The connector housing (1) has a pressure hood (10) between the connection end face (2) and the mounting end face (3).

An engagement portion is formed on the end face of the bobbin on the housing side and an engagement portion is formed on the end face of the housing on the bobbin side.

Th end face (7a) of an optical fiber (7) and the end face (8a) of an optical fiber (8) are disposed in a V-groove (23) in a base (21) opposite to each other and a specified distance apart.

The exhaust component typically has a plurality of elongate channels through which exhaust gases flow, the channels extending between a first end face and a second end face of the exhaust component.

The IO chip has a block of similar IO material mounted to a surface of the chip such that a planar end face of the chip is aligned with a planar end face of the block.

The coated fiber end face is brought in contact with the solder coated end face of the block/chip such that the core and waveguide are in approximate axial alignment.

A right-angled electrical connector housing (1) having a plurality of contacts (11) has a connection end face (2) and a mounting end face (3) arranged at right angles thereto.

Annular channels (22) are arranged between the first element (14), as seen along the flux path, and the butt-end (19) of the vortical tube (3) and between the butt-end of the elements themselves.

An injection hole plate (11) having injection holes (12) is attached to the downstream end face (10b) of a valve seat (10), and the downstream end face (10b) is provided with a cavity (15).

An extreme face (2) incorportates a varnish strip (4) and the corresponding face of the other end (3) presents a strip of self-adhesive material.

The latter is rotatably mounted in the traverse (26) and interacts, by its end face, with the end face of a first stop (22).

The stainless steel sleeve is inserted into the end part of the aluminum pipe so that the end face of the stainless steel sleeve matches the end face of the aluminum pipe.

A backing can be applied to the bonded end face, and the backing can be printed (10).

Double action screw-press in which the mechanism (23) for braking the external slider (9) when it approaches the lowermost position is mounted on the butt-end surface of said slider.

Specifically, the interface may comprise a step-like structure in a cylinder liner end face as well as a step-like counter-structure in the corresponding face of the cylinder head (10).