US765374A - Soda-fountain. - Google Patents

Soda-fountain. Download PDF

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US765374A
US765374A US13996603A US1903139966A US765374A US 765374 A US765374 A US 765374A US 13996603 A US13996603 A US 13996603A US 1903139966 A US1903139966 A US 1903139966A US 765374 A US765374 A US 765374A
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receptacle
receptacles
fountain
soda
extract
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Frederick Bletzinger
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D25/00Charging, supporting, and discharging the articles to be cooled

Definitions

  • This invention relates to improvements in soda-fountains, and refers more specifically to an improved fountain in which the extractreceptacles are in the form of jars largely exposed and so mounted within or upon the fountain as to be capable of tilting for the purpose of pouring out the contents.
  • the salient objects of the invention are to provide a construction in which the extract-receptacles are largely exposed to view and are brought into full View each time they are used, thereby not only enhancing the appearance of the fountain, but insuring proper care and attention in the matter of cleanli ness; to provide a construction in which the extract-receptacles may be reliably secured in a tilting frame, so that they are not liable to become disengaged and broken, but at the same time are made capable of being incidentally detached and removed with the utmost convenience; to provide a construction in which, notwithstanding the jars or extractreceptacles are movable in the manner described, yet their lower ends are nevertheless inclosed within a refrigerating-chamber at all times except when tilted into pouring position; to provide a construction of the character last referred to in which the refrigeratingchamber remains substantially closed during the tilting movement of the extract-receptacles, and, in general, to provide a simple, efficient, and ornament
  • FIG. 1 is a perspective view of the principal portions of a soda-fountain embodying my invention.
  • Fig. 2 is a detail, partly in transverse vertical section and partly in side elevation, of the parts concerned in the present invention.
  • Fig. 3 is a front elevation of a plurality of the extract-jars, the stationary supporting-frame upon which the jars rest being shown in longitudinal vertical section.
  • Fig. 4c is a horizontal sectional view taken through one of the jars on the line 4 10f Fig. 3 and looking downwardly.
  • Fig. 5 is a fragmentary front elevation of the lower end portion of one of the jars with the supportingframe removed.
  • 1 designates as a whole the main frame of the fountain structure, of which,it will be understood,only those parts which are concerned in the support of the extract-receptacles are shown, these parts comprising the front wall 2, back wall 3, and a horizontal partition 4:.
  • the front wall terminates at its upper end in a counter-like ledge member 5,. which in the preferred construction shown herein is coincident in height with the horizontal partition 4, within which the extract-receptacles (designated 6) are seated and supported.
  • each receptacle is a jar, preferably transparent, approximately rectangular in cross-section, of greater depth from front to rear than its width, and
  • Each jar is provided with a cover 7 hinged to the jar at its rear side, as indicated at 8, and provided also with a handle 7, whereby the jar may be readily tilted.
  • Each jar is also provided at its front side, at the upper end thereof, with a spout extension 9, desirably extending across the principal width of the jar and provided with a lateral opening, as indicated at 10, which is controlled by'a depending flap or gate 11.
  • the gate 11 is hinged to the front edge of a plate-like extension 12, which is formed integrally with a metal rim 13, which encircles the upper edge of the jar and forms the support for the hinge 8, the plate-like extension 12 forming a permanent closure for the upper side of the spout extension 9, which said upper side is made flush with the lower edge of the rim 13.
  • the several gates 11 form a convenient and ornamental support for the labels designating the contents of the several receptacles, as shown clearly in Fig. 3, and in order that the gates may be manipulated conveniently they each terminate at their lower ends in a suitable handle 14:.
  • 15 designates a supporting-bar mounted upon the inner edge of the ledge 5
  • 16 designates a second transversely-extending supporting-bar arranged parallel with the front bar 15 and at a point some distance in rear of the rear sides of the receptacles 6, the supporting-bar 16 being secured at its ends to the end walls of the fountain structure.
  • At distances apart equal tothe face width of the receptacles 6 are arranged a plurality of cross-bars 17, as best shown in Fig. 3, which bars are desirably of approximately T shape in cross-section, so as to afford sufficient rigidity and provide lateral flanges 18, which engage the proximate sides of the receptacles and confine the latter against sidewise movement.
  • Each receptacle 6 is mounted within and has attached to its lower end a basket-like frame (designated as a whole 19) comprising a circumferential band 20, located at a level coincident with the supporting-bars 15 and 16, a second circumferential band 21, located near the lower end of the receptacle, and a stirruplike strap 22, united at its upper ends with the band 20 and extending thence downwardly and around the bottom of the receptacle, as seen clearly in Figs. 2 and 3.
  • the receptacle is slightly enlarged, so as to provide a circumferential shoulder 6 immediately above the band 20.
  • a pivot-ear 23 Upon the band 20 at points approximately coincident with the front side of the receptacle and at each side thereof is secured a pivot-ear 23, provided with a lateral proerable distance beyond the plane occupied by the rear side of the receptacle when in upright position.
  • the supporting-bar 16 is accordinglylocated far enough in rear of the receptacles to be out of the path of the latter when thus tilted, and in order to cover the space between the rear sides of the receptacles and said supporting-bar extension-plates 26 are secured to the receptacles, said plates being in the present instance shown as formed integrally with the supporting-band 20 of the several receptacles.
  • the lower part of the fountain within which the lower ends of the extract-receptacles depend, constitutes a refrigerator chamber, and the extensionplates 26 serve to keep this chamber normally closed.
  • the front side of the band 20 is provided with a lip-like extension 27, which normally underlies the supporting-bar 15, as indicated clearly in Fig. 2, and closes the refrigerating-chamber at this point.
  • a curved depending partition or guard 29 is provided, which is arranged to extend from the supporting-bar 16 downwardly to a point adjacent to the lower ends of the receptacles.
  • the receptacle is provided at points in register with the lower band 21 of the frame 19 at its front and rear sides with grooves 30 and 30, (see Figs. 4 and 5,) suitably shaped to receive or in part receive said band 21, and the latter, as best shown in Fig. 2, is provided at its rear side with a set-screw 31, threaded through the band and arranged to engage the groove at the rear side of the receptacle and at the same time throw the band rearwardly, so as to cause its front side to reliably engage the groove.
  • the receptacle being of uniform size throughout its portion which extends within the basket or frame may therefore be freely lifted out of the latter when the set-screw is retracted and the encircling band 20 shifted forward sufficiently to disengage it from the front groove, it being noted that, as clearly shown in Fig. 1, the internal width of the band 20 from front to rear is slightly greater than the outside diameter of the receptacle.
  • each receptacle is adapted to engage at its lower end with a stop or bufl er 32, mounted in the front wall 2, as shown clearly in Fig. 2.
  • said buffers consist of plungers 33, slidingly seated in a suitable socket 34 and normally held projected by means of coiled expansion-springs 35, the inner headed end of each plunger being adapted to engage the front side of the band 21 of the corresponding receptacles.
  • a fountain structure having a front wall provided at its upper edge with a series of extract-receptacle supports a cooling-chamber in rear of saidfront wall, a recess immediately in rear of said receptacle-supports and extending into said cooling-chamber, and a series of partly exposed extract receptacles tiltably and removably mounted upon said supports to oscillate within said recess upon transversely-extending axes located approximately at the front sides of the receptacles and intermediate the heights of the latter, whereby said receptacles are brought into a fully-exposed horizontal position above said struc ture when tilted, substantially as described.
  • a soda-fountain apparatus the combination with a fountain structure provided with a front wall, and a series of. extract-receptacle supports arranged at the upper edge of said front wall, a recess constituting a part of a cooling-chamber and located immediately in rear of the upper portion of said front wall, and a series of extract-receptacles tiltably and removably mounted upon said receptacle-supports upon transversely-extend- It will be obvious that when the jar ing axes located intermediate the heights of the receptacles whereby'the lower ends of the latter will extend within said cooling-chamher when in upright position, and swing upwardly through said recess into fully-exposed view above said structure when the upper ends thereof are tilted forwardly-for drawing extract, substantially as described.
  • a soda-fountain apparatus the combination with a fountain structure having a front wall forming the front side of the cooling-chamber, a series of pivot-supports arranged at the upper edge of said front wall, a series of extract rece ptacles pivotally connectedwith said pivot-supports upon axes,
  • portions of said receptacles located above said pivot-supports being freely exposed and their lower ends arranged to extend within said cooling-chamber, and means normally closing the upper side of the cooling-chamber contiguous to the rear sides of the receptacles, opening automatically upon the tilting of the receptacles. substantially as described.
  • a soda-fountain receptacle provided intermediate its height with outstanding circumferentially-extending shoulders, a supporting-ring encircling the body'- of the receptacle and engaging said shoulders,
  • an adjustable clamp connected with said ring, comprising a second band encircling the body of the receptacle at a point below the support ing-ring, grooves formed in the body of the receptacle to receive said lower encircling ring, means for holding said clamping-ring in clamping engagement with the body of the receptacle, and connections connecting the supporting and clamping rings.
  • a soda-fountain receptacle provided at its upper end with a laterally-projecting spout, a rigid plate forming a closure for the upper side of said spout, and a pend ulous flap hinged to said plate and forming a closure for the lateral opening of said spout, substantially as described.
  • a soda-fountain receptacle provided at its upper end with a laterally-projecting spout, a rigid plate forming a closure for the upper side of said spout, and a pendulous flap hinged to said plate and forming a closure for the lateral opening of said spout, said flap being provided with a label-holding receptacle, substantially as described.
  • a fountain structure proper with a series of rectangular openings in the top surface thereof, a series of pivotsupports mounted near the edges of said openings, a series of extract-receptacles, each provided with a pair of pivot-studs intermediate its ends and adjacent to its front surface, and
  • each receptacle projects above the top surface of the fountain structure and is adapted to be tilted into approximately horizontal position above said top surface, and a buffer mounted within said structure at a point below the pivotal supports and adapted to engage the lower end of the receptacle and hold it in upright position.

Description

NO. 765,374. PATENTED JULY 19, 1904. P. BLETZINGBR.
SODA FOUNTAIN.
APPLICATION FILED JAN. 21. 1903 NO MODEL. 2 sums-sum 1.
PATENTBD JULY 19, 1904.
I. BLETZINGER.
SODA FOUNTAIN.
APPLICATION FILED JAN. 21, 1903.
'2 SHEETS-SHEET 2.
NO MODEL.
LII
' UNITED STATES Patented July 19, 1904.
FREDERICK BLETZINGER, OF CHICAGO, ILLINOIS.
SODA-FOUNTAIN.
SPECIFICATION forming part of Letters Patent No. 765,374, dated July 19, 1904.
Application filed January 21, 1903. Serial No. 139,966. (No model.)
To all whom it may concern:
Be it known that I, FREDERICK BLETZINGER, a resident of Chicago, in the county of Cook and State of Illinois, have invented certain new and useful Improvements in Soda-Fountains, of which the following is aspecification.
This invention relates to improvements in soda-fountains, and refers more specifically to an improved fountain in which the extractreceptacles are in the form of jars largely exposed and so mounted within or upon the fountain as to be capable of tilting for the purpose of pouring out the contents.
Among the salient objects of the invention are to provide a construction in which the extract-receptacles are largely exposed to view and are brought into full View each time they are used, thereby not only enhancing the appearance of the fountain, but insuring proper care and attention in the matter of cleanli ness; to provide a construction in which the extract-receptacles may be reliably secured in a tilting frame, so that they are not liable to become disengaged and broken, but at the same time are made capable of being incidentally detached and removed with the utmost convenience; to provide a construction in which, notwithstanding the jars or extractreceptacles are movable in the manner described, yet their lower ends are nevertheless inclosed within a refrigerating-chamber at all times except when tilted into pouring position; to provide a construction of the character last referred to in which the refrigeratingchamber remains substantially closed during the tilting movement of the extract-receptacles, and, in general, to provide a simple, efficient, and ornamental construction in sodafountains.
To the above ends the invention consists'in the matters hereinafter described and more particularly pointed out in the appended claims, and the invention will be more readily understood from the following description by reference to the accompanying drawings, forming a part thereof, and in which Figure l is a perspective view of the principal portions of a soda-fountain embodying my invention. Fig. 2 is a detail, partly in transverse vertical section and partly in side elevation, of the parts concerned in the present invention. Fig. 3 is a front elevation of a plurality of the extract-jars, the stationary supporting-frame upon which the jars rest being shown in longitudinal vertical section. Fig. 4c is a horizontal sectional view taken through one of the jars on the line 4 10f Fig. 3 and looking downwardly. Fig. 5 is a fragmentary front elevation of the lower end portion of one of the jars with the supportingframe removed.
Referring to the drawings, 1 designates as a whole the main frame of the fountain structure, of which,it will be understood,only those parts which are concerned in the support of the extract-receptacles are shown, these parts comprising the front wall 2, back wall 3, and a horizontal partition 4:. The front wall terminates at its upper end in a counter-like ledge member 5,. which in the preferred construction shown herein is coincident in height with the horizontal partition 4, within which the extract-receptacles (designated 6) are seated and supported.
In the approved form shown each receptacle is a jar, preferably transparent, approximately rectangular in cross-section, of greater depth from front to rear than its width, and
of substantially uniform size throughout its height, this form, as will hereinafter appear, being economical of space and more conveniently handled than would be a cylindric or equilateral jar. Each jar is provided with a cover 7 hinged to the jar at its rear side, as indicated at 8, and provided also with a handle 7, whereby the jar may be readily tilted. Each jar is also provided at its front side, at the upper end thereof, with a spout extension 9, desirably extending across the principal width of the jar and provided with a lateral opening, as indicated at 10, which is controlled by'a depending flap or gate 11. The gate 11 is hinged to the front edge of a plate-like extension 12, which is formed integrally with a metal rim 13, which encircles the upper edge of the jar and forms the support for the hinge 8, the plate-like extension 12 forming a permanent closure for the upper side of the spout extension 9, which said upper side is made flush with the lower edge of the rim 13. The several gates 11 form a convenient and ornamental support for the labels designating the contents of the several receptacles, as shown clearly in Fig. 3, and in order that the gates may be manipulated conveniently they each terminate at their lower ends in a suitable handle 14:.
Describing now the means whereby the receptacles are tiltably supported in the fountain structure, 15 designates a supporting-bar mounted upon the inner edge of the ledge 5, and 16 designates a second transversely-extending supporting-bar arranged parallel with the front bar 15 and at a point some distance in rear of the rear sides of the receptacles 6, the supporting-bar 16 being secured at its ends to the end walls of the fountain structure. At distances apart equal tothe face width of the receptacles 6 are arranged a plurality of cross-bars 17, as best shown in Fig. 3, which bars are desirably of approximately T shape in cross-section, so as to afford sufficient rigidity and provide lateral flanges 18, which engage the proximate sides of the receptacles and confine the latter against sidewise movement.
Each receptacle 6 is mounted within and has attached to its lower end a basket-like frame (designated as a whole 19) comprising a circumferential band 20, located at a level coincident with the supporting-bars 15 and 16, a second circumferential band 21, located near the lower end of the receptacle, and a stirruplike strap 22, united at its upper ends with the band 20 and extending thence downwardly and around the bottom of the receptacle, as seen clearly in Figs. 2 and 3. The receptacle is slightly enlarged, so as to provide a circumferential shoulder 6 immediately above the band 20. Upon the band 20 at points approximately coincident with the front side of the receptacle and at each side thereof is secured a pivot-ear 23, provided with a lateral proerable distance beyond the plane occupied by the rear side of the receptacle when in upright position. The supporting-bar 16 is accordinglylocated far enough in rear of the receptacles to be out of the path of the latter when thus tilted, and in order to cover the space between the rear sides of the receptacles and said supporting-bar extension-plates 26 are secured to the receptacles, said plates being in the present instance shown as formed integrally with the supporting-band 20 of the several receptacles. V
It will be understood that the lower part of the fountain, within which the lower ends of the extract-receptacles depend, constitutes a refrigerator chamber, and the extensionplates 26 serve to keep this chamber normally closed. For the same reason the front side of the band 20 is provided with a lip-like extension 27, which normally underlies the supporting-bar 15, as indicated clearly in Fig. 2, and closes the refrigerating-chamber at this point.
28 designates a removable closure, which closes a filling-aperture formed in the partition 1 at a point in rear of the supporting-bar 16, through which aperture ice may be charged from time to time, and in order to prevent the ice from filling in around the bottoms of the extract-receptacles, so as to prevent the free movement of the latter, a curved depending partition or guard 29 is provided, which is arranged to extend from the supporting-bar 16 downwardly to a point adjacent to the lower ends of the receptacles.
It is at times necessary to removethe receptacles from the fountain, and means are provided for disconnecting-it from its basket-like frame, so that the latter need not be disconnected from its supports. Furthermore, it is necessary that the basket-like frame 19 be so secured to the receptacle that the latter may be tilted into horizontal position without danger of becoming dislodged therefrom. Ac-
cordingly the receptacle is provided at points in register with the lower band 21 of the frame 19 at its front and rear sides with grooves 30 and 30, (see Figs. 4 and 5,) suitably shaped to receive or in part receive said band 21, and the latter, as best shown in Fig. 2, is provided at its rear side with a set-screw 31, threaded through the band and arranged to engage the groove at the rear side of the receptacle and at the same time throw the band rearwardly, so as to cause its front side to reliably engage the groove. The receptacle being of uniform size throughout its portion which extends within the basket or frame may therefore be freely lifted out of the latter when the set-screw is retracted and the encircling band 20 shifted forward sufficiently to disengage it from the front groove, it being noted that, as clearly shown in Fig. 1, the internal width of the band 20 from front to rear is slightly greater than the outside diameter of the receptacle.
In order that the several receptacles may be arrested and held in vertical position, each is adapted to engage at its lower end with a stop or bufl er 32, mounted in the front wall 2, as shown clearly in Fig. 2. In the preferred construction shown herein said buffers consist of plungers 33, slidingly seated in a suitable socket 34 and normally held projected by means of coiled expansion-springs 35, the inner headed end of each plunger being adapted to engage the front side of the band 21 of the corresponding receptacles.
The operation of the apparatus is entirely obvious from the foregoing description and need not therefore be described in detail. It is sufiicient to say that the operator desiring to draw extract from any one of the receptacles first lifts up the gate 11, so as to open the spout, and then takes hold of the knob 7 and tilts the receptacle forwardly until the required extract has been poured out. As the jar is tilted forwardly the extension-plate 26 is carried upwardly, thus momentarily opening the space immediately in rear of the jar; but inasmuch as the bottom of the jar swings into this space the loss of cold air is inconsiderable. is thus tilted it will be almost entirely exposed to View, and it follows that the fountain must of necessity be kept clean and free from sediment. Upon the return of the jar to its upright position the cushioning-buffers prevent danger of breaking the jar and arrest the latter when it has reached a perpendicular position. The disconnection of the jar and its removal when it is necessary to clean the same has been described and need not be repeated.
While I have herein shown and described a preferred embodiment of the invention, yet it will be understood that the details of construction may be modified without departing from the invention. I do not therefore limit myself to the details of construction shown and described except to the extent that they are made the subject of specific claims.
I claim as my invention 1. In a soda-fountain, the combination of a fountain structure having a front wall provided at its upper edge with a series of extract-receptacle supports a cooling-chamber in rear of saidfront wall, a recess immediately in rear of said receptacle-supports and extending into said cooling-chamber, and a series of partly exposed extract receptacles tiltably and removably mounted upon said supports to oscillate within said recess upon transversely-extending axes located approximately at the front sides of the receptacles and intermediate the heights of the latter, whereby said receptacles are brought into a fully-exposed horizontal position above said struc ture when tilted, substantially as described.
2. In a soda-fountain apparatus, the combination with a fountain structure provided with a front wall, and a series of. extract-receptacle supports arranged at the upper edge of said front wall, a recess constituting a part of a cooling-chamber and located immediately in rear of the upper portion of said front wall, and a series of extract-receptacles tiltably and removably mounted upon said receptacle-supports upon transversely-extend- It will be obvious that when the jar ing axes located intermediate the heights of the receptacles whereby'the lower ends of the latter will extend within said cooling-chamher when in upright position, and swing upwardly through said recess into fully-exposed view above said structure when the upper ends thereof are tilted forwardly-for drawing extract, substantially as described.
3. In a soda-fountain apparatus, the combination with a fountain structure having a front wall forming the front side of the cooling-chamber, a series of pivot-supports arranged at the upper edge of said front wall, a series of extract rece ptacles pivotally connectedwith said pivot-supports upon axes,
arranged intermediate the heights of the receptacles and at the front sides thereof, the
portions of said receptacles located above said pivot-supports being freely exposed and their lower ends arranged to extend within said cooling-chamber, and means normally closing the upper side of the cooling-chamber contiguous to the rear sides of the receptacles, opening automatically upon the tilting of the receptacles. substantially as described.
4. In a soda-fountain, the combination of a fountain structure, thebase'of which is pro-' rear and whose pivotal axes are located atpoints intermediate the heights of the receptacles and movable closures connected with and moving with said several receptacles, said closures serving to normally close the tilting space occupied by the receptacle when tilted, substantially as described.
5. In asoda-fountain, the combination'with a refrigerating-chamber and asuitable pivotsupport located adjacent said chamber, of a transparent extract-receptacle mounted'upon said pivot-support to swing upon an axis lo- IOCi cated midway of the height of the receptacle and adjacent to or in the front plane of the receptacle, the base of said receptacle being arranged to extend within said refrigeratingchamber when the receptacle isin its normal position and to swing into fully-exposed position above said chamber when turned upon said pivot-support, for the purpose set forth.
6. In combination, a soda-fountain receptacle provided intermediate its height with outstanding circumferentially-extending shoulders, a supporting-ring encircling the body'- of the receptacle and engaging said shoulders,
pivot-supports upon said ring, and an adjustable clamp connected with said ring, comprising a second band encircling the body of the receptacle at a point below the support ing-ring, grooves formed in the body of the receptacle to receive said lower encircling ring, means for holding said clamping-ring in clamping engagement with the body of the receptacle, and connections connecting the supporting and clamping rings.
7. A soda-fountain receptacle provided at its upper end with a laterally-projecting spout, a rigid plate forming a closure for the upper side of said spout, and a pend ulous flap hinged to said plate and forming a closure for the lateral opening of said spout, substantially as described.
8. A soda-fountain receptacle provided at its upper end with a laterally-projecting spout, a rigid plate forming a closure for the upper side of said spout, and a pendulous flap hinged to said plate and forming a closure for the lateral opening of said spout, said flap being provided with a label-holding receptacle, substantially as described.
9. In a soda-fountain, a fountain structure proper with a series of rectangular openings in the top surface thereof, a series of pivotsupports mounted near the edges of said openings, a series of extract-receptacles, each provided with a pair of pivot-studs intermediate its ends and adjacent to its front surface, and
a plate like extension at its rear surface, mounted within said openings and upon said pivot-supports, whereby the greater portion of each receptacle projects above the top surface of the fountain structure and is adapted to be tilted into approximately horizontal position above said top surface, and a buffer mounted within said structure at a point below the pivotal supports and adapted to engage the lower end of the receptacle and hold it in upright position.
10. In combination with a soda-fountain base, having a substantially fiat top portion, and a series of extract-receptacles seated to depend at their lower ends through said flat top and pivotally supported upon axes approximately coincident with the flat top, of a curved partition-plate extending downwardly within the base contiguous to, and approximately coincident with the path of movement of the lower end of the receptacle when oscillated upon their pivot-supports, for the purpose set forth. v
FREDERICK BLETZINGER.
\Vitnesses:
ALBERT H. GRAVES, L. F. MCCREA.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4187950A (en) * 1977-06-27 1980-02-12 Peet Gale P Gas can transporter

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4187950A (en) * 1977-06-27 1980-02-12 Peet Gale P Gas can transporter

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