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Publication numberUS2214096 A
Publication typeGrant
Publication dateSep 10, 1940
Filing dateOct 16, 1936
Priority dateOct 23, 1935
Publication numberUS 2214096 A, US 2214096A, US-A-2214096, US2214096 A, US2214096A
InventorsJohann Weiss
Original AssigneeJohann Weiss
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Labeling device
US 2214096 A
Abstract  available in
Images(4)
Previous page
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Claims  available in
Description  (OCR text may contain errors)

J. WEISS LABELING DEVICE Sept. 16,1940.

Filed 001;. 16, 1936 4 Sheets-Sheet l Sept. 10, 1940. J WEISS 23141196 LABELING DEVI CE Filed Oct. 16, 1936 4 Sheets-Sheet 2 Inventor jam rm;

Sept. 10, 1940. WEISS 7 2,214,096

' LABELLNG DEVICE Filed 001;. 16, 1935 4 Shet-Sheet 3 llo c 0&0 0R0 0110 010 ojlo 0110 OllO/O In ven l0! A Attorney Sept. '10, 1940. J ig 2.214,096

LABELING DEVICE Filed Oct. 16, (1936 4 sheets-sheet 4 Q H 5 I i III/I14 7 Invenfof fig... 2 6

' Attorney Patented Sept. 10, 1940 UNITED STATES PATENT OFFICE Application October 16, 1936, Serial No. 105,978

' I Germany October 23, 1935 2 Claims.

My invention relates to labeling round or cylindrical bodies such as bottles.

In machines for this P pose it is known to use label carriers" which are provided with ,5 gluing members or strips and to move the label carriers or feeders successively in a circular path past a gluing device which dresses the gluing members with glue and pasta label case from which a label is drawn, and then to move the label in carrier to the labeling point.

This known arrangement has the disadvantage that the label is not always satisfactorily glued,

. because for instance very strong labels do not get into contact with the gluing strip on their 15 whole surface. Also, the glue sometimes has such a consistence that the bulk of the glue stays at the gluing strips so that even .in the case of the label resting fully on the strips it is only partly glued.- Another disadvantage of the known de- 20 vices consists in the fact that if for any reason a gapoccu'rs in the bottles being fed to the labeling place, while thelabel carrier can be prevented from picking up a label, the gluing strips cannot be prevented from being dressed with glue. If

several bottles fall ofi successively, the deposit of glue on the gluing strips becomes so thick that a label which is put on the strips when the normal working order sets in again, gets an excessive amount of glue so that the bottle issmeared.

The present invention relates to a labeling device for cylindrical bodies such as bottles which are continuously moved in a straight line in upright position, in which the label carrier is also. rotated in a circular path around a vertical axis 35 and. is moved past a label pile and a gluing device. However, an important distinction from the known machines of this kind resides in the fact that the label carrier or feeder is not provided with gluing strips but possesses'faces for receiv- 40 ing the label which are always dry, the label being picked up from the label'pile in dry condition by means of grippers, suction nozzles or other means; the label carrier is then moved past a gluing roller or cylinder which according to the invention rotates around a vertical axis, rolls over the labeland causes a. satisfactory gluing of the label. The transfer of the glued label to the cylindrical body is then efiected in known manner. My invention will be better understood from the following detailed description in connection with the accompanying drawings showing schematically andby way of example one embodiment 55 of the invention, viz:

devices for Fig. 1 is a plan view of the device in one working position;

Fig. 2 is a plan view of the same device in another working position;

Fig. 3 is a perspective view partly in section of the cylinder and the devices that operate it;

Fig. 4 is an elevation showing the counterholdingstrip and associated mechanism Fig. 5 is a detailed perspective viewof the bottleoperated control mechanism. 1

Referring now to the drawings, l is a vertical cylinder which rotates around the axis 2 and bears at its circumference for example five label carriers 3. The distance between the single label carriers is'the same as that between the bottles 5 whichstand on the continuously moving conveyor belt or device 4. The conveyor belt 4 and the circumference of the cylinder I have the same travelling speed. Besidethecylinder I is a label case or magazine 6 which can be moved in radial 6 direction towards the cylinder I so that it is possible to move it tightly to a label carrier 3 if required, as-shown in Fig. 1, or keep it at a certain distance from the label carrier, as indicated in Fig. '2. Behind the label case in the moving direction of the cylinder l is the glue container 1 which is also movable in radial direction with the gluing cylinder 9 which rotates continuously around its vertical axle 8. The label carriers .3 are provided with means for picking upf the dry'labels from the label pile, in the manner known per se. This picking up may be effected for instance in such manner that the faces of the label carriers 3 are provided with bores which are connected'to a suction or vacuum pipe. This pipe is controlled in the manner known per se in such a way that the suction effect is started when the label carrier approaches the label pile, and ceases as the label carrier comes into contact with the bottle 5 and transfers I 40 the label to it.

The cam 21 actuates the piston of an air pump 28 which is connected by a tube 29 with the hollow shaft or pipe! which is stationary. The carriers 3 for the labels and the sleeve carrying the member I are provided with air holes which are alternately covered'so that the passage of air is partly interrupted while'the label is being transferred to the bottle on the conveyor. Instead of sucking devices I may alsov use grippers of the kind used in printing machines which in 'myldevice'work in such manner that they grip the dry label at one edge thereof, and

. hold it until it is transferred to the bottle.

During the transfer of the label from the label carrier to the bottle pressure is exerted. to the latter in the direction perpendicularly to the longitudinal axis of the conveyor belt 4 or in radial direction of the cylinder I. In order to prevent the bottle from being displaced thereby, I provide a counterholding strip Ill at the opposite side of the bottle conveyor belt which is guided to carry out a straight to and from movement parallel to the conveyor belt 4. In the moment when a label is transferred to the bottle, the strip l0 follows the movement of the continuously moved conveyor belt. Accordingly there is no relative movement between the strip l0 and the bottle 5 and thus no rotation of the latter will be caused. When the pressure is no more exerted to the bottle, the strip l0 moves back to its initial position. The same result is obtained according to Fig. 2 by arranging an endless belt H parallel to the conveyor belt 4 and moving with the same travelling speed as the belt 4. The belt ll runs over vertical rollers I2 and is equipped with bottle holders l3 by which the accurate spacing of the bottles on the belt 4 is ensured.

Now, if for any reason a gap results in the row of bottles which are continuously moved to the labeling place with a uniform spacing, according to the invention no label will be picked up from the label pile and the gluing cylinder 9 will not come into contact with the label carrier.

This is effected by means of a device which coacts with a feeling member arranged at the bottle conveyor belt in such manner that the label case and the gluing device cannot touch the label carrier when a bottle falls ofi. One embodiment of such a device has been shown in the drawings by way of example.

Near the bottle conveyor belt 4 is a feeling lever 15 which is pivotally mounted at I4 and under action of a spring which is not shown in the drawings tends to move in the direction of the arrow shown in Fig. 1 and so to get into the position shown in Fig. 2. Rigidly connected to this feeling lever I5 is a lever l6 which in turn by a rod I1 is coupled to a lever having two arms I8, l9 and being pivotally mounted at 20; the arm l9 bears a barbed or ratchet hook 2| which engages with the stop 22 if the feeling lever l5 takes up the position as per Fig. 2, i. e., if a bottle has fallen off. The hook 2! then makes it impossible for the label case to move towards the label carrier. On the stop 22 res'ts moreover an arm 24 which is pivotally mounted at 23, under action of a spring which is not shown in the .drawings. This arm 24 is rigidly connected with another arm 25 which is bent at right angles at one end. This arm in 'case of the blocked position of the hook 2| engages with a stop 26 of the glue container :1, and thereby makes it impossible for the glue container 1 to move towards the label carrier if the latter has not picked up a label from the label case. Accordingly it is rendered impossible for the glue cylinder 8 to deposit glue directly on the label carrier.

When transferring the glued label to it is only temporarily aflixed thereto and devices of known construction have to be provided behind the labeling place for pressing the label tight on the bottle. Such a device for pressing on the label is schematically shown at 21 in Fig. 1.

I claim:

1. A labeling machine for bottles, said bottles being disposed in upright position at intervals upon a conveyor band continuously moving rectilinearly comprising a continuously rotating drum disposed adjacent the conveyor, said drum being mounted on a vertical axis, a plurality of facets on the periphery of said drum constituting label carriers, said label carriers adapted to contact with the passing bottles, a box containing labels disposed adjacent said rotating drum, means for transferring the labels from the label box, a gluing roller adjacent the rotating drum, the labels on the drum contacting said gluing roll-er to receive a coat of glue, the bottle on the travelling conveyor removing the glued label from the drum, a pusher for subsequently pressing the label onto the bottle in the continued movement of the conveyor.

2. A labeling machine for bottles, the bottles being disposed at intervals in upright position on a band conveyor continuously travelling in a straight line, comprising in combination a continuously rotating drum disposed adjacent the conveyor band, said drum being mounted on a vertical axis, a plurality of raised facets on the periphery of said drum constituting label carriers, a label magazine mounted adjacent said drum, said label magazine being movable to and from'the continuously rotating drum, means for transferring dry labels from the magazine to the facets of the drum, a gluing roller also mounted adjacent said drum in advance of the label magazine relatively to the rotation of the drum, the dry labels carried by the facets of the drum pass- ";rg said gluing roller to receive a coat of glue, the facets on the drum being disposed at intervals to synchronise with the spacing of the bottles on the conveyor, the glued labels carried by the drum contacting with the bottles on the band, said glued labels being applied to the bottles, and means for supporting the bottles on the conveyor band against ,lateral pressure, the labels on the bottles being subsequently pressed thereon by a plunger.

- JOHQNN WEISS.'

the bottle

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2524945 *Apr 25, 1945Oct 10, 1950New Jersey Machine CorpMachine and method for applying labels to articles on a conveyer
US2542282 *May 10, 1947Feb 20, 1951 P lissimore
US2565975 *Mar 28, 1950Aug 28, 1951Philip Lissimore JohnLabeling apparatus
US2639830 *Jan 7, 1950May 26, 1953A Kimball CoMachine for attaching and wiping labels on conduits or other cylindrical articles
US2725156 *Nov 10, 1951Nov 29, 1955M R M Machinery Co IncContinuous motion labeling machine
US2769561 *Sep 5, 1951Nov 6, 1956New Jersey Machine CorpBox making machines
US2878953 *Jan 4, 1957Mar 24, 1959Borden CoLabel applying apparatus
US2936921 *Dec 17, 1957May 17, 1960Weiss Maschf JohannLabeling machine for workpieces in upright position
US2952376 *Jan 31, 1958Sep 13, 1960Mayer & Co Inc OLabeling machine
US3026238 *Jun 4, 1959Mar 20, 1962Baker Engineering CorpLabeling apparatus
US3049166 *Mar 18, 1960Aug 14, 1962Glenmore Distilleries CompanyStrip stamp applying and squeezing mechanism
US3242031 *Nov 7, 1961Mar 22, 1966Goodrich Co B FAutomatic brand applier
US3306803 *Feb 25, 1963Feb 28, 1967Holstein John HLabel applying machine
US3450586 *Oct 4, 1965Jun 17, 1969Canadian Stackpole LtdAutomatic labelling apparatus
US3496048 *Aug 4, 1964Feb 17, 1970Aerojet General CoCarton labeling machine
US3497412 *Apr 5, 1966Feb 24, 1970Koehn FredLabel applying apparatus
US3522134 *Jul 1, 1966Jul 28, 1970New Jersey Machine CorpHigh speed labeling machine
US4025385 *Nov 5, 1975May 24, 1977Green Shield Trading Stamp Company LimitedLabel applicators
US4265695 *Jun 14, 1979May 5, 1981Hurley Byron HLabeling apparatus
US4647333 *Jan 15, 1986Mar 3, 1987New Jersey Machine Inc.Combination labeling and literature applying machine
US5061334 *Mar 15, 1991Oct 29, 1991United States Tobacco CompanyMachine and method for high speed, precisely registered label application with sprockets for positioning the label on a transfer wheel
US5741381 *May 22, 1996Apr 21, 1998R. W. Packaging, Inc.Labelling system and method
US6328832Jun 26, 1998Dec 11, 2001S-Con, Inc.Labeling apparatus with web registration, web cutting and carrier mechanisms, and methods thereof
US6450230Jun 24, 1999Sep 17, 2002S-Con, Inc.Labeling apparatus and methods thereof
DE1014922B *Sep 26, 1952Aug 29, 1957Enzinger Union Werke AgVorrichtung zum gleichzeitigen Etikettieren und Stanniolieren von Flaschen
DE1106675B *Dec 17, 1957May 10, 1961Johann Weiss MaschinenfabrikVorrichtung zum Zufuehren, Beleimen und Andruecken von Bauchetiketten auf zylindrische Gegenstaende, gegebenenfalls auch von Hals- und Verschlussetiketten, insbesondere auf Flaschen
DE1112444B *Mar 26, 1959Aug 3, 1961Max KettnerAnordnung an der oder den Beleimungseinrichtungen bei Vorrichtungen zum Etikettierenzylindrischer Gegenstaende im stehenden Zustand
Classifications
U.S. Classification156/568, 156/DIG.340, 156/364, 156/DIG.350
International ClassificationB65C9/00, B65C9/22
Cooperative ClassificationB65C9/22
European ClassificationB65C9/22