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Publication numberUS1467951 A
Publication typeGrant
Publication dateSep 11, 1923
Filing dateOct 11, 1921
Priority dateOct 11, 1921
Publication numberUS 1467951 A, US 1467951A, US-A-1467951, US1467951 A, US1467951A
InventorsRosenberger Lyman S
Original AssigneeRosenberger Lyman S
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Soap dispenser
US 1467951 A
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Description  (OCR text may contain errors)

umwsn Sept 11 p 1923- ROSENBERGER SOAP DISPENSER Filed Oct. 11. 1921 WITNESSES L M a Z 1 w of PM J W W.

BY @MM Y6,

A TTOR/VE Y8 atented Sept. 11, 1923.

rattan ant relics.

S. ROSENBEBGEB, OF PHILADELPHIA, PENNSYLVANIA.

SOAP DISPENSER.

Application filed October 11, 19 21. Serial No. 508,976.

Toall whom it may concern 'Be it known that I, LYMAN S. ROSEN- BERGER, a citizen of the United States, and a resident of Philadelphia, Fox Chase, in the county of Philadelphia and State of Pennsylvania, have invented a new andImroved Soap Dispenser, of which the follbwing is a full, clear, and exact description.

This invention-relates to soap dispensers and has for an object to provide an improved construction which may be readily mounted in a horizontal plane and in such a manner as to discharge the soap at a desired point.

Another object .in view is to provide a soap dispenser in which powdered soap is discha'rged intermittently but in a substantially positive manner.

A still further object in view is to provide a soap dispensing device in .which the soap is propelled and forced toward the discharge opening in a positive manner and thereby insure always a sufiicient discharge 'to answer the requirements of the operator.

In the accompanying drawing- Figure 1 is a longitudinal vertical section through a, dispensing device, disclosing one embodiment of the invention. Figure 2 is a sectional view through Figure 1 approximately on line 2-2.

Referring to the accompanying drawing by numerals, 1 indicates a tubular casing which is provided with end members 2 and 3, end member 2 being shown as spot welded or otherwise rigidly, secured inplace while the end member 3 is shown as being threaded in place. If desired, both could be threaded or member 3 fastened rigidly in place and member 2 screwed into the body of the container. Preferably, the end 2 is provided with ears 4; and 5 through which screws or other fastening means may be passed for securing the container to a support so that it may remain in a horizontal position. The upper part of the container is provided with a. pressed out inlet opening 6 of suitable length and also an-appreciable width whereby soap powder may be readily inserted at any time. A cap 7 is slidingly mounted over the walls of opening 6 and clam ed in position by a suitable set screw 8. ap 7 is provided with a flange structure 9 whereby a glass or other transparent window 10- may be provided. This will allow a ready inspection at any time without removing the cap 7.

Arranged at one end of the container 1 is a discharge chute 11 which is provided with a seat 12 welded or otherwise rigidly secured in place so as to co-act' with the valve member 13 carried by the rod 14, which rod is screwed into or in some other desirable manner rigidly connected with the eccentric strap 15. An eccentric 16 is arranged in the strap and is keyed or otherwise rigidly secured to the shaft 17, which shaft has a crank 18 rigidly secured thereto in any desired manner. When the crank 18 is rotating, shaft 17 will be'rotated and, consequently, the valve 13 will be opened and closed and as this action takes place the movement of the rod 14 willstir up the soap owder and permit a ready flowing thereof ut in an intermittent manner by reason of the opening and closing of valve 13. Mount-- ed on the shaft 17 are sleeves 19 and 20 which preferably have integral spokes 21,

said spokes being also integral with spiral conveying members 22. The members 22 form a continuous spiral but are made inset screws 23 and 24. It is, of course, evident that if preferred, the tubular members or sleeves 19 and 20 could .be made integral and the conveying spirals 22 also integral though for the purpose of manufacture, it has been found desirable to make them in two parts and mount them on shaft 17 as shown in Figure 1; A washer or stop 25 is connected with shaft 17 by a pin or other suitable means while the end of said shaft is preferably journaled in end 2. As the crank '18 is rotated, not only will the valve 13 be opened and closed but the conveying spirals 22 will be moved and will feed or force the powdered soap toward the discharge opening 27 in seat 12.

To positively insure against packing of the soap, stirringmembers 28 are connected to a suitable sleeve 29 which sleeve is rigidl secured in any desired manner 'to the sha t 17. Infact, one of these stirring members may act as a set screw for holding the sleeve 29 in place. After the container 1 has been filled or partially filled with soap and it is desired to use the same, the crank 18 is manually rotated in a clock-wise direction. This will cause the conveying spirals 22 to feed the soap toward the opening 27 and at the same time will operate rod 14 and valve 13. When the desired amount of soap has been secured, crank 18 is released. For a second supply of soap, the o eration is repeated. By reason of the use 0 the spiral conveyers 22, soap is continually fed to the discharge opening 27 during the o ration of the device, even if there is on y a small uantlty left in the container. In this way t e soap is dispensed until the container is completely empty. Preferably, the set screw 8 or some ,similar structure 1s used to lock the lid or cap 7 in place but this. member may be readil removed'by a screwdriver or other suitab e instrument but cannot be removed by a hand so that ordinarily the interior of the container cannot be reached and, consequently, none of the parts can be 1n ured or caused to operate in an improper manner. If desired, a locking set screw similar to set screw 8 might be used to holdthe cap 7 against removal.

What I claim is 1. A soap dispensing device comprising a tubular container having a discharge opening, a rotatable shaft extending longitud1- nally through said opening, manually actuated means for rotating said shaft, a spiral conve er secured to said shaft and positione to force soap toward said discharge opening, and a reciprocating member operated by said shaft extending throu b said opening for preventing clogging, sai reciprocating member being operated slmultaneously with the-rotation of said shaft and the movement of said spiral conveyer.

2, A soap dispenser comprismg a tubular body having a recharge chute near one end,

.veyer connected with sai said discharge chute having a seat arranged 40 therein provided with a discharge openmg a valve member for closing said seat, a r connected with said valve member and extending through said opening, a manually actuated rotatable shaft extending through said tubular body, means actuated by said shaft for reciprocating said rod and opening and closing said valve and a s iral conrod frlctionally engaging said container for propelling soa toward said discharge opening as the sha rotates. 3. A soap dispensing device of the character described comprising a tubular body having a discharge opening, a rotatable shaft extending longitudinal y of said body,

means for rotating said shaft, a valve mem- 7 her controlling the flow of soap through said opening, an eccentric rigidly connected with said shaft, an eccentric strap mounted on said eccentric connected with said valve member whereby the valve member is opened and closed as the shaft is rotated, and a conveyer operated by said shaft for forcing soap toward said disc arge opening.

4. A soa dispensin device comprising a container aving a valve member for closing said opening, a rod secured to said valve member and extending through the opening, an eccentricstrap secured to said rod, an eccentric mounted in said strap, a rotatable shaft carried by said ischarge opening, a,

body ri idly secured to said eccentric, and 7 means or rotating said shaft whereby said rod is reciprocated in said opening and the valve is opened and closed.

LYMAN s. ROSENBERGER

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2563331 *Apr 21, 1950Aug 7, 1951Hager John GStock feeding apparatus
US3088637 *Dec 22, 1960May 7, 1963Stone Guthrie BBulk feed bin
US3155288 *Jun 28, 1962Nov 3, 1964Landgraf David CFertilizer distributor
US3622048 *Sep 2, 1970Nov 23, 1971Batlas George XDispenser for viscous liquid and pastes
US4222502 *Nov 1, 1978Sep 16, 1980Rca CorporationMeter and dispensing system for abrasive materials
US4690308 *Jan 9, 1986Sep 1, 1987Binks Manufacturing CompanyPail mount pump with integral cover
US5314096 *Mar 8, 1991May 24, 1994Alfred Karcher Gmbh & Co.For mixing and spraying a liquid
Classifications
U.S. Classification222/232, 222/235, 222/413, 222/240, 222/156
International ClassificationA47K5/00, A47K5/10
Cooperative ClassificationA47K5/10
European ClassificationA47K5/10