US1399393A - Heater for gasolene-supply pipes - Google Patents

Description

E. MILLNER.

HEATER FOR GASOLENE SUPPLY PIPES.

APPLICATION FILED JULY 30.1920.

1,899,893, Patented Dec. 6, 1921.

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BY M UNITED sT-Ariss EDGAR MILLNER, OF

ST. LOUIS, MISSOURI.

HEATER FOR GASOLENE-SUPPLY PIPES.

Application filed July 30,

To all whom t may concern Be it known that l, EDGAR ltlrLLNnR. a citizen of the United States, residing at St. Louis, Missouri, have invented a certain new and useful Improvement in Heaters for Gasolene-Supply Pipes, of which the following is a specication, reference being had to the accompanying drawing, forming a part thereof. j

This inventionrelates generally to heating devices and, more particularly, to a certain new and useful heating attachment for the tube or pipe that leads from a gasolene or other hydro-carbon supply tank or reservoir tov a carbureter or `other vaporizing device, or to a burner, and the like.

It is generally known that inthe operation of internal combustion engines, and particularly during the colder months of the year, the carbureter does not always function properly, due to the fact that the gasolene delivered to it is comparatively cold and, therefore, will not vaporize readily; and it is one of the principal objects of my invention to provide relatively simple and ellicient means for materially increasing the temperature of the gasolene, preferably at a point in the supply pipe closely adjacent to the carbureter, thereby facilitating and insuring' more perfect vaporization of the gasolene, or like volatile Huid, as it enters and passes through the carbureter.

With the foregoing and other objects in view, my invention consists in certain novel features of form, construction, arrangement, and combination of parts hereinafter more fully described and claimed and illustrated in the accompanying drawing, in which- Figure 1 is a vertical section taken lengthwise through the center of a heating' device embodying my invention;

F ig. 2 is a cross-section taken approximately on the line 2`2 of F ig. 1; and f F ig. 3 is a cross sectiontaken approximately on the line 3-3 of F ig. 1.

' eferring by numerals to the accompanying drawing, whichy illustrates a practical embodiment of my invention, l0 designates the gasolene supply pipe. or tubethat leads from the gasolene-supply tank or reservoir to the carbureter, and my improvedy heating device is especially adapted for attachment upon this pipe, preferably at a point closely adjacent to the carbureter.

It is to be understood that, while my new Vheating device Yis particularly adapted for Specification of Letters Patent.

flexible tul e or shell 18 and the Patented Dec. 6, 1921. 1920. sen-a1 No. 400,021.

use, and is herein shown and will be described in connection, with the gasolenesupply pipe of an internal combustion engine, it may be equally well used in connection with other hydro-carbon supply pipes leading to burners and the like.

My improved heating device as shown includes a substantially tubular body 11, preferably formed of Hexible material, such as fabric or a combination of fabric and rubber, or the like; and secured in any suitable manner to the ends of this tubular body are heads 12 and 13, preferably formed of suitable insulating material, such as fiber.

Theheads 12 and 13 are provided with centrally arranged apertures 1/1 and 15, respectively, for the accommodation of the supply-pipe 10; and seated in the head 13, which is substantially longer than the head 12, is a set-screw 16, which provides means or securing the heating` device in position upon the gasolene-supply pipe.

The tubular body 11is somewhat gr ater in diameter than the supply pipe 10, in order to form or provide a heating chamber 17, of suitable area, around that portion of the pipe 10 inclosed or embraced bemember thin and suitably sheet asbestosv or other analogous material, which serves as a support for the heating element, the latter being in the form of a resistance coil 19. his coil encircles the tubular member 18 and occupies the relatively narrow annular space between the tubular body 11, the terminal portions 20 of the resistance coil 19 extending into small metal tubes 21 that are seated in head 13. These terminal portions of the coil are irmly secured in the tubular members 21 by means of set-screws or the like 22, the same being screw-seated in the head 13, and their inner ends bearing against the terminal portions 20 within tubular members 21.

The electric vcurrent for heating the resistancecoil may be obtained from any suitable source of supply, as, for instance, by means of conductors 23, which' lead from a battery 24 tothe outer ends of tubular members 21, said conductors being secured in said tubular members 21 by suitable setscrews 25.

To maintain the tubular member or shell 18 in suitably distended and in spaced relation throughout `from the embraced pipe, and also provide a firm and substantial support for the resistance coil, suitable spacing rings or Vwashers, such as 26, are ar-Y ranged upon the supply pipe 10'` within chamber 17 and the outer edges of said spacing members bearing directly against the inner surface of the tubular member or shell 18.

When in service, the electric current from battery 24, or other source of-supply, passes through resistance coil 19, thereby heating the same, and in a very short time the air within chamber 17 will be heated, with the result that the gasolene passing through pipe 10, and which latter passes through vheating chamber 17, will be pre-heated just prior to its delivery to the carbureter.

lt will be understood that my improved heating device is not intended to heat the gasolene in the supply pipe to Such a degree as to effectV vaporization, but, on the other hand, the gasolene passing to the carbureter will be heated to such a degree as will insure its rapid vaporizationr While passing through the carbureter, and which result is highly desirable, particularly durin relatively low atmospheric temperatures. bviously, a suitable electrical switch can be located on either one of the conductors 23, thus forming a heating device to be turned -on or oli at the will of the operator.

A gasolene heating device of my improved construction is comparatively simple, isV

capable of being easily and cheaply produced, can be readily installed, is economical in point of current consumption, and is very etective in pertorming'its intended functions.

It will be readily changes in the size, of the various parts ot my understood that minor Jform and construction improved heating device may be made and substituted for those herein shown and described without departing from the spirit of my invention, the scope of which is set forth in the appended claims.

Having thus described my invention, what l claim and desire to secure by Letters Patent is:

1. A heating device or hydro-carbon supply pipes comprising, in combination, a pair of spaced heads adapted Jfor location upon a supply pipe, a flexible tube arranged between, and having engagement with, the heads, a shell disposed Within the tubular member and adapted to provide a chamber around the pipe to beheated, and an electric heating coil'Y for heating the chamber ,and pipe, the coil being disposed between the shell and tubular member. f

2. A hydrocarbon supply pipe heating device comprising, in combination, a pair of spaced heads adapted for location upon a in Vthetube, and resistance wire coiled be-V tween the shell and'tube and having its terminals extending into one of the heads.

4. A hydro-carbon supply pipe heating device comprising, in combination, -a pair of spaced heads adapted for location upon a supply pipe,` one of which heads is of insulation material, a flexible insulation tube disposed between and xed to the heads, a tubular coil-supporting shell disposed within the tube andadapted to provide a chamber around the pipeV to be heated,^and resistance wire coiled between the shell and tube and having both its ends extending into the insulation head.

5. A hydro-carbon supply pipe heating device comprising,` inV combination, a pair of spaced heads adapted for location upon a supply pipe, one of which heads is of insulation material, a flexible insulation tube disposed between-and xed at its ends to the heads, a tubular shell disposed within the tube and having engagement at its ends with the heads, the shell with the heads providing a substantially closed chamber around the pipe to be heated, and a resistance wire coiled between the shell and tube and having both its ends extending into the insulationf head ,for electrical connection with afsource of supply.

flexible insulation tube dis-' 10oVV 6. A hydro-carbon supply pipek heating Y wire coiled between the shell and tube and having both its ends extending into the insulation head'for electrical connection with a source of supply, and pipe spacing rings disposed within the shell.

7. The combination with a hydro-carbon supply-pipe, of a tubular member disposed upon and inclosing a portion ofthe pipe, heads disposed upon and closing the ends of the tubular member,

spaced from, vand providing a chamber a shell disposed y within the tubular member, the shell beingV around, the pipe, and an electric heating closing a portion ofthe pipe, heads disposed coil for heating the chamber and pipe, the upon and closing the ends of the tubular coil being disposed between the shell and member, one of the heads being of insulatubular member. tion material, a shell disposed within the 8. The combination with a hydro-carbon tubular member and spaced from the pipe, supply pipe, of a iieXible tubular member the shell having engagement at its ends with disposed upon and inclosing a portion of the heads and with the heads providing a the pipe, heads disposed upon and closing substantially closed chamber around the the ends of the tubular member, a shell pipe, and an electric heating coil for heatdisposed within the tubular member and ing the chamber and pipe, the coil being having engagement at its ends with the disposed between the shell and tubular memheads, and an electric heating coil for heatber and having both its ends extending into ing the pipe, the coil being disposed between the insulation head for electrical connection the shell and tubular member. with the source of supply.

9. The combination with a hydro-carbon In testimony whereof, I have signed my supply pipe and a source of current supply, name to this specification. of a tubular member disposed upon and in- EDGAR MILLNER.

It is hereby certified that in Letters Patent No. 1,399,393, granted December 6,

1921, upon the application of Edgar Millner, of St. Louis, Missouri, for an improve- :ment in Heaters for Gasolene-Supply Pipes, an error appears in the printed speeiieation requiring correction as follows: Page 2, line 52, claim 1, for the Word or read for; and that the said Letters Patent should be read with this dorre@- tion therein that the same may conform to the record of the case in the Patent Oflice.

Signed and sealed this 31st day of January, A. D., 1922.

WM. A. KINNAN,

[SEAL Acting Commissioner of Patents.

It is hereby certiiied that in Letters Patent No. 1,399,393, granted December 6,

1921, upon the application of Edgar Millner, of St. Louis, Missouri, for an improvement. in Heaters for Gasolene-Supply Pipes, an error appears in the printed speciiication requiring correction as follows: Page 2, line 52, claim 1, for the word or read for; and that the said Letters Patent should be read With this correction therein that the same may conform to the record of the case in the Patent Office.

Signed and sealed this 31st day of January, A. D., 1922.

[SEAL] y WM. A. KINNAN,

Acting Commissioner of Patents.

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