Corrugating roller
One or more corrugating rollers configured to, in operation, corrugate paper materials to form a corrugated medium. The corrugated medium formed utilizing the one or more corrugating rollers is then utilized to form one or more shipping containers. For example, the corrugated medium is utilized to line an interior pocket of the shipping container. The corrugated medium has flutes that cushion a product that is shipped within the shipping container. The corrugated medium may include a first portion with first flutes and a second portion with second flutes that are offset relative to the first flutes. The offset first flutes and second flutes results in peaks of the first flutes nesting within valleys of the second flutes, and peaks of the second flutes nesting within valleys of the first flutes. The offset flutes are formed by a corrugated roller that includes one or more groups of flutes.
1 . A corrugating roller configured to, in operation, corrugate paper materials, the corrugating roller comprising:
a first end and a second end opposite to the first end;
an outer surface extends from the first end to the second end, around a circumference, and in a direction parallel to a central rotational axis of the roller;
a first group of flutes at the outer surface and configured to, in operation, corrugate paper materials, the first group of flutes extends inward from the first end towards the second end along and parallel to the central rotational axis, the first group of flutes terminate before reaching the second end, the first group of flutes having third ends;
a second group of flutes at the outer surface and configured to, in operation, corrugate paper materials, the second group of flutes offset relative to the first group of flutes, the second group of flutes extends inward from the second end towards the first end along and parallel to the central rotational axis, the second group of flutes terminates before reaching the first group of flutes, the second group of flutes having fourth ends; and
a third group of flutes extends from the third ends to the fourth ends and configured to, in operation, corrugate paper materials, the third group of flutes is transverse to the first group of flutes and is transverse to the second group of flutes, and the third group of flutes separate and space apart the first group of flutes from the second group of flutes, and
wherein the first group of flutes and the second group of flutes form two groups of offset flutes along the central rotational axis,
wherein the first group of flutes includes a plurality of first peaks and a plurality of first valleys, the second group of flutes includes a plurality of second peaks and a plurality of second valleys, the third group of flutes includes a plurality of third peaks and a plurality of third valleys, each respective first peak of the plurality of first peaks is horizontally aligned with a corresponding second valley of the plurality of second valleys in the direction parallel to the central rotational axis, each respective second peak of the plurality of second peaks is horizontally aligned with a corresponding first valley of the plurality of first valleys in the direction parallel to the central rotational axis, and each respective third peak of the plurality of third peaks is aligned with and extended from a first peak of the plurality of first peaks and is aligned with and extended from a corresponding second peak of the plurality of second peaks, and
wherein the first group of flutes are parallel with the second group of flutes.
2 . The corrugating roller of claim 1 , wherein:
the third ends of the first group of flutes terminate at the third group of flutes;
the fourth ends of the second group of flutes terminate at the third group of flutes; and
the third group of flutes having:
fifth ends abutting the third ends of the first group of flutes; and
sixth ends abutting the fourth ends of the second group of flutes.
3 . The corrugating roller of claim 2 , further comprising a first region that extends from first end to the second end, the first region is directly adjacent to the first group of flutes, the second group of flutes, and the third group of flutes.
4 . The corrugating roller of claim 3 , further comprising a fourth group of flutes at the first region, and wherein:
respective flutes of the first, second, and third groups of flutes have a first height; and
respective flutes at the fourth group of flutes at the first region have a second height different than the first height.
5 . The corrugating roller of claim 4 , wherein the second height is less than the first height.
6 . The corrugating roller of claim 2 , further comprising a first flat region extending from the first end to the second end.
7 . The corrugating roller of claim 6 , wherein the first flat region is directly adjacent to the first group of flutes, the second group of flutes, and the third group of flutes.
8 . The corrugating roller of claim 6 , further comprising:
a fourth group of flutes at the outer surface and configured to, in operation, corrugate paper materials, the fourth group of flutes extends inward from the first end towards the second end along and parallel to the central rotational axis, the fourth group of flutes terminate before reaching the second end, the fourth group of flutes having seventh ends;
a fifth group of flutes at the outer surface and configured to, in operation, corrugate paper materials, the fifth group of flutes offset relative to the fourth group of flutes, the fifth group of flutes extends inward from the second end towards the first end along and parallel to the central rotational axis, the fifth group of flutes terminates before reaching the fourth group of flutes, the fifth group of flutes having eighth ends; and
a sixth group of flutes extends from the seventh ends to the eighth ends and configured to, in operation, corrugate paper materials, the sixth group of flutes is transverse to the fourth group of flutes and are transverse to the fifth group of flutes.
9 . The corrugating roller of claim 8 , further comprising a second flat region spaced apart from the first flat region and that extends from the first end to the second end, and wherein:
the first flat region is directly adjacent to the first group of flutes, the second group flutes, the third group of flutes, the fourth group of flutes, the fifth group of flutes, and the sixth group of flutes, the first flat region separates the first, second, and third groups of flutes from the fourth, fifth, and sixth group of flutes; and
the second flat region is directly adjacent to the first group of flutes, the second group of flutes, the third group of flutes, the fourth group of flutes, the fifth group of flutes, and the sixth group of flutes, the second flat region separates the first, second, and third group of flutes from the fourth, fifth, and sixth group of flutes.
10 . The corrugating roller of claim 8 , wherein the flutes in the fourth group of flutes are parallel with the flutes in the fifth group of flutes.
11 . The corrugating roller of claim 10 , wherein the first group of flutes, the second group of flutes, the fourth group of flutes, and the fifth group of flutes are parallel with each other.
12 . The corrugating roller of claim 2 , wherein respective flutes of the first, second, and third group of flutes have a first height.
13 . The corrugating roller of claim 1 , wherein a first dimension between adjacent respective flutes of the first group of flutes is equal to a second dimension between adjacent respective flutes of the second group of flutes.
14 . The corrugating roller of claim 1 , wherein:
respective flutes of the first group of flutes have a first height; and
respective flutes of the second group of flutes have the first height.
15 . The corrugating roller of claim 1 , wherein:
the first group of flutes terminates at the third ends; and
the second group of flutes terminates at the fourth ends spaced apart from the third ends of the first group of flutes.
16 . The corrugating roller of claim 1 , wherein the third group of flutes are extending in a linear formation from the third ends to the fourth ends.