US1458919A

US1458919A - Oil-burning attachment

Info

Publication number: US1458919A
Application number: US461515A
Authority: US
Inventors: Kaiserman Achille; Zaugg Albert
Original assignee: Individual
Current assignee: Individual
Priority date: 1921-04-15
Filing date: 1921-04-15
Publication date: 1923-06-12
Anticipated expiration: 1940-06-12

Description

June 12, 1923.

A. KAISERMAN ET AL OIL BURNING ATTACHMENT Original Filed April 15, 1921 3 Sheets-Sheet l M9 0 2 NO flcH/LLE Kama-e014 flzs r Z 4066 By @744 A TTOR/VE V8 A. KAISERMAN ET AL OIL BURNING ATTACHMENT June 12, 1923 Original Filed April 15, 1921 8 Sheets-Sheet 5 Patented June 12, 1923. Y

' UNITED s'r AGHILLE KAISEBHAN AND ALBERT ZAUGG, OF DETROIT, MICHIGAN.

OIL-BURNING ATTACHMENT.

Application filed April 15, 1921, Serial No. 461,515. Renewed April 5, 1923.

To all whom it may concern:

Be it known that we, ACHILLE'KAISERMAN and ALBERT ZAUGG, citizens of Switzerland, and residents of Detroit, in the county of 6 Wayne and State of Michigan, have invented a newand Improved QiLBurning Attachment, of which the following is a description.

Our invention relates to oil-burning means employing steam to atomize the oil or heavy hydrocarbon being burned and more particularly relates to an attachment designed to' v. be employed in connection with the steam vboiler of a heating system, a hot-air furnace orthe like. I

The general. object of the invention is to provide an efiicient attachment of. theindicated class and constructed and arranged with a view to promote convenience in in:

stallation, operation and-repair. Y

. The distinctive features will appear from the specific description of practical embodiments of the invention as hereinafter given.

Reference is to be had to the accompany-- 7 ing drawings forming apart of this's'pecification, it being understood that the drawings are merely illustrative of practical em; bodiments of the inventiom a Figure 1 is a side elevation of a burner attachment embodying myinvention illustratingthe same in connection with.a heat-v ing furnace shown partly broken away and in section; J i

Figure 2 is a front elevation; Figure3is an enlarged vertical section "through the burner; i Figure 4 is an end view of the steam noz-' zle and appurtenanceslookin'g in the directions of the arrows 4 in Figure 3;

Fig. 5 is a perspective view of a gas burner for the initial heating of theliquid fuel;

Figure 6 is an enlarged vertical section of. a portion of the oil-supplying means;

'Figu-re 7 is a plan view of the operating lever for the regulating valve of the steam nozzle; Y Y j Figure :8 is a side, elevation showing a, modification'of the burner attachment; I

' Figure 9 is a vertical section as indicated by the line 99, Figure 8; e s Figure 10 is a detail "n vertical section of the upper portion ofthe steam generator, the view being taken at right angle -to Figureg9; l

Figure 11 is an enlarged vertical section of the steam pressure regulator employed with the attachment as illustrated in Figures 8 and 9;

Figure 12 is a longitudinal vertical section of a check valve employed in the waterpipe from the water tank in tliearrangement as shown in Figures 8 and 9;

Figure 13 is a vertical section of the gas burner employed 'with the steam generator shown in Figure 9.

Referring at first more particularly to Figures 1 to 7, the burner proper 15 is adapted to receive oil in a manner hereinafter described from an overhead oil tank 16, the outlet pipe 17 of which discharges to a filter 18 from which the oil passes upwardly through a-standard 18 and pipe 18 to a reservoir, 18. Water is supplied from 'an overhead tank 19', the discharge pipe 20 of which is'supported on the standard 18 by a clamp 20, said pipe delivering to the inlet 21. at the depending distributing at- 1 tachment 22 of an annular double-wall steam generator 23 froni'which steam rises into a dome 24. The steam passes from the dome 24 in a manner hereinafter referred to, to a steam pipe 25 which connectswith the upper end of a steam coil 26 in an oil preheater 27 the lower end of the coil connecting with an upwardly returningterminal 26 which discharges steam to a passage 28 leading to the v steam nozzle 29 which is regulated by a manually operated valve 30a The steam "nozzle discharges to a-horizontal mixing tube or venturi 31 in the interior of the steam generator 23. Oil passes of the heater 27 so that oil will flow upwardly outside of the heating "

coil

26, 26* and pass laterally inward througlfa discharge pipe 35, leading into the burner 15 provided with an upstanding oil nozzle 34 terminating directly infront of the steam nozzle 29. Y Y

- The steam from the wardly through an outlet pipe at 35., the lower end of which connects withthe steam pipe 25. The lower end of the pipe 35 seats a valve 36, the stem of which is carried by a float 37 in the dome 34, sothat should water rise in the generator 33 and dome 24 the valve 36 will close. Y

dome 24 passes, down from the reservoir 18 through a pipe 32 which connects wi h the lower end In the distributing chamber 22 of generator 23 is the series of concentric partltions 37 having registering outlet holes 38.

The steam nozzle 29 has a flattened outlet and a valve 39 is provided therefor controlling said outlet in the form of a vertical rockable tongue secured to a transverse pin 40 .on a yoke 41 hung as at 42 on a short arm of a lever 43 which is fulcrumed at 44 on the arm 45 of a fitting 46 in the general form of a flanged collar embracing the steam nozzle 29 serving to clamp the nozzle tip in position on a nipple 47 at the interior of the burner body 15 and communicating with the passage 28 subject to the regulation of the valve 30. A lever 43 is suspended by a plate spring 48 made fast as at 49 to the fitting 46 and riveted as at 50 or otherwise secured between its ends to said lever 43. A regulating screw 51 is provided in the fitting 46 to bear against the top of the lever 43 to limit the lever 39 in imparting a movement to valve 39, while a set screw 52 in the ,lever 43 is adapted to bear on the spring 48 adjacent to the fitting 46 and regulates the tension of the spring, thereby .determining the degree of closure of the valve 39 in regulatmg the flame. On the outer end of the lever 43 is a hand lever 53 on a shaft or pin 54 turning in the outer end of the lever 43. On said shaft is also a toothed sector 55 from which a weighted arm 56 extends, said arm 56 having a hole 57 or other means to connect with a regulat- 1ng chain or wire running to any convenient polnt for actuatlng the lever 43. The outer end of the spring 48 is adapted to variously engage the sector 55 for holding the weighted arm 56 in given position, for the desirable setting of the lever 43 and valve 39 during the atomizing and when connected with a chain regulator (not shown). Lever 53 has a trip arm 53 adapted to displace the spring 48 to variously engage it with sector 55. We would here state that the valve 39 serves to determine the quantity of steam issuing from the steam nozzle 29 and regulates the jet relatively to the level of the oil nozzle 34. The fitting 46 is held to the nipple 47 by set screws 58 at opposite sides of said fitting.

For starting the oil burner we provide a gas burner at 59 preferably having two side arms formed each with a series of jet orifices 60 and having an air inlet hole or holes 61 in the tubular shank of said burner.

. jac'ent to the front end of the mixing tube 31 and within the steam generator 23. The burner 15 may be swung into or out of the furnace A for which purpose the clamp 20"" of ipe 20 1S swivelled onthe standard 18 shell 79 to the pipe 91.

and the pipe 10' rising from said standard to the reservoir 18 is turnably mounted in and also connects by. a branch 72 with the,

water space in the steam generator 71. A float 73 in the chamber has its stem 73 provided at the upper end with a cone-valve 74, seating in a central passage in a disk 75 held by a union 76 in the branch pipe. 72 leading from the top of chamber 70. From the outlet pipe 7 2 at the top leads a steam pipe 77 which extends downwardly and passes laterally as at 78 through the shell or casing 79 of the generator 71, the steam entering a coil 77 for super-heating and passing throughthe pipe 80 which connects as at 26 with the fuel heater 27 corresponding essentially with the fuel heater 27 and having a fuel inlet 32 at the bottom, the fuel passing to the fuel nozzle 34 and the steam passing from the steam nozzle 29 sothat the two streams pass to the mixing tube to a diaphragm regulator 83 the diaphragm of which hasa. pin 84 hearing against the under side of a lever 85 fulcrumed between its ends on a bracket 86 onthe regulator. The one arm of the] lever 85 is Weighted as at85 and the opposite end is adapted to be connected at 87 with a wire 88 running downwardly through the top of the shell 79 on which wire is suspended a damper 89 closing the hole centrally of the generator 71 at the top. The lifting of the damper 89 permits hot products from the furnace 81'to pass from the smoke pipe 90 into the combustion pass downwardly in the interior Y of the generator 81 and upwardly between the double walls of said generator and the The lever 85 connects also by a wire 92 with the handle 93 of the gas cock supplying the burner 94 beneath the heating coil 79. The water pipe 72 entering the bottom of the chamber 70 connects with the pipe 72" fromv the elevated tank 72. In the pipe 72 is a check valve 95 (Figures 8 and 12) the hinged flap or valve proper 96 of which has a small orifice 97 for the passage of water to the chamber 70. Undue steam pressure in the chamber will open the check valve 96 and permit the water to be forced back into the tank 72. The gas burner 59 is supplied by a gas pipe 63" which connects also with the burner 94, said pipe 63 being connected as at 63 with a as supply pipe not shown.

he pipe 80 has a flexible section 80 which is secured at one end to a clamp 80 turnably mounted on standard 18. The gas pipe 63 has a flexible section 63 and the gas pipe 63 has a flexible section 63". Thus the burner may be swung to or from a position at the furnace door B.

For regulating the flow of 011 mto the reservoir 18 the oil pipe 18 lead through a flanged'bushing 98 and within the reservoir and threaded onto .said bushing 1s a threaded ca 99 presenting a seat 100 for a valve 101. he stem 102 of valve 101 extends through the top of the reservoir 18 and it passes through a sleeve 103 carrying a float 103", the sleeve operating through a stufling box 104 in the top of the reservoir 18 in response to the rise andfall of the oil level.

Above sleeve 102 a cam 105 is pivoted at one end to the stem 102 and secured at its opposite end by a slot and pin connection to a clamp bracket 106, there being a slot 107 in said bracket and a pin 108 passing through: said slot into said bracket. The

bracket 106 is secured to a post 109 on reservoir 18, a clamp-screw, 110 on said clamp bracket serving to adjust its height on the post 109. The cam 105 is manually operable to regulate the opening in the valve seat 100 by regulating the distance between the-float V 103 and the valve 101. The sleeve 103 fits friction tight on the stem 102 so that the stem will rise or fall with the float, but the friction can be overcome by "the pressure of the cam 105 on the sleeve when the cam is rocked on its pivot We would state in conclusion that while the illustrated examples constitute practical embodiments of our invention, we do not limit ourselves strictly to the mechanical details herein illustrated, since manifestly the same can be considerably varied without departure from.the spirit of the invention as defined in the appended claims.

Having thus described our invention, we

claim j I Y 1. An oil-burning'attachment of the class described including a burner having steam and fuel nozzles, an oil heater communicat-- ing with the fuel nozzle, a' steam pipe extending through said heater and-communicating with the steam nozzle, and fuel and steam supply means communicating respectively with saidoil heater and. the steam nozzle, said burner being mounted to swing to or from the operative position.

2. An oil-burning attachment of the class described including a chamber having a water inlet,' a water pipe leading to said 3. An oil-burning attachment of the class described including a chamber having a water inlet, a water supply pipe leading to said chamber, said pipe having means to connect the same with a steam generator, a float in said chamber, a valve controlling the flow of water through the chamber and controlled by said float, and a steam pipe in communication with said chamber to receive steam therefrom; together with a furnace, a damper therein, and means subject to the pressure in said chamber to control said damper.

4. An oil-burning attachment of the class described, including a burner having fuel and steam nozzles, a fuel heater communicating with the fuel nozzle, a steam pipe extending through said heater and connect-- ing with the steam nozzle, a fuel reservoir communicating with said heater, and means swingably mounting all of said instrumentalit-ies so that the burner may be swung to or from operative position in a fire box.

5.' An oil-burning attachment of the class described including .a burner having fuel and steam nozzles, a fuel heater communieating with the fuel nozzle, a steam pipe extending through said heater and connecting with the steam nozzle, a fuel reservoir com-' munic-ating with said heater, and means swingab-ly mounting all of said instrumentalities so that the burner may be swung to or from operative position in a fire box.

6. An oil-burning attachment of the class described, including a chamber, a water leading from said chamber, a valve in said 1 v ioutlet' pipe, a float in said chamber controlling said valve, a burner having a steam jet in communication with. said outlet pipe, and means to supply liquid fuel to said'burner.

7. A burner attachment of the class described including a steam generator adapted to be connected with the smoke pipe of a furnace for heating said generator, achamber having connection with saidgenerator to receive steam therefrom, a water pipe .com-

municating with said chamber and connecting also with said generator to deliver 'water' to the latter, a steam outlet pipe leading from said chamber, a burner having a steam noz-. zle with which said outlet pipe communia,

cates, a fuel nozzleion said burner, and

.means to supply said fuel to said nozzle.

8. A burner attachment of the class de scribed including a steam generator adapted to be connected with the smoke ipe of a furnace for heating said generator, a chamber having connection with said generator to reccive steam therefrom, a water pipe communicating with said chamber and connecting also with said generator to deliver water to the latter, a steam outlet pipe leading from said chamber, a burner having a steam nozzle with which said outlet pipe communi- 'cates, a fuel nozzle in said burner, means to supply fuel to the latter nozzle, a gas burner to constitute an auxiliary heater for said generator, a gas pipe leading to said burner, a valve controlling said burner, and means subject to said pressure control means for controlling the flow of gas to said gas burner.

9. An oil burner attachment of the class described including a steam generator, having means to connect same with the smoke pipe of a furnace, for heating the generator, a smoke outlet leading from said generator, a burner having a fuel nozzle and a steam nozzle, means to supply fuel to the fuel nozzle, a steam pipe in communication with the steam nozzle, a chamber connected with the generator to receive steam therefrom, said chamber being in communication with said steam pipe, a damper in the smoke outlet of the generator, and means subject to the pressure in said chamber controlling said damper.

l0. ln a burner, a mixing and burner tube, a fuel nozzle and a steam nozzle disposed at approximately right angles adjacent 'to the rear end of said tube, a fuel heater pendcut on the burner and communicating with the fuel nozzle, a coil in said-heater in communication with said steam nozzle, and a steam generator in communication with said coil.

11. lln a burner, a fuel mixing and burner tube, a fuel nozzle and a steam nozzle dis-.

from said generator, means to pass fuel through said heater, a fuel nozzle receiving pre-heated. fuel from said heater, and a steam nozzle adapted to receive steam after passing through said heater, sa id nozzle being positioned to discharge to said tube.

gether with a gas burner adjacent to said tube at the opposite end from the nozze.

M. A burner of the class described, including a steam generator, a water distributor associated with the said generator and adapted to connect with a source of water supply, a steam dome on said generator, a

steam outlet pipe in communication with said dome, a fuel heater having a coil to which said pipe delivers, a steam nozzle to which the steam passes from said coil, means to conduct fuel to said heater, a nozze to which the fuel passes from said heater, and fuel mixing and burning means to which said nozzles discharge, said steam generator being subject to the heat generated in said tube.

15. A burner of the class described, including a steam generator, means to supply water to said generator, a fuel heater having a coil in communication with said steam generator, a steam nozzle to which steam passes from said coil, means to conduct fuel to said heater, a fuel nozzle to'wvhich the fuel passes from said heater, and fuel mixing and burning means to which said nozzles discharge and to the heat of which said steam generator is subject.

16. A burner of the class described, including a fuel nozzle, a nozzle discharging adjacent to the fuel nozzle and adapted to 1 connect with a supply of atomizing fluid, a swingable valve at the outlet of said noz-. zle, a lever connected with said valve for adjusting the same, a spring acting on said lever, means to vary the adjusting action of the lever on said valve, and means to act on said spring to vary the effect of the spring on the lever.

ACHILLE KAISERMAN.

ALBERT ZAUGG.