US1924952A

US1924952A - Radiator construction

Info

Publication number: US1924952A
Application number: US650012A
Authority: US
Inventors: James F Meintire
Original assignee: US RADIATOR CORP
Current assignee: UNITED STATES RADIATOR Corp; US RADIATOR CORP
Priority date: 1933-01-03
Filing date: 1933-01-03
Publication date: 1933-08-29
Anticipated expiration: 1950-08-29

Description

Aug. 29, 1933. J. F. MQINTIRE Filed Jan. 5, 1933 manna manna I GGUEIUGGUUG HUG Aug. 29, 1933. J. F. McINTIRE RADIATOR cons'rauc'nou Filed Jan. 3, 1933 2 Sheets-Sheet 2 Patented Aug. 29, 1933 UNITED STATES RADIATOR CONSTRUCTION James F. McIntire, Detroit, Mich, assignor to United States Radiator Corporation, Detroit, lv ieh., a corporation of New York Application January 3, 1933. Serial No. 656,012

15 Claims. (Cl/257 150) This invention relates generally to radiators, and is a continuation in part of my application filed August 15, 1932 bearing Serial No. 628,950.

In the accompanying drawings:

Figure 1 is a side elevation of a radiator embodying my invention;

Figure 2 is a fragmentary top planview of the construction illustrated in Figure 1;

Figure 3 is a sectional view taken on the line 3-3 of Figure 1;

Figure 4 is a sectional view 44 of Figure l; v

Figure 5 is a fragmentary top plan View of a slightly modified construction;

Figure 6 is a sectional view taken on the line 66 of Figure 5;

Figure '7 is a sectional view taken on the line 7-7 of Figure 5;

Figure 8 is a top plan view of another modification with parts broken away and in section;

Figure 9 is a vertical sectional view through the construction illustrated in Figure 8. 7

Referring now to the drawings, A are the end walls; B are the side walls; C are the headers; D is the fluid-way; and E and F, respectively, are the fins of a radiator embodying my invention. As shown, the parts are integrally united and form a radiator that has a uniform cross sectional area throughout its length. Preferably the end walls A are fiat and are relatively thick. The side walls B are thinner than the end walls and are taken on the line terminally secured thereto at the upright edges thereof. Preferably such side Walls B are provided at spaced points thereof with openings 1.

The headers C are substantially rectangularin shape and are vertically disposed upon the inner sides of the end walls A in spaced relation to the side walls B. Preferably

openings

2 and 3, respectively, are provided in the headers C for the reception of suitable piping (not shown). The fluid-way D extends between the headers Cand is disposed substantially midway between and in substantially parallel relation to the side walls B. The top wall 4 of said fluid-way is flat while the bottom wall 5 thereof is substantially Y-shape in cross section. The sidewalls 6 and '7, respectively, of the fluid-way are parallel to each other and to the side walls B. Thefins E arelocated between the headers C and project laterally from the

sides

6 and 7 of the fluid-way to the side walls B, while the fins F are located upon and project laterally from opposite sides of the headers C to the side walls B. Preferably the fins E and F are relatively thin and are closely spaced in parallel relation to the end walls A, In this connection it lustrated in my application filed July 30, 1932,

will benoted that the fins are upon the opposite sides of the openings 1 and that-the latter are arranged in vertically spaced rows extending longitudinally of the radiator. It will also be noted that the upper edges of the end walls A, side walls 13, fins E and F, upper wall 4 of the fluid-way and the upper ends of the headers C are substantially flush and that the lower edges, walls and ends of said parts are also substantially flush. Thus a very compact and uniform construction is provided.

Thus from the foregoing description it will be readily apparent that I have provided an extremely efficient and practical radiator wherein the maximum of heat radiation is provided. The heat from the fluid-way D and headers C will be transferred by the fins E and F to the air flowing upwardly through the radiator with the result that such air will be effectively and thoroughly heated. In this connectionit will be noted that any suitable means such as four legs (not shown) may be utilized at opposite ends of the radiator casting for supporting the same when in use, Moreover, such a radiator may be readily installed either within or upon the outer side of 0 a wall and may be concealed or covered by any suitable means which will provide for the circulation of cold air below and of the heated air above the radiator. One form of enclosure is ilbearing Serial No. 626,526.

In Figures 5 to 7, inclusive, I have illustrated a slight modification wherein a radiator H of the double fluid-way type is provided with end walls 20, side walls 21 terminally secured to the end wallsat the upright outer edges thereof, headers 22 upon the inner sides of the end walls, fluid-ways 23 and 24, respectively, extending between the headers 22 and disposed in parallel relation to the side walls 21, a partition 25 extending between the headers 22 substantially midway between and in parallel relation to the fluid-ways 23 and 24, fins 26 and 27, respectively, projecting laterally from the

outer walls

28 and 29, respectively, of the fluid-ways tothe side walls 21, and fins 30'and 31, respectively, projecting laterally from the

inner walls

32 and 33, respectively of the fluid-Ways to the partition 25. .Both the side ..walls 21 and-partition 25 have openings 34 and 35,

respectively, therein at spaced points longitudinallythereof; As shown, the openings 34 in the side walls are arranged in vertically spaced rows while the openings 35 in the partition are in a single row, preferably. located substantially midway of the upper and lower edges of said partition.

In Figures 8 and 9 I have illustrated another modification wherein the radiator J is formed of three cast metal sections K, L and M, respectively, that are suitably secured together. In this construction the section L forms the body of the radiator and is provided throughout its length with two fluid-

ways

40 and, 41, respectively, laterally projecting fins 42, and the

parallel side walls

43 and 44, respectively. However, in this instance the fiuid-

ways

40 and 41 are preferably staggered as shown between the side walls so that the air in flowing upwardly is compelled to follow a somewhat circuitous path. The end sections K and M, respectively, constitute the head ers for the fluid-

ways

40 and 41 and are provided with

suitable openings

45 and 46, respec-' tively, for the reception of the piping (not shown). Any suitable means such as the bolts 7 engaging the laterally projecting

lugs

48 and 49, respectively, upon the sections may be used for holding the sections-K, L and M in assembled relation. Likewise any suitable means such as the gaskets 50 and 51', respectively, may be used bet een the adjacent ends of the sections to insure fluid-tight connections.

What I claim as my invention is:

l. A radiator having upright substantially parallel side walls, upright end walls extendingbetween and forming with said sidewalls a substantially rectangular enclosure, headers within and rigid with said enclosure, fluid-ways also within said enclosure and connected to said headers, partition between said fluid ways and connected to said headers, and fins projecting laterally from opposite sides oi said fluid-ways, certain of said fins being connected to said enclosure and others being connected to said partition.

2. A radiator having substantially parallel fluid-ways, headers at opposite ends of and connected to said fluid-ways, a partition extending between said headers, and fins projecting laterally from opposite sides of said fluid-ways, certain of said fins being connected to said partition.

3. A radiator casting having substantially parallel side walls, substantially parallel fluid-ways between said side walls, a partition between said fluid-ways, and connection between said parts including fins projecting laterally from opposite sides of said fiuid-ways, certain of said fins being connected to said side walls, and other being connected to said partition.

4. A radiator casting having upright substantially parallel side walls, upright end walls extending between and forming with said side walls a substantially rectangular enclosure, headers within said enclosure and provided with means whereby they may be connected to a fluid circulatory system, substantially parallel elongated vfiuid-ways extending between and terminally and the width of each 'fiuid-way being lessthan the height thereof. Y

6. A radiator casting having upright substantially parallel side walls, upright end Walls extending between and forming with said side walls a substantially rectangular enclosure, headers within said enclosure and provided with means whereby they may be connected to a fluid circulatory system, substantially parallel elongated fluid-ways extending between and terminally connected to the headers, the depth of each fluid-way being substantially equal to the depth of one of the walls aforesaid, the width of each fluid-way being materially less than the depth thereof, and fins projecting laterally from opposite sides of the fluid-ways, the depth of each of said fins being substantially equal to the depth of each fluid-way.

7. In a radiator, a casting having upright substantially parallel side walls, elongated fluid-ways arranged side by side between said side walls, means for connecting said fluid-ways to a fluid circulatory system, the depth of each fiuid-way being substantially equal to the depth of one of said side walls, the width of each fluid-way being less than one half the depth thereof, and connections between said fluid-ways and side walls including fins projecting laterallyfrom opposite sides of the fluid-ways, the depth of each of said fins being substantially equal to the depth of each fluid-way.

8. In a radiator, a casting having uprightsubstantially parallel side walls of uniform height, elongated fluid-ways between and substantially parallel to said side walls, the depth of each fiuid-way being substantially equal to the height of said side walls, the width of each fluid-way being less than one half the depth thereof, and connections between said fluid-ways and side walls including fins projecting laterally from opposite sides of the fluid-ways, the depth of each of said fins being substantially equal to the depth of each fluid-way, whereby the upperand lower edges of said fins, fluid-ways and side walls are substantially flush.

9. A radiator casting having end and. side walls, headers upon the inner sides of said end walls, fluid-ways extending between and terminally connected to said headers, fins projecting from the fluid-ways and headers to said side walls, a partition between said fiuideways, and fins pr'ojecting from opposite sides of said partition to said fluid-ways. Y r

10. A radiator casting having end andside walls, headers upon theinner sides of said end walls, fluid-ways extending between and terminally secured to said headers, and a partition disposed between said fiuid-ways and terminally secured to said headers.

11. A radiatorhaving end and side walls secured together and forming a substantially rectangular enclosure, headers upon the inner sides of said end walls, a partition extending between and terminally secured to said headers, said partition being provided substantially midway of its upper and lower edges with openings, and said side walls being provided with vertically spaced longitudinally extending rows of openings,- at fluid-way extending between and terminally secured to said headers at points between thepartition'and one of said side walls, and connections between the fluid-way and enclosure including "fins projecting. laterally'from said fluid-way to said partition and side wall. 7

, 12. A radiator casting having end and side walls secured together and forming asubstantially rectangular enclosure, a partition within the enclosure and rigid therewith, a fluid-way between the partition and one of the side walls of the enclosure, and connections between the fluid-Way and enclosure including substantially parallel fins projecting laterally from opposite sides of the fluid-way to said partition and side Wall.

13. A radiator casting having upright side walls, upright end walls extending between and forming with said side Walls a substantially rectangular enclosure, two substantially parallel rluidways within and extending longitudinally of said enclosure, headers at opposite ends and disposed between said fiuidways, said headers projecting from said end Walls in spaced relation to the side walls, and means for dissipating heat from said headers and fiuidways including fins projecting laterally from opposite sides of said headers to said side walls, and fins projecting laterally from opposite sides of said fiuidways.

14. A radiator casting having upright side walls, upright end walls extending between and forming with said side Walls a substantially rectangular enclosure, headers projecting from the end walls in spaced relation to the side walls, fluidways extending between and forming with said headers a second substantially rectangular enclosure, and means for transferring heat from the second mentioned enclosure to the first mentioned enclosure.

15. A radiator casting having a pair of laterally spaced fluidways, headers connected to and