US1042366A - Flow-motor. - Google Patents
Flow-motor. Download PDFInfo
- Publication number
- US1042366A US1042366A US59917710A US1910599177A US1042366A US 1042366 A US1042366 A US 1042366A US 59917710 A US59917710 A US 59917710A US 1910599177 A US1910599177 A US 1910599177A US 1042366 A US1042366 A US 1042366A
- Authority
- US
- United States
- Prior art keywords
- nipple
- valve
- passage
- chamber
- pipe
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
- 210000002445 nipple Anatomy 0.000 description 20
- 239000012530 fluid Substances 0.000 description 5
- 239000000446 fuel Substances 0.000 description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 5
- 238000010438 heat treatment Methods 0.000 description 2
- 241000427213 Plukenetia conophora Species 0.000 description 1
- 238000005192 partition Methods 0.000 description 1
- 230000002441 reversible effect Effects 0.000 description 1
Images
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23N—REGULATING OR CONTROLLING COMBUSTION
- F23N1/00—Regulating fuel supply
- F23N1/08—Regulating fuel supply conjointly with another medium, e.g. boiler water
- F23N1/087—Regulating fuel supply conjointly with another medium, e.g. boiler water using mechanical means
Definitions
- muzi uw @Wiking chammuy ha gnmfided wi h l may extend new mi@ be move@ in and out, without the danger olf leakage.
- This rod may be adjustably connected in any suitable manner, as by .means of nut-s 8, to a valve Ispindle 9, havinr connected to its pposite end a valve 10.
- the valve l is preferably provided with a gradual taper, as will be Seen by reference to Fig. 1, so that 'the size oi the opening between its seat 1l and itselif will be Varied accordinf to the extent of movement of the valve.
- rlhe valve i 1li is adapted to control the passage of Huid from an inlet or supply pipe 12 and an outlet or generator pipe 13.
- the supply pipe is connected to any suitable source of fuel, such as a gasolene tank, and may have the fuel supplied thereto by means of a pump, ii desired.
- the outlet pipe 13 is con- Vte any euitable type of steam gensuch ai a, lash boiler.
- a valve casing 111 in which are proinfbers 15 and 1G, communicating, ⁇ y with the pipes 1&5 and 13.
- This may be provided with a reinova t one end, win-)roby the intooe a'l'aneth and it may also be pro ailing; bon 1S at its opposite afsoy the spindle il may reciprocate the danger oi less el. fuel due to 'The opposite end ol the rod i is adinalahly i ouuectcd to a.
- a uy means of a l, engaging a .tlanggge Q1 on the i reiv-threaded connec- -;:n ille iloa'inpj member l) may v preably he eyiniirical D l n Lth ille interior oif this s eo an tu create no :friction his n ther 1S), which is member, is 'inninaliy urged by means ot" a ,earring 23, a is al, one. end against a. flange 2l i member Y and at its oppo-I u This spring i dion il.
- This paez” e 26 communicates ⁇ with a passage 27 in a nipple 28, the latter being adjustably niouutedin the easing 1 in any suitabletechnisch', as by means of a sri-rw'- s'iiireinied connection therewithr
- the nippie ertends up into a passage or chamber uit is also preferably' 29 in the Heating member 19, so that there is formed a communication between the inlet pipe 24 and the interior of the floating member 19 by means of the passages 26 and 28.
- a sleeve 30 preferably concentrically arranged with respect to the nipple Q8, and spaced apart therefrom so as to provide an annular passage 31, through which the Huid in the passage or chamber 29 may exit.
- the nipple 28 tapers from one end to the other, so that the ⁇ size of the passage 31,-at its outlet., will be varied according to the relative position of the sleeve 30 and the nipple 28.
- the purpose o-l this is to control the initial size of the passage 3l, so as to vary the quantity@ of water necessary to operate the valve 10 any predetermined amount.
- valve l0 In case the valve l0 should be operated to the limit of its fuel-admitting motion, there is provided means for taking care of the surplus quantity olf water supplied to the How motor.
- means for taking care of the surplus quantity olf water supplied to the How motor For this purpose there is pro- Avided an outlet pipe 32, which may communicate with the passage 2G, and thus with the interior of the member 29 und the chamber 1l, but which is normally shut 0H' therefrom by a needle valve 33, which has a seat in an opening in a partition 34, sepagating the pipe 32 from the passage 26.
- This valve 233 may be normally held on its seat so as t0 cloec the conmiuniealion between the outlet pipe 3:15 and the passage 2li in any suitable manner, aa by means of a spring 3 5, which abuis against a collar 3h on the spindle 3i' ol the valve
- This spindle extends through the nipple 28, and is provided at its i opposite end with a Harige or collar 38, and
- connection bel-Ween the movable .member 19 and the spindle 36 is preferably of such u nature that the member if) will be free to move until the limit of the valve 10 is reached, before it operates the valve 433.
- Any suitable mnncction may be provided for this purpose, und in this case there is shown a tube 39, which may be saeured in any suitable manner to the member 1S), as by having a flange or collar 40 them! engaged adjustably by means of a. nut sleeve ell, which adjustably engages a screw llmeld on the interior of the member 19.
- This tube 3%) ma be provided at its opposite end with an :u justable sleeve nut 42, through which the spindle 37 may extend, and which is adapted to en age the collar or Hnnge 38 on the spindle w en thc member 19 reached the vertical limit of its motion.
- a easing of a member movably mounted in said easing', a valve connected with, and controlled by the movement of said member said member having a chamber therein, a nipple having a passage therein extending ⁇ up into said chamber, said nipple being adapted to supply a flow of fluid into the interior of said chamber, a sleeve adjustably mounted in said member in concentric relation withI respect to said nipple and spaced apart therefrom s0 as to form a eonstricted outlet passage between said sleeve and said nipple, whereby the fluid in said chamber may pass therefrom, and means for supplying said nipple With said fluid.
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Feeding And Controlling Fuel (AREA)
Description
U. C. MOORE.
FLOW MOTOR.
APPLICATION FILED 1320.24, 1910.
Patented oct. 22, 1912,.
HH ww T/ my C V mf Vl B WIT/VESSES ATTORNEYS the pis'sn positively enm substantially all sides, si movable "or Hosting .zwemt wrl'h the casing and thersn Wileeby the for-0e e may be uized in conn Gf the device, with- To al whom '111i may eoncem:
it known that 'ORLANDO C.
ciizei of the United Saes, sind L of Moifiow, in the county olf" W Siate 0i Ohio, have invented .1 nf' This .izivemion zehies to a 112W mi iizxmw-Q due 1'50 Wem.' and v ,d D E proved device im suppl :mg a me?. m '2 L Camini 011mg swim generalmizi propoliimi to il supplied in sind, gehemmt. zum 1S nventimi is 0 n the .'iimitof that quann such types few i I ply is capable of geil- W-a are familiar. he'. is a movable n'i'ei'nbci. in lf: et @i this uivenion 1s mmm in whiff@ i is at a point 'Where pi'nvded, through which the. www', is pemitud to Pass.
u? Conwiing the, fuel :me Qpei'aad in one direction fore., the water to be supplied to he gemeinhin with means oi allowing iiaion in the constant force, und
ezi-
Said h's'n mentioned mmni'fmfm pi www# hihi @non penss i caiga, ogeher with leakage. As the adjustu uns on diese mi Qd hemina matic devices una vary C ic ma., the Change in,
he chiimsi the accompanyai; :,.xce re wced in g QLeibou f` l of this Specifivohmle @if wat?? 510mg ihr; meters 0i rei"- p 'Opm-*limi m i1 of fami L pars in both im himmel'. Gii .in die wahl' regular Lr-.wu 7 someinme causing me in move sugglshly, to the extent, Q'l' im the ic un when. 1L shoud be QE, fuif reverse action, hlm-ging' ih@ ira un ,ien it shmih come mi quwhy 'rmgiiudnnl Section; and
L d section, of 2L purtion of i: t: the f mg :is emhodid m e (mu/ings, 1 inicuzfes x furmed in iwf; parts,
iction that is cwi.' 'with hv, piston m dos@ Contact with of mw-1 is, f1-011i coui'gis lifed :www
muzi uw @Wiking chammuy ha gnmfided wi h l may extend new mi@ be move@ in and out, without the danger olf leakage. This rod may be adjustably connected in any suitable manner, as by .means of nut-s 8, to a valve Ispindle 9, havinr connected to its pposite end a valve 10. The valve l is preferably provided with a gradual taper, as will be Seen by reference to Fig. 1, so that 'the size oi the opening between its seat 1l and itselif will be Varied accordinf to the extent of movement of the valve. rlhe valve i 1li is adapted to control the passage of Huid from an inlet or supply pipe 12 and an outlet or generator pipe 13. The supply pipe is connected to any suitable source of fuel, such as a gasolene tank, and may have the fuel supplied thereto by means of a pump, ii desired. The outlet pipe 13 is con- Vte any euitable type of steam gensuch ai a, lash boiler. The valve l0,
p it he located in a single pipe t the juxtaposed pipes 12 and 13, s case it is shown as located interY a valve casing 111, in which are proinfbers 15 and 1G, communicating,` y with the pipes 1&5 and 13. This may be provided with a reinova t one end, win-)roby the intooe a'l'aneth and it may also be pro ailing; bon 1S at its opposite afsoy the spindle il may reciprocate the danger oi less el. fuel due to 'The opposite end ol the rod i is adinalahly i ouuectcd to a. Hoa" member 19 A able manner, a uy means of a l, engaging a .tlanggge Q1 on the i reiv-threaded connec- -;:n ille iloa'inpj member l) may v preably he eyiniirical D l n Lth ille interior oif this s eo an tu create no :friction his n ther 1S), which is member, is 'inninaliy urged by means ot" a ,earring 23, a is al, one. end against a. flange 2l i member Y and at its oppo-I u This spring i dion il. auallr holds, the, valve it) close to its evi ming.; the passage ol iuel .from o the pipe i3 when no water is .I :d to the gemzraior, The water i ;--,appiied lo the graurrator, is a lnplied to the casing 1 oi the llow motor urbana ol au inlet pipe 21 at an inici. i .iis pipe conununicaioa with a passage 2li, local-iai en an extension, of the casing l. This paez" e 26 communicates` with a passage 27 in a nipple 28, the latter being adjustably niouutedin the easing 1 in any suitable annuel', as by means of a sri-rw'- s'iiireinied connection therewithr The nippie ertends up into a passage or chamber uit is also preferably' 29 in the Heating member 19, so that there is formed a communication between the inlet pipe 24 and the interior of the floating member 19 by means of the passages 26 and 28.
Adjustably connected to the Heating member 19 in any suitable manner, as by means of a screw-threaded connection therewith, there is provided a sleeve 30, preferably concentrically arranged with respect to the nipple Q8, and spaced apart therefrom so as to provide an annular passage 31, through which the Huid in the passage or chamber 29 may exit.
It will be noted that the nipple 28 tapers from one end to the other, so that the` size of the passage 31,-at its outlet., will be varied according to the relative position of the sleeve 30 and the nipple 28. The purpose o-l" this is to control the initial size of the passage 3l, so as to vary the quantity@ of water necessary to operate the valve 10 any predetermined amount.
In case the valve l0 should be operated to the limit of its fuel-admitting motion, there is provided means for taking care of the surplus quantity olf water supplied to the How motor. For this purpose there is pro- Avided an outlet pipe 32, which may communicate with the passage 2G, and thus with the interior of the member 29 und the chamber 1l, but which is normally shut 0H' therefrom by a needle valve 33, which has a seat in an opening in a partition 34, sepagating the pipe 32 from the passage 26. This valve 233 may be normally held on its seat so as t0 cloec the conmiuniealion between the outlet pipe 3:15 and the passage 2li in any suitable manner, aa by means of a spring 3 5, which abuis against a collar 3h on the spindle 3i' ol the valve This spindle extends through the nipple 28, and is provided at its i opposite end with a Harige or collar 38, and
is adapted to be operated from the movable member 19 thereby. The connection bel-Ween the movable .member 19 and the spindle 36 is preferably of such u nature that the member if) will be free to move until the limit of the valve 10 is reached, before it operates the valve 433. Any suitable mnncction may be provided for this purpose, und in this case there is shown a tube 39, which may be saeured in any suitable manner to the member 1S), as by having a flange or collar 40 them! engaged adjustably by means of a. nut sleeve ell, which adjustably engages a screw llmeld on the interior of the member 19. This tube 3%) ma be provided at its opposite end with an :u justable sleeve nut 42, through which the spindle 37 may extend, and which is adapted to en age the collar or Hnnge 38 on the spindle w en thc member 19 reached the vertical limit of its motion.
lhe vater, after having performed its work. in the How motor, passs out of the said member and .said nipple, and means for adjusting the initial magnltude ot sa 1d constricted outlet passage.
12. The combinationwvith a easing, of a member movably mounted in said easing', a valve connected with, and controlled by the movement of said member said member having a chamber therein, a nipple having a passage therein extending` up into said chamber, said nipple being adapted to supply a flow of fluid into the interior of said chamber, a sleeve adjustably mounted in said member in concentric relation withI respect to said nipple and spaced apart therefrom s0 as to form a eonstricted outlet passage between said sleeve and said nipple, whereby the fluid in said chamber may pass therefrom, and means for supplying said nipple With said fluid.
13. The combination with a casing, et a member movably mounted in said casing, a Valve connected with, and controlled by the movement'of said member said member having a chamber therein, a nipple having a passage therein extending up into said chamber, said nipple being adapted to supply a flow of Huid into the interior of said chamber, a sleeve adjustably mounted in said member in concentric relation with respect to said nipple and spaced apart theretrom so as to form a eonstricted outlet passage between said sleeve and said nipple, .vhereby the Huid in said chamber may pass therefrom, and means for supplying said nipple with said Huid, said nipple being tapered, so that a relative movement of said sleeve and said nipple will vary the magnitude oiE said constrieted outlet passage.
lst. The combination with a casing, of a member tloating'ly supported in said easing', out of Contact with the sides thereof, a spring,T for operating` said member in one direction, said member having a chamber therein, a nipple extending,` into said chamber whereby a Const 'icted outlet passage for said chamber is formed between said member and said nipple, means for supplyingia fluid under pressure to the interior of said chamber in such a manner as' to counteract the action of said spring, and a fuel valve and auxiliary fluid valve both connected to said member and adapted to be operated thereby.
ln testimony whereof l have signed my name to this specifieaation in the presence of two subscribing witnesses.
' ORLANDO C, MOORE.
Witnesses :i
A. J. Scl-inmune ERNEST P. Loenen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US59917710A US1042366A (en) | 1910-12-24 | 1910-12-24 | Flow-motor. |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US59917710A US1042366A (en) | 1910-12-24 | 1910-12-24 | Flow-motor. |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| US1042366A true US1042366A (en) | 1912-10-22 |
Family
ID=3110640
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| US59917710A Expired - Lifetime US1042366A (en) | 1910-12-24 | 1910-12-24 | Flow-motor. |
Country Status (1)
| Country | Link |
|---|---|
| US (1) | US1042366A (en) |
-
1910
- 1910-12-24 US US59917710A patent/US1042366A/en not_active Expired - Lifetime
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