Pressure relief valve
The disclosure concerns a pressure relief valve. The pressure relief valve includes a base member having a support element extending therefrom. A moveable housing is slideably attached to the support element, with the support element designed to allow the moveable housing to travel toward and away from the base member. A housing guide is located within the moveable housing, with the housing guide adjustably attached to the support element, and slideably attached to the moveable housing. During operation, the moveable housing extends from and retracts toward the base member, thereby opening and closing the pressure relief valve.
1. A valve apparatus, comprising:
a base member having a support element extending therefrom;
a moveable housing slideably coupled to the support element, so that the moveable housing moves toward and away from the base member;
a housing guide located within the moveable housing, the housing guide adjustably coupled to the support element, and slideably coupled to the moveable housing; where the base member does not enclose the moveable housing.
2. The valve apparatus of claim 1 , further comprising a split ring moveably coupled to the housing guide, the split ring abutting the moveable housing.
3. The valve apparatus of claim 1 , where the base member includes a primary aperture extending therethrough, and a secondary aperture communicating with the support element.
4. The valve apparatus of claim 1 , further comprising a coil spring located between the moveable housing and the housing guide.
5. The valve apparatus of claim 1 , where the support member comprises:
a first end comprising a hollow tube having an opening communicating with an aperture located in the base member;
a second end adjustably mounted to the housing guide; and
an aperture located at a distal end of the hollow tube, the aperture communicating with the moveable housing.
6. The valve apparatus of claim 1 , where the base member includes a flange structured to removably couple to a fluid source.
7. The valve apparatus of claim 1 , where the base member includes an aperture communicating with an air source that is selectively less than, or greater than, an ambient air pressure.
8. A valve apparatus, comprising:
a cylindrical base member having a support element extending therefrom;
a cylindrical moveable housing slideably coupled to a support element, so that the cylindrical moveable housing selectively extends from and retracts toward the base member;
a cylindrical housing guide located within the cylindrical moveable housing, the cylindrical housing guide adjustably coupled to the support element, and slideably coupled to the moveable housing; where the cylindrical base member does not enclose the cylindrical moveable housing.
9. The valve apparatus of claim 8 , further comprising at least one split ring moveably coupled to the cylindrical housing guide, with the split ring abutting the moveable housing.
10. The valve apparatus of claim 8 , where the cylindrical base member further comprises:
a flange for coupling the valve apparatus to an air source;
a primary aperture extending through the flange and the cylindrical base member; and
a secondary aperture communicating with the support element.
11. The valve apparatus of claim 8 , further comprising a coil spring located between the cylindrical moveable housing and the cylindrical housing guide.
12. The valve apparatus of claim 8 , where the cylindrical support member comprises:
a first end comprising a hollow tube having an opening communicating with an aperture located in the base member;
a second end adjustably mounted to the cylindrical housing guide; and
an aperture located at a distal end of the hollow tube, the aperture communicating with the cylindrical moveable housing.
13. The valve apparatus of claim 8 , where the cylindrical base member includes an aperture communicating with an air source that is less than an ambient air pressure.
14. A method of changing a pressure in a pressurized system, the method comprising the steps of:
providing a hollow body having an inlet and an outlet, and an aperture extending through the hollow body;
providing an actuator assembly coupled to the hollow body, the actuator assembly comprising:
a moveable housing slideably coupled to the hollow body so that the moveable housing moves toward and away from the hollow body; and
a housing guide located within the moveable housing, the housing guide adjustably coupled to the support element, and slideably coupled to the moveable housing; where the hollow body does not enclose the moveable housing.
15. The method of claim 14 , further comprising the step of:
selectively providing either a lower than ambient air pressure, or a greater than ambient air pressure to the hollow body through the aperture, which causes the actuator assembly to respectively move away from, or toward, the hollow body, and respectively un-covering the outlet, or covering the outlet, thereby changing a pressure in the pressurized system.
16. The method of claim 14 , where the support element comprises:
a first end comprising a hollow tube having an opening communicating with the aperture located in the hollow body;
a second end adjustably mounted to the housing guide; and
an aperture located at a distal end of the hollow tube, the aperture communicating with the moveable housing.