LABEL APPLYING APPARATUS AND SYSTEM
A label application system includes an item conveyor along which an item moves in a conveyance direction, the item having an item movement path. A plurality of label applying fingers are provided, each label applying finger having a retained end and a free end. Each retained end is positioned outside the item movement path so as to avoid contact with the item. At least part of each finger between the retained end and the free end is positioned within the item movement path in order to contact the item for pressing a label against the item. A label applier for wiping labels onto moving items includes a plurality of label applying fingers, each label applying finger having a retained end and a free end, each label applying finger is of thin plate configuration such that each label applying finger is capable of flexing independently of each other label applying finger.
1 . A label application system, comprising:
an item conveyor along which an item moves in a conveyance direction, the item having an item movement path;
a plurality of label applying fingers, each label applying finger having a retained end and a free end, wherein each retained end is positioned outside the item movement path so as to avoid contact with the item, wherein at least part of each finger between the retained end and the free end is positioned within the item movement path in order to contact the item for pressing a label against the item.
2 . The label application system of claim 1 , wherein each label applying finger is of thin plate configuration such that each label applying finger is capable of flexing independently of each other label applying finger.
3 . The label application system of claim 2 , wherein each label applying finger includes a body material with a major label application surface that carries a polymer coating thereon.
4 . The label application system of claim 3 , wherein the body material is a carbon fiber weave material.
5 . The label application system of claim 2 , wherein each label applying finger has a plate thickness and a width dimension, wherein the width dimension runs perpendicular to a direction of the plate thickness, wherein the width dimension is at least twenty times greater than the plate thickness.
6 . The label application system of claim 2 , wherein each of the label applying fingers extends from a planar mount panel, with each retention end integral with the planar mount panel, such that the planar mount panel and the plurality of label applying fingers are of unitary configuration.
7 . The label application system of claim 2 , wherein each label applying finger has a contoured edge profile shape, with a major curvature intermediate the retention end and the distal end, and a minor curvature between the major curvature and the distal end.
8 . The label application system of claim 7 , wherein each label applying finger includes a first medial planar portion between the retention end and the major curvature, and a second medial planar portion between the major curvature and the minor curvature.
9 . The label applying system of claim 8 , wherein the major curvature turns back toward a mount side of the conveyor and the minor curvature turns back toward the mount side of the conveyor.
10 . The label applying system of claim 8 , wherein, in an unflexed state of each retention finger, the first medial planar portion extends at least partially against the conveyance direction and the second medial planar portion extends at least partially with the conveyance direction.
11 . The label applying system of claim 8 , wherein an angle enclosed by the first medial planar portion and the second medial planar portion is between about eighty degrees and about one-hundred degrees.
12 . The label applying system of claim 8 , wherein an angle enclosed by the first medial planar portion and the second medial planar portion is between about eighty-five degrees and about ninety-five degrees.
13 . The label applying system of claim 2 , wherein each of the label applying fingers has a common and substantially aligned edge profile shape.
14 . The label applying system of claim 13 , wherein the plurality of label applying fingers are separated from each, as viewed in a direction perpendicular to a viewing direction of the edge profile shape, by gaps between adjacent ones of the label applying fingers.
15 . A label applier for wiping labels onto moving items, comprising:
a plurality of label applying fingers, each label applying finger having a retained end and a free end, wherein each label applying finger is of thin plate configuration such that each label applying finger is capable of flexing independently of each other label applying finger.
16 . The label applier of claim 15 , wherein each label applying finger includes a body material with a major label application surface that carries a polymer coating thereon.
17 . The label applier of claim 15 , wherein each label applying finger has a plate thickness and a width dimension, wherein the width dimension runs perpendicular to a direction of the plate thickness, wherein the width dimension is at least twenty times greater than the plate thickness.
18 . The label applier of claim 15 , wherein each label applying finger has a contoured edge profile shape, with a major curvature intermediate the retention end and the distal end, and a minor curvature between the major curvature and the distal end, wherein each label applying finger includes a first medial planar portion between the retention end and the major curvature, and a second medial planar portion between the major curvature and the minor curvature.
19 . The label applier of claim 18 , wherein an angle enclosed by the first medial planar portion and the second medial planar portion is between about eighty degrees and about one-hundred degrees.