The axes of the inlet connecting pipe and the outlet connecting pipe are situated at an angle α = 90° - 130°.

There is a water inlet and a water outlet on the water tank.

There is a forward outlet section (44) having an outlet housing (128) with a quick disconnect (144) to the forward end of the hose (42) in the telescoping tube section (12).

A particulate filter (F) is accommodated in the housing (G) between the inlet connection piece (ES) and the outlet connection piece (AS).

The direction of blood flow through the chamber is generally radial and the oxygenator includes an inlet manifold and an outlet manifold (39).

A fluid reservoir is operably connected to the input line, and an output line is operably connected to the fluid reservoir.

Each container is associated with an outlet opening or nozzle (5, 6).

The cooling jacket (6) is part of a cooling chamber (3) that comprises a coolant inlet (4) and a coolant outlet (5).

The control fitting (10) comprises a housing (14) having an inlet port (16), an outlet port (18), and a through-port (20) in which a control member (22) is disposed.

An air supply line (64) is connected to the coupling (26) and an outlet line (30) from the coupling supplies air to a tire on the wheel.

The invention relates to an oil reservoir comprising an oil inlet pipe and at least one oil outlet pipe for connection to a hydraulic system.

One delivery end of a delivery tube (5) lies at a distance of between 3 and 10 cm from a surface (20') of the hydrophobic liquid (20).

The radiator is provided with an input socket located in the body top part and an output socket arranged in the lower part thereof.

A pump is configured to facilitate a flow of fluid from the input line to the fluid reservoir and from the fluid reservoir to the output line.

The connection between the cap and the outlet is configured as a thin section (13) which is embodied as a thin-walled, narrow web arranged in the area of the front face (12) of the outlet nozzle (6).