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Publication numberUS1681320 A
Publication typeGrant
Publication dateAug 21, 1928
Filing dateApr 28, 1927
Priority dateAug 3, 1926
Publication numberUS 1681320 A, US 1681320A, US-A-1681320, US1681320 A, US1681320A
InventorsKiemens Bergl, Walther Dietrich
Original AssigneeFirm Max Gottlieb
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Process for the preparation of a liquid for rinsing the mouth and means for applyingit
US 1681320 A
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Description  (OCR text may contain errors)

' Aug. 21, 192s. A 1,681,320

K. BERGL 'ET AL y PROCESS FOR THE PREPARATION OF A LIQUID FOR RINSING THE MOUTH AND MEANS FOR APPLYING IT Filed April 28, 1927 'Psa-ated Aug; 211,119.28.

UNITED STATES PATENT- OFFICE.

xLEnENs BEBGL, or BERLIN. AND WALTHER DIETRICH, or BERLIN-FRIEDENAU, Gimmy, AssIGNoBs To THE FIRM: Max Go'rTLIEB, or BERLIN, GERMANY.

. PROCESS FOB THE PREPARATION F A LIQUID FOB BINSING THE MOUTH .AND

l f, MEANS FOB vAPPLYING IT.

api/11mm ma Apn1aa,`127,sem1 Nafis'aaas,l and in Germany August 3,y 192e.

ment of the mouth and an appliance for conc veying the rinsing liquid to the mouth.

Into a container capable of being closed water and chemicals are introduced, which evolve gases when mixed. The vessel is thereupon closed and the gas is evolved, impregnates the rinsing liquid and forces it through a tube into the mouth rinsing appliance. The flow is suitably regulated by means of a valve. The chemicals preferably used are solid, organic acids (such as' tartaric acid or citric acid) and. alkali bicarbonates, by the mixture of the aqueous solutions of which carbonic acid is developed, which is particularly suitable both as a driving agent and on account of its disinfecting ,and tooth-stone solving action for the treatment of the mouth and teeth. With these chemicals which may suitably be used inthe form of com ressed tablets essential oils, such as oil of peppermint or oil of cloves,

- and other mouth disinfectants, such as thymol or chlorat'el of potash, may be mixed, so that the rinsing liquid is not only impregnated with gas by the addition of chemlcals, but also assumes the properties of a mouth- Wash.

The container, into which the rinsing liquid and the chemicals are introduced, is provided with a tube for the gas-impregnated rinsing water, leading to th'e mouth rinsing appliance which may be of any suitable construction. The container in which the impregnating and pressure gas is evolved may be so constructed as to form the handle of a tooth brush.

Mouth rinsing appliances are known, in which the gas under pressure is taken from a vessel containing compressed carbonic acid. An appliance of this kind iscostlyl and inconvenient, it is also not suitable for use for instance as a travelling appliance.v No more can such tooth brushes be compared with the simple appliance according to the invention as have the rinsing liquid pum ed to them by hand. As air is used or t 's purpose, the particularly favourable eii'ect is not realized at all, which can be effected with the carbonic acid, in the ynascent state or in certain cases with purel oxygen.

In the accompanying drawing various constructional examples of the invention are shown partly in elevation and partly or entlrely in section. l

Fig. 1 showing the container inverted and supported by a bracket, Fig. 2 being in the main, an elevation of the apparatus, standing upright, and Fig. 3 being a section of a modification with brush attachment.

In Fig. 1 the liquid container l is held in .the support 8 which is fixed to the wall and is provided with a longitudinal slot for enabling the container to be inserted. Through the tube 3 the liquid container 1 is connected to the handle 4 of' the brush and to the cleanlng member 5 through the valve 6.

The filling opening of the Icontainer 1 is closed by the mechanism 2, into which the chemicals are introduced in the form of a tablet 7.

Theappliance is used in the following manner. The container 1 with the filling openlng at the top is filled with rinsing liquid. With the container still held in the same position the closing mechanism 2, into whlch the chemical tablet consisting for instance of a mixture of sodium bicarbonate with tartarc acid has been introduced, is screwed in. The container is thereupon inverted, the rinsing liquid comes in contact with the chemicals and the gas commences to evolve. Before the appliance is used the rinsing liquid may, if necessary, be warmed up to the desired temperature by meansI of the electric heatin resistance 9 in the container support 8 w ich is 'supplied with current through the leads 10. The cleaning member 5 is used in the ordinary manner, rinsing liquid being supplied to itv as required by actuating the valve 6.

It has been found, that the public are a t completely or almost -completely to iill t e container for holding the rinsing liquid and the gas' evolving chemicals, so that insufficient room remains for the gas evolved.

This is the cause of the danger of the con-l tainer bursting and also has the effect of reducing the `driving action of the gas, as under the very high pressure it dissolves to too great an extent in the rinsing liquid.

For overcomin this drawback the container (see Fig. 2 is provided with a separate vessel which, when the liquid is poured in, does not become filled with water and can therefore act as a gas chamber. The gas chamber may suitably be placed between the container for the rinsing liquid and the outlet valve. This separate chamber may be rovided with ridges or projections or other` devices for holding the chemicals in position, which are introduced in a solid state.

When the chemicalsare first placed in this separate vessel, they only come in Contact with the liquid at the moment in which the pressure vessel has already been closed again, so that no gas will be lost by being prematurely evolved and the person using the appliance will not be perturbed by the evolution of the gas starting beforehand.

The outlet branch for the liquid under pressure may be connected in a known inanner by a cap nut with the interchan 'cable rinsing members, such as nozzles, douc es or spraying members provided wit-lr tooth brushes. In the arrangement shown in Figure 2 the cap nut is provided with a longitudinal slot for the introduction of the various spraying members, without the necessity of completely removing the cap nut from the branch. This prevents the nut being lost and facilitates the attachment of the various sprayin members.

The liquid container 1 is provided at the top with the filling nozzle 2 having an internal thread. At the bottom of-the separate vessel 3 which serves the purpose of a gas chamber is a nozzle 4 havingan external thread which can be screwed into the internal thread of the filling nozzle 2, the rubber washer' acting asa gas tight packing. At the top of the vessel 3 is an opening having an internal thread 6. In this opening is soldered the plate 7 carrying the delivery tube 8. The top opening of the gas chamber 3 is closed by the valve part 9 the threaded part 11 of which is screwed into the internal thread in the top of the chamber 3. A gastight closure is ensured by the rubber gasket 10 which is pressed onto the top of the gas chamber, when the parts are screwed together. By depressing the conical valve 12 by means of the knob 13 the flexible tube 15 which acts as the valve packing is lifted from the valve seating 14, the passage 17 thus being opened so as to allow the liquid to flow to the branch 18. T he flexible tube 15 which is thrown over the top is held in position on the valve casing by the cap 1G so as to be fluid-tight. The branch 18 endsin the threaded part 19. rIhis part is bored out conically at 20. The cap nut 21 engages with the thread on the part 19. By means of the cap nut 21 the nozzle 22 for the iieX- ible tube 26, which terminates in a cone 23 at the end facing the branch 18, is pressed by means of the shoulders 24 in a fluid-tight manner into the conical part 20 of the branch 18, when the cap nut is tightened.

The connecting part 22 is connected by the flexible tube 26 to the spraying nozzle 27. For inserting the connecting part 22 or the sprayinflr members themselves the cap nut is provided with a slot 25 the shape of' which is shown in the section on line A-B and in the section on line C-D.

This appliance which, in contradistinction to that shown in Figure l, is held upright in the hand when in use, is operated in the following manner: The liquid container 1 is filled to the top with rinsing liquid. After the chemicals which are required for producing the gas and are preferably in tablet form have been introduced into the inverted gas chamber 3, into which the valve part has already been screwed, the whole arrangement is screwed into the container 1. By shaking or turning the a pliance over the chemical tablets are intio uced into the water in the vessel 1. The gas commences to evolve and, by depressing the conical valve 12, the gas impregnated rinsing liquid is caused to pass through the tube 8 and the passage 17 into the outlet nozzle 18 and into the rinsing member.

In the constructional form shown in Figure 3 about 100 Cc. of rinsing liquid are introduced into the container 1 which also serves as the handle of a brush. T he container is closed by the closing member 8 which is so constructed as to hold the ehemical cartridge 9. For ensuring as complete a delivery of' liquid as possible in the various positions, in which the brush is likely to be held, the rinsing water is taken from the container 1 by means of a iiexible tube 6 weighted by a weight 7 and is conveyed to the part 2 of the brush, which carries the cleaning member 3. The weight 7 will always force the end of the flexible tube downwards, so that, when cleaning the teeth, the liquid container will always be almost completely emptied. A. valve 5 is provided for regulating the How of the cleaning member. The ducts in the interior oi' the part 2 for conveying the liquid to the cleaning member are marked 4.

Vith its filling opening placed upwards the vessel 1 is filled with the rinsing liquid and, while still in the same position, is closed by means of the closing mechanism 8 containing the chemical cartridge. When the brush is turned over, so that the cartridge comes in contact with the liquid, the gas commences to evolve and the apparatus is ready for use. In this form oi' the appliance as well the rinsing liquid can be warmed in a similar holder to that provided for the liquid container in Fig. 1 directly in the brush.

With all the forms of the appliance other suitable devices besides tooth brushes can be inserted, such as douches for the treatment of the pharynx or mouth, the nose or ears and the like.

What we claim is:

1. A method of producing a rinsing and cleansing liquid and conveying it into the mouth, nose or ears through an injection appliance, consisting in filling a closable container with water shortly before use and then introducing into the said container chemicals consisting of carbonio acid salts and solid acids, bringing the solid chemicals into contact with the Water and thereby developing gas, and allowing the mixture thus formed to fiow under the pressure thus produced from the container through the injection appliance to the cavity, as and for the purpose set forth. h

2. A method of producing a rinsing and lcleansing liquid andconveying it into the mouth, nose or ears through an injection appliance, consisting in filling a closable container with water shortly before use and then introducing into the said container chemicals consisting of solid organic acids,

alkali carbonate, essential oils and disinfectants, such as thymol, and allowing the mixture thus formed to flow under the pressure thus produced from the container through the injection appliance to the cavity, as and .for the purpose set forth.

3. An appliance for producing a .rinsing and cleansing liquid by mixing water and chemicals which in aqueous solution evolve gas and for conveying it into .the mouth, nose or ears, comprising a container for the liquid, openings for introducing the water Aand the chemicals, means for closing the openings, a gas chamber in communication with the said container, an injection device for insertion into the mouth, nose or ears and means for conveying the gas impregnated liquid from the container to the injection device, as and for the purpose set forth.

4. An appliance for producing a rinsing,

' and cleansing liquid by mixing water an chemicals which in aqueous solution evolve gas and for conveying it into the mouth, nose or ears, comprising a container for the liquid, openings for introducing the water, and the chemicals, means for closing the openings, an outlet valve for the gas impregnated liquid, a gas chamber between the container for the liquid and the, outlet valve, an injection device for insertion into the mouth, nose, or ears and means for conveying-the gas impregnated liquid from the container to the injeltion device, as and for the purpose set fort 4liquid,'openings for introducing the water and the chemicals, means for closing the openings, a gas chamber in communication with the said container, means in the gas chamber for retaining the chemicals introduced into the same, an injection device for insertion into the mouth, nose or ears and means for conveying the gas impregnated liquid` from the container to the injection device, as and for the purpose set forth.

6. An appliance for producing a rinsing and cleansing liquid by mixing water and chemicals which in aqueous solut-ion evolve gas and'for conveying it into the mouth, nose or ears, comprising a container for the liquid, openings for introducing the water and chemicals, means for closing the open ings, an injection device for insertion into the mouth, nose or ears, an outlet branch for the liquid, a cap nut for attaching the injecings, an injection device for insertion into the mouth, nose or ears, an outlet branch for the liquid, a flexible tube attached to the injection device, a nozzle at the other end of the flexible tube, a conical end on the nozzle,

a' sealing for the conical end in the outlet branch, a cap nut for screwing the conical end of the nozzle into the seating and a slot in the cap nut for inserting the conical end of the nozzle without removing the cap nut from the outlet branch, as and for the purpose set forth.

In testimony whereof we have signedour names to this speciiication. i

DR. KLEMENS BERGL. DR. WALTHER DIETRICH.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2566823 *May 12, 1947Sep 4, 1951Cariffe Eleanor EPressure type irrigating apparatus
US2626605 *Apr 28, 1951Jan 27, 1953Booth James HDouche appliance
US2649089 *Aug 8, 1949Aug 18, 1953Barclay Pharmaceutical ProductHygieninc syringe
US2716984 *Apr 14, 1952Sep 6, 1955Harold G DavisFeminine hygiene dispenser and method
US3561433 *Jul 22, 1968Feb 9, 1971Kovach Leslie JDental cleaning and massaging device
US3566863 *May 1, 1969Mar 2, 1971Law Richard DGas-pressurized washing device
US3756230 *Nov 11, 1971Sep 4, 1973Gardiner FHygienic douche system
US3756236 *Mar 2, 1972Sep 4, 1973Gardiner FHygenic douche system
US5098291 *Dec 18, 1989Mar 24, 1992Colgate-Palmolive CompanyPressurized medicant applicator
US5425706 *Feb 14, 1990Jun 20, 1995S. I. Scientific Innovations Ltd.Dispensing device particularly useful for dispensing nutritional liquids
US7670141Jul 7, 2006Mar 2, 2010Water Pik, Inc.Oral irrigator
US8113832Dec 11, 2006Feb 14, 2012Water Pik, Inc.Hand held oral irrigator
US8403665Feb 22, 2010Mar 26, 2013Water Pik, Inc.Oral irrigator
US8408483Jun 25, 2010Apr 2, 2013Water Pik, Inc.Adjustable flow regulator for dental water jet
US8641649Jun 25, 2010Feb 4, 2014Water Pik, Inc.Pump for dental water jet
US20100114071 *Nov 5, 2009May 6, 2010Carl BraunagelApparatus for cleaning a nasal cavity
Classifications
U.S. Classification604/145, 601/162
International ClassificationA46B11/00, A61M3/02, A46B11/06, A61M3/00
Cooperative ClassificationA61M3/0237, A46B11/063
European ClassificationA61M3/02D2, A46B11/06B