Three-dimensional monolithic diaphragm tank

Patent metadata

Field	Value
Publication number	US-11067037-B2
Application number	US-201916513410-A
Country	US
Kind code	B2
Filing date	Jul 16, 2019
Priority date	Jul 16, 2018
Publication date	Jul 20, 2021
Grant date	Jul 20, 2021

Abstract

A three-dimensional monolithic diaphragm tank including a first portion having a first inner surface, a second portion having a second inner surface, and a deformable diaphragm extending from a peripheral junction with the first inner surface and the second inner surface. The first inner surface and the diaphragm defining a first chamber. The second inner surface and the diaphragm defining a second chamber. The first portion having an outlet port in fluid communication with the first chamber, and the second portion having an inlet port in fluid communication with the second chamber. The peripheral junction of the diaphragm and the first inner surface including an integral inner fillet having an inner radius.

First claim

What is claimed is:

1. A three-dimensional monolithic diaphragm tank, the diaphragm tank comprising:
a first portion having a first inner surface;
a second portion having a second inner surface;
a deformable diaphragm extending from a peripheral junction with said first inner surface and said second inner surface;
said first inner surface and said diaphragm defining a first chamber;
said second inner surface and said diaphragm defining a second chamber;
said first portion having an outlet port in fluid communication with said first chamber;
said second portion having an inlet port in fluid communication with said second chamber; and
said peripheral junction of said diaphragm and said first inner surface including an integral inner fillet having an inner radius.

2. The three-dimensional monolithic diaphragm tank of claim 1 , wherein said diaphragm includes a variable thickness across said diaphragm.

3. The three-dimensional monolithic diaphragm tank of claim 2 , wherein said variable thickness of said diaphragm tapers from said peripheral junction to a central point of said diaphragm, said diaphragm having a portion adjacent to said peripheral junction having a larger thickness than said central point of said diaphragm.

4. The three-dimensional monolithic diaphragm tank of claim 1 , wherein said diaphragm includes a diaphragm gutter having a gutter radius.

5. The three-dimensional monolithic diaphragm tank of claim 4 , wherein said diaphragm extends upwardly from said peripheral junction as defined by said inner radius and downwardly as defined by said gutter radius.

6. The three-dimensional monolithic diaphragm tank of claim 1 , wherein said first inner surface includes a plurality of inwardly protruding ridges.

7. The three-dimensional monolithic diaphragm tank of claim 6 , wherein said plurality of inwardly protruding ridges includes a first series of inwardly protruding ridges located perpendicular to a second series of inwardly protruding ridges.

8. The three-dimensional monolithic diaphragm tank of claim 1 , wherein said inner fillet comprises a curved surface connecting a surface of said diaphragm and said first inner surface, wherein said inner fillet is operable to prevent development of a stress point at said peripheral junction.

9. A three-dimensional monolithic diaphragm tank, the diaphragm tank comprising:
a first portion having a first inner surface;
a second portion having a second inner surface, said second portion coupled with said first portion, wherein said first and second portions are orientated about a central axis;
a deformable diaphragm extending from a peripheral junction with said first inner surface and said second inner surface;
said first inner surface and said diaphragm defining a first chamber;
said second inner surface and said diaphragm defining a second chamber;
said first portion having a first outlet port in fluid connection with said first chamber;
said first portion having a second outlet port in fluid connection with said first chamber, wherein said first and second outlet ports are offset from said central axis and each other such that fluid communication from said first outlet port is independent of fluid communication from said second outlet port; and
said second portion having an inlet port in fluid connection with said second chamber.

10. The three-dimensional monolithic diaphragm tank of claim 9 , wherein said diaphragm includes a variable thickness across said diaphragm.

11. The three-dimensional monolithic diaphragm tank of claim 10 , wherein said variable thickness of said diaphragm tapers from said peripheral junction to a central point of said diaphragm, said diaphragm having a portion adjacent to said peripheral junction having a larger thickness than said central point of said diaphragm.

12. The three-dimensional monolithic diaphragm tank of claim 9 , wherein said diaphragm includes a diaphragm gutter having a gutter radius.

13. The three-dimensional monolithic diaphragm tank of claim 12 , wherein said peripheral junction of said diaphragm and said first inner surface comprises: an integral fillet having an inner radius, wherein said diaphragm extends upwardly from said peripheral junction as defined by said inner radius and downwardly as defined by said gutter radius.

14. The three-dimensional monolithic diaphragm tank of claim 9 , wherein said first inner surface includes a plurality of inwardly protruding ridges operable to facilitate expulsion of a material from said first chamber through said first and second outlet ports.

15. The three-dimensional monolithic diaphragm tank of claim 14 , wherein said plurality of ridges include a first series of ridges located perpendicular to a second series of ridges.

16. A three-dimensional monolithic diaphragm tank, the diaphragm tank comprising:
a first portion having a first inner surface;
a second portion having a second inner surface, said second portion coupled with said first portion, wherein said first and second portions are orientated about a central axis;
a deformable diaphragm extending from a peripheral junction with said first inner surface and said second inner surface;
said first inner surface and said diaphragm defining a first chamber;
said second inner surface and said diaphragm defining a second chamber;
said first portion having an outlet port in fluid connection with said first chamber;
said second portion having an inlet port in fluid connection with said second chamber; and said first portion, said second portion, and said diaphragm being formed as a unitary piece, having a monolithic and isotropic structure, and being of a uniform composition of metal material.

17. The three-dimensional monolithic diaphragm tank of claim 16 , wherein said diaphragm includes a variable thickness across said diaphragm.

18. The three-dimensional monolithic diaphragm tank of claim 17 , wherein said variable thickness of said diaphragm tapers from said peripheral junction to a central point of said diaphragm, said diaphragm having a portion adjacent to said peripheral junction having a larger thickness than said central point of said diaphragm.

19. The three-dimensional monolithic diaphragm tank of claim 16 , wherein said diaphragm includes a diaphragm gutter having a gutter radius.

20. The three-dimensional monolithic diaphragm tank of claim 19 , wherein said peripheral junction of said diaphragm and said first inner surface comprises: an integral fillet having an inner radius, wherein said diaphragm extends upwardly from said peripheral junction as defined by said inner radius and downwardly as defined by said gutter radius.

21. The three-dimensional monolithic diaphragm tank of claim 16 , wherein said first inner surface includes a plurality of inwardly protruding ridges.

22. The three-dimensional monolithic diaphragm tank of claim 21 , wherein said plurality of ridges includes at least a first series of ridges located perpendicular to a second series of ridges.

23. The three-dimensional monolithic diaphragm tank of claim 21 , wherein said inner radius of said fillet is 0.005 inches or greater.

Assignees

• Moog Inc

Inventors

• Zima Leonard C
• Brzyski Glenn M
• Calnan John C

Classifications

• F02K9/605 Primary

  Reservoirs · CPC title

• F02K9/50 Primary

  using pressurised fluid to pressurise the propellants · CPC title

• B22F10/64

  by thermal means (control of energy beam parameters for post heating B22F10/364) · CPC title

• B22F10/32

  of the atmosphere, e.g. composition or pressure in a building chamber · CPC title

• B22F10/25

  Direct deposition of metal particles, e.g. direct metal deposition [DMD] or laser engineered net shaping [LENS] · CPC title