US1646409A - Oil cup - Google Patents

Oil cup Download PDF

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Publication number
US1646409A
US1646409A US503007A US50300721A US1646409A US 1646409 A US1646409 A US 1646409A US 503007 A US503007 A US 503007A US 50300721 A US50300721 A US 50300721A US 1646409 A US1646409 A US 1646409A
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cup
oil
wick
tube
opening
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US503007A
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Keplinger Livingston Bond
Keplinger Martha Quiggle
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PETERS CARTRIDGE Co
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PETERS CARTRIDGE Co
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Priority to US503007A priority Critical patent/US1646409A/en
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16NLUBRICATING
    • F16N7/00Arrangements for supplying oil or unspecified lubricant from a stationary reservoir or the equivalent in or on the machine or member to be lubricated
    • F16N7/12Arrangements for supplying oil or unspecified lubricant from a stationary reservoir or the equivalent in or on the machine or member to be lubricated with feed by capillary action, e.g. by wicks

Definitions

  • a further object is the provision of simple andeflicient improved means for vautomatically maintaining the oil cup closed, except when being filled.
  • FIG. 1 is a plan view of an oil cup including our improvement
  • Fig. 2 is a central vertical section of the device shown in Fig. 1;
  • Fig. 3 is a small elevational view of the oil cup shown in Fig. 1. y ,f n
  • an oil cup having acup proper 21 which may be of any approved shape and size. and be yformed preferably of sheet metal.
  • the bottom portionr 7 of the cup is provided with ,ay discharge passage 9 leading through the threaded portion 8 up into the ⁇ oil yreservoir 10.r
  • a wick 11 in the passage 9 so as to retard theilow of oil from the kcup and ⁇ prethrough the cup to the bearings to which the oil cup is adapted to be connected'.
  • 'our improved oil cup is particularly adapted to be connected to bearings of a vehicle, it may have ageneral application. ⁇ Then connected to a vehicle, the jolting thereof will facilitate the passage of the lubricant from the chamber 10 to the wick.
  • the bottom 7. of the oil cup may be of metal castingv provided with a shoulder 19 which is engaged by a flange 2O of the sheet y metal cover-21 which is provided with a yielding opening 22fin its central portionin the top and in substantial alinement with the inverted cup 16.
  • a spring 17 is located between an annular shoulder 'or seat on the tubular portion 23 and the lower peripheral I11. of the wick above the tube 23. n spring 17 presses up against the cup 16 so edge/.of the inverted cup' 16. Therspring 17 thecup 16 tight-ly against the under sideof the cover ⁇ 21- so as to close the filling pening 22 against the entrance foreign materials.H p When it is desired to fill the chamber-,10
  • an oil can, not shown, orA otherr in strument may be. inserted through the opens vis lpreferably of such a strengthas to hold y ing 22 ,and againstthe cup 16. Pressure is f exerted byv means of. the nozzle of the. yoil can adequate to compress the ,spring 17'so that theoil canpass over the top of the cup 16 down into the reservoir 10. yUpon .re-
  • the spring 17 will Yagain compress the cup ⁇ 16jup against .the cover 21 to close the opening-p22- y,
  • a centralv tubular upstanding extension 23 from the circular bottom 7 isiincommunication with the. discharge passage 9.
  • The4 wick 1,1v is extended upthrou'gh the tube 23 with a portion of the wick'disposed on' the top of this tube.
  • the invertedk cup 1 6 is therefore slidably mounted on theouter side of the tube 23 and covers the portion The as toautomatically close the opening 22.
  • An oil cup comprising a body having 25 a (central discharge passage leading Well up into the cup; anvicl; ⁇ disposed in ,said dis- ,charge passage; and a spring-pressed cup meniberyslidably mounted iii Asaid body and adapted to" oompresssaid Wick when said "cup fis moved against siaid Vspring action to force ajlubricantoutof said discliaigepassage; .i l i 2.
  • An o il .cup comprisinga body having ⁇ a"'disc,liarge passage in ⁇ itsbottoin portion leading ivellilp into thecup, there being av jillingfopeninoin substantial axial alineinent .,ivitlifsaidrlisc iargepassage; a cup disposed against said filling opening; a Wick nin said discharge ⁇ passage extending up into the ,space thereabove and confined within said cup; 'and a spring pressing against the cup Itending to move the latter up against said filling opening and relieving pressure Lon the portion ofsaid Wick in said cup.
  • An oil cup coniprisinga body having Adischarge passage in its bottom portion; i fajtube ⁇ leading upwardly froinsaid discharge ".passage; a Wick insaid tube Yand discharge ⁇ .passageiwith 1a portionof ⁇ said Wiel; disposed abovesaid tube; an iinperforated inverted cupdisposed i over and slidably mount- ⁇ .ed Von said tube; the inner surfaces of ⁇ the .sidesof said cupfhaving a close l)fitting en-A ,gagement with the outer surface of said tube; va spring pressing on said ⁇ inverted cup tending to move the latter 0H otsaid tube.
  • An oil cup comprising a body having a discharge passage in its "bottpin portion and a iilling opening in its top portion; a
  • said operable member beingvadapted to ⁇ oonjfiiie thewick for movement away from the ⁇ opening tocompress the Wick in" alconfined space.

Description

Oct,
yl... B. KEPLINGER ET AL oIL CUP Filed sept. 24, 1921 lM lN555 Patented Oct. 25, 1927.
*"UNITYED sra'rlsisV 1,646,409 i PATENT;opaca-,g l
' LIVINGSTON BOND KEPLINGER MARTI-IA QUIGGLE KEPLINGER, CINCINNATI;
OHIO, .ASSIGNORSTO TI'IE PETERSCARTRIDGE CORPORATION OF OHIO.
' oIL CUP.
. Application filed September 24, 1921. Serial No'. 503,007.
lOur invention relatesto'oil'cups and for onevof .its objectsv the provision of a simple and eflcientimproved oilcup adapted to keep theoil clean and feed the latter to vent dirt and foreign material from passing a bearing as such -oil is used. .n `A further object ofthe invention 1 s the provision of an improved oil, cup having a wick therein to regulate the flow ofoil from the cup. 4
A further object is the provision of simple andeflicient improved means for vautomatically maintaining the oil cup closed, except when being filled.
\ Other objects of the invention will appear` hereinafter, the novel features and combina-v tions beingset forth in the appended claims.
An embodiment of our invention is illustrated in the accompanying drawings forming a part of this specification and ,in f
Which- Fig. 1 is a plan view of an oil cup including our improvement;
Fig. 2 is a central vertical section of the device shown in Fig. 1; and
Fig. 3 is a small elevational view of the oil cup shown in Fig. 1. y ,f n
Referring more particularly to the vdrawings, we have illustratedv an oil cup having acup proper 21 which may be of any approved shape and size. and be yformed preferably of sheet metal. The bottom portionr 7 of the cup is provided with ,ay discharge passage 9 leading through the threaded portion 8 up into the` oil yreservoir 10.r We pro-f vide a wick 11 in the passage 9 so as to retard theilow of oil from the kcup and` prethrough the cup to the bearings to which the oil cup is adapted to be connected'. Although 'our improved oil cup is particularly adapted to be connected to bearings of a vehicle, it may have ageneral application. `Then connected to a vehicle, the jolting thereof will facilitate the passage of the lubricant from the chamber 10 to the wick.
The bottom 7. of the oil cup may be of metal castingv provided with a shoulder 19 which is engaged by a flange 2O of the sheet y metal cover-21 which is provided with a yielding opening 22fin its central portionin the top and in substantial alinement with the inverted cup 16. A spring 17 is located between an annular shoulder 'or seat on the tubular portion 23 and the lower peripheral I11. of the wick above the tube 23. n spring 17 presses up against the cup 16 so edge/.of the inverted cup' 16. Therspring 17 thecup 16 tight-ly against the under sideof the cover `21- so as to close the filling pening 22 against the entrance foreign materials.H p When it is desired to fill the chamber-,10
with oil, an oil can, not shown, orA otherr in strument, may be. inserted through the opens vis lpreferably of such a strengthas to hold y ing 22 ,and againstthe cup 16. Pressure is f exerted byv means of. the nozzle of the. yoil can suficient to compress the ,spring 17'so that theoil canpass over the top of the cup 16 down into the reservoir 10. yUpon .re-
moving the oill can or other instrument from the filling opening 22, the spring 17 will Yagain compress the cup `16jup against .the cover 21 to close the opening-p22- y,
A centralv tubular upstanding extension 23 from the circular bottom 7 isiincommunication with the. discharge passage 9. The4 wick 1,1v is extended upthrou'gh the tube 23 with a portion of the wick'disposed on' the top of this tube. The invertedk cup 1 6 is therefore slidably mounted on theouter side of the tube 23 and covers the portion The as toautomatically close the opening 22.
Near the bottom of the tube 23 vare a plu- -rality-of openings 24 which permit the oil topass (from the reservoir 10 into t-he tube 23 and down into'th'epassage 9 aswellas up ardly by reason of thecapillary attraction ofthe wick 11. lWhen the cup 16 is moved downwardly to ll the chamber 10,with` oil, the cuplt presses the` portion 11 of the wick, thereby tending to squeeze the oil down intoV the passage 9 and thence to the bearing to which 'the'oil' cup is connected. Then the oilcan or other instrument is removed fromthe the structure shown in the drawings Norinally the spring 17 presses the bottom of this inverted cup against the opening 22 so as to close the same7 thereby keeping dust sageway 9 andto suck the oil up along to# .Ward the upper en'dof the Wick when the pressure"onth'einverted cuplis released. Fur-` i "thernioreftliewiclr acts asa iilter'to kprevent any grit orforeign material in the oil froml reaching the bearing to be lubricated.
lVeclaim:--
N1. An oil cup comprising a body having 25 a (central discharge passage leading Well up into the cup; anvicl;` disposed in ,said dis- ,charge passage; and a spring-pressed cup meniberyslidably mounted iii Asaid body and adapted to" oompresssaid Wick when said "cup fis moved against siaid Vspring action to force ajlubricantoutof said discliaigepassage; .i l i 2. An o il .cup comprisinga body having `a"'disc,liarge passage in `itsbottoin portion leading ivellilp into thecup, there being av jillingfopeninoin substantial axial alineinent .,ivitlifsaidrlisc iargepassage; a cup disposed against said filling opening; a Wick nin said discharge `passage extending up into the ,space thereabove and confined within said cup; 'and a spring pressing against the cup Itending to move the latter up against said filling opening and relieving pressure Lon the portion ofsaid Wick in said cup.
3f An oil cup coniprisinga body having Adischarge passage in its bottom portion; i fajtube `leading upwardly froinsaid discharge ".passage; a Wick insaid tube Yand discharge `.passageiwith 1a portionof `said Wiel; disposed abovesaid tube; an iinperforated inverted cupdisposed i over and slidably mount-` .ed Von said tube; the inner surfaces of `the .sidesof said cupfhaving a close l)fitting en-A ,gagement with the outer surface of said tube; va spring pressing on said `inverted cup tending to move the latter 0H otsaid tube. t An oil cup comprising a body having a discharge passage in its "bottpin portion and a iilling opening in its top portion; a
`tube extending upwardlyv `from said discharge `passage and in Aopen communication `-with the latter, there being an opening in the `side of the tube `attheibottom of the oil cup; la Wick inv said discharge passage and tube with a portion of said `Wick `disposed `above said tube; an inverted imperforated cup slidably mounted on saidtube With its bottom closing saidlfilling opening; and its sides having` a tight fitting engagement with the sides of `said "tube'yand a spring engagingsaid inverted cupandtending'to press jaceniflthe Wick chamber; 3a Wickinjthe Wick chamber; and an operable memberiengaging the wick and `normally closingsaid opening, i
said operable memberbeingvadapted to `oonjfiiie thewick for movement away from the `opening tocompress the Wick in" alconfined space. i i
6. An oil cup comprising a=body` having an `oil reservoir therein, saidibocly `having a iilling opening in its `top Vcommunicating with said reservoir, a tube extending from a passage in the bottom of said `body into said reservoir with the upper end ot' lsaid tubeiicar-said iilling opening; said tube having a passageway from the lower portion of *said reservoir to said passage in thebottom lol said body, a Wick vextending `from saidbottom passage into saidtube 4and upwardly ralong the lat-tolga cap disposed over `the upper end of -said tube'for coiitiiiing'said Wick to the nspace therein and below7 thebottom oi said ca"p,and means to yieldiiigly "hold said cap iii'kposition to close said lilling opening. 7; Angoil cupcoinprising abody portion haring an oil reservoir thereinya passage in its Ibottom and afiilling opening in its top, a wick in said passage7 meansentirely `iii- 'sideof' saidvbody portion -ior closing saidlling openingia guide forsaid closing means, and mechanism toriyieldingly"holding said VClosing means against said `lillingopening ivitha portioncof said closing means exposed `through said opening `to `permit pressure to be applied by extraneous Ameans toropen said lilliiig opening to4 introduce oil into 'said reservoir. q 2
lntestimony whereof we vhave signedour names to' this specification on this 8th day of SeptemberTAQD. 71921.`
LiviNosToNiioNnimprimerie. MARTHA QUioeLii KnPLiNenii.
ioo
US503007A 1921-09-24 1921-09-24 Oil cup Expired - Lifetime US1646409A (en)

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