TH6433C3 - Gas cylinder - Google Patents

Abstract

The DC60 (25/08/53) gas cylinder (1) consists of a cylinder body (2) that defines the gas storage gap (3) inside, which can then be closed through the valve cover (4) as well as the throat. A threaded pipe (10) is formed in the cylinder body (2) so that those flap valves (4) can be welded to the gas storage gap (3) neck (10). ) Will consist of internal parts (11) that are threaded internally and protruding inward. Inside to the gas storage gap (3) In the cylinder body section (2), the gas cylinder (1) consists of the cylinder body (2) that defines the gas storage gap (3) inside, which can be closed through. The cover valve (4), as well as the threaded pipe neck section (10), is formed on the cylinder body section (2) so that those cover valves (4) can be welded to The gas storage gap (3), the throat (10), consists of an internal thread (11) that is threaded inside and protruding in. Inside to gas storage gap (3) in the cylinder body section (2)

Claims (9)

1. A gas cylinder (1) that consists of a cylinder body (2) that defines a gas storage gap (3) inside, which can pass through the valve cover (4) where the cylinder body (2) will consist of. : Pipe wall (5) separating the gas storage gap (3) Partition wall (6) connected to the pipe wall (5) lower end. And the gas storage compartment separator (3) on the cylinder (1) at the bottom (7) the upper wall (8) that is connected to the tubular wall (5) at the top end. And the gas storage compartment separator (3) on the cylinder (1) at the top (9) opposite the bottom (7) where the cylinder (1) also consists of a molded pipe neck. A thread (10) that is formed at the body of the cylinder (2) so that it can Acquire such a flap valve (4) by connecting it to the gas storage gap (3), characterized by that the neck (10) consists of an internal threaded (11) internal and protruding part. Also the internal part of the gas storage gap (3) in the body of the cylinder (2) 2. Gas cylinder (1) according to claim 1, where the neck (10) of the internal part (11) is formed. Combined into the same unit as the cylinder body section (2). 3.Gas cylinder (1) according to claim 1 or 2, where the neck (10) of the internal part (11) is manufactured separately from the cylinder body (2) and is subsequently connected to it. 4.Gas cylinder (1) according to claim 3, where the neck (10) of the internal part (11) is welded or screwed into the cylinder body section (2). 5. Gas cylinders (1) according to any of the claims 1 to 4, where the cylinder body (2) consists of an external surface (13) and an external surface (13) there is a ring-shaped area. The relatively flat one (14) formed around and closely attached to the neck (10) through the hole (15) and the second convex area (16) formed around the annular region. First (14) and integrate the same axis together, that in which the first flat annular region (14) provides a flap valve (4) that supports the plane. 6.The gas cylinder (1), according to any of the claims 1 to 5, where the neck (10) of the free end (21) extending inward to the cylinder (1) is rounded. And smoothed 7. Gas cylinders (1) according to claim 1, where the neck (10) is formed at the cylinder body (2) by heat forming. 8.The gas cylinder (1) according to claim 1, where the said throat section (10) is connected to the section Cylinder body (2) by welding 9. The gas cylinder (1) according to claim 1, where the said throat (10) is connected to the section Cylinder body (2) by screwing 1 0. Gas cylinders (1) according to any of the above claims 1 to 9, where the internal parts were made The internal thread (11) forms a conical screw-cut surface (19).