TH10411Y - Pressure vessel - Google Patents

Abstract

DC60 (27/09/56) The pressure-regulating vessel shall include an inner lining (2), a pipe fitting (3), and a sealing unit (5). The inner lining (2) is placed in the outer shell (1) and defines the boundaries of the inner space (201). The pipe fitting (3) is placed on the outside of the inner space (201) and is welded to the outer shell (1). The sealing unit (5) shall have inner and outer sealing rings (50,52) and a clamping assembly (51) which extends into the pipe fitting (3) and the inner space (201) and has inner and outer end flanges (511,512). The inner and outer end flanges (511,512) are placed inside and outside the inner space (201), respectively. The inner and outer end flanges (511,512) together provide a clamping force to compress. The inner and outer sealing rings (50,52) are pressed into the inner lining material (2) and the pipe connector (3), respectively.

Claims (6)

Updated 3/03/2015 1. A pressure-regulating chamber comprising an outer shell, an inner lining, a pipe fitting, a sealing unit, and a flexible diaphragm, where the outer shell (1) defines the boundaries of the supported space (11) within it, and which has a top wall (132) and an enclosing wall (12) that extends downward from the said top wall (132) and which is made to have a lateral pass-through (121); the pipe fitting (3) is positioned on the outside of the said inner space (201), connected to the outside of the said outer shell (1), and defines the boundaries of the fluid passage (30) that extends along the (X) axis; and the flexible diaphragm (6) is positioned in the said supported space (11) to divide the said supported space (11) into two separate spaces. and is made to have special characteristics by: the inner lining material (2) which is placed in the said supporting space (11) and which has an inner surface (20) which defines the boundaries of the inner space (201); the top wall (22) which is attached to the said top wall (132) of the said outer shell (1); and the surrounding wall (21) which extends down from the said top wall (22) of the said inner lining material (2) which is attached to the said surrounding wall (12) of the said outer shell (1) and which is made to have through holes in the lining material (211) which are aligned with the said side through holes (121) along the (x) axis; and the sealing unit (5) which has a clamping assembly (51) and a sealing ring. The flexible inner and outer (50, 52) tubing assembly (51) has a body (510) and inner and outer end flanges (511, 512) where the body (510) extends along the (X) axis through the aforementioned side hole (121) and the aforementioned lining hole (211) and into the aforementioned inner space (201) and the aforementioned fluid passage (30), where the inner and outer end flanges (511, 512) extend outward and respectively from the two opposite ends of the body (510), where the aforementioned inner end flange (511) and the aforementioned inner sealing ring (50) are positioned in The inner space (201) and the outer end flange (512) and the outer sealing ring (52) are positioned on the outside of the inner space (201), in which the inner and outer end flanges (511, 512) together provide clamping forces to compress the inner and outer sealing rings (50, 52) against the inner lining (2) and the pipe connector (3), respectively. 2. A pressure-regulating vessel as specified in claim 1, which is made to have a special design such that the pipe fitting (3) is placed on the outside of the supported space (11) and has an end face (321) placed in the side passage (121) and which is against the perimeter of the lining passage (211), an inner sealing ring (50) which is against the perimeter of the lining passage (211). 3. A pressure-regulating vessel as specified in claim 2, which is made to have the following characteristics: the pipe fitting (3) is made to have an inner shoulder (324), the outer end flange (512) which is placed in the fluid passage (30), the outer sealing ring (52) which is clamped between and against the outer end flange (512) and the inner shoulder (324). 4. A pressure-regulating vessel as specified in claim 3, which is made to have a special characteristic such that the fluid passage (30) shall have a reduced diameter section (322) which extends between the inner shoulder (324) and the end face (321) of the pipe fitting (3) and which has an inner diameter, the lining (211) which has an inner diameter such equal to the inner diameter of the reduced diameter section (322) of the fluid passage (30). 5. The pressure-regulating vessel as described in claim 4 is made to have a special characteristic in which the sealing unit (5) is also made to have a fastening plate (55) which is made to have a central opening (550) which is against the inner surface (20) of the inner lining (2) and which, in conjunction with the perimeter of the inner lining (211), defines the boundaries of the annular fastening space (551) between which, the inner sealing ring (50) is fastened in the fastening space (551), the tube (510) passes through the central opening (550), and the inner end flange (511) is against the fastening plate (55). 6. The pressure-regulating vessel as described in Requisition 1 is made up of the following characteristics: the clamping assembly (51) is made up of the following cylindrical metal material (8), the body (510) and the inner and outer end flanges (511, 512) are made up by deformation of the following cylindrical metal material (8) so that the inner and outer end flanges (511, 512) are bent sequentially and extend radially from the opposite ends of the body (510). 1. A pressure-regulating chamber comprising an outer shell, an inner lining, a pipe fitting, a sealing unit, and a flexible diaphragm, where the outer shell (1) defines the boundaries of the supported space (11) within it, and which has an upper wall (132) and an enclosing wall (12) that extends downward from the said upper wall (132) and which is made to pass laterally (121); the pipe fitting (3) is positioned on the outside of the said inner space (201), which is connected to the outside of the said outer shell (1), and defines the boundaries of the fluid passage (30) that extends along the (X) axis; the flexible diaphragm (6) is positioned in the said supported space (11) to divide the said supported space (11) into two separate spaces; and is made to have special characteristics by: the inner lining material (2) which is placed in the said supporting space (1 1) and which has an inner surface (20) which defines the boundaries of the inner space (201); the top wall (22) which is attached to the said top wall (132) of the said outer shell (1); and the surrounding wall (21) which extends down from the said top wall (22) of the said inner lining material (2) which is attached to the said surrounding wall (12) of the said outer shell (1) and which is made to pass through the lining material (21 1) which is aligned with the said side passages (121) along the (x) axis; and the sealing unit (5) which has a clamping assembly (51) and a sealing ring. The flexible inner and outer (50, 52) tubing, where the clamping assembly (51) has a tubing body (510) and inner and outer end flanges (511, 512), where the tubing body (510) extends along the (x) axis through the aforementioned lateral hole (121) and the aforementioned lining hole (21, etc.) and into the aforementioned inner space (201) and the aforementioned fluid passage (30), where the inner and outer end flanges (511, 512) extend outward and respectively from the two opposite ends of the tubing body (510), where the aforementioned inner end flange (511) and the aforementioned inner sealing ring (50) are positioned in The inner space (201) and the outer end flange (512) and the outer sealing ring (52) are positioned outside the inner space (201), in which the inner and outer end flanges (511, 512) together provide clamping force to compress the inner and outer sealing rings (50, 52) to the inner lining (2) and the pipe connector (3), respectively. 2. A pressure-regulating vessel as described in Requisition 1, which is made to have a special design such that the pipe fitting (3) is placed on the outside of the supporting space (11) and has an end face (321) placed in the side passage (121) and which is against the edge of the lining passage (211) such, and an inner sealing ring (50) such, which is against the edge of the lining passage (211) such. 3. The pressure-regulating vessel as specified in claim 2 is made to have the following characteristics: the pipe fitting (3) is made to have an inner shoulder (324), the outer end flange (512) placed in the fluid passage (30), the outer sealing ring (52) clamped between and between I and the outer end flange (512) and the inner shoulder (324). 4. A pressure-regulating vessel as specified in claim 3, which is made to have a special characteristic such that the fluid passage (30) shall have a reduced diameter section (322) which extends between the inner shoulder (324) and the end face (321) of the pipe fitting (3) and which has an inner diameter, the lining (211) which has an inner diameter such equal to the inner diameter of the reduced diameter section (322) of the fluid passage (30). 5. The pressure-regulating vessel as described in claim 4 is made special in that the sealing unit (5) is also made with a fastening plate (55) which is made with a central opening (550) which is against the inner surface (20) of the inner lining material (2) and which, in conjunction with the perimeter of the inner lining material (21 etc.), defines the boundaries of the fastening space for the ring (551) between which the inner sealing ring (50) is fastened in the fastening space (551) of the inner tube (510) which passes through the central opening (550) of the inner end flange (511) of the inner lining material (511) is against the fastening plate (55). 6. The pressure-regulating vessel as described in Requisition 1 is made up of the following characteristics: the clamping assembly (5) is made up of the following cylindrical metal material (8), the body (510) and the inner and outer end flanges (511, 512) are made up by deformation of the following cylindrical metal material (8) so that the inner and outer end flanges (511, 512) are bent sequentially and extend radially from the opposite ends of the body (510).