Vehicle antenna
The invention relates to a vehicle antenna with a bottom part, comprising a metallic base area, a top latched with the bottom part, and a printed circuit board held between the bottom part and the top and carrying at least one transmission or receiver element, wherein the top has at least one latching hook for latching into a mounting opening of a body part.
1. A vehicle antenna comprising:
a bottom part comprising a metallic base area;
a top latched with the bottom part, and
a printed circuit board held between the bottom part and the top and carrying at least one transmission or receiver element, wherein the top has at least one latching hook for latching into a mounting opening of a body part and wherein the top has at least one spring element which, in a mounted condition, laterally pushes against the edge of the mounting opening of the body part.
2. The vehicle antenna according to claim 1 , wherein the bottom part laterally extends beyond the top.
3. The vehicle antenna according to claim 1 , wherein the bottom part has clearances on its edge.
4. The vehicle antenna according to claim 3 , wherein the top engages in clearances on the edge of the bottom part and is latched with the bottom part.
5. The vehicle antenna according to claim 1 , wherein the top has at least one latching opening into which engages a latching hook of the bottom part.
6. The vehicle antenna according to claim 1 , wherein the top has a stop for abutting the edge of the mounting opening.
7. The vehicle antenna according to claim 6 , wherein the stop effects a minimum space between the body part having the mounting opening and an area of the bottom part extending laterally beyond the top.
8. The vehicle antenna according to claim 1 , wherein the spring elements are part of a wall of the top ( 10 ) and limited by slittings in the top on opposite sides.
9. The vehicle antenna according to claim 1 , wherein the top has a slot by means of which a transmission or receiver element is clamped which is carried by the printed circuit board.
10. The vehicle antenna according to claim 1 , wherein the printed circuit board is clamped between the bottom part and the top.
11. The vehicle antenna according to claim 1 , wherein the top has a clamping strap which is pushed, for mounting, under the edge of the mounting opening and is put under bending stress in a subsequent swivel movement of the vehicle antenna which results in a latching of the at least one latching hook.
12. The vehicle antenna according to claim 1 , wherein the bottom part has at least one opening in which a plug-in connector sits which is fastened on the printed circuit board.
13. The vehicle antenna according to claim 1 , wherein a plug-in connector has a latching hook for latching with a housing of a matching counterpart, wherein the latching hook sits in or behind the opening so that a counterpart must penetrate into the opening for coupling to the plug-in connector.
14. The vehicle antenna according to claim 1 , wherein the top has latching hooks which engage in openings of the bottom part.
15. A vehicle antenna comprising:
a bottom part;
a top latched with the bottom part;
a printed circuit board held between the bottom part and the top and carrying at least one transmission or receiver element;
at least one latching hook attached to the top and configured to latch into a mounting opening of a body part; and
at least one stop attached to the top and configured to abut the edge of the mounting opening.
16. The vehicle antenna of claim 15 , wherein the bottom part comprises a metallic base area.
17. The vehicle antenna of claim 16 , where the at least one stop effects a minimum space between the body part and an area of the metallic base area where the metallic base area forms a capacitive coupling with the body part.
18. The vehicle antenna of claim 17 , including at least one insulative strip disposed between the area of the metallic base area and the body part.
19. A vehicle antenna comprising:
a bottom part;
a top latched with the bottom part;
a printed circuit board held between the bottom part and the top and carrying at least one transmission or receiver element;
at least one latching hook attached to the top and configured to latch into a mounting opening of a body part; and
a clamping strap attached to the top which is pushed, for mounting, under the edge of the mounting opening and is put under bending stress in a subsequent swivel movement of the vehicle antenna which results in a latching of the at least one latching hook.