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Publication numberUS1050290 A
Publication typeGrant
Publication dateJan 14, 1913
Filing dateAug 12, 1911
Priority dateAug 12, 1911
Publication numberUS 1050290 A, US 1050290A, US-A-1050290, US1050290 A, US1050290A
InventorsGuy Posson, Lulu Posson
Original AssigneeSanitary Mfg Company
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Sanitary dry closet.
US 1050290 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

G. L L. POSSON.

SANITARY DRY GLOSET.

APPLIGATION FILED J11111.12, 1911.

1,050,290, l Patented Jan. 14,1913.

dyn/ny.

COLUMBIA PLANQGRAPH 1:0.,wASHlNTON. D,

UNITE STATES PATENT OFFICE.

GUY POSSON AND LULU POSSN, OF LOS ANGELES, CALIFORNIA, ASSIGNORS T0 SANI- TARY MANUFACTURING COMPANY, OF PHOENIX, ARIZONA., A CORPORATION' 0F ARIZONA.

SANITARY DRY CLOSET.

nostrano.

To @ZZ 'whom t may concern Be it known that we, GUY PoSsoN and LULU PossoN, citizens of the United States, residing at Los Angeles, in the county of Los Angeles, State of California, have invented new and useful Improvements in Sanitary Dry Closets, of which the following is a specification.

This invention relates to a closet of the type generally known as dry closet (or any other receptacle for olfal, such as garbage and the like) in that it does not require the provision of running water for flushing and cleansing; and the prime object of the invention is the provision of such a device that all closet matters are entirely sealed and disinfected and all odors absolutely prevented from emanating from the closet.

Broadly considered, our invention consists in the provision of a suitable liquid receptacle in which is placed a certain quantity of water covered by a film of disinfecting oil. This disinfectant we prepare especially for this use, the one most preferred having an oily nature and being capable of fioating on the surface of the water. Means are provided for forcing below the surface of the p water and below the film of oil all closet matter; and the oil lm then forms a thorough seal against any odors or gases arising through the water and bubbling out to the air. Moreover, the matter is coated entirely with a film of oil when it is forced through the upper water surface, thereby more thoroughly disinfecting it. This means for sinking the matter below the oil film and the upper surface of the water is actuated through the medium of convenient connect ing levers from the movement of the seat cover provided on the upper part of the device.

Means are also provided for automatically feeding a measured quantity of disinfecting oil to the receptacle each time the seat cover is raised and lowered. This provides for an adequate supply of the disinfectant at all times.

In the accompanying drawings we have illustrated a preferred form of our invention, in which drawings:

Figure 1 is a vertical longitudinal section of our improved device, taken as indicated by line 1-1 on Fig. 2. Fig. 2 is a vertical cross section taken on line 2-2 of Fig. 1.

Specification of Letters Patent.

Application filed August 12, 1911.

Patented Jan. 14,1913.

Serial No. 643,724.

Fig. 3 is an enlarged sectional view showing the arrangement of the oil feed valves. Fig. 4 is an enlarged section taken on line 4-4 of Fig. 1.

In the drawings 5 designates a suitable inclosure having an opening 6 in its upper part and having a hinged seat cover 7. The rear upper portion of the inclosure is formed into an extension 8 which houses an oil tank 9. In the forward lower part of the inclosure is situated a receptacle 10 to receive water 11 and an upper Elm of oil 12. The water is supplied to the receptacle at intervals whenever the receptacle is empty, while the oil is supplied each time the seat cover is raised and lowered. Within the receptacle we have shown a perforated member 13, preferably formed of wire screen, supported by two fioats 14 of such capacity relative to t-he weight of the screen and float-s that the screen will float immediately beneath the oil film 12 so as to force any solid matter beneath the oil film and beneath the surface of the water 11. Floats 14 are connected through the medium of studs 15 to chains 16, one on each side. These chains 16 pass upwardly near the ends of receptacle 10 and pass into curved guides 17, one at each side of the device. Guides 17 first curve upwardly and rearwardly and then downwardly and rearwardly so that, when chains 16 are moved back along the guides, studs 15 are carried first upwardly to the guides, then along the guides rearwardly and thus away from the top of receptacle .10. The other ends of chains 16 are secured to studs 18 mounted in the upper ends of levers 19 pivoted on shaft 25 mounted on the inclosure 5. Portions 19- of levers 19 extend horizontally and at right angles to the main portions of the levers, and the ends of portions 19a are connected by connecting rod 20 to seat cover 7, to which they are pivotally attached at 21. Guides 17 are arranged circumferentially about shaft 25, so that, when levers 19 are revolved, the studs 18 will follow the guides.

When seat cover 7 is' raised it will be seen that the levers will be revolved rearwardly and downwardly and will pull chains 16 and floats 14 along through the guides. The floats will thus first be moved upwardly to the lower ends of the guides and will then be moved rearwardly away from the upper end of the receptacle, leaving the receptacle entirely open, lvllhen the seat cover 'l is again lowered, the chains will be pushed back4 through the guides (the chains fitting; snugly in the guides as shown in Fig. il, and thus capable ot becoming in eil'cct compression members) and the peritorate menr ber 155 vvill be moved bach into the receptacle and doivn to its original position. c object ot the above described movement to open the receptacle; and the above described means are typical. of other meal possible ot employment. The float not arily moved in the particuhir manner described, but We have adopted the movement as an eilicient one. b t fe stated, the vfloats are sutlicientl Y,nt to hold the peritorate meml in about the nos'l on illustrated; so that, as the level. olf the liquid in the receptacle r s, the 'perlorate member will iioat the same distance beloiv the liquid surface, chaine 1G being loose. all solid matter placed in the liquid thus forced beloiv its surface and forced through the lilm of oil, being1 thereby coated ivith the oil disinfectant.

ll/Yhen seat cover i" is raised and lowered., a measured amount et disintocting oil is al Ways supplied to the receptacle. lhis is ettected through the medium ot a pipe 30 leading from the oil tank to a point above the edge ot the receptacle and provided with tivo valves 3l and 'illhese valves have arms 3B Which are connected by a rod let, and both arms are actuated through the medium of a lever 35 which is pivoted at- 36 and is connected by a rod 3?" with rod 20. The arrangement ot the valves is such that When one of the valves is open the other is closed. rthis is clearly shown in ltig. 3. llflien the seat cover i is raised and the lever is oscillated, the valve arms are also oscillated and the valves both turned, one to open and the other to close. rElms, on each raising and lowering oit seat cover 7, an amount ot oil which is contained Within the pipe 30 between the tivo valves is emptied into the receptacle.

Oil tank 9 is also provided with an air inlet valve ll() which is operated through the medium ol a lever iil pivoted at elfi and conf nected by rod d?) to rod Q0. rlhe arrangement is suoli that, when the valves are opened to allonT oil to flow out o'l:l the oil tank, the air inlet valve is opened to allovv air to ilov,T in. This provides that air shall only have access to the disiiii'ecting tank during the short interval ivlien oil is being,` Withdrawn, thus peserving the oil from contamination and om evaporation.

Having' described our invention, ive claim:

l. A deifiec of the character described, comprising a liquid receptacle, a pertorate member adapted normally to rest in the receptacle beloiv the liquid surface therein,

'incenso and means to move said member vertically out ot the receptacle and then horizontally :muy from the receptacle.

ln combination, an inclosure having a seat opening` in its upper surface, a seat cover hinged to the inclosure, liquid receptacle Within the inclosure and beneath the seat opening therein, a pertorate member adapted to normally lioat near the liquid sui-tace in the receptacle, and means operated by the movement ot the seat cover to move the pei-forato member vertically ou t olf the receptacle.

ln combination, an inlzlosure having` a seat opening in its upper surface, a seat cover hinged to the inclosure, a liquid recep tacle within the inclosure and beneath the seat eq'iening` therein, a perl'orate member adapted to normally vfloat near the liquid surface in the receptacle, and means opera ,e by the movement of the seat cover to move the pertorate member vertially out of the receptacle and then horizontally away from the receptacle.

l. ln combination, an inclosure having' a seat opening in its upper surface, a seat cover hinged to the inclosure, a liquid recep tacle Within the inclosure and beneath the seat opening therein, a pertorate member adapted to normally float near the liquid surtace in the receptacle, means operated by the movement of the seat cover to move the perforate member vertically out of the receptacle, a disinfectant tank, and means operated by the mov ment of the seat cover to leed disinfectant trom the tank to the receptacle.

ln combination, a liquid receptacle, a movable cover therefor, a member operatively connected to the cover and adapted normally to rest in the receptacle beloiv the liquid surface therein, and means opera tively connected to the cover to supplyto the receptacle a liquid adapted to form a film over the body of liquid therein.

6. ln combination, a liquid receptacle, a member adapted normally to rest in the receptacle belovv the liquid surface therein, means to move said member into and out ot the receptacle, and means cooperating With said member moving means to supply to the receptacle a liquid adapted to form a film over the body of liquid therein.

7. ln combination, a liquid receptacle, a member adapted normally to `float in the liquid therein, means to move said member into and out ot the receptacle, and means cooperating with said member moving means 'to supply to the receptacle a liquid adapted to torni a film over the body ci' liquid therein.

8. ln combination, a liquid receptacle, a member adapted normally to rest across the interior ont the receptacle belovv the liquid surface therein, means to move said member to a position opening the lower portion of the receptacle, and means actuated by the operation of the member moving means to supply a disinfectant to the receptacle.

9. In combination, a liquid receptacle, a member adapted normally to float in the liquid therein and comprising a ioat portion and a portion supported by the iioat portion and substantially filling the horizontal cross section of the receptacle, below the liquid surface therein, and means for moving said member to a position opening the lower portion of the receptacle.

10. In combination, a frame, a seat opening therein, a seat cover movably mounted thereon, a liquid receptacle beneath the seat opening, a member adapted to iioat beneath the liquid surface and substantially closing the lower portion of the receptacle, below the liquid surface therein, and connecting means between the seat cover and the iioating member whereby said member may be moved to a position opening the lower portion of the receptacle.

11. In combination, a frame, a seat opening therein, a seat cover movably mounted thereon, a liquid receptacle beneath the seat opening, a member adapted to float beneath the liquid surface and substantially closing the lower portion of the receptacle, connecting means between the seat cover and the floating member whereby the member may be moved to a position opening the lower portion of the receptacle, and means actuated by the operation of the seat cover to supply a disinfectant to the receptacle.

In witness that we claim the foregoing we have hereunto subscribed our names this 5th day of August 1911.

GUY POSSON. LULU POSSON. Witnesses:

ELwooD H. BARKELEW, JAS. H. BALLAGH.

Gopies of this patent may be obtained for ve cents each, by addressing the Commissioner of Patents, Washington, D. C.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US6053197 *Sep 14, 1998Apr 25, 2000Gorges; Ditmar L.Horizontal-flow oil-sealant-preserving drain odor trap
US6425411 *May 14, 2001Jul 30, 2002Ditmar L. GorgesOil sealant-preserving drain odor trap
US6589440 *Aug 9, 2001Jul 8, 2003John AtwillWaterless urinal with liquid seal, liquid seal and method of using liquid seal
US6644339 *Jan 22, 2002Nov 11, 2003Falcon Waterless TechnologiesHorizontal-flow trap and housing assembly with odor preventing closure mechanism
US6973939 *Aug 25, 2003Dec 13, 2005Falcon Waterfree TechnologiesHorizontal-flow trap and housing assembly with odor preventing closure mechanism
US8231865Jul 8, 2011Jul 31, 2012Pliszka Matthew ELiquid sealant and methods of use
US8398962Jun 27, 2012Mar 19, 2013Environmentally Sensitive Solutions, Inc.Liquid sealant and methods of use
US8739320Oct 2, 2013Jun 3, 2014Waterless Company, Inc.Waterless urinal odor trap with helical flow-path fins for sealant conservation and level-gauging
Classifications
U.S. Classification4/459, 4/250, 4/223, 4/DIG.110
Cooperative ClassificationY10S4/11, A47K11/035