US1907840A - Pipe closure - Google Patents
Pipe closure Download PDFInfo
- Publication number
- US1907840A US1907840A US503771A US50377130A US1907840A US 1907840 A US1907840 A US 1907840A US 503771 A US503771 A US 503771A US 50377130 A US50377130 A US 50377130A US 1907840 A US1907840 A US 1907840A
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- US
- United States
- Prior art keywords
- pipe
- cap
- closure
- cup
- flange
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16J—PISTONS; CYLINDERS; SEALINGS
- F16J13/00—Covers or similar closure members for pressure vessels in general
- F16J13/02—Detachable closure members; Means for tightening closures
Definitions
- This invention relates generally to pipeclosures. More particularly, my invention relates to a certain new and useful improvement in closures especially adapted for use in connection with sunken and embedded gasoline tanks and the like for preventing unauthorized filling thereof and has for its chief object the provision of a closure of simple, inexpensive, compact, and "durable structure for sealing the inlet-end of the filling-pipe against unauthorized filling of the tank, the closure being readily and convcniently installed, and efficient in the performance of its intended function.
- Figure 1 illustrates an embedded gasolinetank'whose filling-pipe is equipped with a sealing-closure embodying my invention
- FIG. 2 is an enlarged vertical sectional view of the tank-pipe and my new sealingclosure
- Figure 3 is a transverse sectional view taken approximately on the line 38, Figure 2.
- A designates a standard tank for gasoline or other hydro-carbon, which, for safety against combustion or explosion, is usually, as is customary, embedded in and suitably below the surface of the ground, as shown.
- the tank A has a filling-pipe B extending upwardly through and opening over the surface of the ground, the pipe B at its upper end being externally threaded, as at 1, for co-operation with my new sealing-closure, which includes an approximately cup-shaped member C, whose annular side wall 2 has a somewhat greater diametrical dimension than that of pipe B, and whose end-wall 3 is apertured, as at l, to freely accommodate the pipe B, the member C being adapted to loosely fit on and about the pipe B.
- my new sealing-closure which includes an approximately cup-shaped member C, whose annular side wall 2 has a somewhat greater diametrical dimension than that of pipe B, and whose end-wall 3 is apertured, as at l, to freely accommodate the pipe B, the member C being adapted to loosely fit on and about the pipe B.
- a retaining-ring D Threaded on the pipel and of dimensions to fit within the confines ofthe annular wall 2 of member C, is a retaining-ring D, bearing upon theupper end face of which and projecting through the side wall 2 of the cup C (39 preferably closely under its rim-flange 5, as shown, is a series of screws or the like 8, whereby the cup C is secured in position on the projecting upper end of pipe B, but. yet permitted to freely swivel thereabout.
- annular side wall 9 has a somewhat lesser diametrical dimension than that of pipe B, and which at its upper'end is extended upwardly, as at 10, and formed with 79 a relatively thick annular fiangerll rabbeted and thereby shouldered on the under face of its marginal peripheral portion, as at 12, the shoulder being threaded, as at 13, for detachable engagement withthe threads 7 of the wall 2 of the cup C.
- the side wall 9 and end wall L tof the cap E are disposed in pipe-closing position within the confines of pipe B, the cap E, 89 however, being then also designed to swivel with the cup C on and relatively to'the pipe B.
- the flange 11 of the cap E is preferably of reduced diametrical dimension relatively to the flange 5 of the lower cup G, as best seen 35 in Figure 3, the flange 11, however, being provided with a radial car 15 apertured, as
- the closure is relatively simple in structure, may be economically manufactured, may be readily installed on the pipe B, and is eflicient in the performance of its intended function.
- the end-wall 14 of the cap E is preferably provided with an opening, as at 17, corresponding in size and contour, as shown, to snugly accommodate a measuring or scale-rod G, which latter normally is suspended on a cross-pin 18 engaging the upper face of the cap end-wall 14 to depend in measuring position through-the pipe B and into tank A, removal of the rod G being prevented by means of a second cross-pin'19 fixed in and adjacent the lower end of the rod G for retaining engagement with the under face of the cap end-wall 14 when the rod G is pulled upwardly.
- a measuring or scale-rod G which latter normally is suspended on a cross-pin 18 engaging the upper face of the cap end-wall 14 to depend in measuring position through-the pipe B and into tank A, removal of the rod G being prevented by means of a second cross-pin'19 fixed in and adjacent the lower end of the rod G for retaining engagement with the under face of the cap end-wall 14 when the rod G is pulled upwardly.
- the enlargement of the cap E is threaded, as at 20, for engagement with a cap 21 for normally closing the chamber of the cap E and concealing the measuring rod G.
- a pipe sealing-closure including, in combination, a cup-shaped member apertured in its end wall for loosely fitting on and about the pipe, means comprising a ring adapted for engagement with the pipe within the confines-of the annular wall of said member for retaining said member for swiveling on the pipe. a closure-cap for the pipe adapted for detachable engagement with said member over said ring for swiveling with said member as a unit relatively to the pipe, andmeans for sealing the cap against unauthorized removal from said member.
- a pipe sealing-closure including, in combination, acup-shaped member apertured in'its end wall for loosely fitting on and about the pipe, said member having a laterally presented apertured flange, means comprising aring adapted for threaded engagement with the pipe within the confines of the annular Wall of said member for retaining said member for swiveling on the pipe, a cupshaped closure-cap for the pipe having an annular lateral flange adapted for threaded detachable engagement with said member over said ring for swiveling with said member as a unit relatively to the pipe, the flange of the cap having an apertured extension for registration with the aperture of'the flange of said member, and sealing means including a member for engaging the member and cap at their registering apertures for securing the cap against unauthorized removal from said member.
- a pipe sealing-closure including, in combination, a cup-shaped member apertured in its end wall for loosely fitting on and about an end of the pipe, said member being internally threaded and having an outwardly presented flange, means having engagement with said member and with the pipe for retaining said member for swiveling on the pipe, a closure-cap for the pipe having a depending annular threaded flange for threaded engagement with said member for swivelling with said member as a unit on and relatively to the pipe, the cap also having an outwardly presented flange for flatwise abutting engagement with the flange of said member, the outwardly presented flanges of the member and the cap having for registration series of apertures, and means for engagement with said flanges at respective registering apertures for preventing unauthorized removalof the cap.
Description
E. S. LEWIS PIPE CLOSURE Filed Dec. 20, 1930 5 M A 7" roe/vzr Patented May 9, 1933 PATENT orelce EDWIN S. LEWIS, OF ST. JOHN, MISSOURI V PIPE CLOSURE Application filed December 20, 1930. Serial No. 503,771.
This invention relates generally to pipeclosures. More particularly, my invention relates to a certain new and useful improvement in closures especially adapted for use in connection with sunken and embedded gasoline tanks and the like for preventing unauthorized filling thereof and has for its chief object the provision of a closure of simple, inexpensive, compact, and "durable structure for sealing the inlet-end of the filling-pipe against unauthorized filling of the tank, the closure being readily and convcniently installed, and efficient in the performance of its intended function.
And with the above and other objects in view, my invention resides in the novel features of form, construction, arrangement, and combination of parts hereinafter described and pointed out in the claims.
In the accompanying drawing,
Figure 1 illustrates an embedded gasolinetank'whose filling-pipe is equipped with a sealing-closure embodying my invention;
Figure 2 is an enlarged vertical sectional view of the tank-pipe and my new sealingclosure; and
Figure 3 is a transverse sectional view taken approximately on the line 38, Figure 2.
Referring now more in detail and by reference characters to said drawing, which illustrates apreferred embodiment of my invention, A designates a standard tank for gasoline or other hydro-carbon, which, for safety against combustion or explosion, is usually, as is customary, embedded in and suitably below the surface of the ground, as shown.
The tank A has a filling-pipe B extending upwardly through and opening over the surface of the ground, the pipe B at its upper end being externally threaded, as at 1, for co-operation with my new sealing-closure, which includes an approximately cup-shaped member C, whose annular side wall 2 has a somewhat greater diametrical dimension than that of pipe B, and whose end-wall 3 is apertured, as at l, to freely accommodate the pipe B, the member C being adapted to loosely fit on and about the pipe B. For pur- '50 poses presently appearing, the member C at inner or peripheral wall of sai 'atively to the pipe B, as previously stated.
its rim has a lateral annular flange 5 provided or formed with a series of suitably spaced openings 6, and the wall 2 is internally threaded, as at 7, at or adjacent the rim of the member C.
Threaded on the pipel and of dimensions to fit within the confines ofthe annular wall 2 of member C, is a retaining-ring D, bearing upon theupper end face of which and projecting through the side wall 2 of the cup C (39 preferably closely under its rim-flange 5, as shown, is a series of screws or the like 8, whereby the cup C is secured in position on the projecting upper end of pipe B, but. yet permitted to freely swivel thereabout.
E designates a second cup-shaped member or cap, whose annular side wall 9 has a somewhat lesser diametrical dimension than that of pipe B, and which at its upper'end is extended upwardly, as at 10, and formed with 79 a relatively thick annular fiangerll rabbeted and thereby shouldered on the under face of its marginal peripheral portion, as at 12, the shoulder being threaded, as at 13, for detachable engagement withthe threads 7 of the wall 2 of the cup C. As so engaged with the first cup C, the side wall 9 and end wall L tof the cap E are disposed in pipe-closing position within the confines of pipe B, the cap E, 89 however, being then also designed to swivel with the cup C on and relatively to'the pipe B.
The flange 11 of the cap E is preferably of reduced diametrical dimension relatively to the flange 5 of the lower cup G, as best seen 35 in Figure 3, the flange 11, however, being provided with a radial car 15 apertured, as
at 16, for registration with a respective opening 6 of the cup C for accommodating means, such as a seal F, for securing the cap E against unauthorized removal from the cup C and hence also from. the pipe B, the cup C and cap E, when threaded together, as described, being adapted to swivel as a unit on and rel- And it'will be evident that, when the cup C and cap E are so secured together, thering D is wholly concealed, and hence-neither the cap E nor the closure as a whole may be removed for filling of the'tank A until the seal F is removed by an authorized agent, breakage of the seal F by an unauthorized individual at once giving notice that the closure has been tampered with, the contents of the tank A diluted, or the tank A filled with a spurious product. 7
The closure is relatively simple in structure, may be economically manufactured, may be readily installed on the pipe B, and is eflicient in the performance of its intended function.
To facilitate measurement of the contents of the tank A, the end-wall 14 of the cap E is preferably provided with an opening, as at 17, corresponding in size and contour, as shown, to snugly accommodate a measuring or scale-rod G, which latter normally is suspended on a cross-pin 18 engaging the upper face of the cap end-wall 14 to depend in measuring position through-the pipe B and into tank A, removal of the rod G being prevented by means of a second cross-pin'19 fixed in and adjacent the lower end of the rod G for retaining engagement with the under face of the cap end-wall 14 when the rod G is pulled upwardly.
Preferably also, as shown, the enlargement of the cap E is threaded, as at 20, for engagement with a cap 21 for normally closing the chamber of the cap E and concealing the measuring rod G.
And it is to be understood that changes and modifications in the form, construction, arrangement, and combination of the several parts of the closure may be made and substituted for those herein shownand described without departing from the nature and principle of my invention. 1
Having thus described my invention, what I claim and desire'to secure by Letters Patent is 1. A pipe sealing-closure including, in combination, a cup-shaped member apertured in its end wall for loosely fitting on and about the pipe, means comprising a ring adapted for engagement with the pipe within the confines-of the annular wall of said member for retaining said member for swiveling on the pipe. a closure-cap for the pipe adapted for detachable engagement with said member over said ring for swiveling with said member as a unit relatively to the pipe, andmeans for sealing the cap against unauthorized removal from said member.
2. A pipe sealing-closure including, in combination, acup-shaped member apertured in'its end wall for loosely fitting on and about the pipe, said member having a laterally presented apertured flange, means comprising aring adapted for threaded engagement with the pipe within the confines of the annular Wall of said member for retaining said member for swiveling on the pipe, a cupshaped closure-cap for the pipe having an annular lateral flange adapted for threaded detachable engagement with said member over said ring for swiveling with said member as a unit relatively to the pipe, the flange of the cap having an apertured extension for registration with the aperture of'the flange of said member, and sealing means including a member for engaging the member and cap at their registering apertures for securing the cap against unauthorized removal from said member. V V
3. A pipe sealing-closure including, in combination, a cup-shaped member apertured in its end wall for loosely fitting on and about an end of the pipe, said member being internally threaded and having an outwardly presented flange, means having engagement with said member and with the pipe for retaining said member for swiveling on the pipe, a closure-cap for the pipe having a depending annular threaded flange for threaded engagement with said member for swivelling with said member as a unit on and relatively to the pipe, the cap also having an outwardly presented flange for flatwise abutting engagement with the flange of said member, the outwardly presented flanges of the member and the cap having for registration series of apertures, and means for engagement with said flanges at respective registering apertures for preventing unauthorized removalof the cap.
In testimony whereof, I have signed my name to this specification.
EDWIN S. LEWIS.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
US503771A US1907840A (en) | 1930-12-20 | 1930-12-20 | Pipe closure |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
US503771A US1907840A (en) | 1930-12-20 | 1930-12-20 | Pipe closure |
Publications (1)
Publication Number | Publication Date |
---|---|
US1907840A true US1907840A (en) | 1933-05-09 |
Family
ID=24003438
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
US503771A Expired - Lifetime US1907840A (en) | 1930-12-20 | 1930-12-20 | Pipe closure |
Country Status (1)
Country | Link |
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US (1) | US1907840A (en) |
-
1930
- 1930-12-20 US US503771A patent/US1907840A/en not_active Expired - Lifetime
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