US899665A

US899665A - Water-cooling tower.

Info

Publication number: US899665A
Application number: US31639406A
Authority: US
Inventors: Ovid Miner Gould
Original assignee: Individual
Current assignee: Individual
Priority date: 1906-05-11
Filing date: 1906-05-11
Publication date: 1908-09-29
Anticipated expiration: 1925-09-29

Description

. o. M. GoULD-. vwww cooLmG TOWER. APPLIOATIOH'IILED HAY 11A, 1906.

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. ,X `OVID MINER GOULD, OF MONTREAL, QUEBEC, CANADA.

WATER-COOLING TOWER.

N o. 899,665. l l ySpecification of Letters Patent. Patented Sept. 29, 1908. Application filed May 11, 196. 'Serial No. 316,394.

To all whom t may concern: for strengthening purposes, Va series vof braces Be it kn'own that fl, `OvID MINER GoULD, of c connect the lattice frames rigidly together, the cityofMontreaLProvinceof Quebec, Canand a Water supplying box m with a water ada, have invented certain new `and useful supplying pipe n leading thereinto and a se- Improvements in Water-Cooling Towers. ries of discharge pipes n leading therefrom, is l My invention has for its object to provide located above the distributing platform,

a tower with a larger cooling surface to a while an inclined flooring, p, beneath the v given cubic space, better ventilation, greater tower receives the cooled water and conducts sist of a pair of parallel vertical lattice frames the bars beneath, over which latter the water retardance of the water in its passage through it to any suitable receptacle p from which it 65 l may be distributed as required. v taining the water in film-like condition while I My improved retarding and cooling bars it runs over the ret-arding devices, than have been possible in towers heretofore in use. each-constructed from a rough surfaced plank For full comprehension, of my invention the lower corners of which are rough sawed reference must be had to the accompanying off, at an angle of 45, one of such corners (2) drawings, forming =a part of this specification, being nailed along the middle of the top, and in which 4similar reference characters indicate the other corner being subdivided into two the same parts and wherein pieces, 3 and 4, of triangular cross section,

Figure 1 is a transverse vertical sectional and nailed upon the bottom a short distance 75 view of a watercooling tower constructed acapart, with their inclined faces in line with cordinO' to my invention Fig. 2 is a lo'ngit e converging sides of the main portion of tudina sectional view thereof, Fig. 3 is an whichvthey form a contraction, while the to enlarged detail view illustrating several of at each side of the piece 2 is inclined slightly my improved retarding bars in vtransverse' downwardly to its side edges. 80 section and' the means for supporting the The operation of my improved water same, Fig. 4 illustrates the members of the tower is as follows :The water pouring into bar ready for assembling; and Fig. 5 is an the distributing boxm flows therefrom in sevenlarged detail sectional view illustrating the eral separate streams upon the distributing valvular distributing means for regulating platform at as many different points, spreadthe flow of the water from the distributing ing completely over the latter and finding its platform. way through the crevices between the boards The invention may be said brieiiy to conand falling in rain drops upon the apices of made up of interlaced lengths of wire b sespreads and runs down the converging sides cured to a preferably wooden frame o and in a film which again breaks into two series supporting retarding and aeratmg bars each of drops at the two lower edges of the bars, presenting a longitudinal central triangular t e two series of drops falling from each bar inclined water shedding top portions d, while upon one side of the apex of the said lower the sides e thereof converge downwardly and bar and the other series upon the other side termina-te at theirvlower endsfin an upwardly of such apex, and thus it passes slowly downextending longitudinal recess f; 4a horizontal ward alternately, in hlm-like thinness, and distributing platform extending over this in the multifarious small drops into which a frame comprises a series/of separated boards m of water will naturally break, from bar g the spaces between which are located in to bar until it iinallyreaches the inclined direct vertical line with the apices presented flooring. Simultaneously the air blowing by the two top rows of retarding and aerating upon either side of the tower will How diagbars, and the lower corners of these boards onally upwards or downwards, as indicated are beveled (as atlg) thus presenting flared by feathered arrows in Fig. l or in a stagower openings to the said spaces with which gered path from side to side, as indicated by jecting upwardly through such angle-irons facilitated by the film-like thinness of the and threaded into nuts jresting upon the top' streams and the smallness of the drops. 110 of the boards. The interlaced wires of the The main advantages of the bars are that lattice work are preferably arranged in pairs they present a great area of surface over` which the water spreads, which has the effect not only of thinning the stream out into a film but also retarding its flow while the roughness of the surface increases the resistance offered to the iilm and consequently further retards its flow and with the increased area increases the time in which it is subjected to the evaporating and cooling action of the air,

What l claim is as follows:-

l. In an aerating and cooling device, a ietarding bar having a central upwardly extending projection upon its top, the base of the said projection being of less width than the top of the said bar for the purpose of presenting a substantially horizontal surface at each side of the projection, and a pair of separated downwardly extending projections upon the bottom of the bar.

2. ln an aerating and cooling device, a retarding bar having a central upwardly extending projection upon its top, the base of the said projection being of less width than the top of the said bar for the purpose of presenting a substantially horizontal surface at each side of the projection, a pair of separated downwardly extending projections upon the bottom of the bar, and a pair of angular aerating and cooling surfaces leading from opposite sides of the said top to the said lower projections.

3. ln an aerating and cooling device, a retarding bar having a central upwardly extending projection upon its top, the latter exceeding in width the said projection, and a pair of separated downwardly extending projections upon the bottom of the bar, and each located inward from the side edges of such bar, and a pair of angular aerating and cooling surfaces leading from the said side edges to the said lower projections.

4. ln an aerating and cooling device, a retarding bar presenting converging sides terminating in a bottom and having a member of triangular cross-section secured along the middle of the top thereof the base of such triangular member being of less width than the said top to present a pair of retarding surfaces one on each side of the middle triangular member, and a pair of members of triangular cross-section secured a short distance apart along the said bottom and forming a continuation of the said converging sides.

5. ln a water cooling tower the combination with a plurality of aerating and cooling I bars each presenting an angular apex extending throughout its length for dividing a l stream falling upon such apex, and means l maintaining such division during the -fall of the water throughout the tower, of a water distributing platform made up of a series of separated boards with the'spaces therebetween located over the apices of the bars, and means dividing the water falling through such spaces and causing the same to 'fall upon opposite sides of the said apices.

6. ln a water cooling tower the combinationwith a plurality of aerating and cooling bars each presenting an angular apex extending throughout its length for dividing a stream 'falling upon such apex, and means maintaining such division during the fall of i the water throughout the tower, of a water distributing platform made up of a series of separated boards with the spaces therebetween located over the apices of the bars, and angle irons dividing the water falling through such spaces and causing the same to 'fall upon opposite sides o'f the said apices.

7. A water cooling tower comprising a pair of lattice-work frames, a plurality of aerating and cooling bars supported by such latticework and each presenting a longitudinal apex of angular cross-section, the sides of each bar converging downwardly and the lower ends thereof being separated by an. upwardly extending recess, a water distributing platform supported above the said bars and having a plurality of creviees parallel to and in vertical line with the bars, a plurality of angle irons, and means supporting such angle irons in valvular relation to the said crevices.

8. A water cooling tower comprising a pair of wire lattice-work frames, a plurality of aerating and cooling lattice-work and each presenting a longitudinal apex of angular cross-section, the sides of each bar converging downwardly and the lower ends thereof being separated by an upwardly extending recess, a water distributing platform supported L bove the said bars and having a plurality of crevices parallel to and in vertical line with the bars, a plurality of angle irons, and adjustable means supporting such angle irons in valvular relation to the said crevices.

ln testimony' whereof, l have signed my name to this specification, in the presence of two subscribing witnesses.

OVlD MINER GOULD.

litnesses j VViLLi'AM l. MoFEA'r,

Fain). J. Sii/ins.

bars supported by such