one side of the base plate and one guide strip formed at the end for a sliding door provided with a guide groove or longitudinal groove,
• 15 the side view of the guide device according to the invention with only one wall stop, formed on the bottom plate side, a guide strip and its two opposite beveled chamfers to facilitate the retraction of the sliding door with its longitudinal groove milled out of the underside and
• 16 the top view of a spacer or compensating plate with openings and molded pins.

A sliding door includes a door leaf (not shown), which makes the opening delimited by the door frame closable and opens as a door opening, as well as running and locking coverings (not shown). The sliding door can be hung on a carriage that can be moved by means of rollers in or on a head rail of a fixed frame coupled to a wall or wall surface and can be displaced laterally parallel to the wall surface; either closed roller or ball drives can be used as drives for hanging the sliding door as a door leaf, which can be attached horizontally to the side on the wall or under the lintel. Thus, for a door frame that has a wall pocket arranged on one side, the interior of the wall pocket can be laterally delimited by the two opposite wall pocket inner sides of the wall.

The wall pocket opening is delimited on the outside by the outer wall areas of the wall that can face the door opening. The guide device according to the invention has wall stops 2 formed centrally on the narrow, such as small-area base plate sides 1a of the base plate 1, which are aligned transversely to the narrow, such as small-area, base plate ends 1b, with a guide strip 3 formed centrally on the base plate 1 or its large-area upper side 5. The wall stops 2 are formed on the base plate 1 with their narrow-surfaced sides--compared to their plate sides 2c--which can be placed against wall regions and coupled to them. The guide device according to the invention is attached with its two opposite wall stops 2 and their large plate sides 2c to a wall, in particular to the wall areas of the same which laterally delimit a pocket, such as a wall pocket, or to one of the wall areas delimiting the wall pocket laterally against the two and with them by means conventional dowel devices screwed as screw connections, wherein the openings 2a delimited by the opening shells 2b can be particularly suitable for the passage of screws. The guide device according to the invention is attached to the floor as a standing surface and is spaced from the two opposite wall pocket inner sides laterally delimiting the interior of the wall pocket such that when the sliding door is retracted it is not damaged due to the lack of canting. The height H of the guide bar 3 is lower compared to the height H of the wall stops 2 in one embodiment.

The sliding door, for example made of wood, has a milled-out recess as a longitudinal groove on the underside, ie in its section facing the floor, which runs parallel to the door leaf. In the case of an embodiment running in wall pockets, after the bottom side of the guiding device according to the invention has been laid on, the undersides 5a of the base plate 1 and the undersides 5a of the wall stops 2 are pressed flat against the standing surface or floor and the wall stops of the guiding device according to the invention molded centrally onto the bottom plate 1 attached to the wall areas and coupled to them. The longitudinal groove of the sliding door runs to the front side and to the rear side of the sliding door opposite the front side, so that when the sliding door is installed, the guide rail 3 can easily be accommodated in it via the longitudinal groove extending to the front side (not shown). The wall cladding can then be applied as a frame directly to the wall area or indirectly at a distance from the wall area, such as at a distance, with the frame being guided around the wall area at right angles in plan view or running in a straight line only covering the wall area.

In the case of a configuration running in wall pockets, after the guide device according to the invention has been placed on the ground, the guide device according to the invention can also be used in a wall pocket, with one wall area being in front, while the other wall area is not at the same height as one wall area, but is set back slightly. compared to the one wall area-. The guide device according to the invention can be placed with one of the wall stops 2 formed at the end against the wall area that is in front and screwed to it, with the other wall stop 2 being used as compensation material after or before the gap between the other recessed wall area and the wall stop 2 is filled or can nevertheless be screwed to this space by inserting spacer or compensating plates 7 in this space. Frames can then be attached as a frame to the wall areas or the same can be coated with a layer of plaster.

The spacer or compensating plates 7 can have a uniform plate thickness; Pins 7a can be formed on their large-area sides that can be placed against the wall stop and the wall or wall area, which can interact with the recesses (not shown) made in a wall stop 2 and in spacer or compensation plates 7 as a result of the pins 7a engaging in recesses for Determination of the alignment and permanent adjustment between wall stop 2 and spacer or compensation plate 7 and the spacer or compensation plate 7 with each other.

In the case of another wall pocket arrangement in a wall running in wall pockets, the guide device according to the invention can be applied on the floor side against the floor in the area of the wall pocket opening and at the same time with its wall stops 2 formed at the end on the base plate 1 against the wall areas delimiting the wall pocket opening at the same height . The wall stops 2 are coupled to the wall areas in the usual way, for example by means of a screw connection, such as a dowel device, secured. The guide rail 3 of the guide device according to the invention is spaced far enough from the two opposite inner sides of the wall pocket delimiting the interior of the wall pocket that the sliding door can be moved in and out into the interior of the wall pocket without damage and without great effort. After coupling the guide device according to the invention with its wall stops on the two wall areas, these can then be provided with a layer of plaster.

In the case of an embodiment of a sliding door without a frame running in front of the wall, the guide device according to the invention with only one guide device in the middle of one narrow base plate side 1a of the base plate 1, which has a small surface area compared to the upper side 5 of the base plate 1, is formed against a wall stop 2 against a transverse to the driving or guiding direction of the sliding wall side running on the floor side, ie against the floor, attached, which delimits the door opening laterally for the use of a single-leaf sliding door. The guide strip 3 is formed in the region of the other side 1a of the floor panel opposite the one side 1a of the floor panel, ie at the end, so that the guide strip 3 extends transversely to the side of the wall. In this embodiment, after the wall stop of the guide device according to the invention has been coupled to the wall side, the inside of the wall and/or the wall area laterally delimiting the door opening running transversely to the wall side can be provided with a layer of plaster. In such an embodiment running in front of the wall, however, the wall side can be covered with a frame, such as a panel, instead of a layer of plaster. The guide rail 2 is spaced far enough from the wall area that due to the use of the guide rail 3 of the guide device according to the invention to prevent the sliding door from pivoting or oscillating during daily use Damage to the wall area delimiting the door opening occurs.

Due to the particularly diverse applicability of the guide device according to the invention, it is not only used - as shown in the exemplary embodiments - for guiding sliding doors by means of the longitudinal groove of the same receiving the guide strip 3 on the underside, but also the molding of two spaced-apart guide strips 3 on the base plate 1 of the guide device according to the invention or the large-area upper side 5 of the same for guiding sliding doors which require the sliding door to be guided on both sides on the underside, such as glass sliding doors.

Because of
the versatile adaptability of the wall stops, such as in the middle or at the end, the design of the guide rail,
eg with at least one end drawn in as a chamfer to facilitate the insertion or reception of the guide strip in the longitudinal groove on the underside of the sliding door and/or
with at least one end tapering to a point,
the provision of the wall stops with, if necessary, spacer plates in the event of the presence of wall areas that are aligned differently from one another,
the user-friendliness of the guiding device according to the invention is significantly increased.

In contrast to the prior art, the higher assembly effort due to the use of adjusting screws in the case of differently aligned wall areas is not necessary due to the use of the guide device according to the invention.

It turns out that the guide device according to the invention and the sliding door device according to the invention using the same
fits very well into the living room,
aesthetically pleasing
installation is inexpensive
the production of the same is inexpensive,
so that these prerequisites are advantageous for the construction industry and also fulfill an essential requirement for the do-it-yourselfer,
namely that of easy assembly.

It has also been shown that the guide device according to the invention can be mass-produced in a standardized manner due to its one-piece design, in order to be used for various sliding door elements, such as sliding door designs running in wall pockets, running behind wall cladding, running in front of the wall.

The versatility of the applicability of the guiding device according to the invention and consequently of its adaptability on site is also shown by
the central molding or -ability of the guide rail 3 on the top 5 of the base plate with matching distances to the base plate sides 1 a,
the terminal molding or -ability of the guide bar 3 on the top 5 of the floor panel in an area that is adjacent to a wall stop 2,
the central molding or possibility of two guide strips 3 on the upper side 5 of the base plate, whose outer sides 8 facing away from their common intermediate space 3c have matching distances to the base plate sides 1a,
the final molding or -ability of the guide bar 3 on the top 5 of the floor panel in areas that are adjacent to the wall stops 2,
the central molding or possibility of forming at least one wall stop 1 on the base plate 1 with mutually matching distances from the base plate ends 1b,
and/or the final molding or ability to form at least one wall stop 1 on the floor panel 1 in an area that is adjacent to a floor panel end 1b and/or
the Anformung or -barkeit at least one guide bar 3 on the top 5 of the base plate without lengthwise to the

There are no limits to the versatility of the use of the guide device according to the invention and consequently to its adaptability on site, since at least one guide strip 3 on the upper side 5 of the base plate is at an acute angle to the central longitudinal axis A of at least one wall stop 2 and/or at least one wall stop 2 can be aligned at an acute angle to the central longitudinal axis L of a guide bar 3 .

In one exemplary embodiment, the guide strip 3 formed on the base plate 1 is aligned with the wall stops 2 in a T-shape in plan view, so that the central longitudinal axes A of the wall stops 2 coincide with one another.

An exemplary embodiment of the easy-to-assemble one-piece guiding device according to the invention comprises a base plate 1 which is suitable for being placed on a floor as a standing surface, at least one with its central transverse axis Q perpendicular to the base plate 1 Wall stop 2, which is formed on a floor panel side 1a of the floor panel 1 on the floor panel 1 for coupling to a wall, preferably to a wall pocket of the same, or to a wall and a panel delimiting a pocket, by means of conventional connecting devices, such as screw connections, the is intended to be placed on the floor or applied against it, as well as at least one guide bar 3 oriented perpendicularly to the base plate 1 and formed thereon, the central longitudinal axis L of the guide bar 3 being oriented perpendicular to the central longitudinal axis A of the wall stop 2. For the purposes of the invention, the center longitudinal axis A of the wall stop 2 is also understood to mean that the axis is spaced equally from the opposite plate sides 2c of the wall stop and/or parallel to the top side 5 of the base plate 1 and/or transversely to the center longitudinal axis L the guide bar 3 can run. In the context of the invention, the central longitudinal axis L of the guide strip 3 is also understood to mean that the axis is spaced equally from the opposite sides 3d, which face the sides of the base plate and wall stops, and/or parallel to the top side 5 of the base plate 1 and/or can run to the center longitudinal axis A. For the purposes of the invention, the transverse longitudinal axis A of the wall stop 2 is also understood to mean that the axis is spaced equally from the opposite panel sides 2c of the wall stop and/or transversely to the top side 5 of the base panel 1 and/or to the central longitudinal axes L and /or A can run.

The guide strip 3 is formed centrally on the base plate 1 perpendicularly to the upper side 1c of the base plate 1 opposite the underside facing the ground or in the area of a base plate side 1a, for receiving in a Longitudinal groove of the lower portion of the sliding door, the longitudinal groove being arranged in a floor-facing underside of the sliding door, which is open downward, extending therealong.

In a plan view of the floor panel 1, at least one of the opposite sides 3a of the guide strip 3 facing the floor panel sides 1b is tapered in the sliding directions of the sliding doors in order to facilitate the insertion of the longitudinal groove of the sliding door, which is recessed up to the front side of the sliding door. In addition, at least one side of the guide strip 3 that is drawn in as a chamfer and faces the bottom plate end 1b also supports the uncomplicated guiding of the same in the longitudinal groove. In one exemplary embodiment, the guide strip 3 formed on the base plate 1 is aligned with the wall stops 2 in a T-shape in plan view.

In one exemplary embodiment, the guiding device according to the invention is designed with only one wall stop 2 . This embodiment of the guide device according to the invention for one-sided coupling is particularly suitable for sliding doors that run in front of a wall. Possibly running in the wall or cladding running in a cladding in another embodiment, the guide device according to the invention is designed with two wall stops 2, so that the guide device according to the invention for coupling on both sides is particularly suitable for sliding doors that run in a wall or in cladding. A base plate projection 1c is formed on at least one base plate end 1b, which is aligned transversely to the base plate sides 1a, to stabilize the alignment when the base plate 1 is placed on the base against the standing surface and the guide strip is guided in the longitudinal groove formed on the underside of the sliding door.

In another embodiment of the easy-to-assemble one-piece guide device according to the invention, two guide rails 3, which are aligned parallel to one another and are spaced apart from one another, are formed perpendicularly to the base plate 1 on the upper side 5 of the base plate 1, which are suitable for guiding a sliding door, preferably a sliding glass door; the central longitudinal axes A of the wall stops 2 can coincide with one another. The intermediate space delimited laterally by the guide rails 3 is suitable (not shown) for receiving the lower section of the sliding door, in particular a sliding glass door. The two opposite wall stops 2 formed on the base plate sides 1a are suitable for coupling to a wall on both sides, in particular to a pocket, such as a wall pocket, wall areas of the same laterally delimiting, or to a wall area jointly delimiting the side of a pocket and wall cladding at a distance from it by means of connecting devices and with their undersides to rest on the ground. The underside 4 of the floor panel 1 and the underside 4 of the wall stops 2 are aligned flush with one another to ensure or assist the support of the easily assembled one-piece guiding device according to the invention face to face on the floor.

The center longitudinal axis L of the guide rails 3 are aligned perpendicular to the center longitudinal axes A of the wall stops 2; the wall stops 2 are aligned perpendicularly to the base plate 1 and have openings 2a for receiving conventional connecting devices, in particular screws, for coupling to a wall, in particular to the wall regions of the same, which laterally delimit a pocket, such as a wall pocket, or to a wall area that jointly delimits the side of a pocket and to a wall covering that is spaced apart from it by means of connecting devices. The guide rails 3 are equally spaced from the two bottom plate ends 1b of the bottom plate 1, which are aligned transversely to the bottom plate sides 1a. The two wall stops 2 are perpendicular to one direction of displacement, such as the direction of insertion into the pocket, and to the other direction of displacement, such as the direction of discharge from the same, the sliding door and the guide rails 3 and the guide rails 3 are aligned longitudinally to the directions of displacement.

In a further exemplary embodiment of the sliding door device according to the invention, which can be moved without tilting, with a sliding door and the guide device, the latter is suspended from a head rail of a fixed frame by means of rollers and can be moved lengthwise to the head rail. For example, the frame extends over or above a door frame opening for closure thereof by the sliding door in the closed position and laterally therefrom for opening or continuity thereof and providing the sliding door in the open position. In another example, the frame also extends into a pocket that laterally delimits the door frame opening and is able to accommodate part of the sliding door in order to close the door frame opening. In another embodiment, the frame extends over or above a door frame opening for closing it with the help of the sliding door in the closed position and to the side of it in two pockets adjacent to or laterally delimiting the door frame opening, such as wall pockets, the openings of which are arranged opposite one another, one pocket being the Sliding door in the open position to provide the continuity of the door frame opening and the opposite pocket is able to accommodate part of the sliding door in the closed position. In a further embodiment, the frame extends over or above a door frame opening for closing the same with the aid of the sliding door in the closed position and laterally from this for opening the same into a pocket adjacent to the door frame opening, such as a wall pocket, for inserting the sliding door in the closed position. In another embodiment, the frame extends over or above a door frame opening for closing the same with the help of the sliding door in the closed position and laterally from this into two pockets adjacent to or laterally delimiting the door frame opening, such as wall pockets, the openings of which are arranged opposite one another, the pockets each record a sliding door in the open position and in the closed position both sliding doors can be moved out of the pockets for jointly closing the door frame opening. The guide device for guiding the sliding door is provided with at least one guide rail 3 which is arranged at a distance from a wall and is aligned longitudinally thereto, which is equally spaced from the two wall stops 2 and formed centrally on the base plate 1 . The guide strip 3 has ends 3a that taper to a point, in order to make it easier to guide the guide strip in a groove which is designed as a runner and which is cut out on the underside of the sliding door. The runner in the lower section of the sliding door can be U-shaped, part-circular or semi-circular in cross section. The wall fittings 2 are aligned perpendicularly to the base plate 1, the guide rail 3 is aligned perpendicularly to the upper side 1c of the base plate 1 opposite the underside facing the floor. The wall stops 2 are centered, i.e. equally spaced from the bottom plate ends 1b of the bottom plate 1, and are formed on the bottom plate sides 1a, so that the center longitudinal axis A of the two wall stops 2 match and are aligned with each other and with the center longitudinal axis L of the guide rail 3 form a right angle. For the purposes of the invention, center longitudinal axis is also understood to mean an axis which is equally spaced from and runs along sides. Advantageously, the wall stops 2 are perpendicular to the sliding directions of the sliding door and the guide rails 3 are aligned longitudinally to the same; depending on the coupling of the guide device to one or both wall stops, the sliding door can be displaced laterally parallel to the wall delimiting or adjacent to the door frame opening or transversely to this wall delimiting or adjacent the door frame opening in order to close and/or open the door frame opening; the sliding door can also be inserted into a pocket adjacent to the door frame opening, which is laterally delimited by two wall sections or by a wall section and a covering, such as a shelf, spaced apart from the wall section, during the transition from a closed position to the open position, as inserted, and be executable from the pocket during the transition from the open position to the closed position, as stated, for closing the door frame opening.

The advantages of the guide device according to the invention and the sliding door device according to the invention are also evident in the fact that
the sliding doors need to be aligned more easily when they are retracted into the pockets,
Due to the arrangement of the guide strip in the middle of the base plate, the sliding door can be retracted without tilting,
the sliding door does not require a guide on the underside, in contrast to the prior art,
the guide device by means of attachable Mon day markers can be adequately aligned between the wall stop and the wall and attached to the same,
no damage is made possible to the floor or the wall delimiting the pockets or the wall and lining delimiting the pocket,
even with frequent insertion of the sliding door into the pockets.

In addition, the guide device according to the invention is also characterized by the advantage that the assembly effort is very low, because the guide device according to the invention only has to be attached to the wall or to the wall and shelf in the area of the pocket opening of the pockets, and
the attachment of the guiding device according to the invention is permanent and secure.

At the same time, the guiding device according to the invention is advantageous due to the use of conventional, universally procurable connecting devices and assembly by an inexperienced user.

Also, in contrast to the prior art, there is no need for checking and supervision and testing for guidance from below, so that the use of the guide device according to the invention and the sliding door device according to the invention is necessary in the living area and in the office area.

The guide device according to the invention and the sliding door device according to the invention are known in the prior art disadvantages such
the complicated guidance of the sliding door on the underside or on the floor with guide channels and running rails incorporated in the floor,
the risk of stumbling through recesses arranged on the floor in the form of a guide rail,
the contamination of the same in the course of use,
the high cost of the bottom and top guides of the sliding door,
as well as the risky attachment to the floor in the door opening area, which is caused by unsafe footing.

The guiding device according to the invention and the sliding door device according to the invention additionally enable the clever interaction of their features
Before applying the wall plaster, laying the guide device according to the invention on the floor in the area of the wall pocket opening and coupling it to the wall areas without their presence impairing the overall aesthetic impression of the plaster layer covering the wall pocket opening,
the prudent coupling of the guide device should be done without great effort on both sides or wall areas in the space between the frame and the masonry in order to enable the safe, true-to-track and pendulum-free movement of the sliding door along the frame without hindrance,
the dimensionally stable moving of the sliding door without damaging it, even with robust handling of the same,
the reliable and safe operation of the sliding door that locks the door opening,
the recession of the guiding device according to the invention in the optical appearance,
the applicability of the guide device according to the invention not only for single-leaf sliding doors, but also for double-leaf sliding doors,
easy repair with minor removal of plaster layer or frame,
maintaining sure-footedness in the doorway.

reference list

1

bottom plate

1 a

bottom panel side

1b

bottom plate end

1c

floor panel projection

2

wall stop

2a

Breakthrough of wall stop and spacer or compensation plates

2 B

Breakthrough-limiting breakthrough jacket

2c

Plate side of a wall stop

3

guide bar

3a

the side of the guide rail facing the end of the base plate

3b

Chamfer on the side of the guide strip facing the end of the base plate

3c

space limited laterally by the guide rails

3d

the side of the guide rail facing the base plate side and the wall stop

4

Underside of base plate and wall stop

5

top of base plate

5a

Underside of base plate, wall stop

6

Entry and exit direction for sliding door (glass)

A

Central longitudinal axis of the wall stops

H

Height of guide bar and wall stop

L

Central longitudinal axis of the guide bar

Q

Center transverse axis of the wall stops

7

Spacer or compensation plates

7a

Spigots of spacer or compensating plates

8th

Outside of guide bar

QUOTES INCLUDED IN DESCRIPTION

This list of documents cited by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent Literature Cited

• DE 102017220387 [0014]
• DE 19954111 [0023]
• EN 202005011249 [0024]

Claims (11)

Easy to assemble one-piece guide device for the reliable guidance of hanging sliding doors with a base plate (1) which is suitable for being placed on a floor, at least one wall stop (2) aligned perpendicularly to the base plate (1), the wall stop (2) is arranged on a floor panel side (1a) of the floor panel (1), the wall stop (2) for coupling to a wall, preferably to a wall pocket or a wall area of the same that laterally delimits a door frame opening, or is provided on a wall covering laterally delimiting a pocket by means of connecting devices and for bearing on the floor, at least one guide strip (3) aligned perpendicularly to the base plate (1), the center longitudinal axis (L) of the guide bar 3 is aligned perpendicular to the center longitudinal axis (A) of the wall stop (2). Easy to assemble one-piece guide device for the reliable guidance of hanging sliding doors claim 1 , characterized in that in a plan view of the base plate (1), at least one of the opposite sides (3a) of the guide rail (3) facing the base plate ends (1b) tapering to a point in the displacement directions of the sliding doors and the guide device are integrally formed. Easy to assemble one-piece guide device for the reliable guidance of hanging sliding doors claim 1 or 2 , characterized in that the guide strip (3) is intended to be received in a longitudinal groove of a sliding door, which is arranged to extend along the same in a lower section of the sliding door facing the floor and which is open at the bottom. Easily mountable one-piece guide device for the reliable guidance of hanging sliding doors according to at least one of the preceding claims, characterized in that two guide strips (3) which are aligned parallel to one another and are spaced apart from one another are perpendicular to the base plate (1) and to the upper side (1c) of the base plate (1 ), are formed on the base plate (1), which are suitable for guiding a sliding door, preferably for guiding the lower section of the sliding door facing the floor, preferably a glass sliding door, by means of the intermediate space (3c) laterally delimited by the guide strips (3). Easily mountable one-piece guide device for the reliable guidance of hanging sliding doors according to at least one of the preceding claims, characterized in that the preferably plate-shaped wall stop (2) at the two ends (1b) of the base plate (1 ) equidistantly formed on the base plate side (1a) of the base plate (1) or on a region of the base plate side (1a) which is adjacent to one end (1b) of the base plate (1) on the base plate side (1a) of the base plate (1) and/or at least one wall stop (2) is formed on each of the two opposite base plate sides (1a) of the base plate (1). Easily mountable one-piece guide device for the reliable guidance of hanging sliding doors according to at least one of the preceding claims, characterized in that the wall stops (2) are attached with their plate sides (2c) to a wall, in particular to the wall regions of the same which laterally delimit a pocket, such as a wall pocket , or to a wall area and to a wall paneling spaced apart from the wall area, which together delimit a pocket laterally, can be coupled by means of connecting devices. Easily mountable one-piece guide device for the reliable guidance of hanging sliding doors according to at least one of the preceding claims, characterized in that the center longitudinal axis L of the guide rails (3) is aligned perpendicular to the center longitudinal axes (A) of the wall stops (2) and/or the wall stops (2) are aligned perpendicularly to the base plate (1) and/or the wall stops (2) have openings (2a) for receiving connecting devices, in particular screws, for coupling to a wall, preferably to the wall area laterally delimiting a wall pocket or a door frame opening the same, or to the wall paneling laterally delimiting a pocket. Sliding door device that can be operated without tilting, with a sliding door which is provided for hanging on a head rail of a fixed frame that can be coupled to a wall by means of rollers and displacement along the head rail, and an easily mountable one-piece guide device for the reliable guidance of hanging sliding doors according to at least one of the preceding claims. Sliding door device that can be operated without tilting, with a sliding door that is used for hanging on a head rail of a fixed Frame is provided on a wall by means of rollers as a drive and displacement along the head rail, and an easy-to-install one-piece guide device for reliable guidance of hanging sliding doors claim 8 , characterized in that the guiding device for guiding the sliding door is arranged at a distance from the wall, as running or sliding in front of the same. Sliding door device that can be operated without tilting, with a sliding door which is intended for suspension on a head rail of a fixed frame by means of rollers and displacement longitudinally to the head rail, and an easily mountable one-piece guide device for reliably guiding hanging sliding doors claim 8 or 9 , characterized in that the guide device for guiding the sliding door is designed with at least one guide strip (3) arranged at a distance from a wall and running or aligned longitudinally to the same. Sliding door device that can be operated without tilting, with a sliding door which is intended for suspension on a head rail of a fixed frame by means of rollers and displacement longitudinally to the head rail, and an easily mountable one-piece guide device for reliably guiding hanging sliding doors for closing and opening a door frame opening claim 8 or 9 , characterized in that the sliding door can be moved laterally parallel to the wall or transversely to it or the sliding door in a pocket adjacent to the door frame opening, which is laterally delimited by two wall sections or by a wall section and a paneling, such as a shelf, spaced apart from the wall section , in which the transition from a closed position to the open position can be inserted and in which the transition from the open position to the closed position can be carried out of the pocket in order to close the door frame opening.

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