Valve support apparatus

Abstract

A valve support apparatus is disclosed as capable of shifting a valve in a piping system in accordance with the thermal expansion of connected piping. The apparatus includes a valve mount, a slide mount, and a base, wherein the valve mount contains a valve attachment assembly to attach a valve. The valve mount can couple with the slide mount, using a mounting assembly, such that the valve mount is vertically and laterally secured about the slide mount, but the valve mount can move along the longitudinal axis of the slide mount. The slide mount, using another mounting assembly, can couple with the base, such that the slide mount is vertically and laterally secured about the base, but the slide mount can move along the longitudinal axis of the base, which is oriented orthogonally to the longitudinal axis of the slide mount. With this configuration, the stress and other loads exerted on the valve due to thermal expansion can be minimized by allowing the valve to be moved to account for the elongated piping.

Claims

1. A valve support apparatus for piping systems, comprising: a valve mount having a valve attachment assembly on an upper surface of the valve mount for affixing a valve assembly having a flow axis (L.sub.f), the valve mount having a pair of flanges that project downwardly and that are spaced apart from each other; a base that defines a longitudinal axis (L.sub.b), disposed below the valve mount oriented such that the flow axis (L.sub.f) and the longitudinal axis (L.sub.b) are perpendicular; and a slide mount that defines a longitudinal axis (L.sub.m) aligned with the flow axis (L.sub.f), the slide mount having an upper side coupled to the valve mount and a lower side coupled to the base, such that the side mount is disposed between the valve mount and the base, an upstanding rail disposed on an upper side thereof, aligned with the longitudinal axis (L.sub.m), the rail having a tapered cross-section, the pair of flanges of the valve mount are disposed on opposing sides of the rail from one another, such that the pair of flanges cooperate with the rail to inhibit vertical displacement of the valve mount relative to the slide mount, while enabling freedom of movement confined along longitudinal axis (L.sub.m), a pair of outer surface sections on opposing sides of the rail aligned with the longitudinal axis (L.sub.m), disposed below the pair of flanges to support a weight thereof, and a mounting assembly disposed on the lower side of the slide mount, that couples the slide mount to the base such that the slide mount can be moved along the longitudinal axis (L.sub.b) of the base.

2. The valve support apparatus as defined in claim 1, the mounting assembly includes a plate that secures to the base and an attachment mechanism that connects the plate to the lower side of the slide mount.

3. The valve support apparatus as defined in claim 1, the base has a u-shaped cross-section.

4. The valve support apparatus as defined in claim 1, the rail has a tapered cross-section, in which the cross section is wider at a distal portion, relative to a proximate portion of the rail.

5. The valve support apparatus as defined in claim 1, the slide mount further includes stops disposed at opposing ends thereof to retain the valve mount along the confines of the slide mount.

6. The valve support apparatus as defined in claim 1, the valve mount defines a passageway on the bottom side thereof, disposed about the rail, such that the outer surface sections of the slide mount are weight bearing as opposed to a top surface of the rail.

7. The valve support apparatus as defined in claim 1, wherein the base is an elongated U-shaped strut.

8. The valve support apparatus as defined in claim 7, wherein the base further includes stops disposed at opposing ends thereof to retain the slide mount along the base.

9. A valve support apparatus for piping systems, comprising: a valve mount having a valve attachment assembly on an upper surface of the valve mount for affixing a valve assembly having a flow axis (L.sub.f), the valve mount having a pair of flanges that project downwardly and that are spaced apart from each other; and a slide mount that defines a longitudinal axis (L.sub.m) aligned with the flow axis (L.sub.f), the slide mount having an upper side coupled to the valve mount and a lower side coupled to an elongated u-shaped base that defines a longitudinal axis (L.sub.b), such that the slide mount is disposed between the valve mount and the base, an upstanding rail disposed on an upper side thereof, aligned with the longitudinal axis (L.sub.m), the rail having a tapered cross-section the pair of flanges of the valve mount are disposed on opposing sides of the rail from one another, such that the pair of flanges cooperate with the rail to inhibit vertical displacement of the valve mount relative to the slide mount, while enabling freedom of movement confined along longitudinal axis (Lm), a pair of outer surface sections on opposing sides of the rail aligned with the longitudinal axis (L.sub.m), disposed below the pair of flanges to support a weight thereof a slide mounting assembly disposed on the lower side of the slide mount, that couples the slide mount to the base such that the slide mount can be moved along the longitudinal axis (L.sub.b) of the base.

10. The valve support apparatus as defined in claim 9, the valve mount defines a passageway on the bottom side thereof, disposed about the rail, such that the outer surface sections of the slide mount are weight bearing as opposed to a top surface of the rail.

11. The valve support apparatus as defined in claim 9, the rail has a tapered cross-section, in which the cross section is wider at a distal portion, relative to a proximate portion of the rail.

12. The valve support apparatus as defined in claim 9, the slide mount further includes stops disposed at opposing ends thereof to retain the valve mount along the slide mount.

13. The valve support apparatus as defined in claim 9, the slide mounting assembly includes a plate that secures to the base and an attachment mechanism that connects the plate to the lower side of the slide mount.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) Embodiments of the present invention will now be described, by way of example only, with reference to the following drawings in which:

(2) FIG. 1 is a front-side perspective view of a valve support apparatus in accordance with the present invention, depicting the valve support apparatus having a valve attached thereto.

(3) FIG. 2A is a front-side perspective view of the valve support apparatus of FIG. 1, depicting a valve mount coupled to a slide mount, and the slide mount coupled to a base.

(4) FIG. 2B is a front view of the valve support apparatus of FIG. 1, depicting a valve mount coupled to a slide mount, and the slide mount coupled to a base.

(5) FIGS. 3A is front perspective view of the valve support apparatus of FIG. 1, depicting the longitudinal (Lm) side of the slide mount, the base, a counter sunk screw, and steel plate, prior to prior to attachment.

(6) FIG. 3B front perspective view of the valve support apparatus of FIG. 1, similar to FIG. 3A, depicting the attached components along with an attached valve mount.

(7) FIG. 4 is a side perspective of an alternate embodiment of a valve support apparatus in accordance with the present invention, depicting a valve mount with a valve attachment assembly and mounting assembly, a slide mount with an inverted groove mounting assembly for attachment with the valve mount, and another mounting assembly for attachment with a base.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

(8) Referring now to the drawings, and particularly FIG. 1, there is shown a valve support apparatus 100 having a valve mount 102, a slide mount 104, and a base 106. The valve mount 102 detachably secures a valve 130, and slidably couples to the slide mount, such that the valve mount 102 can move along a longitudinal axis (Lm) of the slide mount 104. The slide mount 104 couples to the base 106, in a manner that, at the assembler's discretion, the slide mount can move along the longitudinal axis (Lb) of the base, which is orthogonal to the longitudinal axis (Lm) of the slide mount. Thus, the valve 130 can be moved in orthogonal directions to lessen the stress and load due to piping thermal expansion and other variations.

(9) In the exemplary embodiment, the valve mount 102 is configured with a valve attachment assembly 108 located on the upper surface. In the exemplary embodiment, screws are used to secure the valve to the valve mount. In other embodiment, various other attachment means can be used. Moreover, the valve 130 is coupled to the valve mount 102 such that a flow axis (Lf) of the valve is aligned with the longitudinal axis (Lm). The valve mount 102 also contains a first mounting assembly 110, defined on a bottom side thereof to couple the valve mount to the slide mount.

(10) With reference to FIGS. 2A and 2B, the slide mount 104 includes a second mounting assembly 112 on an upper side thereof, which is elongated about the slide mount longitudinal axis (Lm) 114. The second mounting assembly 112 is configured to be coupled with the valve mount mounting assembly 110 by being inserted through the hollow passageway within the valve mount 102, entering through the first opening and exiting through the second opening. The valve mount 102 is thereby secured about the slide mount 104 from vertical or lateral movement, but can be moved along the longitudinal axis (Lm) 114 between the opposing ends of the upper layer. Thus, as the piping connected to a given valve expands due to temperature variation, the valve mount 102 can move accordingly to accommodate piping elongation, minimizing stress and other loads exerted on the valve. In selected embodiments, the slide mount 104 can further includes calibration markings, e.g., (inch or metric), to denote displacement of the valve mount 102 along the slide mount 104 relative to a prescribed location thereon.

(11) In the exemplary embodiment, the first mounting assembly 110 of the valve mount 102 include flanges 144 that project downwardly, to couple about the second mounting assembly 112 of the slide mount 104. More particularly, the second mounting assembly is configured as a rail that has a tapered cross-section, in which the cross section is wider at the distal portion, relative to a proximate portion of the rail. The flanges of the first mounting assembly 110 project on opposing sides of the rail 112. The flanges cooperate with the tapered rail 112 to inhibit vertical displacement of the valve mount relative to the slide mount, while enabling freedom of movement confined along longitudinal axis (Lm). The flanges define a passageway on the bottom sides of the valve mount body with a first opening and second opening on opposing ends.

(12) The upper side of the slide mount 104 includes a top surface 154 of the rail 112 and outer surfaces 152 disposed on opposing sides of the rail 112. The valve mount 102 is sized such that the flanges 144 are in proximity to the outer surfaces such that the outer surface tend to be weight bearing as opposed to the top surface 154, which can facilitate longer life span of the assembly smooth travel along the slide mount.

(13) In the exemplary embodiment, the valve mount 102 is formed of polypropylene, and the slide mount 104 is formed of a glass-filled polypropylene. In other embodiment, the valve mount and the slide can be formed of different materials so long as the valve mount to slide can along the slide mount.

(14) The slide mount 104 can further include mechanical stops (not shown) disposed at opposing ends thereof. The stops are configured to retain the valve mount along the confines of slide mount. More particularly, in the exemplary embodiment, the second mounting assembly defines a rail for securing the first mounting assembly 110 of the valve mount 102.

(15) The plate 122 further includes grooves 126 that secure to U-shaped strut ends 128 of the base (unistrut) 124, which allows for the slide mount 104 and steel plate 122 to move along the longitudinal axis (Lb) 116 of the base, as depicted in FIG. 1, which is perpendicular to the movement 114 of the valve mount. The base 124 can further includes stops 142 disposed at opposing ends thereof, to retain the slide mount along the confines of the base. In an alternate embodiment, the base may be a flat surface (not shown) wherein the slide mount is affixed to the flat surface without the capability of moving in any direction. In this alternate embodiment, only the valve mount is movable about the longitudinal axis (Lm) 114 of the slide mount.

(16) With reference to FIGS. 3A and 3B, there is shown a third mounting assembly 118 on the slide mount 104, configured to attach with the base 106. In the exemplary embodiment, the longitudinal axis (Lm) 114 of a third mounting assembly 118 on the slide mount 104 is configured to affix orthogonally relative to the longitudinal axis (Lb) 116 of a base 106. The third mounting assembly 118 further includes a counter sunk screw 120 and steel plate 122 that couples the slide mount 104 with a U-shaped strut base (uni-strut) 124, thereby securing the slide mount 104 from vertical or lateral movement about the U-shaped strut base 124, as depicted in FIG. 3B. The third mounting assembly can be adjustably set so that either the slide mount 104 is fixed in place to the strut 124 or that slide mount can slide along the longitudinal axis (Lb) of the base, depending on how securely tightened the screw 120 is set. In other embodiments, the third mounting assembly can utilize other attachment methods for securing the slide mount to the base.

(17) Referring again to FIG. 1, the valve 130 can be attached through a variety of fastening mechanisms, including, but not limited to the use of pan head screws. As aforementioned, the valve 130, attached to the valve mount 102, can be moved about the longitudinal axis (Lm) 114 of the slide mount 104, and/or the valve can be moved about the longitudinal axis (Lm) 116 of the base 106, which is perpendicular to the longitudinal axis (Lm) 114 of the slide mount. Thus, if pipe elongation occurs on both sides of the valve, potentially restricting the ability to move about the longitudinal axis (Lm) 114 of the slide mount, movement about the longitudinal axis (Lb) 116 base may help alleviate stress build-up by allowing the pipes to move accordingly. The valve mount 102 further defines one or more hole(s) 150 along the sidewall thereof, which serves to drain any fluid that might collect in the valve mount.

(18) Referring now to FIG. 4, in an alternate embodiment, the slide mount 132 mounting assembly is configured with inverted grooves 134, wherein the mounting assembly of the valve mount 136 is configured to be flush together with the slide mount 132. The flushed contact between the inverted grooves 134 on the slide mount 132 and the valve mount 136 provide for vertical and lateral stability, while allowing the valve mount 136 to move along the longitudinal axis (Lm) 114 of the slide mount 132.

(19) It should be appreciated from the foregoing that the present invention provides a valve support apparatus that can minimize the stress and other loads exerted on a valve in piping systems due to thermal expansion by allowing the valve the freedom to move. The apparatus includes a valve mount that detachably houses a valve, wherein the valve mount can couple with a slide mount such that, the valve mount is secured vertically and laterally, but can move along the longitudinal axis (Lm) of the slide mount. The slide mount can include a mounting assembly to couple with a base, wherein the slide mount is secured vertically and laterally, but can move along the longitudinal axis (Lm) of the base, which is oriented orthogonally with the longitudinal axis (Lm) of the slide mount. Thus, the valve can move in response to pipe expansion to alleviate stress build-up.

(20) The present invention has been described above in terms of presently preferred embodiments so that an understanding of the present invention can be conveyed. However, there are other embodiments not specifically described herein for which the present invention is applicable. Therefore, the present invention should not be seen as limited to the forms shown, which is to be considered illustrative rather than restrictive.