delivery line 17 into the fuel delivery groove 12 passes through the fuel delivery openings 13 into the interior of the fuel injection valve 1 and is either ejected into the air intake tube or for the purpose of absorbing heat flows through the fuel injection valve and emerges via the fuel evacuation openings 15 into the fuel evacuation groove 14 which communicates with a fuel evacuation line 18 embodied in the holder body 5 the fuel injection valve is guided in the radial direction in the guide opening 4 of the holder body 5 by means of elastic support bodies 19 20 21 of a fuel filter 23 which extends in the axial direction overlapping the fuel delivery groove 12 and the fuel evacuation groove 14 the support bodies 19 20 21 are fabricated of some elastic material such as rubber or plastic the middle support body 20 in particular is embodied annularly in such a way that being provided by way of example with sealing protrusions 24 it is supported on the circumference of the fuel injection valve 1 between the fuel delivery groove 12 and the fuel evacuation groove 14 on the one hand and on the guide opening 4 on the other such that it seals off the fuel delivery groove 12 and the fuel delivery line 17 from the fuel evacuation groove 14 and the fuel evacuation line 18 the fuel which flows through the fuel delivery.