Resilient connecting block, connecting pin therefor, and a connection between two components via the resilient connecting block

An elastic connecting block with which, through a receiving of a connecting pin, at least two components are connectable with each other via one component opening each, and which includes the following features:

• a. a central abutment block being formed as one piece, which includes a first and a second abutment surface being arranged opposite each other and running parallel with respect to each other, in which
• b. the first abutment surface comprises a tube-shaped locking flange which extends perpendicularly with regard to the first abutment surface, includes a first central passage channel and includes a circumferential locking recess in combination with a locking web at a radial outside, and
• c. the second abutment surface includes a tube-shaped widening flange without an outer locking structure which extends perpendicularly to the second abutment surface and includes a second central passage channel which tapers in the direction facing away from the second abutment surface, and
• d. a central fastening channel completely passes through the abutment block, ends in the first and the second central passage channel and includes a radially widened damping space between the first and the second abutment surface, wherein the damping space opens radially beyond an inner diameter of the first and the second passage channel so that the damping space is spaced away from the first and the second abutment surface and is not integrated in the fastening channel but extends beyond the fastening channel in the radial direction with respect to a longitudinal axis of the fastening channel.