US901597A

US901597A - Apparatus for spraying liquids.

Info

Publication number: US901597A
Application number: US24054005A
Authority: US
Inventors: Henry L Doherty
Original assignee: Individual
Current assignee: Individual
Priority date: 1905-01-11
Filing date: 1905-01-11
Publication date: 1908-10-20
Anticipated expiration: 1925-10-20

Description

H.L.DOHERTY. APPARATUS FOR LIQUIDS. 1 AP-ILIOATION FILED 511mm, 1995.

Patented '00s. 20, 1908.

2 sums-sum 1.

Wiznesses:

q w/ fl 11. L DOHERIY. I APPABATQS FOB. SPBAYIRG LIQUIDS.

pwuognog nun JIAI'I'. 11, 10 05.

Patented 0013.20; 1908.

Q SHEETS-SHEET 2.

he. a

Wz'fnesses:

Henry Lflo lzerly. In venio r Mar.

UNITED STATES PATENT OFFICE.

HENRY L. DOHERTY, OF MADISON, WISCONSIN- API'ABATUS FOR SPBAYING LIQUIDS.

' Specification Letters Patent.

. Patented 01:17.20, 1908.

Application Med January 11, 1905. emu No. 240,540.

a specification, reference being had to the drawing accompanying and forming part of the same.

My invention relates to the art of spraying or atomizing liquids, particularly for the purpose of spraying or atomizing ,fuel oils, and has for lts object to provide a spraying apparatus which shall be highly eliiexent, yet simple and inexpensive in construction, and having its parts readily accessible for cleaning, repairs, etc.

To these and other ends the invention consists in the novel features, arrangements of parts, and combinations of elements hereinafter described, and more particularly set forth in the claims.

The preferred embodiment of my invention is shown in the accompanying drawings, in which Figure 1 is a vertical, ct-mtral section. Fig.

2 is a. plan view. Fig. Z) is a plan view of the device which carries the spraying apparatus. Fig. 4 is a side elevation of the same Fig. 5 is a central, vertical section of the spraying devices. Fig. (i is a plan view of the same. Fig. 7 is a plan view of the union used to connect the liquid supply with the spraying devices. Fig. 8 is av section on line VIII-VIII, of Fig. 7.

The apparatus consists generally of two parts, namely, a spraying nozzle adapted to be introduced into a furnace or other (3118.111 her in which the spray is to be utilized,land a device for securing the former in operative position. 1

The latter in its preferred form consists of a carrying ring 1, bolted or otherwise fastened over an aperture in the wall of the furnace or other chamber, 2. Around the center of the ring is formed a seat 3, having upstanding ribs 4', 5, on either side, connected by narrower flanges ti, 7, the latter of which is notched, as shown at H, Fig. 4. Extending from the periphery of the carrying ring to the seal 3. at points lmeated'between the ends of the ribs l, 5, are

passages

9, 10, for a purpose to be explained hereinafter. Across the carrying ring is a yoke 11, having a clamping screw 12.

The spraying devices embrace a tubular member 13, integral with or secured to a chambered plate 14, which fits the seat, .3 of the carrying ring 1. 'In'the plate 14 are

passages

15, 16, so located as to register with the

passages

9, 10, respectively, in the carrying ring, when the plate is seated in the lat- .ter. In order to insure that the proper passages register when assembling the apparatus, one end of the plate is provided with a lug or projection 17, which fits into the notch 8.

On the chambered plate 14 is a rib 18, through which extends a liquid supply pipe 19, reaching down through the tubular member 13 to the end of the same, as shown in Figs. 1 and 5. On the latter is a spray cap 20, of any suitable form, and having two or more inclined discharge passages located in any suitable position. from the cap in fine streams, which impinge on each other and are thereby dissipated in the form of a mist, as will be readily understood.

The liquid issues H In assembling the apparatus the top piece of the yoke 11 is swung, to one side, such] movement being permitted by the slotted end 21. The tubular member 13 through the aperture in the carrying ring, into the chamber in which the spray is to be utilized, and the plate 14 is properly arranged on the seat 3, after which the yoke 11 is brought back into position and the clam 12 turned down to press the plate 14 firmly on its seat. The pipe 19 is then connected in. any suitable Way with the liquid. supply, and the apparatus is ready for use.

For the purpose of so connecting the pipe 19 T prc.leu;ito use a coupling or union of is thrust novel form, shown in detail in Figs. 7 and 8.

It consists of a member 22, attached to the pipe 19, and a member 23, connected with the liquid supply by a pipe 24. The two members are provided with seating faces, and for the purpose. of detachably clamping the two together, one or the other, as for example the ]owcr men'iber, 23, is provided with a pivoted yoke 25, carrying a clamping screw 26, adapted to engage the other member and force the two firmly together. If desired a gasket. as 27, may be interposed between the seating faces of the union members. screen 28, of wire gauze, or other suitable material, may also be similarly loouted, tor the purpose of intercepting solid matter suspended in the liquid, to prevent the same from reaching and possibly choking up any of the discharge orifices in the spray cap 20. The pipe 24 may -be a flexible tube, so that the spray nozzle 13 may be withdrawn from its operative position, for

' cleaning or other purposes, merely by unjointing the plate 14 and carrying member 1, the tube 24 being sufliciently yielding to permit such withdrawal. 24 also permits the members of the coupling to be separated without disarranging the spraying'apparatus.

In using the apparatus for spraying fuel oils into a furnace it sometimes happens that the oil carbonizes' in the cap 20 or pipe 19. Also, when the oil is cut off the heat of the furnace may burn the spray cap or other parts. To overcome these possible disadvantages a cooling agent may be circulated through the tubular member 13., .The cooling agent enters through the

passages

9 and 15, and is conducted to the end of the nozzle 13 by a pipe 29, from whence it issues into the annular space around the supply pipe 19, passing back through the said annular space it absorbsheat from the adjacent parts andfinally leaves the apparatus through the

passages

16 and 10. I

It will be noted that the pipe 29, is arranged closely adjacent the pipe 19, throughout substantiallythe entire length thereof, so that the latter pipe is cooled to a considerable degree. The pipe 29,'is also. ar-

' ranged'out of contact with the tubular memher 13, so as not to be heated from the latter, and so that a column or film of the cooling liquid existsbetween said pipe 29 and the inner wall of said member.

From the foregoing it will be seen that my invention provides a simple apparatus for apertured carrying plate secured on said wall with the apertures in register, a spray nozzle separable 'rom the carrying'plate extending through the apertures into the chamber and having a lateral flange resting on the carry' ing member around the aperture therein, said plate and flange being provided with communicating ports forming a passage Way from the exterior of the carrying plate to the interior of the nozzle, a yoke carried by the carrying plate, and a clamping device carried by the yoke to secure the nozzle removably in place, as set forth.

2. The combination with a chamber-wall The flexible tube having an aperture therethrough, of an 'apertured carrying plate secured to the wall with the apertures in register and provided with two ports or passages, a spray nozzle extending through the apertures into the chamber and having a lateral flange resting on the carrying plate, said flange being provided with ports or passages registering with the first named passages, both of said passages through the flan e being in communication with theinterlor of the nozzle, and means for removably securing the nozzle in the carryin plate.

,3. The com ination of a carrying plate havinga central aperture extending therethrough, and two ports, or passages, leading from its peri hery to its outer face, a spray nozzle 'exten ing through the aperture and having a lateral flange abutting against said face of the carrying plate, said flange being provided with two ports, or passages, registeping with the ports 1n the. carrylng plateyone bf, said passages 1n the flange, being in direct communication with the rear end of the nozzle, and a pipe in communication at one end with the other of said passages in the flange 'and at its opposite end with the interior of the nozzle adjacent the discharge end of the latter. i

4. The combination with a tubular member, a spray cap carried thereby and a liquid supply pipe extending through the tubular member to the spray cap, of means .for circulating a cooling agent within the tubular member and around the liquid supply pipe including a pipe arranged within the tubular member having its discharge end located adjacent the forward end of said chamber, said pipe forintroducing the cooling agent being disposedxadjacentfto the liquid supply pipe, and out of contact with the tubular member.

5. The combination. with an apertured carrying member, having a seating face around the aperture therein and having passages in the body of the said member extending to the seating face, of a tubular member extending through said carr'ying' member and provided with a lateral flange bearing on said seating face, the flange being provideji with passages registering with the passage, in the carrylng member, a pipe inside the tubular member, extendlng fromv one of the said passages and discharging inside the said member adjacent to its outer end, the other of said passages being in comlmmication with the interior of the tubular member, a spray cap on the tubular member, and a liquid supply pipe extending through the tubular member to the spray cap, as set forth.

(i. The combination ,with an apertured' carrying member, having a seati l ig face around the aperturetherein and having pas sages extending through the'bodyof th sald member to the seating face, of a tubular member having a flange provided with passages in communication with the inside of the tubular nember and registering with the passages in the carryingmember, a spray cap onthe tubular 1nember, and a liquid supply pipeextending throughwjthe tubular member to the spray cap as set forth.

7. In combination, a spray nozzle com prising, a tubular member having a flange at one end, said flange being provided with two ports 0- ening out-through the lower side of the ange and in connnunication at their inner ends with the interior of the tubular member, a supply pipe 'extending through the tubular member and a spray cap mounted on the tubular member and in comm!lnieation with the supply ipe, and an apertured carrying member daring a seating face for the flange of the nozzle,

said carrying member being providedflwith two ports each leading from-said seatin face to the periphery of the member an registering respectivelywith the openings into the first named ports, at the bottom of the flange of the spray nozzle.

the barrel, ports in the flange of the head each having parts disposed radially and t'1-ans-'\'ersely in reference to the flange and opening out respeetively'into the interior of the barrel and the bottom of the flange, and a carrier plate adapted to be interposed between. the bottom of the flange and the wall of ;the chamber into which-the nozzle extends, said carrier plate having a seat for the flange and being provided with ports leading out through its periphery and registering with the ports in said flange, and means for holding the nozzle within the carrier plate. I

J HENRY L. DOHERTY. Witnesses: I

H. C. ABELL,

J. J. KING.