US1780517A

US1780517A - Internal-combustion-engine cooling system

Info

Publication number: US1780517A
Application number: US221266A
Authority: US
Inventors: Christianson Andrew
Original assignee: STANDARD STEEL CAR CORP
Current assignee: STANDARD STEEL CAR Corp
Priority date: 1927-09-22
Filing date: 1927-09-22
Publication date: 1930-11-04
Anticipated expiration: 1947-11-04

Description

A. CHRISTIANSON 1,780,517

INTERNAL COMBUSTION ENGINE COOLING SYSTEM Filed Sept. 22, 1927 5 Sheets-Sheet l F' IG 1' l V lN\'I.EN1.'OwR Q 4 MMWW Nov. 4, 1930. A. cHm'nANsoN INTERNAL COMBUSTION ENGINE 'COOLING SYSTEM Filed Sept. 22, 1927 5 Sheets-Sheet 2 FIG 2 INVENTOR llfllllllllll l IIIIIIFI Ill Nov. 4, 1930. A. CHRISTIAN SON INTERNAL COMBUSTION ENGINE CQOLING SYSTEM Filed Sept. 22, 1927 5 Shets-Sheet 3 INVENTOR Nov. 4, 1930. A. CHRISTIANSON 8 INTERNAL COMBUSTION ENGINE 000mm SYSTEM FIG 5 INVENTOR Nov. 4, 1930. A. ci-lRlsTlANsoN ,5

H 5 INTERNAL comsusnou ENGINE 000mm SYSTEM Filed Sept. 22, 1927 5 Sheets-Sheet 5 4 'wvmrm M www ANDREW Patenteol Nov. 4, H 193% TION PENNSYLVANIA iNTERNAL-OOMBUSTIONENGEIvE coonine SYSTEM application filed September 22 1327. SerialNo. 221,266, i

-This invention relates .to. motor driven railroadcars and more particularly to cooling systems for themotors employed in operating such cars; l

An object of this invention is to provide a cooling system of the type setforth-having an improved construction and arrangement of parts and including novel features that renderfit particularly'elficientand practical asa ecunan adapted for use in mi' rb wThis" and other objects which will "be apparentto those skilled in this partlcular art are" accomplished by means of the invention illustrated in H the accompanying drawings, in which Figure 1 is: a. transverse sectional view' through a railroad car provided with a cooling system constructed in accordance with one embodiment or this invention. Fig. 2 is asimilar view of a, portion of the arrangement shown in 1. Fig. 3 is a view or a detail. -Fi 1 4 is view similar to Fig. 2

of another po-rtlon. ofthe'apparatus as shown 'in'Figf'l. Fig.5 is a longitudinalsectmnal View on thelin'e 55 of Fig. 1. Fig.6 is a yiew' similar to Fig; '1' showing amodified an rangement, and Figs. 7 *andf 8' are details alve usedin the arrangement shown m The particular embodiment. of this inven} tionwhich has been chosen for the purposes of'illustration includes a storage tank for sired type of pump canbe {employed for forcmg the fluid from the storage tank through the jaclr'et's of the'njiotor cylinders. The hot fluid is carried upwardly to a collecting. or

mixingchamber above the motor and this chamber is connectedby piping with head-- ers extending longitudinally of the car heneath' the edges of the roof. The cooling radiators are positioned.outsideof the car radiator units. tothe longitudinally extending headers,

The fluid flows upwardly through the inclined radiator units to the ends adjacent the center of the car and then into. headers which are connected by piping extending downwardly through the root to radiator units.

return or collecting header from, which the fluid is returned by a suitable pipe back] A by-pass is provided oHRI sTIAnson, on PITTSBURGH, PnnnsYLvAnrA, ASSIGNOR To s'rnnnAn-D srnnnoan ooaronnrron, A oonronn The radiator ing so thatas soon as the engine stops the cooling fluid is drained by gravity from the radiators and'headers into the storage tank.

The latter 50 positioned that when the motor is idle the level of the fluid therein well above the highest j aclreton; the engine. i

As illustrated, the invention is shown in connectionwith a inotor driven railroad car 10 provided with a motor" 11, only part of" which is shown in Fig. 1. A storage tanlrl2v s connected to the water jackets. (not v cylinders by suitable shown) ot the; motor piping and a pump (not shown) of; any desired formis provided for forcing the water fromthe motor cylinders through vertically extending pipes 1-3 to a relatively small distributing tank- 14 positioned above the motor. The distributing chamber is connected by pipin'glti to headers 16 extending long} 'tudinally along each sideof the car body beneath the edges of the 'car. roof 17 and eachi header is secured-in. place by straps 18 bolted to upright extensions 19 jofthe ,car body.. A pluralityof separateradiator units are supported .in inclined positions above and transversely" to'the car roof. and the lower end of'eachun'it has a header 20 con-- nected inpa'rallelor 'in'shunt by piping 21 extending loosely through openings 22 in the car roof to headers 16. Each'branch pipe 21 isf provided' with a manually operated.

valve 23 for opening-and: closing "the associated, radiator inlet and a hose connection 24 "is provided. for connecting each pipe 21 with the inlet25of-the associated radiator unit, Mechanism such fo r. example,' as a 'Petticoat-26jn10untedon the pipe 2'1is proradiator supporting bracket 27. "having an opening through which a pin 28 secured to and extending downwardly from the laCllfl' itor header is received, and a spiral spring 29 is interposed on the pin 28 between the bracket and the header so as to provide a cushion support for absorbing; any vibrations of the bracket. As shown, the S bracket 27 is rigidly secured to the roof 1'? of the car and has a hole or slot cut through the bent or face portion of its extending end. The spiral spring 29, as shown, preferably consists of two sections one interposed above the face portion of the bracket 27, the other interposed below the face portion thereof. The fluid transmitting radiator tubes 30, diagrammatically shown in Figs. 2 and 4, are inclined upwardly from a tube sheet 31 in the inlet header to a tube sheet 32 in the radiator outlet header 33 which is connected by piping 34 with a return header 35 extending longitudinally along the center ofthe car and supported beneath the I: roof by supporting straps 36 bolted to the car lines 37. 'Theradiator outlet headers 33 of each unit are connected in parallel with the return header 35 through the p1ping 34. The piping connecting the outlet headers of the various radiator units with the collecting or return header 35 extend through openings 38 in the car roof which are surrounded by upwardlyextending the system.

flanges 39 cooperating with flanged plates or petticoats 4O bolted to the piping 34 so as to cover the openings 38 above the surround- 'ing flanges 39 to prevent the entrance of rain or the like 1nto the car.

The outlet header of each radiator unit is provided with a baffle 41, see Fig. 4, which is spaced from the tube ends and extends from the bottom of the header to a position adjacent the top thereof. Such a brittle insures the complete filling of each i radiator unit and the flow of water through all the tubes thereof during operation of The return header 35 is connected with a return pipe 42 for conveying watertherefrom back to the storage tank 12.

' bypass 43 having a valve 44 is provided for permitting the water to flow directly from the distributing or mixing chamber 14 through the piping 15 and backto the storage tank 12 without passing through the various radiator units when it is desired to rapidly warm the motor in starting in cold weather, and this by-pass is conveniently operated-by opening or closing the controlling valve 44. g ve atig the ,w trii i taken fromthe storagetank by the circulating pump and From the distributing tank the hot water flows to the longitudinally extending headers 16 communicating with the various radiator units positioned above the car roof. From the header the water flows upwardly through the various piping connections 21 to;the associated radiator units where it is cooled and from which it returns through the pipes 34 to the return header 35 extending longitudinally of the car and connected to each of the radiator units. turned to the storage tank through the return pipe 42. It will be apparent that any number of radiator units can be cut out of operation independently of any other units merely by closing the associated inlet valves 23. It will also be apparent that opening of the by-pass valve 44 permits the circulating water to bypass all of the radiator units and return directlyto the storage tank from the distributing chamber 14 so as to permit rapid warming of the motor in coldweather. 1

One advantage of the present system is the fact that it is completely self-draining. The inclination of the radiator units and piping connections is obviously such, see Fig. 1,-that when the motor is stopped and the valve 44 open the water .will be drained by gravity from all thevarious radiator units and connecting pipes back to the storage tank 12.

The latter is so arranged that when the syspresent invention of such arrangement as to be capable of being employed in using either steam or water as a cooling agent, and the arrangement is such that the system can be adapted for one or the other of such cooling agents merely by the operation of a single valve. As illustrated, the water jackets of the engine are connected by piping 13? to a control valve located within the mixing or distribution chamber 50 having a port 51 connected to the piping 13. A second port 52 is connected by suitable piping 53 with the longitudinally extending header 16 at each side of the car. Athirdport 53 is connected by piping 55 to the storagetank 12 and a fourth port 56 is connected to the central w header 35 by piping 57. Valve plug 58 having suitable passages 59 for cooperating with the tt '39942 iYelY a ree h h 3 The cooled water is then reh ports 51 and 52 and piping 53 to the header 16. The cool water collected in the header flows through the piping 57,

valve ports

53 and 56 and piping 55 to the storage tank.

When steam is employed, the valve plug 1 58 is positioned as shown in Fig.8. The heated'steam rises through-the piping 13. and flows through ports 51 and56 of the valve to piping 57,-whence it reaches the radiators ly through each radiator unit and collects in through the header35 and associated radiator.

connections. The cooled steam runs outward the. longitudinal header 16 from whence it I flows to the valve through the piping 53 and passes through the valve-

ports

53 and 59 to the piping and thence to the storage tank. I

pended claims.

Although I have described specificembodiments of this invention in more or less detail,

it will be apparent that various changes, ad-

ditions, substitutions and omissions can be made therein wlthout departing from the spirit of this invention or the scope of the ap- What I claim as new and desire to by Letters Patent is: l

1. The combination in a railroad motor car of a motor cooling system includinga radiator positioned above the roof of said car, a water pipeextending loosely through an opening formedinsaid'roof, means for resilently supporting said radiator on said roof and a yielding water-conveying connection betweensaidpipe and said radiator.

2Q Thecombination in a railway motor car i of a motor coolingsystemincluding a radiator positioned above the roof of said car,

. a radiator supporting bracket secured to said roof and a pin andspring connectionbetween sald bracket and saldradiator. 1 J p 3. The ,comblnatlon with a motor car having a cooling system that includes radiator units, of means rigidly secured tothe body of the car cooperating with means extending secure unit, so that said radiator unit will be cushioned with respectto the body of said car.

roof thereof, of S shapedbrackets extending from and rigidly secured to the car roof, each of, said brackets having a slot cut in its "upper face,pins secured to and extending.

from, said radiator units, each pin being po- .sitioned in one of said slots, means interposed on eachQof said P1118 between each of said brackets providing a cushioned support for. said units. Y I

7. The combination with a motor car, ofa plurality of radiator units positioned trans versely on the'roof ofsaid car, 8 shaped brackets extending'upwardlyfrom said roof r tioned above andinclining downwardly from the transversecenter of theroof of said car, andconnected with said headers through suitable piping, 'saidheaders being connected through suitable piping to water jackets of the car and to a storage tank, valves interposed said piping for directing the flow of warmwater upward through said radiator 6. The combination witha-motor car hav- 1 ingsuitableradiatorunits positioned on the so up units and outward to said storage tank, and

for directingsteam downward throughsaid pipes and to said tank. r 1

In testimony-whereof, I have hereunto subscribed name this 25th day of'July, 1927. v

' ANDREW CHRISTIANSON.

from the radiator units, additional means interposed between the above mentioned means for resiliently supporting said radiator units 7 on the body of the car. I s

4. The combination with a motor car having suitable radiator units, of means rigidly secured to the roof of said car and extending upwardly therefrom, means extending down-' wardly from said radiator units and cooperating with the first'mentioned means, a spring positioned on the last mentioned means and interposed to absorb vibrations of the motor 5. The combination with amotor c'ar cool- 111g system which includes suitable radiator units, of an extending bracket secured to the body portion of thecar, the extending end of said bracket having a slot cut therein for re ceiving a pin secured to and extending from the radiator units, a spring interposedon said.

pin between said bracket. and the radiator