WATER COLLECTING TRAY ARRANGEMENT

Abstract

A water collecting arrangement (2) for a motor vehicle has a water tray (10) with a water tray base (14) and an encircling water tray wall (16) extending up from the water tray base (14). At least one water outlet (12) is arranged on the water tray base (14). The at least one water outlet (12) has a dam collar (20; 20; 20) raised from the water tray base (14) and radially surrounding a water outlet opening (26).

Claims

1. A water collecting arrangement for a motor vehicle, comprising a water tray having a base and an encircling water wall extending up from the base, and at least one water outlet arranged on the water tray base, the at least one water outlet having a dam collar raised from the base and radially surrounding a water outlet opening.

2. The water collecting arrangement of claim 1, wherein the outer surface of the dam collar encloses an angle with the vertical, the bottom of the dam collar is arranged on the base and has a larger diameter than a top of the dam collar.

3. The water collecting arrangement of claim 2, wherein the dam collar is formed by a component separate from the water tray.

4. The water collecting arrangement of claim 3, further comprising an encircling seal arranged between the separate component and the base.

5. The water collecting arrangement of claim 2, wherein the dam collar and the base are unitary with one another.

6. The water collecting arrangement of claim 1, wherein base has a depression with an inner wall and the dam collar is defined by the inner wall of the depression formed in the base.

7. The water collecting arrangement of claim 1, further comprising a drain hose into which the water outlet opens.

8. The water collecting arrangement of claim 7, characterized in that the dam collar is formed by a drain hose.

Description

DESCRIPTION OF THE DRAWINGS

[0017] FIG. 1 is a section through a water collecting tray arrangement having a first embodiment of a collar

[0018] FIG. 2 is a section through a detail of a water collecting tray arrangement having a second embodiment of a collar.

[0019] FIG. 3 is a section through a detail of the water collecting tray arrangement having a third embodiment of a collar.

[0020] FIG. 4 is a section through a detail of the water collecting tray arrangement having a fourth embodiment of a collar.

[0021] FIG. 5 shows a section through the water collecting tray arrangement having a fifth embodiment of a collar.

DETAILED DESCRIPTION

[0022] FIG. 1 shows a section through a water collecting tray arrangement 2 having a water collecting tray 10 that is composed of a water tray base 14 and a water collecting tray side wall 16. The water tray base 14 has a water outlet 12 through which the water can drain out of the water collecting tray 10. This embodiment of the water collecting tray 10 is identical for all embodiments in FIGS. 1 to 4.

[0023] The water outlet 12 has a water outlet opening 26 and a dam collar 20 surrounding the water outlet opening 26 and raised from the water tray base 14. The configuration of the dam collar 20 depends on the geometry of the water collecting tray 10, the inflowing quantity of water and the water inflow rate to be expected. In this case, the position of the dam collar 20 in the water collecting tray 10, the height h1 of the dam collar 20 above the water tray base 14 and an angle a can be varied. The angle a is enclosed between an outer surface 21 of the dam collar 20 and a vertical. The outer surface 21 extends between a top 23 and bottom 25 and a top 23 of the dam collar 20. In the present case, the angle a is 25.

[0024] The dam collar 20 illustrated in FIG. 1 is formed by a separate component 30 that has a frustoconical portion 32 and a cylindrical portion 34. The frustoconical portion 32 forms the dam collar 20 and has a bottom surface 36 that rest on the water tray base 14. The bottom surface 36 has an encircling annular groove 39, and an annular seal 38 is arranged in the groove 39. The seal element 38 seals off a gap formed between the separate component 30 and the water tray base 14. As an alternative, the annular groove and the seal element can be formed or arranged on the water tray base 14.

[0025] The cylindrical portion 34 adjoins the bottom surface 36 of the frustoconical portion 32 and projects through the water tray base 14 and down out of the water tray base 14. The free end of the cylindrical portion 34 opens into a drain hose 22 that is secured on the outer surface of the cylindrical portion 34.

[0026] The water collecting tray arrangement 2 could be arranged in the rear area of a motor vehicle. Thus, water flowing down from the vehicle roof flows into the water collecting tray arrangement 2 and is carried out of the vehicle body from there in a defined manner. During this process, the water flowing into the water collecting tray 10 carries dirt particles 24 into the water collecting tray 10. The water is built up in the water collecting tray 10 by the dam collar 20. Thus, the water is calmed and the dirt particles 24 settle out as sediment on the water tray base 14. Accordingly, the dirt particles do not block the water outlet 12 or the drain hose 22. The dirt particles 24 that settle on the water tray base 14 can be removed from the water collecting tray 10 during servicing of the water collecting tray arrangement 2. The water is built up until the water level h2 reaches the height h1 of the dam collar 20 and the water free of dirt particles can drain away through the water outlet opening 26.

[0027] FIG. 2 shows a detail of a water collecting tray arrangement 2 having a second embodiment of the dam collar 20. The dam collar 20 is of one-piece design with the water tray base 14 and is of frustoconical design. The water tray base 14 has a cylindrical portion 42 at the vertically opposite end from the dam collar 20 and the drain hose 22 is connected to the water outlet 12 at the cylindrical portion 42.

[0028] FIGS. 3 and 4 show a detail of a water collecting tray arrangement 2 having a third and fourth embodiment of the dam collar 20. In this case, the drain hose 22 forms the dam collar 20. More particularly, the drain hose 22 projects up beyond the water tray base 14 and thereby forms the dam collar 20. In the third embodiment, the water tray base 14 has an encircling annular groove 60, in which an annular seal element 62 is seated and seals off the gap between the water tray base 14 and the outer circumferential surface of the drain hose 22. In the fourth embodiment, the drain hose 22 has an integrally formed sealing lip 64 that extends radially out from the lateral surface of the dam collar 20 and rests by means of an outer circumferential rim on the water tray base 14. In this way, the gap between the water tray base 14 and the drain hose 22 is sealed off.

[0029] FIG. 5 shows a water collecting tray arrangement 2 with a fifth embodiment of the dam collar 20. The water tray base 14 has a depression 50 with an inner wall 52 and a depression base 54. The depression 50 can be ring-like and can extend over 360 or be of only segmental design. The dam collar 20 is formed by the inner wall 52 so that the dirt particles 24 settle on the base depression as sediment. As in the embodiment shown in FIG. 2, the water tray base 14 has the cylindrical portion 42, on which the drain hose 22 is secured.

[0030] Design embodiments other than the embodiments described that fall within the scope of protection of the main claim also are possible. For example, the shape of the collar 20, the shape of the water collecting tray 10 or the seal elements 38, 62 can be embodied in a different way.