US1578306A - Water-gas apparatus - Google Patents

Description

March 30 1926.

H. WOOD WATER GAS APPARATUS Filed Nov. 14. 1922 2 Sheets-Sheet 1 H. WOOD WATER GAS APPARATUS March 30 1926.

2 Sheets$heet 2 Filed NOV. 14, 1922 tll lllll n m E l M H Hu 1m.

a ll n n v Patented Mar. 30, 1926.

UNITED?" srares rarsn'rorrlca;

WATER-GAS APPARATUS,

Application filed Novemberl l, "1922. Serial :No. 660,936;v I I To all whom it mag 0001061 11! Be it known that Ll-lnnennr VVOOD, a sub-1 ject of the King of Great Britain, residing at Mortlalie, near Sydney, inthe State of New South ales, Commonwealth of Aus tralia, have invented certain new and useful Improvements in lVater-Gas Apparatus, of which the following 1s a. specification.

I This invention has reference to water gas generators for the manufacture of gas from coal or other carbonaceous material. My objects have been to provide operating gear or 'IDBChZIHlSIH'fOl controlling the volume and quality ofthe' gas manufactured, the supply of air under pressure, admission of steam for the production of water gas, and for the removal ofashes, whereby the wholeof, theoperations in their proper sequence may be controlled by a hand wheel.

- According to the lnvention, airunder pressure is admitted under the ash extractor to raise the coke in the generator to incandescence, being controlled by a suitable valve WhlOh 1s opened and closed by a rack and pinion "operated by a rotatable shaft.

This shaft isrotated by a chain and sprocket or other transmission gear driven from a hand wheel positioned either on the 3 charging floor or ground floor level; Extending upwardly from the rackare two levers, one of which operates the stack valve, while the other operates the steam supply valve, and a gas off-take valve which isclosed when the stack valve and air blast valve are open.

When the air blast andstack valves are closed and the steam valve fully open, the as oif-talre valve is 'fullyopened by the lever operating the steam valve.

An extension is provided on the rotatable shaft coupled or connected directly or indirectly by a clutch or similar device which extension carries a crank connected by a connecting rod to a lever which operates the ash extractor which is turned by an adjust-able positioned apron ratchet actuated by the lever to rotate the extractor a predetermined distance,'and allow a gradual descent of fuel in the generator.

But in order that my invention may be more clearly comprehended I will now refer to theaccompanying two sheets of drawings inwhich is illustrated a practical embodiment of my invention.

Figure 1 is a front elevation of a water gas generator fitted with the operating gear.

Fig re 2 is a side ele a on at F g re 1- corresponding Figure 8' is an elevation on'anenlarged scale of the operating wheel, rack,- and levers, while" l I Figure a isqan elevation of the ash exa tractor operating levers.

Figure 5 isa perspective view of the pinion --operating the rack and clutch mechanism. r r

The same numerals indicate thesame or.

parts throughout the draw:

ings.

is attached to the rack -1 0"bynut ll. :12 is a pinion wheel for moving said" rack which wheel revolves with the shaftf13 when" the clutch 15 isforced into engagementqvith' it on operating the handle l l'which is held] short links 23 and 1 24 pivoted to levers 25 and 26,- the lever-25 beingprovided with a squared hole fitting over the operating rod-f. of the steam supply valve27 controllingthe steam'pipe 27 Lever 26 is pivoted to the generator at 28 and at theouter end to the upwardly extending operating rod 29. This rod 29' is pivoted to an extension 30. integral with the stackvalve131 which moves on a I V the water gas generator'with anair )ressure valve 9 the ooeratin rod of which 7 v pivot 32 vA lever 33 is pivoted to the body 34 of the stack valveand to the operating' rod29 to insure greater rigidity, T0 the Outer end of the lever 25 operating'the steam supply valve 27 is pivoted a long upwardly extending rod or lever 35 connected at its upper end to the'gas off-take valve36k 37 I is a stack provided with a cowl or hell shaped portion 38 positioned'over'the stack i V valve 31'to take the blast gases therefrom and lead them to the atmosphere.

. To the shaft '13 is attached an extension shaft 39 by a coupling 40, said shaft being" provided at its outer end after passing I through a bearing 41, with a crank. arm t2.

Pivoted to this arm 42 is'a downwardly tending rod 13 which is pivotally connected to a rod M for operating the ash'extractor. This ash extractor comprises anumber of shafts 45 provided with gears a6 which are revolved 'by the shaft 47 carrying a gear heel &8; fie d gears .:6 and. :8 a einte r as l engaged as shownin Figure 2; This wheel th St m V llV fZ g t' wat r gas, n

48 is turned one or inore teeth as desired I by a pawl 51 controlled by the sectorplate of the eQtCr late i9. On'downirard move: 'ment of therods B -ea,--the-pawl gil rides over the teeth Olitlie wheel48 until the inein L b61499 carryin'gth'e pawl contacts- Withwthe "stop 49'; V on the whcel48 and on upward movement of 49 'providedwith holes '50." A plat-e39 has. al'stop l9 ftheposition of Which'is adjusted by a pininserted'in apredetermined hole O Said .pawl then-engages: tooth the: rods 43, a l, the ween e; is partially movement of the pawl 51 on the pivot ofthe latter. This ash extractor can be oper- -'ated* independently by disengaging theturned the required 'nuinberof teeth.

yoke 521's provided to limit. the extent clutch 1o, frointhe pinion 12.;

Inoperation, When the generator liasbeen charged; with sufficient tuel assuining; that th'e; clutch 15 has been bronghtin con-tact. -W1th the pinion'12, the hand wheelQl IS operate the ash'extraotor rolls, a cranlrar-ni then: turned; raising-the rack, 10 and open- 'ingjthe a r-blast; vali' e 9,- forcingthe levers 251and 26 to the position shown in dotted lines in Figure 3, theop'erating rod 29. opens -1ng the stackvvalve 31. At the saine time the lever Qb'closes. the 'stea n'valve 27 and? thezrod 35 cl'osesthe gas off-take alve/36.

I "lthis openation brings the fuel to there'- '7 qnired temperature, the, blast gases passing through the stack valve 31,- up through the stack; .37, to the 1 atmosphere: 1 After a pre 'deterininedperio d the-hand-avhel 21 is revolved in; the, opposite direction moving the :raok 10. downwardly thus closing: the-'jstack V} valye and. Valve? 9 and openin'gz shaft, a 's'a-id rack directly controliingxthe air blasts my hand.

the, rod 35 opens tlie ga's'ofl-take Valve36.

With this arrangement the necessary opsv "erati'one can be controlled vfrom the hand wheel 21 lry 'unskilled labor; with thep'oesi- 'bility of any of the Valves not being opened or closed in their proper sequence be ng avoided; V 7 V v I cla11nz- 1. VVater gas apparatus including a Water 1 ating- 'niechanism comprising a ally controlled shafh a pinion fon fthe rack. operatedflby {the pinion,

valve and controllingthe stea n, stack and'g gas outlet valyes through pivotally connecte ed rods connected. tothe rack, said shaftl aving: an extension, ash extractor rollshai 111g nterengaging gears, argear wheel engaging. certain ofsaid interengaging;gears to V on said shaft-extension;,aj pair'of pivotally intercorniected rods, one pivotally connected of said gear Wheel, and apawl, to rotate said,

to-said crank arm and the other to tlieosha-ft 6;?

gear wheel, said pawlbeingv connected'to disengaging the pinion therewith and, en-

abling t1 1e- 'entractor rolls togbe revolved without actuating the operating valves.

In testimony whereof I have hereunto ,set

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