EP2317024A1 - Device for securing roof ridge tiles - Google Patents

Abstract

The device (1) has a roofing chamber (2) and a fastening element (3) that is fixed at roof laths, where the fastening element is connected with the roofing chamber over a connecting element (4). The fastening element has two bearing surfaces (24) for engaging roof laths. The roof laths are arranged to both sides of a roof.

Description

The invention relates to a device for fastening ridge pans according to the preamble of patent claim 1.

In the ridge area of a roof, the covered roof areas meet. Since the roof tiles in the ridge area are each mounted on the roof slats arranged on both sides of the ridge, there is a gap between the roof tiles. This gap is covered by the ridge pans to be laid in Firstlängsrichtung. In the process, first ridge holders are first mounted on the rafters that meet in the ridge area. Then, a ridge batten extending in the first-longitudinal direction is attached to the ridge batten holders. The ridge pans are then shingled overlapping laid on the ridge batten, where they are supported with their longitudinal edges on the first-close roof tiles. For storm-proof fastening, the ridge pans are usually fastened to the ridge batten with the help of nails or screws and ridge clamps. In order to enable attachment to the ridge batten, a careful height adjustment of the ridge batten must be made, which makes installation difficult and time consuming.

A storm-proof attachment with the help of nails or screws and ridge brackets is for example in the published patent application DE 1 709 312 A1 described. In the device, a water-repellent tape is first laid on a ridge or burr board, on which the cover panels are subsequently laid, again in a scale-like covering manner. For storm-proof attachment about S-shaped ridge brackets are used, which are attachable to the front edges of the cover plates. The plugged ridge brackets and the cover plates have mutually aligned nail holes, so that the ridge clip and the cover plate penetrated by nails or screws and can be nailed through the water-repellent tape to the ridge or burr lath.

From the publication DE 26 22 084 A1 a device for fastening ridge pans is known in which instead of a ridge lath to be laid in Firstlängsrichtung Guide rail is provided, into which a holder for the ridge pans can be hooked. The adjustable in height holder is positioned between two butt joint ridge pans and he has to overlap the front edges of the abutting ridge pans each have a hook. In this way, the ridge pans can indeed be laid storm-proof, but the installation of the guide rail and the height adjustment of the individual holders for fixing the ridge pans are consuming.

Furthermore, a device for fastening ridge pans is known (US Pat. DE 1 798 415 U ) known. This device has a ridge clip which is attached to a ridge pan. The device is applied to the side and above the roof battens and fastened there by means of nails.

Also known is a device for fixing ridge tiles, which has a U-shaped mounting bracket, which is connected in its upper part with the ridge tile and with its laterally bent flanges under two roof battens of the roof covering spans ( DE 877 489 ).

Also known is a device for fastening a ridge tile to a pitched roof ( EP 0 306 109 B1 ). This device has two strips which can be fastened by nails or screws and which are connected to a retaining clip arranged therebetween such that the angular adjustment of the strips can be changed by pivoting with respect to the retaining clip.

In the patent application DE 10 2004 046 702 A1 On the other hand, a device for fastening ridge pans is described, is dispensed with in the assembly of a ridge batten. The device has an attachable to the front edge of the ridge pan U-shaped ridge bracket. This ridge clip is connected via a connecting element with a hook-shaped fastening element. When mounting the U-shaped ridge clamp is placed on the edge region of the ridge pan and the ridge pan is positioned centrally above the gap, being supported on the laid on both sides of the ridge roof tiles. To fix the ridge pan storm-proof, the fastener is then inserted into the gap and hooked to one side of the top battens. This creates a on the First pan and tensile force acting on the roof batten, through which the ridge pan is pressed against the roof tiles. However, the pulling force acting laterally on the ridge pan counteracts the desired alignment of the ridge pans in the longitudinal direction of the ridge.

Finally, a ridge tile holder for fixing dry laid ridge tiles and ridge stones with arcuate cross sections in the ridge area of roofs of different roof pitch is known, being provided on a basic element formed as an arcuate support bracket, on the end sides of stops, and at the apex of the support bracket, a clamping element, in in which a positioning and holding pin formed with a ridge tile clamp is arranged and fixable ( DE 20 2008 015 872 U1 ).

The object of the present invention is therefore to provide a device with which ridge pans can be fastened storm-proof in a simple and fast manner.

This object is solved by the features of patent claim 1.

The invention thus relates to a device for fastening ridge pans with a ridge clip and a fixable on at least one roof batten fastener which is connected via a connecting element with the ridge clip. The fastening element has at least two bearing surfaces for engaging under it roof laths arranged on both sides of a ridge.

With the device according to the invention, it is possible to lay ridge pans without the prior assembly of a ridge batten. The ridge pan is first placed centrally on the roof tiles laid on both sides of the ridge. The laid ridge pan thereby covers the gap between the roof tiles in the ridge area. Thereafter, the fastener is inserted into the gap, that it can engage with its bearing surfaces arranged on both sides of the ridge, top roof battens. Subsequently, the ridge clamp is attached to the front edge of the ridge pan. Since the ridge clip and the fastening element are connected to one another via a connecting element, for example a wire or a cable tie, one can be attached to the ridge clip by means of the connecting element tensile force acting on the fastening element can be generated, by means of which the fastening element is pressed from below against the roof battens and the ridge pan from above against the first-adjacent roof tiles. Here, the device is aligned so that the ridge clip and the connecting element are substantially aligned with the longitudinal axis of the fastener. In this way, the tensile force is transferred from the fastener evenly to the arranged on both sides of the ridge roof battens, while the ridge pan remains free of transverse forces, so that it maintains the desired orientation in the longitudinal direction of the ridge.

For optimum power transmission to the roof battens, it is advantageous if the bearing surfaces of the fastening element are arranged symmetrically with respect to its longitudinal axis. For this purpose, the fastening element may be formed, for example, approximately W-shaped or T-shaped. In a W-shaped fastener, the longitudinal axis extends through the middle tip and the bearing surfaces are arranged symmetrically in the region of the two outer legs. If the fastening element is T-shaped, then the longitudinal axis runs through the web and the two bearing surfaces are symmetrically arranged at the free ends of the transverse web.

Depending on the inclination of the roof in the ridge area different sized angles, which also changes the distance between the fastening element to be taken under roof battens. In order to use the fastener universally for all popular roof pitches, the distance between the support surfaces should be variable.

An automatic adjustment to the distance of the underlapping roof battens results when the fastener is at least partially resilient. In this way, the fastener can deform during application of the tensile force and be optimally pressed against the roof battens.

To initiate the tensile force generated by means of the connecting element, the fastening element can have at least one eyelet into which the connecting element engages. In order to achieve optimum power transmission to the roof battens and a correct alignment of the ridge tile, the eye is on the longitudinal axis of the fastener arranged so that it forms a triangle with the support surfaces arranged symmetrically to the longitudinal axis. In a W-shaped fastener, the eyelet is thus provided at the central tip, while it is arranged at a T-shaped fastening element at the free end of the web.

For the production of the fastener, a stainless wire offers, because on the one hand this is inexpensive and on the other hand, this can be deformed arbitrarily. The wire can for example be wound so that an eyelet is formed, which is designed as a spiral spring. The free wire ends of the eyelet can form two approximately L-shaped holding elements. In this embodiment of the fastener, the coil spring has a double function, because on the one hand it serves as an eyelet for introducing a tensile force and for articulation of the connecting element. On the other hand, it gives the fastener the resilient properties that is required to adapt to the spacing of the roof battens.

The short legs of the spiral spring outgoing L-shaped holding elements extend in mutually opposite direction outwards. The bearing surfaces are arranged on the short legs of the L-shaped holding elements.

The fastener can fully engage with the bearing surfaces on the underside of the roof battens, wherein it rests flat against the roof batten. The length of the support surface should therefore correspond approximately to the width of the battens, so be about 50 to 60 mm. In most cases, the fastener will attack with its bearing surfaces on the longitudinal edge of the batten. In this case, the free ends of the fastener should be angled hook-shaped, so that they can embrace the longitudinal edge of the roof battens. In order to prevent slippage of the fastener, the bearing surfaces may also be provided with a profiling, so that the fastener can hook on the longitudinal edge of the roof batten. The profiling may be formed, for example, sawtooth.

The fastener has a bent and pointed end, whereby it is possible to firmly anchor the fastener to the roof battens. In this way, the fastener can embrace the longitudinal edges of the roof battens and drill simultaneously with the pointed ends in the roof battens.

In order to connect the ridge clip and the connecting element with each other, the ridge clip has at least one passage opening through which the connecting element is guided. For this purpose, the ridge clip can have, for example, a projecting tongue in which the passage opening is arranged.

Since the distance between the roof battens and the ridge pan also varies with the pitch of the roof, it is important that the ridge clip and the connecting element are movable relative to each other. In this way, the ridge clip can be moved in the longitudinal direction of the connecting element and positioned freely.

When mounting the device, the pulling force acting on ridge bracket and fastener is generated after positioning of the fastener element and the sliding of the ridge clip on the front edge of the ridge tile by means of the connecting element. For this purpose, the roofer can press with one hand, provided with the ridge staple ridge pan and pull with the other hand on the connecting element, whereby the fastener is pressed against the roof battens. In order to permanently maintain the tensile force, the ridge clip has a locking device with which it can be fixed in the desired position on the connecting element.

In a particularly simple embodiment of the locking device, the passage opening of the ridge clip may have at least one latching element which can engage in recesses of the connecting element. The passage opening can be formed in this case as a rectangular slot, and the connecting element can be carried out analogously to a cable tie.

Alternatively, the locking device may be approximately U-shaped, with two apart striving legs, in which two openings for the passage of the connecting element are arranged. If the two legs are pressed together, then the two openings are aligned with each other and the ridge clip is free to move. If the legs are relieved again after the positioning of the ridge clamp, then a clamping action occurs, by means of which the ridge clamp is fixed to the connecting element.

The ridge pans are laid like a scaly covering, d. H. a ridge pan is partially covered by the adjacent ridge pan while it itself covers another adjacent ridge pan. Since the ridge clip is disposed in the overlapping area of two adjacent ridge pans, storm safety can be further improved if the ridge clip is substantially Z-shaped or S-shaped. In this case, the ridge clip has two open in the opposite direction U-shaped receptacles for each ridge pan. During assembly, the ridge clip can be plugged with the first receptacle on the front end edge of a first ridge pan and with the second recording, they can take the rear end edge of an adjacent second ridge pan. As a result, the adjacent ridge pans are clamped together and the individual ridge pan is also fixed storm-proof at both ends.

A good fixation of the ridge clip on the ridge tile is obtained when the ridge clip has barbs. The barbs may protrude into the receptacles and be aligned so that they yield resiliently when pushing the ridge clip, while they sit up and lock when slipping the ridge clip or slipping out of the ridge tile.

• Figur 1 eine erste Variante einer Vorrichtung zur Befestigung von Firstpfannen;
• Figur 2 einen Ausschnitt eines Dachs mit einer Neigung von 30° mit der Vorrichtung nach Figur 1;
• Figur 3 eine zweite Variante der in Figur 1 gezeigten Vorrichtung;
• Figur 4 eine perspektivische Ansicht einer Variante einer Firstklammer;
• Figur 5 eine dritte Variante der in Figur 1 gezeigten Vorrichtung.

Embodiments are shown in the figures and will be described in more detail below. Show it:

• FIG. 1 a first variant of a device for fixing ridge pans;
• FIG. 2 a section of a roof with a slope of 30 ° with the device after FIG. 1 ;
• FIG. 3 a second variant of in FIG. 1 shown device;
• FIG. 4 a perspective view of a variant of a ridge clip;
• FIG. 5 a third variant of in FIG. 1 shown device.

In FIG. 1 a first variant of a device 1 for fastening ridge pans is shown. The device 1 has a ridge clip 2, a fastening element 3 and a connecting element 4. The ridge clip 2 can be attached to the ridge pan and the fastening element 3 can be fixed to at least one roof batten. The better one Overview are in the FIG. 1 However, no ridge pans and roof battens shown.

The ridge bracket 2 is substantially Z-shaped, so that it has two open in the opposite direction U-shaped receptacles 5, 12, which are connected to each other via a connecting leg 11. With their recordings 5, 12, the ridge clip 2 can be pushed onto the frontal edges of two overlapping ridge pans. In order to ensure a good fixation on the ridge pans, the ridge clip 2 is equipped with barbs 13, 14, which protrude into the U-shaped receptacle 5 and 12 respectively.

Below the receptacle 5, the ridge clip 2 has a locking device 6. The locking device 6 is approximately U-shaped, but it has two diverging legs 7, 8, which are each provided with an opening 110, 111 for the passage of the connecting element 4.

The connecting element 4, for example a stainless metal wire, is passed through the two openings 110, 111, so that the ridge clip 2 is connected to the connecting element 4. The ridge bracket 2 and the connecting element 4 are movable relative to each other, which is indicated by the arrows 9, 10. In order to change the position of the ridge clip 2, the two legs 7, 8 of the locking device 6 must be slightly compressed, whereby the two openings 110, 111 are aligned with each other and the ridge clip 2 is freely movable. After the desired positioning of the ridge clip 2, the legs 7, 8 are relieved again, whereby they spring back and again generate a clamping action, by which the ridge clip 2 is fixed again to the connecting element 4. The compression and the relieving of the two legs 7, 8 is indicated by the double arrow 124. In this way, the distance between the fastening element 3 and the ridge clip 2 can be adapted to the structural conditions.

During assembly of the device 1, the connecting element 4 serves to generate a tensile force, which is transmitted to the fastening element 3. The connecting element 4 is therefore formed at its upper end 15 as a hook-shaped handle. The lower end 16 of the connecting element 4 is also designed hook-shaped, so it can engage in an eyelet 17 of the fastening element 3, whereby the fastening element 3 is connected to the connecting element 4.

The fastening element 3 is formed symmetrically in the form of a W, wherein the eyelet 17 is arranged on a portion 20 which lies in the region of the middle tip of the W. With the section 20, two substantially L-shaped holding elements 18, 19 are pivotally connected to each other via a hinge 20a. The holding elements 18, 19 each have a support surface 23, 24, with which the fastener 3 can later engage in the installation on both sides of the ridge roof battens during assembly. The two bearing surfaces 23, 24 are arranged symmetrically with respect to the longitudinal axis 21 extending through the middle point of the fastening element 3. In order to adapt the fastening element 3 to the spacing of the roof battens to be undercut, the distance between the bearing surfaces 23, 24 can be varied. This is done by the angle between the two holding elements 18, 19 is increased or decreased, which is illustrated by the double arrow 22.

FIG. 2 shows a ridge 120 of a roof 25 with a slope of 30 ° with a mounted device 1 according to FIG. 1 , The roof 25 has a ridge purlin 26 extending in the longitudinal direction of the ridge, on which two rafters 27, 28 are mounted, which run in the first-eave direction. On the rafters 27, 28 a sarking web 31 is laid, which is fixed by means of counter battens 29, 30 to the rafters 27, 28. On the counter-battens 29, 30, the roof battens 32, 33, 34 are mounted firstparallel running. As in FIG. 2 is shown, the two uppermost roof battens 33, 34 opposite to each other left or right side of the ridge 120, that is, on both sides of the ridge 120, respectively. At the roof battens 33, 34, the first-close roof tiles 35, 36 are mounted. The existing between the roof tiles 35, 36 gap 121 is covered with scale-like ridge pans 37, 38, which are supported on the roof tiles 35, 36.

The two ridge pans 37, 38 are clamped together via the ridge clip 2 of the device 1. The ridge bracket 2 comprises with its U-shaped receptacle 5 the front edge of the ridge pan 37, while the U-shaped receptacle 12 includes the front edge of the overlapping ridge pan 38, the recording of the 12 is included. In FIG. 2 only the front edge 125 of the ridge 38 can be seen. The ridge clip 2 is connected via the connecting element 4 with the fastening element 3. The fastening element 3 engages with the arranged symmetrically to its longitudinal axis 21 bearing surfaces 24, 23 respectively the left and right sides of the ridge 120 arranged roof battens 33, 34th

When laying the ridge pans 37, 38, a tensile force acting on the ridge bracket 2 and on the fastening element 3 was generated by means of the connecting element 4, through which the fastening element 3 from below to the roof battens 33, 34 and the ridge pans 37, 38 from above be pressed against the first-close roof tiles 35, 36. In this case, the device 1 has aligned so that the ridge clip 2 and the connecting element 4 are substantially aligned with the longitudinal axis 21 of the fastening element 3. In this way, the tensile force is transmitted from the fastener 3 evenly on the arranged on both sides of the ridge 120 battens 33, 34 and the ridge pans 37, 38 remain free of transverse forces.

FIG. 3 shows a second variant of a device 55 according to FIG. 1 , The fastener 56 and the connector 57 are made of a metal wire while the ridge clip 58 is made of sheet metal strip. The Z-shaped ridge staple 58 in turn has two open in the opposite direction U-shaped receptacles 64, 65 so that they are pushed onto the front edges of two overlapping ridge pans. In order to ensure a good fixation on the ridge pans, the ridge clip 2 is provided with barbs 59, 60, 61, 62, 63, which protrude into the U-shaped receivers 64, 65. These barbs 59, 60, 61, 62, 63 engage in the ridge pans arranged in the U-shaped receivers 64, 65. However, ridge pans are in FIG. 3 not shown for clarity.

Although the connecting element 57 and the ridge clip 58 are connected to one another, they can be moved relative to one another, as indicated by the arrows 71, 72. The lower U-shaped receptacle 64 of the ridge bracket 58 is provided near its base with two aligned through openings 69, 70, which serve for the passage of the connecting element 57. Below the U-shaped receptacle 64, the ridge clip 58 has a locking device 66, so that they can be fixed to the connecting element 57. The locking device 66 has a resilient fixing tongue 67 which extends from the free end of the U-shaped receptacle 64 and extends parallel thereto. The free end of the fixing tongue 67 is angled and provided with an opening 68 for the connecting element 57. If the fixing tongue 67 is pressed against the U-shaped receptacle 64, then its through-openings 69, 70 are aligned with the opening 68 of the fixing tongue 67, so that the ridge clip 58 can be positioned freely in the longitudinal direction of the connecting element 57. After positioning, the fixing tongue 67 is relieved, whereby it springs back and again creates a clamping action by which the ridge clip 58 is fixed. In this way, the distance between the fastener 56 and the ridge clip 58 can be adjusted. The pressing and the spring-back is indicated by the double arrow 126.

Like in the FIG. 3 can be seen, the two end portions 73, 74 of the connecting element 57 are formed substantially hook-shaped. In this case, the end portion 73 is designed as a handle, while the hook-shaped end portion 74 engages in an eyelet 75 of the fastening element 56, so that it is connected to the connecting element 57.

The essentially W-shaped fastening element 56 has the eyelet 75 in the region of its middle point. The eyelet 75 is designed as a spiral spring, from the free ends of two holding elements 76, 77 go out. The holding elements 76, 77 each have a bearing surface 78, 79 for engaging under the roof ridges arranged on both sides of the ridge. The bearing surfaces 78, 79 are arranged symmetrically with respect to the longitudinal axis 122 of the fastener 56. Due to its special design, the eyelet 75 of the fastener 56 performs a dual function. On the one hand, the eyelet 75 gives the fastening element 56 as a spiral spring the resilient properties, which is necessary for adaptation to the respective distance of the roof battens. This is done automatically when a tensile force acts on the fastening element 56 during assembly, through which the holding elements 76, 77 rest with their bearing surfaces 78, 79 on the roof battens. Here, the included between the holding elements 76, 77 angle and the distance between the bearing surfaces 78, 79 decrease.

The fastening element 56 is angled at its ends 80, 81 close to the bearing surfaces 78, 79 hook-shaped and provided with a tip. In this way, the fastener 56 engage around the longitudinal edges of the roof battens and drill with the tips in the roof battens.

In FIG. 4 a variant of a substantially Z-shaped ridge staple 82 is shown. This ridge clamp 82 is made of sheet metal. The ridge clip 82 has two U-shaped receivers 83, 84 open in the opposite direction, so that they can be pushed onto the front edges of two ridge pans. Barbs 85, 85a, 85b, which project into the U-shaped receivers 83, 84, have been disengaged from the sheet metal of the ridge bracket 82. Each receiver 83, 84 has two barbs, wherein FIG. 4 only the barbs 85, 85a, 85b can be seen. The free ends 107, 108 of the U-shaped receptacles 83, 84 are angled towards the outside, whereby the ridge clip 82 can be easily pushed onto the ridge pans. Characterized in that the barbs 85, 85a, 85b engage in the ridge pans, the ridge pans are firmly connected to the ridge bracket 82. Ridge pans are in FIG. 4 not shown.

In the region of the base of the U-shaped receptacle 84, a tongue 86 is unlatched from the metal sheet, which is provided with a passage opening 87 for a connecting element. In the passage opening 87 is located in FIG. 4 non-visible locking element which can engage in recesses of the connecting element.

FIG. 5 shows a third variant of in FIG. 1 illustrated device. This device 88 has a ridge clip 89 which is constructed similar to that in FIG FIG. 4 illustrated ridge clip. The ridge clip 89 in turn has two U-shaped receptacles 90, 91, which are connected to one another via a connecting leg 92. The ridge clip 89 is attached with its lower receptacle 90 on the front edge of a first ridge pan 95, which is covered by a second ridge pan 94 like scales. The connecting leg 92 of the ridge clip 89 is located between the ridge pans 94, 95 and the upper receptacle 91 surrounds the front edge of the overlapping second ridge tile 94. In this way, the ridge clip clamps 89 the two ridge pans 94, 95 together. The receptacle 90 is equipped with two barbs 93, 93 a, which have pressed into the ridge pan 95.

In order to install the ridge pans 94, 95 in a storm-proof manner, the ridge staple 89 has to be fixed by means of a connecting element 98 and a fastening element 99 to the roof battens 103, 104 arranged on both sides of the ridge. The time bracket 89 therefore has in the region of the base of the receptacle 90 a notched tongue 96, in which a passage opening 97 is arranged for the connecting element 98. In the passage opening 97 is an in FIG. 5 unrecognizable locking element provided which can snap into recesses 98a of the connecting element 98 - similar to a cable tie. The locking element of the ridge clip 98 and the recesses 98a of the connecting element 98 together form a locking device 123. During assembly, the guided through the opening 97 of the ridge clip 89 connecting element 98 can be moved in the direction of the arrow 109 to the distance between the ridge clip 89 and the To change fastener 99. In this case, a tensile force is simultaneously generated by which the fastening element 99 is pressed against the roof battens 103, 104. The locking device 123 fixes the connecting element 98 and thus ensures a lasting maintenance of the tensile force. As an additional measure of security, the free end of the connecting element 98 was angled just above the tongue 96 of the ridge clip 89.

The other free end of the connecting element 98 is hook-shaped and hooked into the eyelet 100 of the fastener 99. The fastening element 99 has two bearing surfaces 101, 102 arranged symmetrically with respect to its longitudinal axis 122, with which the fastening element 99 engages under the roof battens 103, 104 arranged on both sides of the ridge. The fastening element 99 has close to the bearing surfaces 101, 102 each have a bent and pointed end 105, 106, whereby it surrounds the lower longitudinal edges of the roof battens 103, 104. Since the fastening element 99 is at least partially resilient, it has deformed under the action of the tensile force transmitted from the connecting element 98, so that its original T-shape in FIG. 5 is no longer recognizable. The equipped with the bearing surfaces 101, 102 transverse web of the fastener 99 has deformed into a twin hooks. In this case, the bent pointed ends 105, 106 of the fastening element 99 have drilled into the roof battens 103, 104. In the area of the bearing surfaces 101, 102, the fastening element 99 has curved, so that it only touches the upper longitudinal edges of the roof battens 103, 104. Between the bearing surfaces 101 and 102 and the roof battens 103 and 104 arranged thereon, therefore, a gap 127, 128 occurs.

By the in FIG. 5 As shown arrangement, a roof is obtained with an inclination of 30 °.

Although the embodiments of the invention have been described above in detail, the invention is not limited to these embodiments. A person skilled in the art will understand that the invention includes various variants with which the same result is achieved as with the exemplary embodiments described here. It is therefore clear to those skilled in the art that the embodiments described herein do not limit the scope of the claims, and that there are other variants, modifications and alternatives that fall within the scope of the claims.

reference numeral

1

contraption

2

First clip

3

fastener

4

connecting element

5

U-shaped mounting of the ridge clamp 2

6

locking device

7

leg

8th

leg

9

arrow

10

arrow

11

connecting leg

12

U-shaped mounting of the ridge clamp 2

13

Barbs of recording 12

14

Barb of pickup 5

15

Upper end of the connecting element 4th

16

lower end of the connecting element 4th

17

eyelet

18

L-shaped retaining element

19

L-shaped retaining element

20

section

20a

joint

21

Longitudinal axis of the fastener. 3

22

double arrow

23

bearing surface

24

bearing surface

25

top, roof

26

ridge beam

27

rafter

28

rafter

29

counter batten

30

counter batten

31

Underlayment

32

batten

33

batten

34

batten

35

pantile

36

pantile

37

First pan

38

First pan

39

top, roof

40

between insulation

41

between insulation

42

batten

43

Underlayment

44

batten

45

batten

46

batten

47

batten

48

batten

49

Dachstein

50

Dachstein

51

Dachstein

52

First Dachstein

53

First Dachstein

54

batten

55

contraption

56

fastener

57

connecting element

58

First clip

59

Barb of pickup 65

60

Barb of pickup 65

61

Barb of pickup 65

62

Barb of pickup 64

63

Barb of pickup 64

64

U-shaped reception of the ridge clip 58

65

U-shaped reception of the ridge clip 58

66

locking device

67

fixing tongue

68

Opening of the fixing tongue 67

69

Through opening

70

Through opening

71

arrow

72

arrow

73

end

74

end

75

eyelet

76

retaining element

77

retaining element

78

bearing surface

79

bearing surface

80

End of the holding element 76

81

End of the holding element 77

82

First clip

83

U-shaped reception of the ridge bracket 82

84

U-shaped reception of the ridge bracket 82

85

Barb of the receptacle 84

85a

Barb of the receptacle 83

85b

Barb of the receptacle 83

86

Tongue of ridge clip 82

87

Through opening

88

contraption

89

First clip

90

U-shaped recording of ridge clip 89

91

U-shaped recording of ridge clip 89

92

connecting leg

93

barb

93a

barb

94

First pan

95

First pan

96

Tongue of ridge clip 89

97

Through opening

98

connecting element

98a

Recesses of the connecting element 98th

99

fastener

100

eyelet

101

bearing surface

102

bearing surface

103

batten

104

batten

105

End of the support surface 102

106

End of the bearing surface 101

107

free end of recording 83

108

free end of the receptacle 84

109

arrow

110

Opening of the leg 7 of the locking device. 6

111

Opening of the leg 8 of the locking device 6

120

ridge

121

gap

122

Longitudinal axis of the fastener 56th

123

locking device

124

double arrow

125

Front edge of 38

126

double arrow

127

gap

128

gap

Claims (15)

Device (1, 55, 88) for fastening ridge pans (37, 38, 94, 95), with a ridge clamp (2, 58, 82, 89) and a fixable to at least one roof batten (33, 34; 103, 104) Fastening element (3, 56, 99), which is connected via a connecting element (4, 57, 98) with the ridge clip (2, 58, 82, 89), characterized in that the fastening element (3, 56, 99) for engaging below of roof battens (33, 34, 103, 104) arranged on both sides of a ridge (120) has at least two bearing surfaces (23, 24, 78, 79, 101, 102). Apparatus according to claim 1, characterized in that the bearing surfaces (23, 24; 78, 79; 101, 102) of the fastening element (3, 56, 99) are arranged symmetrically with respect to its longitudinal axis (21, 122). Apparatus according to claim 1, characterized in that the distance between the bearing surfaces (23, 24, 78, 79, 101, 102) is variable. Apparatus according to claim 1, characterized in that the fastening element (3, 56, 99) is at least partially resilient. Apparatus according to claim 1, characterized in that the fastening element (3, 56, 99) for initiating a tensile force generated by the connecting element (4, 57, 98) at least one eyelet (17, 75, 100) into which the connecting element (4 , 57, 98). Apparatus according to claim 5, characterized in that the eyelet (17, 75, 100) is designed as a spiral spring. Apparatus according to claim 1, characterized in that the fastening element (56, 99) each have a bent and pointed end (80, 81, 105, 106). Apparatus according to claim 1, characterized in that the ridge clip (58, 82, 89) at least one passage opening (69, 70, 87, 97), through which the connecting element (57, 98) is guided. Apparatus according to claim 1, characterized in that the ridge clip (2, 58, 82, 89) and the connecting element (4, 57, 98) are movable relative to each other. Apparatus according to claim 1, characterized in that the ridge clip (2, 58, 89) has a locking device (6, 66, 123), with which it is fixable to the connecting element (4, 57, 98). Apparatus according to claim 10, characterized in that the locking device (6) is substantially U-shaped, with two apart striving legs (7, 8), in which two openings (110, 111) for the passage of the connecting element (4) are. Apparatus according to claim 10, characterized in that the locking device (123) in the passage opening (97) has at least one latching element which can engage in recesses (98a) of the connecting element (98). Apparatus according to claim 1, characterized in that the ridge clip (2, 58, 82, 89) is substantially Z-shaped or S-shaped. Apparatus according to claim 13, characterized in that the ridge clip (2, 58, 82, 89) has two U-shaped receptacles (5, 12; 64, 65; 83, 84; 90, 91) open in the opposite direction for one respective frying pan (37, 38, 94, 95). Apparatus according to claim 1, characterized in that the ridge clip (2, 58, 82, 89) for fixing to the ridge pan (37, 38, 94, 95) barbs (13, 14; 59-63; 85, 85a, 85b; 93, 93a).

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