Abstract: A pressure container has inner and outer containers (10; 20) having, respectively, first and second chambers (11; 21) for receiving, respectively, first and second media (21, 22) and sealed with respect to each other, a cover (25) for closing both the inner container (10) and the outer container (20), a valve (40) provided in the cover (25) for delivering one of the first and second media from a respective one of the first and second chambers, and a protective jacket (30) for enclosing the outer container (20) and having a bottom (36) building toward a bottom (26) of the outer container (20) provided at an end of the outer container (20) remote from the valve (40), with the protective jacket (30) further having, at its end remote from its bottom, a crimp rim (34) engageable with a crimp (34) of the cover (25) for supporting the cover (25).

Abstract: A pressure container with an outer container (20) and a constantly deformable or compressible inner container is arranged within the outer container (20), whose container wall is constructed of a metallic foil. A fill material chamber (11) for fill material (12) is arranged in the inner container (10) and in the outer container (20), a propellant chamber (21) is formed for propellant (22, 23), which are separated from one another in a fluid- and/or gas-tight manner. The pressure container is furthermore provided with a cover part (25) for sealing the containers (10, 20), on which a valve part (30) is arranged for dispensing fill material (12) from the fill material chamber (11) to the outside. For improving the pressure container it is proposed that a compensation body (41) be provided in the inner container (10) for the purpose of compensating volume variations in the fill material chamber (11).

Abstract: A pressure container with an outer container (20) and a constantly deformable or compressible inner container is arranged within the outer container (20), whose container wall is constructed of a metallic foil. A fill material chamber (11) for fill material (12) is arranged in the inner container (10) and in the outer container (20), a propellant chamber (21) is formed for propellant (22, 23), which are separated from one another in a fluid- and/or gas-tight manner. The pressure container is furthermore provided with a cover part (25) for sealing the containers (10, 20), on which a valve part (30) is arranged for dispensing fill material (12) from the fill material chamber (11) to the outside. For improving the pressure container it is proposed that a compensation body (41) be provided in the inner container (10) for the purpose of compensating volume variations in the fill material chamber (11).