US1016857A - Steam-generating system. - Google Patents

Steam-generating system. Download PDF

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Publication number
US1016857A
US1016857A US60271711A US1911602717A US1016857A US 1016857 A US1016857 A US 1016857A US 60271711 A US60271711 A US 60271711A US 1911602717 A US1911602717 A US 1911602717A US 1016857 A US1016857 A US 1016857A
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Prior art keywords
burner
steam
oil
vapor
generator
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US60271711A
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Sydney Howard Shepherd
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F01MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
    • F01KSTEAM ENGINE PLANTS; STEAM ACCUMULATORS; ENGINE PLANTS NOT OTHERWISE PROVIDED FOR; ENGINES USING SPECIAL WORKING FLUIDS OR CYCLES
    • F01K3/00Plants characterised by the use of steam or heat accumulators, or intermediate steam heaters, therein
    • F01K3/18Plants characterised by the use of steam or heat accumulators, or intermediate steam heaters, therein having heaters
    • F01K3/20Plants characterised by the use of steam or heat accumulators, or intermediate steam heaters, therein having heaters with heating by combustion gases of main boiler
    • F01K3/22Controlling, e.g. starting, stopping

Definitions

  • This invention relates to a steam generating system, more especially applicable to road vehicles and it has for its object to provide an arrangement wherein steam, after the plant has been once rendered operative, is caused to vaporize oil for use in a burner at the same time as it controls the supply to the burner in accordance with varying conditions.
  • the oil is heated preliminarily by exhaust steam from the motor and thereafter by steam in the generatcr, being finally superheated if necessary, by a device subject to the action of the flame from the burner.
  • Figure 1 is a more or less diagrammatic view partly in section of the general arrangement of such of the parts as are neces sary to illustrate the improvements.
  • Fig. 2 is a plan of the vapor burner and part of the vapor superheating device, certain portions being in section.
  • Fig. 3 is a front elevation of the vapor supply nozzle and Fig. 4 is a sectional side elevation thereof.
  • A is the vapor burner, B the steam generator, C a vessel adapted to be maintained full of oil under a head of pressure from a supply tank D.
  • the vessel 0 is provided with a jacket on having a pipe connection at Z) leading to the exhaust of the motor and another pipe connection at a leading to the atmosphere.
  • cl is a vaporizing coil which has its ends a, f connected by unions 9 h to the boiler cover 71, the union 9 being at the extremity of a pipe j leading to the oil outlet of the vessel C at 70.
  • the union h is at the extremity of a pipe at adapted to conduct oil vapor to the burner through, it may be, a superheater F and a coil a to which latter a hand lamp can be applied to start the burner A.
  • the burner comprises a series of tubes 0 connected intermediate of their length to a Specification of Letters Patent.
  • mixing tube 3? and formed with a series of slits 9 made wider at the outlet end than at the inlet end and preferably arranged at an angle to the axis of the tube which possesses the combined advantage over slots arranged transversely of affording increased area for the vapor while rendering the tube stronger to resist bending.
  • each tube 0 is fitted with a gauze liner to so that carbonaceous deposit or dirt from the roadway may be rapidly removed by removing such a liner and replacing it with another.
  • 41 is a revoluble control tube in the mixing tube 29 provided with a series of ports to leading to the several burner tubes so that when it occupies the position shown all the tubes 0 are supplied with vapor, and, further, provided with a fewer number of ports w so that when the tube 0 is partially rotated vapor can be supplied to certain only of the tubes 0 thus restricting the heating.
  • the tube 3 is a handle by which the tube 4) can be turned.
  • the superheatingdevice F comprises a set of drawn steel tubes 1 arranged concentrically within cast iron tubes 2 adapted to be connected in series, as shown, by screw threaded cross pieces 3 and tubes 4L, plugs 5 serving to close such of the ends as may be required.
  • the tubes 2 are gills on the tubes 2 preferably inclined to the axis of the latter to agree with the slits in the burner tubes 0 and adapted to rest on the latter or spaces between the slits.
  • the supply of vapor to the burner A from the tube m is controlled by a nozzle 6 having a stationary orifice 7 disposed centrally in a head 8 formed with a face which is struck with the point 9 as a center.
  • a Valve plate 10 Coacting with the said head 8 is a Valve plate 10 having a series of orifices 11 increasing in magnitude as shown and adapted to be moved, in accordance with actuation of a throttle valve 12 through a link 13 and lever 14.
  • an inductor l5 movable along the mixing tube 37 and acted upon by a spring 16 may be moved by a lever 17 pivoted at 1'8 and having a pin and slot connection with the said inductor, by a link 19 attached to the lever 14, the arrangement being such that the inductor advances toward the nozzle as the vapor supply decreases and vice versa.
  • the 20 is anadjusting nut by which the position of the inductor in relation to the nozzle can be altered.
  • the flow of oil between the vessel C and the vaporizing coil d is controlled by a valve 21 that opens to a greater or lesser degree as the pressure in the generator B decreases and increases.
  • This valve 21 is actuated by a Bourdon pressure tube 22 I I by exhaust steam from the motor and a vaporizer associated with the burner supplied with oil from the oil vessel and located in the generator, substantially as described.
  • a steam generator an oil vapor burner adapted to heat such generator, a motor deriving steam from the generator, an oil vessel adapted to'be heated by exhaust steam from the motor, a vaporizer associated with the burner supplied with oil from the oil vessel and located in the generator and means comprising a Bour- 1 oil vapor burner adapted to heat such generator, a motorderiving steam from the generator, an oil vessel adapted to be heated by exhaust steam from the motor, a vaporizer supplied with oil from the oil vessel, a connection from the vaporizer leading to the burner, a vapor nozzle co-acting with the burner, a throttle valve controlling the supply of steam to the motor and means associated with the nozzle adapted to be operated conjointly with the throttle valve and vary the supply of vapor in accordance with the variation in the supply of steam.
  • a steam generator an oil vapor burner adapted to heat such generator, a motor deriving steam from the generator, an oil vessel adapted to be heated by exhaust steam from the motor, a vaporizer supplied with oil from the oil vessel, a connection from the vaporizer leading to the burner, a vapor nozzle co-acting with the burner, a throttle valve controlling the supply of steam to the motor, an adjustable air inductor associated with the burner, a valve plate associated withthe nozzle adapted to vary the discharge of vapor therefrom, and means connecting the throttle valve, valve plate and inductor for simultaneous operation.
  • a steam generator an oil vapor burner adapted to heat such generator, a motor deriving steam from the generator, an oil vessel adapted to be heated by exhaust steam from the motor, a vaporizer associated with the burner supplied with. oil from the oil vessel and located in the generator, and a superheating device heated by the burner receiving vapor from the vaporizer and conducting it to the burner.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Nozzles For Spraying Of Liquid Fuel (AREA)

Description

S. H. SHEPHERD.
STEAM GENERATING SYSTEM.
APPLIOATION FILED JAN. 14, 1911.
1,016,857, Patented Feb. 6, 1912 2 SHEETS-SHEET 1.
1 \BIA PLANDGRAPH COnWASHINGTON 11. c1
- S. H. SHEPHERD.
STEAM GENERATING SYSTEM.
APPLICATION HLED JAN.14, 1911.
1,016,857, Patented Feb. 6, 1912.
' 2 SHEBTS-SHEET z. Z.
j 7 4 Ti 7 UNITED STATES. PATENT @FFTCE.
SYDNEY HOWARD SHEPHERD, OF CRICKLEWOOD, ENGLAND.
STEAM-GENERATING SYSTEM.
Application filed. January 14, 1911.
To all whom it may concern Be it known that I, SYDNEY HOWARD SHEPHERD, a subject of the King of Great Britain and Ireland, residing at Cricklewood, in the county of Middlesex, England, have invented an Improved Steam-Generating System, of which the following is a specification.
This invention relates to a steam generating system, more especially applicable to road vehicles and it has for its object to provide an arrangement wherein steam, after the plant has been once rendered operative, is caused to vaporize oil for use in a burner at the same time as it controls the supply to the burner in accordance with varying conditions. For this purpose the oil is heated preliminarily by exhaust steam from the motor and thereafter by steam in the generatcr, being finally superheated if necessary, by a device subject to the action of the flame from the burner.
The plant, which embodies certain constructional details of importance, will be understood from the accompanying drawings in which Figure 1 is a more or less diagrammatic view partly in section of the general arrangement of such of the parts as are neces sary to illustrate the improvements. Fig. 2 is a plan of the vapor burner and part of the vapor superheating device, certain portions being in section. Fig. 3 is a front elevation of the vapor supply nozzle and Fig. 4 is a sectional side elevation thereof.
As shown in the said drawings A is the vapor burner, B the steam generator, C a vessel adapted to be maintained full of oil under a head of pressure from a supply tank D.
E represents the motor.
The vessel 0 is provided with a jacket on having a pipe connection at Z) leading to the exhaust of the motor and another pipe connection at a leading to the atmosphere.
cl is a vaporizing coil which has its ends a, f connected by unions 9 h to the boiler cover 71, the union 9 being at the extremity of a pipe j leading to the oil outlet of the vessel C at 70. The union h is at the extremity of a pipe at adapted to conduct oil vapor to the burner through, it may be, a superheater F and a coil a to which latter a hand lamp can be applied to start the burner A.
The burner comprises a series of tubes 0 connected intermediate of their length to a Specification of Letters Patent.
Patented Feb. 6, 1912.
Serial No. 602,717.
mixing tube 3? and formed with a series of slits 9 made wider at the outlet end than at the inlet end and preferably arranged at an angle to the axis of the tube which possesses the combined advantage over slots arranged transversely of affording increased area for the vapor while rendering the tube stronger to resist bending.
The tubes are fitted at each end With a screw threaded cross piece 1' which with the aid of plugs s render it easy to clean the burner and at the same time to connect the tubes or such of them as may be found necessary by pipes t serving to equalize pressure in the tubes. Preferably each tube 0 is fitted with a gauze liner to so that carbonaceous deposit or dirt from the roadway may be rapidly removed by removing such a liner and replacing it with another.
41 is a revoluble control tube in the mixing tube 29 provided with a series of ports to leading to the several burner tubes so that when it occupies the position shown all the tubes 0 are supplied with vapor, and, further, provided with a fewer number of ports w so that when the tube 0 is partially rotated vapor can be supplied to certain only of the tubes 0 thus restricting the heating.
3 is a handle by which the tube 4) can be turned.
The superheatingdevice F comprises a set of drawn steel tubes 1 arranged concentrically within cast iron tubes 2 adapted to be connected in series, as shown, by screw threaded cross pieces 3 and tubes 4L, plugs 5 serving to close such of the ends as may be required.
5 are gills on the tubes 2 preferably inclined to the axis of the latter to agree with the slits in the burner tubes 0 and adapted to rest on the latter or spaces between the slits.
The supply of vapor to the burner A from the tube m is controlled by a nozzle 6 having a stationary orifice 7 disposed centrally in a head 8 formed with a face which is struck with the point 9 as a center. Coacting with the said head 8 is a Valve plate 10 having a series of orifices 11 increasing in magnitude as shown and adapted to be moved, in accordance with actuation of a throttle valve 12 through a link 13 and lever 14. Thus assuming the central orifice 11 in plate 10 to be normally in use any increase in opening of the throttle 12 will result in a larger orifice 11 being brought into register with the orifice 7 and vice versa.
In order that the amount of'air admitted to the burner may be varied proportionally to the variation in the vapor supply an inductor l5 movable along the mixing tube 37 and acted upon by a spring 16 may be moved by a lever 17 pivoted at 1'8 and having a pin and slot connection with the said inductor, by a link 19 attached to the lever 14, the arrangement being such that the inductor advances toward the nozzle as the vapor supply decreases and vice versa.
20 is anadjusting nut by which the position of the inductor in relation to the nozzle can be altered.
The flow of oil between the vessel C and the vaporizing coil d is controlled by a valve 21 that opens to a greater or lesser degree as the pressure in the generator B decreases and increases. This valve 21 is actuated by a Bourdon pressure tube 22 I I by exhaust steam from the motor and a vaporizer associated with the burner supplied with oil from the oil vessel and located in the generator, substantially as described.
2. In combination, a steam generator, an oil vapor burner adapted to heat such generator, a motor deriving steam from the generator, an oil vessel adapted to'be heated by exhaust steam from the motor, a vaporizer associated with the burner supplied with oil from the oil vessel and located in the generator and means comprising a Bour- 1 oil vapor burner adapted to heat such generator, a motorderiving steam from the generator, an oil vessel adapted to be heated by exhaust steam from the motor, a vaporizer supplied with oil from the oil vessel, a connection from the vaporizer leading to the burner, a vapor nozzle co-acting with the burner, a throttle valve controlling the supply of steam to the motor and means associated with the nozzle adapted to be operated conjointly with the throttle valve and vary the supply of vapor in accordance with the variation in the supply of steam.
4. In combination, a steam generator, an oil vapor burner adapted to heat such generator, a motor deriving steam from the generator, an oil vessel adapted to be heated by exhaust steam from the motor, a vaporizer supplied with oil from the oil vessel, a connection from the vaporizer leading to the burner, a vapor nozzle co-acting with the burner, a throttle valve controlling the supply of steam to the motor, an adjustable air inductor associated with the burner, a valve plate associated withthe nozzle adapted to vary the discharge of vapor therefrom, and means connecting the throttle valve, valve plate and inductor for simultaneous operation.
5. In combination, a steam generator, an oil vapor burner adapted to heat such generator, a motor deriving steam from the generator, an oil vessel adapted to be heated by exhaust steam from the motor, a vaporizer associated with the burner supplied with. oil from the oil vessel and located in the generator, and a superheating device heated by the burner receiving vapor from the vaporizer and conducting it to the burner.
Signed at London, England, this 23rd day of December, 1910.
SYDNEY HOWARD SHEPHERD.
WVitnesses:
NURAN CROMEY, H. D. JAMEsoN.
, Copies of this patent may be obtained for five cents each, by addressing the Commissioner of Patents,
Washington, D. G.
US60271711A 1911-01-14 1911-01-14 Steam-generating system. Expired - Lifetime US1016857A (en)

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