US3184114A

US3184114A - Pressurized dispenser assembly

Info

Publication number: US3184114A
Application number: US240899A
Authority: US
Inventors: Minear Lester
Original assignee: Individual
Current assignee: Individual
Priority date: 1962-11-29
Filing date: 1962-11-29
Publication date: 1965-05-18
Anticipated expiration: 1982-05-18

Description

May 18, 1965 1 MINEAR PRESSURIZED DISPENSEfi ASSEMBLY Filed Nov. 29, 1962 INVENTOR. El 6) J/M/m 1 0% f/W/i/ United States Patent 3,184,114 PRESSURIZED DISPENSER ASSEMBLY Lester Minear, 1024 Foster, Evanston, Ill. Filed Nov. 29, 1962, Ser. No. 240,899 2 Claims. (Cl. 222146) This invention relates to pressurized assemblies for heating dispenser contents, and it particularly relates to an adjoining container for a pressurized dispenser in which the pressurized material is heated as it is discharged.

A primary object of this invention is a simple assembly for heating the pressurized contents of a dispenser as the contents are discharged.

Another object is an adjoining container adapted to be associated with a pressurized dispenser so that a circulating bath warms an elongated conduit from the dispenser.

Another object is a simple apparatus for heating pressurized contents such as shaving cream by directly using hot tap water.

Another object is a separable or separated container with an elongated conduit connected to a pressurized dispenser, which container receives heated fluids to warm the discharged contents traveling through the conduit.

Another object is a container holding an elongated conduit adapted to be fitted onto an outlet valve of a pressurized dispenser so that a circulating bath in the container warms the discharging material from the dispenser.

The foreging objects are achieved by the present invention along with other objects which will become apparent from reading the specification and the claims.

The pressurized dispenser assembly is illustrated in the drawings wherein:

FIGURE 1 is an elevational side view partly in section of the assembly,

FIGURE Z is an elevational side view of another embodiment, and

FIGURE 3 is atop plan view of the assembly incorporating a flowthrough housing.

Like numerals will he used to refer to like parts and structures throughout the specification.

The illustrated embodiment of FIGURE 1 shows a pressurized dispenser of conventional design having an actuating member 11 with an outlet valve 12. To the outlet valve is fitted one end 14 of an elongated conduit shown here generally as a coiled conduit 16.

The coiled conduit is seated substantially within the container or housing 24. It has a straight inlet branch 18, a series of loops such as 19, an ascending branch 20, and a straight outlet branch 21. A discharge opening 22 is at the end of the outlet branch, and a closure 23 may be removably fitted therein. The outlet branch may pass through an aperture in the container where it may be secured by adhesive 42 or the like. The series of loops are shown preferably within the confines of a container 24.

The container may have continuous side Walls 25 shown here as attached to the dispenser by a top connecting plate 26 and a bottom supporting plate 27. These plates may be removably or securely fixed to the dispenser. The top plate is shown with opposed snap members such as 37 which are adapted to fricti-onally fit under a head 38 of the dispenser. An opening in the connecting plate receives the container, and the supporting plate may be fixed to the bottom of the container by means such as an adhesive mass 43. The top plate is preferably formed from materials which permit a snap fit so the container may be attached and removed.

The container 24 has a door 28 and an open top 29. The open top receives and empties heated fluids such as tap water designated as 30 coming from a faucet tap such as 31.

The container need not be attached to the walls of the dispenser, but the container may be spaced from the dispenser. This is indicated in FIGURE 2 Where a separated container 32 holds a coiled conduit 33 which has a straight inlet branch 32, and a nipple end 35 which may be fitted to outlet valve 12 of the dispenser. The nipple end of the conduit is preferably attached to the outlet valve by a frictional fit so that it may be easily mounted and removed. The other end of the conduit has a discharge opening 36 from which the contents of the pressurized dispenser are emitted.

The floor of the container may have a plurality of openings or apertures such as 4-5. The number and size of such apertures may be selected so that running water of appropriate volume and pressure fills the container, but the water runs out through the floor openings after the dispenser contents are discharged. It is provided that once the water in the container covers the conduit loops, the pressure of the water tap may be easily adjusted until water volume entering the container about equals water volume leaving the container. A circulating hot bath is thereby provided.

The use and operation of my invention are as follows:

There are many occasions when the user of aerosoltype dispensers wishes the contents to be heated or warmed when discharged. This is particularly true of pressurized dispensers which discharge shaving cream as a foam. Such pressurized shaving cream dispensers are widely sold for modest prices, and it is highly desirable to provide simple means at a modest price for heating the dispenser contents.

A pressurized dispenser assembly is therefore provided in which an adjoining container may be attached to the pressurized dispenser as shown in FIGURE 1, or be away from the dispenser as indicated by the separated container of FIGURE 2. Referring to FIGURE 1, the user will take the pressurized dispenser and place it under a hot water tap such as 31. This may be done most conveniently in a washroom before shaving. The heated Water designated as 30 will enter the open top 29 of the container and fall freely around the series of loops 19 of the coiled conduit which is in the container. The container is closed at the bottom as by a floor portion 28 so that the hot water results in a circulating bath within the container. In the ordinary manner, the container will fill and overflow or empty out of the open top as hot water is continuously splashed into the container. The floor of the container may have a plurality of openings such as 45 which in aggregation allow the Water to empty from the container following its use, or to provide a circulating bath. The series of loops in the coil will be in a hot water bath, and the shaving cream will be heated as it travels through the series of coils, and through the outlet branch 21 to the discharge opening 22.

The conduit is elongated so that the shaving foam passing therethrough will have time to be warmed. It will be appreciated that various configurations of the elongated conduit may be provided, although a coiled configuration is preferred because it permits a lot of conduit length in a container of small volume. After the desired amount of shaving foam has been emitted from the discharge opening 22 of the coiled conduit, a closure or the like 23 may be fitted in the discharge opening to prevent the shaving foam still in the conduit from drying, and to also prevent external contaminants such as dust from entering the conduit.

The container may be attached or joined to the dispenser in many ways. The container may be fabricated together with the pressurized dispenser as an integral unit assembly. The top connecting plate 26 and bottom supporting plates 27 of the container in FIGURE 1 may be removably mounted on the dispenser by a snap fit. Also, a separated and independent container such as 32 is adapted to be positioned adjacent the pressurized dispenser. Such a separated container may be kept available, and fitted onto ordinary and conventional pressurized dispensers available on the market in wide numbers.

The top of the container may be fashioned in various ways so long as an opening is provided to permit entry of heated fluid, and to preferably permit such fluids to empty out of the container. The conduit may be fabricated from many inexpensive materials, but it is desirable to select a material which has a high rate of heat conductivity. Many metal conduits such as aluminum and copper may be used, as Well as rigid or semi-rigid plastics.

The foregoing invention can now be practiced by those skilled in the art. Such skilled persons will know that the invention is not necessarily restricted to the particular embodiments presented herein. The scope of the invention is to be'defined by the terms of the following claims as given meaning by the preceding description.

I claim:

1. A pressurized dispenser assembly having a pressurized container holding material to be dispensed under pressure, such as shaving cream, and an outlet to dispense such material,

an adjoining open top container removably fixed to the pressurized container to form a single unit therewith, the open top container having a continuous side wall and a bottom wall,

an elongated tube formed from heat conducting material, one end of the tube joined to the outlet of the pressurized container, the major portion of the tube having a descending branch, said descending branch being substantially coiled in repeating turns Which substantially extend from the top of the continuous side wall to substantially the bottom wall, a minor whereby the coiled descending branch provides a total length which is substantially greater than the distance from the top to the bottom of the open top container 4 so that heating fluid which is freely introduced into the open container may heat the pressurized material dispensed from the container while it travels through the coiled descending branch and then out of the container.

2. A warmed lather dispenser assembly, said assembly including, in combination,

a pressurized container holding material to be dispensed under pressure, such as shaving cream, said container having an outlet to dispense such material,

an adjoining housing carried by the pressurized container to form a single unit therewith, the housing, when in use, having an inlet for the admission of hot Water,

an elongated conduit formed from heat conducting material, one end of the conduit being eonnectable to the pressurized container outlet, the major length of the conduit being substantially coiled, the periphery of the coiled conduit generally conforming to the configuration of the housing at locations adjacent thereto, the other end of the'conduit forming an outlet for the heated material dispensed from the pressurized container,

said, housing having an outlet therefrom to thereby enable hot water admitted to thehousing through the inlet to be removed therefrom,

the major portion of said coiled conduit lying in the path of water flow from the housing inlet to the housing outlet whereby the heating fluid which is ad mitted to the housing may contact the conduit, and thereby transfer heat thereto.

References Cited by the Examiner UNITED STATES PATENTS 2,210,200 8/40 7 Brant 165117 2,650,800 9/53 Taylor 165-117 2,835,781 5/58 Bashuk 219 59.-3 2,873,351 2/59 Lannert 222146 X 2,976,392 3/61 Wabnitz 239 133 X 3,043,484 7/62 Jolly.

3,069,528 12/62 Gardner 219-393 3,095,122 6/63 Lewiechietal. 222-146 3,098,925 7/63 Fouts et al. 219-393 RAPHAEL M. LUPO, Primary Examiner.