DE202018104777U1 - Railings disc holder - Google Patents

Abstract

System for receiving a railing plate (2) with a railing plate receptacle, which has a receiving profile (1) for insertion of the lower edge of the railing plate (2), which is formed like a channel formed by two opposite side walls and an upper opening receiving shaft into which The lower edge of the railing plate (2) can be inserted, wherein the receiving profile (1) is formed as embedded in a soil material and when properly installed by the soil material (3) outside at least partially enclosed receiving profile (1), characterized in that the system for receiving the Railing plate (2) next to the receiving profile (1) further functional parts (17, 18, 19, 20), the outside of the fastener means on the outside profile (1) are placed and / or with sealing effect against the flowable soil material (3) in the upper opening of the receiving profile (1) can be used.

Description

The invention relates to a system for receiving a railing plate with a railing plate receptacle for mounting in a longitudinal direction of a railing one behind the other in a series arranged railing plates, wherein the railing plate receptacle is formed by a to be anchored in a floor receiving profile for insertion of the lower edge of the railing plate, wherein the receiving profile is formed to be enclosed by a still flowable during processing of soil material, and wherein the receiving profile is formed like a groove formed by two opposite side walls and an upper opening receiving shaft into which the lower edge of the railing plate is inserted, and the receiving profile has an outer profile that anchors positively in the soil material at least perpendicular to the bottom surface when the receiving profile is intentionally embedded in the soil material and enclosed by this.

Railing plate recordings of this type are used to mount individual railing panels standing one behind the other. For this purpose, the railing plate receptacle is embedded in the ground, then the railing plates are inserted into the receiving shaft of the railing plate recording. Via clamping means, which are provided between the side walls of the receiving shaft and the railing plate, the railing plate is then aligned and secured by clamping within the receiving shaft.

The railing plate receptacle extends with a lower profiled strip along the lower edge of the railing plates arranged one behind the other, wherein the profiled strip can run continuously over the entire railing or alternatively over the length of the railing several receiving profiles are provided, one behind the other, connected to each other or without connection only in series may be provided arranged. The intake profiles can be embedded in the concrete during the production of a concrete floor or a screed. This allows a particularly shapely mounting of the railing, since the recording profile is almost invisible and thus gives the impression of a free-standing railing, which is visually very beneficial, especially in conjunction with glass railing panels.

Although the known railing plate recording allows safe and accurate installation of the railing panels, it is, however, in terms of manufacturing costs and with regard to the design of the receiving profile optimized as a einzulassendes in the soil or in the soil integratable recording profile.

The object of the invention is therefore to provide a railing plate recording, which further enables a solid installation and accurate alignment of the railing plates, but as inexpensively produced and easily integrated into a soil and optimized with regard to the desired integrability in a still flowable soil during processing is.

This object is achieved according to the invention in that the system for receiving the railing plate next to the receiving profile includes functional parts that are free of fasteners and in particular in the outer profile engaging placed on the outer profile or can be used with sealing effect against the flowable soil material in the upper opening.

The fact that the functional parts engage in the outer profile, in particular means that the functional parts are in positive engagement with the outer profile of the receiving profile in a direction perpendicular to the (imaginary) bottom surface when properly attached to the receiving profile. A longitudinal displaceability of the functional parts relative to the receiving profile is thereby not excluded, but may even be desirable.

It can further be provided that the outer profile of the receiving profile, that is to say the course of the outwardly facing surfaces of the receiving profile or its outer profile and outer shape, forms at least one groove in which a corresponding longitudinal groove engages the functional part. In particular, a preferred embodiment provides in addition to this, that at least one groove formed by the outer profile of the receiving profile additionally forms a downwardly open and engaging groove outwardly (toward the bottom material) from a downwardly projecting web with a free end and inwardly (for Receiving slot) is formed by the wall of the receiving profile. In this downwardly open engagement groove can engage a corresponding thereto, upwardly facing engagement web. As a result, the functional part is also in a direction of action parallel to the (imaginary) bottom surface but perpendicular to the longitudinal direction of the receiving profile with this in positive engagement.

At the end of the inner side of the functional part provided engagement ridge, in particular at the free end, locking means may be provided which are capable of locking with the receiving profile, in particular in the engagement groove or with the free end of the engagement groove forming web to the functional part in the Non-slip mounting to keep the receiving profile.

The functional parts may in particular comprise a sealing strip, which can be inserted in the application of the soil material in the upper opening. The sealing strip may in particular be a rubber sealing strip or a soft plastic sealing strip. The sealing strip settles with its side edges so on the inside edges of the upper opening of the receiving profile, in particular on the receiving profile top edge strips, that prevents the bottom material can penetrate through the upper opening into the receiving shaft when spreading the soil material. The sealing strip may be designed such that it rests on a transverse web located within the receiving profile, which may also be designed as a mounting safeguard.

The functional parts may further comprise profile connectors and / or end caps and / or reinforcement connectors, the inner profile of which is adapted to the outer profile of the receiving profile, that these functional parts can be placed on this under engagement in the outer profile. In particular, it may be provided that the inner profile of the functional parts is adapted to the outer profile of the receiving profile, that the functional parts are pushed into the receiving profile under engagement in the outer profile of the female profile and this outside embracing in the longitudinal direction. Of course, the functional parts but especially if they have a U-shaped overall cross-section, also be designed such that they can be placed by means of temporary, elastic expansion of the open end transversely to the longitudinal direction of the receiving profile below.

Preferably, the functional parts are designed such that, when they are placed on the receiving profile as intended, embrace the U-shaped outer profile on the underside and laterally, wherein the inner profile of the functional parts sealingly abuts against the underside and the side surfaces of the outer profile relative to the soil material. It should be noted that for concrete or screed typically used as a floor material, the presence of smaller gap widths is unproblematic.

With a profile connector, which may be formed in particular U-shaped and at least one adapted to the outer profile of the receiving profile longitudinal groove which engages in at least one provided on the outer profile of the receiving profile longitudinal groove, when the profile connector is properly placed on the receiving profile, two longitudinally adjacent to each other receiving profiles aligned with each other and are kept in particular during installation in the correct orientation to each other. In addition, the profile connector seals, if this rests with its inner profile so close to the outer profile of the receiving profile, the transition between the adjacent receiving profiles, so that no soil material can penetrate through the open end faces of the receiving profiles in the receiving shaft.

Similar to the profile connector described above, at least one end cap can also be provided. These can also have at least one adapted to the outer profile of the receiving profile longitudinal groove which engages in at least one provided on the outer profile of the receiving profile longitudinal groove when the end cap is placed properly on the receiving profile. Also, the end cap, if it rests so close to the outer profile of the receiving profile with its inner profile, close the frontally open end of the receiving profile. For this purpose, the end cap has a closure plate, which closes the receiving profile on the end side, when the end cap is properly placed on the receiving profile.

Further, the functional parts may comprise at least one reinforcement connector, via which a reinforcement provided for the soil material can be connected to the receiving profile, so that the receiving profile can also be used as a reinforcement holder.

The inner profile of the reinforcement connector may be similar to the inner profile of the profile connector and the end cap adapted to the outer profile of the receiving profile and at least one adapted to the outer profile of the receiving profile longitudinal groove which engages in at least one provided on the outer profile of the receiving profile longitudinal groove when the reinforcement connector intended the receiving profile is placed.

The reinforcement connector may be U-shaped and after fitting on the outer profile of the receiving profile selbiges enclose under positive engagement in the outer profile. Alternatively, a reinforcement connector can also be designed such that it is similar to a sliding block in a formed by the outer profile of the receiving profile longitudinal groove can be used. In particular, it can be provided that the reinforcement connector in a first orientation (mounting orientation) is inserted into the longitudinal groove and can be fixed by transferring in a second orientation (mounting orientation) in the provided in the outer profile of the receiving profile longitudinal groove.

The functional parts are preferably designed to be symmetrical with respect to a center plane extending in the longitudinal direction of the receiving profile and perpendicular to the (imaginary) ground.

As a further functional part, a transitional insert can be provided, with which a transition from a receiving shaft into a drainage pipe can be sealed off from the ground material.

The receiving profile which forms the railing plate receptacle preferably has a mounting securing device, which is formed by at least one spacer, which counteracts the forces acting transversely to the longitudinal direction and is arranged for this purpose between the side walls of the receptacle profile, the fastening of the spacer is formed such that the spacer before or during the mounting of the railing plate from the insertion region for the lower edge of the railing plate is removable. The spacer can also serve as a transverse web on which a trained as a functional part sealing strip rests as intended.

With such a trained receiving profile for the railing plate recording a receiving profile is used, which can be constructed much easier and cheaper materials. Thus, this recording profile is not deformed during setting in concrete or other handling during assembly, so that the railing plates difficult or possibly not even can be used in the receiving shaft, a mounting fuse is provided, which is essentially designed as a later lost mounting fuse. "Lost" mounting assurance here means that the functional parts of this mounting fuse continue to remain within the receiving shaft after inserting the railing plate, but no longer have to fulfill another function. Of course, it is not excluded that the parts of the mounting fuse still take on a specific function.

The mounting fuse is formed by a spacer which extends transversely to the longitudinal direction of the railing plate recording. Depending on the configuration of both the railing plates and the receiving profile, a spacer may be sufficient. Usually, however, it will be preferable to use a plurality of spacers. These spacers preferably have the form of a web which extends transversely through the receiving opening and parallel to the (imaginary) bottom surface.

The spacers can be arranged long since the receiving shaft in a plane. It can also be provided with each other several levels, in which then spacers can be provided either directly above one another or in the longitudinal direction offset from each other. A preferred feature of these spacers is that they are connected to the railing plate recording, so that on the one hand prevents the mounting fuse is not used during assembly and on the other hand, a particularly simple production of the mounting fuse is possible.

In particular, when the receiving profile in the extrusion process of plastic or in continuous casting or by extrusion of a light metal is produced, the spacers can be easily and simply realized by the corresponding shape of the outlet nozzle.

In a possible embodiment of the spacers, these are formed as a flat web, which extends from one side of the receiving shaft to the opposite side wall. This web can extend completely over the entire length of the railing plate recording, so that the receiving profile is additionally closed by the web upwards, which prevents dirt and concrete or screed can penetrate into the receiving shaft before mounting the railing panels. This is a further advantage of the invention in conjunction with a continuous web, which is then arranged as far as possible within the receiving profile and can serve as a pollution control.

The number of webs and their length and height within the receiving shaft depends basically on the forces to be absorbed. An additional factor here are the material and the wall thickness of the receiving profile. If this receiving profile is comparatively thin and the material is very elastic or susceptible to breakage, correspondingly more webs should be provided.

In a preferred embodiment webs are provided one above the other in two levels, of which at least the upper completely closes the receiving shaft to form the contamination protection. In the lower area, this is not absolutely necessary, so that here also single webs could be used, which are arranged at a distance to each other. However, since, as already stated above, the webs are preferably produced in the context of extrusion or continuous casting, it is also advantageous for the lower level to use a continuous web. In this way, an easily extrudable or sprayable receiving profile results over the length of the same geometry.

In one possible embodiment, the web is elastic on a side wall of the receiving shaft or articulated with a film hinge this side wall indirectly or directly connected. This results in the ability to depress the web along the longitudinal direction of the railing plate recording down into the receiving shaft or if necessary. Also pull up. At the opposite edge of the web is then either held over a predetermined breaking point or rests on a support, in which case it is preferably designed so elastic that it can be deformed by the railing plate used, so that it slips off the support and also can be folded down into the receiving shaft.

Another, very preferred embodiment uses a two-part web, which has a first expansion segment and extending parallel thereto a second expansion segment, wherein the two expansion segments are connected at the outer edges of the articulated connection or the film hinge with the inner wall of the receiving shaft. Of course, in the receiving shaft and a separate receiving profile can be used, which then bears for example parallel to the conversions of the receiving shaft and has the expansion segments. The mutually parallel expansion segments are connected in these cases with their mutually facing edges via a predetermined breaking point.

Now, if the railing plate used after mounting the receiving profile in the receiving shaft breaks through the weight of the railing plate, the predetermined breaking point and the web folds down automatically. In the case of several expansion segments, these are preferably then folded down on one side of the receiving shaft. For example, if the receiving shaft limited by flat side walls, the expansion segments can then create parallel to these side walls and, depending on the material in addition, if desired, also assume a damping function.

The receiving profile of the railing plate receiving is preferably designed so that it is securely held in the surrounding material, for example concrete, screed, synthetic resin or other material or is able to anchor by the design of the outer profile of the female profile in this. For this purpose, it is preferably provided on its outer side with grooves which project slightly inwards and in particular form the longitudinal grooves, in which the above-mentioned functional parts are able to intervene. In particular, when the profile over the height has a constant wall thickness, the side wall in the region of the grooves will protrude inward or jump outwardly outside the region of the grooves. In this way, profile-wise outside of the grooves longitudinally extending pockets, in which the folded-down spacer can be displaced. For this purpose, the articulated mounting or the film hinge is provided at the upper edge of these pockets, so that the inserted into the receiving slot railing plate can push parts of the spacer or the entire spacer in this, widened in cross-section of the receiving profile.

The spacer, in particular when it is formed by a web, may have a flat surface. In some embodiments, it may also be practicable if the surface of the spacer is slightly curved in cross-section.

The subclaims relate to advantageous embodiments of the invention.

The design of the receiving profile with a mounting fuse, which is formed by at least one spacer which counteracts the forces acting transversely to the longitudinal direction and is arranged for this purpose between the side walls of the receiving profile, is detached from the provision of the above-described additional functional parts as an independent, separately claimable invention considered.

Further features and advantages of the invention will become apparent from the following description of a preferred embodiment with reference to the drawings.

• 1 ein Geländer, dessen Geländerplatten in eine erfindungsgemäße Geländerplattenaufnahme eingesetzt sind,
• 2 die Geländerplattenaufnahme aus 1 in einer Seitenansicht im Schnitt vor der Montage,
• 3 die Geländerplattenaufnahme aus den 1 und 2 in einer dreidimensionalen Darstellung,
• 4 die Geländerplattenaufnahme aus 2 mit heruntergeklappten Spreizsegmenten,
• 5 die Geländerplattenaufnahme aus 4 in einer dreidimensionalen Darstellung,
• 6 die Geländerplattenaufnahme aus den 2 und 3 im eingebauten Zustand,
• 7 die Geländerplattenaufnahme aus den 4 und 5 im eingebauten Zustand,
• 8 ein montiertes Geländer nach 1 in einer Seitenansicht im Schnitt,
• 9 ein System mit einer erfindungsgemäßen Geländerplattenaufnahme in einer Explosionsansicht,
• 10 den Bereich der Halterung der Geländerplatten in einer dreidimensionalen Schnittansicht,
• 11 ein System zur Fixierung von Geländerplatten mit zusätzlichen Funktionsteilen in bestimmungsgemäß zusammengesetztem Zustand,
• 12 das System zur Fixierung einer Geländerplatten aus 11 in einer Explosionsdarstellung, und
• 13 Einzelheit A aus 12.

In the drawings shows:

• 1 a railing whose railing panels are inserted into a railing plate mounting according to the invention,
• 2 the railing plate recording 1 in a side view in section before assembly,
• 3 the railing plate recording from the 1 and 2 in a three-dimensional representation,
• 4 the railing plate recording 2 with unfolded expansion segments,
• 5 the railing plate recording 4 in a three-dimensional representation,
• 6 the railing plate recording from the 2 and 3 when installed,
• 7 the railing plate recording from the 4 and 5 when installed,
• 8th a mounted railing after 1 in a side view in section,
• 9 a system with an inventive railing plate recording in an exploded view,
• 10 the area of the support of the railing panels in a three-dimensional sectional view,
• 11 a system for fixing railing panels with additional functional parts in the intended assembled state,
• 12 the system for fixing a railing panels 11 in an exploded view, and
• 13 Detail A off 12 ,

In 1 a railing is shown, which consists of individual railing panels 2 exists, with its lower edge in a recording profile 1 a railing plate recording are used. The recording profile 1 is in a ground 3 admitted. In particular, if the recording profile 1 is concreted, the flow pressure or a pressure that occurs when leveling the concrete, the recording profile 1 Squeeze. In order to prevent this, preference is now given to spacers which are described in detail in the following figures.

2 shows together with 3 a possible embodiment of a receiving profile according to the invention 1 , This recording profile 1 has a thin wall thickness and can be made for example of plastic. It forms with an interior essentially a receiving shaft into which the lower edge of the railing plate 2 can be inserted without tipping. About later described clamping means is the railing plate 2 then fastened in this receiving shaft.

Thus the above-mentioned compression of the receiving profile 1 can be avoided are in the illustrated embodiment 2 superimposed spacers provided along the receiving profile 1 extend consistently. The spacers are here each of Spreizsegmenten 4 . 5 . 7 . 8th educated. In the upper area of the intake profile 1 is provided in an upper level, a spacer, on the left side, a first upper spreading segment 4 and on the right side, a second upper spreading segment 5 having.

The first upper spreading segment 4 and the second upper spreading segment 5 collide in the middle of the receiving shaft to each other and are at this point over an upper predetermined breaking point 6 connected with each other. The upper breaking point 6 opposite edges of the first upper spreading segment 4 and the second upper spreading segment 5 are via film hinges with the wall of the receiving profile 1 connected in the upper area. Because of the expansion segments 4 . 5 formed spacers the upper opening of the receiving shaft over the entire length of the receiving profile 1 closes, it also forms a safeguard against penetrating concrete or against further contamination.

On both sides of the upper spacer are sidebars 10 provided, which form an upper end of the receiving shaft. These margins 10 can fulfill different functions. For example, the sidebar 10 , as shown here, with an inner edge inwardly projecting, so that on this inner edge of a rubber strip for sealing the gap between the later used railing plate 2 and the sidebar 10 be attached or at least sealingly can be brought into this system. Furthermore, the sidebar 10 form a defined surface, which can then lie, for example, with the screed or the tiling in a plane.

The sidebar 10 can, as shown here, in one piece together with the other parts of the receiving profile 1 be prepared, so be part of the profile body. Alternatively, the recording profile 1 but also have an upper edge on which the skirting 10 can be plugged later, which is especially useful if the sidebar 10 made of a different material than the receiving profile 1 , Is for example the admission profile 1 made of plastic, it may be desirable for visual reasons, the edge strip 10 , which remains visible even after installation, as long as it is not covered by an elastic rubber strip to manufacture from a metallic material with a correspondingly noble appearance.

In the lower area has the recording profile 1 a second spacer which is identical in construction to the upper spacer. Here are a first lower spreading segment 7 and a second lower spreading segment 8th provided, which - as described above - via a lower predetermined breaking point 9 are connected to each other in the middle. Again, film hinges are provided on the respective outer edges, over which the first lower spreading segment 7 and the second lower spreading segment 8th articulated with the side wall of the receiving profile 1 are connected.

The side wall of the receiving profile 1 is how special in the 2 seen cross-sectional view, not smooth surface, but has a first upper groove 11 and a second lower groove 12 in the form of an inwardly projecting area. The grooves 11 . 12 have the advantage that they provide a backup against pulling out of the receiving profile 1 from the concrete or against deeper impressions in the concrete form. The receiving profile anchored by means of these grooves at least in one direction transverse to the bottom surface positive fit in the soil material. Furthermore, they form on the inside of the receiving profile 1 a cross-sectional constriction, which in turn means that above and below the upper groove 11 there is a cross-sectional enlargement having the shape of longitudinal pockets. These areas are chosen in size so that their height in each case the width of the first upper spreading segment 4 and the second upper spreading segment 5 equivalent.

The hinges for articulated articulation of the first upper spreading segment 4 and the second upper spreading segment 5 are provided above these pockets, so that after breaking the upper predetermined breaking point 6 the two expansion segments 4 . 5 through the penetrating railing plate 2 not only bent down, but also pushed into the pockets. The area underneath the pockets can then be used as a contact area for the clamping means, which is the railing plate 2 in the receiving shaft of the receiving profile 1 jammed and to align the railing plate 2 can be used. In that regard, this clamping means does not differ from that of the DE 20 2014 100 163 U known clamping means whose contents should be included by this reference in the present disclosure.

In 4 and 5 are the unfolded state of the first upper spreading segment 4 and the second upper spreading segment 5 and the first lower spreading segment 7 and the second lower spreading segment 8th shown. It can be seen that all expansion segments 4 . 5 . 7 . 8th can be displaced into the outwardly projecting pockets.

The lower portion of these pockets may have an upwardly projecting portion as shown. This is best in the 2 and 6 recognizable. This upwardly projecting area can be used as a spring-back, so that the lower edge, formerly the breaking point 6 . 9 , made to overcome this lower edge elastically. In this way, after a single folding down the expansion segments 4 . 5 . 7 . 8th fixed in position and fold at later removal of the railing plate 2 is not back up again. The latter is not necessary, because after the solidification of the concrete or screed, the spacers are no longer needed.

In 6 is the built-in state of the receiving profile 1 before installing the railing plate 2 shown. The recording profile 1 is in a ground 3 concrete made of concrete used in concreting. The sidebars 10 in the upper part of the intake profile 1 close flush with the surface of the soil 3 from. groove 11 and 12 jump inward, leaving the recording profile 1 positively in the ground 3 is held. At the same time, this means that the areas outside these grooves 11 . 12 jump outward and so space is created, the Spreizsegmente 4 . 5 . 7 . 8th to take up after folding down. 7 shows this condition.

In 8th is the finished railing plate 2 represented by the clamping means in the receiving slot of the receiving profile 1 is held. The clamping means are of a receiving insert 15 formed, which is inserted into the receiving shaft and may be made of plastic, for example. This has here a U-shaped cross section and is located on both sides of the receiving shaft at the inside projecting wall portions outside of the grooves 11 . 12 at.

In the right area are additional means for clamping the railing plate 2 provided here as in the form of a plate clamping element 16 are formed. This plate clamping element 16 is rotatable on the receiving insert 15 stored, with that of the railing plate 2 facing surface during the rotational movement in the transverse direction to railing plate 2 emotional. In this way, the clamping action can be adjusted, at the same time in this way, the inclination angle of the railing plate 2 be set. In the upper area, as can be seen more clearly from the following figures, the gap between the railing plate 2 and the admission profile 1 via an elastic support cover 13 and an elastic contact strip 14 locked.

In the 9 and 10 the individual parts of the mounted railing are shown again in an enlarged view. It can be seen that the upper support cover 13 above the plate clamping element 16 closes the wider gap there. On the opposite side is the narrower elastic attachment bar 14 intended. The shape of the recording insert 15 together with a casserole curve, which causes the transverse movement of the Plattenklemmelementes, is best from the exploded view of 9 to recognize. The storage and adjustment of the railing plate 2 essentially corresponds to that from the DE 20 2014 100 163 U known solution, so that this is not described in detail here, it being noted that, of course, the inventive design of the receiving profile 1 also usable in conjunction with other fastening and adjustment means.

11 and 12 show a system for holding railing panels, in which a receiving profile 1 as described above is used. 11 shows the system in assembled state, 12 shows the system in an exploded view.

The system for fixing the railing panels has next to the recording profile 1 various functional parts, which - without this would be provided separate attachment means - in a manner to the receiving profile 1 are fixed and can be placed on this, that they engage in the outer profile of the female profile, so its outer shape, or at least with sealing effect against the flowable soil material in the upper opening of the female profile can be used. In this case, the functional parts engage in the outer profile in such a way that the functional parts, when properly attached to the receiving profile, engage in a form-locking manner with the outer profile of the receiving profile in a direction perpendicular to the (imaginary) bottom surface. However, the longitudinal displaceability of the functional parts with respect to the receiving profile remains intact.

In the 11 and 12 shown functional parts include a sealing strip 17 , which is placed in the application of the soil material in the upper opening on the first, upper expansion segment and the second upper expansion segment and laterally with the edge strip 10 is sealing in plant.

As further functional parts are a profile connector 18 , an end cap 19 , a reinforcement connector 20 as well as a transitional operation 21 intended. The inner profile of profile connector 18 , End cap 19 and reinforcement connectors 20 , So the shape and the course of the outer surface or the outer profile of the receiving profile facing inner surfaces of the functional parts are adapted to the outer profile of the receiving profile, so on the outer shape and shape that these functional parts under engagement in the outer profile, in particular under engagement in the upper groove 11 and the lower groove 12 can be placed on this. There remain profile connectors 18 , End cap 19 and reinforcement connectors 20 slidable in the longitudinal direction relative to the receiving profile, so that these functional parts can also be pushed in the longitudinal direction of the front side on a receiving profile.

As can be seen from the figures, the functional parts encompass the receiving profile both on the underside and laterally with such close spacing that the functional parts are able to seal the receiving profile relative to the base material. The functional parts prevent so that the still liquid soil material can penetrate into the receiving profile when it is applied.

The in the 11 and 12 shown profile connector 18 has corresponding to the grooves provided on the receiving profile 11 and 12 longitudinal grooves 11 ' and 12 ' on, which engage in the provided on the outer profile longitudinal grooves when the profile connector is placed properly on the receiving profile. The same applies to the longitudinal grooves 11 ' and 12 ' on the end cap 19 and at the reinforcement connector 20 ,

The end cap 19 also has a closure plate 22 on, which closes the receiving profile end face, when the end cap is placed properly on the receiving profile.

From the representation of the likewise U-shaped reinforcement connector 20 it can be seen that this together with the outside of the receiving profile 1 a hanger 23 forms for a reinforcing grid. The receiving profile can also be used as a reinforcement holder.

The figures further clarify that at least the U-shaped designed functional parts are designed to be symmetrical with respect to a in the longitudinal direction of the receiving profile extending and perpendicular to the (imaginary) ground center plane.

As another functional part, the figures branch a transitional insert 21 , with which a connection or a transition from the recording profile 1 formed receiving shaft can be sealed in a drainage pipe relative to the soil material.

Out 11 and 12 is also apparent that a corner connector 24 can be used as a receiving profile, in which two angularly juxtaposed receiving profiles are interconnected

Next show the figures (see 4 . 5 and 6 ) that the outer profile of the receiving profile 1 not just the grooves 11 and 12 formed on both sides, but in the area of each of these grooves 11 and 12 and in addition to this, a downwardly open and engagement groove 25 forming outwards (towards the ground material) from a downwardly projecting web 26 is formed with a free end and inwardly (towards the receiving shaft) of the wall of the receiving profile. In this downwardly open engagement groove 25 can a corresponding, upwardly facing engagement ridge 27 , which corresponds to one of the functional parts corresponding to the engagement groove 25 is trained. This embodiment is in 13 that the in 12 marked detail, exemplified for the end cap 19 shown, but can of course be formed on other functional parts. As a result, the functional part is also in a direction of action parallel to the (imaginary) bottom surface but perpendicular to Longitudinal direction of the receiving profile 1 with this in positive engagement.

LIST OF REFERENCE NUMBERS

1

Up profile

2

railing plate

3

ground

4

first, upper spreading segment

5

second, upper spreading segment

6

upper breaking point

7

first, lower spreading segment

8th

second, lower spreading segment

9

lower breaking point

10

sidebar

11

upper groove

11 '

upper longitudinal groove on a functional part

12

lower groove

12 '

lower longitudinal groove on a functional part

13

elastic support cover

14

elastic contact strip

15

receiving insert

16

Plate clamping element

17

sealing strip

18

profile connector

19

endcap

20

reinforcement connector

21

Transition insert

22

closing plate

23

suspension eye

24

Corner connector

25

engagement

26

web

27

engagement web

28

latching means

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been 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.

Cited patent literature

• DE 202014100163 U [0045, 0051]

Claims (39)

System for receiving a railing plate (2) with a railing plate receptacle, which has a receiving profile (1) for insertion of the lower edge of the railing plate (2), which is formed like a channel formed by two opposite side walls and an upper opening receiving shaft into which The lower edge of the railing plate (2) can be inserted, wherein the receiving profile (1) is formed as embedded in a soil material and when properly installed by the soil material (3) outside at least partially enclosed receiving profile (1), characterized in that the system for receiving the Railing plate (2) next to the receiving profile (1) further functional parts (17, 18, 19, 20), the outside of the fastener means on the outside profile (1) are placed and / or with sealing effect against the flowable soil material (3) in the upper opening of the receiving profile (1) can be used. System for receiving a railing plate after Claim 1 , characterized in that the receiving profile (1) has an outer profile which anchors positively at least perpendicular to the bottom surface in the soil material (3) when the receiving profile (1) as intended in the soil material (3) is embedded and enclosed by this. System for receiving a railing plate after Claim 1 , characterized in that the functional parts (18, 19, 20) can be placed positively engaging on the receiving profile (1). System for receiving a railing panel according to the preceding claim, characterized in that the functional parts (18, 19, 20) when properly attached to the receiving profile (1) in a direction perpendicular to the (imaginary) bottom surface form-fitting with the outer profile (1) of the receiving profile in Engage. System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts (18, 19, 20) relative to the receiving profile (1) are longitudinally displaceable. System for receiving a railing panel according to one of the preceding claims, characterized in that the externally on the outer profile (1) attachable functional parts insertable into the upper opening of the receiving profile sealing strip (17) and / or a profile connector (18) and / or an end cap (19) and / or a reinforcement connector (20). System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts (18, 19, 20) have an inner profile that is adapted to the outer profile of the receiving profile (1) that these functional parts (18, 19, 20 ) under engagement in the outer profile of the receiving profile (1) and this on the outside embracing in the longitudinal direction of the receiving profile (1) can be pushed. System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts (18, 19, 20) have a U-shaped overall cross section. System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts (18, 19, 20), if they are intended to be placed on the receiving profile (1), the U-shaped outer profile of the receiving profile (1) on the underside and laterally engage around, wherein the inner profile of the functional parts (17, 18, 19) on the underside and the side surfaces of the outer profile of the receiving profile (1) relative to the flowable during its application soil material (3) sealingly. System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts (18, 19, 20) have a to the outer profile of the receiving profile (1) adapted longitudinal groove (11 ', 12') which in corresponding grooves (11 , 12) engage the receiving profile (1). System for receiving a railing panel according to one of the preceding claims, characterized in that on the receiving profile (1) on the outside a downwardly or upwardly open and engaging groove (25) is formed, in which a corresponding thereto, upwardly or downwardly facing engagement ridge ( 27) engages on a functional part (18, 19, 20) when the functional part (18, 19, 20) is pushed onto the receiving profile as intended. System for receiving a railing panel according to one of the preceding claims, characterized in that the engagement web (27) locking means (28) are provided, via which the functional part (18, 19, 20) with the receiving profile (1) is able to lock. System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts comprise an end cap 20 with a closure plate (22). System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts comprises a reinforcement connector (20) having a hooking eye (23) for reinforcing wire or together with an outer side of the receiving profile (1) a hanger (23) for forms a reinforcing wire. System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts comprise a reinforcement connector which is insertable in a first orientation in a groove formed by the outer profile of the receiving profile (1) groove (11, 12) and by transferring into a second Alignment in the groove (11, 12) can be detected. System for receiving a railing panel according to one of the preceding claims, characterized in that the functional parts (17, 18, 19, 20) are formed symmetrically to a extending in the longitudinal direction of the receiving profile and perpendicular to the ground to be created center plane. Railing plate receptacle for mounting in a longitudinal direction of a railing one behind the other in a series arranged railing plates (2), wherein the railing plate receiving a receiving profile (1) for insertion of the lower edge of the railing plate (2), the trough-like with one of two opposite side walls and an upper opening formed receiving shaft, in which the lower edge of the railing plate (2) can be inserted, wherein the receiving profile (1) is formed as embedded in a soil material and when properly installed by the soil material (3) outside at least partially enclosed receiving profile (1), characterized characterized in that the receiving profile (1) for increasing the stability prior to insertion of the railing panel (2) has a mounting fuse, which is formed by at least one spacer, which counteracts the forces acting transversely to the longitudinal direction and between the side walls of the receptacle meprofils (1) is arranged, wherein the attachment of the spacer is designed such that the spacer before or during the mounting of the railing plate (2) from the insertion region for the railing plate (2) is removable. Railing plate recording after Claim 17 , characterized in that the spacer of a at an angle, in particular at a right angle to the longitudinal direction of the receiving profile (1) extending web is formed. Railing plate recording after Claim 18 characterized in that the spacer forming web is secured to the sidewalls such that it is separable by a compressive force acting in the direction of insertion of the railing panel (2) and after insertion of the railing panel (2) with one or more articulated with an adjacent one Side wall connected web portions between one of the side walls and the railing plate is arranged. Railing plate recording after Claim 18 or 19 , characterized in that the web forming the spacer is formed by at least one expansion segment (4, 5, 7, 8), which on one side has a connection deformable downwards for folding the expansion segment (4, 5, 7, 8) and having a opposite edge is held by a detachable by pressure in the receiving shaft Sollbuchstelle (6.9). Railing plate recording after Claim 20 characterized in that the web forming the spacer is formed by a first upper spreading segment (4) and a second upper spreading segment (5) connected to the first upper spreading segment (4) via an upper predetermined breaking point (6), the first upper one Spreading segment (4) and the second upper expansion segment (5) with their, the upper predetermined breaking point (6) facing away from the side walls of the receiving shaft, in particular via a film hinge, are articulated elastically. Railing plate recording after Claim 20 , characterized in that the web is formed by a first upper spreading segment (4) which is connected at one of the side walls via a film hinge and at the opposite side via the upper fracture point (6) with the opposite side wall. Railing plate recording after Claim 18 , characterized in that the web is resiliently or hingedly attached to one of the side walls and is able to support in the region of the opposite side wall with a perpendicular to this side wall directed support area on the surface of the side wall. Railing plate recording after Claim 18 , characterized in that the web is elastically or hingedly attached to one of the side walls and in the region of the opposite side wall on a arranged at least below the free edge of the web support, but in particular in a groove, is arranged in the side wall, wherein the web so is formed elastically, that it is elastically deformable by a pressure, in particular by the pressure at the onset of the railing plate (2) in the receiving profile (1), that the free edge of the region of the support is moved out and the web is unilaterally folding down through the inserted railing plate (2) can be displaced. Railing plate receptacle according to one of the preceding Claims 17 to 24 , characterized in that the spacer is designed such that it is able to withstand the concrete occurring during setting in concrete or when embedding the railing plate recording forces that occur transversely to the longitudinal direction of the railing plate recording by the pressure of the concrete or screed material. Railing plate receptacle after one of Claims 18 to 25 , characterized in that the web extends along the railing plate receiving receiving profile (1). Railing plate receptacle after one of Claims 18 to 25 , characterized in that two or more webs are provided, each with at least a first upper spreading segment (4) within the receiving shaft in an upper spreading plane and at least a first lower spreading segment (7) in at least one, arranged below the upper spreading plane lower Spreader plane are provided. Railing plate receptacle according to one of the preceding Claims 17 to 27 , characterized in that in the longitudinal direction a plurality of successively arranged spacers are provided. Railing plate receptacle according to one of the preceding Claims 17 to 28 , characterized in that the receiving profile (1) forming the railing plate receptacle, in particular by means of extrusion, is made of plastic or a light metal, in particular an aluminum alloy. Railing plate receptacle according to one of the preceding Claims 17 to 29 , characterized in that the mounting profile (1) forming the railing plate receptacle, in particular by means of continuous casting, is made of metal, in particular of a light metal alloy, or of plastic. Railing plate receptacle according to one of the preceding Claims 17 to 30 , characterized in that on at least one upper edge of the receiving shaft, an upper edge strip (10) is provided with a flat surface arranged at right angles to the plane of the railing plate (2) to be used. Railing plate receptacle according to the preceding claim, characterized in that the edge strip (10) is integrally formed in the railing plate receiving receiving profile (1). Railing plate receptacle according to one of the preceding Claims 17 to 32 , characterized in that the edge strip (10) is formed by a separate strip which is attachable to an upper edge of the railing plate receiving receiving profile (1). Railing plate receptacle according to one of the preceding Claims 17 to 33 , characterized in that the railing plate receiving receiving profile (1) is formed uneven on its outer side, in particular a longitudinally extending upper groove (11) and / or a longitudinally extending lower groove (12) for positive embedding in the Gelanderplattenaufnahme surrounding soil material (3). Railing plate holder according to the preceding claim, characterized in that the reception profile (1) has on the inner side walls of the receiving shaft outwardly directed pockets, the pockets being so shaped and positioned that they (the above the pockets elastically or hingedly arranged expansion segments 4, 5, 7, 8) after folding down. Railing plate receptacle according to the preceding claim, characterized in that at the lower edges of the pockets upwardly projecting latching means in the form of a strip or a plurality of successively arranged pins are provided, wherein when folded down the expansion segments (4,5,7,8) the latching means resiliently overcome and the locking means are able to secure the spread in the pockets expansion segments (4,5,7,8) against springing back. Railing panel mounting according to one of the two preceding claims, characterized in that the receiving profile (1) on one or both sides each having an upper groove (11) and / or a lower groove (12) arranged underneath, wherein the receiving profile (1) is formed is that on the inside, in particular above the upper groove (11) and below the lower groove (12), the receiving profile (1) for forming the pockets with a flat portion protrudes outwards. Railing plate receptacle according to the preceding claim, characterized in that the receiving profile (1) has a uniform wall thickness. Railing plate receptacle according to one of the preceding Claims 17 to 38 , characterized in that the railing plate receptacle (2) comprises a railing plate receptacle of a system for receiving railing panels according to one of Claims 1 to 16 is.

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