US1295629A

US1295629A - Radiator-shield.

Info

Publication number: US1295629A
Application number: US22745218A
Authority: US
Inventors: Lewis I Stewart
Original assignee: Individual
Current assignee: Individual
Priority date: 1918-04-09
Filing date: 1918-04-09
Publication date: 1919-02-25
Anticipated expiration: 1936-02-25

Description

L. I. STEWART.

RADIATOR SHIELD.

APPLICATION Hum APR.9.1918.

Patnted Feb.25,19 19.

2 SHEETS-SHEET I.

# INVENTOR L. i. STEWART.

RADIATOR SHIELD.

AFPLICATiON FILED APILS. 291a.

Patented Feb. 25, 1919 2 SHEETS-SHEET 2 liwfii. A

LEWIS I. STEWART, OF NEW YORK/N. Y.

RADIATOR-SHIELD.

Leoaeze.

; Application filed A ril 9, 1918-. Serial No. 227,452.

ternal combustionjengine is employed as a.

source of power, the purpose thereof being to control the temperature of the cooling liquid employed for cooling the engine by regulating the flow of air to the radiator. whereby the cooling liquid is cooled by a current of air. As otherwise stated, the object or end in view in the prior devices herein referred to as well also as in my device is to prevent the cooling liquid from being cooled to too low a temperature and to thereby provide for the operation of the engine at as high a temperature as is practicable, having in mind the necessity for adequate lubrication, and at as high a temperatureas is consistent with a not too rapid evaporation of the cooling-liquid, such as would follow an inordinately high temperature thereof.

One of the objects of my invention is to provide a simple, cheap, and effective device designed for use with, and which may be readily attached to or removed from the .35 radiator of a cooling system, and whereby the amount or volume ofair flowing through the radiator may be controlled.

Another object is to provide such a device with means whereby it may be readily adjusted according to the temperature of the atmosphere to substantially arrest the flow of air through the-radiator when the temperature is inordinately low, 'or' -to provide for the flow of varying and regulated quantiat higher temperatures below,

front end of said structure is commonly ext6 ties of air etemperature at which the ded be removed and an unrestricted are permitted. 'the above and other objects in view, tion consists in the improved air ating device for use with the racomp. scribedandclaimed, and in such variations and'njiedifications thereof as will be obvious Specification of Letters Patent.

automobiles illustrated in the acdrawing and hereinafter del Patented names, ieie.

to those skilled in the art it which my in vention relates.

In the drawing accompanying and forming a part of this specification and wherein the preferred embodiment of my invention is illustrated; s

Figure 1 is a view showing in elevation an automobile radiator equipped-with my invention and as seen from a position in front thereof; I

Fig. 2 is a view showing a section upon a plane indicated by the line 2 2, Fig. l;

Fig. is a view showing the flexible air interceptii'ig shield my device by itself;

. Fig. 4 is a .view similar to Fig. 2 but showing the shield folded differently than in said figure.

Referring to the drawing, the reference numeral 6 designates a'radiator for cooling' the water or other liquid used for cooling the internal combustion engine employed to drive an automobile or like self propelled vehicle, the conventional form of radiator shown being for the purpose of illustrating W my ilii-eriti0n,and its method of use in com nection with the cooling system of an auto mobile. It is to be understood, however,-that -my invention may be and is adapted for use.

with and for application to any of the varis5 ous forms or constructions of automobile radiators or radiator systems at present in use. The radiator structure regarded in its entirety is provided. with an inlet openmg through which the cooling air enters amino gains access to the tubes, cells, or other structure provided for the purpose of securing an interchange of heat between the heated'cooling liquid and the air for cooling the same, the upper portion ofthe cellular or tubular structure throughwhich the liquid circulates'being shown conventionally at 8. Asthe tubular or cellular structure is made up-of a large number of air and liquid passages separated'by metallicwalls, and the posed directly to the air, it follows that the air inlet opening referred to may be regarded as corresponding with and formed by the front end of the cellular structure of 10.5 the radiating device or mechanism, and that, conversely, the air openings of the cellular I structure, collectively. considered, may be regarded as comprising the air inlet 'to the radiator. i

The reference numeral 9 designates an air intercepting shield made of flexible material .capable of withstanding wind and weather.

and adapted to regulate and control the amount of air flowing past or through the .cellular structure of the radiator to thereby through the radiator. Preferably, however.

more or less of the upper end of the shield is designedto be folded and made to overlie the remaining portion, to thereby vary the 'area of the air inlet opening cut off or intercepted by the shield as shown in Figs. 1 and 2 wherein a small part 10 of the upper end of the shield is folded down back of the main body portion thereof, so that air may flow through but a small part of the cellular structure 8. In Fig. i I haye shown more of the shield folded down back of the body whereby more of the air inlet opening is uncovered and air may flow through a larger part of the cellular radiator structure, and a greater cooling action or effect is secured.

The periphery of the shield 9 is detachably secured to the radiator or to the casing associated with the same or to an equivalent element of the radiator mechanism considered as a whole, so that the shield may be used to substantially arrest or to permit varying regulated quantities of air to flow through the radiator, as above explained. Or it may be removed and not used in case the cooling effect of the radiator is not greater than is deemed necessary, as in the summer time, or in warm spells. In the form of my invention illustrated this end is accomplished by providing a plurality of spaced fastening members or heads 11 arranged about the air inlet opening 7, and

a corresponding number of cooperating fastening members or sockets 12 arranged along the periphery of the shield and adapted to detachably engage said heads, whereby a plurality of separable fastening devices are provided for detachably securing the shield in place, and for permitting it to be readily and quickly removed if desired. It will be appreciated, however, that any form of fastening devices may be used for detachably securing the shield in place, and that my invention is not limited to the use of headand-sockct separable fasteners of the form illustrated.

In order to facilitate the folding down of the upper portion of the shield 9 (in case it is not, desired to entirely prevent the flow of air through the radiator) and the securing of the folded shield in place at such times, one or more pairs of oppositely disposed or-located notches. recesses, or slits are provided in the side edges of the shield. asshown at 13, 13 and 1+ and 1i. Fig. 3, these notches being provided in order to prevent the side edges of the folded down portion of the shield from interfering with the operation of the fastening members when the upper portion of the shield is folded down back of the lower portion thereof. Thus. whenthe shield is folded, as shown in Figs. 1 and 2, the

recesses

13, 13 are brought into positions such that they will coincide or register with the uppermost pair of the several fastening devices provided by the cooperating pairs of fastening members 11. 12. in which position of the parts the next to the upper pair of head fastening members 11 extend through the upper .pair of

recesses

13 and 13 and into the pair of socket members marked a in Fig. 3, and when the shield is folded as shown in Fig. 4: both pairs of recesses take up positions such that pairs of the head fastening members extend through them. and into socket members 12 carried by the shield. 'ere these recesses not present the act of folding the upper portion of the shield downward would bring portions of the side edges thereof in positions to cover the openings of one or more pairs of socket members, and prevent the entrance of the head members thereinto, while their presence prevents such obstruction and permits a free entry of the heads into the sockets. In addition to this they permit the folded down portion of the shield to be arranged smoothly back of the body portion, and the whole to be securely held in place by the fastening devices.

By the above described construction it is seen that the shield may be readily fastened to the radiator ineither its spread out or folded condition and may be as readily removed therefrom. Inother words. the type of radiator shield invented by me as herein described and claimed may be briefly said to constitute a fan-fold structure and consequently the entire radiator core surface exposed in proportion to the requirements according to the atmospheric and weather conditions. IVhen removed from the radiator the shield may be easily stored in a minimum space at any suitable place in the machine.

- Having thus described and explained my invention, I claim and desire to secure by Letters Patent:

1. In a device of the class described and in combination with a radiator, a plurality of fastening members spaced apart from one another and arranged about the air inlet opening of the radiator, a shield formed of flexible material and adapted to extend across the opening aforesaid, a plurality of .180

spaced fastening members carried byand lo- .cated adjacent the periphery of said shield and. adapted to cooperate with said first mentioned fastening members to thereby by and located adjacent the periphery of v positely located pair of said first mentioned hold said shield in place,.and means Whereby a portion of said shield may be folded upon and made to overlie another portion thereof, the double thickness of material thus secured extending'across the said-air inlet opening.

2. In; a device of the class described and in combination With a radiator having a plurality of spaced fastening members 10; cated adjacent its periphery, a flexible shield said shield and adapted to'codperate with said first mentioned fastening members to thereby hold said shield in place, said notches being so arranged that they may bebroughtfinto positions such that an opfastening deviceswill extend through them when the shieldis folded" about or upon a line extending. betWeen't-he side edges there'of.

8, In a device of the class described and in combination yvith a radiator having an inlet'opening through which air may flow, an air intercepting shield formed of flexible material and adapted to extend acrossthe opening aforesaid, a plurality of spaced separable fastening devices arranged'about the periphery of said shield and adapted to hold .the same in place, one member of each fastoning device being carried by the radiator and the other by the flexible shield and two notches or recesses formed one in each of two oppositely disposed edges of said shield, and so arranged that they may be brought into coincidence with two oppositely located separable fasteningadevices When the shield is folded about a line extending betyveen the side edges of said shield in which said notches are formed. 7 a

April, 1918.

l. in a device of the class described and in combination with a radiator having. an,

acr'ossfthe opening aforesaid, va plurality of I spaced fastening devices arranged about the periphery. of said shield and adapted I to hold the same in plane, and. meanswhereby'a portion of said shield may be folded. upon and made to overlie another portion. thereof,,the double thickness of material thus secured extending across the said airinlet opening.

5.111 a device of theclass described and in combination with a radiator having an inlet opening through-Which air may flow, an air intercepting shield formed of flexible material and adaptedto extend across the, opening aforesaid, said shield havingoppositely located notches or recesses formed in its 'side edges, and a-plurality of spacedseparable fastening devices arranged'about the periphery of said shield and adapted to hold the same in place, said notches or recessesbeing so arranged that they'mayj be made to coincide. with oppositely located separable fastening devices when'the shield is folded about a line extending between the side. edges thereof.

6. An air interceptingshield for use with an automobile radlator, the same being formed from flexible material and having oppositely located. notches or recesses formed in its side edges, and a pluralit of I spaced fastening members arranged aong the periphery of said shield, said notches or' recesses belng so arranged that they may be brought into coincidence'with oppositely side edges thereof.

my hand at the borough of Manhattan, city and State of- NeW York, this lstday of L WrsirflsrEWAnr. In presence of I T. J. DELANEY,

' J, T. -MCCARTHY.

located fastening members when the shield .is folded upon a line extending between the I I