EP1420211B1 - Wall mounting device for a radiator - Google Patents

Abstract

The mounting device especially for panel-type radiators has a mounting bracket (4) movable in relation to a fixed wall bracket and equipped with a steplessly adjustable clamping element which consists of a base component of rectangular solid design slid into the wall bracket and with at least one elastic member (6,7) formed on it. A locking element is fitted in the base component and elastic member and protrudes from two side openings in the base component.

Description

The invention relates to a holding device, in particular for panel radiators, consisting of a stationary wall bracket and a movable relative to the wall bracket bracket, the wall bracket has at least a lower fixed receiving element for the radiator and in the opposite end of the wall bracket, the height-adjustable retaining bracket is added and wherein the Holding bracket has a height-adjustable clamping element in the respective height, which consists of an insertable into the wall bracket body with at least one molded elastic leg and has a mounted in the at least one leg locking element.

Holding devices are required for the installation of radiators, in particular panel radiators, which hold the radiator in a desired position on the wall. For this purpose, the holding device is screwed to a wall and subsequently makes it possible to hang the plate radiator in a vertical position. After hanging the plate radiator, the vertical alignment and mounting of the radiator is made by means of a clamping screw or other mechanical elements. For this purpose, the clamping screws or mechanical elements can be attached directly to the wall or be part of the already mounted holding device. The clamping screws or other mechanical elements used are arranged according to the predetermined plate radiator size and must be adapted consuming and costly in the case of replacement, especially in another Plattenheizkörpergröße.

To facilitate the assembly of different panel radiators, it is therefore proposed, for example, that a retaining bracket with a mounting bracket surrounds the panel radiator in the upper region, wherein the retaining bracket relative to the wall bracket is inserted axially displaceable in latching steps. Due to existing component tolerances, however, the use of latching steps leads to the fact that no sufficient jamming of the radiator occurs and this may not be sufficiently secured in the upper area and has too much play.

From EP 1 209 422 A2 a holding device is known which consists of a wall bracket with a lower receiving element for the radiator and an upper holding bracket. The retaining bracket according to one embodiment has a continuously adjustable clamping element, which consists of a spring clip, which rests with its end faces on the inner wall of the wall bracket. The blocking element is in this case received between two elastic legs of the clamping element and can lead to a break in the contact with the inner walls of the wall bracket by squeezing the leg ends. The fact that the locking element is guided only in the lateral region in a groove of the legs, there is a risk that occurring forces exerted on the end surfaces, lead to a deformation of the locking element and reduce the frictional contact, so that the retaining bracket is not sufficient by the blocking element held in the respective position.

From DE 201 08 499 U1 a holding device is also known in which in a wall bracket a height-adjustable holding bracket is added. In this embodiment shown, the retaining bracket has two spring-mounted legs, which are provided on their lateral surface with locking lugs, which can engage in corresponding recesses of the wall bracket. By compressing the leg ends the existing detent can be canceled and thus the height of the retaining bracket to be redetermined. In this embodiment, however, has shown in daily use that the existing latching steps, taking into account component tolerances of the panel radiators do not always lead to a sufficient grip in the upper area.

The invention has for its object to provide a holding device, which on the one hand is inexpensive to manufacture and on the other hand allows flexible adaptation to any structural tolerance of the panel radiator with a secure attachment.

According to the invention is provided to solve the problem that the basic body is cuboid and that receives blocking element, which protrudes from two lateral openings of the body, and that the base body has a recess for supporting the locking element, wherein in the recess a pin is formed on the blocking element with a side surface and / or bearing surface supports support. Further advantageous embodiments can be found in the dependent claims.

Due to the stepless adjustability of the upper holding bracket, very simple existing building tolerances can be compensated in the subject invention, since the holding bracket is infinitely adjustable and thus ensures a secure and backlash-free attachment of the panel radiator. By an existing blocking element in this case a depression of the retaining bracket with simultaneous insertion of the clamping element in the wall bracket is possible, an independent release or unintentional withdrawal of the retaining bracket from the wall bracket is prevented. If the retaining bracket to be solved, the locking element can be converted by at least one movable elastic leg of a locking or locking position in a release position. Preferably, in this case two resilient legs are used, which are integrally formed on the base body and allow by squeezing unlocking the locking element relative to the wall bracket. Simultaneously with the compression of the two legs, these can be used to pull out the retaining bracket from the wall bracket so that the radiator is released. In addition, the base body has a recess for mounting the locking element, wherein in the recess, a pin is formed, on which the locking element rests with an outer surface supportive. This ensures that slippage or yielding of the locking elements is prevented. In such a case, otherwise the frictional contact of the end faces with the inner wall of the wall bracket would no longer be sufficient and cause the retaining bracket to slide out of the wall bracket. By the pin but a yielding of the spring steel is prevented and this acts at the same time stabilizing the spring steel, so that the end faces produce a high pressure force.

The leg ends, which are integrally formed on the base, protrude upwards for this purpose from the wall bracket and have an integrally formed on the leg width pressure surface or can be performed, for example, angled and have an integrally molded pressure surface, so that a slight compression of both leg ends is made possible by the fitter.

So that a sufficient resistance of the locking element against unintentional pulling out of the retaining bracket is present, the blocking element consists of an arcuately shaped spring steel whose end faces protrude from the existing openings of the base body and are in contact with the inner surfaces of the wall bracket.

In an embodiment of the invention may be integrally formed on the pin, a bearing pin on which the locking element with a corresponding bearing surface, such as a semicircular trough, rests. This measure ensures that the blocking element is mounted centrally in the base body and can not protrude on one side or the other from the opening on one side. The acting forces are thus transmitted evenly to the two parallel inner sides of the wall bracket and in addition, a bending of the molded locking element made of spring steel is prevented by the pin.

Preferably, the arc of the locking element is in the insertion direction within the body and the end faces come to rest on the inner walls of the wall bracket through the existing openings of the body. Only by squeezing the leg ends the system of locking element is lifted on the inner walls and the retaining bracket can be pulled up from the wall bracket to release the radiator. For better guidance and increased lubricity of the cuboid base body consists of a plastic and is further reinforced by a guide plate. The guide plate in this case preferably has a rectangular opening through which engage two retaining claws of the body for attachment and locking and thus create a compact component that can be preassembled as an accessory or spare part for replacement and are also particularly easy to use by pre-assembly on site can. By the pre-assembly There is no need for the items to be assembled on site and possibly lost or damaged. In this respect, the base body with locking element and the guide plate is pre-mounted in the wall bracket from above inserted and can optionally be adapted in different variants of the radiator size. To keep the retaining bracket captive in the angle section is provided that the body is equipped with a nose which integrally formed protrudes from a side surface and engages after installation in a slot of the angle profile, the nose in the direction of movement to the angle profile out a chamfer to Impressions.

The retaining bracket thus consists of a continuously adjustable in the wall bracket base body and the radiator cross clamp, the clamp against the base body slidably, for example, by a screw bolt is attached. This makes it possible to make a vertical alignment of the radiator after partial installation and to ensure sufficient attachment by simultaneous depression of the continuously adjustable support bracket.

To accommodate the radiator, which may have different thicknesses and plate thicknesses, the lower end of the fixed receiving element of the wall bracket has a plurality of adapted to the radiator recesses, preferably with sawtooth recesses, which largely correspond to the rib shape or fold or beading of common radiator types, optionally the recording console can be made interchangeable by a plug-in device.

In order to prevent inadvertent compression of the elastic legs, if necessary a locking element can be inserted or clamped between the elastically shaped legs, so that only after release of the locking element the retaining bracket can be pulled upwards by squeezing the two legs. Preferably, the locking element provided for locking is integrally formed on an angled end of a leg to form a recess and with the opposite angled end of the second leg lockable latching. For this purpose, the blocking element at its free end to a recess which is formed corresponding to a clamping lug of the opposite angled end of the second leg and in the locked state forms a groove which is provided by means of a suitable tool for opening the lock. If the locking element is locked latching behind the clamping nose, there is no way to compress the two legs, so that the retaining bracket is anchored in the angle section. After releasing the lock with the aid of the tool, however, the two leg ends can be compressed and the retaining bracket can be pulled upwards out of the angle profile. Thus, an inadvertent release of the retaining bracket is avoided and also ensures easy assembly and disassembly. Alternatively it can be used on the guide plate placed and fixed by means of a bolt locking element.

The invention will be explained in more detail with reference to FIGS.

Fig. 1

eine perspektivische Ansicht einer erfindungsgemäßen Haltevorrichtung im zusammengebauten Zustand in einer Vorder- und Rückansicht,

Fig. 2

die Einzelteile der erfindungsgemäßen Haltekonsole in einer Einzeldarstellung in jeweils einer perspektivischen Ansicht,

Fig. 3

eine perspektivische Ansicht einer Haltekonsole gemäß Figur 2 im zusammengebauten Zustand,

Fig. 4

in zwei perspektivischen Ansichten die Haltekonsole nach Einbau in das Winkelprofil mit Werkzeug zum Lösen eines Verriegelungselements.

Fig. 5

eine perspektivische Ansicht einer weiteren erfindungsgemäßen Haltevorrichtung im zusammengebauten Zustand in einer Vorder- und Rückansicht,

Fig. 6

die Einzelteile der erfindungsgemäßen Haltekonsole in einer Einzeldarstellung in jeweils einer perspektivischen Ansicht und

Fig. 7

eine perspektivische Ansicht einer Haltekonsole gemäß Figur 6 im zusammengebauten Zustand.

It shows

Fig. 1

a perspective view of a holding device according to the invention in the assembled state in a front and rear view,

Fig. 2

the individual parts of the holding console according to the invention in a single representation in each case a perspective view,

Fig. 3

2 is a perspective view of a holding console according to FIG. 2 in the assembled state,

Fig. 4

in two perspective views of the retaining bracket after installation in the angle profile with tool for releasing a locking element.

Fig. 5

a perspective view of another holding device according to the invention in the assembled state in a front and rear view,

Fig. 6

the items of the retaining bracket according to the invention in a single representation in each case a perspective view and

Fig. 7

a perspective view of a retaining bracket according to Figure 6 in the assembled state.

Figure 1 shows a perspective side view of a holding device 1 in a front and rear view, consisting of a screwed L-shaped bent angle section 2 as a wall bracket, a receiving element 3 for a radiator, not shown, and a height-adjustable support bracket 4 with a retractable body 5. Das Angle profile 2 has a U-shaped cross-section, wherein the outgoing legs 6, 7 in the upper part in part have a right-angled inwardly directed fold 8. The fold 8 rests with its flat side on the guide plate (18) and serves to guide it within the wall bracket. The angle section 2 is made straight in the upper area, while at the bottom of a bent by about 60 to 90 degrees angle profile end 9 is provided for fixing the receiving element 3. The trained legs 6, 7 extend from the upper end of the angle section 2 into the angle profile end 9 in order to achieve a sufficient stiffening of the wall bracket, wherein the legs 6, 7 decrease in width to the angle profile end 9. On the bent angle profile 9, the receiving element 3 is fixed, which has a plurality of sawtooth-shaped recesses 11 and merges in the front region in a raised projection 12, so that the inserted radiator can not slip off. The radiator, not shown, can be inserted into the existing sawtooth-shaped recesses 11 or recess and thus allows an immovable recording. The receiving element 3 may be designed to be interchangeable in a further embodiment of the invention and corresponding to the radiator shape to be fixed deviating dimensions and recesses.

For attachment of the receiving element 3 is located in the angle section 2 in the region of the lower angle profile end 9 a breakthrough pass through the retaining claws 10 of the receiving element 3 and lock it with the angle section 2. A removal of the receiving element 3 is in this case by compression of the retaining claws 10 at any time possible.

The angle section 2 has a slot 14 and three openings 15, which consist of a longitudinal slot 16 and an enlarged bore 17. The apertures 15 are provided, for example, for fastening the angle section 2 to a wall, wherein not shown fastening bolts engage through the longitudinal slot 16 through existing dowel holes. The opening 15 with longitudinal slot 16 and enlarged bore 17 may also be used to accommodate any other necessary aids for stabilizing the radiator. Above the openings 15 is the slot 14, which is provided for locking attachment of the retaining bracket 4. To lock the retaining bracket 4 in the angle section 2 is an integrally formed on the base 5 and outwardly projecting nose 45 is provided, which is executed partially rounded and beveled, so that the retaining bracket 4 can be inserted from above into the angle section 2 and the nose 45 first is pushed back until it snaps into the slot 14 spring. The complete removal of the retaining bracket 4 can only be done when the nose 45 is pressed inwards. Thus, both parts are captively connected. The delivery of the holding device 1 can hereby be done in 2 parts, for example, the radiator is delivered with matching retaining bracket 4 and the retaining bracket 4 needs to be inserted subsequently only in an existing or separate supplied wall bracket or angle section 2. By delivery in two separate parts, the desired combination can be assembled at the last moment at the factory. As a result, for example, the storage can be reduced and leads to a saving of storage space and costs.

The retaining bracket 4 consists of a continuously insertable body 5, which is guided between the legs 6, 7 of the angle section 2 and is equipped for reinforcement with a guide plate 18. A clamping bracket 19 with an integrally formed, exchangeable hook 20 for gripping around the upper radiator end can be screwed to the guide plate 18. Of the Base 5 is connected via two integrally formed oppositely oriented retaining claws 21, 22 with the guide plate 18, wherein the retaining claws 21, 22 engage through the guide plate 18 through an opening 23 therethrough. Thus, the retaining bracket 4 can be completely pre-assembled without the items can fall apart. For better retention of the main body 5 on the guide plate 18, this lateral leg 46, 47 which engage around the main body 5 in part.

The guide plate 18 also has at the end facing up an angled leg 24 which has a slot 25 for receiving a bolt 31. To guide the clamp 19 of the leg 24 is slightly bent on both sides, so that a corresponding fold 26 of the clamp 19 is guided on this. Below the leg 24, a square nut 27 is used for screwing with the bolt 31. The clamping bracket 19 has a slot 33 for receiving the bolt 31, which is arranged corresponding to the slot 25 and a mutual displacement of clamping bracket 19 and leg 24 allows. The support bracket 4 can be equipped with several different clamps 19, for example, for vertical radiators, clad or unclad radiators.

The retaining bracket 4 is shown in Figure 2 with their individual parts before assembly and in Figure 3 after assembly in a perspective view.

The base body 5 is, as already stated, reinforced by the guide plate 18 and has to receive a locking element 34 has a semi-circular recess 35 with obliquely expiring lateral openings 36, 37. Centrally in the recess 35, a pin 38 is integrally formed, which on one side has a bearing pin 39 on which the arcuate locking element 34 made of spring steel with a trough 40 is applied. The trough 40 is in this case formed in a right-angled leg 41, which simultaneously ensures a lateral guidance of the locking element 34 with respect to the pin 38 within the main body 5. The two front ends 42, 43 of the locking element 34 protrude out of the lateral openings 36, 37 of the base body and lie after installation partially on the upper or lower surface of the openings 36, 37, so that in the case of compression of the two legs 32 a slight bending of the locking elements 34 inwards takes place, whereby at the same time the front ends 42, 43 are lifted from the inner walls of the angle section 2 (Figure 1) or the leg surfaces and allow pulling out of the entire retaining bracket 4 (Figure 3) upwards. To limit the insertion of the main body 5 in the wall bracket, the protruding ends of the legs 32 are formed at right angles and thus lie in the lowest position directly on the upper edge of the angle section 2 (Figure 1). An unintentional compression of the legs 32 is prevented by a locking element 48, which is connected at one end in one piece with the angled end of a leg 32 and the other end with the angled end of the opposite leg 32 is lockable. Thus, the locking member 48 is resiliently mounted and allows a releasable locking with the angled end of the opposite leg 32, a recess 49 is present, which extends into the angled portion of the leg 32, so that the locking member 48 is held on the one hand to the outside under tension and on the other hand compression is possible. At the free end 50 of the locking element 48, a recess 51 is formed, so that the free end 50 can engage in a groove 52 of the opposite angled end of the leg 32. The groove 52 in this case goes into a clamping nose 53, behind which the free end 50 of the locking element 48 is clamped. So that the lock can be released with a suitable tool, a gap 54 (FIG. 4) remains between the locking element 48 and the angled end of the leg 32 after locking, so that engagement of a tool 55, as shown in FIG. 4 for example, is possible , When the locking element 48 is hooked to the clamping nose 53, the two formed pressure surfaces 44, can not be compressed. Only after releasing the lock 48 is it possible to actuate the two pressure surfaces 44, and compress the two legs 32, so that the retaining bracket 4 can be pulled upwards out of the angle section 2 or possibly even removed.

FIG. 3 shows the completely preassembled holding console 4 with main body 5, guide plate 18, locking element 48 and screwed clamping element 19. From the perspective view it is very clear how the blocking element 34 rests in the existing recess 35 of the main body 5 and with its lateral end faces 42 , 43 from the existing ones Openings 36, 37 protrudes. If the retaining bracket 4 is inserted into the upper end of the angle section 2, the end faces 42, 43 of the locking element 34 come to rest on the inner surfaces of the legs 6, 7 and are slightly compressed inwardly. The fact that it is spring steel band, however, a corresponding counterforce is generated, which ensures sufficient friction between the end faces 42, 43 and the legs 6, 7, so that in the case of the attempted pulling out without squeezing the two legs 32 sufficient resistance is that blocks the retaining bracket 4. Only with the compression of the two legs 32, the system of the end faces 42, 43 on the inner surfaces of the legs of the angle section 6, 7 repealed and allows withdrawal of the retaining bracket 4 upwards. This makes it possible to quickly and easily attach the male radiator, taking into account the respective radiator height and remove for disassembly again.

Figure 4 shows the upper end of the holding device 1 with the holding bracket 4, in the right half of the figure with closed locking element 48 with a tool 55 for releasing the lock and in the left half of the figure with open locking element 48. In the closed state of the locking element 48 engages behind free end 50 of the locking element 48, the clamping lug 53 to form a groove 54 into which the tool 55, such as a screwdriver, can be used and is used to release the locking element 48. In the closed state of the locking element 48, the recess 49 is compressed to the extent that sufficient spring preload arises, after releasing the lock, the locking element 48 can move upwards.

From the figure 4 it can be seen that with the aid of the tool, an engagement in the existing groove 54 can take place and against the deformation resistance of the locking element 48 this springs out under prestress upwards and thus solves the existing lock. After the solution of the lock, the two legs 32 can be compressed, so that the retaining bracket 4 is pulled out of the angle section 2 upwards.

In the closed state of the locking element 48, on the other hand, it can be seen that the recess 49 is largely closed due to the elastic plastic and between the locking member 48 and the opposite angled end of the leg 32, a groove 54 is formed, which is for engagement of a tool shown 55, for example, a screwdriver , can be used. With the aid of the tool 55, the locking element can be pushed out against the object of deformation, so that the locking element slides upwards due to the pretension and thus releases the existing lock.

FIG. 5 shows, in a perspective view, another holding device 60 according to the invention in the assembled state in a front and rear view, this largely corresponding to the holding device known from FIG. The retaining bracket 4 is shown in Figure 6 with their individual parts before assembly and in Figure 7 after assembly in a perspective view. From Figure 6, the Verrieglungselement 61 is very clearly visible, while Figure 7 shows the complete preassembled retaining bracket 4 with base 5, guide plate 18, locking element 61 and festgeschraubtem clamping element 19. The holding device 60 consists of an angle section 2 with a receiving element 3 and a holding bracket 4. A difference from the embodiment of Figure 1 is only that a locking element 61 is used to lock the two legs 32. Between the clamping bracket 19 and the guide plate 18 may additionally be placed on the upper leg 24, the locking element 61. The locking member 61 is arcuate and provided with two outgoing legs 62, 63 (Figure 6) which form a right angle to each other, wherein in the upper leg 63 has a through hole 64 through which a bolt 65 into a threaded bore 66th of the guide plate 18 can engage. The leg 62 comes after assembly between the inner sides of the elastically shaped legs 32 of the main body 5 zuliegen and thus prevents compression of the two legs 32. The clamping bracket 19 has for receiving the bolt 65 has a slot 67 which korrospondierend to the through hole 64 and ., The threaded hole 66 is arranged. The retaining bracket 4 can be equipped with several different clamping brackets 19, for example, for vertically clad or unclad radiators.

From the perspective view it can be seen how the locking element 34 rests in the existing recess 35 of the base body 5 and protrudes with its lateral end faces 42, 43 from the existing openings 36, 37. If the retaining bracket 4 is inserted into the upper end of the angle section 2, the end faces 42, 43 of the locking element 34 come to rest on the inner surfaces of the legs 6, 7 and are slightly compressed by them. The fact that it is spring steel strip, however, a corresponding counterforce is generated here which ensures sufficient friction between the end faces 42, 43 and the legs 6, 7, so that in the case of the attempted pulling out without squeezing the two legs 32 sufficient resistance available is that blocks the retaining bracket 4. Only with the compression of the two legs 32, the system of the end faces 42, 43 is lifted on the inner surfaces of the legs 6, 7 and allows pulling out of the retaining bracket 4 upwards. For this purpose, there is a need to previously solve the device element 61, so that the legs 32 can be compressed.

LIST OF REFERENCE NUMBERS

1

holder

2

angle section

3

receiving element

4

retaining bracket

5

body

6

Leg of the angle profile

7

Leg of the angle profile

8th

fold

9

Angled profile end

10

Retaining claw

11

recess

12

approach

13

Long hole

14

Long hole

15

breakthrough

16

longitudinal slot

17

drilling

18

guide plate

19

clamp

20

Chop

21

retaining claws

22

retaining claws

23

breakthrough

24

Leg (guide plate)

25

Long hole

26

fold

27

Vierkantmutter

30

Through Hole

31

bolts

32

Thighs (body)

33

Slot (clamp)

34

blocking element

35

recess

36

opening

37

opening

38

spigot

39

bearing bolt

40

trough

41

leg

42

front end

43

front end

44

print area

45

nose

46

Leg (guide plate)

47

Leg (guide plate)

48

blocking element

49

recess

50

Free end

51

return

52

groove

53

clamping nose

54

gap

55

Tool

60

holder

61

locking element

62

Leg (locking element)

63

Leg (locking element)

64

Through Hole

65

bolts

66

threaded hole

67

Long hole

Claims (17)

1. Mounting device (1, 60), in particular for panel radiators, consisting of a fixed wall bracket (2) and a mounting bracket (4) that is movable in relation to the wall bracket, the wall bracket having at least one receiving element (3) fixed underneath for the radiator and the height adjustable mounting bracket (40) being accommodated in the opposite end of the wall bracket, and the mounting bracket (4) comprising a clamping element that is continuously adjustable at any given height, which element consists of a base part (5) that can be inserted into the wall bracket with at least one integrally formed resilient leg (32) and has a locking element (34) mounted in the at least one leg (32), the base part (5) being of cuboid construction and accommodating the locking element, which protrudes from two lateral apertures (36, 37) in the base part (5), characterised in that the base part (5) has a recess (35) for accommodating the locking element (34), a pin (38) being formed within the recess (35), on which pin the locking element (34) rests with a side surface and/or bearing surface so as to provide support.
2. Mounting device according to claim 1, characterised in that there are formed integrally with the base part (5) two resilient legs (32) in which the locking element (34) is guided.
3. Mounting device according to claim 2, characterised in that the leg ends of the two legs (32) of the base part (5) project upwards from the wall bracket and in each case comprise a pressure surface (44) formed in one piece and projecting beyond the width of the leg or are configured at an angle at the ends and comprise a pressure surface (44) formed in one piece.
4. Mounting device according to claim 1, claim 2 or claim 3, characterised in that the locking element (34) consists of an arc-shaped spring steel, the end faces (42, 43) of which project from the apertures (36, 37) in the base part (5).
5. Mounting device, according to one or more of claims 1 to 4, characterised in that a mounting bolt is formed integrally with the pin (38), on which bolt the locking element (34) rests with a corresponding bearing surface.
6. Mounting device according to claim 5, characterised in that the bearing surface of the locking element (34) consists of a semi-circular trough (40) which rests on the mounting bolt (39).
7. Mounting device according to claims 4 and 5, characterised in that the arc of the locking element (34) is located in the insertion direction within the base part (5) and the end faces (42, 43) pass through the apertures (36, 37) provided in the base part (5) so as to abut the inner walls of the wall bracket, wherein the abutment of the locking element (34) can be cancelled by compressing the legs (32).
8. Mounting device according to one or more of claims 1 to 7, characterised in that the base part (5) made from plastics material is strengthened by a guiding sheet (18), the guiding sheet (18) having an incision (23), preferably rectangular in shape, through which two fixing claws (21, 22) of the base part (5) engage for securing and locking.
9. Mounting device according to one or more of claims 1 to 8, characterised in that the base part (5) is provided with a projection (45), which is formed in one piece, protrudes from a side surface and following assembly engages with a slot (14) in the angle profile (2), the projection (45) comprising a chamfer for insertion in the direction of movement towards the angle profile (2).
10. Mounting device according to one or more of claims 1 to 9, characterised in that the base part (5), which is pre-assembled with the locking element (34) and guiding sheet (18), is constructed so that it can be inserted into the wall bracket from above.
11. Mounting device according to one or more of claims 1 to 10, characterised in that the mounting bracket (4) consists of a base part (5) which is continuously guided in the wall bracket (2) and a clamp (19) overlapping the radiator, the clamp (19) being fastened such that it may be moved in relation to the base part (5), for example by a stud.
12. Mounting device according to one or more of claims 1 to 11, characterised in that the fixed receiving element (3) comprises a plurality of recesses adapted to the radiator, preferably with serrated indentations.
13. Mounting device according to one or more of claims 1 to 12, characterised in that the fixed receiving element (3) of the wall bracket (2) is constructed such that it may be replaced using a connecting device.
14. Mounting device according to one or more of claims 1 to 13, characterised in that the resilient legs (32) are mutually lockable using a locking element (48, 61).
15. Mounting device according to one or more of claims 1 to 15, characterised in that the locking element (48) is formed in one piece with the angled end of a leg (32) so as to form a recess (49) and can engage with the opposite angled end of the second leg (32).
16. Mounting device according to one or more of claims 1 to 16, characterised in that the locking element (48) comprises on its free end (50) a retreat (51) which is formed to correspond to a groove (52) with a clamp projection (53) of the opposite angled end of the leg (32).
17. Mounting device according to any one of claims 1 to 17, characterised in that the two resilient legs (32) are lockable using a locking element (61) placed onto the guiding sheet (18) and fixed by a stud (31, 65).

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