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Publication numberUS1955949 A
Publication typeGrant
Publication dateApr 24, 1934
Filing dateApr 21, 1928
Priority dateApr 21, 1928
Publication numberUS 1955949 A, US 1955949A, US-A-1955949, US1955949 A, US1955949A
InventorsColton Arthur
Original AssigneeParke Davis & Co
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Machine for placing sealing caps on bottles
US 1955949 A
Abstract  available in
Images(2)
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Claims  available in
Description  (OCR text may contain errors)

pril 24, 1934.

A. COLTON MACHINE F"0R PLACING SEALING CAPS `ON`BOTTLES Filed April 21, 1928 2 sheets-Sheet 1 aNvENToR MVM BY i ATTORNEY' April 24, 1934. A. coL-roN 1,955,949

MACHINE FOR PLACING SEALING CAPS 0N BOTTLES Filed April 21, 1928 2 Sheets-Sheet 2 @.4 A l mvEnToR BY M 14V@ ATTO R N EY Patented Apr. 24, 1934V UNITED STA-TES PATENT vOFFICE MACHINE FOR PLACING SEALING CAPS ON BOTTLES Application April 21, 1928, Serial No. 271,738

11 Claims.

The present invention relates to devices for placing caps upon bottles and more especially, to the application of caps to bottles already corked, for the purpose of sealing.

Among the objects of the invention is a device of the type indicated, which may be used for the sealing of a variety of sizes of bottles.

Another object is a device adapted to place thewell known gelatin sealing caps on bottles l0 quickly and easily.

Other objects will readily occur to those skilled in the art upon reference to the following description and accompanying drawings, in which:-

Figure l is a vertical, longitudinal section along line 1-1 of Fig. 2 through the device showing parts in elevation;

Figure 2 is a section on the line 2-2 of Figure 1;

Figure 3 is a longitudinal section of one of 2o the distending fingers on line 3-'3 of Figure 2;

Figure 4 is a section on the line 4-4 of Figure 6;

Figure 5 is a perspective view of the device mounted on a suitable support showing a preferred operating means;

Figure 6 is an enlarged view of the ends of the distending fingers with a cap or capsule in position to be distended;

Figure 7 is a view similar to Figure 6 showing the cap distended and the bottle in position to transfer the cap to itself;

Figure 8 is a view similar to Figure 7 showy ing the bottle neck entering the fingers and cap,

and showing the operation of reversing the cap;

Figure 9 is a fragmentary view of a modified form of the device..

As indicated in the drawings, the distending device comprises a U-shaped frame 20 having anges 21 whereby it may be secured to a. suitable support, such as a table 22. The lower part of the frame 20 is provided with lugs 23 drilled longitudinally for the reception of a pin 24 serving as a bearing member for the pulley 25. Secured to the table is a. pedal 26 to which is attached a cable 27 extending over the pulley 25v of the shaft 30. A second collar 33 is adjustably secured to the shaft 30 between the ends of the frame and serves to limit the rearward movement of the shaft and also as an abutment for a spring 34 which acts between the collar 33 and the other 00 end 35 of the frame.

On the forward side of the end portion 35 of the frame is secured a plurality of tubular fingers 40 mounted an equal radial distance from the shaft 30 and surrounding the latter. These n- 65l gers 40 are shownin the drawings as six in number but more or less may be used and are shown as extending forward from end member 35 for a considerable distance and as coming together at their forward ends. The shaft 30 in its rear- 70 ward position is sufiiciently long to extend from the frame end 35 for a short distance between the fingers 40 and carries thereon a pair of disks 41 and 42. These disks serve as means to spread the outer ends of fingers 40, and also serve as 75 adjusting means whereby the amount of spread may be varied to suit the particular size cap being used. Of these two disks, disk 41 is provided with radially arranged slots 43 through which the fingers 40 extend and disk 42 is provided with 80 spirally arranged slots 44 adapted to overlie the slots 43. With the two disks and their overlying slots, it is possible to determine the radial position of the fingers 40 by fixing the relative angular relation of the disks.

It will be noted from Figures 1, 3 and 4 to 7 that the tubular ngers 40 at their outer ends are cut away, as at 54, on one side for ashort distance and that each finger has therein a cord 52 extending back through the nger and end 90 frame member 35 to connection with a light spring 50, which, at its other end, is anchored to the rear frame member 5l.

The forward end of the cord 52 of eachflnger is connected to the forward ends of all the other cords so that when the fingers are distended, the cord ends form a net over the space between the finger ends.

Thepresent vdevice is designed, particularly, for the application to bottles, of the well-known gelatin caps which, when suitably softened by soaking, will permit considerable distension and which upon drying, will shrink and stick tightly to the bottle necks and eiectively seal them.

In Figures 4, 6, '1 and 8, such a cap is indicated 105 at 60 and, in the operation of the device, the cap is rst placed over the ends of the converged ends of ngers 40 where it rests upon the fingers and the exposed portions 61 of the cord conveyor. The pedal 26 is then depressed and moves the 110 shaft so that the disks 41 and 42 move outwardly on the ngers and spread them apart distending the cap to about the form shown in Figure 7. With the cap thus distended," the bottle neck 62 is then placed in the position indicated in Figure '7 with the cork or metal cap 63 against the outside of the cap 60 which is supported by the cord net behind it. When the bottle is forced into the space between the fingers 40, as indicated in Figure 8, it carries the cap 60 along with it and causes the latter to be reversed over the neck of the bottle. The cap, being quite elastic, will grip tightly the neck of the bottle and, upon drying, shrink securely into place, thus,

making an eiective seal.

In the operation indicated in,Figures 7 and 8 the cord conveyor serves to carry the more or less easily torn cap over the ends of the fingers without damage and this conveyor is, of course, op-

- erated by the neck of the bottle itself.

While the cords 52 have been shown as the preferred form, it is also proposed to use fiat tape for this purpose, and such a modification is shown` in Figure 9. In this figure, the nger' 40a is shownas rectangular in cross section and the tapes 52a as comparatively flat tapes. In this gure, the nnger 40a is shown broken away back ofits forward end but will have the latter approximately the shape of the end of the finger ing for reversing the distended cap over the neck of a bottle upon relative movement of said. distending means and the bottle.

2. Means for applying sealing caps to bottles, comprising a plurality of fingers converging at one end and over the converged ends of which is adapted to be placed a sealing cap, means for spreading apart said fingers and thereby distending'said cap, and means providing for removing said cap fromsaid ngers and placing it upon the bottle neck in reversed position upon relative movement of said fingers and the bottle.

3.'A device for placing sealing caps on necks of bottles, comprising a plurality of ngers, se-

cured at one end in spaced relation and at equal radial distances from a centralu point, a longi tudinally movable member located at said point,

having a spreader carried thereby adapted to' ,spread apart the free ends of said fingers, and

means to move said member whereby to cause such spreading each of said fingers being providedQ at its outer surface with a cap supporting element. l 1

4. A device for-placing sealing caps on necks of bottles, comprising a plurality of tubular gers, secured at one end in spaced relation and at equal radial distances from a central point, a

longitudinally movable member located at said point, having a spreader carried thereby adapted to spread apart the free ends of said lingers, cap supporting means carried by said fingers and operable by a bottle neck, and means to move said member whereby to cause such spreading.

5. A device for placing sealing caps onlnecks of bottles, comprising a plurality of tubular iingers, secured at one end in spaced relation and at equal radial distances from a central point, a longitudinally movable member located at said point, having a spreader carried thereby adapted to spread apart the free ends of said ngers, said spreader being adjustable to determine the degree of distension of a cap, and means to move said member whereby to cause such spreading.

6. A device for placing sealing caps on necks of bottles, comprising a plurality of tubular fingers, secured at one end in spaced relation and at equal radial distances from a central point, a longitudinally movable member located at said point, having a spreader carried thereby adapted to spread apart the free ends of said fingers, said spreader comprising a pair of coaxial discs angularly adjustable and provided with registrable slots radially arranged in one disc and spirally in the other, through which slots said fingers are adapted to slide, andmeans to move said memico `ber whereby to cause such spreading.

7. In combination means to distend a sealing cap for a bottle neck and means providing for transferring said cap from said distending means tc'the bottle neck and simultaneously reversing said cap lover said neck upon relative movement of said distending means and the bottle. il@

8. A device for placing sealing caps on necks of bottles comprising a series of fingers for receiving a sealing cap, flexible members extending between the free ends of said ngers for supporting said cap during the relative movement of lll said fingers and the bottle and means for permitting said exible members to yield during said relative movement whereby said flexible members envelop the bottle neck and cause the reversal of the cap on said neck.

9. The method of sealing bottles comprising the placing of a sealing cap with a closed end on a holder and relatively moving a bottle to cause the neck ,thereof toA contact withsaid closed end and to be inserted within said holder thereby reversing the cap on said bottle neck.

10. A method of sealing bottles comprising the placing of a sealing cap with a closed end upon a holder adapted to support the same, moving said holder radially outward to distend said cap'and relatively moving a bottle `toward the closed end of said distended cap and Within said holder to reverse the cap on the bottle neck.

ll. In a'bottle capping machine, a group of fingers for engaging the cap internally, means i for spreading the fingers and moving the fingers down over the end of the bottle, and means for stripping the skirt of the cap o from the nngers.

liti@

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2475732 *Aug 23, 1946Jul 12, 1949AmerStoppering device
US2939259 *May 6, 1958Jun 7, 1960Us Rubber CoWrapping device
US2973573 *Nov 7, 1958Mar 7, 1961Model Plastic CorpApparatus for fastening eyes in dolls'heads
US3386371 *Aug 5, 1965Jun 4, 1968Ethyl CorpBanding machine
US4199917 *Dec 26, 1978Apr 29, 1980American Can CompanyApplying a stretch film lid to a cup
US4312173 *Jun 12, 1978Jan 26, 1982Kabelmetal Messingwerke GmbhApparatus for bundling rods, tubes, sections, etc.
US4813262 *Oct 26, 1987Mar 21, 1989Kabushiki Kaisha Mihama SeisakushoMethod for forming loop-shaped starting pieces such as metallic binding bands into prescribed final shapes
US5044144 *Dec 6, 1990Sep 3, 1991Eastman Kodak CompanyApparatus and method for forming and loading a magazine for prewound spools of web material
US5074034 *May 6, 1991Dec 24, 1991Eastman Kodak CompanyApparatus for staking end caps onto a cylindrical shell
US5433057 *Oct 27, 1992Jul 18, 1995Automated Label Systems CompanyHigh speed sleever
US5483783 *Nov 7, 1991Jan 16, 1996Automated Label Systems CompanyHigh speed sleever
EP0249341A2 *May 13, 1987Dec 16, 1987Kabushiki Kaisha Mihama SeisakushoA method and apparatus for shaping loops such as metallic binding bands
Classifications
U.S. Classification53/487, 53/488, 53/291, 29/235.5, 53/441
International ClassificationB23P19/00, B67B3/00
Cooperative ClassificationB23P19/00, B67B3/00
European ClassificationB23P19/00, B67B3/00