The boiler comprises a tubular boiler chamber (28) extending from said boiler inlet to said boiler outlet and a heating device (26) arranged for heating the wall of the boiling chamber.

A second quantity of fuel is subsequently fed to the combustion chamber whereby obtaining a homogeneous fuel/air mixture inside the combustion chamber.

In the direction of the end of the insulator that is remote from the combustion chamber a contact pin is located behind the noble metal center electrode in the cylindrical opening.

In a heating chamber, continuous filaments are treated with saturated steam.

The invention relates to an internal combustion engine for a motor vehicle (A) in which a mixture of combustion air and fuel is burnt in at least one combustion chamber (2).

Thereafter, the heating chamber (24) is raised, the carrier (22) indexed and the process repeated.

A heating chamber is positioned to receive items dispensed from the hopper.

The installation comprises a heating chamber (10) for thermal waste (A) processing.

The volatile dispenser has a closed heating chamber having ceiling and exit vents.

A partition wall is disposed within the central compartment so as to separate the central compartment into at least a heating chamber and a vapor chamber.

The heating chamber (9) is also connected to a socket (10) of a suction device.

A buffer chamber (6) communicating with the delivery opening (31) and with the ejection opening (26) is provided between the evaporation chamber (5) and the heating chamber (11).

A discharge chute (23) discharges the repair material from the heat chamber (15).

A heating cook is performed under a first heating condition, in which overheated steam produced by a steam heater (4) is fed to a heating chamber (2) thereby to heat an object (7).

The invention advantageously ensures that water can enter the heating chamber free of impurities or at least with a significantly reduced content of impurities, as a result of which residues in the heating chamber are avoided.