US2014714A - Oil burner - Google Patents
Oil burner Download PDFInfo
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- US2014714A US2014714A US700392A US70039233A US2014714A US 2014714 A US2014714 A US 2014714A US 700392 A US700392 A US 700392A US 70039233 A US70039233 A US 70039233A US 2014714 A US2014714 A US 2014714A
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- pot
- conduit
- perforated
- air
- annular conduit
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23D—BURNERS
- F23D5/00—Burners in which liquid fuel evaporates in the combustion space, with or without chemical conversion of evaporated fuel
Definitions
- This invention relates to oil burners, and has for an object to provide an improved type of oil burner embodying a pot for the combustion of the oil, and improved means for supplying air to support the combustion.
- a further object of the invention is to provide an oil burner having means for introducing oil to the center of the bottom of the pot, with means for igniting the oil in such position, and air inlets above said position for supplying air to complete the combustion initiated by a pilot adjacent to said 011 deposit.
- a further object of the invention is to provide improved means for supplying air to a pot type of liquid fuel burner.
- the invention therefore, comprises a pot with means for introducing oil into the center of the bottom of the pot, with means, as a gas pilot, for igniting the deposit of oil, and air inlets extending downwardly into the sides of the pot but terminating above the bottom, together with a ring about the top all perforated for educting the air and with means for forcing air into said educting conduits.
- Figure 1 is a view of the invention partly in side elevation and partly in approximately diametrical section
- Figure 2 is a view principally in top plan, but with part of the top ring broken away and showing line l--
- Figure 3 is a detail fragmentary radial view through a modified type of ring
- FIGS 4, 5 and 6 are, respectively, modifications of the air inlets.
- the oil burner which forms the subject-matter of this application comprises a pot A composed of the bottom l0 and side walls ll. As shown in the drawings, this pot is an integral structure, but it is to be understood that it may be constructed in sections or parts as convenience of manufacture or exigencies of use may make necessary or desirable.
- Means for supplying oil or other liquid fuel to the bottom of the pot.
- This means may be any means approved, and the showing of the pipe l2 with the nozzle I3 is to be understood as merely illustrative. With such a device, the oil will drip, as indicated by the drop l4, onto the bottom IU of the pot, and substantially in the center thereof.
- a gas pipe 15 and pilot I6 is indicated, which may support a pilot flame I! immediately over such oil deposit.
- annular ring I8 About the top of the not an annular ring I8 is provided having perforations l9 directed at an inclination upwardly. From this annular ring a 10 number of legs extend downwardly within the pot, stopping short of the bottom. At Figure 1, one of the legs 20 is shown being so perforated at 2
- the legs 20 are in communication with the annular tube l8 and air is supplied by means of one or more conduits 22 from any source of air under pressure, indicated conveniently by the blower 23. 20
- legs 20 are indicated as circular in cross-section.
- Other types of legs, circular in cross-section, are also indicated at 24 in Figure 4, with more than a single row of perforations, so that the air educted 25 from such legs will be in more than one vertical plane, and will be directed spirally as before described, but on arcs of diiferent radii.
- legs 25 are indicated as being perforated with three vertical rows of perforations, the leg itself being half round in crosssection.
- legs 26 are indicated as triangular, perforated upon both equilateral sides, so that the air is directed about the perimeter of the pot in opposite directions, forming a more complete mixture of the air and combustible ma terial than in some of the other types.
- the top of the pot A is preferably flanged out, as shown at 21, and a ring 28 of substantially the same diameter is secured thereon in any approved manner.
- Clips 29 are shown at Figures 1 and 2, but it is to be understood that any approved means may be employed.
- a second ring 30 is preferably associated with 45 the ring 28 by a rabbet formed in the ring 28 in which the ring 30 is seated.
- the ring 28' is shown overlaid by the ring 30, these being merely alternate structures.
- the pilot flame 50 I! will normally be continuously maintained.
- the heater as such, is intended to be of the on and off type, that is to say, when it is operated, it is operated at full capacity, the operation to be discontinued by thermostatic control, all of which is not shown, but is well understood in the art.
- the ring 30 or 30' is, of course, subjected to the greatest heat of all the installation and is, therefore, made easily and cheaply replaceable.
- the heat maintained within the pot during the time of complete combustion is only sufficient to completely gasify the oil to mix it with the air and ,discharge it through the ring 30 or 30', as an inflammable mixture.
- the legs which are inserted downwardly into the pot are three in number. It is obvious that a greater or less number of legs may be employed which may be indicated somewhat by the size of the pot and the heating requirements of the installation, but will also be indicated by the requirement of combustion.
- two of the air conduits 22 are indicated as communicating with the ring II. It is obvious that in larger installations the number of air conduits may be increased, and it is even possible that in a small installation a single air conduit will serve the purpose. It is to be understood that the invention is in no way limited to the number of air conduits or number of -perforated legs which are shown in the drawings, as the same may be increased or decreased, as the same may seem necessary or desirable.
- legs or the perforations thereof shall stop considerably short of the bottom of the pot to prevent extinguishing the oil flame at the early stages, but to still provide sufficient air to form an inflammable mixture before the mixture immerges from the flame orifice, defined by the ring 30 or 30'.
- oil burner herein' illustrated may be modified and changed in various ways without departing from the invention herein set forth and hereinafter claimed.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side walls into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforationsof said last named conduit being directed angularly toward the interior of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of said last named conduit stopping short of the bottom of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of the last named conduit being along the inner side only, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of the last named conduit being along the inner side only, and circumferentially directed, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of said last named conduit being directed circumferentially of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, an annulus overlying the annular conduit having an opening of less diameter than said conduit, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side walls into said pot, the perforations of said last named conduit being directed angularly toward the interior of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of the last named conduit being along the inner side only, an annulus overlying the annular conduit having an opening of less diameter than said conduit.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side-walls into said pot, the perforations of the last named conduit being along the inner side only and circumferentially directed, an annulus overlying the annular conduit having an opening of less diameter than said conduit.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular con-, duit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side walls into said pot, the perforations of said last named conduit being directed circumferentially of the pct,
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a periorated conduit communicating therewith and extending downwardly along the side walls into said pot, the perforations of said last named conduit stopping short of the bottom of the pot, an annulus overlying the annular conduit having an opening of less diameter than said conduit, and means connected to one of said conduits operable to supply air thereto under pressure. 5
- An oil burner comprising a pot, means tointroduce fuel thereto, a perforated annular conduit supported inward of and contiguous'to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, means connected to one of said conduits operable to supply air thereto under pressure, and means above said ring tending to deflect flames generated at the perforations of the annular conduit.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, means connected to one of said conduits operable to supply air thereto under pressure, and means above said ring tending to radially deflect flames generated at the perforations of the annular conduit.
- An oil burner comprising a pot, means to introduce fuel into the bottom thereof, a permrated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel into the center of the bottom thereof, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending down- 0 wardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
- An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly into, said pot, and means connected to one of said conduits operable to supply air thereto under pressure, the perforations of the downwardly extending conduit adapted to discharge air at various levels.
Description
P 1935. E. BAUER 2,014,714
OIL BURNER Filed Dec. 1, 1953 2 Sheets-Sheet l WITNESSES.- INVENTOR: Eli/ M Emor'gLouis Bauer- 1 ,1 /'1 ATTORNEY E. L. BAUER Sept. 17, 1935.
OIL BURNER Filed Dec. 1, 1933 2 Sheets-Sheet 2 INVENTOR: Emory LouLsBauer WITNESSES:
M2 Z I Patented Sept. 17, 1935 UNITED STATES PATENT OFFICE 19 Claims.
This invention relates to oil burners, and has for an object to provide an improved type of oil burner embodying a pot for the combustion of the oil, and improved means for supplying air to support the combustion.
A further object of the invention is to provide an oil burner having means for introducing oil to the center of the bottom of the pot, with means for igniting the oil in such position, and air inlets above said position for supplying air to complete the combustion initiated by a pilot adjacent to said 011 deposit.
A further object of the invention is to provide improved means for supplying air to a pot type of liquid fuel burner.
The invention, therefore, comprises a pot with means for introducing oil into the center of the bottom of the pot, with means, as a gas pilot, for igniting the deposit of oil, and air inlets extending downwardly into the sides of the pot but terminating above the bottom, together with a ring about the top all perforated for educting the air and with means for forcing air into said educting conduits.
The drawings illustrate an embodiment of the invention and the views therein are as follows:
Figure 1 is a view of the invention partly in side elevation and partly in approximately diametrical section,
Figure 2 is a view principally in top plan, but with part of the top ring broken away and showing line l--| as the plane of Figure 1,
Figure 3 is a detail fragmentary radial view through a modified type of ring,
Figures 4, 5 and 6 are, respectively, modifications of the air inlets.
Like characters of reference indicate corresponding parts throughout the several views.
The oil burner which forms the subject-matter of this application comprises a pot A composed of the bottom l0 and side walls ll. As shown in the drawings, this pot is an integral structure, but it is to be understood that it may be constructed in sections or parts as convenience of manufacture or exigencies of use may make necessary or desirable.
Means is provided for supplying oil or other liquid fuel to the bottom of the pot. This means may be any means approved, and the showing of the pipe l2 with the nozzle I3 is to be understood as merely illustrative. With such a device, the oil will drip, as indicated by the drop l4, onto the bottom IU of the pot, and substantially in the center thereof.
Some means is provided for igniting the oil thus deposited. As shown in the drawings, a gas pipe 15 and pilot I6 is indicated, which may support a pilot flame I! immediately over such oil deposit.
It is to be understood, however, that this is purely illustrative, and that any, means found conven- 5 ient for igniting the oil deposit is within the scope of the present invention.
About the top of the not an annular ring I8 is provided having perforations l9 directed at an inclination upwardly. From this annular ring a 10 number of legs extend downwardly within the pot, stopping short of the bottom. At Figure 1, one of the legs 20 is shown being so perforated at 2|, that air will be educted as indicated by the arrows at Figures 1 and 2, spirally and at the same time, 15 upwardly.
The legs 20 are in communication with the annular tube l8 and air is supplied by means of one or more conduits 22 from any source of air under pressure, indicated conveniently by the blower 23. 20
As indicated at Figures 1 and 2 also the legs 20 are indicated as circular in cross-section. Other types of legs, circular in cross-section, are also indicated at 24 in Figure 4, with more than a single row of perforations, so that the air educted 25 from such legs will be in more than one vertical plane, and will be directed spirally as before described, but on arcs of diiferent radii.
At Figure 5, the legs 25 are indicated as being perforated with three vertical rows of perforations, the leg itself being half round in crosssection.
At Figure 6 the legs 26 are indicated as triangular, perforated upon both equilateral sides, so that the air is directed about the perimeter of the pot in opposite directions, forming a more complete mixture of the air and combustible ma terial than in some of the other types.
The top of the pot A is preferably flanged out, as shown at 21, and a ring 28 of substantially the same diameter is secured thereon in any approved manner. Clips 29 are shown at Figures 1 and 2, but it is to be understood that any approved means may be employed.
A second ring 30 is preferably associated with 45 the ring 28 by a rabbet formed in the ring 28 in which the ring 30 is seated. At Figure 3 the ring 28' is shown overlaid by the ring 30, these being merely alternate structures.
In the operation of the device, the pilot flame 50 I! will normally be continuously maintained. The heater, as such, is intended to be of the on and off type, that is to say, when it is operated, it is operated at full capacity, the operation to be discontinued by thermostatic control, all of which is not shown, but is well understood in the art.
When the oil is deposited upon the bottom of the pot, as indicated by the drop I, it is ignited by the gas pilot I1. Simultaneously, air is admitted to be educted from the ring l8 and the legs 20, 24, 25 or 25. Stopping the legs short of the bottom of the pot is very important, otherwise the air educted would extinguish the flame supported by the oil in the bottom of the pot initially.
Sufficient air, however, reaches the oil flame to support combustion. As heat is generated the combustion becomes more and more perfect until in its flnal stage the pot is completely filled only with gas and air mixture, which is emitted, and the combustion is supported wholly above the ring 30 or 30'.
As the combustion is supported at this point the ring 30 or 30' is, of course, subjected to the greatest heat of all the installation and is, therefore, made easily and cheaply replaceable. The heat maintained within the pot during the time of complete combustion is only sufficient to completely gasify the oil to mix it with the air and ,discharge it through the ring 30 or 30', as an inflammable mixture.
As indicatedin the drawings, the legs which are inserted downwardly into the pot are three in number. It is obvious that a greater or less number of legs may be employed which may be indicated somewhat by the size of the pot and the heating requirements of the installation, but will also be indicated by the requirement of combustion.
Also, as shown, two of the air conduits 22 are indicated as communicating with the ring II. It is obvious that in larger installations the number of air conduits may be increased, and it is even possible that in a small installation a single air conduit will serve the purpose. It is to be understood that the invention is in no way limited to the number of air conduits or number of -perforated legs which are shown in the drawings, as the same may be increased or decreased, as the same may seem necessary or desirable.
Although a number of different types of legs with various perforations have been shown in the drawings, it is to be understood that these types are merely illustrative, and that other types differently perforated are within the scope of the invention, it being understood that it is at the present time thought desirable or necessary that the legs or the perforations thereof shall stop considerably short of the bottom of the pot to prevent extinguishing the oil flame at the early stages, but to still provide sufficient air to form an inflammable mixture before the mixture immerges from the flame orifice, defined by the ring 30 or 30'.
Of course, the oil burner herein' illustrated may be modified and changed in various ways without departing from the invention herein set forth and hereinafter claimed.
I claim:--
1. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
2. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
3. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side walls into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
4. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforationsof said last named conduit being directed angularly toward the interior of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
5. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of said last named conduit stopping short of the bottom of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
6. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of the last named conduit being along the inner side only, and means connected to one of said conduits operable to supply air thereto under pressure.
7. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of the last named conduit being along the inner side only, and circumferentially directed, and means connected to one of said conduits operable to supply air thereto under pressure.
8. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of said last named conduit being directed circumferentially of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
9. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, an annulus overlying the annular conduit having an opening of less diameter than said conduit, and means connected to one of said conduits operable to supply air thereto under pressure.
10. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side walls into said pot, the perforations of said last named conduit being directed angularly toward the interior of the pot, and means connected to one of said conduits operable to supply air thereto under pressure.
11. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, the perforations of the last named conduit being along the inner side only, an annulus overlying the annular conduit having an opening of less diameter than said conduit.
12. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side-walls into said pot, the perforations of the last named conduit being along the inner side only and circumferentially directed, an annulus overlying the annular conduit having an opening of less diameter than said conduit.
13. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular con-, duit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly along the side walls into said pot, the perforations of said last named conduit being directed circumferentially of the pct,
and means connected to one of said conduits operable to supply air thereto under pressure.
14. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a periorated conduit communicating therewith and extending downwardly along the side walls into said pot, the perforations of said last named conduit stopping short of the bottom of the pot, an annulus overlying the annular conduit having an opening of less diameter than said conduit, and means connected to one of said conduits operable to supply air thereto under pressure. 5
15. An oil burner comprising a pot, means tointroduce fuel thereto, a perforated annular conduit supported inward of and contiguous'to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, means connected to one of said conduits operable to supply air thereto under pressure, and means above said ring tending to deflect flames generated at the perforations of the annular conduit.
16. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, means connected to one of said conduits operable to supply air thereto under pressure, and means above said ring tending to radially deflect flames generated at the perforations of the annular conduit.
17. An oil burner comprising a pot, means to introduce fuel into the bottom thereof, a permrated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending downwardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
18. An oil burner comprising a pot, means to introduce fuel into the center of the bottom thereof, a perforated annular conduit supported inward of and contiguous to the rim of said pot, said annular conduit having a perforated conduit communicating therewith and extending down- 0 wardly into said pot, and means connected to one of said conduits operable to supply air thereto under pressure.
19. An oil burner comprising a pot, means to introduce fuel thereto, a perforated annular conduit supported inward of and contiguous to the rim of said pot, the perforations being directed upwardly, said annular conduit having a perforated conduit communicating therewith and extending downwardly into, said pot, and means connected to one of said conduits operable to supply air thereto under pressure, the perforations of the downwardly extending conduit adapted to discharge air at various levels.
EMORY ours BAUER.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US700392A US2014714A (en) | 1933-12-01 | 1933-12-01 | Oil burner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US700392A US2014714A (en) | 1933-12-01 | 1933-12-01 | Oil burner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| US2014714A true US2014714A (en) | 1935-09-17 |
Family
ID=24813315
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| US700392A Expired - Lifetime US2014714A (en) | 1933-12-01 | 1933-12-01 | Oil burner |
Country Status (1)
| Country | Link |
|---|---|
| US (1) | US2014714A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2584281A (en) * | 1948-12-20 | 1952-02-05 | Harry E Morlock | Pot type oil burner apparatus |
| US3174530A (en) * | 1961-09-19 | 1965-03-23 | Cyril F Meenan | Furnace combustion chamber |
| US3748081A (en) * | 1971-05-20 | 1973-07-24 | Ppg Industries Inc | Method and apparatus for disposal of liquid waste |
| US3834855A (en) * | 1971-05-20 | 1974-09-10 | Ppg Industries Inc | Method for disposal of liquid waste |
| US4813360A (en) * | 1987-04-03 | 1989-03-21 | Edward Poeppelman | Apparatus for burning waste products |
-
1933
- 1933-12-01 US US700392A patent/US2014714A/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2584281A (en) * | 1948-12-20 | 1952-02-05 | Harry E Morlock | Pot type oil burner apparatus |
| US3174530A (en) * | 1961-09-19 | 1965-03-23 | Cyril F Meenan | Furnace combustion chamber |
| US3748081A (en) * | 1971-05-20 | 1973-07-24 | Ppg Industries Inc | Method and apparatus for disposal of liquid waste |
| US3834855A (en) * | 1971-05-20 | 1974-09-10 | Ppg Industries Inc | Method for disposal of liquid waste |
| US4813360A (en) * | 1987-04-03 | 1989-03-21 | Edward Poeppelman | Apparatus for burning waste products |
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