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Publication numberUS1725474 A
Publication typeGrant
Publication dateAug 20, 1929
Filing dateJul 11, 1927
Priority dateJul 11, 1927
Publication numberUS 1725474 A, US 1725474A, US-A-1725474, US1725474 A, US1725474A
InventorsParker Sidney C
Original AssigneeParker Sidney C
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
US 1725474 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

S. C. PARKER Aug. 20, 1929.

SEPARATOR Filed July 11, 1927 fll /NVENTOR SIDNEY C. PARKER ATTORNEYS Patented Aug. 20, 1929.



Application filed July 11,

My invention relates to improvements in separators, which are particularly adapted for use on air lines through which compressed air is delivered to pneumatic hammers and the like. Air lines of this kind are frequently used in construction work, being coupled to a portable compressor, and are continually being extended as the work proceeds with the addition of lengths of old pipe, which are subjected to much abuse,

and are frequently coupled whencontaining grit, scale and the like, which under usual circumstances are propelled forward by the compressed air, finally entering one of the pneumatic tools and necessitating its being taken down or repaired. The moisture normally in suspension in the air on beingpassed through the line, condenses and on reaching the valves of the tool is subjected to rapid reduction in temperature due to the expanding of the air, finally resulting in frost developing around the valve and a consequent stoppage of the work. The

object of the invention is to separate all such dirt, scale and moisture from the air flow in the line immediately prior to its delivery to the tools, so that uninterrupted use thereof may be obtained.

The invention consists essentially of a chamber having a screening medium throu h which the air is adaptedto flow prior to elivery to the pneumatic tools, and means below the screen for collecting condensate from said air, as will be more fully shown in the accompanying drawings and described in the following specification in which Fig. 1 is a sectional view of the invention.

Fig. 2 is a general view of the invention.

In the drawings like characters of'reference indicate correspondingparts in eachv figure. I

The numeral 1 indicates generally a pi e line leading from a compressed air supp y to which T s 2 are fitted at suitable intervals 5 adjacent the points where pneumatic tools are to be used. Fitted to each T 2 is a separator enerally indicated by the numeral 3, WhlCTk consists of a cup 4 having a threaded inlet 5, adjacent which a drain cock 6 is fitted. Extending throu h the inlet 5 is a pipe 7 which is rendere air and water tight by a suitable lock nut 8. The lower end of the pipe 7 is fitted into the upstand-v 1927. Serial No. 204,836.

ing brafidi of the T2 and its upper end is fitted with acentrally apertured mushroom shaped flange 9 which is slightly less in of the cup 4 is a cylinder portion ll which is threaded at opposite ends and adapted to be connected to the cup and to a-canopy 12 having a vertical outlet pipe 13. Loosely fitted within the cylinder portion 11 is a cylindrically formed body of metallic fibre 14 or other suitable filtering medium. The outlet pipel3 is preferably fitted with a T 15 from which branch 16 extends forming connection through suitable valves 17 and hose 18 to the air drills or other pneumatic tools.

Having thus described the several parts of my invention I will now briefly explain its functions.

The, compressed air from the supply flows through the pipe 1, the separator 3, the

valve 17 and hose 18 to the tool being used. The air flow through the pipe 1 naturally carries with it such moisture as is held in suspension therein together with loose particles of sca1e,rust or dirt as may be .con-

tained in thepipe lines. When the air is emitted through the up er end of the pipe 7 its velocity is imme iately reduced due to the cylindrical portion 11 of the separator 3 having a far greater cross sectional area than that of the pipe 7. This reduction in velocity is such that all solids and liquids as the air contains are arrested in their upward movement by the filtering medium 14, the solids adhering in part thereto and in part falling. It will be obvious that as the air passing through the pipe 7 is emitted from its upper end into the cylindrical portion 11 that, due to the enlar ed area thereof, the air stream will sprea outwards and in so doing will project the major portion of the liquid content towards the cylinder walls, thus s reading such liquid content medium the anthroughout t e. mass of filterin from whence it gravitates throng nular space 10 into thecup 4, from which it may be drawn ofi daily, or as occasion demands, throu h the drain cock 6. After extended periods of operation, the fibrous body 14 may be renewed and all solids incapable of passage through the drain cock 6, may be removed by dismantling the separator.

'What I claim as my invention is: v

A separator of the character described :omprising a cup having a threaded inlet and a drain opening at the bottom, a pipe secured in the inlet and projecting an appreciabledistance above the bottomof the cup,

10 a. flange extending outwardly from the upper end of the pipe and terminatin in spaced relation tot e surrounding wal of the cup, a cylinder having its lower end secured in the upper portion of the cup and enclosing a filtering material resting on said flange and a canopy secured to and covering the upper-end ofthe cylinder.

Dated at Vancouver, B. 0., this 21st day of June, 1927. 1


Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2607437 *Mar 29, 1948Aug 19, 1952Garrett CorpApparatus for separating liquids and gases
US4695299 *Feb 21, 1986Sep 22, 1987The United States Of America As Represented By The United States Department Of EnergyMethod and apparatus for in-cell vacuuming of radiologically contaminated materials
U.S. Classification55/429, 55/512, 55/433
International ClassificationB01D46/00
Cooperative ClassificationB01D46/00
European ClassificationB01D46/00