US1966490A

US1966490A - Label pasting machine

Info

Publication number: US1966490A
Application number: US533646A
Authority: US
Inventors: Ettl Joseph
Original assignee: Potdevin Machine Co
Current assignee: Potdevin Machine Co
Priority date: 1931-04-29
Filing date: 1931-04-29
Publication date: 1934-07-17
Anticipated expiration: 1951-07-17

Description

y 1934? J. ETTL LABEL PASTING MACHINE 3 Sheets-Sheet 1 Filed April 29. 1931 m m m m W0 A T TORNEYS.

LABEL msnne momma Filed April- 29, 1931 3 Sheets-Sheet 2 ZNVENTOR.

ATTORNEYS.

July 17, 1934. J ETTL LABEL PASTING MACHINE Filed April 29. 1931 3 Sheets-Sheet v3 &

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A TTORNEYS.

Patented July 17, 1934 r I I UNITED STATES PATENT OFFICE 1.966.490 v LABEL PASTING mourns v Joseph mu, Plainfield, N. 1., assignor to Potdevln Machine Company, Brooklyn, 'N. Y., a corporation of New York p Application spines, 1931, Serial'No. sem s 3 Claims. (Cl. arr-s9) This invention is directed to an improvement this adjustable construction it is obvious that the in label pasting machines, and has for one of its machine may accommodate labels of different objects the provision of a machine which is mowidths. I

tor driven and of improved construction 'as com- 13 designates a stationary vertically extending a pared to existing machines, means being .proplate or stop mounted on the frame of the mavided whereby the labels are fed automatically chine'adjacent the forward end of the table or from a stack and whereby the amount of glue-or platform. 1, and against which the labels are paste applied to the labels can be readily regpushed in stacking. ulated. I provide also for certain adjustments of Extending transversely of the machine above 13 the machine whereby the same will accommodate and adjacent the forward end of the plate 1 is a 65 labels of different sizes. shaft 14 mounted in suitable bearings in the ma- In the drawings: chine frame. This shaft passes through a rock Fig. 1 is an elevational view partly in section able sleeve 15. The shaft also carries a feed roller of an embodiment of my invention; 16 loose 'thereon. One end-of the shaft 14 ex- 16 Fig. 2 is a plan view; and I tends outside the frame of the machine and car- 70 Fig. 3 is a section taken substantially on the ries a sprocket 1'] for a chain 18 the other end line 3-3 of Fig. 1. I of which is mounted on a sprocket 19 on a trans- Referring to the drawings in detail the labels verse. shaft 20, passing through a sleeve 21 rigid to which glue or paste is to be applied are with sleeve 15.

stacked upon a vertically movable table 1'. Such The shaft-l4 also carries a gear 22 meshing with 75 a stack of labels is shown at 2 in Fig. 1. an intermediate gear 23 in mesh with a gear 24 The table 1 is suspended from vertically exon a transverse shaft 25, the latter carrying a tending rack posts 3, these rocks passing through pulley 26 for a belt 2'1, the other end of which sleeves 4 forming part of the machine frame. is carried by a pulley 28 for the gluing mech- 5 is a shaft extending transversely of the machine anism. The shaft also carries a large pulley 80 and carrying pinions 6' meshing with the racks 3. 29 for the motor driven belt 30. The motor is At one end the shaft 5 is provided .with a flat designated 31.

coil spring I one end of which is attached to the Belowthe shaft 25 is a shaft 32 carrying a plushaft and the other end to one of the sleeves 4. rality of

rollers

33 and 34. These rollers cooper- The spring is so wound on the shaft that it conate with the roller 16 for transferring the labels 86- stantly exerts a rotative action on shaft 5 in a from the stack v2 and advancing them through the direction to lift the racks 3 and platform or machirieaswillbepointed out. table 1. On the shaft 14 adjacent the roller 16 is a sleeve Extending across the machine above the shaft- 35 provided with spaced annular flanges 36 adja- 5 and-secured to the machine frame by screws'8 cent one end thereof. This sleeve 35 is provided 00 .are two flat plates 9 slightly spaced apart. Above with a key 37 pinned thereto, as shown at 38 in these plates and resting thereon is a pair of Fig. 3, and engaging a slot 39 in the shaft. P tes 1 extending lengthwise 0! the The end of the roller 16 which faces the sleeve Th pl r slotted n their underside S0 Be as is provided with a flange 40' while the sleeve '35 0 to .1Teceivev transverse, Plates 9 and to be is provided with a similar flange 41. The flange guided thereby. Suspended from each of these 41 carries pins 42 each provided with a spring, plates is plurality vertically extending post's these pins at their outer ends carrying a friction or whichtgass g thnlmgh trans disc 41 adapted to engage the flange 40. This verse 5 o s 12 m etab e on) at om provides for a flexible drive connection between A designates a bolt which passes through each 81 35 d ouer 16 I of the plates 10 and into the space between the eeve an r transverse guiding plates 9 the boltsv being The shaft 32 above referred to and which carllow throughout squared as shown at B so as not to turn in the. fies the Toners 33 and 345 is n 5101; provided by the spacing of the two part of its length and receives'a pin 43 baclred by bus 9. By loosening the nut c with which this e sprint! 44, the f i n of this spring being to m bolt is provided it will be obvious that the memmeintein the i an outward pesition- The bers' 10 may be moved bodily transversely of the well of the hol w part o e sh is p d machine to move the rods 11 transversely. These with a slo 5 whi h iv s ne wig; y r -5:1 rods are guiding rods and are adapted to engage attachedto the rod orpin 43in any be a the sides of the stack of labels 2-. By providing ion; The yoke 46 extends upwardly as seen in 1 0 Figs. 1 and 3 and engages the sleeve 35 between the flanges36.

Pivoted on the lower part of the machine frame at 47 is an arm 48 extending upwardly in front of the outer end of the pin or rod 43. This lever below its pivot is provided with an extension or tail 49 adapted to be engaged by a cam 50 mounted on a shaft51 carried by the frame of the machine and which shaft carries a hand crank 52. Rotation of this crank will cause the cam 50 to force the'tail 49 of the lever or arm 48 outwardly against thefaction of a spring 53 moving the upper end of the lever inwardly to force the rod or pin 43 inwardly and hence move the sleeve 36 to the left, as viewed in Fig. 3, permitting the key 37 to engage the slot 39 in the'shaft 14 to couple the sleeve 35 and hence roller 16 to the shaft.

Beyond the rollers 33 and Hand substantially in line with the top thereof is a plate 54 which is adapted to receive the labels as they are fed forward from the stack 2 and pass along this plate 7 v to be picked up by a roller 55 on sleeve 21 and a small roller 56 mounted at theunderside of plate 54. The plate 54 constitutes the cover plate for a glue pot G. I

The glue pot G alsomounts a gluing roller 57. This roller is mounted on a shaft-5B provided at its outer end with a gear 59, meshing with pinions 60 and 61 on the outer ends of the shafts for guide rollers 62 and 63, respectively. The shaft for the guide roller 63 carries at its other end the driven pulley 28 already referred to. This provides a drive for the gluing roller 57 as well as for the rollers 62 and 63. 3

64 designates a series of stripper fingers pivoted at 65 mounted above the gluing roller and adapted to strip the labels therefrom.

In operation it will be seen that rotation of the motor 31 will drive the large pulley 29 and through the

gears

24, 23 and 22 rotate the shaft 14. It will be seen also that rotation of shaft 14 will drive feed roller 55; At the same time through the driving mechanism above described the gluing roller will be driven as well as guide rollers 62 and 63. When labels are to be fed from stack 2 the hand crank 52 is operated into position to depress pin 43 and through the yoke 46 etc. establish a driving connection between shaft 14 and feed roller 16. As each label is removed from the stack the stack automatically raises through the action of the spring 7. The uppermost label is advanced by

rollers

16, 33 and 34 along the cover plate 54 until picked up by the rollers 55 and 56, these rollers advancing the label between the gluing roller 57 and the rollers 62 and 63 where the label receives its coating of adhesive. Each label as it passes through the gluing mechanism is stripped from the gluing roller by the stripping fingers 64.

The amount of glue on the gluing roller 57 may be regulated by a doctor plate 66. This plate is pivotally mounted on a rod 67 in the glue pot, a lever 68 being carried by this rod outside of the glue pot, the lower end of this lever being provided with a cam 69. A short rod 70 held against end movement passes through this cam and is provided with two springs 71 and 72, the former holding the cam follower 73 on this rod in engagement with the face of the cam at all times, while the latter prevents retraction of the rod 70 to the right, as viewed in Fig. 1. The outer end of the rod- 70 is provided with a dial 74. It will be apparent that by rotating this dial the cam follower 73 will push the lever 68 either to the left or right, thereby to vary the angle that the plate makes with the face of the gluing roller and hence to regulate the amount of glue or paste on the face of this roller.

What I claim is:

1. A label pasting machine comprising in combination a platform for receiving a stack of labels, racks from which the platform is suspended, a. feed roller for feeding labels successively from the top of the stack, spring actuated pinions engaging said racks to elevate the same together with the platform whereby the top of the stack of labels will be-maintained in contact withthe feed roller at all times, and vertically extending members adjustable laterally with respect to said platform to provide adjustable side guides for the labels on the platform.

2. A label pasting machine comprising in combination a platform for receiving a stack of labels, racks from which the platform'is suspended, a feed roller above the platform for feeding labels successively from the top of the stack, spring actuated pinions for actuating said racks to elevate the platform to maintain the label stack at all times in contact with the feed roller, and vertically extending members passing through the platform and adjustable laterally with respect thereto affording side guides for the labels on the platform.

3. A label pasting machine comprising in combination a platform for receiving a stack of labels, racks from which the platform is suspended, a feed roller above the platform for feeding labels successively from the top of the stack, spring actuated pinions cooperating with said racks for maintaining the label stack in engagement with the feed roller at all times, plates above the rack movable transversely of the label platform, a guide for said plates, and stack guides depending from said plates and passing through slots in the platform and movable with said plates foradjusting the apparatus to labels