US2603387A - pltdip dispens ing container - Google Patents

Description

July 15, 195 P. A. M PHEE FLUID DISPENSING CONTAINER Filed March 7, 1950 llllllllllll'lllll lNVE'NTOR PAUL A. MAGPHEE ATTORNEYS Patented July 15, 1952 2f, cs,3sr

'F IlID DISPEN CONTAINER,

Balfl: A. MacPhee, Dayton, Ohio, assignor tofilfhe.; at onal Gash. Re s r mpany Dayton.

Ohio, a corporation of Maryland Application March 7,1950',*s 1n .1433,03

This invention relates to erfluidg dispensing container, and more particularly. pertains to one having an absorbent' pad fed with fluid upon pressure-being applied to the resilient Walls of a fluid storage chamber thereof.

Although the greatest utility of the dispenser is as a combined ink container and ink stamp pad,it-is useful forany purpose where repeated acts of moistening of an exposed absorbent pad is necessary Any fluid may be used in the con} tainer. For example, perfumes or; air conditioning fluidsmay be used, the pad being moistened 2 Claims. (01. 222%255) at required intervals by squeezing the container,

the pad acting as an evaporator. Water may be used as a moistener for any desired purpose. The fluid may be a liquid fuel and the device used as a torch by soaking the pad with the liquid fuel and igniting it, the pad being resoaked at intervals by squeezing the container.

One feature this novel dispensing container provides is a suction drainage of the fluid after the pad has been flooded, leaving only capillaryheld fluid in the pad. Rapidly evaporating fluids are protected as the main body of the fluid is not exposed.

Ink-impregnated porous-rubber hand stamps are widely used, now, for marking grocery articles in self-serve stores. It is essential that ink applied to such articles dries quickly so it will not come ofi on customers clothing. The rapid drying characteristics of such ink cause such hand stamps to dry rather quickly and they must be re-inked at frequent intervals by bringing them into contact with a very moist ink pad. The ink taken from such a pad by porous printing members is considerable and means must be provided to re-ink the pad at intervals. This novel container provides such means.

The container essentially is a resilient-walled can having an opening in which is inserted a drop pipe through which the contained liquid is ejected into a pan secured to its top. The pipe is sealed to the can opening and is sealed to an opening in the bottom of the pan so that liquid ejected into the pan by squeezing the can walls is drawn back into the can as the walls are released and returned to normal except for the liquid which is retained in the absorbent pad placed in the pan.

Therefore, it is an object of this invention to provide a fluid dispensing container having a fluid storage compartment, an absorbent pad, and means to flood the pad with fluid from the compartment.

Another object of the invention is to provide such acontainer with resilient walls, squeezing action onwhich floods the pad with the fluid.

A further object of the invention is to provide such a container wherein return of theresilient walls tonormalposition creates-a suction'whic drains excess fluid from the pad. A still further object of the-invention provide sucha can in which the-fluid-gis ejected through a drop, pipe,'the1ower --.end of-{which is below the fluid levelin the fluid compartment and the upper-endof whichends 1n a -pan holding anabsorbent pad.:.-

With these and incidental objects-in view-{the invention includes certain novel features-of construction and combinations of parts, a preferred form or embodiment of which is hereinafter described with reference to the drawing which accompanies and forms a part of this specification.

Of the drawing:

Fig. 1 is an elevation of the dispenser with a cap on the top of the pad-holding pan,

Fig. 2 is a vertical sectional view taken on the line 2-2 of Fig.5,

Fig. 3 is an elevation of the dispensing can without the drop pipe, pan or pipe, and with a cap sealing the opening for shipping purposes,

Fig. 4 is an elevation of the drop pipe, pan and pan cap unit as removed from the can, and

Fig. 5 is a top plan view of the device shown in Fig. 1.

and 2 I, end walls 22 and 23, a bottom 24, and a top 25 with a threaded neck opening 26' (Fig. 2) extending upwardly therefrom.

In shipment the can, filled with liquid I9, is provided with a sealing screw cap 21 (Fig. 3) screwed onto the neck opening. In use a dispensing unit (Fig. 4), having a drop pipe 28, a pan 29 into the inner bottom of which the upper end of pipe 28 opens, a screw collar 30 forming an extension of the bottom of the pan and adapted to be screwed on the outside of neck 26, and a lid 3|, is inserted into the can after the screw cap 21 has been removed. The inside of pan 29 is furnished with an absorbent pad 32.

Pressure on the sides of the can forces liquid I9 (Fig. 2) up the pipe, flooding the pad. When the liquid forms a pool on topof the pad the sides of the can are released so they return to normal position sucking the excess liquid down the pipe, leaving the pad saturated. To this end, the collar 30 forms an air and liquid seal with neck 26, as does pipe 28 with pan 29.

is to- Pad 32 preierably is made of ielt or other fibrous absorbent material. The can preferably is made of light gauge metal or plastic sheeting.

In use, the cap 21 is removed and the unit of Fig. 4 inserted and screwed down. The lid 3| is removed and the sides of the can squeezed until liquid appears above the pad. The sides are then released to create a reduced pressure in the can to draw the excess liquid from the pan and down pipe 28. As pad 32 is porous the level of liquid in the pipe will seek the level of the liquid outside I the pipe. The suction of excess liquid from the pan leaves the pad saturated and ready for use. A porous printing member to bev re-inked is merely placed in contact with the pad. The lid is re-' placed to prevent evaporation of the fluid.

Inasmuch as the ink chamber is closed except for the drop pipe, there may be some danger oi! the fluid in the chamber being forced out if the container is subjected to high temperatures or if there is an abrupt change of barometric pressure. To prevent such accidents a small bleed hole 33 is provided in the portion of the drop pipe which is inside the container above the fluid level.

A wick (not shown) may be provided within the pipe to aid in elevating the fluid column therein as the fluid reaches a low level.-

What is claimed is:" V I 1., A fluid dispensing container including, in combination, a; resiliently j walled fluid chamber havinga fluid receiving space; a pipe extending from the fluid receiving space of the chamber outwardly from the chamber, the outside of said pipe being sealed to the chamber wall, said pipe being provided with a bleed hole in the pipe portion within the chamber above the fluid level; and a pan located outwardly of the chamber, said pipe extending into the inside of said pan.

2. A fluid dispensing container including, in combination, a can having resilient walls and a threaded spo'utya unit having a pipe, a portion of which pipe may be inserted into the can through the spout and screw-sealed thereto said unit also having a pan-like container connected to the pipe on the portion of the pipe extending outside of the can, said unit also having a bleed hole communicating between the inside of the pipe and-the can above the fluid level in the can.

- PAUL A. MAoPHEE.

REFERENCES CITED The following references are of record in the file of this patent:

, t UNITED STATES PATENTS

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