US894877A - Gas-producer. - Google Patents

Description

PATENTBD AUG; 4, ,1908.

, 1907. V a snare-sum 1.

WITNESSES:

"VITO/CV15)".

No. 894,877. PATBNTED AUG.4, 1908.

E WELL; Y jGAS PRODUCER. APPLICATION FILED JAN.14,1907L RENEWED DBO. 16, 1907.

3 SHEETS-SHEET 2.

INVENTOK. in E .Crowafl.

' r Mzlv LVI QBOWELL} oi jrnaiikim,

' :oFFion Patented Aug. 4, 1908. t

' Applicationfiled January; 143997. ser'ia n'uesans. "Kenewed'Dec'enflier 1691907. Serial No.1406.77O.

" all whom itmu ymo'neem, t I

Be it'lmownthat-EI T'hlEiLV .Gnownnn, of Franklin,Icounty ofdohnson; ndf'State of. lndiana, have invented a 'certaiinnew ant-l useful- Gas-Producer; and LI 'doshereby 'd'e-' clare that-the "followingfiis "a 'f-ull; clear; and

' The object of this invent exact description thereof efemifcebeingihad to the accompanyingdrawingsyln which like i letters refer to l ke-parts; I. i-

the construction and operation of-=:g as-'pro ducers and. meansforflstirring"the coal and means for charging: the produceriwith on, To that end ,onevfeature of the invention consists in arrangingthe producerfshell in an inclined position andproviding' .ineans ffor oonst antly revolving it, with a stirreror'coal agitator extending centrally: into "the shell V andwhich resistsithe revolvinginoveinent of the water is passed; at first and while it is"- operations of thecoal supply-ands "the coal in the shell, and in t hatway t-he coal coolest. I) The water passes into t helower end of the hollow stirrer, through it mi e at it s" upper end into the upper endl of. the mat er-j jacketof' the producer shell, and zlown=wardly I through said water-jacket to [a disoharge cock. Th'ei 'lower end of the reducer shell extends into {a water tilled "as i pit -rwhereby the lower endpf the ell iswater sealed.' v Al iother featureeonsistsinan imrov lneiit in thecoal feedfthat prevents t io 1d-" 'mission of air into the firor ueershell -M ile the ooal is feeding in. r the coal by means of the, same'clrivertha causes" the revolutions: (if the shell w-hereby there is maintained va relat-ivity-betweenthe production. u 1 The nature of the invention will he mio reg fully umlerstomlrIfroin the accompanying drawings and the following descriptwn'and claims.v v is .{fx

In the drawings, Figure =31; is a central? v'er tical section through .thergas producer an di a POI'ilOlhfifilll? ineans'forl mounting thesanie, parts being broken away; Fig; 2 is a section on the line 2-22 of Fig l' r3 is a vertical section through thel'hop er end u er oorner of the'prodneer shel ,wvhen the i lsoei-niftoroeileedin iopper isin' its upwardposition. Fig; {is'ja section on theline -l4 of Fig. 3, showing the'darnper"closed.t' Fig.5 is the some showaiiigrt'he dainper open. v 'tion ofit h'e eoaleharging means and the hop- Fig. ti is a side elevaperandjupper end of the producer shell when: thelatteristurned with the hopper upward, pa-rt sbeing broken away.

Fig. V7 is a frontelevationof the same, with the path of the home ;1a1 1dfits various positions being shown-lw ttedlines." "Fig.8 shows a persti-on' ottheisame"that ap )earsin Fig. 7 with. .tl'iev lileansop'eratetl for cl of coalaintothe statitma r "hopper while it is discharging into the hopper on the producer osing the discharge shell. Fig tifshows parts of the same in their pos t ons after the upper damper in connection with the[revolving hopper has been opened." Fig. 10 ist'he same showinp 'fthe'"parts in their, positions when the lower damier is to )en.v oFi 11 is a front elevation vi 7 l V n r V of the entire-apparatus.

. f'lnfdetailthere appearsin the drawings torrninga part'ot this patent a gas producer she'llfldmounted in an, inclined position, at "anangle of, about 45degrees' from a vertical line and itsilengtgh being preferably greater thanifits' diameter. It. is revolubly mounted, {asithas 'a pair of annular collars 11 and 12 secured toit that have peripheral frictional surfaces "w hichfaie engaged by friction wheels {1'3 secured on shafts 14 mounted parallel witht he 'shell andlmount ed and having bearings frainejlfi. Oneofi'saidshafts14 to has a sprocket-wheel 16 mounted on it. to

whieh?aehainl l6 runs from "the bevel-gear 1T7 that 'niesheswith the bevk-il-gear 118 on 2 the shaft 1 19 that is driven by the pulley 120.

T-he' producer shell' is held in its upward positionbydhe 'roIlerJS on the spindle it) that-isniounted in the frame-work l5, said 1 roller 18' peripherally engaging the lower surface ofthe collar-:11 as appears 11] Figs. 1 and 2. IfoIre-{1riller lS and spindle 19 are not lstrongenpughtosuppm't said shell and its cont'ent'sfthe i'iumberinav be. increased.

'Said means supportslsaidshell so thatthe lower conical end'ZO thereof projects into the ash' pit 21. formed in the eom-rete'base .22, as appearsin Fig; l. One side of said ash-pit is lined witha metal plate 23 opposite said eonical lower end ZOand there is sullieient space between-said nietalplate 23 and the lowering; end-of the said eone'2t) to perlni the disg'eharge of the ashes .24 from said eoneQO into thepit. A plate 25 is secured at its lower end to the plate 23 in the ash-pit and projects upwardly into said cone20 to a point above the axis of said shell and almost to the inwardly extending annular flange or contracted portion 26 of said shell, for the purpose ofdefiecting and crowding the ashes downward into the ash-pit and keeping the ashes out of the chamber 27 into which the gas outlet pipe 28 projects. There is sufiicient space etween the upper end of the plate and the contracted ower end 26 of the shell for the escape of gas from the shell into the chamber 27 whence it is withdrawn through the pipe 28. The pipe 28 is held stationary by the clamp 29 that is secured to the concrete 22.

Coal 30 is introduced into the hopper 31 that is connected by a pipe 32 with the upper end of the shell 10 and therefore said hopper revolves with the shell. Said pipe 32 has in it two dampers 33 and 34 that are held closed by springs and are opened by means here after explained. Steam and air mixed are introduced into said producer shell through the pipe 35 and branch ipes 36 that enter the upper end of said shelland revolve therewith.

A hollow stirring device 40 extends centrally and longitudinally through the shell 10 and is stationary. Its lower end is embedded in the concrete 22 and it'is shown herein triangular in cross section. W forced into it through the pipe 41 from some suitable source of Water supply and thereby said stirrer is kept cool. The angular form of said stirrer, during the revolutions of the producer shell, resists the revolving movement of the coal, and in combination with the shifting'ofthe coal during the revolutions of the inclined producer shell the coal is l;ept thoroughly agitated and mixed and clinkering and clogging are prevented.

The water issues from the upper end of the stirrer 40 through a pipe 42 into the upper end of the water-jacket 43 in said producer shell, there being aloose'pipe connection between the parts 40 and 42 so that the shell may revolve and the agitator remain stationary. This jacket extends all about said shell and the water therein from said stirrer accumulates and fills said jacket and keeps the shell cooland issues from the cock 44into an annular trough 45 secured to the shell and from that trough it flows into the ash-pit 21 and fills it to the desired level and flows 11 into the conical lower end 25 of the shell and thus forms an effectual Water seal for the ash discharge end of the shell. This water cooling means supplies the water while coolest to t e stirrer which is in the hottest position d also supplies the waterjacket.

e means for automatically feeding coal to the producer shell as it revolves will now be explained. Coal from some suitable source of supply is in the first place loaded 1 into the stationary bin 50, seen in Figs. 6 and 7, from which it empties by gravity into the feed tube 51 and then is conveyed by a screw l 53, shown in dotted lines, that is driven by a gear 54. The discharge end of the tube 51 is turned downward somewhat and has a hood 55 with an arm extending upward therefrom on each side of the tube 51 and fulcrumed to said tube. The hood is held normally out of position for closing the outlet end 'of said tube by a spring 56 and is moved into a closing position by a lever 58 fulcrumed at 59 on the stationary hopper 60 .below. This latter hopper is supported by bars 61 extending up from the plate 62 of the frame of the apparatus. The lever 53 is actuated by a pin 63 on.

the hopper 31 that revolves with the producer shell. A spring closed damper 64 is mounted in the hopper 60 that is opened by the arm 65 extending up from the revolving hopper 31. An arm 66 from one of the bars 61 actuates the spring-closed damper 33 and the arm 67 from the plate 62 actuates the spring-closed damper 34. The screw 53 is driven by the same means that revolves the producer shell 10, through the sprocket-wheel 153 on the shaft 119, chain 154 and sprocket- 'wheel 54 on thescrew 53.

,The operation of the coal feeding mechanism is as follows: The coal deposited in the bin is fed mechanically from under the bin by the screw 53 through the tube 51 into the stationary hopper 60. As the shell 10 revolves the pin 63 on the hopper 31 actuates the lever 58 and closes the hood by moving it from the position shown in Fig. 7 to that shown in Fig. 8. The hood when closed prevents any coal issuing from the tube 51 while the coal in the hopper is being discharged into the hopper 31, so that the incoming coal into the hopper 60 will not prevent the damper 64 being closed. About the time the mechanism begins to close the hood 55, the arm on the revoluble hopper 31 opens the damper 64 and permits all the coal to be discharged from the hopper 60. By the time all the coal is out of the hopper 60 the hood 55 is closed so that the hopper 60 will be entirely empty and the damper. 64 can be closed before the lever 58 is released by the further movement of the hopper 31; then the hood 55 moves back to its position shown in Fig. 7 and permits the hopper 60 to be again filled. The further movement of the hopper 31 will cause the damper 33 to be opened by the arm 66 and the coal will pass into the tube 32. After the damper 33 is closed the arm 67 will open the lower dam )er and let the coal pass into the shell 10. he two dampers 33 and 34 are for the purpose of excluding the air from the shell 10 during the l feeding of the coal. With this coal feeding l apparatus the rate of charging ill varv as I the speed of the shell varies in rotation and as the production of gas varies, as a single means drives thescrew'53 inthe tube'51 and";

the revolving shell 10. .7 p p 7. V

'While a cylindrical shellis hereinfshown;

and a stirrer triangular 'ingcross section, Ido

not wish to be limitedto either of s'aid forrn s wise protected.

What Iclairri as myinver' tion and to secure by Letters, Patent lsz 1. A gas producer including a revoluble shell for the coal, and a stationarystirrer ex.- tending longitudinally through said shell; 2. A gas producer including a revoluble .7 shell for the coal mountedinan inclined-position, and a stirrer extending into said-shell and arranged to resist the revolving-move= ment of the coal in the shell, whereby; the stirrer and the gravityof thecoal in theshell' will keep the coal broken u and mixed."

3". A gas producer inclu ing a revoluble shell for the coal that is mountedinan i11 clined position, and a stationary stirrerpro jectinjg into' said shell. 4. gas producer shellforthe coal mounted in an inclined osition, and a stirrer projecting 'centra y.

through the lower end'intosaidshell, said stirrer being ri idly secured at its lower end. 5. A gas pro ucer including a basewithan, ash-pitformed therein, arevoluble shell for, the coal mounted in an inclined ositionwith l ash-pit, and,

its lower end'extendingfinto sai V V a stirrer projecting centrally" through the lower end of said shell fintothe same, the lower end of said stirrer being embeddedfand secured in said base. j

6. A gas producer including a revoluble shell for the coal mounted in an inclinedposition with an ashoutlet. at its lower end,

means for water sealing said ashoutlet end of said shell. and a stationary stirrer extending longitudinally into sa'idshelll shell for the coal mounted in an inclined po;

sition with a conical lower end having an ash outlet opening, a base with an ashit therein into which conical end of the shel rojects and dischar es, means for water sea ing the outlet end 0 said shell, and a stirrer projecting centrally through said'conical lower end' of the shell into the shell and rigidly secured at its lower end to said base.

8. A gas producer includinga revoluble shell for the coal mounted in an inclined .position with a conicaltopen lower end and con tracted at the upperend of saidconicalpora 'tion, an ash-pit 1nto which said conical lower end extends, means 'for water sealing said conical lower end, anda stationary late rojecting into said conical lower end 0 the s ell to a point near the contracted portion ofithe hollow stirrer.

mendin are-arable shell so as to leave a gas outlet'between said plate andthe contracted portion of the shell,

substantially as set'forth.

9. A gas producer] ncl'udinga revoluble shell for 'tlieicoal inountedin, an inc lined position a conical open lower endand conftr'actedat theupper end of said conical portion, an ash-pit into which saidconical lower end extendg meansfor water sealing said conical lower end, a stationary plate project- 'ing-intosaidconical lowerend of the shell toapoint near, the contractedportion of the shell so as to leave a gasoutlet between said plate andthe contracted portion of the shell jandfachamber in; theupper side ofsaid conical lower end above the water i'nthe ash-pit, and -a stationary pipe extending up into said chambei and throughwhich the gas may be withdrawn, substantially as set forth.

longitudinally through said shell, one of sai members'being revo uble, and means for introducing water; into the lower end of said 1.11,. ,A producer including a shell for .the coal t at is provided-with a water-jacket about it, a hollow stirrer extending longitudinally. through said shell, means for forcing waterinto the lower end of said stirrer, and a connection between the upper end of said stirrer and the water jacket at the upper end 10. A gas producer including an inclined shellforthe coal, a hollow stirrer extending of said shell whereby the water willpass from ,thes'tirr'er into the water jacket of said shell.

12. A gas producer including a revoluble shell for the coal that is mounted in an inclined position and having a water jacket about it, an ash-pit into which the lower endv 'ofthe shell 'rojects, avhollow stirrer extendjing longitud i 'for forcing"v water into the lower end of said stirrer, a connection between the'upper end nally through said shell, means of said stirrer andthe water-j acket whereby the water will pass from the stirrer to the water-jacket, an annularv trough about said shell near its lower end, and a cock for dis- 7. A gas producer ludinga revoluble charging, theuwater from said water-jacket into said trough, whereby the water escaping from saidcock will be conveyed into the ashpit, substantially as set forth.

13. A gas producer including a revolving shell for the coal arranged in an inclined position, a coal sup lying means mounted in connection with-t e upper end thereof, and

dampers in said coal-supplying means that exclude the air while the coalis passing into the shell. v 14. A gas producer including a revolving shell for the coal arranged in an inclined position, a hopper connected with said shellby a-tube for sup lying coal thereto, a pair of spring-closed ampers in said tube one lo- 15. A gas producer including a revolving I shell for the coal, a dampered hop )er connected with said shell and revoluble there,- xvith, a stationary hopper with a springclosed ranged in position for the revolving hopper to pass under it during each revolution and means connected with the revolving hopper lor'operating the'damper in said stationary hopper at each revolution to cause the coal in the stationary hopper to discharge into the revolving hopper.

It). A gas producer including a revolving shell for the coal, a (tampered hopper secured thereto andthat revolves therewith, a stationary hopper with a damper in the bottom of it and under \Vllltll said revolving hopper damper in the bottom thereof and arpasses during each r revolving hopper to ing coal to the 0 evolution, means on the r operating the dam er V- hopper, a 1100 for chute, a lever fuling said hood, and means on the revolving hopper for actuating said lever arranged so that the hood will be moved into a closing position when the stationary hopper empties to enable its damper to close.

In witness whereof, I ha my signature in the herein named.

ve hereunto allixed presence of the witnesses MELVIN E. CROWELL.

Vi tnesses N. ALLnMoxo, H. B. Motoa

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