US1715939A - Liquid-dispensing unit - Google Patents

Description

June 4, 1929. w. E. MILESTONE LIQUID DISPENSING UNIT 2 Sheets-Sheet 1 Filed July 18, 1927 jun] fil'n June 4, 1929. w. E. MILESTONE LI UID DISPENSING UNIT Filed July 18, 1927 2 Sheets-Sheet 2 mmm MN. \nN

Patented June 4, 1929.

PATENT OFFICE.

WALTER E. MILESTONE, OF LAKEWOOD, OHIO.

IJZQUID-DISPENSING UNIT.

Application filed July 18,

This invention relates to apparatus for dispensing gasoline or other liquids and it has to do more especially with improvements which adapt the apparatus to installation in masonry structures.

In connection with gasoline stations at 1s becoming quite common to employ cornpressed air for feeding gasoline to the dispensing hose, and to use meters for measuring thegasoline so fed, thus doing away wlth measuring pumps, and this innovation permits the measuring and dispens ng un ts or apparatus to be built into the walls or plllars of the station or in masonry piers constructed especially for the purpose.

Important objects of the invention are to provide a construction that Wlll expedite building of the units; that will greatly facilitate and cheapen their installation; that will permit of ready inspection and repair; that is very compact, and wherein all connections, etc. are accessible from the front, thus eliminating the hitherto necessity of provldm accommodations for getting at the units rom the rear, which proved especially undesirable and inconvenient when the units were built into the walls of the station and, when placed in masonry piers,-required excessively large, hollow structures so as to allow the workmen to get inside the piers while installing the units, executing the necessary pipe and electrical connections, inspecting the apparatus, or making repairs.

Another object is to efiectively seal the partsv of the cabinet containing electrical wires and connections from the compartment housing the gasoline line connections and wherein vapors are liable to accumulate, thus avoiding the possibility of fires being started by electric sparks.

A further object is to provide means for locking the hose nozzle inside the cabinet, as at night when the attendant is ofi duty, thus doing awa with the necessity of removing the hose w en the station is unattended.

The foregoing objects, with others hereinafter appearing, are attained in the embodiment of the invention illustrated in the accompanying drawings wherein Fig. 1 is a front elevation of my improved dispensing unit mounted within a masonry pier; Fig. 2 is a horizontal section on the line 22 of Fig. '1; Fig. 3 is a substantially central vertical section through the apparatus; Fig. 4 is a 1927. Serial No. 206,505.

rear view of the front plate with the apparatus assembled thereon; and Fig. 5 is a sectional detail on the line 55 of Fig. 1.

Adapted to be built into the masonry structure 1, which may be the wall or the pillar of a station, or a pier constructed especially for the accommodation of the apparatus, and which may be of brick, cement, or other building material, is a cabinet 2 of relatively heavy sheet metal,'to the front,

open side of which is riveted, welded or otherwise secured, an angle iron frame 3. Adapted to be secured, as by screws or bolts 4, to the vertical flange of the frame 3 is a substantial metal plate 5 that is preferably formed of a casting. A relatively large rectangular' opening 6 occupies the lower portion of the plate 5, and above this opening is one designated 7 Fitted within this latter opening is a member 8, which is preferably a casting, and it is secured to the plate 5 by fas-- tening means 9 that are engaged through registering apertures in the plate and in a peripheral flange 10 of the member 8 which overlies the portion of the plate 5 surrounding the opening 7. The member 8 has secured to it, as by means of a strap 11, a meter that supports an electric light bulb 21 in a,

position to illuminate the dial of the meter, and said bulb is housed within and protected by a hood 22 that is fitted within the boss 19 and incorporates a wall 23 by which the receptacle 20 is sustained. Suitably connected, with a vapor-tight joint, to the rear end of the boss 19 is the forwardly projected upper end of a conduit 25 through which the electric wires 26 are led to'the receptacle 20 from an outlet box 27 that is located within the lower rear portion of the cabinet 2.

A liquid or gasoline line, designated generally by the reference numeral 30 and built up of standard parts, extends from a point within the lower portion of the cabinet alongthe quantity side and forwardly of the outlet box 27, to the lower portion of the meter 12 and therebeyond and upwardly'to a point where 1t is extended through an aperture in the upper left hand corner of the plate 5 (as the parts are viewed in Fig. 1). Connected, by means of a coupling 31 to the end of the line forwardly of the plate 5 is the dispensing hose 32. The line 30 involves the usual strainer 30 and a shut-off valve 33 whose Weighted operating lever 34 is normally held elevated, so as to maintain the valve open, by a fusible link 35. In case of fire the link melts and the lever drops by gravity to shut off the flow of gasoline to the hose.

The opening 6 is normally closed by a door that is connected by a hinge 41 to the plate 5 along one side of said opening, and the door is adapted to be secured in closed position by a lock 42 that cooperates with apertured lugs 43 and 45 that are preferably formed integral with the plate 6 and the door 40, respectively.

The hose 32 is equipped with the usual nozzle 45 involving a valve 46 with its actuating trigger 47. To dispense the liquid it is only necessary to operate the valve by means of said triggerand the gasoline will be fed by air pressure through the system, the meter indicating the quantity that is dispensed. Ordinarily the nozzle of the hose is hung outside the cabinet 2 as by engaging a part of the hose adjacent the nozzle over. a hose-hanger 49 that is supported at a convenient point with respect to the dispensing unit, as on the side of a pier in which the unit is housed, as indicated in Fig. 1.

Before leaving the station, as at night, the attendant unlocks and opens the door 40, and removes the nozzle end of the hose 32 from its usual hanger 49 and engages it over a hook 50 that is supported by the left hand wall of the cabinet 2 near its lower front corner. The adjacent corner of the door 40 is provided with a notch 51 for the accommodation of the hose 32 so that the door may be closed, while the nozzle is thus supported Within the cabinet, and locked to prevent unauthorized persons from gaining access to the nozzle of the dispensing hose.

In the manufacture of the units, the meter 12 with the liquid or gasoline line 30, the electrical conduit 25 and outlet box 27 With the wires enclosed and the receptacle 20 in place and connected to the wires, are assembled and mounted upon the plate 5. All of this may be done in the manufacturing plant and the parts tested to insure. the apparatus being in proper condition. The plate, with the aforesaid parts mounted thereon, and the cabinet are then shipped to the place of installation. Here the workmen mount the cabinet within the masonry structure'during the process of construction and the liquid or gasoline line 55 and the electrical conduit 56, which lead from the respective sources of gasoline supply and electric current, are entered through apertures provided for the purpose in the bottom Wall of the cabinet. After this is done, the front plate 5 is secured by the fastening means i to the frame 3 of the cabinet; the door 4-0 is opened and the electrical conduit 56 is connected to the outlet box 27 and the,

be built in single or multiple units. It is" used in multiple when intended for the dispensing of the regular and the high test grades of gasoline, and in such a case the plate 5 is made large enough to accommodate two meters with their appurtenances, as hereinbefore described, and two doors close the opening corresponding to the opening 6 in the single unit. This is such an obvious modification that specific illustration of it is deemed unnecessary.

It may also be explained that the units may be mounted on opposite sides or on all four sides of a pier or column, and because of the compactness of each unit, said piers or columns may be ofrelatively small cross section.

Having thus described my invention, what I claim is r I 1. A dispensing unit of the class set forth comprising, in combination, an open front cabinet, a member for application to the front thereof, and an assembly housed within the cabinet and including a liquid delivery line, a meter in communication therewith, and an electric light.- for illuminating the meter indicator, and a conduit through which the wires are led to said light, said member incorporating a housing for the electrical connections with said light and which is sealed against the passage of vapor from the interior of the said cabinet.

2. A dispensing unit of the class set forth comprising, in combination, a masonry structure enclosing a cavitv having an open front, the cavity being otherwise permanently closed, a plate for application to the front of the cavity, said plate having a meter opening and a door opening, a door for closing the latter opening, and an assembly housed within the cavity and including a liquid delivery line and a meter in communication therewith, the meter incorporating indicating mechanism displayed through the meter opening of the front plate, a connection accessible through the aforesaid door opening for connecting the liquid delivery line with a supply line that is adapted'to be entered through. a wall of the cavity.

3. A dispensing unit of the class set forth comprising, in combination, an open front cabinet, a member for application to the front thereof, and an assembly carried by said member and including a liquid delivery line and a meter incommunication therewith.

4. A dispensing unit of the class set forth comprising, in combination, an open front cabinet, a member for application to the front thereof, and an assembl carried by said member and including a liquid delivery line, a meter in communication therewith, anelectric' light for illuminating the meter indicator, and a conduit through which the wires are led to said light, said member incorporating a housing for the electrical connections that is sealed against the passage of vapor from the interior of the said cabinet.

5. A dispensing unit of the class set. forth comprising, in combination, an open front cabinet, a plate for application to the front thereof, said plate having a meter opening and a door opening, a door for closing the latter opening, and an assembly carried by the inner side of the plate and including a liquid delivery line and a meter in communication therewith, the meter incorporating indicating mechanism displayed through the meter opening of the front plate, and a con nection accessible through the aforesaid door opening or connecting the liquid delivery line with a supply line that is adapted to be inserted through, an opening in a wall of the cabinet 6. A dispensing unit of the class set forth comprising, in combination, an open front cabinet, a plate for application to the front thereof, said plate having a meter opening and a door opening, a door for closing the latter opening, and an assembly carried by the inner side of the plate and including: a liquid delivery line and a meterin communication therewith, the meter incorporating indicating mechanism displayed through the meter opening of the front plate, and a valve in the liquid delivery line that is accessible through said door opening.

7. A dispensing unit of the class set forth comprising, in combination, an open front cabinet, a plate for application to the front thereof, said plate having a meter opening and a door opening, a door for closing the latter opening, an assembly secured to the inner side of the plate and involving-a liquid delivery line, ameter in communication therewith, an electric light for illuminating the indicator of the meter, and a conduit through which the wires are led for supplying current'to the light, the indicator of the .meter-and said light being grouped within the meter opening of the plate, and connections accessible through the door opening of said open front, a front plate, means for attaching the front plate to said frame, said front plate having a meter opening and a door opening, a door hingedly connected to the front plate for closing the latter, a member fitted within the meter opening and secured to the front plate about the last men tioned opening, an assembly secured to the rear side of the front plate and including a liquid delivery line, a meter in communication therewith, and a conduit for electric wiring which terminates at oneend adjacent the lower portion of the front plate, the aforesaid member having an aperture, and the meter incorporating an indicator that is revealed through the aperture of said member, the member being formed above said aperture with a hollow portion extending rearwardly of the front plate and to which the upper end of the aforesaid conduit is connected, an electric light receptacle supported within said portion of the member, and wires leading through the conduit and connected to the receptacle.

9. A dispensing unit designed for installation in a masonry structure and comprising, in combination, a rectangular sheet metal cabinet having holes in its wall adjacent its lower end through which the ends of a liquid supply pipe and an electric wiring conduit are adapted to be inserted, an angle iron. frame surrounding the open front of the cabinet, a plate designed for application to said angle iron frame, means for securing the peripheral portionof. said plate to said frame, the plate having a meter opening adjacent its upper end and a door opening adjacent its lower end, a door hingedly connected to the plate for closing the last mentioned opening, an. assembly secured to the inner side of the front plate and including a liquid delivery line, a-meter in communication therewith, an electric light receptacle, and a conduit through which electric wires are led to said receptacle, the meter incorporating an indicator mechanism having a dial that is exposed through the meter opening of the front plate, an electric light supported by the aforesaid receptacle in a position to illuminate said dial, and connections accessible through the door opening for joining the liquid delivery line and the conduit, respectively, to the liquid supply pipe and first mentioned conduit.

10. A dispensing unit designed for installation in a masonry structure and comprising, in combination, a rectangular sheet metal cabinet having holes in its wall adjacent its lower end through which the ends of a liquid supply pipe and an electric wiring conduit are adapted to be inserted, an angle iron frame surrounding the open front of the cabinet, a plate designed for application to said angle iron frame, means for securing the peripheral portion of said plate to said frame, the plate having a meter opening adjacent its upper end and a .door opening adjacent its lower end, a door hingedly connected to the plate for closing the last mentioned opening, an assembly secured to the inner side of the front plate and including a liquid delivery line, a meter in communication therewith, an electric light receptacle, and a conduit through which electric wires are led to said receptacle, the meter incorporating an indicating mechanism having a dial that is exposed through the meter opening of the front plate, an electric light supported by the aforesaid receptacle in a position to illuminate said dial, connections accessible through the door opening for joining the liquid delivery line and the conduit to the liquid supply pipe and the first mentioned conduit, respectively, and a valve in the liquid delivery line that is also accessible through said door opening.

11. A dispensing unit of the class set forth comprising, in combination, an open front cabinet, a plate applied to and closing a part of said open front, said plate having a meter opening, an assembly supported by, and upon unease the inner side of, said plate and including a liquid delivery line and a meter in communication therewith, the indicator of the meter being exposed through the aforesaid opening, and a door for closing the remainder of the open front of the cabinet.

12. A dispensing unit of the class set forth comprising, in combination, a masonry structure enclosing a cavity that is open at the front but is otherwise permanently closed, a member disposed across the open front of the cavity, and an assembly carried by said member and including a delivery line and a meter in communication therewith.

13. A dispensing unit of the class set forth comprising, in combination, a masonry structure enclosing a cavity that is open at the front but is otherwise permanently closed, an open front cabinet fitted within said cavity, a member applied to and closing a part of the open front of the cabinet, said member having a meter opening, and an assembly housed within the cabinet and including a liquid delivery line and a meter in communication therewith, the indicator of the meter being exhibited through-the aforesaid opening, and a door for closing the remainder of the open front of the cabinet.

In testimony whereof, I hereunto affix my signature.

WALTER E. MILE STONE.

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