|Publication number||US1763971 A|
|Publication date||Jun 17, 1930|
|Filing date||Oct 21, 1927|
|Priority date||Oct 21, 1927|
|Publication number||US 1763971 A, US 1763971A, US-A-1763971, US1763971 A, US1763971A|
|Inventors||Herman Miller Charles, James Kantor|
|Original Assignee||Herman Miller Charles, James Kantor|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (7), Classifications (10)|
|External Links: USPTO, USPTO Assignment, Espacenet|
June 17, 1930. J, KANTOR ET AL 1,763,971
DISPENSING DEVICE Filed Oct. 21; 1927 INVENTOR LA KANTOE C/i/Y/LLE ATTORNEY Patented June 1 7, 1930 UNITED STATES PATENT OFFICE JAMES KANTOB AND CHARLES HERMAN MILLER, OF CHICAGO, ILLINOIS DISPENSING DEVICE Application filed October 21, 1927. Serial No. 227,717.
Our invention relates to improvements in sleeve 8 and arranged to hold the air tube 7 dispensing devices, and it consists in the comin any adjusted position. binations, constructions, and arrangements A valve retainer 13 is secured to the housherein described and claimed. ing 3 and provided with a central opening 14:
An object of our inventionis to provide forreceivinga valve tube 15. The valve tube 55 a dispensing device which is adapted to dis 15 is provided with openings 16 arranged to pose in bottles predetermined amounts of be moved into and out of registration with the liquid, measuring chamber 4-. The valve tube is pro- In machines for disposing quantities of vided with a seat 17 which is arranged to be syrup within bottles, the measuring means o 'cd i and Out Of registration with the 60 consists of a cu and th r i always bout outlet tube 6 as the openings 16 aremoved a gallon and a halt of the syrup retained in into and out of registration with the measthe machine, this syrup being level with the llngl Chamber 4. The valve tube is sliduppei edge of the measuring cup. A further ably disposed in a packing gland 18.
15 object of our invention is to provide a device A bell 19 i secured o the Valve tube 65 f th t d ib d hi h is adapted to reand is provided with an integral flange 20. ceive this syrup which has been retained in A compression spring 21 is disposed concen- .the filling machine and dispose the same in trio with the valve retainer 13 and engages b t/ 1 with the valve retainer and the flange for 20 A further object of our invention is to pronormally holding the bell and the valve tube 70 vide a device of the type described which has wardly. Handles 22 are rigidly secured to novel means for varying the amount disposed t e receptacle '1. in the bottles. 1 From the foregoing description of the va- Other objects and advantages will appear rious parts of the device, the operation there- 25 in the following specification, and the novel of may be readily understood. The air tube 75 features of the in ention will be particularly 7 may be adjusted to allow any desired pointed out in the appended claims. amount of liquid to pass from the receptacle.
Our invention is illustrated in the accoin- Let S assume that the Operator wishes to panying drawings, forming part of this apdeposit one ounce of the liquid in the bottle pli ation, in whi h indicated at 23. The air tube, as shown in so Figure 1 is a longitudinal sectional view of Fig e 1, is set so that the marking for one the device, and ounce is in registrationwith the upper edge Figure 2 is a sectional View of a portion of of the Sleeve fi i d at The tube h d i Shown ji to a b l may be locked in this position by the locking 35 In carrying out our invention, we provide Screw areceptacle 1 having an opened end 2 and By Placlng the hquld the receptacle 1, the other end tapering inwardly and rigidly i f g fi i a d 22 a secured to a housing 3. The housing 3 is pro- B t 5 5 i i vided with a measuring chamber 4 and a cent g 9 0 at t tral o enin 5. A li uid outlet tube 6 is disu e lemame 111 YVQI'inOSt position b q I V and a portion of the liquid is allowed to posed m the chamber 4 and Secured m the pass through the outlet tube 6 into the measp I uring chamber tvuntil the liquid has reached An tube 7 shdably imposed a the lower end of the air tube 7. In this man- 45 Sleeve 8 d through P P g l d i nor, the air in the measuring chamber is pretube 7 1s PTOVlded Wlth lndlcatlng hues vented from passing outwardly through the 1 h re n Wh are arranged be mowd air tube and an air cushion is formed in the into registration with the upper edge 11 of measuring chamber, thus cutting off the furthe sleeve 8 for a purpose hereinafter dether flow of the liquid into the measuring 50' scribed. A look screw 12 is carried by the chamber. Therefore, the desired amount of dles 22, the operator causes the entire device, with the exception of the bell 19 and the valve tube and seat, to move downwardly. This downward movement causes the outlet tube ,6 to move into registration with the seat 17, thus cutting off the flow of the liquid into the measuring chamber. This downward movement also brings the measuring chamberinto communication with the openings 16 of the valve tube 15, thus allowing the liquid in the measuring chamber to pass through the valve tube 15 into the bottle.
When the measured amount of liquid has passed into the. bottle, the device may be raised allowing the valve tube 15 and the seat 17 to be moved to their normal positions by the force of the spring 21 against the bell 19. The liquid is again allowed to .pass from the receptacle 1 through the outlet tube 6 and into the measuring chamber until it has reached the lower end of the air tube 7. This operation may be continued until the entire amount of the liquid has been deposited in the bottles. To change the amount of liquid, the tube may be raised or lowered within the sleeve for cutting off the passage of the liquid into the measuring chamber at predetermined levels.
As stated heretofore, the main object of our invention is to provide a device for receiving the remaining liquid of a syruping machine and disposing this liquid in measured quantities in bottles. However, it is obvious that the deviceanay be used for bottling sample liquids which are placed in containers in small quantities.
viding communication between said receptacle and said housing, a sleeve mounted upon said housing and extending through said receptacle, and means disposed in said sleeve and extending into said housing for varying the flow of a fluid into said housing.
flow of a fluid into said housing, said means comprising an air tube, and means carried by liquid has passed into the measuring chamsaid sleeve for holding said tube in adjusted ber. By forcing downwardly upon the hanp osition.
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|US2620576 *||Nov 8, 1946||Dec 9, 1952||Proctor Electric Co||Steam iron with controlled water flow|
|US2784885 *||Sep 26, 1955||Mar 12, 1957||Kneisley Richard F||Liquid dispensing device|
|US2870479 *||Nov 14, 1955||Jan 27, 1959||Crown Cork & Seal Co||Charge depositing mechanism for closure liner applying apparatus|
|US3765577 *||Aug 11, 1972||Oct 16, 1973||Burns R||Liquid dispenser|
|US4043490 *||Apr 10, 1975||Aug 23, 1977||Mckinney Harold D||Volumetric filling system apparatus|
|US5125440 *||Aug 15, 1990||Jun 30, 1992||Alfill Getranketechnik Gmbh||Apparatus for filling bottles and the like|
|US5224528 *||Sep 24, 1991||Jul 6, 1993||P H U Peter H. Unger Vertriebs Gmbh||Device and process for refilling a container with a more or less viscous material|
|U.S. Classification||222/437, 222/47, 222/438, 141/353, 141/371, 222/518|
|International Classification||G01F11/32, G01F11/00|