US1031754A - w westaway - Google Patents

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US1031754A
US1031754A US1031754DA US1031754A US 1031754 A US1031754 A US 1031754A US 1031754D A US1031754D A US 1031754DA US 1031754 A US1031754 A US 1031754A
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valve
cylinder
port
air
mixer
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F02COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
    • F02MSUPPLYING COMBUSTION ENGINES IN GENERAL WITH COMBUSTIBLE MIXTURES OR CONSTITUENTS THEREOF
    • F02M21/00Apparatus for supplying engines with non-liquid fuels, e.g. gaseous fuels stored in liquid form
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10TECHNICAL SUBJECTS COVERED BY FORMER USPC
    • Y10TTECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION
    • Y10T137/00Fluid handling
    • Y10T137/7722Line condition change responsive valves
    • Y10T137/7837Direct response valves [i.e., check valve type]
    • Y10T137/7838Plural
    • Y10T137/7841One valve carries head and seat for second valve

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  • valve 5 To all ham it may concern: valve 5, provideiwiih a; a 3
  • My invention belongs millet-general cl'e'ss charge preferably. having" been 9 of dances-known as mtern s1 combustion onmlxe'd or ,co-n'ri-m'gled 111 #1 5111;
  • FIG. .2' is a section of her or spring 2'8 which Fig.1.
  • FIG. 3 is a seotionaiviewof a'n whioh maLyihe secure iional view of a modified form of my device 1 Valve 2.6. isf limre gine'
  • Fig. is a sectional View-0f a finder'stood thatnny qu valen 'ortion of an engine, smwing a modified be employed .iorthe purp own of my device applied thereto. within the cylmde'r. is arrangedh Broa-(liy, my invention consists in pro'vidrial?
  • mixer 35 closed-"gah't he e ing suitable mechanism for admitting a prepreferably provided on lis' l'd'es' determiner amount of air to theinterior'of. or ogenings' 36 therethrongh IThef'sIOtS- or the cylinder, or to the combustion chamber openln hich may be ofony'forfiror sizef I' 51 with the i-n'going mixture 'orcharge, and are .pre'ferably"omi-ttedl ef, ':the' also in prom-fling mixing means at the inof the m1 x'er. ,Arra-nged wlt'r oo-mixed or co-mmgled before firing.
  • 1 and 2, 1 represents the cylinder Wall screws 40: The m 1xe1 smjore ful which Ina be provided with a Water jacket plained my apphoat lon fornLe U 2, forming a water space 3 4 being the-usual ent for mlxer s orthevhke fi led here l th intake port or opening through the cylinder
  • valve 5 into the mixer 35,-- the valve 5 being op- 'it is provided with a screw end 62 and arerated either from the suctionof the engine ranged at. 63 for convenience in operating,
  • valve 26 is opened, and air is valve 55 may' beflc'ontrolled The intake a 1 the chamber 9,
  • the invention consists in providingflnieans' charged into'the combustion chamber "of the for sup lying apredetemnined emou'ntgpf 1engine.for firing.
  • FIG.4: 1 show a z-y'eie engine cylinder 851 the water jacket space,-
  • 6 8 represents the oylindeii'walllpro form
  • my device shqwnfl rep ts -v1dedw th its water acke t. '69 'and -water -v the cylinder"as-.before, 2 the'-water jaeket, space '70, 71 being the-intake passes.
  • valve 7 f 1's arranged to be. secured upongthe extended provided-with a stem 79, th e valve being, part 45 bf the valve, there. being" openings; normally maintained upon its seat: by a;
  • iseat-yby- -inixer comprising stops 8& -havin%.”slotsj- 85 120. a or itsf qt itml'ent for thereinfthefsame being ol'dsed att e-end, as pnrp se; The ve' "6 niaj arr nges l at 86; ⁇ The mixermay be secured in theip'orttolb'eopened perate either, bylthea s'lfc ⁇ by engaging the extended -part. at 87 (it a a ti'on- Drama-en e-jorb" mechanism-means; thebylmderwall, the same being preferably g ex: formed. with a space 88 about thermixer.
  • 91 represents the engine cylinder and '92 its head, 93 being the 'usual' intake port, which is controlled by a valve 94 arranged to seat on the casing 95.
  • the valve 94 is provided with a stem 97 and is normally maintain-ed upon its seat by the spring or resilient mom-,- ber 99, cotiperating with the collar 100 and the casing.
  • the mixer 101 is a collar similar to those previously described for limiting the-movement of the valve,
  • the mixer 102 At the intake port, within the cylinder, may be provided the mixer 102, having openings 103 theret'hrougln Arranged in the cylinder wall, or in the head, as shown in the head,;is provided a port 104;, normally controlled by'a valve 105,- which is arranged to cotiperate with a suitable seat on the casing 106.
  • the valve is provided with a stem-105, normally maint-ained"'ii'pon it's seat by a resilient member collar 110 and the yoke 108 on the casing, 111 being a collar thatscrves as a stop, as heretofore described in the other construct-ions.-
  • the operation of this device is as follows: The mixture is in the casing, and thence passes through the chamber '90 therein past the valve 9%, and out through the openings 103, being. thoroughly mixed by the mixer. At the same time'it is met by an opposing current of ai.r entering the valve 105, which mixes in with the mixture.
  • a cylinder provided with .an' intake port, means for 'contro'lling' the admission of the I mixture through said port to the combustion means for controlling the admischamber,
  • openings the shell being positioned within the engine cylinder and overlying said port.
  • a cylinder provided with an intake ort means for controlling theadmis'sion 'o the to the combuscontirollin'g the admission of air to the cyl-j port simultaneously with the admission of the charge therein, and a mixer secured to the inner the combination of means for controlling the passage of a mixture through the intake port, means for wntro'lling the admission of air tl'ierethrough, an apertured mixing cylinder within the engine cylinder and a spreader in the mixing cylinder. 6.
  • a cylinder providtd with an intake port, a mixer arranged within the cylinder at said port, a controlling valve for said port, and means for admitting air the engine cylinder in the 4 wall of tlie cylinder and overlying said poll.
  • a spreader arranged within said shell, an intake valve for said port and an auxiliary air valve arranged to cooperate therewith.
  • a cylinder provided with an intake port, a controlling valve for said port, a stem for said valve, said valve and stem provided with openings therethrough,
  • a cylinder provided with an intake port, a controlling valve for said port provided with a hollow stem, and

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Combustion Methods Of Internal-Combustion Engines (AREA)

Description

W. C. WESTAWAY.
INTERNAL COMBUSTION ENGINE OR THE LIKE.
APPLICATION FILED JUNE 30, 1911,
1,031,754; Patented July 9, 1912.
I 2 SHEETS-SHEET 1. Z 1
W. O. WESTAWAY.
INTERNAL COMBUSTION ENGINE OR THE LIKE.
APPLICATION FILED JUNE 30, 1911 1,031,754. Pa ented July 9,1912.
2 SHEETS-11133! 2.
WWSSgS/ WAY, a citizen of the Unitefi Stetes,'residing within whichzis'iormed-n i figha m following" is ciesoript-ion-a eho inber' 9 through theFint-ake pipe,
' trolling the eonlhus'cihle supply end for .miX- forming a oha'mbe'r l' i therein.
plied to engines previously oonshuotedto shown, yzi'ive's'tenr1f5-is..pre era, replace the lenses thereon. vlded wljth oneor-m or openmg 2 novel construction, arrangement and. COIIlbl- 1 he 'v"ah e' 5 isfir'eferably elite v nation of baths her'em'shownand described 24 .an i forniedfl v parts, Figure-1 is a sectional 'viow'ofi one tainednpon itsQSeat-Q'S'hy the same takensubstantially on line 2; 2 of end of the Valve stem '1 other form of my device. Fig. 4 is a sec-"oritsequivalenti showing :theap plioetion to a. eWo-oyde enupon; the stem by e se sorew 2 InTERnAL-oomBosTIoN nn'e'mn' on LiK E-e I 1,031,? 5 1. v Speoifieatiu n OjLetteIs'Iatent paite t j ii 's neamn filed June so, 1911. Serial No. 635,316.:
To all ham it may concern: valve 5, provideiwiih a; a 3
Be it known that l, VVAr r-ER C, VFTESTA- cooperatewit-h the velveseefij 1 of A at Beiviere, inv the county of Boone and I casing 8 maybe seouredio- State of ilhnois; have lnvented oertmnnew 111dQ I ]Il any su1tab1e' ay,-es and useful Improvements in lnternal-Cornflanged-atiQondseonredjtherie -b l bust-lon'Englnes or the Llke, of whlch the 'The charge or mlxture s g,dm1tte.d
My invention belongs millet-general cl'e'ss charge preferably. having" been 9 of dances-known as mtern s1 combustion onmlxe'd or ,co-n'ri-m'gled 111 #1 5111;
gines or the like, and relates partioniariy so reter (not shownfi The-vol? an lnl ovedanta'ke valve and Power for conw th' a sten rl5, whlchils preie" ing or 'cl-ommingling the charge 1 is.nenngnymeineinee lo sedeby.
production of a device of the kind described 'the eas g,'- or 'by "'eq a en-t $11163 that is more efiieient, durable and setisfeo- ,d-sir e ro vided tor that ,mey be manufactured and inm'oveni'en I .s stalled economieally, either during the .the stem l 5';b yeseb"serw fl-lgaafi'ordm course of construction of the engine; or ap-v convenienfi'fm'eans for, ther p- To this end my invention oonsists'in the through.
sea,
and more particularly pointed out in the on,i .npo h] ciaims. Y I "In the drawings, wherein like reference throug f oharaoters indicate like: or corresponding the vnlye 5.
form of my device- Fig. .2' is a section of her or spring 2'8 which Fig.1. ,Fig. 3 is a seotionaiviewof a'n whioh maLyihe secure iional view of a modified form of my device 1 Valve 2.6. isf limre gine', and Fig. is a sectional View-0f a finder'stood thatnny qu valen 'ortion of an engine, smwing a modified be employed .iorthe purp own of my device applied thereto. within the cylmde'r. is arrangedh Broa-(liy, my invention consists in pro'vidrial? mixer 35, closed-"gah't he e ing suitable mechanism for admitting a prepreferably provided on lis' l'd'es' determiner amount of air to theinterior'of. or ogenings' 36 therethrongh IThef'sIOtS- or the cylinder, or to the combustion chamber openln hich may be ofony'forfiror sizef I' 51 with the i-n'going mixture 'orcharge, and are .pre'ferably"omi-ttedl ef, ':the' also in prom-fling mixing means at the inof the m1 x'er. ,Arra-nged wlt'r oo-mixed or co-mmgled before firing. tion in any-desired Wa as sh take port or proximate thereto, wherehy the I a-1so prefix-ably provide it P Iaaer"or -fiisingoing charge and the additional alr are trlbuter 38, whlch maybesecnre Referring to the construction shown in flanged at 3'9 and seoure to thetafmn Figs. 1 and 2, 1 represents the cylinder Wall screws 40: The m 1xe1 smjore ful which Ina be provided with a Water jacket plained my apphoat lon fornLe U 2, forming a water space 3 4 being the-usual ent for mlxer s orthevhke fi led here l th intake port or opening through the cylinder The opera-U011 .of the d V1'Ce dSG11b ,JS-- wail oi any desired point in the cylinder substantially, ale-follows; Themrxture 15 ad- At the intake Perth; gnangeii an intake mitbed through bhe lntake plpe 12. mto the 110 tially the same time thatflthelvalve "5 is or the ot er, the movement ortravelsof the I chamber 9, and thence passes by tIie'vaIVe' be made in any suitable way. As; shown,
5 into the mixer 35,-- the valve 5 being op- 'it is provided with a screw end 62 and arerated either from the suctionof the engine ranged at. 63 for convenience in operating,
' or mechanically, as desired. At 'substan- 'so-that b turning the stop in one direetion I opened the valve 26 is opened, and air is valve 55 may' beflc'ontrolled The intake a 1 the chamber 9,
drawn in through the openings 722 to the port is shown provided with a mixer andchamber-16, andpitst the valve 26 into the spreader 88, similar to that previously def lnixer, -where: the same meets the mixture scribed. .The operation of the device is subpassing by the baflieor spreaderx38,' and initted' through the intake pipe-66 into ,the thence through the openings 36, the air and chamber i2, where it is] drawn into the mixture,' or c arge,.being thoroughly mixed mixer-35. Before the valve 46,. however,
i or co mingled again before firing, 'a' very reaches the end of its travel and fully opens,
5 efiicient charge being; the result. If-there the'ar'mfiO engages the-stop 61 so that them areany particles of hydro-carbon unmixed. j'valve is raised from its seat; Air is then before entering the; mixture, gtheyf are dra'wn:in by suction through the duct 58 thoroughly co-mixed before being fired,vand the: stem 56; passes between} the valve V in'the.-ease'of.certain hydrocarbons/where 55 and its'sea'tlfia'throngh the opening 59 2o aflcertain-anlount 0t pre -heating is 'desir- 'into the QhamberaQ, whence it "is drawn in able, the same are pre-heated in the mixer with the ingoi'ng mixture into the mixer 35, '35. [By omitting the openings the lower and the air and mixture thoroughly mixed side of the mixerywhen thes'anie in the in assin through the-openings 36, 'Any position, as shown,--anysmall particles of hy ro-ear on which has not been thoroughly g5 hydro-earbonj fare 'pre-heated and fully mixed reviousl-y inthe carburete rslor an? mixed with air before entering-the combusexcess I yd'ro-carbon, is mixed fwith the a -tion hhamber;'-'It will bejseen that-ibroa dlm ditional air and an iefiici'ent mi-Xt-ure-- dis-' the invention consists in providingflnieans' charged into'the combustion chamber "of the for sup lying apredetemnined emou'ntgpf 1engine.for firing.
30 air to t e mixture, and thoroughly mixing In Fig.4: 1 show a z-y'eie engine cylinder 851 the water jacket space,-
the saimetherewith'before firing, v equipped with my device. Referring to the- I -Referringto Fig. 3", in' hich anew-e figure, 6 8 represents the oylindeii'walllpro form, my device shqwnfl rep ts -v1dedw th its water acke t. '69 'and -water -v the cylinder"as-.before, 2 the'-water jaeket, space '70, 71 being the-intake passe. and
' port. At the p'ortl preferably arrange ,a preferably-provide an airport 73,' which easing 41;. imilar' t thatheretofor .de-- 1s controlled by a valve 74 Avery-simple scribed, provided with a? valve s at; 45', on construction is. to provide a casing 'Z 5,-p1 "e f" the r'nixture and air sta'ntially as follows; The mixture is ad-= -5 and 4 the int-ake- 72-theintake port. In'the waterf jaei et 69;,"1'6
whichseats-thelval've 416 provided-with a se'rably flanged at 76, which is screwed' in. 4
shown thestem-'l'is connected to the valve. a, seat for the valvefl'. In the casing 15 46b substantially ayok'eAS, and whicliis ;prov'ided.opemngs 78'. v The valve 7 f 1'sarranged to be. secured upongthe extended provided-with a stem 79, th e valve being, part 45 bf the valve, there. being" openings; normally maintained upon its seat: by a;
45 59, as shown.';The .va1ve'4c'6' 'may .be-jnori resilient inernberorspring 80,and-thetr'avel 11o any maintained; upon itsseat -by' a -='re;- of. the'valve being controlled'bvanarn 1-.'8 -si1ient"inember 50 engaging theeol1ai'51 'andistop 83 carried by the bracket} 82, s 1n'11'- of-tlieeasing,,---52-being?a 'eol'lafsecuied to" :lar to. the: construction shown 111 the stem b a set 52;, orQthe equivalent, The valve may be. operated mechanically, 50 similarto'-the1 .other"'valve described; The if desired,however,1 have not shownmeans Y valve-461s provided-iwitlifag valveeseatffi ls, fonoperating it as they may-be of-any upon-which. seats a-valvefifiprovided' v'vith; suitable'form, or the valve may be operated I 'a; hollegw; thefiassagewayyjby thefsuction of the-engine.- 'In theiintake or of ning through thefsan e: -'-The- .Lve;lve:1 'port172in the cylinder wall, I havcshowna;
iseat-yby- -inixer comprising stops 8& -havin%."slotsj- 85 120. a or itsf qt itml'ent for thereinfthefsame being ol'dsed att e-end, as pnrp se; The ve' "6 niaj arr nges l at 86; {The mixermay be secured in theip'orttolb'eopened perate either, bylthea s'lfc {by engaging the extended -part. at 87 (it a a ti'on- Drama-en e-jorb" mechanism-means; thebylmderwall, the same being preferably g ex: formed. with a space 88 about thermixer.
-.tendedasjat 60' 'and-;arangedjtmoodperate iwithini the; mixer may bearranged}; a v ,a.= sto 61 earriedaby' a hracketffi," s reader 89 similar to thejs'preadefrs niaysecuredto the-casingin any "herein described; Thegopenatron; o wimasfshowivnby ascrew fifi Thefor'xnof deviceisias-tollows;- f1he;' xt-ure' we. te -era prerempiyee usnen, and-may is admitted; through as mere passage 1, m
, 40 ste 47-, uitably ionnectedjt herebo f As the .wall 69, the same being formed vim- 0 whence itpasses into the mixer 84 and is mixed with the desired amount of air, which the combustion chamber of'the engine.- It
is of course understood that'the casing 75 and valve 74 may be arranged wherever desired, aspfor example, in the crank casing,
4 109, engaging the admittedthrough the inlet 98 or its equivalenh'whe're the mixture is compressed. Y i I i In the construction shown in Fig, 5, 91 represents the engine cylinder and '92 its head, 93 being the 'usual' intake port, which is controlled by a valve 94 arranged to seat on the casing 95. The valve 94 is provided with a stem 97 and is normally maintain-ed upon its seat by the spring or resilient mom-,- ber 99, cotiperating with the collar 100 and the casing. 101 is a collar similar to those previously described for limiting the-movement of the valve, At the intake port, within the cylinder, may be provided the mixer 102, having openings 103 theret'hrougln Arranged in the cylinder wall, or in the head, as shown in the head,;is provided a port 104;, normally controlled by'a valve 105,- which is arranged to cotiperate with a suitable seat on the casing 106. The valve is provided with a stem-105, normally maint-ained"'ii'pon it's seat by a resilient member collar 110 and the yoke 108 on the casing, 111 being a collar thatscrves as a stop, as heretofore described in the other construct-ions.- The operation of this device is as follows: The mixture is in the casing, and thence passes through the chamber '90 therein past the valve 9%, and out through the openings 103, being. thoroughly mixed by the mixer. At the same time'it is met by an opposing current of ai.r entering the valve 105, which mixes in with the mixture.
l-laving-thus described my is obvious that various immaterial modilications may be made in the same withoutdeparting from the spirit of my invention, hence I do not wish to be understood as limiting myself to the exact form, construction or combination of parts herein shown and described, or uses mentioned.
ll hat. I claim as new and desire to secure by Letters Patent is i 1. The, combination in an internal combustion engine of a cylinder, provided with an intake port, and auxiliary means for admitting air to the interior of, the cylinder simultaneously with theadniission of the charge therein, and a mixing cylinder within the engine cylinder and overlying said intake port.
2. in an internal combustion engine, provided with a cylinder having an intake port. the combination of means for admitting air to the interior of the cylinder prior to the mixture through said port tron, chamber, means carried thereby for tinder through said 5. In an internal combustion engine,
invention, it.
an intake port,a valve ignition of the charge therein, and a mixing cylinder within path of the charge and air.
' 3. In an internal combustion engine, a cylinder provided with .an' intake port, means for 'contro'lling' the admission of the I mixture through said port to the combustion means for controlling the admischamber,
the cylinder simultaneously sion of air --to -with the admission of the charge therein,
and .a cup-shaped shell having side wall.
openings the shell being positioned within the engine cylinder and overlying said port.
4. In ,an internal combustion engine, a cylinder" provided with an intake ort means for controlling theadmis'sion 'o the to the combuscontirollin'g the admission of air to the cyl-j port simultaneously with the admission of the charge therein, and a mixer secured to the inner the combination of means for controlling the passage of a mixture through the intake port, means for wntro'lling the admission of air tl'ierethrough, an apertured mixing cylinder within the engine cylinder and a spreader in the mixing cylinder. 6. In an internal combustion engineprovided with an intake-port, the combination 'of means for controlling the passage of the mixture through said port, auxiliary means cooperating therewith for controlling the admission of air through said port, and a mixer within the cylinder adjacent said port.
7. In an internal combustion engine, the combination of a cylinder provided with an intake port, a valve for. controlling said port, a valve mntrolling the admission of air-through said port, and a mixing member overlnng both of said valves.
S. In an internal combustion engine, the combination of a cylinder provided with for said port, an auxiliarv valve cotiperating therewith for controlling the admission of air through said port, and a disk shaped member overlying both valves and having ,an apertured side wall. "ILJn a device of the kind described, a. cylinder provided with an intake port, .a mixer arranged-within the c \-'lindci', a valve for controlling the fluid passing through said mixer through said port, and means for supplying the air to said mixer simultaneously with the passage of themixture therelhrough.
10. In adevice of the kind described and in combination, a cylinder providtd with an intake port, a mixer arranged within the cylinder at said port, a controlling valve for said port, and means for admitting air the engine cylinder in the 4 wall of tlie cylinder and overlying said poll.
rality of openings therethroiigh, a spreader arranged within said shell, an intake valve for said port and an auxiliary air valve arranged to cooperate therewith. 12. In a device of the kind described andin combination, a cylinder provided with an intake port, a controlling valve for said port, a stem for said valve, said valve and stem provided with openings therethrough,
and means for normally closing said openings, and a mixing chamber within thevcylinder common to said valves.
13. In a device of the kind described and in combination, a cylinder provided with an intake port, a controlling valve for said port provided with a hollow stem, and
vmeans for controlling the passage of fluid through said stem.
14. In a device of the kind described and in combination a cylinder provided-with a mixture intake port, a controlling valve for said port provided with a hollow 'stem,
means for controlling the passage of air through said stem, and means for mixing said "mixture and air after the same has passed said valve.
In testimony whereof, I have hereunto signed my name in the-presence oftwo sub scribing witnesses.
"WALTER C. IVESTA'WAY;
Vitnesses ROY W. HILL, CHARLES I. Conn.
Copies of this patent may be obtained for five cents each, by addressing the Commissioner of Patents,
Washington, I). 0.
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5176171A (en) * 1991-10-17 1993-01-05 Flomatic Corporation Check valve
US20060151268A1 (en) * 2005-01-12 2006-07-13 Sunil Kesavan Copper-free non-asbestos organic friction material
US11306839B1 (en) * 2020-11-17 2022-04-19 Merrill Manufacturing Company Double poppet check valve for low and high flow rates

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5176171A (en) * 1991-10-17 1993-01-05 Flomatic Corporation Check valve
US20060151268A1 (en) * 2005-01-12 2006-07-13 Sunil Kesavan Copper-free non-asbestos organic friction material
US11306839B1 (en) * 2020-11-17 2022-04-19 Merrill Manufacturing Company Double poppet check valve for low and high flow rates

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