US855607A - Ventilator. - Google Patents

Description

No. 855,607. PATENTED JUNE 4, 1907. .A. BA'GGALEY. VENTILATOR.

APPLICATION FILED FEB. 23. 1907.

2 SHEETS-SHEET 1.

j; 3 i I z Aw jg No. 855,607. PATENTED JUNE 4, 1907. A. BAGGALEY.

VENTILATOR.

APPLICATION FILED FEB. 23. 1907.

ZSEEETS-SHEET 2.

class of ventilators use UNITED STATES PATENTQFFIOE,

ARTHUR BAGGALEY, or CHICAGO, ILLINOIS VENTILATOR.

Specification of Letters Patent. Application filed February. 23, 1907. Serial No. 358,902.

Patented June 4, 1907.

To all whom it may concern:

Be it known that I, ARTHUR BAGGALEY, a

citizen of the United States, residing at 1 1635 Yale avenue, in the city of Chicago, county 5 of Cook, and State of Illinois, have invented a certain new and useful Improvement in Ventilators, of which the following is a speci-.

particularly to that 1 5 I therefore do not limit my invention to any particular class of structures or to any particular size or material.

The object of my invention is to construct a ventilator preferably of sheet metal, which is adapted to be placed over the tube which extends from above the lam in a car, through and above the top of t e roof, and which is affixed therein for the purpose of conducting the smoke and hot air from the lamp and car; that with or without such a tube, can be placed on the roof of cars orother structures requiring ventilation; that when placed in position on a car or other structure, by the deflection of the-current of air outside the ventilator will create a suction at the openings therein that will increase the draft through the ventilator; that will serve the pur ose ofa ventilator and smokejack on railroa cars; and that will prevent the en- 3 5 trance through the ventilator into the car of all cinders and dust.

The manner in which I accomplish my object is described in the following specification and illustrated in the accompanying draw- 40 in sinwhich:

igure 1 is a vertical central sectional view of the ventilator in position over a tube in the roof of a car, the point of view bein from the side of the car. Fig. 2 is a vertica sectional 4 5 view the point of view being from the end of the car. This view diflers from Fig. 1, in that an interior flan ed ring is shown aifixed to the interior of t e tube in the roof and the top part of a lamp is also shown; Fig. 3 is a. sectional planview on the line;33 Fig. 1.

Fig. 4 is a sectional plan view 0 "the line'44 Fig. 2. Figs. 5 and 6 are el vationswith parts broken away to show the deflecti curves of the plates which {forlm thebottom s 5 of the air ducts.

In the drawings A is the roof of a car, B is 5.

tube afiixed in the roof, this tube is preferabl cylindrical and may be straight or slig t'lytapering to a smaller diameter above the roof to afford an easy fit for the ventilator placed thereon. When these. tubes are in the roof of cars on which it is desired to place my invention, the ordinary smokejacks supported on these tubes areremoved and ase-' ries of holes are unched in the tube to corres ond with he es in; the ventilator to be p ac'ed thereon. The'main-part of my ventilator is a straight cylinder 0 which is adapted in size to fit friction tight on the tube B.

This cylinder is perforated near the lower end, the perforation C being adapted to register with the holes in the tube B, and the top of the cylinder extends some distance above the to of the tube B. Aifixed to the outside 0 the lowered e of the part C is an air duct D. This duct 1s formed of'four parts, a cylindrical partition D the vertical. part ofwhich is s aced -from the art 0 and extends upward a ove' the holes a cylindrical ar- .tition D the vertical portion of whic is s acedfrom the vertical part of the partition Il Between the vertical parts of the parts 1) and D ,and aflixed thereto are two.semi-,

circular deflecting plates D The ends D of 1 each' of these plates are arrangedin line with the lower edge of the vertical vpart of D. From these ends each plate curves u ward till the to edge of the vertical part of 13 as shown in Figs. 1 and 6. The ends D of eacli of these plates are spaced from each other to form the outlets D of the air duct D. These openin s, one on either side otthe ventilator are 0- cated sid'ewise of the length of the car as shown in Figs. 2, 3, 4, and 5. Aiiixed on the top of the cylindricalpart C "is another air duct E. This duct is formed of an outer top E and inner to E avertical cylindrical part E and two eflecting plates E. plates are affixed to the tops E and E and of the curve is in line with t e top These are curved and the ends E spaced from each other the same as in the duct D and the out lets of the duct E are located in the same direction as the outlets D The inner top E is perforatedto allow smoke and air toass from the interior of the part G into the not E. In the tube 3 is a curved'ringF which is I attached to the tnbe by the flange F. The

- lower edge of this ring is adapted in size to IIO panying drawings and secured in place on the roof of a car to serve as a ventilator and smokejack it produces the several currents of air which I will now describe.

When the ventilator is aflixed on. the roof directly over a lamp and provided with the ring F, the air from the interior of the car passes upward, between the tube B and ring F through the apertures C into the duct- D and out through the outlets D The smoke and heat from the lamp top G passes upward through the apertures in the inner top E into the duct E and out through the outlets E. The outside current of air enters the r 5 spaces D and E under the ducts D and E and is deflected by the curved plates D and E downward and past the outletsD and E. This deflection and movement of the outside air in a downward direction past the outlets of the air'ducts creates a suction proportioned to the speed of the current of air so deflected. This suction increases the natural draft of the ventilator in whichever direction the outer current of air may strike the venti- 2 5 lator. The location of the only exterior o enings D and E in the ventilator being sidewise of the length of the car the downward deflectionof the air from the interior of the ventilator, and the downward deflec- 0 tion of the outside current of air past these outlets, prevents the entrance into the ventilator and car through these outlets of cinders and dust. It is obvious that when my improved ven- 3 5 tilator is placed on stationary structures the outlets may be adjusted to the prevailing direction of the Wind over it; that on cars in which the lighting system produces no smoke or heat, the ring F may be dispensed with, 40 and that one or several ducts as the conditions may require can be made parts of my invention. It is also obvious that the deflectors forming the floor of the ducts D and E may be formed with, straight lines forming 4,5 an angle instead of the curved form shown and described the deflection of the air being substantially the same with either form.

Claims. 1. In a-ventilating device-of the kindde- 5o scribed the combination with a central tube, 'of an encircling airduct affixed to the top end of said tube, said air duct consisting of an inner erforated cap, an outer cap spaced from sai inner cap, a cylindrical ring aflixedto said outer cap, said ring being concentric with and spaced from said tube, a pair of deflecting plates partly encircling said tube and aflixed thereto, and to said rin thereby forming the floor of said air duct, t e ends of said plates being the lowest part of said floor and spaced to form the outlets ,of said air duct as described.

2. In a ventilating device of the kind described the combination with a central perforated tube,,and-an encirclingair duct affixed to the top thereof, said air duct consisting of an inner perforated cap aflixed to said tube, an outer cap spaced from the inner cap, a cylindrical ring affixed to said outer cap concentric with and spaced from said tube, and a pair of deflecting platespartly encircling said tube and aflixed thereto and to said ring; of a lowerair duct affixed on said tube over the perforations therein, said air duct consisting of an inner cylindrical flanged ring encircling and aflixed to said tube, the vertical art of said ring being concentric With an flanged ring encircling and affixed to said tube, the vertical part 'of said ring being concentric with and spaced from said inner ring, and deflecting plates partly encircling said inner ring and affixed thereto and aflixed to said outer ring, said plates forming the floor of said air duct, the ends of said plates being the lowest part of said floor' and spaced to form the outlets of said air ducts, as described.

'3. In a ventilating device of the .kind described the combination with a central perforated tube of a plurality of air ducts encircling said tube and aflixed thereto, said air ducts being arranged one above the other over the apertures in said tube, said air ducts consisting of cylindrical rings and deflecting lates concentric with said tube, said defleotmg plates partly encircling said tube and spaced from said tube, an outerforming the floors of said ducts, the ends of said deflecting plates being the lowest part of said floors and separated to form the outlets of said ducts as described.

4. A ventilator of the kind described con- TOO sisting of a main body preferably of cylinv drical form having a perforated cap, a flanged top, covering said cap and spaced therefrom, the flange ofsaid top encircling and spaced from said main body, a plurality of deflecting lates affixed between said flange and main body, said lates partly encircling said main body and orming the floor of the air duct thus. formed, the ends of said plates being the lowest part of said floor and separated to, form the outlets of said air duct, as described. 5. A ventilator of the kind described con-. sisting of a main perforated body, preferably of cylindrical form and having a perforated cap, a flanged top, said top covering and spaced from said cap, and theflange part of said top encircling and s aced from said main body, a'plurality of de ecting plates aflixed between said ,flange and main body, said ormin the floor of an air duct thus formed, the en s of said plates being the lowest part of said floor and separated to form the outlets of said air duct andan air duct encircling said main Tbodyand affixed thereto below saidair ductfheiiei nbe fore.described, said air duct consisting lof'a lowerinner flanged ring, concentric wit spaced frpm, and'aifixed to said main body; an upper outer flanged ring IIO plates partly encirclingsaid main body and concentric with and s aced from saidinner 6; A ventilator of the kind described consisting of a main erforated body; air ducts I encircling saidbo y and affixed thereto, said air ducts being arranged one above the other over the apertures in said'main body, said air-diicts consisting of deflectin -plates and cylindrical rings concentric wit said main body, ="said deflectin plates forming the floors of said ducts, t e ends of said plates bein the lowest part of said floors and separate to form the outlets of said ducts as described.

v 7. A ventilator of the kind described con sisting ofa main perforated body, preferably of cylindrical form, an encircling air duct attached to the top of said body, consisting of an encircling rmg, cover, and deflectin plates said plates connecting said ring an main body; theends of said plates being the 8. A ventilator. of the lowest part of the floor of said air duct, the separate ends forming the outlets to said air duct, as described.

kind described, consisting of a main perforated body, preferably of cylindrical form, an encircling deflecting air duct aflixed to the top of said main bod and an air duct encircling said main b0 y and affixed thereto covering the apertures in said niain body, said air duct consisting of. l 40.

two flanged rings afiixed tosaid inain body, the vertical .parts of said rings being concentric with'and spaced from eachother and from saidmain body, a lurality of deflectin plates afiixed to' and etween the vertica parts of said rings and forming the floor of said air duct, the ends of said plates being the lowest part of said floor and separated to' formthe outlets of said air duct as described.-

9. A ventilator of the kind described, con

sisting of a main perforated body, referably of cylindrical form, encircling de ecting air ducts affixed to and covering the top; and a ertures in said body, said air ducts con sisting of deflecting plates and cylindrical .rin s concentric with said main body, said de ectin'g plates formingthe floors of said ducts, the ends of said plates being the lowest part of said floors and separated to form the outlets of said ducts as described.

- 10. In a ventilating device of the kind describedthe combination with the main perforated body; of a lurality of airducts encircling and-secured to said main body; ar

ranged one above the other, the upper duct consisting of deflecting lates and rings con centric wlth said main ody, the lower duct consisting of deflecting plates and inner and outer rings concentric with said main body,

said plates forming the floors of said ducts,

the ends of said plates being the lowest part of said floors, an letof saidducts as described.

Witnesses:

JOSEPH STAAB, THOMAS J. MORGAN.

separated to form the out,

ARTHUR BAGGALEY. I

Images