DE202019003306U1 - Holding profile and system for holding - Google Patents

Abstract

Retaining profile (10) for securing the position of a pane (16) in the profile region of the retaining profile (10), with a first profile leg (12) and a second profile leg (14), characterized in that the retaining profile (10) has a profile shoe (18) and at least a first device for adjustment (38) in an area between the profiled shoe (18) and an area of a receiving device (24, 26), the first device for adjustment (38) being aligned in the longitudinal extension of the disc (16), and at least a second device for adjustment (20, 22, 46, 48) in the area of the receiving device (24, 26).

Description

The invention relates to a holding profile for a pane for railings of balconies, terraces, French balconies, loggias or the like, and a system for holding the pane.

State of the art

Support profiles are known in a U-shaped configuration for receiving glass plates, which are held clamped between two profile legs of the U-profile.

For the vertical fixation of panes, in particular panes of glass, in the supporting profile, for example, wedge fixing arrangements are provided between an inner or outer side wall of the supporting profile and the inside and outside edge zone of the glass pane.

The DE 20 2015 106 963 U1 discloses a glass railing holding arrangement with a glass plate, which can be used as a railing for building parts, and which is received in a U-shaped support profile for supporting the glass plate, with a wedge fixing arrangement for vertically fixing the glass plate, the wedge fixing arrangement being the support profile associated contact legs with upwardly wedge-shaped contact surfaces and between the glass plate and the contact surface has fixing wedges, the contact surfaces that are braced with the wedge surfaces of the fixing wedges are provided with a corrugation running transversely to the wedge direction and the wedge surfaces of the fixing wedges braced with the glass plate are provided with an outwardly bulging crown.

The WO 2013/174373 discloses a profile system for attaching flexible panels. The profile system has at least two fastening profiles. The first fastening profile is connected to one another in different orientations by means of additional profiles that can be inserted and slipped on. The profile system connects a flexible panel and creates a closed area for roof, wall, facade, floor and outdoor installation under arching pressure on a substructure on surfaces or pillars or beams. The flexible panel is arranged between two fastening profiles and is non-positively connected to an expansion compensation surface by snapping in and clamping with spring and arching pressure in a partially rounded, hook-like notch. By means of an internal profile rounding, the reception of a stabilizing tube for plug-in connection at the joints or cut edges is bridged in a force-fit manner and a rearward mirror-image connection of two system-identical fastening profiles is made possible by means of additional retaining clips or profiles. A water-draining shape and alignment of the engaged or clamped parts in connection with protrusions is provided.

The disadvantage of the known retaining profiles is that it is difficult or impossible to adjust the pane to be inserted within the profile, since the wedge catches are not easy to handle.

The object of the invention is therefore to provide a retaining profile which enables simple assembly, secure clamping and an adjustment option for the pane to be inserted within the retaining profile.

Disclosure of the invention

The invention is disclosed by the features of the main claim. Embodiments and further developments are the subject of the further claims following the main claim.

It is a holding arrangement for a railing for building parts such as balconies, platforms, galleries, stairs, terraces, or as canopies, overhead structures, room dividers or the like. formed disc, in particular a glass pane disclosed.

Balconies are framed by a parapet or a railing. In the case of all-glass railings in particular, no other statically effective structural elements such as railing rods or posts are used. All-glass railings are designed as panes of safety glass clamped in holding profiles. The solution according to the invention can be designed in particular for all-glass railings, but can also be used in other arrangements.

The holding arrangement comprises a holding profile which receives the glass pane in sections and is U-shaped in cross-section for supporting and holding the glass pane and fastening it to a part of the building. The retaining profile can also be designed as an L-profile in order to be able to be arranged on the building structure for use as a railing bracket. The L-profile then has a U-shaped area for receiving the glass pane.

A light holding profile is disclosed as the holding arrangement. The weight of the retaining profile is less than approx. 5 kg per running meter. The retaining profile is formed, for example, from light metal or a light metal alloy. Sealing cords can be pressed into corresponding grooves in profile legs or round bars can be inserted. The profile is made of aluminum or plastic, in particular hard plastic.

The profile has a receiving opening for a means of lighting, in particular LEDs. The receiving openings are designed as holes or breakthroughs which are arranged continuously or at points.

The disc is inserted into a small profile shoe that is adapted to the size of the holding profile. This is made of a plastic or a foamed plastic or a rubber material. It prevents direct contact of the retaining profile, which is made of aluminum in one embodiment, with the glass pane. The profile shoe has a design which is made somewhat smaller or less wide than the clear width between the profile legs of the U-shaped profile or the holding arrangement. When it is inserted into the lower part of the U-shaped area, the profile shoe therefore initially "wobbles". The profile shoe or rubber shoe is only pressed apart when the glass pane is inserted. The glass pane is then firmly clamped with a section between the profile legs and the profile shoe.

In the area of a first profile leg distal from the building, for example, an outer seal specially designed for this design is used. To align and adjust the position of the disk, at least one further element, for example a spring element, is arranged within the profile legs of the retaining profile. The spring element can be arranged on one or both sides. The spring element is formed in particular from a plastic, for example a hard plastic. It acts like a clamp to clamp the disc. This spring element can be arranged in the area of the U-shaped design of the retaining profile that points towards the profile sole. In particular, it is clipped in, for example below a formed nose of the profile leg. The spring action of the spring element acts in at least two directions. It presses once on the pane or glass pane in its transverse direction and on the other hand also in the direction of the profile sole.

The spring element can also alternatively be arranged in such a way that it acts on a wedge arranged between a profile leg and the glass pane and thus also determines its position within the U-shaped area of the retaining profile. The glass pane can also be adjusted in this way.

The spring element can be bent to various degrees so that different forces can be applied to the glass pane or the wedge depending on the requirements.

The retaining profile according to the invention has the advantage that the glass pane within the retaining profile after insertion into the profile shoe within limits by interacting adjustment elements, on the one hand in the end area of the profile legs by means of profile rods, strings or combined, specially designed sealing and adjustment elements, and on the other hand in the area towards the profile sole through the action of a further element, in particular a spring element, optionally on both sides, can be adjusted or adjusted.

Further advantages and advantageous configurations of the invention can be found in the following description of the figures, the drawings and the claims.

• 1 zeigt ein Halteprofil mit einem Federelement und einer eingespannten Glasscheibe sowie zwei Rundstäben,
• 1a) stellt eine Außendichtung dar,
• 2 zeigt die Anordnung eines Rundstabs in einer weiteren Mulde,
• In 3 ist die Anordnung eines Leuchtmittels dargestellt,
• 4 zeigt eine abweichende Biegung des Federelements,
• 5 stellt ein Dicht- und Verstellelement dar,
• 6 ist eine Detailansicht des unteren Bereichs der eingespannten Glasscheibe mit einem Profilschuh, alle vorgenannten Figuren im Schnitt;
• 7 zeigt Detailansichten des Profilschuhs, wobei 7a) eine Untersicht, 7b) eine Seitenansicht, 7c) einen Querschnitt, 7d) eine Draufsicht und 7e) eine Schrägansicht von oben darstellt,
• 8 stellt ein Federelement dar, wobei 8a) das Federelement in einer Schnittansicht, 8b) in einer Vorderansicht und 8c) in einer Schrägansicht von oben darstellt und
• 9 ist eine Explosionszeichnung des Halteprofils mit den einzelnen Komponenten.

An exemplary embodiment of the solution according to the invention is explained in more detail below with reference to the accompanying schematic drawings. It shows:

• 1 shows a retaining profile with a spring element and a clamped glass pane as well as two round bars,
• 1a) represents an outer seal,
• 2 shows the arrangement of a round rod in another trough,
• In 3 the arrangement of a lamp is shown,
• 4th shows a different bending of the spring element,
• 5 represents a sealing and adjusting element,
• 6th is a detailed view of the lower area of the clamped glass pane with a profile shoe, all of the aforementioned figures in section;
• 7th shows detailed views of the profile shoe, wherein 7a) a soffit, 7b) a side view, 7c ) a cross-section, 7d ) a top view and 7e) represents an oblique view from above,
• 8th represents a spring element, wherein 8a) the spring element in a sectional view, 8b) in a front view and 8c ) represents in an oblique view from above and
• 9 is an exploded view of the retaining profile with the individual components.

In 1 is a retaining profile 10 with a first profile leg 12 and a second profile leg 14th shown. Between the profile legs 12 , 14th is a pane of glass 16 used. This pane of glass 16 should be within the two profile legs 12 , 14th in their in this embodiment vertical position to be aligned in the vertical. The pane of glass 16 is in a profile shoe 18th used. The profile shoe 18th is formed in particular from a rubber or plastic material.

For adjusting the glass pane 16 within the retaining profile 10 is on at least one profile leg 12 , 14th at least one profile bar 20th arranged. In this embodiment there is a second profile bar 22nd used. Each profile leg 12 , 14th on which such a profile bar 20th , 22nd is to be arranged, has corresponding trough-shaped configurations of its lateral receiving devices 24 , 26th on. The profile bar 20th , 22nd in a respective trough, for example 28 , 30th be inserted. Depending on the arrangement of the profile bars 20th , 22nd in one of the hollows 28 , 30th or an adjacent or more distant depression in the respective profile leg 12 , 14th can the pressure on the inserted glass pane 16 be increased or reduced, so that depending on the positional positioning of the profile bar 20th , 22nd an adjustment of the glass pane 16 he follows.

In the upper, from a profile sole 32 remote area, are sealing elements 34 , 36 used. Another adjustment option is between the glass pane 16 and at least one profile leg 12 , 14th a spring element 38 arranged. The spring element 38 can be arranged on one or both sides. The spring element 38 is made of a plastic. It acts like a clamp to clamp the glass pane 16 . This spring element 38 can be in the lower area of the U-shaped design of the retaining profile 10 between the pane of glass 16 and the profile leg 14th be inserted. In this exemplary embodiment, it is below a nose 40 of the profile leg 14th clipped in. The spring action of the spring element 38 works in at least two directions. It presses once on the glass 16 in the transverse direction and on the other hand also downwards in the direction of the tread sole 32 .

In the lower area of the retaining profile 10 on the tread sole 32 of the U-shaped area is a receiving opening 42 educated. This receiving opening 42 is used to insert light sources to illuminate the glass pane 16 . These illuminants can in particular be LEDs. The receiving openings 42 are designed as holes that can be arranged continuously or selectively.

1a) shows an alternative embodiment. It can alternatively at least on one profile leg 12 , 14th a seal can be arranged, which is formed in one piece so that it engages with bulges in corresponding indentations and so at least on one side of the profile leg 12 , 14th is applied. In this embodiment is on the profile leg 12 a specially shaped outer seal 45 arranged in at least one receiving device or trough of the area 24 intervenes. Between the profile legs 14th and the pane of glass 16 can, as in 1 shown, the spring element are used. This is done either on one or both sides of the glass pane 16 . The spring element is between the profile bar 22nd and the profile shoe 18th and / or the outer seal 45 and the profile shoe in each case in the longitudinal extension of the glass pane 16 arranged

2 shows the arrangement of the round rod 22nd in another hollow 30 ' the receiving device 26th . This results in a different positioning of the round rod 22nd and thus a higher exertion of force from the direction of the profile leg 14th on the glass 16 , which thus in the direction of the other profile leg 12 is pressed and in their angular position relative to the vertical within the holding profile 10 is changed. The force of the spring element also acts 38 via the point of contact or the contact surface between the spring element 38 as well as the glass pane 16 on this one.

In 3 is the arrangement of a light source 44 shown. The light source is designed as an LED and is in the receiving opening 42 used.

In this illustration are the round bars 20th , 22nd in each case in the top trough of the respective receiving devices 24 , 26th inserted and there on the glass pane 16 created. The round bars 20th , 22nd can each in different hollows 28 , 30th or more of the reception facilities 24 , 26th be inserted. This means that centering is already possible through the arrangement of the round bars 20th , 22nd can be varied in the opposite, sole, height-identical or differently arranged position and the glass pane can be tilted to a limited extent. The pane of glass 16 is additionally due to the spring action of the spring element 38 applied, which enables a further centering and holding effect.

4th shows a different bending of the spring element 38 . This other bend not only creates a support point or support surface between the spring element 38 and the glass pane 16 , but in this embodiment at least two such areas. By the disclosed curved bending shape of the spring element 38 is an exact adjustment of the glass pane 16 enables.

In the 5 is between the thighs 12 , 14th and the glass pane 16 one sealing and one adjusting element each 46 , 48 formed and arranged. The sealing and adjusting element 46 , 48 is a combination of sealing element and adjusting element that has the two advantages of each Sealing elements and, for example, the round rods as adjusting devices connects and thereby optimized. The sealing and adjusting elements 46 , 48 are made in one piece from a rubber material or the like. formed and can both in a groove 50 of the profile leg 12 and analogously in the groove 52 of the profile leg 14th as well as in a hollow 28 ' of the profile leg 12 and accordingly in the trough 30th of the profile leg 14th be engaged or inserted.

6th shows the glass plate 16 in a "small" profile shoe 18th , also known as "rubber shoe". The profile shoe 18th can be made of different materials. For example, it can be made of solid rubber material, for example in accordance with ISO 3302-1 E2. The rubber shoes can be designed in different colors and degrees of hardness, for example blackens and with 60-90 Shore A hardness. They are made from TPE or EPDM. In an alternative embodiment, the profile shoe 18th made of silicone rubber. Silicone rubber is known for its good resistance to high and low temperatures, for example with a degree of hardness 60 ± 5 Shore and a temperature resistance of up to 180 ° C. The profile shoe 18th points on its in the direction of the receiving arrangement for a lamp 42 surface on top in the direction of the glass pane 16 a predetermined bending point 53 on.

7th provides detailed views of the profile shoe 18th represent.

7a) shows the profile shoe 18th from below, i.e. the direction of the tread sole 32 (for example from 1 ). The profile shoe 18th In this embodiment, it has a large number of openings 54 on. It's at least a breakthrough 54 educated. It makes sense in the longitudinal extension of the profile shoe 18th a large number of such openings or breakthroughs 54 to arrange. These breakthroughs 54 serve to direct the light into the receiving opening for lamps 42 used lamps 44 (see 3 ) shine through, so that the inserted glass pane 16 from below, i.e. the direction of the tread sole 32 , is illuminated. This creates a special effect as the one in the retaining profile 10 clamped glass pane 16 literally lights up "by itself".

7b) shows the profile shoe 18th of the page. The view is on a side wall 56 , so a lateral leg surface of the profile shoe 18th . It's the bridges 58 shown in dashed lines between the breakthroughs 54 out 7a) are trained.

7c ) represents a cross section through the profile shoe 18th The section is through the area of a web 58 shown.

7d ) shows the profile shoe 18th in a top view.

7e) represents the profile shoe 18th in an oblique view from the side. It can be seen that the profile shoe shown here 18th a "small" profile shoe 18th with short side bolsters 56 is.

The pane of glass 16 ( 1 to 6th ) is not only used in the profile shoe 18th held that in the holding profile 10 is used, but by the spring action of the spring element 38 and the round bars 20th , 22nd and / or the sealing and adjusting elements 46 , 48 adjustable or adjustable.

8th shows the spring element 38 .

In 8a) is the spring element 38 shown in a sectional view. The spring element 38 has a protrusion on its top 60 on. The spring element 38 becomes (cf. 1 ) in the vertical area between the profile shoe 18th as well as the receiving device 26th of the profile leg 14th below the nose 40 between the pane of glass 16 and the profile leg 14th depressed. The spring element 38 acts at a contact point or a contact area on the glass pane 16 . It can be used in any retaining profile 10 one or more spring elements 38 either on one side between the glass pane 16 and a profile leg, for example profile leg 14th , be arranged or also opposite on both sides between the glass pane 16 and the profile leg 12 further spring elements 38 to be ordered.

8b) is a view in which the protrusion 60 is shown.

8c ) shows an oblique view in which the curvature or bending of the spring element 38 is shown.

9 is an exploded view of the retaining profile 10 . The retaining profile 10 has the two profile legs 12 , 14th on. The retaining profile 10 has an L-shaped area 66 . In the L-shaped area 66 are multiple holes 68 brought in. Through these holes 68 fasteners such as screws are used to connect the retaining profile 10 inserted or screwed into a building. The retaining profile 10 has a receiving opening for illuminants 42 on.

In the retaining profile 10 becomes the profile shoe 18th inserted or pressed in. This can be done continuously or in sections of the retaining profile 10 respectively. For placing the glass pane 16 an arrangement in sections is sufficient. Inside the profile shoe 18th are breakthroughs 54 formed that a shine through of illuminants 44 (see. 5 ), the in the receptacle for lamps 42 are arranged, enable, so that the glass pane in the completely connected and erected construction 16 illuminated or penetrated by light, cf. 7th .

Inside the profile leg 12 and the glass pane 16 and / or the profile 14th and the glass pane 16 are several spring elements 38 arranged or imprinted. These spring elements are below a nose 40 of the respective profile leg, here 12 , held. In one area on the profile leg 12 becomes a round bar 20th and / or on the profile leg 14th a round rod 22nd introduced, either at the same height opposite or at different heights or only on one side within the retaining profile 10 . This round rod or rods 20th , 22nd work together with the spring elements 38 . The spring element 38 both pressure exerts horizontal effect on the glass pane 16 , as well as in the vertical direction downwards towards the profile sole 32 (see. 1 ) out. In the upper end area of the retaining profile 10 to that of the tread sole 32 remote end of the profile legs 12 , 14th is between the respective profile legs 12 , 14th and the glass pane 16 one sealing element each 34 , 36 arranged. Alternatively, the sealing element can be arranged in one piece with the round rod, so that a sealing and adjusting element 46 , 48 (see. 5 ) and the individual components can be dispensed with.

Thus, through the combination of interacting components, an adjusting and adjusting device and a system for adjusting glass panes is possible 16 within holding profiles 10 educated.

All the features presented in the description, the following claims and the drawings can be essential to the invention both individually and in any combination with one another.

List of reference symbols

10

Retaining profile

12

Profile leg

14th

Profile leg

16

Pane of glass

18th

Profile shoe

20th

Profile bar

22nd

Profile bar

24

Recording device

26th

Recording device

28

trough

28 '

trough

30th

trough

30 '

trough

32

Tread sole

34

Sealing element

36

Sealing element

38

Spring element

40

nose

42

Mounting opening for lamps

44

Bulbs

45

Outer seal

46

Sealing and adjusting element

48

Sealing and adjusting element

50

Groove in profile leg 12

52

Groove in profile leg 14

53

Predetermined bending point

54

breakthrough

56

Sidewall

58

web

60

head Start

66

L-shaped area

68

drilling

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed 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 202015106963 U1 [0004]
• WO 2013/174373 [0005]

Claims (20)

Retaining profile (10) for securing the position of a pane (16) in the profile region of the retaining profile (10), with a first profile leg (12) and a second profile leg (14), characterized in that the retaining profile (10) has a profile shoe (18) and at least a first device for adjustment (38) in an area between the profiled shoe (18) and an area of a receiving device (24, 26), the first device for adjustment (38) being aligned in the longitudinal extension of the disc (16), and at least a second device for adjustment (20, 22, 46, 48) in the area of the receiving device (24, 26). Retaining profile (10) Claim 1 , characterized in that the adjustment device is designed as a spring element (38). Holding profile (10) according to one of the Claims 1 or 2 , characterized in that the spring element (38) is held under a nose of the first profile leg (12). Retaining profile (10) according to one of the preceding claims, characterized in that the spring element (38) is Y-shaped. Holding profile (10) according to one of the Claims 1 or 2 , characterized in that through the interaction of the first device for adjustment (38) and the second device for adjustment (20, 22, 46, 48) through their interaction an adjustment of the angular position of the disc (16) within the first profile leg (12) and the second profile leg (14) takes place. Retaining profile (10) according to one of the preceding claims, characterized in that the receiving device (24, 26) has at least one depression (28, 28 ', 30, 30'). Retaining profile (10) Claim 6 , characterized in that the second device (20, 22, 46, 48) is mounted at least in sections in one of the troughs (28, 28 ', 30, 30'). Retaining profile (10) according to one of the preceding claims, characterized in that the second device for adjustment is designed as a round rod (20, 22) or sealing cord or as a sealing and adjusting element (46, 48). Retaining profile (10) Claim 6 , characterized in that the sealing and adjusting element (46, 48) is formed from an integrally formed combination of a round rod (20) with a sealing element (34) or a round rod (22) with a sealing element (36). Retaining profile (10) according to one of the preceding claims, characterized in that the first device for adjustment (38) has a point of contact or a contact surface with the pane (16) and with one of the profile legs (12, 14). Retaining profile (10) according to one of the preceding claims, characterized in that the profile shoe (18) is arranged continuously or in sections in the retaining profile (10). Retaining profile (10) according to one of the preceding claims, characterized in that at least one receiving opening (42) for a lighting means (44) is formed on a profile sole 32 of the retaining profile (10). Retaining profile (10) Claim 10 , characterized in that the lighting means (44) is a light emitting diode (44). Holding profile (10) according to one of the preceding Claims 10 or 11 , characterized in that the profile shoe (18) has at least one opening (54) through which the emitted light of the illuminant (44) is directed in the direction of the pane (16). Retaining profile (10) according to one of the preceding claims, characterized in that the spring element (38) is arranged between a nose (40) of the receiving device (24, 26) and a side cheek (56) of the profile shoe (18). Retaining profile (10) according to one of the preceding claims, characterized in that the width of the profile shoe (18) is smaller than the clear width within the two profile legs (12, 14). Retaining profile (10) according to one of the preceding claims, characterized in that the profile shoe (18) is made from hard plastic. Retaining profile (10) according to one of the preceding claims, characterized in that the spring element (38) is made of plastic. Retaining profile (10) according to one of the preceding claims, characterized in that the first device for adjustment (38) applies forces both in the direction of the profile sole (32) and in the direction of the pane (16). System for holding panes (16) in a retaining profile (10), in which at least one adjustment device (38) in an area between a profile shoe (18) and an area of a receiving device (24, 26) parallel to the pane (16) is arranged and with a second Adjustment device (20, 22, 46, 48), which is arranged in the area of a receiving device (24, 26), interacts and thereby enables the disk (16) to be adjusted within the holding profile (10).

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