US2105370A

US2105370A - Dispenser

Info

Publication number: US2105370A
Application number: US154895A
Authority: US
Inventors: Lawrence A Paul
Original assignee: Individual
Current assignee: Individual
Priority date: 1937-07-21
Filing date: 1937-07-21
Publication date: 1938-01-11
Anticipated expiration: 1955-01-11

Description

Jan. 11, 1938.

Filed July 21, 1937 INVENTOR HIS ATTORNEYS Patented Jan. 11, 1938 2,105,370

UNITED I STATES PATENT OFFICE Lawrence A. Paul, Los Angelcs, Calif. Application July 21, 1937, Serial N0. 154,895 11 Olaima. (Cl. 221-46) My invention relates to the art of dispensing for holding the diaphragm in slightly spaced relafluids, and semi-fluids, and includes among its tion with the unit 30. objects and advantages the provision of an im- From the foregoing description of the various proved dispenser so designed as to facilitate the parts of the device, the operation thereof will be transfer of material from one container to readily understood. While the invention is another. primarily designed for dispensing material such as In the accompanying drawing: is used in cigar lighters and the like, the device Fig. 1 is a perspective view of my invention; may be d for d sp Other a r als o a Fig. 2 is a sectional view; fluid or semi-fluid nature. 10 Fi 3 i a, perspective vi f a difl'erent form; With the container l supplied with material Fig, 4 is a sectional vie f a, portion of th to be dispensed, the cover I 2 is screwed down. structure illustrated in Fig, 3; d after which the device is ready for use. In Fig. 5 is a sectional. view of the closure cap turning wn h p; the di phragm 26 will be of Fig. 3. tightly pinched between the neck It and the In th embodim nt l t t ill t t my cover so as to establish an effective air seal. Ex-

invention, I make use of a container H) which is tension 52 8180 establishes i a Seal with reillustrated in the form of a glass jar provided with Speet the tube B- By pplymg pressure on the a cover l2. The jar includes a threaded neck element the diaphragm may be Shifted in the u having threaded connection withthe cover l2, direction i the dotted i s a io o i 2. so as indicated at It. Cover l2 carries a dispensing which applles Pressure to the llqllld in the 0 1-- tube I 8 having its lower end positioned in close ggz zg e z some of the metel'ial through relation with the bottom of the jar and its other end extending through the cover and bent E' fi 52 1s r ?i g e l i to provide a substantially right angular reach 22. F so 2 move 5 1 a :1 I W 611 Within the cover I2 I mount a rubber or flexible p g g gzi 5 2 5: 53 tgn iilz gpe finlg ga 353E3 1??? gz gg g gig fig gg ig g in the event that extension 52 should move slightly screwed down ecificau the cover '2 when the diaphragm is stretched. Because of the 1 i i ed at 32 with extension 52, the tube l8 may be accurately adg ses an vid 3 th 34 f c nn cti n J'usted to the bottom 20 and the adjusting feaz-mge pro 9 ma 5 or o e o ture permits the cover to be associated with conwith the threaded neck It. Unit 30 is provided tainers of difierent dept with a relatively large central opening and Conventional jars and bottles may be employed the outer unit 38 is provided with a smaller while the cover '2 and the diaphragm are Smemng and the material oundmg the open designed as to be easily assembled and connected mg bent through the opemng 36 and n P with the container. The extension 52 is so closely i at The outer flange 42 of the mm 38 positioned to the neck I as to have'pressure relabent back upon the fiaflge 32 as at u for tion therewith in the event that the extension is comiectmg the two as t moved downwardly with the diaphragm. Slight Dlaphragm 25 may'compnse P P carnes shifting of the extension 52 brings it into presa pressure element 46 which may comprise rubber sure relation with the neck so as to resist further m1ded Wlththe dlaphragm: Pressure element shifting, whereby the lower end of the tube will moves freely within the opening 48. Units 30 and vary little, if any, with respect to the bottom 20. 38 are provided with aligned openings as indi- By bending material of the unit 38 through cated at 50 for the reception of the tube I 8 while the opening 36, I provide a gentle curvature and the diaph a 1s p o i e t a'tubular extensurface which permits the element 46 to slide sion 52 which embraces the tube l8. Tubular freelytherein. At the same time, the element extension 52 is under tension so as to provide 46 fit with suflicient looseness within the openan eifective seal about the tube l8 in addition to ing 48 t constitute an air bleed for the space so lend n support t t Be au f t ri between the diaphragm and the cover ii. In tional relation between the extension and the using the invention for dispensing cigar lighter tube, the latter may be adjusted vertically to fluids, the diaphragm 26 should be made of a position its lower end in proper relation with the rubber treated to resist the disintegrating action bottom 20. Unit 38 is provided with a depressed of the material. Because of the shiftable mountportion 54 which co-operates with the flange 40 ing for the dispensing tube l8, the tube may be ereach 22.

adjusted to difierent positions to perform 8. skimming action. The air in the container is effectively trapped therein so as not to escape when pressure is applied to the diaphragm.

I provide the element 46 with a bore 56 arranged to receive the open end of the right angular reach 22 by rotating the tube I8 180". Element 46 because of being carried by the flexible diaphragm 26 may be tilted slightly to one side to facilitate insertion of the open end of the With the open end pressed into the bore 46, an eifective closure is provided. The diaphragm 26, element 46 and the tubular extension 62 comprise an integral unit while the element 46 performs a two-fold function, namely, an actuating element for the diaphragm and a closure for the tube l8.

In Figs. 3,4 and 5, I illustrate a different form of closure for the dispensing tube l8. Upon the element 46 I mount a rigid cap 58 which has frictional relation with the element 46 for connection purposes. Cap 58 is provided with an opening 66 for connection with a chain 62 made up of balls '64 interconnected by links 66. One of the balls is housed within the-cap, and the opening 60 is smaller than this ball. The balls 64 underneath the cap and the balls 64 lying against its outer face are connected with their connecting links 66 after assembly'with the cap. To the opposite end of the chain 62 I connect a soft rubber cap 68 having a cavity ID for the reception of the ball 64 at that end of the chain. The cap is provided with a small opening I2 which may be stretched to permit the ball 64 to be pressed into the cavity Ill. Cap 68 is provided with a bore I4 for the reception of the end 22 of the dispensing tube 18.

In Fig. 2, I illustrate the pressure element 46 as being provided with a small air bleed 16. This bleed is covered by the finger when pressure is applied to the diaphragm so as to prevent the escape of air. The bleed provides leakage for air when the cover I2 is screwed down so as to prevent excessive pressure on the liquid, which might force some of it through the dispensing tube. At the same time, the air vent prevents excessive pressure on the material due to expansion thereof incident to a rising temperature.

Without further elaboration, the foregoing will so fully explain my invention that others may, by applying current knowledge, readily adapt the same for use under various conditions of service.

I claim: a

1. A dispenser comprising a container having an opening, a closure detachably connected with the container for closing the opening, a diaphragm pinched between the closure and the container, a dispensing tube extending through the diaphragm in sealed relation therewith and through the closure, and an actuating element associated with the diaphragm and extending through an opening in the closure.

2. A dispenser comprising a container having an opening, a closure detachably connected with the container for closing the opening, a diaphragm pinched between the closure and the container, a dispensing tube extending through the diaphragm in sealed relation therewith and through the closure, and an actuating element associated with the diaphragm and extending through an opening in the closure, said dispensing tube being slidable through a second opening in the closure.

3. A device of the type described, comprising a containerhaving an opening, a cap for closing said opening and having a threaded connection with the container, a pressure diaphragm pinched between the cap and the container, a pressure element connected with the'diaphragm and extending through said opening, said diaphragm having a tubular extension, said cap being provided with a second opening aligned with said tubular extension, and a dispensing tube extending through said second opening and the tubular extension, one end of said tube being located in close relation with the bottom of the container and its opposite end being located exteriorly thereof.

4. A device of the type described, comprising a container having an opening, a cap for closing said opening and'having a threaded connection with the container, a pressure diaphragm pinched between the cap and the container, said cap having an opening,- a pressure element connected with the diaphragm and extending through said opening, said diaphragm having a tubular extension, said cap being provided with a second opening aligned with said tubular extension, and a dispensing tube extending through said second opening and the tubular extension, oneend of said tube being located in close relation with the bottom of the container and its opposite end being located exteriorly thereof, said tubular extension having sealing relation with the dispensing tube.

5. A device of the type described, comprising a container having an opening, a cap for closing said opening and having a threaded connection with the container, a pressure diaphragm pinched between the cap and the container, a pressure element connected with the diaphragm and extending through said opening, said diaphragm having a tubular extension, said cap being provided with a second opening aligned with said tubular extension, and a dispensing tube extending through said second opening and the tubular extension, one end of said tube being located in close relation with the bottom of the container and its opposite end being located exteriorly thereof, said tubular extension having sealing relation with the dispensing tube, said tubular extension being located near the outer margin of the diaphragm and said dispensing tube being shiftable within the extension.

6. A dispensing device of the type described, comprising a container, a movable dispensing tube located inside the container and having an end positioned exteriorly thereof, means inside the container for applying pressure to the contents for forcing the same through said dispensing tube, and actuating means associated with said first named means and extending to the exterior of the container, said dispensing tube having its end outside the container so shaped as to have closing relation with said actuating means when moved into the path of the same.

7. A dispensing device comprising a container having an opening, a'cap connected with the container for closing said opening, a diaphragm located on the inner side of the cap, a dispensing tube extending through the cap and the diaphragm with its lower end terminating in close relation with the bottom of the container, and diaphragm actuating means extending through said cap, said dispensing tube being rotatably mounted, the outer end of said tube being so arranged as to have closing relation with said diaphragm actuating means when rotated into the path of the same.

8. A dispenser comprising a container, a pressure diaphragm associated with the container,

a. dispensing tube extending through the diaphragm and having one end located inside the container and its opposite end positioned exteriorly thereof, means formed integrally with the diaphragm for supporting the dispensing tube, and means formed integrally with the diaphragm and extending to the exterior of the container, said dispensing tube being rotatable and having its outer end shaped to be moved into the path of the said last named means, said last named means having an opening for the reception of the end of the dispensing tube, to close the same.

9. A dispenser comprising a container, a pressure diaphragm associated with the container, a dispensing tube extending through the diaphragm and having one end located inside the container and its opposite end positioned exteriorly thereof, means for actuating the pressure diaphragm, and means cooperable on the outer end of the dispensing tube and said means for closing the dispensing tube.

10. A dispenser comprising a container, a pressure diaphragm associated with the container, a dispensing tube extending through the diaphragm and having one end located inside the container and its opposite end positioned exteriorly thereof, means for actuating the pressure diaphragm, a cap for closing the outer end of the dispensing tube, and means for connecting the cap with said first named means.

11. A dispenser comprising a container having an opening, a perforated closure for said opening, a pressure diaphragm mounted underneath said closure, a dispensing conduit extending through the pressure diaphragm in sealed relation therewith and through the perforated closure, and diaphragm actuating means.

LAWRENCE A. PAUL.