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Publication numberUS2123809 A
Publication typeGrant
Publication dateJul 12, 1938
Filing dateAug 5, 1936
Priority dateAug 5, 1936
Publication numberUS 2123809 A, US 2123809A, US-A-2123809, US2123809 A, US2123809A
InventorsClinton Seitz Henry
Original AssigneeClinton Seitz Henry
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Deflector
US 2123809 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

July 12, 1938. H C;l SE1-rz 2,123,809

DEFLECTOR Filed Aug. 5, 1935 f BY Mgg/M Y@ ATTORNEYS Patented July 12, 1938 UNITED STATES PATENT OFFICE DEFLECTOR Henry Clinton Seitz, Niles, Ohio Application August 5, 1936, Serial No. 94,466

l Claim. (Cl. 137-21) My invention relates to improvements in deectors for use in domestic boilers or tanks such as are generally used for supplying hot water for household purposes.

As is well known, the discharge of hot water from such boilers is effected from the top thereof by the pressure of incoming water from the main entering the boiler by way of a so-called drip pipe usually extending through the top of the boiler downwardly into the same and terminating adjacent the bottom thereof. The result of this arrangement is that the incoming water is directed downwardly against the bottom of the boiler and the water at this point agitated so as to stir up rust and other sediment, which is inevitably deposited therein, and force it upwardly to be discharged with the hot water being drawn off. The disadvantages resulting from the consequent condition of the water need not be entered into herein.

With the foregoing in mind, the primary object of my invention is to provide for deflecting the water entering through a drip pipe, arranged as above described, away from the bottom of the boiler and in a manner such that the Water and sediment in the bottom of the boiler are to all -intents and purposes not disturbed, and the entire water contents of the boiler always kept in a clear condition.

Another object is to equip the drip pipe of such boilers with a dei-lector directing the incoming water in the manner above set forth, and particularly designed to prevent said pipe from becoming clogged by scale or other matter entering the same from the water supply pipes.

Other objects are to provide a device of the character and for the purposes above set forth, which is readily attachable to the usual drip pipe and which may be inexpensively and easily incorporated in boiler equipment of the type specied.

Other and subordinate objects are also comprehended by my invention, all of which, to-

gether with the exact nature of my improvements, will become readily apparent when the following description and claim are read with reference to the accompanying drawing.

In said drawing:

Figure 1 is a view in vertical section illustrating my improved deilector applied to the drip pipe of a boiler of the usual construction.

Figure 2 is a view in perspective of the deiector detached and drawn to an enlarged scale.

Figure 3 is a view partly in side elevation and partly in vertical section of a modification of the invention, and Figure 4 is a fragmentary longitudinal sectional view taken through another modified form of my invention. 5

Referring to the drawing in detail, and particularly with reference to Figures l and 2, the numeral I indicates the usual domestic boiler that is provided at its lower end with a drain pipe 2 and at its upper end with the usual spud 10 3, to which the hot water discharge pipe 4 is coupled by means of an elbow 5 and the usual union connection, as shown. The4 cold water inlet pipe 6 is connected to the upper end of the boiler, by means of an elbow 1 and the usual l5 union connection, and the elbow 1 extends into the opening 8 and through the spud 9 thereof.

The cold water feed or drip pipe I0 is connected to the elbow l to depend therefrom, by

means of a bushing Il sweated or otherwise se- 20 cured onto the upper end of the pipe I0 and threaded `into the elbow 1. It will be seen that the inlet opening 8 is considerably larger in diameter than the pipe l0 to allow for the insertion of the deilector which forms the sub- 25 ject matter of the present invention therethrough, as the deiector is of greater diameter than the pipe I0 and is secured to the inner end thereof, as shown.

The deector includes a metallic sleeve I3 30 which is preferably of brass and of the proper inside diameter to llt snugly at one end over the lower end of the drip pipe l0 and a round mushroom shaped head I 4 is formed on the sleeve and closes the outer end thereof, the head being preferably larger in diameter than the sleeve, and a plurality of discharge ports I5 is formed in the sleeve at the head end thereof, there being two ports in the form as shown and which are diametrically opposed with respect to each other.

While any Well known means may be used for securing the deector to the drip pipe I0, I have shown a screw i6 for that purpose, but a bolt and nut connection may be used for that purpose, with the bolt extending through the sleeve and pipe, as will be apparent. In any event, the pipe terminates in the sleeve above the ports l5.

The inner face of the head I4 is preferably 50- dished to form a concaved deecting surface l1 underlying the drip pipe I0, and extending in a plane beyond the sleeve as at I8. However, the inner face may have a centrally arranged concavity of the same diameter as that of the drip pipe Il, thereby providing a straight edge disposed beyond the sleeve.

The openings or ports Il are relatively large, for the purpose of preventing the same from be- 5 coming clogged. by rust scale or other foreign matter, as will be apparent, and the openings are shown as having rounded upper endl, with straight side walls terminating with the upper or defiecting surface I1.

From the above description and disclosure of the drawing, it will be obvious that the water passing through the drip pipe il is discharged against the detlecting surface I1 of the head I4. and is deilected thereby outwardly and upwardly, l5 as well as at a point sufiicientiy remote from the .bottom of the boiler to prevent the sediment therein from being disturbed, consequently the heated water that passes from the boiler to the discharge pipe 4 is retained clear and free from 20 sediment at all times.

While only two ports or openings Il are shown. it will be Yobvious that any number may be employed, without departing from the spirit ot the invention.

26 In the modified form shown in Figure 3, the

' drip pipe I! is provided with an upturned or goose neck lower end 2li, with a defiector of the same construction as that previously described. and secured, thereto in an inverted position as com- 30 pared to that in the preferred embodiment of the invention. While the deilector in the modified form will cause the water to be directed downwardly, it will be obvious that it is disposed a suicient distance from the bottom of the boiler 35 so as not to disturb thevsediment therein.

' In Figure 4 I have illustrated a further modifled form in which the reference character 2l indicates a drip pipe having substantially arch shaped openings or ports 2l, arranged in diaaiaasoo metrically opposed sides of the outer end thereof, and the outer end has secured thereto a substantially conical shaped head or plate 2l with its dished portion facing the pipe. through the instrumentality of lugs Il formed on the pipe to extend through the alotsin the plate and crimped against the outer surfaces of the plate. as shown. The plate 2l is of a diameter to extend beyond the pipe and the concaved or dished portion deflects the water outwardly and rearwardly in the same manner, as the defiecting surface i1 of the head Il of the other form of the invention disclosed.

It is thought 'from the foregoing description that the advantages and novel features of the invention will be readily apparent. It is to be understood that changes may be made in the construction and in the combination and arrangement ot the several parts, provided that such changes fall within the scope of the appended claim.

What I claim is:

In a water heating boiler having a cold water inlet pipe, a feed pipe connected to the inlet pipe and depending from the top of the boiler, said feed pipe terminating adjacent to the bottom of the boiler and having diametrically opposed substantially arch-shaped discharge ports in the lower end thereof. lu'gs extending from the lower end, a substantially conical head-providing a dished tace and having slots with the lugs mounted therein and bent against the head for securing the latter to said lower end with the face directed toward the same. said head being of a diameter to extend outwardly beyond the circumference of said lower end and adapted for defiecting water outwardly through the discharge ports and angu lariy with respect to the axis of the feed pipe.

HENRY CLINTON SEI'I'Z.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2514642 *Aug 10, 1948Jul 11, 1950Harry C HolmesHot-water boiler
US2578020 *Mar 26, 1946Dec 11, 1951Houdaille Hershey CorpFilter cartridge container
US2594616 *Oct 4, 1948Apr 29, 1952Howard Blondeau BenjaminHot-water heating device and method
US2600299 *Oct 6, 1949Jun 10, 1952Campbell Soup CoTrap tank
US2636512 *Aug 14, 1950Apr 28, 1953Gusmer Inc AFlow directing baffle for reducing the turbulence of flow of fluid entering a space from a circuit
US2711756 *Oct 26, 1949Jun 28, 1955Mcgraw Electric CoBaffle plate for tanks
US2803441 *Jun 27, 1950Aug 20, 1957Crown Cork & Seal CoLiquid proportioning apparatus
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US3104669 *May 13, 1960Sep 24, 1963Preway IncGas dish washer
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Classifications
U.S. Classification137/592, 137/801, 126/362.1, 122/19.1
International ClassificationF24H9/12
Cooperative ClassificationF24H9/124
European ClassificationF24H9/12C2